NCD079044426_19930319_General Electric Co. Shepherd Farm_FRBCERCLA SERB C_Sherpherd Farm Pre-NPL correspondence 1988 - 1993-OCR

State of North Carolina
Department of Environment, Health, arid Natural Resources '
512 North Salisbury Street • Raleigh, North Carolina 27604
James 8. Hunt, Jr., Governor Jonathan 8. Howes, Secretary
March 19, 1993
Carl B. Blair
Public Health Service (E-32)
Agency for Toxic Substances & Disease Registry
1600 Clifton Road NE
Atlanta, GA 30333
Dear Mr. Blair:
I was very pleased to receive the "Preliminary Health
Assessment for the General Electric LSD/ Shepherd Farm Site" for
review. I found the text very cogent and well organized. I
think you have done a thorough job. Thank you for including the
data that we provided to you. It is cited accurately and
appropriately.
It was a pleasure to review this report. Please let me know
if we can be of further assistance.
cc: Dr. Paul Buescher
Lee Crosby
Sincerely, --r::::
Tim E. Aldrich, Ph.D., M.P.H., CTR
Director, Cancer Surveillance Unit
'I>-
,. .
P.O. Box 27687, Raleigh, North Carolina 27611-7687 Telephone [phone] Fax# [phone]
An Equal Opportunity Affirmative· Action Employt.,-
•
SUPEr,FUfiD P0/11··1i'f-l · · !Jf\1!\~/
North Carolina Department of Human Resources
Division of Health Services
P.O. Box 2091 • Raleigh, North Carolina 27602-2091
James G. Martin, Governor
David T. Flaherty, Secretary
Ronald H. Levine, M.D., i,!.P.H.
MEMORANDUM
TO:
FROM:
SUBJECT:
Lee Crosby, Head
Superfund Branch
Ph.D.
June 6, 1989
Kenneth Rudo,
Toxicologist
Environmental Epidemiology Branch
Shepherd Farm. Property Health Assessment
Private Drinking Water Well Contamination
East Flat Rock, Henderson County, North Carolina
Stale Health Director
In response to your memo dated April 10, 1989, I am enclosing a copy of our
drinking water health risk eva'luation that assesses the health risk posea· by
the well water in East Flat Rock, North Carolina in Henderson County,
laboratory nwnber 900562. I apologize for the delay in the response to your
memo and hope this will answer any questions you or the residents have
concerning the well results. These results also contain a recommendation as to
the further use of the water. A copy will a_lso be on .file in t_he office of
Linda Sewall, Assistant Chief of the Environmental Health Section; If you have
any questions or need further information, .please contact me at [phone].
KR:km
Enc.losure
c: Linda Sewall
John I. Freeman, D.V.M., M.P.H.
Ted Taylor, Ph.D.
\:J}t~~[~;
, , \} ]v~f 1i~{!1f'i~f ~:.
North Carolina Department of Human Resources
Division of Health Services
P.O. Box 2091 • Raleigh, North Carolina 27602-2091
~ · ' >c•.l l ·
James G. Martin, Governor
David T. Flaherty, Secretary
Rcr-,ald H. Levine, M.D., M.P.H.
State Health Director
MEMORANDUM
TO:
FROM:
RE:
10 l\pril 1989
Dr. John Freeman, D.V.M., M.P.H., Head
Environmental Epidemiology Branch
Lee Crosby, Head iJC,;
Superfund Branchr
Shepherd Farm Property Health Assessment
Private drinking water well contamination
East Flat Rock, Henderson County, NC.
On 30 November 1988 samples were taken of soil, drum contents,
creek sediment, creek water, and well water from on and around the
Shepherd farm property.· This site was reportedly used as a disposal
and burning area for wastes from the General Electric plant in East
Flat Rock. In fact, Mr. Gene Shepherd, the land owner, hauled wastes
from the GE plant from about 1955 until about 1970. During the
sampling, drums of a hardened substance and electrical-type wastes
(insulators, etc.) were observed.
Two of the closest wells were sampled. Sample analyses show
that the nearest well, belonging to Seldon and Bettie Hill, is
contaminated with 193 ug/1 tetrachloroethene and a trace of
trichloroethylene. The other well, at a house rented by Larry Maybin,
is shown to be contaminated with 5 ug/1 tetrachloroethene. It was
recommended by Dr. Ted Taylor that the residents cease using water
from these two wells.
On 6 March 1989 the Henderson County Health Department sampled
another nearby well. Sample analyses returned to me from our lab on 5
April 1989 show this well to be contaminated with 237.4 ug/1
tetrachloroethene. I am enclosing sample analyses results. Grover
Nicholson has discussed the results with Ted Taylor. It is our
understanding that Ted Taylor will review the enclosed data and
forward a health risk assessment of the contamination and a
recommendation for use of the water to me as soon as possible.
,.
.·· ..
·br. Freeman
4-10-89
page 2
If you have any questions or need further information, please
contact Grover Nicholson or me at [phone].
LC/GN/db/letter
,._·:.· . >,_. /~ .·;;. '=,,·.•,¥; .
k;t<:::;:J~, i~t~it:,; X:;/t ·.
·1';"1 ' f . I
i I '
'l
i I
l ,
North Carolina Department of Human Resources
Division of Health Services
P.O. Box 2091 • Raleigh, North Carolina 27602-2091
James G. Martin, Governor
David T. Flaherty, Secretary
Ronald H. Levine, M.D., M.P.1-l.
MEMORANDUM
TO:
FROM:
RE:
27 February 1989
Dr. John Freeman, D.V.M., M.P.H., Head
Environmental Epidemiology Branch
Lee Crosby, Head)C/
Superfund Branch .' :;
Shepherd Farm Property Health Assessment
Private drinking water well contamination
East Flat Rock, Henderson County, NC.
State Health Director
On 30 November 1988 samples were taken of soil, drum contents,
creek sediment, creek water, and well water from on and around the
Shepherd Farm property. This site was reportedly used as a disposal
and burning area for wastes from the General Electric plant in East
Flat Rock. In fact, Mr. Gene Shepherd, the land owner, hauled wastes
from the GE plant from about 1955 until about 1970. During the
sampling, drums of a hardened substance and electrical-type wastes
(insulators, etc.) were observed.
Two of the closest wells were sampled. Sample analyses show
that the nearest well, belonging to Seldon and Bettie Hill, is
contaminated with 193 ug/1 tetrachloroethene and a trace of
trichloroethylene. The other well, at a house rented by Larry Maybin,
is shown to be contaminated with 5 ug/1 tetrachloroethene.
I am enclosing the sample analyses results and a map of the area
showing sampling locations. Would you have your staff review the
enclosed data and forward a health risk assessment of the contamination
and a recommendation for use of the water to me as soon as possible?
If you have any questions or need further information, please
contact Grover Nicholson or me at [phone].
LC/GN/db/letter
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Sample #1
Contents of drum
Sample #2
Background soil
Sample #3
Burn area
Surface Soil composite
Sample #4
Maybin Well
Sample #5
Disposal area
Surface soil
. Sample #6
. Creek water
· ·Downslope
Sample #7
Creek sediment
Downslope
Sample #8
Hill well
:.\:.:"/\:.~t}{·~·:~._:. ;'.)} .; j~/.·:f ::·
. ·. riar•Ern. ,:··. :::~ganio ·.Cont~i~Snon,
;,;.xt;,:, 0.43ppm PCB .#1260. ' ...
,L'.: Nci ext. organics. . .
Trac~ 1,1,1-trichlo~oet~ane,
32 ug/kg toluene ·
No inorganic contamination.
No PCB. No ext. organics.
Trace of toluene.
No inorganic contamination.
86.5 ppm PCB #1016.
No ext. organics. No
purgeable organics.
No inorganic contamination.
No PCB.
5 ug/1 tetrachloroethene.
No ext. organics.
No inorganic contamination
13.9 ppm PCB #1254 and #1016.
NO ext. organics. No
purgeable organics.
No inorganic contaminatfon .
No PCB. No ext. organics .
Trace of 1,2-dichloroehtane
Trace of
1,1,1-tricloroehtane, 6 ug/1
toluene.
No inorganic contamination.
0.63 ppm PCB #1254 and #1016
No ext. or purgeable
organics.
No inorganic contamination.
No.PCB. No ext. organics.
Trace of trichloroethylene.
193. ug/1 tetrachlor.oethene.
~r~undwatet. cir·.
Surfa2e .Water (2)
__ Soil (3)
Other ( 4)
Extract.ables
__ SoHd (5) .
___ Liquid:J6) •··
__ Sludge (7) .
__ . Ocher (8)
. . ..
INClRGANIC CHEMISTRY .• >-'-
Total
Parameter Results mg/1 Parameter Results mg/1 Parameter
__ A,senic
__ B;irium
__ ('.,:idrr.:um
__ Chromium
__ u:ad
__ Mercury
~--~cJ,-niulil_
__ ,Silver
Parameter
__ P&T:GC/MS
__ Acid:B/N Ext.
__ TOX
Remits mg/1
_)(,_Arsenic < o ,u l .l\._Silvcr
1-Barium < o. / __ Sulfates
~ Cadmium <O.DOS-__ Zinc
__ Chloride jQ_ph
_'lL_ Chromium <o .u __ C~nchictivity •
__ .c,;pper _ms
__ Fluoride _Toe
__·Iron
_K_Lead ,;:_P. 03
__ .. Mangane:>e
_}{__Mercury < Q,C:,O01-
__ Nitrate
1-Sclcnium -<_c?·OOs-
ORGANIC CHEMISTRY
Parameter
_EDB
Results mg/ 1 Parameter
__ Mechoxychlor
__ T oxaphene
_______ . __ 2,4-D
.
__ PCB's
__ Pcrrolcum
_·. _Endrin
__ Lindane
__ 2,4,5-TP (silvcx)
.
MICROBIOLOGY RADIOCHEMJSTRY
Results x
Results
Parameter Parameter Results PCi/1
• __ (/.ff) Colifor:n Colonies/l00mls
·. •: __ . (,slPN) Colifor;., Colonics/l00mls
. j
' i---
'
__ Gross Alpha
--Gross. Bcca
I z.~(z...-fy
Dace Reported ------------,-----
Date Analr..ed
Environ merit.al .. : ...
_X __ Groundwater.(l)
___ Surface Water (2)
__ Soil (J)
___ Other (4)
Concentrate .
__ Solid (5) .. ·
-~~Liquid (6)
--'-Sludge (7)
Other (8).
:.comments
.=. 2.-t.i re:12.. ·
INORGANIC CHEMISTRY
Extractable, .
Parameter
__ A,scnic
__ Barium
__ Ddmium
__ Chromium
__ Lead.
__ Mercury
__,..,....,_~~fr-~iul_fl ___
__ .Silver
. --
--
--
--
--··-.:. .
Parameter
__ P& T:GC/MS
A .Acid:B/N Ext.
__ TOX
P;irarncter
Results mg/ 1
.
.
Results mg/1
MICROBIOLOGY
__ (MF) Coliform Colonies/l00mls
__ · (MPN) Coliform Colonies/l00mls
Total .
Parameter Results mg/1 Parameter Results r
__ Arsenic __ Silver
__ B.arium . __ Sulfates
_·_Cadmium __ Zinc
__ Chloride _Ph
_·_Chromium _·_. Conductivity
__ .Copper _TDS
__ Fluoride _TOC
__ . Iron --
__ Lead --
__ · Mangane?e --
__ Mercury --
__ Nitrate --
__ Selenium --
ORGANIC CHEMISTRY
Parameter
_EDB
LPCB's
__ Petroleum
_. _Endrin
__ Lindane
Results mg/ 1 Parameter Results
. __ Methoxychlor
_<=· n,_,.,_,o"-"o'-'O~J -1.,..,4"' nL!.. "",-1 __ T oxaphene I I _2,4-D
__ 2,4,5-TP (silvcx)
RADIOCHEWSTRY
Para.ID.etcr Results PCi/1
__ Gross Alpha
__ Gross Beta
Date Reported::-:;;-:,-------::--,-,,-------PcBf · 8/JA
Dare Analy--..ed J:i..-7-Y$:/P 11-J<ftf !JI:}._
-' , ' , . 803060
•·. Environmcrltal
~X~_' Groundwater (1)
___ Surface Water (2)
___ Soil (3)
Other ( 4)
. '·;-· ..
--·'-· Solid (5) _.,. •.·
___ Liquid (6)
__ Sludge (7)
__ · Other (8) :5,,,_ Pt...E-
. _ 0 N i'1 .. ~CVrf\{-) U
INORGANIC CHEMJSTRY
VO
Extractable, . Total
Pan meter
__ Arsenic
__ Dar.ium
__ Gdrniurn
__ Chromium
__ Lead
___ Mercury
~ _ ~ e fr ni u ~ -·-__ .Silver
. --
--
--
--
. ~-\"
Parameter
XP&T:GC/MS
__ 1\cid:E/N Exe.
__ TOX
Parameter
Results mg/1
Remits mg/ 1
MICROBIOLOGY
l-.-(Ml') Coliform Colonies/ lO0mls
: __ ·. (MPN) Coliform Colonies/l00mls
i ;--
' i
Parameter" Results rng/1
__ Arsenic
__ Barium
__ Cadmium
__ Chloride
__ Chromium
__ :Copper
__ Fluoride
_. __ Iron
__ Lead
__ Manganese
__ Mercury
__ ·Nitrate
__ Selenium
ORGANIC CHEMISTRY
Parameter
_EDB
.lS.__PCB's
__ Petroleum
_· _Endrin
__ Lindane
Results mg/ 1
(Vor:l'!.i.)
P.iI"a.metcr
__ Gross Alpha
__ Gross Beta
Parameter
__ Silver
__ Sulfates
__ Zinc
__ Ph
__ Conductivity
_ms
_Toe·
--
--
--
--
--
--
Parameter
_· _ Methoxychlor
__ Tox~phcnc
__ 2,4-D.
__ 2,4,5-TP (silvcx)
RADIOCHE1vGSTR\'
Rcsulu,
Resulu
Results PCi/1
. ··~ ------~-------------,-----------'---,-----,-----,---------'--------
'
I
.., .,,. <. .',J·•; -'-•• "~ -., ~--
' Company '.s ·,~~i,:: LJ4c,Ui?Y.· ':Yh ;i,'/11/;j;:j,.;jifi'r /l,"h..,cl;/,/TeJ,ep}iob~·(,·\?:61,)'.•."~93:-:.'J;ij;'g/,!": ~ ({,;-'/
22~:~;~~}~~"Z,1Ji&l~1~u~~:h:~~i:,;."~~~;fi¥fi;lfi~
Date •. s 21ri~l~d ·.~: :;g~;" :0;ii; :¥§$_·;" ., >, ,,< ·-:'t~~ ~ 'Time · strr;pl ;;·i·-c /.? z'-if •··· '.~~J~;;5;H~:f~f;,'.;:
Type· o:: Process Generatmg ',Waste
' Field Irr.£orr:u2tion
enc.in of-·Possession:
1.
2.
· tit.le ,
3.
)
Res~l~s reported
. signatur,:,,
sign2Lure
Inst::-uctions: Complet:e 211 2.pplicab.le infonoa:io,-.
subrn.ir. 1-.,.ith ·.an2._~_}sis request t9~.s,_.
:r:·.:: ·r
title ..
incluC:ing
i
fo UtN 5~ -I [kc .
inclusive· dates·
inclusive dat~s
.,inclusive dar.·es'
·:.,t:
d2te
signat:ures, and
•i•-·
i:c Nurnb~{;_',-'c'cc-c-c~=.,-~~--,-c----~==-=====--,-.
~,~::{~J:i'.lf ~i;t ?i{~~/j~'°J~,':, ..
Envir6q~e;h1f~( >i ·. : ::~··•
')... d~~Gndw~';~t (1) •· :>solid .(5).
SiidK~ \•ht.c~. (2):. . ..• ;, uJL;J (6)>
__ Soil (J)
Oth,r ( 4)
-~ Sludge (7)
__ Other (8)-
··j•~"-i!l:1''~1;,:_:;-fi~;~.c;z4-3
.(
. __ ::)'.·~ · me~ts
· t:2UIJE.
INORGANIC CHEMJSTRY
Extractable,
Parameter
__ A~scnic
__ Barium
__ Cadmium
__ Chromium
__ Lead
__ Mercury
~--~~-fr_r(\U_!_Il ___ .
__ ,Silver
..
--, ----~--
'· ..
Results mg/1 Parameter
~Arsenic
~Barium
...Y__ Cadmium
__ Chloride
LChromium
__ .Copper
__ Fluoride
__ lron
LLead
__ Manganese
-£Mercury
__ Nitrate
__I'S_ Scleniu;,,
Results mg/1
<O, I
< o. oo,S-
<a .c)
Total
Parameter
LSilver
__ Sulfates
__ Zinc
_Ph
__ Conductivity __ ms
__ TOC
. Re.suits
ORGANIC CHEMJSTRY
Parameter
__ P& T:GC/MS
__ /\cid:B/N Ext.
_TOX
Parameter
Results mg/1
MlCROBlOLOGY
! __ (MF) Coliform Colonies/l00mls
I __ ·_ (MPN) Coliform Colonies/lO0mls
Para=eter
_EDB
__ PCB's
__ Petroleum
__ Endrin
__ Lindane
l),;c Extracted --------------,---~~---
Results mg/1
Para.meter
__ Gross Alpha
__ Gross Beta
Parameter
__ Methoxychlot
__ Toxaphcnc
-2,4-D
--2,4,5-TP (silvcx)
RADIOCHElvlJSTRY
Results
Results PCi/1
;2,~1z-&r' .Date Reported ________________ _
Date Anal y-.ed ·---7-vcs-CcC-.--0--::-:,,-.,.----:::,-=,:-----o J·,.·,'" • n ... , 288 L~1.-_ .+ 'i i.;[L
En vironn1cntal
)(. Groundwater .(1)
___ Surface Water (2)
__ Soil (3)
___ Other· (4)
Concentrate
__ Solid (5)
___ Liquid (6)
__ Sludge (7)
Other (8)
e:w.....
,_5,
INORGANIC CH
Par.:i.mctcr
___ Arsenic
__ Barium
_·_r...admium
__ Chromium
__ . Lead
__ Mcrcllry
·-· ...,-~~-fr.f"!iU_In __ _
__ -Silver
Results mg/1 Parameter
__ Arsenic
__ Bariwn
__ Cadmium
__ Chloride
__ Chromium
__ .Copper
__ fluoride
__ Iron
__ Lead
__ Manganese
__ Mercury
. __ . Nitrate .
__ Selenium
Results mg/1
Total·
Parameter
__ Silver
__ Sulfates
__ Zinc
_Ph
__ Conductivity
_ms
_Toe
Results r
ORGANIC CHEMISTRY
Paran1etcr
-~ P& T:GC/MS
__ Acid:B/N Ext.
__ TOX
P;-iramr:ter
Remlts mg/1
MICROBIOLOGY
!-.-(HF) Coliform Colooies/l00mls
i ___ (MI'N) Coliform Colonies/I00mls
DJrc Rccdv~d
Parameter
__ £DB
LPCB's
__ Petroleum
· __ Endrin
__ Lindane
Lh,c Exrracted c.·-v-;,-~....c..,1---¥~---··---"'--,---'----
·.· --. __ .,~ .. , . _._ --
Results mg/1 Parameter
__ Methoxychlor
;N?l (Vofl'A.-) __ Toxaphene
__ 2,4-D
__ 2,4,5-TP (silvcx)
RADIOCHEMJSTRY
Results
P:i"ra.metcr Results PCi/1
--Gross Alpha
__ Gross Beta
,_;/ -s-,c;
Date Reported -=---"'e'.::'---'(,:;'---=--;L'-------PT . I
Date Analy'-.ed __ l_-_3_-_'8'~. r;f~'1V.lf~~--c----
,r"'\ l"I,,,""' ---
_··.En"vironmcntil ·
X . Ground;a,er (1)
___ · Surf;ce Water (2)
Soil (3)
Other ( 4)
. ,••.,--,,:. -· .. ·,"'
.Con·eentrate · •,. ' -_ J'Csour:cs i._
__ ·7' Liquid (6) •
__ 7i Sludge (7).
~~ Other (8)
Co~n1~ii~ ·
2-i.. i.r~ 12. .. •··
INORGANIC CHEMJSTRY
Extract.ables
Parameter
__ Arsenic
__ Barium
. __ C.,1dmium
__ Chromium
__ Lead
___ Mercury
___..,..,......_~rJs_~iu_In _
__ .Silver
.
Parameter . .
· __ P& TGC/MS
l .''\cid:B/N Exe.
__ TOX
Result,; mg/1
Remlts mg/1
MICROBIOLOGY
Parameter
__ Arsenic
__ Barium
__ Cadmium
__ Chloride
__ ._ Chromium
__ .Copper
__ Fluoride
__ Iron
__ Lead
__ Manganese
__ Mercury
__ Nitrate.
__ Selenium
Result,; mg/1
Total
Parameter
__ Silver
__ Sulfates
__ Zinc
_Ph
__ Conductivity _ms
_Toe
ORGANIC CHEMISTRY
Parameter
_£DB
-1LPCB's
__ Petroleum
_· _Endrin·
__ Lindane
Result,; mg/1 Parameter·
__ Methoxychlor
< 0, 0 O O I PP"" __ Toxaphene
_2,4-D
--2,4,5-TP (silvcx)
RADIOCHEMISTRY
Results r
Results
Parameter Parameter Remlu PCi/1
/ __ (MF) Coliform Colonies/l00mls
: __ ._ (MPN) Coliform Colonies/l00mls
uarc Rcc~ivcd · J '.to-\-'?'?" ]'.1.u;
. i\)j,CExrracte~N/A.µ~oa,-yz LtSAB,;vt./ .
y,;> ,~-:·PcB 1i-'l-'o'6 -.vr11¥\,sB' · ... · · "'
--. Gross Alpha
__ Gros,; Beca
1,;_" ';1, ' ' -_'(·•."•: . Ad . ·'·1"~·"/2,:p''7""13a•. ~--'·"'r/. '•' .. P,"'·~· .... ·J..)C: '·•·-z·<t'·r,.'3(· · .. ,,,,,, .. • ,,,_.. . .. , • . .-. ·' . , ... ·•: ., .. , . · 1. . .
:::~!~~:~~trt:1~~l:.:::1t~:::~:::;;~1:~l!*~!:
Type of Process .~~~e~a·t=~-w~.s~~~t~~r:~-~q~~? -~~~!:.~~':;;~.~:*t~??;;h~!\~:_:
Field Irrfornction
·i:· \~~ 'r .\' __ ... ,_: -··, .. '. . . :
' . . ... !· ·--·-·'-··· •. ··-
--·.-···~-----·-.·~ t-. L' e ..
3o I.An/3'8'-/))EC 'l
..,, ...... inclusive••dates ·
2.
signature ~il;::f:td inclusiv·e dates
3
tit.le .. inclusiv,e. dar.es
Res~l~s repoited'.
Sign2tuie .. tiLle d2te
·.:·-.··<; ······ .....
lnst:-Uctions: Complete all applicablE;-•:i.nfon:o;;;:io;-:· incluC:ing sign2.r.ures, and
subrnl:L \..Yit.h. ·.2n2lysis reques;: fo::-=!s.
'••-•••-••. •••·• • •--••"• ••• •• •-•.. .-••--.•---.. • --.. --•-••• •••-•. •• • •'"'" --•h~•--••••-• ••••----•• ----• ••-••--•-
· ............... ·-•.
: i
PURGEMLE DY1PCIJNOS
STATE LABORATORY Of rvauc HEALTH
OlVISlON Of HEALTH SERV!Cl:S. N·.C. OEf'ARTNcNT OF-HU/VW RESOURCl:S
P.O. OOX 28047 -306 N. \llLNlNGTOli; SL,· RALElGH,.N.C.. 27611
LAB NO
FIELD H
ORGAIHC 01ENICAL ANALYS LS .
TYPE (11 (,,_, /;Ll. (.:31 {rl
chloro-rethane
brororcthane
dichlorodifluorarethane
vinvl chloride
chloroethane
rrethvlene chloride
trichlorofluoronethane
ethene l 1-dichloro
ethane. 1. 1--dichloro-
1 2-trans--dichloroethene
chloroform
ethane 1.2--dichloro-
ethane l 1 1-trlchloro-
carbootetrachloride .
brorodi ch loronethane
n=ane 1 2--dichloro-
l 3-trans--dichlo,
trichloroethvlene
chlorodibrmcmethane
benzene
ethane . 1 1 2-trichloro-
1 3-cis--dichlo• ne
2-chloroethvl vinvl ether
broroform
ethane 1 l 2 2 tetrach1oro-
ethene tetrachloro-
toluene
ch l orooenzene
ethvloenzene
2-butanone
c.,rbondi sulfide
2-hexanonC
4-<rethvl-2 =ntanooe
stvrene
vinvl acetate
xvlcneS /-hm,/l
J -Est1ma.lcd value.
UNITS
. '
;,-«f;J/0
rf.01n,,n/ko uq/l \,q/kol A,o/1 h,n/ko
/.,L... • ' -.
/
I'. C
. . I ,
,I,
r,i::1e,.
[ l
I'
l.L
-/
. IC -:,_ --·,
'' In
I 11
-1 / -J.1
L-L.. '' I'
' / . , . I/
K -.Actual value ls kflO..m to be less than value given.
l -Actual value· is kf)()l.ln to be greater than value given.
" . I
I '
i
' ,I/
L<--I,
' I
U -Katerial ~as analyzed for but not detecte<l. The nt.nb<,r
NA -Not an;ilyzed.
ls the Hinirrvn Detcclioo Limit.
l/ -Tentative idenlification.
l! -On H~OC List.of Priority Pollutants.
Cr Po:ss,bk:.. lo.b corrtam;no.+-~on, ·
N.C. Division of _l{calth Services
D11S 3068--0 (/.,/86 Laboratory)
(..'3 l
\J0/1 fu•/k,
',,,.
i 1
I
' I
BASE/NEUTRAL AND. ACID · ·
EXTRACTABLES .. '. ,_ \
COMPOUND
N-nitrosodimethvlamine
bis(2-<:hloroethvllether
2-chloroohenol
ohenol
1.3-<lichlorobenzene •
1 4-<lichlorobenzene
l.2-<lichlorobenzene
.
bis(2-chloroi llether
hexachloroethane
N nitroso-<li-n-n=vlamine
nltrobenzene
isN)horone
2 nitroohenol
2,4-<limethvlnhenol
bis(2-chloroethoxvlmethane
2 4-<lichloroohenol
1 2 4-trichlorobenzene
nanhthalene
hexachlorobutadiene
4-ch 1 oro-m-creso l
hexachlorocvclnnPntadiene
2,4 6 trichlo~henol
2-chloron•0 hthalene
acenanhthvlene
dimethvl nhthalate
2. 6-<li ni trotoluene
acenanhthene
2 4-<linit~henol
2.4-<linitrotoluene
4-n i trooheno l
flliorene
4-chloroohenvlohenvlether
diethyl nhthalate
4 6-<linitro-o-cresol
diohenvlamine
a.zobenzene
4-braroohenvl ohenvlether
hexachlorobenzene
~ntachlornnhenol
ohenanthrene
anthracene
dibutvl nhthalate
fluoranthene
J -Estimated value.
.I,
' , ,
rn-:DL
H.,__o/sotL-
K -Actual value is known to be less than value given.
L -Actual value is known to be greater than value given.
U -Material was analyzed for but not detected. The nurber
NA -Not analyzed. 1/ -Tentative identification. 11 -On NRDC List of Priority Pollutants.
N.C .. V~v.u.,~on 06 HeaLth SeJLv~cv.,
IJf/S 3068-0 (4/86 Lab0Mvto1ty)
: , ...
::.:~.~-
l. .. , ., ..
,
r r.• ,
'f"'!. ~ :. I
\Q~ ,. "•"' l:f°l '
is the Mini11'1..11l Detection Limit. mlJL ----
TiPE ',,..;:,.
UNITS
.,.,.,·(:J.,Ji,-::·. :.'.:r J-f.1. .' ... ·r Z-l· •. :-..:"''"'2.i' ;'.'.•··: •·· .-r-;J•J°:'.•J· ./Lr-:,,r.f.t
· "/ll,.n/kQ ..,.,,;,.1 /i,n/kQ ft,nfl'~ ,,n/k"' ,0,n/j',·~· · · .·,· •·fk
butyl benzvl ·o~tfiafate.
IO/:J.'?ll
... ' ,;..;,·"/,r.,:-0 ...... .,..,.,.,:,., -,r-J
, Lfi'»cl•,l I 'f-/}·,
chrvsene ·· .. : ' • .. L.... ! ,f,. 'i1,5!Y'
3,3-<lichlorobenzidin<, so/1t,_,;/I /It~ {rf
l
•,'
\
bis(Z-ethvlhexvJ\nhthalate I0./'?30 i :/~ r\Wl~ _-M" ~ "-d'--'i "n"'-oc=t"-vl'-'= olht"h-'-al.11 a"'t"'e==~-JL1"'.0L1 /.c''.i_'c',~'-'.o"+---l--+--i---+i-i, f:l.~""-,. ~~~.,,~P.-l:f9.;:u,'!--+--o;?J.:-!ii ~--+--1-
ben zo (b lf 1 uoran thene" SO,~ '\< ,'~ .'-/
benzo(klfluoranthene ,"'~·'~I "·~ Cf:'/
benzo(a)nvrene ..:'\%_ JRAN. H -• Y
di benzo(a. h) anthracene
benzo(a h il=rvlene
aniline
benzoic acid
benzvl a 1 coho 1
4-di 1 oroan i 1 i ne
dlbenzofuran
2-rrethvl nanhtha lene
2-rrethvlohenol
4-rrethvl nheno 1
2-nitroaniline
3-ni troani 1 ine
4-nitroaniline
2.4 5-trichloroohenol
J -EstirMted vilUe.
'-, 'I/ 'I/
so' : ' vL IA
I
.• I,
I" /:,:,0
. ~.,.
f>')])j_
H2.0I soil...
to ·be less lhdn value given. K -Actudl value is· known
L -Actual value'. ;is.known
U -_...,.Katerial.was .a·nalyzed
NA Nol analyzed.
to be greater than value given.
for but not detected, The nurber
1/ -Tentative identification. £1 -On NROC List.of.Priority Pollutants. ,_. · ... ~:, ·~ .;_,.'~\t~.\'~-~1 .• ~ ...... \.·_· . -~ .?:.\: .. .-·
. ,.N. C .;<:D.-<;v.z..6-<.o,,,Yt6f:Heal{/t .Sv,.G\c,'0.
· VHS· '306 8~0 .?(4{8 6'}Labo!Ui..toltq)\s-;/0·;
.. "
',/ ,7
J ,l iA.-
is the Minirrun Detection Limit.
' ./ ' I
!,,L i,
i
I ,
'J
Dat.c:
To:
From:
Re:
23 February 1989
Lee Crosby
Grover Nicholson r,,j'f---
Contamination of private drinking water wells
Shepherd Farm, East Flat Rock, Henderson Co., NC.
On 30 November 1988 samples were taken of soil, drum contents,
creek sediment, creek water, and well water from on and around the
Shepherd Farm property. This site was reportedly used as a disposal
and burning area for wastes from the General Electric plant in East
Flat Rock. In fact, Mr. Gene Shepherd, the land owner, hauled wastes
from the GE plant from about 1955 until about 1970. During the
sampling, drums of a hardened substance and electrical-type wastes
(insulators, etc.) were observed.
Sample analyses returned on 22 February 1989 showed no inorganic
contamination, some PCB contamination in the drum contents, soils
and creek sediment, and organic chemical contamination in the creek
water and water from two nearby wells. In particular, the Maybin well
is contaminated with 5 ug/1 tetrachloroethene and the Hill well is
contaminated with 193 ug/1 tetrachloroethene and a trace of
trichloroethylene.
I am attaching a summary of the sample analyses results and
copies of the sample analyses for the two wells. I request a health
risk assessment of the contamination so that the health department may
be properly notified.
Sample #1
Contents of drum
Sample #2
Background soil
Sample #3
Burn area
Surface Soil composite
Sample #4
Maybin Well
Sample #5
Disposal area
Surface soil
Sample #6
Creek water
Downslope
Sample #7
Creek sediment
Downslope
Sample #8
Hill well
SAMPLE ANALYSES RESULTS
SHEPHERD FARM
No inorganic contamination,
0.43ppm PCB #1260.
No ext. organics.
Trace 1,1,1-trichloroethane,
32 ug/kg toluene
No inorganic contamination.
No PCB. No ext. organics.
Trace of toluene.
No inorganic contamination.
86.5 ppm PCB #1016.
No ext. organics. No
purgeable organics.
No inorganic contamination.
No PCB.
5 ug/1 tetrachloroethene.
No ext. organics.
No inorganic contamination
13.9 ppm PCB #1254 and #1016.
NO ext. organics. No
purgeable organics.
No inorganic contamination.
No PCB. No ext. organics.
Trace of 1,2-dichloroehtane
Trace of
1,1,1-tricloroehtane, 6 ug/1
toluene.
No inorganic contamination.
0.63 ppm PCB #1254 and #1016
No ext. or purgeable
organics.
No inorganic contamination.
No PCB. No ext. organics.
Trace of trichloroethylene.
193 ug/1 tetrachloroethene.
:._ ::~'. :'' , -· . ✓---~ SUit< Laboratory of P0ublic.l
SA1ffLE ANALYSES }:-EQUES,f f-0~· _.·. '.:'. P.'o. Box_:
. , · , . 306 t:1, Wilmington
· · . I Dre , . · Raleigh,
"-.l "' -

'

-itc Number ----------'~---''-------Field Samp::;;l__.,,"!"'.:.;;::;. ,....,--~~-=:---c::-;--;::-::,'------'--
:·,amcofSicc :·h0e $A~her-d
' ::Ol!ccrcd By -cq,'JJ1 { Ho C-,'5 O ,q
. rs Ju
F,;..,e,,n
rn11·· 37
C
y;:x: o amp c.
Environffi~nt.al x Groundwater ( 1)
___ Surface Water (2)
__ Soil (3)
___ Ocher ( 4)
Concentrate··
--,--Solid (5)
___ Liquid (6)
__ Sludge (7)
__ Ocher (8)
'
i:t,. L.
INORGANIC CHEM.ISTRY, __ _.
Excractablcs Total
Para.meter Rcsu!C6 mg/1 Parameter Resulcs mg/1 Parameter Results m£
__ A,scnic ..Ji_ Arsenic <o,o l ~Silver <o --OS-
__ n.irium ...2LBarium < o. I __ Sulfates
--'--"drrium ~Cadmium <o. oo.S-__ Zinc
__ Chromium __ Chloride .JfLph
__ Lead _x_chromium <o.u __ Conductivity
__ Mcccury __ .Copper _ms
~--~ffr.~iu.rn ___ __ Fluoride _TOC
__ -Silver __Iron
_K_Lead ,;:_ P. 03
__ Manganese
_)L_Mcrcury < 0,CO02-
__ Nitrate
L..Sclcnium <_,:?,OOs-
ORGANIC CHEMISTRY
Parameter Results mg/1 Parameter Results mg/1 Parameter Results m
__ P&T:GC/MS _EDB __ Methoxychlor
__ Acid:B/'N Exr. __ PCB's __ Toxaphene
__ TOX __ Petroleum _2,4-D
_. _Endrin• __ 2,4,5-TP (silvex)
__ Lindane
MICROBIOLOGY RADIOCHEMISTRY
P:1:ramctcr Para.meter Results PCi/1
: __ (MF) Coliform Colonies/l00mls __ Gross Alpha
: __ (:\oPN) Coliform Colonies/lO0mls __ Gross &ca
.· i . ;
12--12--w
Dace Rccdv~d ___________________ Dare Rc:'poned _______________ _
~'io:c Extracted---------------'----~ Date Analy-.ed _______________ _
--, Lah Nnrnl--cr -----GcJ~~43 [fG 2 88 ----....
:. ·(. Oq:-o;rtrncnt O( Human Rc::sourcc:s
livi~io:i. of Health Service.-; ·· · SAMPLE ANALYSES REQ1J.EST
'State uboratory cif'P,ublt
.' ·.· P. <5•Bo,
306 N. Wilrni~g,t
' ' Ril ol g;;
,i,e Number __________________ Field Sample Numb~r -~4_1.:5'-=~----:::------.::."_• .. ·.-
;,mc of Sire h~ne She.pherd F""-12/Y1 Site Locuion Cr;?;;,, F]..J'lr ,tj)e,·.IC', ,<JC·
·., ::01\r.cted By -:cq::)_j, < Ho CJ) o A,, ID# 31-;Jc> A..Jt>I/ I 1,Z: "6 Time / 'i? 2. i
-'S I(} ypc Ol amp c.
En vironn1cn t.al
_X __ Groundwater (1)
___ Surface Water (2)
--Soil (J)
___ Other ( 4)
Concentrate
__ Solid (5)
___ Liquid (6)
__ Sludge (7)
__ Other (8)
Comments
2-~/Te.e..
/J1A't'1JIN
INORGANIC CHEMJSTRY
Extractables
Parameter
__ A,scnic
__ Barium
__ Cadmium
__ Chromium
__ Lead
__ Mercury
___,....--_~~fr-~ i u_r:n _ ·-
__ ,Silver
Rcaults mg/1 Parameter
__ Arsenic
__ Barium
__ Cadmium
__ Chloride
__ Chromium
__ .Copper
__ Fluoride
__ Iron
__ Lead
__ Mangane?e
__ Mercury
__ Nitrate.
__ Selenium
Results mg/1
Total
Parameter
__ Silver
__ Sulfates
__ Zinc
_Ph
__ Conductivity
_ms
_TOC
Results m
ORGANIC CHEMISTRY
Parameter Results rng/1
__ P& T:GC/MS
~ Acid:B/N Ext.
__ TOX
--
--
MICROBIOLOGY
P;uamctcr
i --(MF) Coliform Colonics/l00mls
: __ (MPN) Coliform Colonics/l00mls
j 1--
i--,
Para.meter
_EDB
. 1-.PCB's
__ Petroleum
__ Endrin
__ Lindanc
Date Received f J..-/ -."('if ---nw:
. BIYltl /.1-0.S-?iJ A,tt-,5, VI'
L) a: c Extra c te cl .Lf'C.,,,('-'°''--""/;J._-'-'7,..._-<f,_i',,__,'1.,_P.,_, .Lp-"'vJ,,.,,""LA....,_ ___ ~---
Results mg/1
<,,.,. "00/ ~"~· . ,
Parameter
__ Gross Alpha
__ Gross Beta
Parameter Results n
__ Methoxychlor
Toxaphenc
_2,4-D
__ 2,4,5-TP (silvcx)
--
RADIOCHEMJSTRY
Results PCi/1
Dare Reported .--:-:::;,------::--:-.--------. 'PCB f . /3/Jf',
Dare Analy-..ed /;z__-7-Yf'yp 1:J-f{-ff' IJ&
L1 h N 11 rn b,:r .. ~--·---····· 803060
I
I
:. C. Dcp«rtrncnt or'H\Jman Resources
1:vbio:1 of Health Services SAMPLE ANALYSES REQUEST
,i,e Number _________________ _
,amc of Site . ·b<--ne ZiA,;pher-d
:01\ccred By ·-q::/J) C Ho(, 5 O '\l
·•,·;x of Samplco
Fi9-.&Y>
lD# 37 ~~~~Z¥-_!__:l:&.~-Time / 3 Z?-
Environmental
X Groundwater (1)
___ Sur-face Water (2)
__ Soil (3)
___ Other (4)
Extractablcs
Concentrate
__ Solid (5)
__ Liquid (6)
__ Sludge (7)
i':f21.J9~9
__ Other (8) ;5,q Pt..E
0N n . /\.cvrYl-l')U
INORGANIC CHEMISTRY
Total
Parameter Results mg/1 Parameter Results mg/1 Parameter
__ Arsenic
__ Barium
__ C,dmium
__ Chromium
__ u:ad
__ Mercury
~. """'-~~.fr-~iu_!_n __ _
__ ,Silver
Parameter
LP&T:GC/MS
__ Acid:B/N Ext.
_TOX
Results rng/1
__ Silver
__ Sulfates
__ Zinc
__ Arsenic
__ Barium
__ C,dmium
__ Chloride
__ Chromium
_· _.Copper
__ Fluoride
_______ . __ Ph
· __ Iron
__ Lead
__ Manganese
__ Mercury
__ Nitrate
__ Selenium
ORGANIC CHEMISTRY
Parameter Results mg/ 1
::,NA (Vor3'~)
__ Conductivity
_ms
_TOC
Parameter
__ Methoxychlor
__ Toxaphene
_2,4-D
Cl
_EDB
_;5,_pCB's
__ Petroleum
· __ Endrin
__ Lindane
__ 2,4,5-TP (silvcx)
MICROBlOLOGY RADIOCHEMISTRY
Results m,
Results m
P;iramctcr Pat·a.metcr Results PCi/1
__ (MF) Coliform Colonies/l00mls
__ . (MPN) Coliform Colonies/l00mls
__ Gross Alpha
__ Gross, Ber.a
:)ace Rcct.!ivc;d __ __,_/_.,;},_,._-__,_/_-~£.,_.5?,___71.,_.,,,ef""'-------Date Reported -;;::;;--:------------(/, .
!)ace Extracted ___________________ Date Analy-'.ed J-3-lff' t/.).;J"
.......... ••----Lah Number ·····---·· · 8030$9 ___ .. ··----·-·---···-
:;::; •:i:'iii(i~fo0' cfr·;;2:TT~ I{~;;~t;··''-" .l.'..:'.!C:
SOLID AND El-.2J.3DOU_S_:,,j,AS,TE: :-'Jj;;_G~C';":3?-.'YG:l
. . .. \!.~dt;-.1;-;:Jf)· J~[r_,rJ;<· .~at'..
Locacicn of Sawpling: '
COlllpany.' s
· 1-v £1,)l ..
Address•-.,:;Po J?ri -,;·_,2&~,,-;'=-·,-£;',,"':f.' 0fi:__/·'i?.c~----"·· ,VC.
,•;;.•: • •, _•,..:~ ~:/_..,•• .•~\'.\ '~•;•,-.:...... -~:._ ••-!.•~:_•r•~:.~·,:•:-.•• •-•••~ " __ ,,.,__, 'J!.-
Collec: ::or's ~~~ -~ "Cj,_0 ·,: '<5_;:_;;;. ,>!/le=_. Teleyhone ( 1:/'t ) 1-?? -z io I r
Date Sampled '•-je) . .:vb;;,, 'zJK . ;• Time S2.Illpled /.?zi'.! •,. --v
I
' \
Type of Process Gene~2. ting Waste &,,.,.,.;;,,,:,j;. ~ buc-,:---m 'J o.f' v,. k,,, ,,..J,:;;.. s~ fr,,J-..·w,.,1-,:,
. FielC. Iniornation
Fiud ·Sample No. -.,, ·_ . '
-----
Cn~in cf Possession:
),... --tJ..t:.!..e ·
fa t..)()V 55' -/ l)t:-c &?J
inclusive ·dates
2.
inclusive dates
3.
tit.le inclusive dates
Res~:~s reported
sign2L.ure
lns-c-:-uctions: Complete all applic2ble info~c.:ior. incluCing -sign2tures, and
submit. \..-rir.h ·.an2.lysis reques.: fo:-::::s.
.:>V.1,...., .LU h.l'i.LJ • D--..L..lU\JJU:.J::, WJ',.::, l:., ;'.i-_l\j\l,;:_ .... .l..!:.J'd. !);-.?J\ \..;-n; ::.\: :· •. ·: ---·:.:.~: :~-=-: - . . _.,., __ : -.~:\;>-. -·-r-;-,.. -\ ' . s· . .. . ~;~ , ... -)~:.-. :.=Receip_t, ..._o:-2.ill-O.!..es _____ ::.:::· :-;:. .. ~ _flI;?:,.t?. -. --: .. , ·"
. ,~·('.'':': .. :~-::.-~;._----;--.. . -· ....:·--· __ :;>J.: ,, _.,_-..
Tne sam?les ,described below ·:)",',re.·,;:,c9l·l'e..ct•!ed. · in,c.orµiection,.y,'.th the ,a;¢::inistrati'cin,,
en£o:;:-ce.:neni:, and doc~e_~!:.aciOn of th"e·:-. ..:~~f}(~------------· -··----···-----.:-.-.
.. :-~?,.,
( ). North Carolina Hazardous 1..'aste Mana.geme:,;,t Rules; 10 NCAC 101'
' ' •' . -~• \r
Solid Waste. Manage.mept Rules, 10 NCAC l,OG
,, . '.---. , ,_
,··:
~-)-' Nort:h Carolina
• ; ·.:,.;:, ' : •• •• • -:· .:._. ; -;. -r
. . -·_· ' ' ·, "t''
·, (y.) Compreh.ensiv_e _:E:riviroiunental. Respon·se ,' Compensation ·and· Liability Act ( CERCLA)
• : ... -..-i -~-~-\ .. •. •,;.,_ 1\ ~~ .... _),l-:: ... t-S~:·.-:._ ... : ., ,\ .
· ( ) Toxic Subsr.ances· Control--Act (TSCA)'. 15· u·:,s·.c: §2601', "'et seo·:~specifically
Sect'ion .. 11 .. ,of .TSCA, 15 .. u.s.c:.,§. 2610 ........ ,1 . -,-:,\, .-~· .. ~-,\•\i,. ,,..·,;.,_,-..:·,».:~. '"''>' -.>·.·v:,J)
·------_¢. ~~-~--~·-\ .• .-.. ~;"'.. :~:~· . " .. \. ~::~!.. -.. ,_ . '. . _, ' --:0:f;--.•. '.?;. -.: . : :"'.'. -~ -...... -•,::: •• , •• .' ___ ,,}_.,,. ~-~-·--·· -•
Inspect.or.' s\ ~-\l_ll5 __ ·;:~~"''.:. "~Y·'.tr:~~~.
F✓z 11/ ,.,_ rf-r1 o ,1; e Po
-.. SJ._¾?LE COLLECTED ' SAMPLE'TYPE
Nll!13ER DATE TL'iE WATER SOIL
7b A,1(),/ -tt-4 l't'ir$ I:? zz., l(
-. -.... ..
... -..
-· ..
~ ... . . , ; .'! : .. ..
I
Receipt for the.
hereby
sampl'e (s) described.
ackno"1ledged:
~
Si Ins .
'['0£.oG lz I
OTIIBR
l
,.
Fin: Address·
DUPLICATE SA.l-l:Pl.ES ... -~-;-. .. I
:/i!602-2.0'9'/
'6it.El6# #C..
S.Alli'LE LOCATION 'OFFEREDIACCEPTED REJ_ifI~l}J, ON,;:Sin;. -.9FF-SITE\ ..
.
;x I X I X
.
.. . , ..
I
I
.. ·-·
I
I t ·· . :. '
-
,.-l
I
. -
Recei?tlrejection of duplicate or split
samples is· hereby acknmdeciged:
Operat:or, or Agent:
Tit.le
CO!-'.''.:::KTS,_~-----------------------------'-------------
EnviI"onmenfa.1•.
Groundwater' (1).
___ Surface _Water (2)
__ Soil (3)
__ Ocher (4)
Codc!ent~te
__ s;lid (5) ·
___ Liq~id (6) ··
___ Sludge
___ Ocher
(7)
(8)
I
C 15 'foaa . ~ommenu
£ ti · ;:;C!,U8£
SUPERFUND t(H I LL
I
INORGANIC CHEMISTRY
Extractable•
Para.meter
__ A,se.nic
__ Barium
__ Cadmium
__ Chromium
__ Lead
__ Mercury
~--~~] r..~ iu_D.: _ ·-
__ ·Si Iver
Parameter
__ P& T:GC/MS
__ Acid:B/N Exe.
_TOX
Resulu mg/1
Re6ults mg/1
MICROBIOLOGY
Parameter
.
~ Arsenic
~Barium
...Y_ Cadmium
_·_Chloride
LChromium
_· _.Copper
__ Fluoride
__ Iron
LLcad
_·_Manganese
__)!:__ Mercury
__ Nitrate.
~Selenium
Results mg/1
<o. I
<o .<'.)
ORGANIC CHEMISTRY
Parameter Results mg/1
__ EDB
__ PCB's
__ Petroleum
__ Endrin
__ Lindane
Total
Parameter
Lsilver
__ Sulfates
__ Zinc
_Ph
__ Conductivity
_ms
_TOC
Parameter
__ Methoxychlor
__ Toxaphene
_2,4-D
__ 2,4,5-TP (silvcx)
RADIOCHEMJSTR Y
Results rr
Results,
;.,. Parameter PiramCter Remlu PCi/1
' --(MF) Coliform Colonies/lO0mls
: __ ._ (:,,{PN) Coliform Colonies/l00mls
,i
i i--
'
__ Gross Alpha
__ Gross Beta
:).ace Rccdvc;d
1-z-12--&Y
------'------~--'----------Date Reported ---''-------------..:.....-
!),cc Enracted ---------------~----Date Analy-..ed ---=-==--:-c-::-c-~-,,..;~---Q,::Ji~4 'i D::c 2 es
I . !
' • I '.
' :. C. Dc;_,arc-mcnc of Murnan Resources
l:vi~io:i o( Hc-ahh Scrvicc:.'S SAMPLE ANALYSES REQUEST ..
State Laboratory of 'j,~'bli~:
•itc Number
P. O>Box ·
306 N. Wit'mi~gi'.:;n
R,i,Jdgh·,
_________________ Field Sample Number __ 4~/~6_?.... ___ ;::------C.....:...
Site Location G~T httr /4;1e,JC' ,Ve . . samcofSitc b,:..ne SA,;pher-d
::Ollcc:ed By -cq::/J, C Ho C, 5 O ", l
·ypc of Sam~lcu.
Environmental
_x_ Groundwater (1)
Surface Water (2)
__ Soil (3)
___ Other ( 4)
Concentrate
--Solid (5)
___ Liquid (6)
__ Sludge (7)
__ Other (8)
'
IIJIJtff!"-..f2.Y.-.L!A.J,it.CJ:'..!l/~lc...:'1J.JL~~c....· _. Time ! 410
Comments
2 -t. ltf:/2
INORGANIC CHEMISTRY
Extractable•
Parameter
__ Arsenic
__ Borium
__ C,1dmium
-. _ Chromium
__ Lead
__ Mercury
---~~.Jr..!""!lUJ:(l __ _
__ .Silver
Parameter
__ P& T:GC/MS
L /\cid:B/N Exe.
__ TOX
P.i.ramc.tcr
Results mg/ 1
Re•ults mg/ 1
MICROBIOLOGY
! __ (MF) Coliform Colonics/lO0mls
: __ . (MPN) Coliform Colonies/l00mls
Parameter
__ Arsenic
__ Barium
__ Cadmium
__ Chloride
__ Chromium
__ .Copper
__ Fluoride
__ Iron
__ Lead
__ Manganese
__ Mercury
__ Nitrate.
__ Selenium
RC6u.lts mg/1
Total
Parameter
__ Silver
__ Sulfates
__ Zinc
_Ph
__ Conductivity
_ms _Toe
RC6ults m1
ORGANIC CHEMISTRY
Parameter
__ EDB
1..PCB's
__ Petroleum
__ Endrin·
__ Lindane
Results mg/1 Parameter·
__ Methoxychlor
< Q, ooO I ppm-. __ Toxaphene
-----~·--__ 2,4-D
--2,4,5-TP (silvex)
RADIOCHEMISTRY
Results rr
Parameter Re•ults PCi/ 1
__ Gross Alpha
__ Gross Beta
. '''· :,. )~(·/<' ,:· /'. J ,,,. : ' •• ' •.• :. • . ••
• ,). C. Dcr;{ic'rncn.t'Of Hu'rnan..RcsoUrccs··:.
: i 1;vbiO:"\ of Hciltt Sc_r"~i~i•'.1.~~-:/~ :· .... :<<-' ··, . : SAMPLE A.N,AL YSES REQtJ:EST,;: . ,. ,'
• . • • . . . . ... • "·/••l• '• . • , . • • • . -·, . , ..
'){(~:~
•ilc Number
State Laborato1-;,y,o( ·piblic .. ,\p·,.-o. Box
306 N. WilmtiigTo', · . ' ·•. Raleigh
------~---------Field Sample Number _ ___,4'--'/'-"'i,'-=3'----=-------••.:...: _
. Site Lo=iof' C?.fe,T F7..Ar k1c.K ,Uc : . •.. ," ,,c,c of Site . h,;,ne Sh,;pher-d
,:, :Oi!r.cccdBy _.·-.q::JJ)(Hoe,;-,0",,1·
·y,x: of Sampleu
F,;&e,-n
ID# 37 ~'=""'~c__,l<'. ~~!<:tl___.!.l~1LJ:L....!c'lc._'--Time l f 3 tl
Environmental
)(. Groundwater ( 1)
___ Surface Water (2)
__ Soil (3)
___ Other ( 4)
Extract.ables
Concentrate
__ Solid (5)
__ Liquid (6)
__ Sludge (7)
__ Other (8)
.:f,
INORGANIC CH
ti~
(;..,uE;U.....
Tot.al
Parameter Results mg/1 Parameter Results mg/1 Parameter
__ 1\rsenic
__ Barium
_·_ C'..admium
__ (;hromium
__ Lead
__ Mcrcur)'
_,...,.--~rfr.~iu_rn ___
__ -Silver
--
--
--
----..
Parameter
_K._ P& T:GC/MS
__ Acid:B/N Ext.
__ TOX
Remits mg/1
MICROBIOLOGY
__ Arsenic __ Silver
__ Barium __ Sulfates
__ Cadmium . __ Zinc
__ Chloride _Ph
__ Chromium __ Conductivity
__ .Copper _TDS
__ Fluoride _TOC
__ Iron --
__ Lead --
__ Mangane~c --
__ Mercury --
__ Nitrate --
__ Selenium --
ORGANIC CHEMISTRY
Parameter
__ EDB
LPCB's
__ Petroleum
__ Endrin
__ Lindane
Results mg/1 Parameter
__ Methoxychlor
(Voe 1-9 __ Tcixaphenc
_2,4-D
__ 2,4,5-TP (silvex)
RADIOCHEMJSTR Y
.
Results m
Results n
P,1rarn1;:;tcr ·Parameter Results PCi/1
\ __ (MF) Coliform Colonics/l00mls
: __ (Ml'N) Coliform Colonies/lOOmls
__ Gross Alpha
__ Gross Beta
· ,<'~·;~ . .:.;·:::·::~z:;;~.'-=t· 2· .. -{~ -:~~~C:;hc.in'.:of•.;Cus::~;td,. iet:o~d~~?~~';
'~1.L
B2z2rdous 1./zst:e HE.t:e:::izls
Loc2 t:icn of S2.wpl1-ng: Generit:or
Type o:f Process Gener2.ting Waste 85,r,,,,,;.;,<r a,.,d kry ,.,,~ ,..p ..... ~. \ ,.... :· . ·::: •\ ..
v,._f<,.d,,u,. ... 7,., cll/4 ~aJ,c:;,a/fc ..
. Field I:i.fo"L7:Ilation
Fitld Sample No.
3o JUrtJ 3't-/2>EC ~
inclusive da t:es
signature t:i t:l~ inclusive dates
3.
signo.ture t:it:le . inclusive. dat:es
hes~l::s reported
signa~ure ti~le d2te
lnst~uctions: Complete 211 applicable info~ctioz incluCing signatures, and
submit. ,;...~ich ·.analysis request fo:-2s.
, "· ,~K;~il:,~z1t?~1~;;~~t,i~f 1~l, . . : :". df~
Tne · sanples_~•descr-ibed •. belo\JiE.1ere ··col~lec ceci i"n:: c·onneC ci·on ~ .... ~i.thry··tne· · a'd:::i::"iStr2t"ioi{-'-·_~ -.·.;.· r-~--·· ~• ,• :i • • • f 'r•' 'C-!;,,J, I, •• _, .:,,..:.. '•• A. ,,••0 0 ' ' ,J,
0
;. e:n..::orce..:nenC',, and documentation· .. of the:,
"w -1
·._; J fJ:}(f JJ{J ;..:.E.s.,t~.:J.7 ... i •:-:::~ki;i 2!J:1!~·r$:st!
( ) Nor~h Cal'olina Bazardousfl-La:;te Managenent Rul_es, 10 :NCAC lOF
-•-.:
Insp ec t:or_'._:_:~~~;-~-,,, ? \' i?>,J'_; , : I1:1_~p-~c.~9.r. ~:,~_::-~9_ci.:,:e5.~z,---;,,\t6 Z'/f:..'(,L[-5"()-.,.:.'.,_..:
PIZ-,V>+Tt;, Hto .... E, 12.+1 °BDx 44 ·1:1~+ ... e.;c.k.MC. z'!rr-31,:,,n
-.. '• ;·,'1 ; I, .. .. SL'1?LE COLLECTED SAMPLE TYPE
l\1.P.-GER DATE TTHE WA_TER SOIL .. ----· -·
,7D A.)6V 75 1'17'8 /43~ X
•·•··· .. ·--. ·-
-..
-:·-,-' -·--:~:~ 1_._ ....... ' • ..
' ~-';:.." -. --.. .. -..
Receipt:. for t:he-sample ( s) described.
·s hereby acknowledged:
OIBER ----·
-
' .. .· ~ ,, ' ',
I
I
I
I
., ., .. . .. .. -. . • . I --DUPLICATE SA.l1PLES SA¾?LE LOCATION
OFFt~[ ACCtPTED ~_CTE:l) 1 .. ?E::·_S;I.J'E_! . OFF..cSITE C ·---.-~ ..
'y. I 'X I X:
I I
I '· I .
'· .. .. '· \ \i, ' ' -. ~-., ' -·-, ' ' ~-·, (' \ ·-.. ·-··--. ' '
, --. ---, ---
I -. . ..
I
Recei:;,t:/reject:ion"of duplic21:e cir split:
sampl·es is· hereby acknm:ledged·:
f1JiJ f!iJtf; rfl dl
Sigr.c.Lu:-e of-• Firm O\.Jner-,-Ope:-ator, Or Agent
Tit.le . -
COc'.'-'.::STS,0,_· .:_-----------,----------,-------:----------------------
PURCEABLE <XJNPCUNDS .
O'.IMPOOHD
chlororethane
broocrrethane
dichlorodifluororethane
vinvl chloride
ch 1 oroethane
rrethvlene chloride
tricnlorofluororethane
ethene. 1 1-dichloro
ethane, 1, 1-dichloro--
1.2-trans-dichloroethene
chloroform
ethane 1.2-dichloro--
ethane. 1.1. 1-trlchloro--
carbontetrachloride .
brorodi ch lororrethane
nrmane 1 2-dichloro--
1 3-trans-dichlo ·-trich loroethvlene
ch lorodibroocrrethane
benzene
ethane .. 1 1.2-trichloro--
1 3-cis-dichlo, ne.
2-<h loroethvl vinyl ether
broroform
,,. -: -,. ;a---,-;:· -· . • -)-'-\~;~1il~i~:.:
. : . . .STATE LABORATORY Of f'UOLIC IIEAL·TH.,•.,,;;,,,-;;;oa:~ :; •
DIVIS ION Of HEAL TH. SERVICES .. N.C. OEf'ARTKcNT Of :fl\JMAN "RESOJRCES
P.D: oox 20041 -306 N. 111uHNG10N, sl.; RALElc11;t,lf:'c::•21611
• •· '• · • ' • ·,:. :. ,:,-.••. :-1,1:
ORGANIC CHEMICAL ANALYSIS · '.?:\::·::-·-,
''fro.~ )?0 :Y.. -'i?'i -,',/,. ;fQ3n"Y LAB NO -?. \
HELD , '-/-I In .?i · -· 4-4> I -·; /..J. 11,,-r,. :•yu.lKJ'-{
TYPE ( I l · .• ·· ._:,· ·( .._: l 1.2-1.·. <c:(31
UNI-TS NQ/i)uq/kq ·uo/1 uo/ko) ruo/ J lun/kq :,io/1 r.,o/ko
5-f#fh~ L-L..-, -,l_ c<. '';. I# I . , ..
. . (., C
I
._.
. • 'I .. . . ~
(. OJ(!,. · .. ·--~ ""'\.11"1
' J tf':'
,._,_ ')V
C\'111,;,..-
/)j,Jj ,,
:·,~ml
' J111'~ .. ~-
' Ir O!l
.. __ ,,
+<'a.-. ,~:i
-+,,;,,. • \~A a.,--
. I l '(-;i. 13RA
-~!._E"RAA,,
~ . /
::!'+r,,·,. -,, -!"
' I <
...
ethane 1 1 2,2-tetrach1oro--. ' /
ethene, tetrachloro--c.:-IL -:a. i ., I
toluene ' ,~
chlorobenzene
ethvlbenzene ' / ~, '
acetone ,!)-,,/, .v L,\_.... I I ' LA-
2-butanone
carbondisulfide
2-hexanorle
4-<rethvl-2~ntanone
stvrene
vinvl acetate . /
xvlenes fl,,h,1) ' ' / . / ..l..rnr 0 y ,I
u "L ..-:.,r
\-ho
J -Estimated value.
K -Actual value is knc,,..,o to be less than value given.
l -Actual value· is kno,.,-n to be greater than value given.
I.··
I
' ,: .
Rn .-¥1_",<-t • . >rO :--',rY(_p I
··<.//'>'/· ·-:-</-/"~:-'.'
· ( I l .. (.,3•)"::
r, ;n; f\,;n/kq uo/ l K.~iko'
I• J I ..
. ,u
r..i.: c..
.. J ..
I Vi I','--... -.! '\ -----' . \ I. \ -r ' .... 11 . ~,
.. .,
, .. " ,.,..,.
~r.u· ·. ,.._·1/
,,,-.(:,1 'IC-~./ ,-,,-::.---
~ . ~ -.
/ I
,I/ ~v
I J J J
./ ' I
.
U -. llaterial was analyzc<l for but not detected. The nt.rrt>er
AA -Hot ana 1 yzc<l. ·
is the Minim.rn Detection Limit.
1/ -T_entative· identification.
~/~On H~OC List of Priority Pollutants.
C.• i'=,bk.. lo.b coirrarn,na.+,'c,n, ··
N.C. Division of Health Services
D/1S 3068-0 (~ /86 _Laboratory)
BASE/NEUTRAL N/0 ACID
EXTRACT ABLES
STATE LABORATORY OF PUBLIC HEALTH
DIVISION OF HEALTH SERVICES; N.C. DEPAATMENT OF HUMAN RESOURCES P.O .. BOX 28047 -306 N. WILHINGTON, ST., RALEIGH, N.C. 27611
ORGANIC CHEMICAL ANALYSIS
LAB NO
FIELD#
CXJMPOUND TYPE
UNITS
'-f / I., 2.
< I \ . r 41 Z.) r .\ l r / l ( .1'l
,on/ I \,on/ko ____J • r. ... /ko /uo/1~ ~-'"l/.,n/kn°' /uo/1 '-~" /kn>
\,L ,,
benz(a)anthracene • lY;;;ff,;~ ·---~ ,. \
3.3--<lichlorobenzidine SO/fl:,_l;'I", 'fi:i, '/ i
bis/2-ethvlhexvllohthalate I0/'130 (,~: -"°" ~' "-d'"i -~n~-oc~t= v1""n"'1h'"t"'ha'"'1"'a""t.=ce=='---+'11-"o", /,-''.3.""7~=oc..+----+---+---+----+~,!--; !/,I~ ~~ ,, V, n I
benzolblfluoranthene SO/Jl,"ir, '\lCl-,!!.l. .'-/
benzo(k) fluoranthene \ "'.&."' § I 1un ·"''
benzo(a\nvrene .:'>1,1'.. !iAAN •H •' \/
indeno(l .2.3-cd)"'"rene ~(§' llt1.•t;A .,,,,
dibenzo(a hlanthracene
benzo(o.h. il=rvlene
aniline
benzoic acid
benzvl alcohol
4--chloroaniline
dibenzofuran
2-n-ethvl=nhthalene
2-n-ethvlnhenol
4-<rethvlohenol
2-nitroaniline
3-ni troani line
4-nitroani line
2.4.5-trichloroohenol
J -Estimated value.
'/
IA
I
.J,
m1)L
H:z.0/ Soll-
to be less than value given. K -Actual vdlue is known
L -Actual value is koown
U -Kater1al·was analyzed
NA -Not analyzed.
to be grea_ter than value given.
for but not detected. The nuroer
1/ -Tentative identification. £1 -On NRDC List of.Priority Poll,utanls.
N. C. D-<.v-u-<.011 o 6 HeaUli SVtv-<.c<v.i
VHS 3068-0 {4/86 LaboJW.f.o~yl
I A.
' /
is the Minirrun Detection Limit.
,(
' ,,
BASE/NEUTRAL AND ACID
EXTRACTABLES
aJIIPOOND
N-nitrosodimethvlamine
tiis(2-<:hloroethvllether
2-<:h l O""'heno l
ohenol
' STATE LABORATORY OF PUBL.IC HEALTH
DIVISION OF HEALTH SERVICES, N.C. DEPARTMENT OF HUMAN RESOORCES
P.O. BOX 28047 -306 N. ,WIUUNGTON, ST., RALEIGH, N.C. 27611
ORGANIC CHEMICAL ANALYSIS
LAB NO go.-:ros u;~ I v'O :,~~-,:;-<7n~0'1'7 fro3o,, x'
FIELD# J.f / I • 2-Li J/p I Li I ",q LJ1,:; g
TYPE ( ) ( LJ,) ·r 2.l r Cl
UNITS /un/1 \.,-U.,, 1...,,;,.v.,n/kn r.,.,11...-... 1~ u/kQ
Jr, I :l'f" i,,'-. , t,,L. I
([)
f?O.:/t)l~O'., ft:O:./o/4 I
/_/1,-1,, Li/ <_<;'"
( I l . ( )
l""wi/11._ _--LL,_ =" un/ko )
I A. v<-
l 3-<lichlorobenzene , -" l 4-dichlorobenzene t:.I 'Ii-. " .:.1 "'2"'-<l=i c"'h"'1"'0'-'robe="'n"'ze"'n"'e----f--f--l--+--+---+--+--+--+l4 , · ---... , . \
bis(2-<:hloroi llether ',
hexach l oroethane f · ¥f!1f_ \ ""N-""n':i"'t""ro"'so=-<l=-,:". -fl"',""'-...,.,..,..,--v·1"'am-:-i-ne--+--+-+--l---t--+---j--+---'-!H~ -~.,,, •• ' !
nitrobenzene K,. .. .... '""• ,~,.
1 <:J'Y'lhorone
2-nitroohenol
2 4-dimethvlohenol
bis(2-<:hloroethoxv1methane
2 4-dichlo..,..,henol
1.2.4-trichlorobenzene
naohthalene
hexachlorobutadiene
4-<:hloro-m-cresol
hexachlorocvcJnn,,ntadiene
2 4 6-trichlo=henol
2-<:hloron•nhthalene
acenaohthvlene
dimethvl ohthalate
2.6-<linitrotoluene
acen•nhthene
2.4-dinitroohenol
2 4-<linitrotoluene
4-ni troohenol
fluorene
4-<:hloroohenvlohenvlether
_d_iethvl ohthalate
4 6-dinitro-o-cresol
diohenvlamine
azobenzene
4 -brorroohenvl ohenv l ether
hexachlorobenzene
=ntachloroohenol
ohenanthrene
anthracene
dibutvl ohthalate
fl uoranthene
J ~ Estimated value.
so/11,,:;o
.V
n"\1) L
/.1,.o/sot L-
K -Actual value is known to be less than value given.
.. /
L -Actual value is known to be greater than value given.
u -Material was analyzed for but not detected. The nurber
NA -Not analyzed.
11 -Tentative identification. fl -On NROC List of Priority Pollutants.
N.C. VivMion 06 Hea.lth SV<.vicv.,
VHS 3068-0 (4/86 LaboM-toti.y)
..
' I'
is the Hinirr,..rn Detection Limit. m1JL ----
c of.Site
:ctcd By
of Sample:
1vironmcnta.1
~ Groundw.ater ( 1)
_. _· Surface Water (2)
_ Soil (3)
__ Other (4)
Extractablc:s
IDit
Concentrate
__ Solid (5)
__ Liquid (6)
Parameter Results mg/1 ParamCter
_ Arsenic
_ Barium
_ C'..adrnium
_Chromium
--~ad
_ Mercury
....... )~<;J~0iul_n ~ ._ ·
_.Silver
~Arsenic
_2!,,_Barium
--ECadmium
__ Chloride
~ Chromium
__ Copper
__ Fluoride
__ lron
...Xwd
__ Manganese
LMercury
__ Nitrate
.lLscleni~
, .... ,; 11 .,
SOLID & HAZARDOUS WASTE MGMT BRANCH
SamPle tJo: 00322S Site t~a: /
Site Name: 61.~p/,_e,-,I Farvn
PC-
T;.....,._
-INORGAUIC
Date :.3/6 / 6'~0
Site Location: ~£..e,/c ,A..JC
Col1ector·: ~,:z:'1-'--~ Time:
Total
Result> mg/1 · Parameter Rc:sulu mg/
<d.<) I .. _K_silver
CJ , I __ Sulfates
<O,D3
__ Z.inc
__ Ph
__ Conductivity
_ms
_Toe _1 'fl=,,..,,_-
-t(t_. . Vtl) ···
JArl 1 G 1991 --'-"c.;:_,:_ __ _
SUPERFOND SEC I/ON
ORGANIC CHEWSTRY
Parameter
-. P& T:GC/MS
_ Acid:B/N Ext.
_TOX
Parameter
Reiulu mg/1
MICROBIOLOGY
_ (MF) Coliform Colonics/lOOmls
_ (MPN) Coliform Colonics/100m1s
.-
Para.meter.
-· _EDB
__ PCB's
__ Petroleum
__ Endrin.
__ Linchnc
· ate Extracted--------------~--,--
cpcirred By
;\
Rc:sulu mg/.1
P=metc,
__ Gross Alpha
--GTOSS Beta
Parameter
__ Mechoxychlor
_· _ Toxaph=e .
_2,4-D
_·_ 2,4,S-TP (silvex)
RADIOCHEMJSTRY
Results mg
Rc:sulu PCi/ 1
Date Reported __ 3_-_?,_~~-_f_'f_· ____ _
'
~ ,, J:t' .,
'i"'' ,;/-
\t >('• ,,~ ..
1J~1i:r :r.fTt, 1:,v· ·: ~? :.A• r,•f".Jrli
, __
,(•·••·'(·' !fl¾~
~/ ~',,
~;'
t
' '
' ,,
:,,ii: . ~· " .... ~· ~· ,'; u ,,}, ' ~;,\,,1,~
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•
12 May 1989
TO: File
FROM: Ed Wallingford, NC Superfund Branch
RE: Population served by ground water in the vicinity of the
Shepherd Farm Property site -NCD 986170686
The population served by ground water in the 3-mile and 4-mile
regions of the Shepherd Farm Property site was summed using a house
count from a USGS topographic map and information from the NC Water
Supply Branch. A conversion factor of 3.8 people/house was used in
the house count; those served by water from a surface water supply
were not included in the count. A summary is as follows:
-within 1-mile 437
Cinnamin Woods +497
Total 934
-within 2-miles 2082 (934 + 1148)
-within 3-miles 4043 (2082 + 1961)
-within 4-miles 7072 ( 4043 + 3029)
Camp Mondamin +75
Total 7147
•
•
•V
I
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Date: 14 neceniber 1988
To: . I . File·.
From: .Gro'ver Nicholsoi-i
Re: Federal·Paperboard·company NCD003155405
.:, i. '
. . . ( . ~: -,. ., . .:.;-. ' ..
. Today .r spoke·· ov.er.,-the ,.tel_ephcme with Dennis Frady, the • ' . \ ' •• '··~-• . 1·-_.,, ,, . ~ , . • •. ·_,' ' ' •. •• ' ' ,, ' ' • water plant operator for ·Hendersonville, N. C. He told me
that the··, towri ·o·:f. HEi°nder's'onville: has. three surface water
. intakes·· for . i't.'s water 'suppiy. They are located on Mills
River, ·abou·t '.8. miles north· .of town; on Bradley creek, in
Pisgah National Forest.i arid on North Mills River, in Pisgah
National ·Forest·. ·.·There ·ar·e no groundwater intakes for the . \ ' . s·ys"tem ;, . ,. ·, ,, :· . f"'.
. . , ·T -~ ,'.1 ·• i
:_ .• • ·.> ... ~ " • '• ,. •
. . . Fra¢ly\~aJJso;•. told me, .that .Bat Fork was used for
. irrigation 'Bu{ ·not. for:,-.a :.dr'inking water supply.
' . ·_ ·,·-·. ·., . -+"'I""~,. { -·,· ·, • :. ·:-;;:. ",. :-• •
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•
12 May 1989
TO: File
FROM: Ed Wallingford, NC Superfund Branch
RE: Telecon with F.R. Hayes of the Hendersonville Water Plant
(704/891-7779)
Mr. Hayes indicated the areas of water distribution in the
Shepherd Farm site and vicinity. As the distribution was
described, the information was transferred onto a USGS topographic
map. Mr. Hayes also stated that the intakes for the system are
located at the following:
-in the northwest part of the county at the confluence of Yellow
Creek and Fletcher Creek
-at the headwaters of the North Fork and South Fork Mills River
about 500 feet east of nc 191.
-at Babley Creek
.,
!
•
•
Reprint from North Carolina Administrative Code: 15 NCAC 2B .0304
Current through: June 30, 1989
• NRCD -ENVIRONMENTAL MANAGEMENT • T /5: 02B .0300
SECTIO"i .0300 -ASSIG:\1\IEI\T OF STREAM CLASSIFICATIONS
.0301 CLASSIFICATIO:'\S: GE:\ERAL
(a) Schedule of Classifications. The classifications assigned to the waters of the State of North
Carolina are set forth in the schedules of classifications and water quality standards assigned to the
waters of the river basins of North Carolina, 15 NCAC 2B .0302 to .0317 which are on file in the Office
of the Attorney General of North Carolina. These classifications arc based upon the existing or con-
templated best usage of the various streams and segments of streams iri the basin, as determined
through studies and evaluations and the holding of public hearings for consideration of the classifica-
tions proposed.
(b) Stream Names. The names of the streams listed in the schedules of assigned classifications were
taken as far as possible from United States Geological Survey topographic maps. Where topographic
maps were unavailable, U.S. Corps of Engineers maps, U.S. Department of Agriculture soil maps, and
?\'orth Carolina highway maps were used for the selection of stream names.
(c) Classifications. The classifications assigned to the waters of North Carolina arc denoted by the
letters \VS-I, WS-II, \VS-III, B, C, SA, SB, and SC in the column headed "class." A brief explanation
of the "best usage" for whic~ the waters in each class must be protected is given as follows:
F rcsh Waters
Class WS-1:
Class \VS-I I:
Class \VS-I 11:
Class Il:
Class C:
Tidal Salt Waters
Class SA:
Class SB:
Class SC:
waters ·protected as water supplies which arc in natural and uninhabited or
predominantly undeveloped (not urbanized) watersheds; no point source
discharges arc permitted and local land management programs to control
nonpoint source pollution are required; suitable for all Class C uses;
waters protected as water supplies which arc in low to moderately deYcloped
(urbanized) watersheds; discharges are restricted to primarily domestic
wastcwaters or industri;:_i_l non-process waters specifically approved by the
commission: local land management programs to control rionpoint source
pollution are required; suitable for all Class C uses;
water supply segmCnt with no categorical rcst,ictions on \Vatershcd
de\·clopmcnt or discharges; suitabk for all Class C uses;
primary recreation and any other usage specified by the "C" classification;
fish and wildlife propagation, secondary recreation, agriculture, and other uses
requiring \\·atcrs of lower quality.
shcllfishing for market purposes and any other usage specified by the "SB" and
"SC" classification;
primary recreation and any other usage specified by the "SC" classification;
fish and wildlife propagation, secondary recreation, and other uses requiring
waters of lower quality.
Supplemental Classifications
Trout Waters: Suitable for natural trout propagation and maintenance of stocked trout;
Swamp \Vatcrs: \\Taters which have low velocities and other natural characteristics which
':SW:
OR \Y:
arc different from adjacent streams;
J'<utricnt scn~itivc waters which require limitations on nutrient inputs;
outstanding rcsource waters which arc unique and special waters of
exceptional state or national recreational or ecological significance which
require special protection to maintain existing uses.
(d) Water Quality Standards. The water quality standards applicable to each classification assigned
arc those established in I 5 \'Ci\C 2ll .0200, Classifications and Water Quality Standards Applicable
to the Surface Waters of \'orth Carolina, as adopted by the \'orth Carolina EnvironmrntcJ ;\lanage-
mcnt Commission.
(e) Index \'umber
SOI/TH CA//0/J\'A AD.\ll:\'ISTI/ATJVE CODE 02/22/89
NRCD -.ENVIRONMENT.GEMEHT • 2B .03Do·.;,
:.I) '•:':·• -·~-.0304 FRENCH BROAD RIVER BASIN :,; ..... , i". + ,1 • Classification (o/ '' Name of Stream Description Class Date Index No. ... -. ·~ ·1 .,
Bat Fork From source to Johnson Drainage Ditch C 9/1/74 6-55-8-1 '.f Durm Creek Fran source to Bat Fork C 9/1/74 6-55-8-1-1 "
King Creek [McCabe Fran source to Madonna Lake Dam B 4/1/58 6-55-8-1-2-(1) .f.,'.
Pond, Jordans Lake,
Bonclarken Lake,
Madonna Lake (High-
lands Lake))
King Creek Fran Madonna Lake Dan to Bat Fork C 9/1/74 6-55-8-1-2-(2)
Heninger Creek From source to King Creek C 9/1/74 6-55-8-1-2-3
Dye Branch From source to King Creek C 9/1/74 6-55-8-1-2-4
Devils Fork Fran source to Johnson Drainage Ditch C 7/1/73 6-55-8-2 1·.
Camp Branch Fran source to Devils Fork B 4/1/58 6-55-8-2-1
Brit ton "Creek Fran source to Mud Creek C 9/1/74 6-55-9 · .. , 1,
Lugana Lake Entire lake and connecting stream to C 9/1/74 6-55-9-1 !, i . t~ Britton Creek ' Clear Creek From source to Lewis Creek C Tr 7/1/73 6-55-11-(1)
Laurel Fork From source to Clear Creek C Tr 7/1/73 6-55-11-2
Bold Branch Prem source to Laurel Fork C Tr 7/1/73 6-55-11-2-1
Cox Creek From source to Clear Creek C Tr 7/1/73 6-55-11-3
Puncheon Camp Creek Fran source to Clear Creek C Tr 7 /1/73 6-55-11-4 ' Clear Creek Fran Lewis Creek to !1u·a Creek C 7/1/73 6-55-11-(5) '· • Lewis Creek Fran source to Clear Creek C Tr 7/1/73 6-55-11-6 't Byers Creek Fran source to Lewis Creek C Tr 7/1/73 6-55-11-6-1
Coon Branch Fran source to Lewis Creek C Tr 7/1/73 . 6-55-11-6-2 J Mill Creek Fran source to Clear Creek C 7/1/73 6-55-11-7
Kyles Creek From source to Clear Creek C Tr 7/1/73 6-55-11-8
Lanning Mill Creek Frcrn source to Kyles Creek C 9/1/74 6-55-11 -8-1
ttenderson Creek Fran source to Clear Creek C Tr 8/1/84 6-55-11-9 ··i. Camp Judaea Lake Entire lake and connecting stream to B Tr 8/1/84 6-55-11-9-1 r Henderson Creek ·."'
Laurel Branch Fran source to Clear Creek C 7/1/73 6-55-11-10 •. ' Harper Creek Fran source to Clear Creek B Tr 7/1/73 6-55-11-11
Phillips Brarich Fran source to Clear Creek C 9/1/74 6-55-11-12
Wolfpen Creek Fran source to Clear Creek C 9/1/74 6-55-11-13
Allen Branch Fran source to Clear Creek C 7/1/73 6-55-11-14 Cherry Branch (Lake Fran source ·to Clear Creek C 9/1/74 6-55-11-15
David)
Featherstone Creek Fran source to Mud Creek. C 9/1/74 6-55-12
Byers Creek Fr001 source to Mud Creek C 9/1/74 6-55-13 ;s Hollaman Lake Entire lake and connecting stream to C 9/1/74 6-56
French Broad River
Cane Creek Fr001 source to Ashworth Creek WS-III Tr 2/1/86 6-57-(1) ~t, Spring Mountain Branch Fran source to Cane Creek WS-III Tr 2/1/86 6-57-2 -\
Ellison Branch Fran source to Cane Creek WS-III Tr 2/1/86 6-57-3 -)
Rocky Fork Fran source to Cane Creek WS-III Tr 2/1/86 6-57-4 :-i " Licklog Branch Fran source to Rocky Fork WS-III 2/1/86 6-57-4-1 :\· Flat Branch Fran source to Rocky Fork WS-III 2/1/86 6-57-4-2 • 20
NRCD -ENVIRONMENTAL MANAG.
. 0304 FRENCH BROAD RIVER BASIN •
Name of Stream
Bradley Creek
Oarb Branch
Little Darb Branch
Slate Rock Creek
Yellow Gap Creek
Laurel Creek
House Branch
Long Branch
Thad Branch
case Branch
Pea Branch
Hanrnett Branch
South Fork Mills River
Queen Creek
Pounding Mill Branch
Pierce Lake
Silver l.ake
Foster Creek
Mills River
Brandi Branch
FRENCH BROAD RIVER
Mud Creek
Dry Branch
Little Cove Creek
Little Mud Creek
( Kanuga Lake, Wolf
Lake)
Lake Mccrady
Greer Creek (Lake Falls)
Murray Creek
Capps Branch
Shepherd Creek
(Osceola Lake}
Perry Creek
Finley Creek
Tonys Creek
Wash Creek (Rainbow
Lake, Temple Terrace
Lake
Johnson Drainage Ditch
Description Class
Fran source to South Fork Mills River WS-1 ORW
Fran source to Bradley Creek WS-I ORW
Fran source to Bradley Creek WS-I ORW
Frcrn source to Bradley .Creek WS-I ORW
Fran source to Bradley Creek WS-I ORW
Frcx:n source to Bradley Creek WS-I ORW
Frcxn source to Bradley Creek WS-I ORW
Fran source to House.Branch WS-I ORW
Fran source to BradleJ Creek WS-:-I ORW
Fran source to Bradley Creek WS-I ORW
Fran source to Bradle1 Creek WS-I ORW
Fran source to Bradley Creek WS-I ORW
Frcxn the upstream side of mouth WS-III Tr
of Queen Creek to llills River
Frcxn source to South Fork Mills River WS-III Tr
Frcxu source to Queen Creek WS-111 Tr
Entire lake and connecting stream to WS-III Tr
Queen Creek
Entire lake and connecting stream to
South Fork Mills River
\IS-III Tr
Fran source to Mills River WS-III Tr
From a point 500 feet bel°" N.C. High-C
way,191 to French Broad River
From source to Mills River C
Frcxii n,outh of Mud Creek to I -26 bridge \IS-III
Frcxn source to French Broad River C
Fran source to Mud Creek C
Frcxn source to Mud Creek C
Frcxn source to Mud Creek B
Entire lake and connecting stream to B
Little Mud Creek
Fran source to Mud Creek
Frccn source to Greer Creek
Fran source to MurraJ Creek
From source to Mud Creek
Fran source to Osceola Lake, Shepard
Creek
Fran source to Perry Creek
Fran source to Osceola Lake, Shepard
Creek
From source to Mud Creek
Fran source to Mud Creek
19
B
C
C
C
B
B
B
B
C
2B .0300
Classification
Date Index No.
3/1/89
3/1/89
3/1/89
3/1/89
3/1/89
3/1/89
3/1/89
3/1/89
3/1/89
3/1/89
3/1/89
3/1/89-
2/1/86
2/1/86
2/1/86
2/1/86
2/1/86
2/1/86
7 /1/73
7/1/73
2/1/86
8/1/85
3/1/77
3/1/77
4/1/58
4/1/58
4/1/58
9/1/74
9/1/74
7/1/73
4/1/58
4/1/58
4/1/58
4/1/58
9/1/74
6-54-3-17
6-54-3-17-1
6-54-3-17-2
6-54-3-17-3
6-54-3-17-4
6-54-3-17-5
6-54-3-17-6
6-54-3-17-6-1
6-54-3-17-7
6-54-3-17-8
6-54-3-17-9
6-54-3-17-10
6-54-3-(17.5)
6-54-3-18
6-54-3-18-1
6-54-3-18-2
6-54-3-19
6-54-4
6-54-(5)
6-54-6
6-(54.5)
6-55
6-55-2
6-55-3
6-55-4
6-55-4-1
6-55-5
6-55-5-1
6-55-5-1-1
6-55-6
6-55-6-1
6-55-6-1-1
6-55-6-2
6-55-7
6-55-8
•
' -..
• •
GEOLOGY AND GROUND-WATER RESOURCES
OF THE ASHEVILLE AREA
NORTH CAROLINA
By
HENRY TRAPP, JR.
GEOLOGIST, U. S. GEOLOGICAL SURVEY
GROUND WATER BULLETIN NUMBER 16
NORTH CAROLINA
DEPARTMENT OF WATER AND AIR RESOURCES
George E. Pickett, Director
Division of Ground Water
Harry M. Peek, Chief
PREPARED COOPERATIVELY BY THE GEOLOGICAL SURVEY
UNITED STATES DEPARTMENT OF THE INTERIOR
ANO THE NORTH CAROLINA
.;' DEPARTMENT OF WATER ANO AIR RESOURCES
APRIL 1970
'
L . ~
~
•
•
•
• •
I
In addition, a large part of the population is engaged 1n tourist-
related business.
Climate
There are 11 U.S. Weather Bureau stations in the Asheville area.
An additional 25 rain gauges are operated by the Tennessee Valley Authority
and the U. S. Forest Service.
Asheville's mean annual temperature was 56.5° F. for the period
1931 to 1960. The varia.tion of average monthly temperatures is shown in
figure 2. The maximum temperature of 99° F. was recorded in July 1936.
The minimum of -7° F. was recorded in January 1963,
Both temperature and precipitation are variable within the area,
In general, the higher elevations have more precipitation and are colder.
The area immediately around Asheville, ,.-hich corresponds roughly to the
central part of the Asheville plateau, has a mean annual precipitation of
38 inches, the lowest in \Jorth Carolina (fig. 3), Hosman, Transylvania
County, had 126.73 inches of precipitation in 1961, a 27-year record and
the highest recorded in the Stata t~~t y:~~-A-.J..\.-,.,.. --~· ..... ----~--------..-..·-·4-,.. '-'U V•~V ._..,,._.._._..t:>,_, t'.A-'-V~t'~V._..
tion is well distributed throughout th.e year (fig, 4),
Physiography and Drainage
The Asheville area lies in the Blue Ridge province of the Appala-
chian Highlands. It is characterized by a central plateau of moderate
relief, the Asheville plateau, surrounded by mountains. The plateau
attains its maximum width near· Asheville. Its elevation is about 2,200
feet above mean sea level,
A region roughly corresponding to the present Appalachian Moun-
tains was folded, faulted, and uplifted into high mountains during the
Appalachian orogeny and subsequently eroded to an essentially flat sur-
face. The present mountains are the product of more recent regional
uplift and differential erosion of older surfaces.
Most of the major mountain ranges within the area have a northeast
alignment that roughly corresponds to the regional strike. Other minor
mountain chains are aligned eastward .
The highest elevation in the area is 6,419 feet above sea level
at Potato Knob on the Buncombe-Yancey County line, The lowest elevation
7
•
EXPLMJATION
y54
Precipiraticn station
Number represents o·,eroge
annual precipita!ion, rn incnes
---50---
Contour represents over-::ge
annual ;:irecipitorion, in !r.ches
.Cor.:our 1n:ervol 5 1~~nes.
Co"ltro! from USW8 0,1d TV:.
Weaverville
OT
37 53 T
'oo
--------
35•00·~--8:03.,_.,,00.,.,.., ------------,_,,-.,-,-. ------------,_,,-.,-
0
,-, ------------.~,.-,,".'..--~Js•oo·
Bast mop adopted trom N.C. Siote H,gh .. oy
Commiuion County rood mops 1961
FIGURE 3.-ANNUAL AVERAGE PRECIPITATION IN THE ASHEVILLE ARE/'.l
•
• ) •
)
)
L
J
')
9
)
:!
_J
:J
-:,
Ll
2:
:J -:,
>-
<!
2:
::t:: 1.
<{
0:::
<{
~
CD w
LL
z
<{
---:, ).
z
<[
~
(/)
0
0::
~
z
0
~ I-
CL -u w
0::
CL
>-_j
I
I-z
0
~
_j
<[
~
0::
0 z
tj"
w er:
:::::)
(.'.)
LL
• 11
is approximately 1,010 feet above sea level, where the Horsepasture River
enters South Carolina,
Most of the Asheville area lies within the drainage basin of the
French Broad River, part of a drainage system that flows into the Gulf
of Mexico. Part of the Asheville area lies within the drainage basins
of the Broad and Savannah Rivers, which are parts of drainage systems
that flow into the Atlantic Ocean.
The French Broad River, from Rosman to its confluence with Mills
River, flows northeastward with many meanders on a broad flood plain,
Whereas, beyond Mills River it changes to a more north-northwest direc-
tion with incised meanders on a narrow flood plain. The average stream
gradient from Rosman to Mills River is about 3 feet per mile, and from
Mills River downstream to the Tennessee line the average stream gradient
is about 12 feet per mile. This is not typical of a stream profile.
Generally the gradient becomes less and the flood plain wider downstream.
The narrow, incised flood plain and steep downstream gradient of the
French Broad River suggest relatively recent uplift of the area south-
east of the Mills River.
•
•
•
12
GEOLOGY
Principal Rock Units
The rocks in the Asheville area are chiefly gneiss and schist,
with subordinate occurrences of granitic rocks and basic intrusives,
arid minor occurrences of dolomite, quartzite, sandstone, and conglomerate.
To map these rocks, arbitrary standards based on field recogni-
tion and hydrologic importanc.e were established. For example, on the
State Geologic Map of North Carolina, a unit mapped as mica gneiss,
covering more than one-third of the project area "·as split into bioti te
gneiss, bioti.te-injection· gneiss, garnet-muscovite schist, and granitic
rocks, for purposes of hydrologic description.· The Hax Patch Granite
and the Cranberry Gneiss, separate units on the State Geologic Map, are
combined in this report and mapped as granite gneiss or granitic rock.
Upper Precambrian and Cambrian rocks, similar lithologically, were com-
bined and mapped according to predominant rock types and were not
separated according to age.
llioti te Gneiss
The biotite gneiss unit as mapped (fig. 5) and discussed in ,
this report is exposed typically on the Blue Ridge Parkway in Buncombe
County, 7 miles north of Swannanoa, at the north end of the Craggy Flats
Tunnel.
Generally, the bioti te gneiss is light to dark gray and weathers
to a dull gray or yellowish brown. The rock appears to be massive, but
where it is weathered foliation is discernible. Color banding and com-
posi {ional layering occur parallel to the foliation. Quartz augen, some
of ·which appear to be relict pebbles that have been deformed, are present
at widely scattered localities. Unweathered calcite and dolomite streaks
may be seen in the rock at fresh exposures.
~he principal mineral constituents and their percentage of occur-
rence in six thin sections taken from the biotite gneiss unit at
scattered localities in the project area are as follows: quartz, 35
to 65 percent; feldspar, 10 to 35 percent; biotite, 10 to 30 percent;
and muscovite, 0 to 15 percent. Accessory minerals in these thin
sections included hornblende, garnet, sphene, apatite, chlorite, and
magnetite.
,j
I
•
•
•
•
18 Granitic Rock and Granite Gneiss
The granitic rock and granite gneiss unit (fig. 5) includes the
foll owing f orma ti ans of Keith ( 1904, 1905a, J 907): Max Patch Granite,
Cranberry Gneiss, Whiteside Granite, and small unnamed granitic intrusions
in Keith's Carolina and Roan Gneisses. The Henderson Gneiss is discussed
in another section.
Max Patch Granite and Cranberrv Gneiss
The type locality for the Max Patch Granite is Max Patch Mountain
in Madison County and for the Cranberry Gneiss, the town of Cranberry in
Avery County. Both uni ts occur_ as a broad band .·hich extends northeast-
ward across Madison County.
Henderson Gneiss
The Henderson Gneiss is exposed typically in eastern Buncombe
County along U. S. 64 and 74 at Bat Cave. Essentially all the Henderson
crops out southeast. of the Brevard belt in Transyl.-ania, Henderson, and
Buncombe Counties. Small isolated exposures of Henderson Gneiss occur
within and northeast of the Bre,·ard belt.
The Henderson Gneiss is of medium-gray to dark~gray color and
weathers to a light-gray or yellowish-to reddish-brown color. The
light colors are most common 1n the weathered rock.
Generally, the gneiss is distinctly foliated with feldspar
porphyroblasts set in a finer grained matrix of biotite gneiss or
quartzite. The feldspar porphyroblasts are locally crushed or deformed
into augen.
The principal mineral constituents and their percentage of
occurrence in four thin sections made from Henderson Gneiss, are as
follows: quartz, 35 to 55 percent; feldspar, 10 to 50 percent; biotite,
5 to 20 percent; and muscovite, 0 to 10 percent. Accessory minerals
included sericite, epidote, sphene, garnet, apatite, and metallic
oxides •.
Texture and composition suggest that before metamorphism the
rock was an impure sandstone .
Locally, coarse granite, biotite gneiss, hornblende gneiss, and
mic~ schist occur in the Henderson Gneiss.
dons
1sed
Lin
in
;on
•
• The Brevard Schist contact with Henderson Gneiss is extremely ,·
irregular. _The contact is discordant in _the valley of Cane Creek (Bun-
combe and Henderson Counties) where the Henderson Gneiss truncates
ridges underlain by Brevard Schist quartzites.
The following topographic features have developed upon the
Henderson Gneiss; a broad flood plain of the French Broad River in
Henderson and Transylvania Counties, mountain ridges southeast of the
French Broad River flood plain, and a gently undulant plateau with
isolated hills west of the Blue Ridge front in Henderson County'.
The Henderson Gneiss of this report (fig. 5) corresp_onds with
the Henderson Granite of Keith (1905a).
Brevard Schist
A narrow belt ·of Brevard Schist extends southwestward from
western North Carolina into Alabama. The Brevard Schist as mapped
(fig. 5) and discussed in this report is exposed typically in south-
western Henderson County along the Boylston-Etowah road for about 2
miles southeast of its junction with highway 280 .
The Brevard Schist is generally dar1< bluish gray except for
lenses and layers of light-gray quartzite and marble; it weathers to
dull gray or brown.
The principal mineral constituents and their percentage of
occurrence in four thin sections taken from the Brevard Schist are as
follows: quartzite (1 thin section) -quartz, 65 perce11;t fine-grained
matrix and 5 percent relict pebbles; _'sericite,_ 30 percent; and trace_s
of biotite and orthoclase. Schist ,(3 thin_ sections)_ -quartz, fine-
grained, 40-65 percent; muscovite, 30-55 percent; biotite, 0""'.5 percent;
metallic oxides, usually magnetite and limonite, trace to 10 percent;
graphite, 0 to 15 percent; and a trace of garnet. Feldspar and quartz
auge_n occur in all thin sections of schist.
The Brevard Schist includes quartzite, phyllite, argillite,
slate, muscovite schist, garnet-muscovite schist, marble, fine-grained
gneiss, and pyroc.lastics. A narrow belt of dolomitic. marble lenses
occurs along the northwestern contact of the Brevard Schist for about
35 miles northeast of the South Carolina line. The marble is poorly
exposed, but its alignment suggests a formerly continuous limestone
bed.
19
.te, ·• ng
.h-
1ear
at
g
vite
•
~ern
;he
1ist
act
chist
layers
is
ort
mar-• Ll t-
• • The Brevard Schist was named by. Keith (1905a) after the town of
Brevard in Transylvania County.
Ul tramafic Rock
Ultramafic rock in this report refers to rock made up of olivine,
serpentine, talc, asbestos, soapstone, and chlorite. Ultramafic rock
outcrops are small and occur within areas of hornblende gneiss. The
largest and best exposed ultramafic body is located on Us S. 70 at
Wilson, in Buncombe County.
The ultramafic rock is of various shades of green and weathers
21
to dark red or maroon. The rock is massive and locally has well-developed
jointing.
The ultramafic rock corresponds to the dunite of the North Caro-
lina State Geologic Map (1958). Duni te is made up entirely of olivine,
and since the mafic rocks of this report are largely impure or altered,
the term ultramafic rock is preferable.
Sandstone, Conglomerate, and Quartzite
Quartzite. and metaconglomerate in the jjrevarct ::;cn1s't, aenaerson
Gneiss, ~lax Patch Granite, and Cranberry Gneiss, and biotite gneiss
units have been mentioned previously. ']'hese beds are not shown sepa-
rately from the uni ts in which they occur on the geologic map (fig. 5).
The following forma't1ons are grouped together in the unit mapped
as sandstone, conglomerate, and quartzite: Snowbird Group, Great Smoky
Group, Unicoi Formation, and Erwin Formation. Their stratigraphic
positions, thicknesses, and a brief description of their lithologies
are given in table 1. (p. 22.)
Shale, Siltstone, Slate, and Argillite
Slate and argillite in the Brevard Schist have been mentioned
previously. These beds are not shown separately froni the Brevard
Schist on the geologic map (fig. 5). Likewise, shaly, silty, or
slaty rocks in the Snowbird and Great Smoky Groups or in the Erwin
Formation are included within the unit mapped as sandstone, conglomerate,
and quartzite .
The following formations are grouped together in the unit mapped
as shale, siltstone, slate, and argillite; the Sandsuck Formation, the
·on-
ine
,s
·ock
•
• • 25
TABLE 2. Swmnary of data on drilled wells in the Asheville area
according to rock type.
Rock
Unit
Biotite gneiss
Number
of
We.lls
31
Henderson Gneiss 125
Brevard Schist
Hornblende gneiss 33
Garnet-muscovite
schist (other
than Brevard)
Shale, siltstone,
slate, and
argilli te
22
9
Average
Depth
(feet)
119
212
i37
102
Yield (gpm)
Range Average Per foot
of well
1-60 18.2
2½-120 32.7
1-55
1-55
161 3/4-20
14.2
11.3
7.7
0.153
.154
.103
.111
.0478
2-12 3~-8 .899
Percent of
wells yield-
ing 1 gpm
or less
4.8
2.2
9.1
0
d".~•'"""'f'.•-·c~~~ \ ,, , ; 7· 'f;~✓,:-;,;:;~/e\o"'!"" 1
_ _ f"/, , . " ,, ""/'. ~(~;::~ , · ~1~M,M, ;f "f~
J // 11 / I 11/,~}3 ~ . er;,':",/,/"':""'~~ t 4-c Doi,, ,, ' /m:, ' ' , . " ,,,
6E ,..,'-,,,,,. • 1$1 ~--,,.,," . c,o/ F:,\'OF: '-...,-,-... -i/-/ ~so,. v, ,, ,,.
"" .... ,..,:i lIC29 ~· 1 !,1;11,
~1-~;) • 1 n rm:r •t,.~},
<.,
\:-\-... _.__ oin \"}~\:·.:-: i If.
J/}/:<::::)s ~ ~ \ ~ j}J;;iil' t ~
0 I 2 4 6 8 JO miles
SCALE
3E, AND TRANSYLVANIA MADISON,. HENDERSON, COUNTIES.
•
25
EXPLANATION
~~ Limestone -Dolomi1e -Marble
lillillTIJ Sho!e-Siltstone-S!ote-Argil~te
IH Sandstone -Conglomerate -Quartzite
11111 Ultramafic Rock
r:::_::\.:-:\1 Brevard Schist
,~~ Henderson Granite Gneiss
~ Granite Rock and Granite Gneiss
f·:_:._:-.:•_.:.:j Hornblende Gneiss
~ Garnet-Muscovite Schisi
LJ Biotile lnjeclfon Gneiss
D Biolite Gneiss
•
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•
• • 30 GROUND-WATER HYDROLOGY
Hvdrologic .Cvcle
The natural and c·ontinuous circulation of water between the atmos-
phere and ·the earth is called the hydrologic cycle. Water in ·the form
of rain or snow (precipitation) falls upon the surface of the earth. Part
drai:ris off 'ciirectly into streams and eventually to the ocean ·(runoff).
··Part of the water is. evaporated or transpired by plants (evapotranspira-
tion); A significant part of the precipitation infiltrates the soil
:cover into underlying rock and reaches the zone of saturation. The water
· i;; the ·zone ·of saturation is called ground water. After it reaches the
zone of ·saturation, it flows ''toward places where it discharges int.o
str·eams· or lakes ·or directly into .the ocean, or .. "·here it ·comea'··near
enough to the surface to be lost by evaporation.· The cycle is com-
pleted' by·the return .. ·of water·to the atmosphere in the form of vapor
(fig:C 6).'
Occurrence of Ground Water
Ground water occurs in rock openings that may be either primary
or secondary. Primary openings are forme,d at the same time the rock
was formed, such as the spaces between pebbles in a gravel bed. Second-
ary openings are those formed after the rock -~s formed, such as fractures
and solution openings. Crystalline rocks, including granite, gneiss, .and
schist, have little pore space between the component grains. The .openings
which yield water in these rocks are secondary, and include joints,
fractures, cleavage planes, planes of schistosity, bedding planes, and
solution channels. These are not uni.formly distributed through the rock.
Most of the ground water in the Asheville area occurs in secondary open-
ings. Some exceptions are ,,ater in local sand and gravel deposits. ·
An underground zone or layer which isa source of water is called
an aquifer. Where the water is not confined beneath an impermeable layer
of rock, the upper surface of the zone of saturation {called the water
table) is free to rise and fall with changes in atmospheric pressure and.
precipitation. It is not a flat surface but generally reflects, in a
subdued way, the irregularities of topography. Toe water table inter-
sects ground level at springs, streams, lakes, and ponds. \\'here ground
water occurs only in irregularly distributed fractures and other second-
ary openings, the water table can be very irregular or discontinuous.
.
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• • 32
Under artesian conditions, water is confined under sufficient
pressure to cause• it to rise above the level at ,,hich the aquifer is
penetrated in a well. An artesian well is not necessarily a flowing
well. The imaginary surface that coincides with the static level of
the water in the artesian aquifer is called the piezometric surface.
Almost all hand-dug .wells are water-table wells. It is possible
that a few of the·deeper ones in this area, which were blasted into
solid rock at the bottom, may be artesian. Some of the drilled wells
are known to be artesian. These include several flowing wells and
others where the static water level differs substantially from the
water level of a nearby dug··well or body of surface water. In most
· of the· drill.ed wells inventoried in the course of this study, it was
not possible to determine whether water-table or artesian conditions
preva(l,. becau,se the depth at which water was re.ached is not known.
Springs are usually located at the head of a draw or the foot
of .. a bluff .. Springs may occur where the .·ater table ·intersects the
ground surface/ as at changes. in slope .
.Because of soil cover or sealed enclosures, it is usually dif-
ficult' to ascertain the. na·ture of the origin of springs. In a fe,,
larger· springs, ·.the water can be ·seen issuing from fractures in the
rocks'. Most· smaller springs appear to issue from the contact of soil
or.·saprolite and unweathered rock. In this type of spring, water seeps
. . .. ,•
into the soil on a hill .and forms a thin zone of saturation just above
imperiheable bedrock. Where bedrock ·crops out·, the.· overlying zone of
satura.t_ton _intersects the ground surface, forming a spring.
Current Use of Ground Water
Springs
Springs are common throughout the Asheville area, particularly.
Most of the springs are small, with yields· of about 1
gpm (gallon per minute) or less,
The largest spring knO\m in the area is Bubbling Spring, in the
flood plain on the southwest side of the French Broad River, 1 mile
northwest of Hot Springs (Madison County). It has a reported yield of
about 250 gpm when pumped. The water is probably rising from the Rome
Formation through a thin cover of.alluvium. The Rome Formation has
many minor crenulations and dips nearly vertically in exposures in the
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• • 16
Yields of Wells
Yields of dug or bored wells are seldom accurately determined in
this area. Pumping tests are sometimes made when electric pumps are in-
stalled, but few of the interviewed users of dug or bored wells knew
what the wells would yield.
The drilled wells which were inventoried in the four-county area
have reported yields ranging from Oto 120 gpm. The average yield per
well is 14.8 gpm. The average depth is 120 feet, and the average yield
per foot is 0.123 gpm.
Effect of Topography on Yields of Wells
Topography is an important factor to be considered in selecting
a well site. Wells drilled in valleys and draws are, on the average,
shallower than those ·drill~d o;, slopes, h.ills, and ridges, as the water
table in valleys and draws may be closer to the surface than in wells on
slopes and hills .
Ordinarily, wells drilled in valleys and draws have higher yields
than those drilled on slopes or hills. Valleys and· draws may follow pre-
existing zones of fractures in rock, and water is stored and transmitted
by fractures.
Table 3 shows the average yields and depths of drilled wells
according to topographic location. These are the same wells which were
tabulated according to rock type in table 1. The assignment of well
locations to topographic classifi.c.ations is somewhat arbitrary. It is
not always easy to decide whether a given topographic feature is a draw
or a valley, and whether a well near the top of a hill should be con-
sidered to be on a hill or on a slope.
In table 3 average depths are greatest for wells drilled on hills
. or ridges and least for wells in valleys. The. an;rage ·yi.elds are greatest
for wells drilled in valleys and least for ,,ells drilled on hills and
ridges. Note, however, that the average yield for wells drilled on
slopes is slightly higher than for wells drilled in draws. A possible
explanation is that a number of public and institutional wells drilled
on slopes were drille'd deeper and tested closer to capacity than domes-
tic wells in valleys or draws. The average yield in gallons per minute
per r'oot is higher for wells drilled in drm,s than for wells drilled on
slopes.
i ~i
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·) ·. ,,
.,
j
j' ,,
)
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m
:Is
e
w
ls
,test
lil
• • 37
TABLE 3, Summary of data on drilled wells in the Ashe,·ille area
according to topographic location .
Topographic Number Average Yield (gEm} Percent of
Location of Depth Range Average Per foot wells yield-
wells (feet) of well ing 1 gpm or less
Hill or
Ridge 62 148 2-35 10.9 0,074 0
Slope 93 131 3/4-80 14,3 0.109 2.2
Draw 42 106 0-52 12.1 0.114 7.1
Valley 87 96 1-55 19.6 0.204 1.1
•
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90 Henderson Countv
(Area 382 square miles, population 36,163, 1960 census)
Geography
Henderson County lies in the southeastern part of the four-county
area. It is bounded on the south by the State of South Carolina. The
county seat is Hendersonville, with a population of 5,911. The only
other incorporated town is Laurel Park, a residential suburb of Hender-
sonville. The county is characterized by a dissected central plateau
(part of the Ashe,·ille plateau) bounded on the northwest by a well-defined,
northeast-trending mountain range (the Pisgah Ridge), on the south by
granite ridges, and on the east by the Blue Ridge front. The plateau
has an average elevation of about 2,200 feet, but there are isolated
knobs and ridges 2,500 to 2,600 feet in elevation. The lowest and most
level parts of the plateau are the flood plains of the French Broad and
}!ills Rivers, and Cane, Mud, Clear, and Hooper Creeks. The Blue Ridge
has a gentle slope on the "·est (French Broad River) side of the drainage
di,·ide. East of the divide, the topography is rugged, Southwest of
Zirconia, the Blue Ridge has an eastward trend.
i
Altitudes range from about 1,400 feet above sea level where the
Broad River leaves the county at Bat Cave to about 5,28.0 feet on Little
Pisgah Mountain at the junction of Henderson, Buncombe, Transylvania,
and Haywood Counties. Henderson County lies within the .drainage basin
of the French Broad River except for the areas along the east~rn and
southern boundaries, which are drained by the Broad and Green Rivers.
The principal tributaries of the French Broad River in Henderson County
are Boylston Creek, Mills Rh·er, Mud Creek, and Cane Creek. The Little
Hungry and Hungry Rivers are tributaries of the Green River.
The Asheville-Spartanburg line of the Southern Railway traverses
the county in a general north-south direction. There are interstate
high,,,-ays and many State, County, and Forest Sen·ice roads pro,·iding
access to most parts of the county.
Henderson County produces more than half the apples grown rn
North Carolina. These are grO\m mostly in the area bet"·een llendersom·ille
and EdneyYille, on hillsides and in small valleys. Commercial truck and
dairy farms occupy most of the broad valleys. Livestock raising is also
important, and corn and hay are the principal feed crops.
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Manufacturing in Henderson County is centered around Henderson-
ville, and includes apparel, electrical equipment, and scientific
instruments. There is a textile print works and a rug factory at
Fletcher, and a textile mill at Toledo.
Bricks are manufactured from clay dug at Fletcher, and formerly
at Etowah. The clay is from saprolite along the Henderson Gneiss-
Brevard Schist contact. Two dolomite quarries are active at Fletcher
in dolomitic marble of the Brevard Schist. The rock is used for aggre-
gate and for agricultural lime. The Henderson Gneiss also has been
quarried for crushed stone at various localities. Gold was formerly
mined on the southeast flank of the Pisgah Ridge, 1 mile northeast
of the Transyh-ania County line. It was found in granite and pegmatite
dikes in quartz-bioti te gneiss. Zircons ,,ere formerly mined at Zirconia
from the Whiteside Granite.
Geology
The north,,est corner of Henderson Countv is underlain mainly bv
biotite gneiss.
Southeast of the gneiss is a belt predominantly of 1m1sco,·ite
schist. This belt is only about l½ miles wide at the Transylvania
91
County line, and there consists entirely of Brevard Schist. The Brevard
Schist includes quartzite, phyllite, argillite, slate, garnet-muscovite
schist, marble, fine-grained gneiss, and pyroclastics. Its most distinc-
tive rock type is sericite schist containing finely disseminated graphite.
To the northeast, the schist belt broadens, with coarse garnet-muscovite
schist intruded.by pegmatite dikes separating the typical Brevard Schist
on the southeast from the quartz-biotite gneiss on the northwest. The·
topography of the schist belt ranges from nearly flat to moderately rug-
ged. The Brevard Schist lies largely in the valleys of Boylston and
Cane Creeks.
The greater part of Henderson County, southeast of the Brevard
Schist belt, is underlain by Henderson Gneiss which is characterized
by feldspar porphyroblasts, locally broken and deformed into augen .
The rock varies in composition from a granite gneiss to a biotite
gneiss or quartzite with a fe,, scattered feldspar porphyroblasts.
~he Henderson Gneiss varies considerably in.topographic expression.
,.
• 92
• The broad valleys of the French Droad lliver. Mud Creek. and !looper Creek
lie mostly ,,i thin the area of llenderson outcrops. The gently undulant
area northwest of the Blue Hidge front from Upward to Edneyville is also
in the Henderson Gneiss outcrop. Possibly the differences in topography
are controlled by compositional variations of varying resistance to
weathering and erosion.
•
•
South of the.Henderson Gneiss is a gneissic granite, which has
been correlated ,,ith the \\l1itcsirlc Granite of ,,estern Transyh·ania
County and Jackson County. The white gneissic granite contains bioti te
and isolated masses of hornblende gneiss and garnet-muscovite schist.
The hornblende gneiss is intrud€d by granitic dikes.
Along the eastern edge of llenderson Count:1• is a complex of
granite gneiss~ pebrrnati te, hornblende gneiss~ garnet-muscovite schist,
bioti te-injection gneiss, and quartzite. The granitic parts locally
contain eoarse feldspar Cr)'Stals vhich gi\·e the rock an appearance
similar to that of the Eende1·s011 (;neiss. Else,,·here~ the rock more
closely resembles the \\l1i teside Granite .
Hegional dip a\·erages about lJO degrees to the southeast! but is
re,·ersed 01_1 Pisgah llidge ~ the topographic expression of an anticline
al ig,wd northeas t,,·ard.
Ground-Water Hydrology
Henderson Cow,ty is second in the four-county area in the nwnber
of public ,,ater systems. and it leads in the number of these which are
supplied by ground-water sources.
Almost all rural homes depend on domestic ground-,,ater supplies.
Springs are used ,,here available, particularly in the hills. Dug .·ells,
used for many years, have been supplanted in importance by drilled wells.
Agricultural use of grow1d ,,ater is largely for ,,atering ·livestock
antl ,,·ashing dairy equipment.
Both the Cranston Print 1,·orks (ll'ell \o. 17) and the Mountain Rug
~!ills (Wells No. 15 and 16) use ground water. Cranston's well (No. 17)
has a maximum yield of about 55 g:pm. Wells \lo. 15 and 16! combined·, are
adequate for the needs of 'lou:itain ll.ug 'I ills.
Potential si.tes for light indnstr,· in llenclenson County should
not be excluded from conside1·ation because i.he.,· are not ,\·i thin an
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area served by a public ,.-ater supply. In most parts of the county,
wells can supply 'small factories with an adequate supply of water for
fire protection and processing. The water requirements of factories
may be comparable to ground water use in Grimesdale (Well Nos. 511, 55,
56, 57, and 58), the Mountain Sanitarium-Fletcher Academy (Well Nos. 8,
93
9) and the west Henderson School (Well No. 46). The large wells supply-
ing the above institutions and subdivision were drilled in the Hc!lderson
Gneiss, which covers a large part of the county. Huch of the gently
undulant land in the county suitable for industrial development is under-
lain by Henderson Gneiss. Before an industrial site is located beyond
public water supplies, the presence of a de qua te grow1d water should be
confirmed by drilling and testing one or more wells.
Turbidity occurs in water from some wells, particularly those
drilled in deeply weathered Brevard Schist.
Nost of the sprillgs in. Henderson County, used for domestic pur-
poses have yields on the order of 1 gpm. An exception is Spring No. 2A.
Few of the springs used for public supplies yield more ~,an 5 to 10 gpm
in dry seasons.
Inventoried drilled wells have an average depth of 118 feet and
an average yield of 18.3 gpm, or 0.156 gvm per foot.
Quality of Ground Water in Henderson County
.Analyses of ground ,\·ater from Henderson County are shm .. 11 in
table 15, Water from Wells 3, 6, 11, 19, 24, 37, 48, and 60 have iron
concentrations greater than 0,3 ppm. All but two of these wells are in
the Henderson Gneiss. Wells 2, 18, 19, 33, 36, and Spring 5A have water
with high chloride and/or nitrate concentrations .
• • Table 17. -Puhl :1 c water f:upplJ.e:,, l!r!nd(JrGon County
Wells ·~Jelh: und ~pt'.L11i;s
Name Source Number of SWL Name, Number,
Taps Inventory Number Depth Diameter (feet (gpm) (feet) (inches) below Yield Aquifer Topography
LSD)
Bat Cave Ground water Approx 10-15 --JIP.ndcr;,on Slope #1, i/1
G1,<.!L;.,;
·Bright-Ground water 25 1-11 each (est) 1-!cndel,GOtl draws 8 small spr1ngs,
,,.,a ters not inventoried
100 6 20 Est. 10 Henderson slope Well //1 -#45
150 6 8 Est. 20 Hendersor. slope Well #2 -//44 t-125 6 20 Est. 20 Hendcrsor. ridge Well #3 -11''3
Gerton Ground water Approx. 20 --llendersor draw Spring #1-#IIA ·
(Chestnut
Hill)
Grimes-Ground water 8(}1· 51} 6 12-1'1 3) I!endcr::;cm hlll-near Well /I l -//'j'j
dale top
76 6 o,· llc11dcruOn :;;lupe Well //2 -//58 "-' 96 6 -::5 !ll'ndet·:;on :;loJH) \foll //3 //5'' -
100 ~·
-15-20 Henderson valley Well //4 #57 -
112 r10W 1_)01-llc11dc:t':Jon valley \!Jell //5 -//fjG
Henderson-Surface water 5071 Bradley Creek &
ville North Fork Mills
J1lver
Lake Sum-Ground >'ia ter 70 Est. 3,5 Hornblende draw Walker, //2OA
mit Corp. Est. 5.0 ~nelss & draw Hux #1, //21A
E:-:t.. '..,.O 1~1·:111 .i L,' d1·::11·1 llux //2, //;!2.A
Meas. -·· 1.0 " draw Vermont,//lUA
Meas 10.0 Hid l.;c:ald( draw Benning-
Gr;-in.i te
I di·uw
f.leld, //19A
TAJurt'l GL'uund >'1<.l.tt'L' [•::; t,. '( • '.J llci1<1,:t·:_;on lndlun Cave, //lllA
Park t•h:u.:;. '.1.j lk-11th:t•;,.:u11 tlt·aw l•'leetwood //1
13A
Mean. '(. '.j Henderson draw Fleetwood //2
12A
Meas. "(. 2 Henderson draw Upper Apple
House, //16A
Mea::;. ,,. 2 Hender.son draw Lower Apple
House, //17!\
Meus. 3-3 Henderson slope ~)kyview
//15A
Vlllaee
Surf.ice water
•
Remarks
Untreated
4 springs, clustered aroun d
concrete gravity reservoi r,
in each of 2 draws
Furnishes water to Bright-
waters lodge
Water pumped into spring
reservoirs as required un-treated. -
Not treated
Not treated
Chlorinated
One sprlng is pumped to re' Jer-
low. voir, remainder i::;rav l ty r
Gravity tll:.;trJ Lutlo11, '(
r0~crvo.1 r:i
Not treated
Prom IIemJr r::,onv 1 .11 c 3Upply
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Table 17.-Public water supplies, Henderson (;ounty--Continued
Wells Wells and Snrings
Number of Depth Diameter SWL Name, Number,
Name Source Taps (reet) (inches) ( feet Yield {gpm) Aquifer Topography Inventory Number below
LSD)
Mount Ground water 17 92 6 20 Henderson slope #230 -Lookout
Subdiv.
Mountain Ground water about
House 143 100 6-} -8 l[c::ider·:.wn clraw //1 -//233
Water
Assoc. about
230 6l lU l!t:nder:.;on draw //2 -#232
165 Gt 10-=1"5 ~'.) l11inder•:;on r.1d1_,;c //5 -//2311
'l'uh:dCJ :.::ut'l\.1<.:e ~1 u. t.. <-: r· -
W!i 1 Le u1·ound wat.:er 42 110? --1"/ ]l,:ndL"l':JV!! Uraw //1 -//235
Sub-154 l'/ H1~nderson draw //2 -#236 --
division .
•
Remarks
Pressure tank reservoir.
Not treated
Two reservoir·s, gravity
distr·ibution
Not treated
,'Ju11p1J.cd l,y J. [' . .';tl:Vcn:;
l'r-e:.;:.;u1·i.: tank r·c: .. .t;r-vulr·.
treated
r; 0.
Nut
•
• TAnI.E 18. l!f!cord~ of we.u llcnt!erson County .'° Cs
Wii 11 I,ocn Li 011 Ow1tf' ,. Ty111' lh•pt.11 Pinm--IJ,,]'f.11 Wn J.,, r-h,•n1·-Wntrr Yiclt! Ornw-Topo-Rf'mnrkR
No. of ( f,) (' t,P. l' of ing m,1t.1•rinl level (gpm) dr,wn grnphy
Well (in) cosing (ft) (rt)
(rt)
1 0.2 mile s of junction R. E. Griffin---Drilled 109 5 5/8 82 Henderson Slope-Public supply---
U.S. 6i. anrl 711 ot gneiss----
Unt Cave
2 1.7 miles w of Bot Cave-John s. Moore--Dug---16.5 21i 16? -d 7-13 Valley Observation ,,,,ell.
Sampled for chem-
ical analysis---
3 Edneyvi I le Jimmy Case Ori lled 152 6 About --do----16 It½ Slope-High iron content.
72 Sampled for chem-
ical analysis---
4 -d Henderson County -do--About 6 "Most --d About 12-17 -do-Edneyville School • Board of Educn-227 of 1,0 well. Supplies
tio hole" over 1,000 pupils-
5 1.9 miles SW of J. E. Hunsinger--Dug---31.5 72 Unlined -do 15---do--Observation well
Edneyville 22.6 (filled in)
6 -d -d Drilled 108 6 About --rl 28 6-8 --do-Sampled for chem-
70 ical analysis--
7 Hooper Creek Ray Ruth Dug--35-110 36 -rlo 29 4-5 Draw-
8 1.7 miles E of Naples--Mountnin Se.ni tor-Drilled 98 -do 32 Over --do--Used for young
i 1,5 people's camp---
9 1. 2 miles ENE of -do -do--150 8 ,.,. -d 36 'Go Slope-Auxi 1 iary supply
Nnplcs for sanitarium
and ocadcmy
10 1 mile ENE of Naples-----d -do--Over 8 --ti 112 20 --do----do
100
11 1 mile SE of Fletcher---Oak Forest -do--85 6 ,\bout --do About 12 Volley-Sampled for chem-
Baptist Church-50 60 ical analysis---
12 0.9 mile ESE of Naples--Mountain Snni--do-.110 ;__-do-----:--,---25 -do-
turium
13 FlcLcller (E. Aide)-----!,. IL MnLhe...,a-----do---')0-9) /\bout l!r<:vat·d q ~l Ope!--~nmplcd for d11,m-
20 !'lchii::it,---ical analy~iR--
I', Fletcher llendcreon Gounty --tlo---AUouL --<lo :!U llitlge-~uinpled ror chem-• Bonni of l'.:tlucu-l '..!O icnl nnnlyRiA.
tion Fhtchcr School--
15 Fletcher (s. aide) Mountain Rug Mills -do--55 --rl Can Valley-High iron content,
pump corrosive
dry J
hour
16 --do --d -do--90 --do --do---do---d
17 0.9 mile s. of Fletcher-Cranston Print· --do---150 8 20 Drevard near About -do-Sampled for chem-
Works contact 55 ical analyeie--
Henderson-
18 Fletcher, N. side E. ,) . Nesbitt-----do--92 6 28 Brevard---5 Draw--Sampled for chem-
ical analysis----
• _____ _,.,__ __ _
Well Location Owner Type Depth Diam-lll.!pth Wntcr-henr-Wnter Yield Dru:w-Topo-Remarks
No. of (fl) etcr of ing material level (gpm) down gruphy
Well (in) casing (rt) (ft)
(rt)
19 Fletcher, NW. aide" Horuce ·T. Allen--Drilled 65 5 5/A 30 flrcv11rd----30 10 Draw--Snmplcd for chem-
ical analysis---
20 0.5 mile WNW of Fletcher-Charlie Israel---Dug----About Go Unlined -do 30 Ridge--d
35
21 0.9 mile WNW of Fletcher-Jim Dull Drilled 212 5 5/8 AL out -t.lo------18-25 Slope---d • 200
22 1.8 miles SSW of Charles Chipman----do--138 5 5/8 Henderson About Could-Ridge-
Drickton Gneiss----!G n't
pump
down
23 1.3 miles w of Fletcher--Carroll Hudson----Bored--50 ~11 Gurne L-33 l:uu' t. Slope-Sumplcd for ·clu•1n-
111\HICOVite pump ica l onulysis---
schist and dry
pc gum !.i le
24 0.5 miles E of Asheville I•'rank Miuker------Drilled 125 5 5/8 Ah,rnl --do-------10-12 15 Drnw--Sampled for chem-
Aiqiort :35 icul nnnlysis.
Water treated
to remove iron---
25 1.8 miles WSW of J. Stockton Bryan---do---18lt -~5 Brevard 25 -do-
Brickton schist----
26 1.9 miles N of Hwy. 191 Robert Metcalf------do---170 5 5/8 L27 Garnet-10 20 Ridge-
Bridge at Mills River--muscovite
schist----
27 0.15 mile E of Hwy. 191 B. J. Hill-----Dug----116. 7 51, Un Lined -d 1t5.5 S10pe-
on Fanning Bridge • Road--
28 llwy. 191, 1/3 mile s. of L. P. Hayes Drilled '.jO Ab rnt. --dt 5 Valley
1''nnn ing Bridge Iload----,o
29 Jw1ction lh,y. 191 and N. J. Carland------do--138 5 5/8 l8 --d 18 15 --do-Sampled for chem-
Mills Hi \'CI' lload icul analysis----
30 Ih,y. 280, 0.8 mile ,11 of· Dan Palmer --do---9G 5 5/8 Ab mt Brcvurcl 8 About --do---
,function 11...y. l 91 70 schiBt----5
31 Hwy. 280, 0.7 mile SW of Dr. J. G. He tts-----do---152 7 Ab >ut. tiarnc t-7:.! Over II ill---
Juuc tion llwy. 191 ;o mu:-1euv i tc ~'.i
1-!chi1-!L-----
,2 l mile SW of ,Junction J. E. Bro""1'1 --do---180 6 Ah,)11 l. Brevard About 6 Slope-
llwy. 191 and 280 1 !) sdii s L-----35
33 lh,y. 280, l . 11 milos NE Gaskell IU1udes-----do---Ove1· iO -d 2 Valley-Sampled for chem-
of county line 200 icnl analysis-----
3'• Doy ls Lon-Etowah Iload, Ike Cnirnes --do---17h 5 5/8 1 is --d 1,6 15 Hill-----d
0.8 mile SE of Hwy. 280-
'° --.J
• • • '° a,
'l'ABl.,E 18. llccords of wells jn llcr11l,~r!-!011 Gourity {Continued)
35 H;,y. 280, 1.7 miles N"E --do---187 --rl o--------R2 --do--Supplies 9 hou,qcs.
of C('Unty line Shipmnn Sampled for chem-
ical analysis-----
36 2.2 miles NW of Etowah---Earl Ash""orth------do---About '.> 5/8 --do--------15 6 Hidge--Sampled for chem-
1 Q/1 icnl analysis---
37 1. 3 miles WNW of Bill Allison-----do---80 BI·cvn rd nl 15 10-12 Slope---do
Etowah contact---
38 Hwy. 280, 2 miles Sw of J. ]! • Bro,,..n --do---81, Ilrcvnrd Est. Valley-
junction Hwy. 191 schist---I½
39 Etowah Etowah Methodist --do--92 5 5/8 65 !lenders on 22 10 Hill---Snmpled for chem-
and Presbyterian schist----icnl analysis---
Churches------
1,0 Etowah Hemler.son CoW1ty -c!o---More --d 15-20 Slope-Etowah School.
Donrd of Educa-thnn Sampled for chem-• tion 63• icnl analysis--
,, I 1.9 miles SE of Etownh--Dnvid Mallet-----~do--ll9 63 --11 ,, --do--
1,2 Hughy Ilond ► 1.7 miles A. E. Podesta-----do---136 130 --c!o 6 Hidge--
N~ of llorse Shoe
'•3 Brightwnter s. J. Childs --do--125 6 --d 20 20 Slope-Public supply.
Es tntc Auxiliary to 8
springs
,.,. Brightwnter s. J. Childs -do--150 6 !Icnrlers on 8 20 -do--Public supply.
Estate gneiss----Auxiliary to 8
springs
'•5 --do----d --do--100 G --d 20 10 -do-Public supply----
l16 0.11 mile E of Hup:hy----Jlcnrlerson County -do--2116 --rlo 21 52 Draw---West Henderson Hil!;h
Dd. of Education-School well---
11( o.6 mile w of Motmtnin V. ,,. Orr --do---92 Almost --d ·20 Slope-Public supply.
Horne to Mount Lookout
bot-Subdivision
tom
'•B Moun tn in llomP. Hountniu llome --do-67 (, --do .9-2-7 -----Vnlley-Obi:u~rvntion Wel 1,
Wnter Assoc.---Snropled for chem-
icul nnnly.!ds . • , Not used--
'n'e 11 #
1,9 --d --do --do--230 --d 18 Draw--Well #2, Public
supply
50 -do -d --do---About --do 8 -do--Well #1, f\iblic
100 supply
51 -do --d --do--165 61---clo 10-15 25 Slope--Well //5' Public
supply
52 --rl ---------\o.11 i te Subdivision--do--IJ0 --,I About Draw--Well #I' Pul11ic
17 supply--
53 --d --do --do---151, Almost --!lo------17 --do---Well //2' Public
to supply
hot.-
Lorn
51, Grirnesdnle SE of Hill-Charles I'. Grim{:S---do---96 ,, --d About S1 ope-Grimcf!tlnlc Subdiv.
girt----25 Public Supply
Well #}------
• • • --------------·-------·-···------·----·-----------------.
Well Location Owner Type Dept.Ii Ilium-Depth Wu Le r-he<1 r-Waler Yield l>rnw-Topo-Remarks
No. of ( re) e f.cr of ing matc1·inl. level (gpm) down gruphy
Well (in) casing (rt) (rt)
(rt)
55 Grimcsdalc SE of Hill_: Charles P. Grimes-Drilled 51. 6 !lenders on l :2-111 J'j Hill---Grimcsdalc Suhdiv.
gir g;nciss-----Puhl ic supply
Well //1
56 --d --d --do---112 6 --do i"low Hore Valley-Grimesdalc Subdiv.
than Puhl ic Supply
Go We 11 115---• 57 Grimesdnle--do --do---100 G --tlo 15-20 --do---G1·imcsdalc Subtliv.
Puhl ic Supply
Well #'• ---------
58 -d ---do---76 G --do ~5 Slope--Grimcsdalc Subdiv.
Public Supply
Well //2-----------
59 :2.11 mi le~ S"W of center Jcnrl llurdcn Luu rel --do---l1H.'.3 (, ~ 1.11 --do 13.5-Over [Jz-11.,,,•---ou~c,·vntiou \.'Cl 1.
of llc11clcrsonvi 1 le Hock S11hclivi1:1ion-lA l'j Sntup le cl for· ch•·m-
ical ,urn lys is-----
bo o.G mile NNW of Flat Campbell Uoyd: -tlo--l'.21. ,, (, --do 1-~8, Vullcy---do
Hock----Flat.rock ~~ore st
Subdivision---
61 }.} miles NE of I lender-R. L. Eichenberg---do---160 30 _,, 75 Iii l l---
sonville, Corn Mountain
Subdivision
G2 --do llou1:1 ton Jluggius----do--57 --ti Could-Druw---
Jl I t
pump
tlo,..·11
63 ,, miles NE of IL E. Corn Bored--~7 JO ,7 --do ~3-7 Slope--
Hende rsonv i 11 e---------• G1, 0.8 mi le N of Uunu------Melvin '!'. Haines--Drilled 113 5 r,/s )3 --do 11, 80 --do---
65 Dana Henderson County -do--85 6 --d About Over Hidge __ Dana School well
Board of Educn-,,o 3 (525 pupils)--~
tion
66 l . ,, miles N of lllue Spurgeon Clurk---l)ug----'.2~. l 5,, Ut, 1 illt?cl --d 1 (i . 8------Slope--Observation well
llidgc 19.8 Replaces No. 175-
r,7 0.11 mi 1c SE of Blue Carl E. Justice---Ori l lcd 81 0 5/8 37 --do '.28 (, Hidgc--
Hidge
68 0.7 miles ,E of Blue Odell !Iyer-------lh1g----3r, 3(i Ur1linecl --do }0-}l --do---Han dry l?-511-55,
Hitlge ll1icpened }'-------
G9 0.8 mile w of Tuxedo----l[omer l,i ndsay-----Drilled 135 'j '3/H ,\t; OU I, M1i b!sidc 39 5-6 Drow---SamplPd for chem-
Ii() (;nu1 i te----ic.:al analysis----
70 On Crnh Creek 0.11 mi le E rtusscll llenl'y-----Dug----~9.7 30 lle111lL•1·son 19.8--~---Slopi~--ObsP.1·vntion· well
of 1'runsy I \"1111 i It Comity (inl! i ss-----'.211. (i
l,ilH!----
. Wel 1
No. • Locn ti on Owner
TABLE 19. llcr:onls or
Type
of
Well
Oep1.h
(ft)
l)iam-
c Lt!r
( j 11)
1-A Oat Cnvc 'M. J. COnnor------Spring
2-A l.G miles w of Ont Cn.vc--
}-A 2.75 miles NNE of
Edneyvi llc
11-A Chestnut Hi 11
5-A 1.2 mi 1 cs SE of lloopcr
CreCk
6-A E. side McDowell Creek,
0.5 mile S. of Bun-
combe Co. line------
,rohn s. Moore-----
George A. Lyda---
E. I. Earnhardt---
Vernon Glod
"France Quarries
Corp.------
7-A N. Mills River, 11./1 miles U. S. Forest
W. o~ Hwy. 191 ----Service------
8-A llwy. 280, 1. 2 miles NE of J. L. Horris------
Transylvania County
line
9-A lh.y. 280, 1.6 miles NE of Euria Cannon-----
county line
10-A H"''Y. 280, 2 miles SW of J. IL Brown
,ju11~t.io11 [h,:y. }()l
11-A 1./i miles w. of Horse Brannon Ilro.<1.-----
Shoe
l~-A Laure 1 Pnr·k, Jurnpoff Mtri. Town of Lnurc 1
Park
13-A --do---------do
l/1-,\ Laure 1 l'nrk, Hebron il(!,----do---
15-A Laure 1 Pnrk, Skyvicw -do-------------
Village
l 6-A Laurel Pnrk---do
l 7-A --rl --rl
--do--
-do--
--do--
--do--
--do--
--do--
--(lo--
--do--
--do--
--do--
--do--
--ilo---
--do---
--du--
--do---
--do---:
in ll1:111lc rs 011 County
IJP.pth Wat.cr-hcar-
of i11g material
C/1.'< i11i:
(rt)
lfemlerson
GncisR-----
--d~----
--do-·----
-flo,----
--d~----
Gnrnct-
11111Rcovi te
schist &
pcgmatite
Oioti te
r.neiRs-----
--do--------
--d
llc1u\erson
{;111:i~H-----
--d
--cl
--(1 o--------
--do
--do
--do
--110-------
Water
lcve l
(ft.)
Yield
(gpm)
Est.
30-50
Est.}
1.2-
5.0
12
5.8-
36
Est..
2
38
Est. I,,
5-11
7½
';. 3
F,s t.
7.5
3.3
7.25
11. 2)
Draw-
down
(ft.)
Topo-
gniphy
Slope--
Draw---
Valley-
Draw---
Valley-
Draw---
• Henmrks
Public supply---
Puhl ic supply----
Observation spring.
Sampled for chem-
ical analysis---
Draw---North Hi 1 h Hh0er
Camp Ground . Ob-
!Je n·u ti 011 :-lprin~.
Snmpl "" fnr dtr•m-
icnl analp~is----
--clo---Sampled fo1· chem-
ical nnnlys is----
--do---
-do---
-do---Ob~r.rvntion ~pring.
Sampled for chem-
ical nnnly~is-----
--clo---Public Supply:
Fl c e t.woorl //2------
--Uo---J>ubl ic S11pply:
Flee t.\,·n,HI // 1------
-do--Public Supply:
lndian Cave Spring
Slope--P11hlic Supply:
Skyvie\o· Village
Spring-----------
Draw---Public Supply:
Upper ,\pplc House
Sprinl!-
-do---Public Supply:
Lower Apple llou,c;e
Spring--•-----
•
•
Well
No.
18-A
19-A
~0-A
21-A
22-A
•
Loe a ti on
1.9 miles E of TUX{!do---
1.5 miles SE of Tuxedo-
u.9 ssi:: of Zircouiu
S l.11 I, j 011---------------
0.5 mile SE of '.lirconia
Station
--do----
Owner
Lake Summit Corp.
(Mrs. John Law)_
--d
Luke Suuuni l,
Spriri~ Cn1·p,
(Mr!i. ,lolm Lnw)-
--do----
--d
Type
of
Well
Spring:
--do--
--tlo--
--do-
--do--
Dcplh
(ft)
J)inm-
c ter
(in)
Depth Wut.er-bear-
of ing muterinl
casing
(ft)
llornh1<:ndc
µ:ne iss &
g1·uni te----
Whit.cs ide
gnrni te----
llo1·111Jl,:11tlc
/~114' j S:4 .,
~•·ani l.e----
--do
--do
Water
level
(ft)
Yield
(gpm)
10
J.::s L.
) . ')
5
5
Draw-
down
( ft)
1'opo-
graphy
Drow---
--do---
--tlo---
--do---
-do---
Remarks
Public Supply: • Vermont Spring----
Public Supply:
Benningfield
Spring
J'uhl i e Supp Ly:
\\'al lo· r Sprinµ;-----
Public Supply:
Hux #1 Spring----
Public Supply:
llux #2 Sprir,g----
•
C
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' ···--~-.......... -...;.t.....;..~~:.,...:;;.:...:.~-~-~----:....lil"--1...:.-! """'.t._:;..... .-.... --~-·-. --~:
,}t~f t! • =~=A=Tl=ON=A=L =F=LO=OD=IN=S=UR=A=NC=E=P=RO=G=R==cAM=:
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/:;
FIRM
FLOOD INSURANCE RATE MAP
HENDERSON COUNTY,
NORTH CAROLINA
(UNINCORPORATED AREAS)
PANEL 95 OF 150
(SEE MAP 1NDEX FOR PANELS NOT PRINTED) lJ
.•1~. . -!t~
1°" ,<.~:.<•,,. :\\{1,:
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. :::\;{~::i;;;:/~·
COMMUNITY-PANEL NUMBER
370125 0095 B
EFFECTIVE DATE:
MARCH 1,1982·
• ·..:: .. -, -• i•'<':e•·· ;~
.. , .. r+.::r:~fi~I
, ,, .. ·.· .. •,-·., ... ,,,,.,,:;::,,,;·1••i\'l' ,,.jjl
Federal Emergency Management Agency
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' Y, NORTH CAROLINA
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SHEET NUMBER 18 •
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NORTH CAROLINA
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SHEET NUMBER . ' 18·-•
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ir{ ·i! l',I )'"'OeB' • ""-"= "-"'c.'2!"'1-""~ '
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~f~~~;~:-;;~ li'_..;~1:t A.°.~··· ,
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LEGEND
COC-:i"iU$-TOXA(•;,.:, Y-ROS/,:A,S.: as,ocia,ion; Nearly 1....,,1,
""':, ~r,;ne,:.1 to,.., .• DOOrly o,a,r,;,d soil• that ~a-,,e a loac:1,
ax,""""' subso,I •".<:l underl,·in; layer; on Hood plain,
€\'~~:J-E.ONEY'.'P_LE·ASHE aS>oc,ation: Sloping :o .-.,--,
"~"-.,~II o,ain..o and some"na, ~xcen,....,ly ora,red 10Js
t:>a: .".a-.-,, a loamy ,ubro•I: on mountain ,idgetops and"°"
sro"°''
l[_J_fij '"'A' £SVlLLE·8RADSON as,oc,;mon: Gen Uy sl01>i~ :o
=~c~,ely u ... o. well drainW soil• that h"'"" a loam,
a,,c da;~ ,ub<oil: on ridr,e, an<! meam terraces
GJ ~,.:.•;:;1:,,:,TALLADCOA auociauon: SIOPing to ue,,o,
-.-1 ~n~~~ soil, ,~at ha~e a loamy subooil; on ridgetc,:,s
~-.c ,i<:e slope•
.:.s~E.-?ORTERS auoc,a10on: Moderately steep to ~r,
,:~. tc=what ••cessiv,ily draoned and ...,..11 drair,e<l
10i!1 ::>at have a loamy ...,t»oil: on ridge100• and sid~ 1/,:,.....,,
U.S. DEPARTMENT Of AGRICULTURE
SOIL CONSERVATION SERVICE
fOREST SERVICE
NOR;>-' CA'lOLINA AGRICULTURAL EXPERIMENT STATION
GENERAL SOIL MAP
HENDERSON COUNTY. NORTH CAROLINA
: "'''"' ~~~-~-
•
• .,,c\;J r:1v;c~2i'"--._ •
'
•
,;,~. '
i ,:' c:i:o 29 lJEO \;0\) ( v-• ....
\<-:::•;~ "Arn ·:!&!/SQJ L SURVEY Of -----.. ~-'
Henderson County, North Carolina
Furnislied by:
USO;\, SQ!L CONSEf;V.aT!DN SERVICE
','e':P,:11 t·'l:ildiiw ::c,0:~1 109 v .... ,,.,, -,., o•
Hemler .)unvi!ie, h0rU1 C2i0\ina 28739
.Telephone [phone]~ /
United States Department of Agriculture
Soil Conservation Service and Forest Service
In cooperation with
North Carolina Agricultural Experiment Station
•
-.,,:,, ...... ,~,:
-~~~-
' ,1;:
II,_\ .\\_('.(~~Z~c,-yifo:';""-"8'<1
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'l;.
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LEGE:;□
co:•:)"US-TC-, :.·:::., -"CC;'.'.:..'; ,.s.c, ·: c..'\eacl, ·..-,ti.
,·,-,]:=.-,;nee::,£•, C,,:,=·, =•,,-~C '-""' :·.,; "--""~ l le.a-:-.,
!ha: c.J>e a le;-, SL,,,c.,, ~--o~n:a,·
,1c~,
'l=<Kl "la,ss
H.:.Y;SVILL:-~":.OSO'. u~c,a:,cc. ::;-,-,:1, >loc•""J
mc,,:,ra,ely ,:,-.=. ,-.~II Cr! .·..c 10<h :-,: ·a·.--, a loaM,
...-c c!a·,,..,-,~:;-,.:;,I. cn r,c:;,!I re: ,:rea-:a
F;..:.•;111-r:.LL.:.:i:G.>. l<>:-:i,:,on s·:c,-.:; :c> .,.,..:,, ,...,.,! =r.><ne'C '-'Coll '"·" -. •• ~ , l=Jm, ,_cs.;:,!; er, ,od;-,:c;,,
·"" ,.::~ ,10.,.,,
:.s-C-PORT:=s ,.,-:,,,a:,:· '.'=~"". s:oeo lD ..,.,,,
llffC. rnrne.•. •: e,oes,"~, "'"'""" ••~ ,,.,11 draor>eC
r.o,h :hJt h~,-e, l:am·, "-="'•'· on nc; :cc, a~d <id~ ~O~I
U.S. cl~::: :.=i ;i,:E:, o OC .\.GR1:•.•~ 0UFIE
SOI~ ,:m; SER'.':. "TION SE~'.'IC[
~OR[S0 SE-1'.'IC[
NOR TH C,,_ROU;; ~ :.GR!CL!~•!J" :.L E • ~[ °'IM[N T Si A ;1:,:;
GENERAL SOIL MAP
HENDERSO'-' COLi'-CTY. '-'ORTH C . .\ROLl'-'A
•
•
t.rv~· e(lj_l. • • -.~~~'.
~(, ., ~, HENDERSON COUNTY, NORTH CAROLINA 15 l,:, Typically, the surface layer is dark grayish brown loam "!;:..i2. inches thick. The subsoil is dark gray loam 24 inches
~·1ck. The underlying layer, to a depth of 62 mches, 1s t. dark grayish brown loamy sand and grayish brown sand. Ji. Included with this soil in mapping I are small areas of
. , :~ Toxaway and Codorus soils.
·· The organic-matter content of the surface layer is
medium. Permeability is moderate, and available water
capacity is high. Shrink-swell potential is low. Reaction is
slightly acid to strongly acid throughout the profile unless
the soil is limed. Depth to bedrock is more than 60 inches.
._ . The seasonal high water table is at or near the surface.
. ;' ;This soil is subject to frequent flooding.
· · Most areas of this soil have been cleared and are used
1_, for crops or pasture. A few areas are wooded. ~ · ' This soil has moderate production potential for water-
-.~ '.tolerant row crops and hay and pasture plants. Because of
:;_::flooding, however, these crops may be damaged. Cabbage,
fgreen beans, squash, and c'orn can be grown continuously.
'>,!Minimum tillage, using cover crops, and including grasses
•/.\md legumes in the conservation cropping system help to
"'. maintain soil tilth and production. The production poten-
'·;tial for apples is low because of the hazard of flooding
.'./~nd a seasonal high water table. Winter crops, such as
Wheat, are commonly damaged by excessive wetne,ss.
· This soil has low potential for most urban uses/ such as
:'dwellings, roads, and septic tank absorption fields. The
-~/piazard of flooding and a seasonal high water table are
,;•·· ·,·fficult and costly to overcome.
,. This soil has high potential for water-tolerant hard-
;'}; woods and pines. Wetness is the rhain limitation to ,I'~•· . ;/ woodland use and management. Capability subclass !Ilw; ,:-woodland group 1 w.
l,'. · HyB-Hayesville loam, 2 to 7 percent slopes. This
~' well drained soil is on broad, smooth ridgetops at the
~1~.lower elevations in the county. Areas are somewhat elon-t;_; gated and are 6 to 35 acres in size. 'ti•· Typically, the surface layer is dark brown loam 4 inches ,,. ·thick. The subsurface layer is brown loam 4 inches thick.
:'/ The subsoil is 36 inches thick. The upper part is yellowish
:;•.red clay loam, the middle part is yellowish red and red + clay loam, and the lower part is red sandy clay loam and
t('sandy loam. The underlying layer i; 68 inches thick. The
:.;., upper part is red saprolite that crushes to sandy loam,
J'the lower part is gray and light gray soft saprolite that
fYcrushes to sandy loam.
' Included with this soil in mapping are small areas of
·'.1• ~oils that have a surface layer of fine sandy loam. Also in-tt eluded are a few areas of eroded soils and a few small 1,;t,. a_reas of Evard, Bradson, and Fannin soils. Vr The organic-matter content of the surface layer is f medium. Permeability is moderate, and available water
'.:• c_apacity is medium to high. Shrink-swell potential is low. .'f. Reaction is very strongly acid or strongly acid throughout
,, the profile unless the soil is limed. Depth to bedrock is
~ore than 60 inches. The seasonal high water table is at a ~epth of more than 6 feet.
Most areas of this soil have been cleared and are used
for crops. Some areas are used as building sites and farm-
steads.
This soil has high production potential for row crops
such as corn, tobacco, cabbage, potatoes, beans, and
squash and for pasture and hay plants such as Kentucky
bluegrass, fescue, orchardgrass, sericea lespedeza, and al-
falfa. Erosion is a hazard if cultivated crops are -grown.
Minimum tillage, contour farming, using cover crops, in-
cluding grasses and legumes in the cropping system, and
grassing of waterways are practices that help to reduce
runoff and control erosion. The production potential for
apples is high on this soil (fig. 3) .
This soil has moderate potential for most urban uses.
Permeability limits the performance of septic tank ab-
sorption fields, but this limitation can be reduced in
places by modifying the field or increasing the size of the
filter area. When this soil is used for dwellings or local
roads, low shear strength limits-performance and in-
creases maintenance needs.
This soil has high potential for hardwoods and pines or
other conifers. There are no major limitations to
woodland use or management. Capability subclass !Ie; woodland group 2o .
HyC-Hayesville loam, 7 to 15 percent slopes. This
well drained soil is on broad, smooth, rolling foot ridges at
the lower elevations. Areas are irregularly shaped and
are 6 to 50 acres in size.
Typically, the surface layer is dark brown loam 4 inches
thick. The subsurface layer is brown loam 4 inches thick.
The subsoil is 36 inches thick. The upper part is yellowish
red clay loam, the middle part is yellowish red and reel
clay loam, and the lower part is red sandy clay loam and
sandy loam. The underlying layer is 68 inches thick. The
upper part is red saprolite that crushes to s~ndy loam,
and the lower part is gray and light gray soft saprolite
that crushes to sandy loam.
Included with this soil in mapping are areas of soils
that have a surface layer of fine sandy loam and a few
areas of eroded soils. Also included are small areas of Bradson, Evard, and Fannin soils.
The organic-matter content of the surface layer is
medium. Permeability is moderate, and available water capacity is medium to high. Shrink-swell potential is low.
Reaction is very strongly acid or strongly acid throughout
the profile unless the soil is limed. Depth to bedrock is
more than 60 inches. The seasonal high water table is at a
depth of more than 6 feet.
Almost all areas of this soil have been cleared and are
used for crops or pasture. Some areas are used for build-ing sites and farmsteads.
This soil has medium potential for row crops such as
corn, tobacco, potatoes, squash, green beans, and cabbage.
Erosion is a hazard when this soil is cultivated, but prac-
tices such as minimum tillage, using a conservation
cropping system that includes legumes and grasses, con-
tour farming, grassing of waterways, stripcropping, and
constructing terraces and diversions help to prevent ex-
•
•
•
• • 16 SOIL SURVEY
cessive soil losses. The production potential is high for
hay and pasture plants such as tall fescue, bluegrass,
orchardgrass, clover, and sericea lespedeza. The potential
for apples is high, but slope is a limitation when the soil is
used for this purpose.
This soil has moderate potential for most urban uses.
Permeability and slope limit the performance of septic
tank absorption fields, but this limitation can be reduced
in places by modifying the field or increasing the size of
the filler area. Low shear strength and slope limit per-
formance an<l increase maintenance needs when this soil
is used for dwellings or local roads.
This soil has high potential for hardwoods and pines or
other conifers. There are no major limitations to
woodland use and management. Capability subclass Ille;
woodland group 2o.
HyE-Hayesville loam, 15 to 25 percent slopes. This
well drained soil is on smooth ridges at the lower eleva-
tions. Areas are irregularly shaped and are 6 to 30 acr~s
in size.
Typically, the surface layer is dark brown loam 4 inches
thick. The subsurface layer is brown loam 4 inches thick.
The subsoil is 36 inches thick. The upper part is yellowish
red clay loam, the middle part is yellowish red and red
clay loam, and the lower part is red sandy clay loam and
sandy loam. The underlying layer is 68 inches thick. The
upper part is red saprolite that crushes to sandy loam,
and the lower part is gray and light gray soft saprolite
that crushes to sandy loam.
Included with this soil in mapping are small areas of
soils that have a surface layer of fine sandy loam, and in
some places there are some small areas of eroded soils.
Also included are small areas of Evard and Fannin soils.
The organic-matter content of the surface layer is
medium. Permeability is moderate, and available water
capacity is medium to high. Shrink-swell potential is low.
Reaction is very strongly acid or strongly acid throughout
the profile unless the soil is limed. Depth to bedrock is
more than 60 inches. The seasonal high water table is at a
depth of more than 6 feet.
Most areas of this soil have been cleared and are used
for crops or pasture.
This soil has medium potential for most locally grown
crops such as corn, tobacco, beans, and cabbage, but the
hazard of erosion is very severe when the soil is cul-
tivated. Practices such as minimum tillage, using a conser-
vation cropping system that has long-term sod crops, con-
tour farming, grassing of waterways, and establishing
diversions help to reduce soil losses, conserve moisture,
and maintain production. The production potential is
medium for hay and pasture plants such as tall fescue,
bluegrass, orchardgrass, clover, and sericea lespedeza.
Proper pasture management helps to insure adequate
protective cover. The potential for apples is medium, but
slope is a limitation to the operation of spraying and har-
vesting equipment.
This soil has low potential for most urban uses, such as
septic tank absorption fields and dwellings and roads,
because of slope. Extensive modification of the soil or
major planning, special design, and intensive maintenance
are generally required to overcome the limitation of slope.
Erosion is a hazard where ground cover is removed.
Permeability and slope limit the performance of septic
tank filter fields.
This soil has high potential for hardwoods and pines or
other conifers. Slope is the main limitation to woodland
use and management. Capability subclass IVe; woodland
group 2r.
Ko-Kinkora loam. This poorly drained, nearly level
soil is on low terraces along the larger streams. Areas are
irregularly shaped and are 4 to 20 acres in size.
Typically, the surface layer is dark gray loam 7 inches
thick. The subsoil is mottled gray clay loam or clay 26
inches thick. The underlying layer, to a depth of 60
inches, is mottled gray clay.
Included with this soil in mapping are small areas of
Hatboro and Delanco soils and a few areas of a soil that
is not so wet as Kinkora soils.
The organic-matter content of the surface layer is low
to medium. Permeability is moderately slow, and available
water capacity is high. Shrink-swell potential is moderate.
Reaction is very strongly acid or strongly acid throughout
the profile unless the soil is limed. Depth to bedrock is
more than 72 inches. The seasonal high water table is at
or near the surface for 2 to 6 months each year. This soil
is subject to occasional, brief flooding.
Most areas of this soil are cleared and used for crops or
pasture.
This soil has medium production potential for corn and
water-tolerant plants such as tall fescue, clover, and reed
canarygrass. Production is limited because of flooding and ' . a seasonal high water table.
This soil is slow to warm up in spring. Management
practices such as minimum tillage, using cover crops, in-
cluding legumes and grasses in the conservation cropping
system, and draining the surface help to maintain soil
tilth and production potential. Wetness limits the use of
this soil for apple orchards. Winter crops, such as wheat,
are commonly damaged by excessive wetness.
This soil has low potential for most urban uses. Slow
permeability, a seasonal high water table, and flooding
limit the use of the soil for building sites, septic tank ab-
sorption fields, and roads. The limitation of flooding and
the moderate shrink-swell potential are difficult and
costly to overcome. Special design and intensive main-
tenance are needed for roads and dwellings.
This soil has high potential for water-tolerant hard-
woods and pines. Wetness is the main limitation to
woodland use and management. Capability subclass !Vw;
woodland group 2w.
PoE-Porters stony loam, 15 to 25 percent slopes.
This well drained soil is on mountainsides. Areas are elon-
gated and are 6 to 25 acres in size. Stones cover 5 to 15
percent of the surface.
Typically, the surface layer is very dark grayish brown
stony loam 6 inches thick. The subsoil is 26 inches thick.
•
•
•
• 36 SOIL SURVEY • The solum is 28 to 40 inches thick. Depth to bedrock is more than 72
inches. The profile is strongly acid or very strongly acid throughout, un•
less limed. Flakes of mica range from few to common throughout the
solum. Gravel content ranges from 0 to 20 percent on the surface and
throughout the solum.
The Ap horizon is brown or clark brown.
The B2t horizon is yellowish brown, brownish yellow, or strong brown
clay loam or loam. The B3 horizon is sandy clay loam or loam.
The C horizon is unconsolidated san<ly and gravelly alluvial material.
Evard Series
The Evard series consists of well drained, moderately
permeable, sloping to very steep soils that formed in
residuum weathered from granite or gneiss. Slopes are 7
to 70 percent.
Typical pedon of Evard sandy loam in an area of Evard
soils, 25 to 45 percent slopes, in a wooded area, 3/4 mile
south of the Buncombe County line, and on the north side
of a logging road 0.3 mile east of State Road 1423:
01..:.....1 1/2 inches to 1/2 inch, partially rlecomposed leaves and twigs.
02-1/2 inch to 0, black mat of humus and fine live roots.
Al-0 to 2 inches, dark brown (I0YR 4/3) sandy loam; weak fine granu-
lar structure; friable; many fine and medium roots; few fine flakes
of mica; 5 percent gravel fragments; strongly acid; abrupt smooth
boundary.
A2-2 to 6 inches, dark brown (7.SYR 4/4) 8Undy loam; weak medium
granular :1tructure; very friable; many medium roots; common fine
flakes of mica; 5 percent gravel pieces; strongly acid; clear smooth
boundary.
B2t-6 to 18 inches, yellowish red (5YR 4/6) sandy clay loam; weak
medium subangular blocky structure; friable; few fine roots; com-
mon fine flakes of mica; 15 percent gravel fragments; strongly acid;
gradual wavy boundary.
B3-18 to 30 inches, yellowish reel (5YR 4/8) sandy loam; weak medium
subangular blocky structure; very friable; few fine roots; common
fine flakes of mica; 20 percent gravel fragments; strongly acid;
gradual wavy boundary.
C-30 to 53 inches, yellowish red (5YR 4/8) saprolite that crushes to
sandy loam; rock controlled structure; about 50 percent hard coarse
fragments of gravel, cobble, and stone size; strongly acid.
R-53 inches, hard quartz mica gneiss that has small amounts of soil
material in fractures.
The solum is 20 to 40 inches thick. Depth to bedrock is more than 48
inches. The profile is strongly acid or very strongly acid throughout, un-
less limed.
The A 1 horizon is very dark grayish brown or dark brown sandy
loam, fine sandy loam, or loam. The AZ horizon is dark brown, brown, or
yellowish brown sandy loam or fine sandy loam.
The B2t horizon is yellowish red or red. The B3 horizon is yellowish
red or red sandy clay loam or sandy loam.
Fannin Series
The Fannin series consists of well drained, moderately
permeable, sloping to steep soils that formed in residuum
weathered mainly from mica schist and mica gneiss, and
to a lesser extent from chlorite schist, phyllites, and other
rocks that have a high content of mica. Slopes are 7 to 45
percent.
Typical pedon of Fannin silt loam, 7 to 15 percent
slopes, about 0.5 mile west of Fletcher, in a wooded area
0.3 mile west of U.S. Highway 25, 50 feet east of St. John
Road:
Al-0 to 6 inches, dark brown (7.5YR 3/2) silt loam; weak fine arid
medium granular structure; very friable; many fine and medium
roots; about 10 percent small platy fragments; strongly acid; abrupt'.
smooth boundary. '.~
B2t-6 to 27 inches, yellowish red (5YR 4/6) silty clay loam; moderate
medium subangular blocki' structure; friable; few fine roots; thin
continuous clay films on faces of peels; about 10 percent small platy_'
fragments; many fine flakes of mica; strongly acid; clear smooth·
boundary.
B3-27 to 36 inches, yellowish red (5YR 4/8) silt loam; weak medium su~-t
angular blocky structure; very friable; about 50 percent soft platy
fragments; many fine flakes of mica; strongly acid; gradual wavY
boundary.
C-36 to 60 inches, yellowish red (5YR 4/8) to strong brown (7.5YR 5/6~
schist saprolite that crushes to loam.
R-60 inches, fragmental schist rock. ;
The solum is 20 lo 40 inches thick. Depth to bedrock is more than 60;.ti
inches. The profile is very strongly acid or strongly acid throughout, un~I
less limed. Flakes of mica range from common lo many throughout the'
profile.
The A horizon is dark grayish brown, dark brown, brown, and stron'g'
brown silt loam or loam. -
The Bt horizon is yellowish red or red silty clay loam or clay loam. Iff
present, the 83 horizon is silt loam or loam. ·'
The C horizon is schist saprolite.
Hatboro Series , ~r The Hatboro series consists of poorly drained,:
moderately permeable, nearly level soils that formed int
alluvium from schist, gneiss, and other metamorphic and·:
crystalline rocks. Slopes are O to 2 percent. ;t
Typical pedon of Hatboro loam about I mile east of}
Hendersonville and 0.5 mile south of U.S. Highway _64, :~
and 100 feet east of Mud Creek in a field: . · ·\~
Ap-0 to 12 inches, dark grayish brown (l0YR 4/2) loam; weak fine and·~I
medium granular structure; friable; slightly sticky; medium acid;}
Clear smooth boundary. '.;-
B2g-12 to 36 inches, dark gray (l0YR 4/1) loam; weak medium and,
coarse subangular blocky structure; friable; slightly sticky; common f
fine flakes of mica; strongly acid; clear smooth boundary. ·;
IICl-36 to 48 inches, dark grayish brown (l0YR 4/2) loamy sand; sin-{
gle grained; loose; few fine flakes of mica; slightly acid; gradual\
smooth boundary. ·
IIC2-48 to 62 inches, grayish brown (l0YR 5/2) sand; single grained;.'
loose few fine flakes of mica; slightly acid. ~
Depth to stratified sand and gravel ranges from 3 to 5 feet. The\
profile is strongly acid to slightly acid throughout, unless limed. Flakes·{
of mica range from few to many thr0ughout the soil. :
The A horizon is dark grayish brown, very dark grayish brown, dark•'.,
gray, and very dark gray loam, fine sandy loam, and silt loam. ·
The B horizon is dark gray, very dark gray, and dark grayish brown·1
loam, silt loam, or silty clay loam.
The C horizon. is J6kmy and sandy, gravelly, stratified alluvial·)~
deposits. -~~ ·· ... .!-. 1
Hayesville Series ~
The Hayesville series consists of well drained,<!
moderately permeable, gently sloping to moderately steep.,'
soils that formed _in residuum from rocks such as granite,' ·.i
gneiss, and schist. Slopes are 2 to 25 percent. ,l
Typical pedon of Hayesville loam, 7 to 15. percent j
slopes, about 8 miles northwest of Henclersonv11le, m a.'•!~,
wooded area 125 feet south of the Fanning Bridge Road ' ,,
;,I:. ,'1'
' . '
\·:.·
• HENDERSON COUNTY, NORTH CAR. 37
·'~posite the driveway of the Mountain Horticultural Ex-
. eriment Station: P' .
· 1:-0 to 4 inches, dark brown (l0YR 3/3) loam; moderate fine granular
,._ ~i;:t,. structure; very friable; high in organic matter content; numerous
•t';if.CJt j. medium and fine roots; few fine flakes of mica; strongly acid; clear " .. ,~i~, smooth boundary.
/ffi2-4 to 8 inches, bro_wn (7.5Y ll 4/4) \oa~; weak f'.ne subangular block~
\,i ,.:H;· structure; very fnable; common medmm and fme roots; many medt-. ~:r um and fine pores; few fine flakes of mica; strongly acid; clear
·~ •11f.i-'<·-• smooth boundary. B:f-8 to 16 inches, yellowish red (5 YR 5/6) clay loam; weak medium sub--
_:.~, angular blocky structure; friable; few medium and fine roots; few
'\1.~. fine pores;. few thin patchy clay films on faces of peds; few_ fine
,,._flakes of mica; few quartz gravel; strongly acid; clear smooth boun-
i,_r ?ary.
B21t-16 to 24 inches, yellowish red (5YR 4/6) clay loam; moderate
K .'med,ium sub~ngular block_y stru~ture; friable;_ few medium and fine
! .:.'~ .'c'•;~roots; few fme pores; thm contmuous clay films on faces of peds;
·.,, few flakes of mica; few quartz gravel; strongly acid; clear smooth .,..,_,,\,
~\;_,boundary.
B:2,2t-24 to 35 inches, red (2.5YR 4/6) clay loam; moderate medium sub-
·::,~· angular blocky structure; friable; few medium and fine roots; few
;>+-f-1fine and medium pores; thin continuous clay films on faces of peds;
-~"°f~t common medium and fine flakes of mica; common quartz gravel; •ift,.:, strongly acid; gradual wavy boundary.
[Sj_31~35 to 39 inches, red (l0R 4/6) sandy clay loam; moderate medium
}:.;;. ~'angular blocky structure; friable; slightly sticky; few fine roots; few
--;::-, ·.-· distinct clay films on faces of peds; common to many flakes of mica; ;;tr Common bodies of saprolite; strongly acid; gradual irregular bounda-
.. \', -ry.
~832-39 to 44 inches, red (l0R 4/6) sandy loam; weak medium angular i,!: ·. blocky and platy rock structure; very friable; few fine! roots; few
:~·-· thin patchy clay films and dark coatings on vertical faces of peds; ~f\!-common flakes of mica; common quartz gravel; strongly acid;
~rfJ,I' gradual irregular boundary.
•·i-44 to 72 inches, red (l0R 4/6) saprolite that crushes to sandy loam;
• ;,k_ rock controlled structure; very friable; few fine roots; small
[.,ft'· amounts of clay in cracks; common bodies of dark minerals; common
t•· flakes of mica; strongly acid; gradual irregular boundary.
\~C2-72 to ll2 inches, gray (l0YR 5/1) and light gray (l0YR 7/1) soft
~._;;:_, sapro!ite that crushes to sandy loam; rock controlled structure; very
,,..,•:· friable; few dark coatings on faces of structural units; few inter-
·1.,; bedded ledges of mica schist; strongly acid. ,t,:.
~} The solum is 40 to 60 inches thick. Depth to bedrock is more than 60
!~c~es. The profile is very strongly acid or strongly acid throughout, un-
less limed.
jThe A 1 horizon is brown, dark brown, reddish brown, or dark reddish
~l'0wn loam or fine sandy loam. The A2 horizon is brown, dark brown, or
l"°eddish brown loam or fine sandy loam. f · The Bl horizon is clay loam, sandy clay loam, or loam. The B2t horizon
,r. _ yellowish red or red. The 83 horizon is red or yellowish red sandy
lay loam or sandy loam.
,. t1The C horizon is gneiss or schist saprolite that crushes to sandy loam
.(iii-' loam. .• ,
~~_.,The Bl horizon is clay loam, sandy clay loam, . ,
·Kinkora Series
~-! :-.'
fi~~tThe Kinkora series consists of poorly drained,
ifl"• I.· ' · Al'!oderately slowly permeable, nearly level soils that
'(0rmed in old alluvium, mainly ·rrom areas of acid crystal-
'•,,line rocks. Slopes are 0 to 2 percent.
' '"Typical pedon of Kinkora loam in an idle field in the
/¥ills River Community along N.C. Highway 191, 1.2 miles
f.~est of the French Broad River and 1,000 feet north of
■':ighway on field road, 30 feet east of field road:
r,f.fl.
., ... ~. "· •il,,!
Ap-0 to 7 inches, dark gray (l0YR 4/1) loam; weak medium and coarse
granular structure; friable; slightly sticky and slightly plastic; many
fine roots; very strongly acid; clear smooth boundary.
82ltg-7 to 16 inches, gray (l0YR 5/1) clay loam; few fine distinct yel-
lowish brown mottles; weak medium subangular blocky structure;
friable; sticky and slightly plastic; common fine roots; continuous
clay films on faces of peds and in channels; few fine flakes of mica;
very strongly acid; gradual smooth boundary.
B22tg-16 to 33 inches, gray (l0YR 5/1) clay; few fine distinct yellowish
brown mottles; weak medium and coarse subangular blocky struc-
ture; firm; sticky and plastic; few fine roots; thin continuous clay
films on faces of peds and in channels; few fine flakes of mica; very
strongly acid; gradual smooth boundary.
Cg-33 to 60 inches, gray (l0YR 5/1) clay; few fine distinct yellowish
brown mottles; massive; firm; sticky and plastic; common fine flakes
of mica; very strongly acid. ·
The solum is 24 to 40 inches thick. Depth to bedrock is more than 72
inches. The profile is very strongly acid or strongly acid throughout, un~
less limed.
The A horizon is dark gray, gray, or dark grayish brown loam or silt
loam.
The B2t horizon is gray or light gray clay loam, clay, silty clay, or
silty clay loam.
The C horizon is gray or light gray unconsolidated alluvial deposits.
Porters Series
The Porters series consists of well drained, moderately
permeable, moderately steep to very steep soils that
formed in material derived from rocks containing a rela-
tively large amount of ferromagnesian minerals. Slopes
are 15 to 70 percent.
Typical pedon of Porters stony loam, 25 to 45 percent
slopes, in a wooded area about 1.5 miles west of Bear
Wallow Mountain Fire Tower, 0.2 mile north of State
Road 1594, and 75 feet east of State Road 1596:
01-1 inch to 0, layer of leaves and green moss.
Al-0 to 6 inches, very dark grayish brown (10YR 3/2) stony loam;
weak fine gr3.nular structure; very friable; slightly sticky and
slightly plastic; many fine roots; few fine flakes of mica; 10 percent
stones; strongly acid; clear smooth boundary.
Bl-6 to 10 inches, dark brown (l0YR 3/3) loam; weak medium suban-
gular blocky structure; very friable; slightly sticky and slightly
plastic; common fine roots; few fine flakes of mica; medium acid;
clear smooth boundary.
B2t-10 to 23 inches, yellowish brown (l0YR 5/4) clay loam; weak medi-
um subangular blocky structure; friable; sticky and slightly plastic;
few fine roots; few thin clay films on faces of peds; few moderately
hard and soft coarse rock fragments; few fine flakes of mica;
strongly acid; gradual wavy boundary.
B3-23 to 32 inches, yellowish brown (l0YR 5/4) loam; weak medium sub--
angular blocky structure; very friable; slightly sticky; few fine
roots; common moderately hard and soft rock fragments; few fine
flakes of mica; strongly acid; clear irregular boundary.
C-32 to 42 inches, brown (l0YR 5/3) saprolite that crushes to sandy
loam; moderately hard rock in places; medium acid; clear irregular
boundary .
R-42 inches, hard gneiss with common fractures.
The solum is 20 to 40 inches thick. Depth to bedrock is 40 to 72 inches.
Stones cover 5 to 15 percent of the surface. The profile is medium acid
or strongly acid throughout, unless limed.
The Al horizon is very dark grayish brown, dark brown, or very dark
brown.
The Bl horizon is dark brown or brown loam or sandy clay loam. The
82t horizon is yellowish brown, dark yellowish brown, or strong brown
loam, sandy clay loam, or clay loam. The B3 horizon, if present, is yel-
lowish brown, dark yellowish brown, or brown loam or sandy clay loam.
The C horizon, if present, is brown or brownish yellow.
• HENDERSON COUNTY, NORTH CA.A
TABLE 13.--PHYSICAL AND CHEMICAL PROPERTIES OF SOILS--Continued
Soil name and
map symbol;
' '
/
Depth\
Evard: l
EvC, EwE, EwF, EwGI 0-6
I 6-30
I 3D-53
' ' Fannin: I
Fae, FaE, FaF-----/ 0-6
\ 6-36
[36-60
' ' Hatboro: \
Ha----------------l 0-12
l 12-36
\36-62
' ' Hayesville: I
HyB, HyC, HyE-----i 0-8
\ 8-35
\35-44
[44-72
' ' Kinkora: I
Ko----------------1 0-7
I 7-33
I 33-60
' ' Porters: I
PoE, PoF, PoG-----1 0-6
( 6-32
I 32-42
Rosman:
' ' ' ' Ro----------------I 0-15
/ 15-48
[48-70
' ' Spivey: I
SpF---------------1 0-42
' ' Suncook: [
Su----------------\ 0-9
l 9-72
/
Permea-
bility
In/hr
2.0-6.0
0.6-2.0
2.0-6.0
2.0-6.0
0.6-2.0
0.6-2.0
0. 6-2. 0
0.6-2.0
0.6-2.0
2.0-6.0
0.6-2.0
0.6-2.0
2.0-6.0
0.6-2.0
0.2-0.6
0.2-0.6
I
0.6-2.0
0.6-2.0
2.0-6.0
2.0-6.0
6.0-20
2.0-6.0
0.6-6.0
>6 .o
>6.0
See footnotes at end of table.
Available I
water I
capacity I
'
i lli1J!
I of soil
' ' /0.10-0.14
:0.10-0.17
:0.10-0.14
' ' ' io.10-0. 16
\0.11-0.17
\0.10-0.15
' ' ' ' /0.16-0.22
:0.16-0.20
11 0.10-0.14
' ' ' ' lo.12-0.20
\0.15-0.20
/0.12-0.20
lo. 11-0. 15
' ' ' ' :0.15-0.20
/0.12-0.20
10.12-0.18
' ' I
!0.16-0.20
/0.16-0.25
\0.10-0.20
' ' /
\0.11-0.24
10.08-0.12
:a.10-0.14
' ' ' ' :0.05-0.12
'' ' ' ' /0.07-0.15
:0.01-0.13
/
Soil
reaction
£!!
4.5-5.5
4-5-5.5
4.5-5.5
4.5-5.5
4.5-5-5
4.5-5.5
4.5-7.3
4.5-7.3
5-6-6.5
4.5-5.5
4,5-5.5
4.5-5.5
4.5-5.5
4.5-5.5
4.5-5-5
4.5-5.5
4.5-6.o
4.5-6.0
4.5-6.0
5. 1-6. 5
5. 1-6. 5
5. 1-6. 5
4.5-5.5
4.5-6.5
4.5-6.5
Shrink-:_~R~is~k"----'o~f----"c~o~r~ro~s~i~·o~n,__
swell I Uncoated
potential I steel
' ' ' ' ' ' ' ' ' '
Concrete
iLow-------lLow-------\High.
I Low -Mod. [Moderate I High.
I Low-------1 Moderate I High.
' ' ' ' ' ' ' ' ' ' ' ' \Low-------tLow-------lHigh.
\Low-------lLow-------lHigh.
iLow-------/Low-------lHigh.
' ' ' ' ' ' ' ' ' ' ' ' lLow-------\High------[Moderate.
ILow-------[High------[Moderate.
/Low-------/High------\Moderate,
' ' ' ' ' ' ' ' ' ' ' ' \Low-------\Moderate--iModerate.
\Low-------lModerate IModerate.
/Low-------lModerate [Moderate.
lLow-------lModerate IModerate.
' ' ' ' ' ' ' ' ' ' ' ' lLow-------lHigh------lHigh.
/Moderate lHigh------lHigh.
IModerate ]High------\High.
' ' ' ' ' ' ' ' ' ' ' ' iLow-------lLow-------lHigh.
iLow-------lLow-------:High.
ILow-------iLow-------(High.
' ' ' ' ' ' ' ' ' ' ' ' ILow-------\Moderate /Moderate.
\Low-------[Moderate IModerate.
\Low-------iModerate [Moderate.
' ' ' ' ' ' ' ' ' ' ' ' jLow-------lLow-------/Moderate.
' ' ' ' ' ' ' ' ' ' ' ' /Low-------lLow-------\High.
ILow-------lLow-------lHigh.
' ' ' ' ' '
83
7 February 1992
TO: File
f l
FROM: Jack Butler
SUBJECT: G.E. Shepards Farm
Ms. Diane Barrett, EPA Region IV (404/347-7791), contacted our office on this date
to inform us that the subject site was proposed as a NPL site in update 12 on this date. Ms.
Barrett added that Ms. Denise Blayfield, Hendersonville Times-News had contacted EPA
concerning a story she is doing on this site.
JB/dk/1
• •
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•
'ID:
FRCM:
RE:
• •
17 November 1988
File
Grover Nicholson (j ~ J.Jd ~
Potential CERCLIS site in Hendersonville, NC
Henderson County
Today I contacted Gene Shepherd by telephone. He gave me
the following infonnation about his gartiage collection
activities.
From 1955 until about 1970, Mr. Shepherd hauled wood,
cardboard, office paper, and buffing compound residue from the GE
plant in East Flat Rock to his fann about 1/2 mile away. Mr.
Shepherd estimates that during those years he hauled off about 50
cubic yards of cardboard per day, about two b:uckloads of wood
per week, and about two barrels of buffing compound residue per
week. 'Ihe buffing compound was used to machine buff aluminum
light shades and was flanunable. Shepherd took the waste to his
fann, put it on a di:y pond bed, poured the buffing compound
residue on it, and set it afire. He did not haul off any oils or
other petroleum products from GE.
In about 1976, Mr. Shepherd built a trailer park on part of
the property and sold that park in about 1980. He helped me
locate his fann on the topographic map. The fann is located on
Roper Road in East Flat Rock, but his mailing address is Box 255,
East Flat Rock, NC, 28726. To reach the fann, turn west onto
Roper Road from US 176. 'I\Jrn left off Roper Road at the Spring
Haven Trailer Park sign. His house is located on the first
driveway to the right.
GCN/pb/3
'IO:
RE:
•
December 1, 1988
File
David Lilley
Telephone coiwersation with Mr. Lee Humphrey,
Environmental Specialist, General Electric,
Hendersoiwille, North carolina
On November 28, 1988, I contacted Mr. Lee Humphrey at
General Electric's Hendersoiwille plant (telephone [phone])
regarding GE's waste disposal at Gene Shepherd's Fann. A=rding
to Mr. Shepherd, cardboard, wood, office paper, and a buffing
compound used to buff aluminum lamp shades was burned and buried
on his fann. Mr. Hurrphrey located the Material Safety Data Sheet
on the buffing compound; it read "no hazardous ingredients".
When asked about the possibility of PCB containing oil being
hauled to Gene Shepherd's fann, he said this was very unlikely,
all PCB oil arrived at GE in railroad tank cars and was stored in
on-site tanks after use. Mr. Humphrey said that waste solvents
were probably what Mr. Shepherd hauled to his fann.
Trichloroethylene and perchloroethylene were possible, along with
any other solvent commonly used during that tine period.
D1/ds/ibm. 2
'IO:
FRCM:
RE:
15 November 1988
File
Grover Nicholson (f 4.);./4,/--
Potential CERCLIS (jite in Herrlersonville,
Herrlerson County, NC
On 10 November 1988, and again on 14 November 1988, I
received calls from Diane Eskenasy of the Asheville Regional
office of NC DEM, [phone]. She rep:,rted that the
Grourrlwater Section of NC DEM is currently investigating the
grourrlwater =ntamination on the General Electric Plant property
in East Flat Rock, just south of Herrlersonville. CUring the
investigation, she found that a small stream which flows along
the GE property is =ntaminated with TCE both upstream and
downstream of the property. While searching for a possible
upstream source, she found that property of Gene Shepherd, which
also borders the stream, was rep:,rtedly used to bury wastes from
the GE plant.
A=rding to the information Diane Eskenagy has gathered,
Gene Shepherd operates Gene Shepherd Garbage Service. From 1955
until 1959 he worked for GE and also hauled away GE's garbage,
not their industrial wastes. He also hauled garbage for
residential customers, but GE was his only commercial customer.
Mr. Shepherd took the garbage to his fann and rep:,rtedly burned
it. Occasionally, he would haul away a dnnn of liquid from GE,
p:,ur the liquid onto the garbage, and set it afire. The liquid
may have been a buffing a:,rnpound =ntaining volatiles, or it may
have been FCB-laden oil.
Gene Shepherd lives on the property of suspected burial.
His telephone number is [phone]. A neighbor of Mr.
Shepherd's, Sheldon Hill, telephone [phone], may be able
to furnish sorre information about the area. 'Iwo other local
residents have rep:,rted that Mr. Shepherd buried wastes on his
property. 'Ihey also rep:,rted that a trailer park was built on
(or adjacent to) the property and that, during aJnstruction,
dnnns were dug up and re-buried. Neither resident will allow
Diane Eskenazy to release their naire or telephone number, nor
will they call rre to rep:,rt their information.
GCN/pb/3
'
• STATE
TRIP
N O T I F I C A T I O N & A U T H O R I Z A T I O N
TODAY ' S DATE: 2 I /Jo vt.w,, k ,-
PREPARED BY: S±An Af<.Jood (Staff member filling out form)
SITE TRIP
DATE OF TRIP: 3o /Jou /qi'8"
If trip date changed or cancelled note below:
Q-IANGE OF Dt\TE TO: OR CANCELLED:
.
.
SITE NAME: G~r1e.-.5he 1 h.e.::d . S;te__ ( ~es.;, s:+.e.')
NCDf: TBA
REASON FOR TRIP: Geo ,k1J:,'q I
I I
Su rve.,/._ I / s,..., 1el ,'"'t
CITY: J;1wt F/.,q.t R,ck COUNTY: He "de~ s tfv"
? If Overnight trip, Hotel staying at: ..
Telephone Number:
(Please list appropriate county health person to call to advise of trip)
ENVIRONMEITTAL SUPERVISOR OR
HF.AL1H DIRECTOR TO CALL: n-,fl.S JO\,""""'-TITLE: lfe ct Ith 'D ,' /'<!'.. L. -\-o .,.....
(Note if Dr., M.P., etc.)
Telephone Number: (?D'/-) (,,'.'z :l,,-'.::}_22-J.
Project Team Leader: St-it(\ ANoo d
Assistants: Grp',)_e.r N;d,ol-"~
Bo\. G L~ ss:: C
~ {)Jw;~-J . AlffifORIZED BY:
._:; :~ .•· . ·:1 ._-"••···-·: .. ··-;t7
STATE INACTIVE SITES SUPERVISOR
'
ATIA! __ H . \
TO NOTIFICATION FORM: 4 copies each of PRELIMINARY ASSESSMENT FORM (1st page only)
NOTIFICATION· FORM. & EPA TRAN<:uTTTAL T .I I C.K
Staff Notification Procedure: (Use black -~nk or Typewriter Only)
1. Above form goes to Data Management Coordinator (IM:) 10 days prior to trip
2. If date of trip. changes -note changed date, or mark "X" if cancelled
3. DAY AFTER TRIP, submit to Lee Crosby a short paragraph on site trip.
NOTES: Ti-.o ..,,,..s HEALTH DEPT. OFFICIAL CONTACTED: Joh.,, J c-v\
BACK UP LETTER REQUIRED: Yes No ✓ --
•.
NORTH CAROLIN-
DEPARTMENT OF HUMAN RESOURCES
INTER OFFICE MEMORANDUM
DATE 11' ,uov n
FROM 9 ,Ur,./4. I c.,--.... 1
( (£ ((,,.,( c,~ i 4~ t,/ e,,,,
He {,<.,: ti MJ--vs J ~
t1,n,(A(_ cvf-/I AIIA-,p.,,__ '?a ;(.J.rv v-y:
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~~~ q~s4~'
,h~ d I~ RM. { t?°'--j vs-/-
~) ---? t, ~ <l 9'
OHR Form 2 (8/75)
TO
Lu. Hu .... ~~
NORTH CAROLI~
DEPARTMENT OF HUMAN RESOURCES
INTER OFFICE MEMORANDUM
DATE ___ _
-----------
FROM _________ _
V;ctN.L-t'bk(t_n -a-~l)
b 9' ~---, I _q ' (b ~) __
~ \ -ri l{ ~ IS fl'Y'.._ -
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(la~) d--5 I l, 'J___o'I(
L,iJ rLvi feJ mu,,/-uJ / 6-e-
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G-r(Tl,UL)._ (,A./Cl,f-ev / T~ ~(o,r,,) o,_f
(; ~ I :J.____/ { Q__ f-I a?J o q_ ~,
DHR Form 2 (8/75) D llv--(___,
3 November 1989
TO: File
FROM: Ed Wallingford, NC Superfund Branch
RE: Telecon with Diane Eskanasy, DEM Groundwater Section-
Asheville Regional Office concerning the Gene Shepherd Farm
I was contacteff by Ms. Eskanasy on this date concerning
wells in the vicinity of the Gene Shepherd Farm. She said that the
Cinnamin Woods community well had been sampled in June of 1989 by
Dan Jones, a Sanitarian with the Henderson County Health
Department. Analysis of the water indicated a trace of xylene, and
5.7-ppb of napthalene. According to Ms. Eskanasy, these levels
were not considered high enough to cause an immediate health
threat, however, the wells were scheduled to be resampled 6 months
from the previous sampling date. She indicated that she would
resample the well sometime at the end of November. To date, 8
wells have been sampled by G.E., and 8 residences will be connected
to city water. G.E. applied for an NPDES permit for discharge of
treated groundwater in June of 1989. G.E. currently maintains
37-38 monitoring wells, and has been issued permits for either 3 or
5 extraction wells.
. \:
!
This water .i.s probably contaminated with a petroleum product that may be' ..
gasoline, fuel oil; kerosene, or other .
J
( )
( )
The movement of chemicals into groundwater is difficult to predict.
Although_ these results indicate that trace levels of contaminants are
present, this , . .,ater is acceptable for normal use now. However, since
levels may inc~ease or other chemicals might appear in the future,
this water should be resampled in 3' month(s). (PLEASE
INDICATE ON LAB SHEET THAT IT IS A RESAMPLE AND PROVIDE PREVIOUS
SAMPLE NUMBER( S) . )
Your water contains a chemical· (benzene) that is'known to cause
cancer in humans. The U. S. Environmental Protection Agency has set
a maximum contaminant level -of 5 ug/1 (ppb) for benzene. This is the
level that is considered acceptable for public water suppli"es. Even
at this leveli there may be some risk of cancer. The level of .
benzene in th s-water cannot be predicted from one time to another.
Based on this benzene
drinking or cooking.
level, this water should not be used for
Prolonged bathing/showering should be avoided.
( ) This water is highly contaminated and should not be used for
drinking, cooking, or bathing/showering.
( ) Th.i» water sample contains multiple contaminants that suggest
petroleum contamination. Since the toxicity of some of these agents
is unknown or poorly understood, prudent public health policy
recommends that this water should not be used for drinking and
cooking. Prolonged bathing/showering should be avoided.
Comments: /kcJ of::};-~ ~''/ iJtu,k ~ f~µ&W. (c,f!½,'~t;-k(,,t,
For further fnformation, contact Dr. 'J'ed Taylor or Dr. Ken Rudo, Environmental
Epidemiology Branch, (919) 733-3/410.
DHS T475 (Revised 5/89)
Environmental Epid<>miology Branch
/• ,.,
·,
Eovicoo=otQl Scioocoo A.utlysiG Ropoct • I
Name.of O<m~ ·Patient
oc Supply, I'(. IC · -L
Addc~ s s: ,t.J f" (J._ t":£,-'&_,M'.:--,,1:JJ;..~~._,..~£<:..,_,, yj ,C: .
C<>unty: . drrt/-PE g:;:oAJ
Ro poet to: ;'JJII □ 8 IOUB~ !'LS; Ill
.lddn"ss: · l!tJlDERSOl'I-COUMTY 1/[M)II (1/1·1
tt47 Sl'ARTANfll/R8 HIGIIYI/,\ .
. -1111rornsormm, ll r; ~1· •,
Oe1te C_ollectcd: .. : w, lr-.1U
,,Y')f J ' 1
. Collected By: ~ .~_, ,.{, X ·
. . . I .
Ano.lysio Ocsired:·~---~V--"'b-"--R.,__ _____ _
. RECEIVED JUL
Lo.boco.tory Se.rople Se.ciplo Oescciptioo o,: Reron,: bi
flur.,bec Hurobec
(i')j •,·,. 0
• -l · .. ~
..
'.
Revise~-(1187)
,.} ._,
Groundwater Settio·n 1. ·. Asheville Re~ionnl OHice J
PETROL[UM r -. Rooucrs
5 1989
Results In
EATTACHED SHEET(S)
'
Hildred A. Kecbo.uch-
D1cectoc
-,~t{'~;:t
' .. ,• · .. ·• J
) s·TATE LABORATOflY OF PUBLIC..' '· .. OF HEALTH SERVICES; H.C. DEPNH IUWI RESCWCES
. BOX ;>8047 _ 306 H. WILl1IHGTON 51, RAL GH, H.C. 27611 . Lh ,,;.
Laboratory .No. __ j_(}L_l:Jft.... POOGEABLE W1POOH9s Dale of Analysis -~'ff._f
. --. -·· ----.. ---· COMl'WW pg/I CCl'lPWND pg/I
__ Dichlorodi fluorcmethane -------
-----__ .J.L__ ---ff _____ Ch I orobenzene ---··· Ch I orcmethane .. -· ------------Ethyl benzene --------/Vinyl Chloride ------._, __ 1---·· --· -----I I 1.2-Tetrachloroethane --Brarone thane 1----------p Xylene
Ch I oroe thane -----.. ·-------.. m--Xylene ~ ' --------------Tr I ch lorof 1 uorcme thane 0 Xylene ····---1-r-Q..C<!...-✓I, I Dlchloroethylene styrene /)__
Methvlene Chloride Braroform -
-tert-Butyl Methyl Ether Isoprq,ylbenzene ---------(Trans) 1,2-Dichloroethylene --I, 1,2,2-Tetrachloroelhane -.
.. Isopropyl ether .. Brooobenzene -_ __1, 1-Dichloroethane -----'------n Proov I benzene
-2, 2--0i ch loroprw.,ne 1,2,3-Trichloropropane --. -(Cis) 1,2-Dichloroethylene -2--Ch I orotol uene -Chloroform ·-1,3,5-Trirrethylbenzene ----· (BC/1) Braroch I orcmethane ----4--Ch loroto l uene
!'.J~I I-Trichloroethane {Tert) Butyl Benzene -__ I I -Di ch I oropropene ·-T ---✓carbon Tetrachloride ·-
Pentachloroethane -1,2,4-Trirrethylbenzene ---------· {fi.enzene --------------(Sec) Butyl Benzene -------{l,,2-Dichloroethane ----~--✓Trichloroethylene ·---· ----·
p-lsopropyltoluene -·-------I . 3-D i ch I orobenzene 1,2-Dichloropropane ·------~-----------{I, 4-Di ch I orobenzene ----------··-·------Brcrrodichlorcmethane
-n-Butylbenzene --------~----------0 i brarardhane [ _____ -------------I 2-Di ch lorobenzene ---Toluene ---.J~.LHrichloroethane
(Bis) 2 Chloroisopropyl Ether -·--· ·-----·-1.2-Dibraro-3 Ch I or~r~ane ---------__ T etrach loroethene ------·------__ 1.,1-Di ch I orwropane -~ ··---..
_ o_~~rarochlorcmethane -----------------
1,2,4-Trichlorobenzene -,i----Hexachlorobutadiene __ ..
-Naphthalene -_ ___5,_ 7-;r_ __ .. I ,2 Dibranoethane (EOB) 1---· --J....._ __ ----I. 2 3~1richlorobenzene _ ___:__u ___
I Chlorohexane ' . -------------------. --· -----------·-·····-----·----~--------··------·---------------------. ---. .. -···----------. ----
--------· ---------··--
C01t1ENTS:
MOL Mininun Detection Limit for water (EPA Method 502.2), is 1.0 µg/1.
J . Est irnaled va-luc.
K -:Actual value i$ known to be less than value gi_ven. 1. -Actual .value is known to be greater-than value given. U -Material was analyzed.for but not detected. NA -Not analyzed.
I/ . :renlatilie ident I ficat ion.
✓ . Regulated VOC
I Trlhalorrethane
N.C. Division-or Health -Services· OHS 3GG8--0 .(1/89 Laboratory). ·
• •
January 4, 1990
TO: File
FROM: David Lilley
RE: Private drinking water well sampling in the vicinity of the GE
Hendersonville plant.
On January 2, 1990, I called Mr. Don Link of NC DEM [(704)
251-6208] concerning private well monitoring in the vicinity of the GE
Hendersonville plant. Mr. Link referred me to Mr. Robert Smith [(704)
692-4223] of the Henderson County Health Department. According to Mr.
Smith, DEM (Mr. Link's group) and Law Engineering (hired by GE) have
been doing initial sampling of the wells. After results are obtained,
the Henderson County Health Department is responsible for follow-up
sampling. Follow-up sampling is done on the schedule recommended by
either the state lab or Dr. Ken Rudo of Environmental Epidemiology.
DL/dl/gehen.fil, p.l
Dat.2:
To:
From:
Re:
•
23 February 1989
Lee Crosby
Grover Nicholson F,,J.~-
•
Contamination of private drinking water wells
Shepherd Farm, East Flat Rock, Henderson Co., NC.
On 30 November 1988 samples were taken of soil, drum contents,
creek sediment, creek water, and well water from on and around the
Shepherd Farm property. This site was reportedly used as a disposal
and burning area for wastes from the General Electric plant in East
Flat Rock. In fact, Mr. Gene Shepherd, the land owner, hauled wastes
from the GE plant from about 1955 until about 1970. During the
sampling, drums of a hardened substance and electrical-type wastes
(insulators, etc.) were observed.
Sample analyses returned on 22 February 1989 showed no inorganic
contamination, some PCB contamination in the drum contents, soils
and creek sediment, and organic chemical contamination in the creek
water and water from two nearby wells. In particular, the Maybin well
is contaminated with 5 ug/1 tetrachloroethene and the Hill well is
contaminated with 193 ug/1 tetrachloroethene and a trace of
trichloroethylene.
I am attaching a sUimnary of the sample analyses results and
copies of the sample analyses for the two wells. I request a health
risk assessment of the contamination so that the health department may
be properly notified.
Sample #1
Contents of drum
Sample #2
Background soil
Sample #3
Burn area
Surface Soil composite
Sample #4
Maybin Well
Sample #5
Disposal area
Surface soil
Sample #6
Creek water
Downslope
Sample #7
Creek sediment
Downslope
Sample #8
Hill well
•
SAMPLE ANALYSES RESULTS
SHEPHERD FARM
No inorganic contamination,
0.43ppm PCB #1260.
No ext. organics.
Trace 1,1,1-trichloroethane,
32 ug/kg toluene
No inorganic contamination.
No PCB. No ext. organics.
Trace of toluene.
No inorganic contamination.
86.5 ppm PCB #1016.
No ext. organics. No
purgeable organics.
No inorganic contamination.
No PCB.
5 ug/1 tetrachloroethene.
No ext. organics.
No inorganic contamination
13.9 ppm PCB #1254 and #1016.
NO ext. organics. No
purgeable organics.
No inorganic contamination.
No PCB. No ext. organics.
Trace of 1,2-dichloroehtane
Trace of
1,1,1-tricloroehtane, 6 ug/1
toluene.
No inorganic contamination.
0.63 ppm PCB #1254 and #1016
No ext. or purgeable
organics.
No inorganic contamination.
No PCB. No ext. organics.
Trace of trichloroethylene.
193 ug/1 tetrachloroethene.
• 20 December 1988
'ID: File
FRCM: Grover Nicholson
RE: Trip Report
Gene Shepherd Fann
On 30 November 1988, Stan Atwood and Grover Nicholson of the
NC SUperfum Branch coooucted a site visit to the fann of Eugene
Shepherd, Box 255, East Flat Rock, NC, 28726. Mr. Shepherd was
contacted by telephone on 17 November 1988 and again on 28
November 1988 and in both instances he granted pennission for the
Branch personnel to enter onto and sample his property.
Atwood and Nicholson arrived on the site at about 1100 hours
and met Mr. Shepherd. Shortly afterward, Keith Masters of the
Hazardous Waste Branch arrived. Atwood, Nicholson, Masters, and
Shepherd discussed past waste handling and disposal practices.
Mr. Shepherd then led the others on a walking tour of the
property and pointed out areas where waste was burned and piled.
Drring and after the walkover, Atwood and Nicholson
monitored the proposed sampling areas with an HNu. Samples of
dnnn contents, soil, water, sediment, and groundwater were taken
at the following locations.
Sample No. Sample 'fype Property CMner
1 Sludge contents of dnnn Gene Shepherd
2 Background Soil II
3 Co!rposite SUrface Soil II
in old burn area II
4 Groundwater Lanny Maybin home
5 Co!rposite SUrface Soil Spring Haven Inc.
in old disposal area John Harris, Mgr.
Memo to File
20 December 1988
page 2
6
7
8
Creek water downslope
of old disposal area
Creek se::linent downslope
of old disposal area
Groundwater
•
Spring Haven Inc.
John Harris, M:Jr.
II
Sheldon Hill home
sanples were taken and preserved using established sampling
and sample preservation techniques. 'Ihe site safety plan was
followed during the visit. Fhotographs were taken during
sampling. 'Ihe team departed the site at about 1530 hours and
returned to Raleigh. On 1 December 1988, the samples were taken
to the state Laboratory for Pllblic Health for organic and
inorganic analyses.
GN/pb/36 doc.
•
•
DATE: 10 April 1989
TO:
FROM:
RE:
File f
Grover Nicholson ~:./4,vv-
Shepherd Farm Proferty
Private Well
On 6 March 1989 the Henderson County Health Department sampled a
private well near the site. On 5 April 1989 the lab reported that the
sampled showed 237.4 ug/1 tetrachlorothene present.
On 7 April 1989 I contacted Dr. Ted Taylor by telephone and
asked for his assessment. He said that the residents should not drink
the water and asked that I pass this word on to the health department.
I immediately called Thomas Johnson, Henderson County Health Director,
and reported the contamination and Dr. Taylor's telephonic assessment
to him.
On 10 April 1989 I wrote a memo from Lee to Dr. Freeman
requesting a formal assessment of the water.
DATE:
TO:
FROM:
RE:
-
22 June 1989
File
Grover
Shepherd Farm
Well Sampling
-
Don Link and Diane Eskanazy (NC DEM) called today. General Electric
Company in East Flat Rock, Henderson County, has been investigating the
Shepherd Farm site. They have discovered other nearby private wells that
could be affected by the site and they want to sample these wells to
determine if any are contaminated. They are beginning to install water
lines to other affected residents and want to run water lines to these at
the same time if necessary. GE wants the state to accompany them as they
sample and to split samples with the state. Sampling will be done on 28
June 1989.
Diane coordinated with the Henderson County Health Department to have
Robert Smith of the health department, [phone], accompany GE. He
will split 4 of the 10 to 12 samples taken. Samples will be taken for
volatile organics only. I arranged for John Neal to send Robert Smith
twelve VOAs and appropriate cartons, ice chests, and ice packs.
GN/db/shepherd.doc
MRY-09-' 90 09: 59 ID: EHI-IR PUBLIC RFFR IRS TEL t,10: 919-733-0513 11642 P02 • • 09:35 EPR OCEA CFM/:IFTS257/COMM347-372l P.01
~ e:NVIRONMENT AL NEWS
. I
I
EPA CONDUCTS :n~ll.!'JC'J':tOH 01" Gll!Nlfl~;.:, F.)'..'.i!CT!U'.C COMPANY IN EAS'l' Jl.A'r ROCR, ~f! SEQ!NlU:!-!G YJ\.: l<.
, 'l'hl(l lJ, s . Bnvirorunantal Proteetion Ageney ,_..ill bi, conduc. tir,,:, tin iris;,41.:: i::.l.Cl'l ;,,g t,he QQn~ral Eleetrie Cmnpan.y' in Eallt rlc.t Rae:-:, ~C, c1Jgir.11.l.n~1 on my 14, 1990, to obtain. a.dditionml inf.ois'1l\eti;:;n :it10tlnct to d .. t-e;,"'ffiins if thlil a.!.te mhould be plac;ied ~n tl\'1! 'ml"A' 11 Ht.;tl<Jnal :;11;'1.o:d. ti1a; t,ist ( NPI.) of ha111a:rdoua waate oitoe. i 'l'he NPL id111i1tifi.i@ C!Pff.ndone~ OL' unc:ontrollad ll&aardoua waate tJit&11 potonti&lly po&1it,g eho g:,:o1111ts~t lonQ'-tGl'.'11'1 tlu'Gtat to health and th~ ~nv~ronment, · A IDore@nin\', .i.n<'prS•;lti.:;l'l ~:;ndui:ted l';y the A(Ja:iciy in Novembi,r 1988, ind.l.cat~d th& aite ill ccnttitr.iniltoc.t 'With polyahlorino.tGd biphenyla ' ( ecna), 11 matlll 6, 0rgtl'.r,.,;_,:: r:otr,to1.1nd.s:i a-ri:::l E-OB s.i.bly ct ti.er oontllll\in11nte, ·~ To 'k>0ttpr c.\efiniD th..i c,:1trt=.tn1;ctlon,, t;.hti Agcnoy will eonduot additiOTill.l mar.;pl..!.r,c;; ir~cltidin.g thG fQ.!.lowinQ'i ~· 91:oundwe,.t.:,r :l.:ur,9l~c, f~;om i:&!1\!;lGi:t'fll."Y monitor in:; well& -· @nvirol'l!\\lll,,":l'!l i!!Utf11.e;c ;:oil; Gubeurfilofl eoil, and 11adil1111nt , ■ample■
-groundwni.:11,:i: <o.iZ~i;>lcdi , -!.'.-~,~ .;-i,,i.sti,!'li mm~itorin<: welle !.i~ ad<Ut.1on, ti ;~ophynigal !,).;;;:~i:;,r,.i,iJ o:i: tll.0 c.it~ wJ.l.l be p0rformed to help' de.l insi!lts f02.'lll0l' l&.r!li:f i. l 1 ~;c•l.le:15. The datil vath~.i:;ae. wi.."..l ~!!l ~t,ll(i t:.O CO!'\i/Jid~t' the aitl!I for poa1ibl• .tnolusion on. t.hi.; m,x, an-.i w.tll ta),rn into conei.dc;r~t!.on the type• arid ~11ntit\ie111 of Wlicta;:; .\)::1.;HHU\t, the .;xtaint of ,,ontami.n&tion, and the r,\;JIWOr Qf people lilri:lg (Jr, wo~kir,~ n~arby who could bo exposed to tha contrunin1u1.ts, Tho .itelcdi~'i:~ th.\:-c,:;it ::~om th~ ?Jitia hBl!I been abated by the oomp,!Ul.j'' 13 prov!aion o~ 1.t1 :cl t,11:..·r,atr. \1.stmr eur,ply to :realderita with pril.vets \ffllli!! e;.ff.r&ct1$d kil t.h,11 contmninrAtion, 'l'he Qmn;i:e.al ll$c:tria .z.,_c:.,:u. t:,, loc&t&d er I: Spa~tanburg Hi9hway, (lonaiet!a ot l'l!Or!t t~\L".ti !lll eie~em. opm:·et1ons at thtt plant involve the IIU,l.r,.ufmot1.1rG of outd.ocz·, indf.lat1:i.tl\,i snd ao=eroisl lighting fixture■, Alwuinwn i.modt11inq, el.111ot~,,cht:l'll1G,hl bi:tg:lltonin; and poliishiri;, •• well am, nicltel co11ting for polieh;Ll'lg, an.d Q !Jil.S.ca coating proco■II a:ca, or,. hm.ve bean, p&rfoJ:tWd i!lt tho f.acility, 'l'he ocmpany ha• been in opar
1
ation sinee 1955, -0• May 9 I 1990 COKTACTI Charlia Thompson of EPA Re;ion lV at [phone] ---------
• • I
State of North Carolina
Department of Environment, Health, and Natural Resources
Division of Solid Waste Management
P.O. Box 27687 · Raleigh, No1ih Carolina 27611-7687
James G. Martin, Governor
William W. Cobey, Jr., Secretary
Mr. Robert Morris
NC CERCLA Project Officer
EPA Region IV Waste Division
345 Courtland Street, N.E.
Atlanta, GA 30365
10 May 1990
RE: Listing Site Investigation (LSI) Fhase II study Plan
General Electric Co. LSD -NC D079044426
Shepherd Farm -NC [)986170686
East Flat R=k, NC
Henderson Cow1ty ( 45) Congressional District-11
Dear Robert:
\Villiam L. f\ \ ::•.1-:1
Director
As requested, I have reviewed the GE and Shepherd Farm Fhase II Listing
Site Investigation (LSI) study plans. overall, I felt that the investigative
strategy was appropriate for the two sites. My =mments are l:iJnited to the
follawing:
-Clorinated solvents llBY not be detected in the shallaw (temporary) wells at
Shepherd Farm. The installation of a deep well ( s) within the disposal area
would be more appropriate for the detection of these dense solvents.
-The determination of grrnmdwater flaw direction was not addressed in the
proposed study plan. This information is important for the selection of a
prudent sampling strategy. The geology of the North Carolina mountains i.s
quite variable in some areas, therefore, the assurrq::,tion that groundwater flaw
direction follaws the surficial topography l1BY be misleading.
-Since the data generated by this investigation llBY be used to supplement
Remedial Investigation/Feasibility Study (RIFS) data', a rrethod of recording
the sampling l=ations needs to be developed. Either surveying in these
points or using some other measuring device to l=ate the sampli.n:, p::iints is
necessary.
If you have any questions concerning these =mments, call me at
919/733-2801.
cc: Pat DeRosa
./J1/~
Ed Wallingford, Environmental Chemist
NC supe'ffwrl Section
Division of Solid Waste Management
•
\ ',, SUbDIN SUVICI'•. •~.'
l(AlEIGH BLUE Pl(INTEl(S
Blue Line Prints, Intermediates, Engineering Supplies
Maps (Agents for U.S.G.S. Maps and Nautical Charts)
· 313 W. Martin Street• Raleigh, North Carolina 27601 • (919) 832°2 1·
CUSTOMER ,A/C Vic/ ft'Er!t-77--f S-6£f/lCtir,E I/; ~3
ADDRESS __ ;S_U._'f;;,_· E="~?=_'?_/-c_-=cJ~K,0~-~~/j~0:2~![-.~·,"~'ltV~·~~C~H~---·-• ---~-~··=··~-~-_
Po Ro-/ ::2.61'1 Rffi.. I./(_ 21f.:,tJ?-?a'11
2
/)
~-f--/._) .,. , ,? ~
4-riv_-17/l-T /£ov.Jh1"-:,V
5c/'E,:;,e,c-oNn J?,8'J-;t ',,-ff
/,~ , , --/' /4 I{ /·· f ~ ...,~.-• Pv----
II I
V
DELIVER □ he: &,€µ€ 5'H€PHe;e;:,
SUB. Jc. "<?O
TOTAL
PICKUP □ MR./'r> SALES 76
TAX
MAIL □ TRANS.
TRACING RETURNED □ 3440 /5 ? ~
TOTAL -...
CUSTOMER
i
,,
•·.' •
North Carolina Department of Human Resources
Division of Health Services
P.O. Box 2091 • Raleigh, North Carolina 27602-2091
James G. Martin, Governor
David T. Flaherty, Secretary
Ronald H. Levine, M.D., M.P.H.
MEMORANDUM
TO:
FROM:
RE:
27 February 1989
Dr. John Freeman, D.V.M., M.P.H., Head Environmental Epidemiology Branch
Lee Crosby, Head ;) C/
Superfund Branch,,?-,
1/
Shepherd Farm Property Health Assessment
Private drinking water well contamination
East Flat Rock, Henderson County, NC.
State Health Director
On 30 November 1988 samples were taken of soil, drum contents, creek sediment, creek water, and well water from on and around the Shepherd Farm property. This site was reportedly used as a disposal and burning area for wastes from the General Electric plant in East Flat Rock. In fact, Mr. Gene Shepherd, the land owner, hauled wastes from the GE plant from about 1955 until about 1970. During the sampling, drums of a hardened substance and electrical-type wastes (insulators, etc.) were observed.
Two of the closest wells were sampled. Sample analyses show that the nearest well, belonging to Seldon and Bettie Hill, is contaminated with 193 ug/1 tetrachloroethene and a trace of trichloroethylene. The other well, at a house rented by Larry Maybin, is shown to be contaminated with 5 ug/1 tetrachloroethene.
I am enclosing the sample analyses results and a map of the area showing sampling locations. Would you have your staff review the enclosed data and forward a health risk assessment of the contamination and a recommendation for use of the water to me as soon as possible?
If you have any questions or need further information, please contact Grover Nicholson or me at [phone].
LC/GN/db/letter
'-'~j,··•., ··•·,,
.x. 5CJ,lu
Sample #1
Contents of drum
Sample #2
Background soil
Sample #3
Burn area
Surface Soil composite
Sample #4
Maybin Well
Sample #5
Disposal area
Surface soil
. Sample #6
. Creek water
··Downslope
sample #7.
Creek sediment
Downslope
Sample #8
Hill well
··,-:.-.,,,:;::}_;-_:·'
s~~~j~~~i~EiA:SYL?:S •·
No inorganic· .. contamination;
o.43ppm PCB #1260.
No ext. organics.
Trabe 1,1,1-trichloroethane~
32 ug/kg toluene
No inorganic contamination.
No PrB. No ext. organics.•
Trace of toluene.
No inorganic contamination.
86.5 ppm PCB #1016.
No ext. organics. No
purgeable organics.
No inorganic contamination.
No PCB.
5 ug/1 tetrachloroethene.
No ext. organics.
No inorganic contamination
13.9 ppm PCB #1254 and #1016.
NO ext. organics. No
purgeable organics.
No inorganic contamination .
No PCB. No ext. organics.
Trace of 1,2-dichloroehtane
Trace of
1,1,1-tricloroehtane, 6 ug/1
toluene.
No inorganic contamination.
0.63 ppm PCB #1254 and #1016
No ext. or purgeable
organics.·
No inorganic contamination.
No.PCB. No ext. organics.
Trace of trichloroethylene.
19~ ug/1 tetrachloroethene.
___ Surface Water (2)
__ Soil (3)
___ Ocher (4)
-~-Liq;;id (6) ·
--Sl~d~?(?).
__ . Qthcr {8)
INORGANIC CHEMJSTRY _ _,_..
· Extract.ables Total
Parameter
__ A,senic
__ n.iriu.n.
__ t.,adrrium
__ Chromium
__ Lead
__ Me,cury.
~-Selenium --····. -. -__ .Silver
Parameter
__ P& T:GC/MS
__ :\cid:B~ Ext.
__ TOX
P:tramctcr
Rcsulu mg/1
Results mg/1
MICROBIOLOGY
• · : __ (,ff) Colifor:n Colonics/l00m\s ·
: I __ ·_. (\{PN) Coliforril Colonies/lO0mls
·. j
' i---
'
Parameter Results mg/1
...lS._Arscnic <o,u {_
1-Barium < o, I
~Cadmium < o. oo.S--
_·_·_Chloride
~Chromium <o.o ..
__ Copper
__ Fluoride
__ Iron
_K_Lead · ,:_ P. IJ3
__ MaI1gane?e
~Mercury < O,ClO0:L
__ Nitrate
LSdenium <.c?·OOS~
ORGANIC CHEMISTRY
Param.etcr
_EDB
__ PCB's
__ Petroleum
_. _Endrin
__ Lindane
Result£ mg/1
Parameter
--Gross Alpha
--Gross &:ca
Parameter
_K_ Silver
__ Sulfates
__ Zinc
~Ph
__ Conductivity
_ms
_Toe
Parameter
__ Methoxychlor
__ T oxaphcnc
_2,4-D
__ 2,4,5-TP (silvcx)
RADIOCHEMJSTRY
Results r
<0 .. 05
Rcsultli
Resulu PCi/1
12-~rz..-i'Y
Dare Reported -----,----,----------
•·~),cc Excricced ________________ ~--~~ Dare Analy-.ed
_,
· Environmcri ta1
_>< __ Groundwater (1)
___ Surface Water (2)
--Soil (J)
___ Ocher ( 4)
Extract.ables
C~nccntrate
__ Solid (5)
-~-Liquid (6)
__ Sludge (7)
-~ Ocher (8)
INORGANIC CHEMlSTRY
Parameter Results mg/1 Parameter Results mg/1
__ Arsenic __ Arsenic
__ Barium __ Barium
__ Ddmium _·_Cadmium
__ Chromium __ Chloride
__ Lead. __ Chromium
__ Mercury __ .Copper
~--~,kr:iuEl_ ·-__ Fluoride
__ .Silver __ . lron
__ Lead --
--__ Manganese
--__ Mercury
--__ Nitrate
__ Selenium --. • .. ..
ORGANIC CHEMISTRY
Parameter Results mg/1 Parameter Results mg/1
.
__ P& T:GC/MS __ EDB
·.:Comments
. ·j_-~, Tel2.
/:L.
Tot.al
Parameter
__ Silver
__ Sulfates
__ Zinc
_Ph
__ Conductivity
_TDS
__ TOC
--
--
--
--
--
--
Parameter
.
__ Mccl1oxychlor
A .'lcid:E/N Exe. _J5..__ PCB's <n.ooO/ ~"~" Toxaphcne
' ' _TOX __ Perrolcum __ 2,4-D
__ Endrin --2,4,5-TP (silvcx)
__ Lindane
MICROBIOLOGY RADIOCHEMJSTRY
Results r
'
Results
P;i.ramctcr Para.meter Results PCi/ 1
__ (MF) Coliform Colonies/lO0mls __ Gross Alpha
__ (MPN) Coliform Colonies/l00mls __ Gross Beta
Dare Received /J.,-/-"if<i ::rw£ Dace Reponed .-::-:;;,------c--:-;s-------
. BIY/tl /J.·0.5-J'ii i1iti6, V(J . PcB:f . (3;.Jfl
l);cc· Extracted _,._f?C,,,(._,_o,__,/.a..:Jc...J-'-'--/-'(.,_'&'"-\/-'-'fw0,...,£-"\JJ""-"' LA"'--'----~--~· Da tc Anal y-..ed /;7...,-7-rl'YP /J-J<{-f!'f /J&
803060
·: ·:'.-:>
,i tc N~ ~bcr • ----'------'--'----'--'-----"'----
,;: ,acne of Site (de,",Je, c'Shiph~l-d· F,;y2(>j/,i
·::: ·:011~c,cd By -yz~,{}, CH;, i-s O /; \O# . 3=1-
"y;x of Samplcu
·-En:vironn1cn tal
X 'Groundwater (1)
-~-· Surface Water (2)
Soil (3)
_:. Coflcentrate ·
. .
__ ·. Solid (5)
__ Liquid (6) ·
__ Sludge (7)
___ Other (4) · __ · _Other (8) :5,q. Pt...E
.,j' N 14 · &vrflf U
INORGANIC CHEMISTRY
Extractable,
Parameter
__ Arsenic
__ Dai-.ium
__ Gdmium
__ Chromium ·
__ u:ad
__ Mercury
__....,,._,_~~J~_~iu_In_ ·-
__ -Silver
Parameter
_x__ P& T:GC/MS
__ /\cid;B/N ExL
__ TOX
RC1lults mg/1 Parameter
__ Arsenic
__ Barium
__ Cadmium
__ Chloride
__ Chromium
__ .Copper
__ Fluoride
_. _Iron
__ Lead
__ Manganese
__ Mercury
__ Nitrate.·
__ Sclen.ium
Results mg/1
ORGANIC CHEMISTRY
Results mg/1 Parameter
__ EDE
..LPCB's
________ . __ Petroleum
MICROBIOLOGY
__ Endrin
__ Lindane
Results mg/1
(V0,3'✓-\..)
Parameter
__ Silver
__ Sulfates
__ Zinc
_Ph
--. Conductivity
_TDS
_Toe·
Parameter
_· _·Methoxychlor
__ Toxaphene
_2,4-D
__ 2,4,5-TP (silvcx)
RADIOCHEMISTRY
Results I
Results
Parameter PiI'am.etcr Results PCi/1
f-.-(MF) Coliform Colonies/lO0mls
: __ · (MPN) Coliform Colonies/l00mls
i . i--
. i---
__ Gross Alpha
__ Gross Beta
. ·'---' ---'----------:----........L_-,.....--~---,-----'-----
Date Reported -;;-::::----,---,----------P, . . . .
I -3 -'af: 77..Lu Date Analy-.ed
·-·'··· .. , .. , .. ;~-r_,. ~--r, r ·c-. ~-. -.... ·. ---:-,, .. lj..._-_,.,·,..::,(,c:.';:; t,.,;,.('c,-,}; G:2; ,~.t! .: p_-'.i.;1; ::--,,./ ... ,_.l.:o_; -;,, -·. h ,' _.; • .:.; ,• ;._:_ ~:' :, :.· ·'·.1-. \f'-'..,· . • • ~ ·., ,c;_,'.~;:;,:.' ~1':..,~~~,;~. --:-~ ··":"'' '• ~, ~ • "'; ... ,· ·t · ::. '<•
Company, s · ~;;,,~:_~:~"i_;,{:JJ};_·JrJkr,;f~~~;, ;.:xih ,.z,~~: )f~{~}t.Q~~y;)~lf:)}:-t'ii!},ef3~g.•k $(';"-~_"·,·
::;;;:'.:,;~~~~f,,~~~~j!~,~~t:::~:;:i~i'i~:;~~;~~i'"
Date -.S2..m~l~d .::,j;9~::,;:.Biv ~::"i'if'i';"',; . ,:;(,;>:,:~' · ·•:/· -.• Tili"e 'sz'.mpied '·':/.;, l-i}"· ':-· :·;:-~":•'cec''. :'.1~
Type of Process Generating Waste
. '
. . ' . . . . '·: 'i"• ' ... . ~ . bv::12:r o/: '}_!. -~ kn·~ <'V'11 fr, d, ~'Uti_r1?-
Field Information
·Fiud ·Sample No. -· "! .•• " • -· ,.. __ •. ,._ .•.••••
of Possession:
1. ~ O· J.Jni,, [<:> /Jtw 5/f -I l)t:-c . p... · ·· tlt.:!..e .-... ·inclusive dates
2.
3.
., .. signature
Res~:~s reported
Ins r.:-uc tions :. •. Complete all applicable inforw,s:io,.
subm.it. \,.Tit.h ·.an2.l'-1 Sis reaues;:: fo::::;s ·------·---·--··-._• ··-..... .,... . -·· . ,. ---..
tit.le v inclusive dates
tit.le. ••-inclusive dates···
d2te
inclucing .sign2r:ures, and
Soil (3)
___ Ocher (4)
__ Slu~ge (7). ·
__ Ocher (8) MG(DIEI~·
INORGANIC CHEMJSTRY
Extractable,
Pan meter
__ A,scnic
__ Barium
__ C,dmium
__ Chromium
--·~~d
___ Mercury
---~~fr.~iu.rn __ _
__ ·Silver
Results mg/1 Parameter
~Arsenic
.::!__Barium
__y_ Cadmium
__ Chloride
LChromium
--.. Copper
__ fluoride
__lron
LLcad
__ Mangane~c
~Mercury
__ . .Nitrate .
_.t:::_sclenium
Results mg/1
< o, I
<o-o
<o.oooz_.
Total
Parameter
LSilver
__ Sulfates
__ Zinc
_Ph
__ Conductivity
__ ms
_TOC
Results
ORGANIC CHEMISTRY
Parameter
__ P& T:GC/MS
__ 1\cid:B/N Exe.
_TOX
Remits mg/1
MlCROBlOLOGY
' --(MF) Coliform Colonics/lOOmls
: __ ·_ (MPN) Coliform Colonies/lOOmls
;)ace Rccdv~d
Parameter
__ £DB
__ PCB's
__ Petroleum
__ Endrin
__ Lindane
Ua:c Enractcd -----------------~----
Results mg/ 1
Para.meter
__ Gross Alpha
__ Gross Bera
Parameter
__ Methoxychlor
__ Toxaphcne
_2,4-D
--2,4,5-TP (silvex)
RADIOCHEMJSTRY
Re,mfo
Results PCi/1
12---12--$
Date Reporred -----------------
<ari,c ~rs;';c ; ?:e-ne SA?phef--d
::Oi\;_c~ed Dy .-:c'(j::-;J)(HoC-5 ,.,...,,-
. ·y;x of Samplcu-: -
-F'"~---:•--··
°i:bli ; : 3 7-_,'. :
.. Environm~rltal
_L Groundwater (1)
___ Surface .Water (2)
__ Soil (3)
___ Other ( 4)
Extractables
. Concentrate
__ Solid (5)
___ Liquid (6l
__ Sludge (7)
__ Other (8)
INORGANIC C
Parameter Rc-sults mg/1 Parameter
___ Arsenic
__ B2riui11
_-_ C'...admi1.'.m
· __ Chromium
_-__ L~ad
__ Mc.rcuq·
----,-;.-c_S~fr.r)iU_In_ --
__ .Silver
__ Arsenic
__ Barium
__ Cadmium
__ Chloride
__ Chromium
__ Copper··
__ Fluoride
__ Iron
__ Lead
__ Manganese
__ Mercury
__ . Nitrate _
__ Selenium
Results mg/1
Total
Parameter
__ Silver
___ Sulfates
__ Zinc
_Ph
__ Conductivity ___ ms
__ TOC
ORGANIC CHEMISTRY
Parameter
-~ P& T:GC/MS
__ i\cid:_B/N Ext.
__ TOX
Results mg/1
MICROBIOLOGY
Parameter
_EDB
LPCB's
__ Petroleum
· __ Endrin
__ Lindane
Results mg/ 1 Parameter
__ Methoxychlor
(Vol'l 1'½) __ Toxaphene
_2,4-D
--2,4,5-TP (silvex)
RADIOCHEMJSTRY
Results r
Results
Param~tcr Piram.etcr Results PCi/1
i __ (~IF) Coliform Colonic:s/l00mls ' : : ___ (MPN) Coliform Colonies/l00mls
i i-----
__ Gross Alpha
__ Gross Bera
.Environmeii.t."al ·
_X'.~-Grciundwace·r (1):
___ Surfa~c Wacer (2)
__ Soil.(J)
Other (4)
__ .. SoHd :rsi\·· >
___ Liquid (6)
___ Sludge (7). ·.
___ Other (8) ... ~-.;.?'i.=-, ..
INORGANIC CHEMJSTRY.
Extractablcs
Parameter
__ Arsenic
__ D2-rium
__ C:1dmiurn
. __ Chromium
__ Lud
___ Mercury
~ Se.lr.nium _-_~s;i~c~ ---
Parameter
__ P& T:GC/MS
L .'1cid:B/N Ext.
__ TOX
Resulu mg/ 1
Results mg/1
MICROBIOLOGY
Parameter
__ Arsenic
__ Barium
__ Cadmium
__ Chloride
__ Chromium
__ .Copper
__ Fluoride
__ Iron
__ Lead
__ Manganese
__ Mercury
__ Nitrate.
__ Selenium
Rcsulu mg/1
Total
Parameter
__ Silver
__ · Sulfates
__ Zinc
_Ph
__ Conductivity
_ms
_Toe
ORGANIC CHEM.lSTRY
Parameter
_EDB
_K_ PCB's
__ Petroleum
_· __ · Endrin
__ Lindane
Results mg/ 1 Parameter
__ Methoxychlor
< Q, ooO I PP""-__ Toxaphcne
----~·--__ 2,4-D
__ 2,4,5-TP (sil\'ex)
RADIOCHEMJSTRY
Results r
Results
Parameter Pa.r~eter Resulu PCi/1
! __ (Ml') Coliform Colonies/) 00mls
: __ . (MPN) Coliform Colooies/l00mls
i
i '
--Gross Alpha
__ Gross Beta
Co11·e~t~r'1_"s .. Na'me ____ . ~-,,~pu:;;e_;-~;:~.:. Teleyhone("[-r9 ) .?c~J'-c'!;i)j ·"·~,~0_"--'_>:
:::,::;:~~::;~~~:;;!~::,~';,-:.:·.~~::.::~:_;w;~~~;z\
Field Infornation
C-nc..in
2.
3.
,;-
Res~l~s repoited\.·_
. t:it:
signature tit.le . . . . ---~ ~----
·-'
/
-~ ·:-:~::·.~:--::. ·7· 1_
~>:::.~:.'-'.:,·
.. \• -~--" . ' .,,_ .
. ~: .. : : ~ -~" '-!.· -~r .. ::.:;.:: ..
·.,·;. :::,-,:-,
.-.. •' .. _ -··
-···--.. _________ ., __ -----
3o ~ 31?'-/})EC q
inclusive · da t:es·
inclusive dat:es
. inclusive dat:es
d2.te
"
Ins-c:-uc-cions: C<;>mplete 2.11 2pplic2ble··-infol""L'.icLi6r: incluC.ing sign2t.ures,
submit. vir.h ·.2n2lvsis reaue.s;: fo~s .
and
. , ... ________ . ___________ _:_ ____________ :_ . -=--. -·---···· ·····-•---···-· ---. -----·-· - . -
' . . -, .,
:,•ti;.
. -. •· STATE LABORATORY Of PUG <EALTH .
Q[VlSION Of HEALTH SERVlC£5, N·.C. OEf'AR cNT Df-f<UMN R{SCXJHC£S
P.O. IJOX 28047 .-306 N. \i[LMINGTON, ST.,· RALEIQ!, N.C. ___ 27611
OOCANlC Qj£M!CAL NIALYS!S
LAB f/0 q,;-,;=:y,·5-~; S"Q"v,_-'i_', ·s,:,n:::,,v,t~ &'03n"51. ~.~?, • X' O _-;y-, G PURGEAllLE OYiPOONOS .. . ~~~
FIELD H '+ I In ?, 4-1 &; I ).J. 'Inn J.11 KB <-J /:''>' I 'l-15?,
Wif'CXJNO TYPE ( / ) ( '-l f.,2.l. ( 3' ( I ) (3 J
UNI-TS r,,ql lJuo/ko uo/l JQ/kq I /uo/1 lun/ko un/ l (ion/kn (µq/l)uq/ko uo/1 /.,0 /k
chlorcrrethane _,;--<,<q-J,'1 Ll--I -·1 , . ·L ,
b rarcrre thane ' , ~/
dichlorodifluoro-rethane (_ C tr c..
vinvl ch lorl de ., ' I
ch l oroethane ' ' ..... r-' .
rrethvlene chloride
tr i cl\l orof l uoro-rethane
ethene 1.1-dichloro
ethane. 1. 1-d ich l oro-
l 2-trans-dichloroethene
chloroform
ethane. 1.2-dichloro-
ethane 1. l 1-trlchloro-
carbootetrachloride .
bro-rodi ch lororethane
0 =ane 1. 2-di ch loro-
1 3-trans-dichlo ,~ ' /
trich loroethvlene -~-rn ,. "
ch lorodibrororetl\ane l.L
b<enzene
ethane . 1. 1 2-trichloro-
1 3-c is-di ch 1 o, ne
2-ehloroethvl vinvl ether
broroform
ethane 1. l.2.2-tetrach1oro-'/
ethene tetrach l oro-. IL :::,, .. -
toluene J'
ch 1 orobenzene I
ethvlbenzene ' . I, .
.lcetone . Fi~/.})_ u....... I'
2-butanone
cartondi sulfide
2-hexanone
4-<rethvl-2-<><'ntanooe·
slvrene
vinvl ace late
xvlenes 1-hrl-all / ' I . I
""L-"-r
\-to
J -Est1rnalcd value.
K -Actual value is koo.rn to be less than value given.
L -Actual value· is kno,.,n to be greater than value given.
U -Katerial 1<as analyzed for but not detected. The nuroer
NA -Not an<>lyzed.-
l/ -Tentative iden'tification. It -D'1 N~OC List_of Priority Pollutants.
Cr ?'0 ~1bk.. lo..b con-t-arn;no.+lon, ·
N.C. Division of l{calth Services
DIIS 3068--0 (l,/86 Laboratory)
r. ;;'JC A· "\(r-t UV,!. h""
I ' /',, v-'. ')""" ~ ,Y \ ~~~-· . ....___
/·,.)tJ ',Y -"-\.. \ .. :.::Ff I \
.:~\,i t:'f:f'."I -f . ' .. l
.Ir C)--\ "~,,_, ti ;:; ,~o ;;.: :.··1
+nu:..'-,·-· r.~ /: / \ ,..•:,, ·:::'.:-
.. .j-,.,-, r " \•'' . .. .LI --~, f!.~ 1o;=· ~;1 .. , •\ ,;,
I' \~ .. ~ ,,_ l3RA ~u~i/ ·· ... ~ /
. -,.'"\ r'
·; ,""J.· .v~ ~-· .•r•'l-"•I'!,. :.,_'<.-\/
·-.........::·.::. ::.~:.-~;..-..
·, C,
la I 1
11 i
'V '\ I ,I/ ... ,✓
I' LL I, ',
I
,/
J...r~,..~ y -7 ,,.. ' I
is the Kininvn Detcclion Limit.
-· ~-' -•·· -·.; ... ...... . : . ·-r-.: '":··:-",~ ·" _,.,. ,·,;-.,•
BASE/NEUTRAL AND. ACID .. ·LAB··,NQ··:,~ ,goao5l/,i! . •:;., FIEUi.:1{; c:[il-/T,, 2..-. EXTRACT ABLES .. ,,_· . · . TYP°E! ;:-r;·,;;-:: ;'?''.'( '/..) ;:•:_,., COtlPOUND. · • · , · ulirr'st:;: ··11□/l '\.. :~· :,,.: , ~ .,. ..
N nitrosodimethvlamine tn7 ;;,:t,., ,. ·•. :· L,L
bis(2-chloroethvllether
2-chloroohenol
ohenol
l ,3-dichlorobenzene ..
' 1.4-dichlorobenzene
1.2-dichlorobenzene
bis(2-chloroi llether
hexachloroethane
N ni troso-di-n lamine
nitrobenzene
ismhorone
2 nit~henol
2. 4-dimethvloheno l
bis(2-chloroethoxv)methane
2 4-dichlo~henol
l 2.4-trichlorobenzene
nanhthalene
hexachlorobutadiene
4-ch loro-m-creso l
hexach l orocvcl~ntadi ene
2.4 6 trich lorooheno l
2-chloronanhthalene
acenanhthvl ene
dimethvl ohthalate
2,6-dinitrotoluene
acen•nhthene
2.4-dinitroohenol
2,4-dinitrotoluene
4-ni troohenol
fluorene
4--ch lo~henvl nhenvlether
diethvl ohthalate
4 6-di ni tro-o-creso l
diohenvlamine
a.zobenzene
4-brarophenvlnhenvl ether
hexachlorobenzene
f)<'ntach l orr.nheno l
ohenanthrene
anthracene
dibutvl ohthalate
fl uoranthene
J --Estimated value.
SQ/u.~o
11'11-;-;;io
if 01. Zif'o
fO/ ~3o
,I.,
~1-<'I'. ">O'
,I.,
I" , '::,30
/n/:;,-:,,11
so/11,,:fo
//1 /'1::/r.
,,
m'DL
11,..o/so11.-·
-.,/
,'><0 ~t')<,..., .•.r
..I.J.JbJ :-.:
:;•..-•(4)-\•:
~"a/kq
.. . I
... ./
K -Actual value is known to be less than value given.
·-._, .. ;,~ ... ·,.:_•_. . -~-:.;,. ,.~/ .. ~,,. ·• ... . ,,\. ·. --~.··>!• . .' , ..•••. .,,.,. ~ ~~:-.... ;-',,·":'.•··
-''7r. ':?O.f>(,li :'9o3o" f<'., 'f<1J::/.'t)"1~·o"&t ~O'lo(,f;J,d;
·o: '1.",'q . . J.J J ;::;.g.,c_-·, ·,/I rc..,"7,; ';:'\.+ i£II 'i'.'5-:C i.,<(
;.:.,•. i2:f.i:.')i <.'( :=?. .,/"··, ./.·: ( :'N,k:;,·,,.c ·•.:•; .. :( ·.-:) .,,::::..:;
r.,n/11.:,:..;...:;: •'· ; .. n/ka 6,n/1 ,1 ~J_ .,.·-•"• ,:.n. .. t,O/k<i );
·, ·, ,'t,,C:"' .,,. .. : ·.·, A...•~1\.','/~J::· . .-~.,;-:···• )l,-(._:;. .. . ',
,,., ..
.. .. , .. ~ .. . . JI". I ··•111-. ·.--...
. {' .. ......__ . .. ,.,
·10, ,..., \
I \ , I ..,. ~----I ..
.,:-<1 ... I; r . ,: '
~ I!.. .. ..
\V, -· ' .. b'l
'\.";;:, BR NCH '.:,.", .I
' ~ .. ... -< "1/
' / ' / ' ,. ,/
L -Actual value is known to be greater than value given.
U -l'\aterial was analy;ed for but not detected. The nurber
NA -Not analyzed.
is the HiniITT.JTI Detection !:_imit. mIJL
1/ -Tentative identification. fl -On NRDC·List of Priority Pollutants.
N. C. V-<.v,U.,-<.On 06 He.a.U:h Se;,.vic.v.,
Vf/S j068-0 (4/86 Lab0Ji.a.:to1ty)
BASE/NEUTRAL•'.Aiio"\'Acio }., · .• :LAB 'oo;";. \'i?.m➔o":5{/.( '9/l :::,Q,:;-.c;. ix'O .'fCJ.'>i7, ~,::> '?/2.<; >< < '!'9i'i'.\<'o/l,,'(ll;.; 'S(IJ;."'l;>'Ji':IJ · . EximriiBLEs;'f'C:i)'","/,i ''FIELD'#:· '?.'-f/u.2;,:,,.· 'ITJ1p7 <c .. "1''LJ15.q ":· i~'i'/.l';,<9t,t-' ,?!L/1.!:,-ct•;~;,\ e'.L/15J;;.t
.TYPE.-.·· .:;:;.''(if:,1.,,\:'., .. ,::_:r J../,\ioe.,,,. ' .. ,.,(-Z..f,c,r,:' -:;'.[,);(,2.•i";,::!Li S·i,·r,r/11 ,:c_.,;; ',;D,(\3',J".{;
UNITS·(·: fuoll'••n/ko I~, A>o/ko f,,a/1 '= ' ;, "'-/kn' '/uoil':;;,,;..:;,;• ._ ... ·, I<
'L:C :::
3 3--dichlorobenzidine SO//l,011 1 fl 'f. . ==-""-'-"'-""""-"'-.. ,=""-----l"'-".'-fJ ;~"""'+--+---+--+--H!-¾i,1-.f--,+-~,,.:.+--+-'---'¼-,----+--+--
~b.,_i.e.s,,(2,_-e-"-"tc:.h"-'-vl"he"x"-,v"l'-'I '=nhc,tcch"-a-"la,.:t,.,e~-t/'c,0"'1'-';/.:J°"3~04 __ +---+--l----++i:-f;,.'7. ~-,,"',...,;;,_,~o:;;:,!'c-'1¥nnn'r''°'--j-..;~~1----+---f---
di n-octvl ohthalate. 10/.3.:?o ! .f, · 0
benzo(b) fluoranthene SO/Jh5"0 ,I '~ ,.;::;
di benzo(a. h 1 anthracene
benzo(o.h. il=rvlene
anlline
benzoic acid
benzvl a lcoho 1
4-ch l oroan i 1 i ne
dibenzofuran
2-<rethvlnaohthaleoe
2-<rethvlohenol
4-<rethvl oheno 1
2-nitroaniline
3-nitroaniline
4-nitroani line
2 4 5 trichlo~henol
J -Estimated value.
(.,,,L IA
I
to be less than value given. K --Actual value is· kno.n
L -Actual valuC Js·koown
U -_ ... Katerial.was._a·nalyzcd
to be greater than value given.
for but not detected. The nllTbcr
NA Not analyzed.
l/ -Tentative identification. .
2/ -On NRDC List o·f.Priorily Pollutants. -. ·, _.: . ', ·_, .. ,") \1;,\~.'.. . . . ·. · .. _..
N. c. P.{v.z/2,{,011¥Q:6::f:1e.attli SeAvtc:e,f
VHS '3 06 8:0 ,;'{ 4 /:8tJJi:La.boW011.y) }:}'.-\{ ·-' ',.. . .~, .. .,,,~ .. , -. . .• .. ' ,,,
I A.
is the Minirn..rn Detection Limit.
' I
I ;
• •
North Carolina Department of Human Resources
Division of Health Services
P.O. Box 2091 • Raleigh, North Carolina 27602-2091
Jar:·,2s G. Martin. Governor
David T. Flaherty, Secretary
Ronald H. Levin,;, M.D., >.!.P.H.
MEMORANDUM
TO:
FROM:
RE:
l0 April 1989
Dr. John Freeman, D.V.M., M.P.H., Head
Environmental Epidemiology Branch
Lee Crosby, Head (Jc_;
Superfund Branch r
Shepherd Farm Property Health Assessment
Private drinking water well contamination
East Flat Rock, Henderson County, NC.
State Health Director
On 30 November 1988 samples were taken of soil, drum contents,
creek sediment, creek water, and well water from on and around the
Shepherd farm property. This site was reportedly used as a disposal
and burning area for wastes from the General Electric plant in East
Flat Rock. In fact, Mr. Gene Shepherd, the land owner, hauled wastes
from the GE plant from about 1955 until about 1970. During the
sampling, drums of a hardened substance and electrical-type wastes
(insulators, etc.) were observed.
Two of the closest wells were sampled. Sample analyses show
that the nearest well, belonging to Seldon and Bettie Hill, is
contaminated with 193 ug/1 tetrachloroethene and a trace of
trichloroethylene. The other well, at a house rented by Larry Maybin,
is shown to be contaminated with 5 ug/1 tetrachloroethene. It was
recommended by Dr. Ted Taylor that the residents cease using water
from these two wells.
On 6 March 1989 the Henderson County Health Department sampled
another nearby well. Sample analyses returned to me from our lab on 5
April 1989 show this well to be contaminated with 237.4 ug/1
tetrachloroethene. I am enclosing sample analyses results. Grover
Nicholson has discussed the results with Ted Taylor. It is our
understanding that Ted Taylor will review the enclosed data and
forward a health risk assessment of the contamination and a
recommendation for use of the water to me as soon as possible.
Dr. Freeman
4-10-89
page 2
• •
If you have any questions or need further information, please
contact Grover Nicholson or me at [phone].
LC/GN/db/letter
• ,: :.,' . ·j
North Carolina Department of Human Resources
Division of Health Services
P.O. Box 2091 • Raleigh, North Carolina 27602-2091
James G. Martin, Governor
David T. Flaherty, Secretary
Ronald H. Levine, M.D., M.P.H.
MEMORANDUM
TO:
FROM:
SUBJECT:
Lee Crosby, Head
Superfund Branch
June 6, 1989
Kenneth Rudo, Ph.D. \llM (L
Toxicologist
Environmental Epidemiology Branch
Shepherd Farm Property Health Assessment
Private Drinking Water Well Contamination
East Flat Rock, Henderson County, North Carolina
State Health Director
In response to your memo dated April 10, 1989, I am enclosing a copy of our
drinking water health risk evaluation that assesses the health risk posed by
the well water in East Flat Rock, North Carolina in Henderson County,
laboratory number 900562. I apologize for the delay in the response to your
memo and hope this will answer any questions you or the residents have
concerning the well results. These results also contain a recommendation as to
the further use of the water. A copy will also be on file in the office of
Linda Sewall, Assistant Chief of the Environmental Health Section. If you have
any questions or need further information, please contact me at [phone].
KR:km
Enclosure
c: Linda Sewall
John I. Freeman, D.V.M., M.P.H.
Ted Taylor, Ph.D.
Carol.ina Department of Huma-ources
Qj_visior1 of Health Service
Environmental Epidemiology Branch Drinking Water Health Risk Evaluation For Chlorinated Solvents
LABORATORY NUMBER ----------
Based on these analytical results, this water is contaminated with chlorinated solvents which have been widely used (both industrially and in home-use products) for many years. One chlorinated solvent, vinyl chloride, is known to c:au~e cancer in humans. Many other chlorinated solvents have been shown to caL1s0 cancer in laboratory animaJ.s. However, none of these chemicals is known to cause cancer in humans.
Same chlurlnated solvents have not been J.inked to cancer. acceptabl.e intake l.evels are much h.\.gher a11d are based on
For these chemicals,
other health effects.
The U. S. Envirorunental Protection /\gency has set maximum contaminant levels (MCL) for a number of chlorinated ,·;olvents. The MCL is the amount of a chemical that is considered acceptable in public drinking water supplies. The maximum contaminant level is not binding for users of priv'3te supply wells, but is a useful guideli11e.
Chemical
Maximurn Cont:aminanl
Level (ppb) This Well (ppb)
V1, 'I f fl,
This water is acceptable for alJ. uses Uue l:o t:he very J.ow levels present. ( ) Rcsample in about ____ month( s). ( PLEASE I_NDICATE ON LAB SHF.E1' THAT TT JS A RESAMPLE AND PROVIDE PREVIOUS SAMPLE NUMBER( S).) (Ji Thi.c; water is significantly contaminated and should not be used for drinki.ng or cooking. Prolonged bathing/showedng should be avoided.
F.or Cur·t:l1c:1· infonn<:1!:i.011, conl.;1cL IJi· 'l't!d '1';-1y.\.01· lit: ll1·. f(0n Hudo, Env.i1·n1unentc1.l 1-:1•idc111i{1lo,;1Y nrar1ch, (Y.l~) 7:U-Jtll(l.
llH~; 'J',)'/r, (1~1:•v.i~;r:d '.)/U':J)
1-:1ll·ir1)11111t:111;:il Vi•i.d0rn.ioloq'1 l',r,J1wl1
·l ·D~;,nrm'<n',o( !·h,·,n,n .Rc:o0u,ccs
. SAMPLE ANALYSES RE.T
S--2;:c LaborHory 0 ( Public H~
P. O: Box 2&'
305 N. \Vi.linin.g.:on St
IG}cigh, 2 7· i on o( H,;,J,i, s~~;CCL ..
Number -------------------Field Sample Number =~tJ~D'--'-;::;:::::=:=:::::::-;--:--:-------
--"5:::...!..h'~Ei'--''PC..!:.H.:!.Se,=;,z=:P:.__...:.J:ii?=-cc~£?~ .. ~· /77~---~·::.Sicc Loci;:ion --'h-~LA=:-:· r:"F"s-11,~~tJ't./)-~~----
:crcd By lD/I ______ Date Collccccd ----1--------~ Ti, c _
: o( Sa_mplc:
Concco.tratc
SOLID &.HAZARDOUS WAST
SAMPLE NO: 004298 SITE
S I TE fi AME: (5(,. ~p l...crd... __
BRANCH -OR\ANIC
D ''Jl'C · ..3'/6 /go
--5-fj¢) A ~;t'. • ~-7-<0-
J,vironmcnttl .
"___1{ Gro.und\.:.ia:c.c.r (1) Solid (5)
Liquid (6)
Sludr,c (7)
Other (8)
SI f E LO CAT i ,9.lij),nf=c..;._ t-_~ ·
C8LLECTOR: ~~-:.,~--~;,b-'~.
________ vif:i _ · ------
. -tl!:'!'{l: / .. 1/d.·L.£.-:.C.1!.fc
C>n ·/t~l
_. _· Surface \Vatcr (2)
Soil (3)
Or her ( 4)
fNORGAl-TTC CHEMJSTTZY
Ex tr., ct;, b I cs
P:a.r-ar.occcr
f P:i.,amccer
Pa.ri.o.1C.ccr
__ Ar5c::nic
__ Barium
__ Cad.mi urn
__ Chloride
__ Chromium
__ Copper
__ Fluor-id~
__ J.ron
__ Lead
__ }Ji.angan~c
__ }.-{crcury
__ Nitrate
__ Seleniwn
ORGANIC
tR P&.TGC/MS -EDB l-Acid_:B/N Ext. __ PCB's
~-TOX __ Pccrolectrn
•,_ ______ __ E:.drin
1
HEMJSTRY
R.csul.u mg/.1
Total
· Parameter
__ Silver
__ Sulfates
__ Zinc
__ Ph
__ Conductivity
__ TDS
__ TOC
Pa.ramctcr
-. __ Mcthoxychlor
_. __ T oxaphcnc
__ 2,4-D
_·_ 2,1,5-TP (silvcx)
Rc,,u.la mg
U __ Lindv,e
li=---,----------'----------,---'----------
, MlCROBlOLOGY RAD!OCilE111STRY
::---,------------------------,------------------~------
1 P:..r.tmct:cr P:nDJ-1c,tcr;-Results PCi/1
1-(Mf-) Coli(orm Colonics/lOOmls
1_ (MPH) Coli(on" Colonic.s/lOOmls
i-
'
)arc f:.xrrJC[cd ----------------~----
__ Gros,; Alpha
__ Gross IXL,
Date Rcponcd --:-----------------
~l¥~7LlcL~-,,.-) (-tc-: c-, ,-, ---Dare An:dy:ccl
Lab Number
• • •b • •• ,. ,1..,
.. STATE LABORATOHY OF PUBL,.. TH ,. ION OF HEAL TH SERVICES, N. C. DEPAR~OF HUHAN RESOURCES P.O. BOX W047 -306 N._ \.llLHINGTON ST, RALEIGH, N.C. 27611 ., / _wc_!f /4:J__ PURGEABLE COMPOUNDS Date of Analysis _,31.zi}JL Laboratory No.
-·
COMPOUND µg/1
-·-···-·-Oichlorodifluorooethane ---·-__ ..l,,L ___
-Chlorooethane ·----·-·_.\_ _____ /Vinyl Chlor.idc -·-"--··-···--·-·---------·
Brararethane ·····----·-·---·-----·------··--Chloroethane --·------------Trichlorofluorooethane -· -· ✓I, 1--Dichloroeth,'lcne ----· Methylene Chloride ------
-tert-Butyl Methyl Ether
-(Trans) I ,2-Dichloroethylene
ISOQrOQYI ether ----I 1-Dichloroethane ____ _._ ----.. __ f.J 2-Di ch lort'Vlrnnane
(Ci s) l,2-0ichloroethylene ..
Chlorofonn ·-
.. (BCH) Branoch lorareth;H~e ..
✓I I ----'--l-Trichloroethane
__ I, I-Dichloroe!:22ene -----~ ---· ✓carbon Tetrachloride -✓Benzene -· -✓I 2-Dichloroethane --·-----~---✓Trichloroethylene --·. _ I 2-Di ch loroQrQQane . Brmodichlorooethane
D·, braocm,thane -----
To I uene , ··-I I 2-T rich lo roe thane
T etracl11 oroethene ---···-------__ 2.J 'l, LL
__ I , 3-Di ch I oroQroQane ---· __ ____j_,J...____
__ Di brmoch I orooethane --F~ -I 2-Dibraroethanc (EDB) -------1-Chlorohexane ------
--·---------------__________ ., _______ -· ·-------------
. ---··----···--····-····-----·--·-·-·-·-·----------
COMMENTS:
COMPOUND
Chlorobenzene
Ethylbenzene ---··---
1_,_IJ 1J2--Tetrachlome(
Q-Xylene
m-XYlene
a-Xylene
Styrene
Braoofonn
lsQQrQQ,'lbenzene ___ ...,,._.
l I 2 2-Tetrach loroet11ane
Brorobenzene
n-Pr I benzene
l,2,3-Trichlor22roeane
2 Chlorotoluene
---------==-=-=
I, 3, 5-Tr irrethyl benzene
4-Chlorotoluene -------+-----1------(Tert) Butyl Benzene
Pentachloroethane
_L.£d:-Trirrethylbenzene --· __ _,__
(Sec) Butyl Benzene =---~-: ··----~-E-.-Q-ISoQrQQYl toluene
1 3-Dichlorobenzene
✓~ :~~;~~~~;~;nzene ··-----___ +: ___ _
1 2-Dichlorobenzene -···---··· )-·--------+-----(Bis) 2 Chloroisoeroeyl Ether
-'-1,.,, 2c.:-:.,Dc,i,cb,..:raoo=ce-ce3'--".Chc,,lc,occr.,eo,eQ.c.ro,,,pe,a"n"'e·_---l-·•-·-______ _ __ l.,2 4-Trichlorobenzene
Hexachlorobutadiene
Naehthalene ~====~----------1----··----· I 2 3-Trichlorobenzene. ---+----··---___ _
------·-·· ·-······-----~--------------
MOL Minimum Detection l.imit for· water (EPA Method 502.2), is 1.0 µg/1.
J • E.stink'ltcd value.
K -Acludl value i5 known to be less than value given. 1. Actual value is known to IJc 9n.:'.1lcr than value given. LI --Halerial was analyzed for but nol detected. NA -Nol Jnalyzcd.
I/ Tentative idcntificalior1.
l -f~e9u la lee! VOC · lr1/lalancthanc
N.C. Division of Health Services DIIS 3068-0 ( 1/89 l.ilboratory)
STATE LABOOATORY Of PUBLIC HEALTH
DIVIS ION Of HEALTH SERVICES, N. C. DEPARTMENT Of HUMAN RESOURCES
P.O. BOX 28047 -306 N. 1-/ILHINGTON, ST., RALEIGH, N.C. 27611
BASE/NEUTRAL N/D ACID LAB NO
EXTRACT ABLES FIELD #
COMPOUND TYPE
UNITS
N-nitrosooirrethvlamine If\ I ;;,:i,,
bis(2-chlorocthtl)ether
2-chlor~henol
ohenol
1 3--<lichlorobenzene
1 4--<lichlorobenzene
I 2--<lichlorobenzene
bis(2-chlorois llether
hexachloroethane
N nltroso-<ii n "r,...,,.,"laminc
nl trobenzene
i SN"'lhoronc
2 ni t=henol
2. 4--<lirrethvlohenol
bis ( 2-ch loroelhoxv)rrethane
2 4--<I i ch 1 o~heno 1
l. 2 _ 4-tri ch lorobenzene
nanhthalene
hexachlorobutadicnc
4-ch loro--m-creso l
hexach l orocvc l rv-v:,n tad i eM
~ 6-tri chloroohcenol
2-chloronaohthalene
acenaohthvl ene
dirnethvl ohthalate
2 6--<linitrotoluene
accn.lnhthcne , r
2 4--<lini t~henol SO/i(>So
2 4--<linitrololuene l/ll.-Z".o
4 nlt....,....,.,.hcnol lsoli1. ,a
fl uorene 10/:i30
4-ch 1 or~henvl ahenvl ether
<1iethvl ohlhalate -Ir
4 6--dini tro--o~resol 50· 'I/,',(
diohenvlamine I
azobenzenc ._J,
4 -br·rvn.....,.,henv 1 nhenvl c ther 11~ <330
hi:xach l on:t•cn 7.cnc j_Q/_LiQ_
r>entach l or'"""'heno l S0(/Jn5"0
phenanthrcne LQD__3_0
.:inthraccn-c
dibutvl ohlha I ale
fluoranthene 'I,
J -Estirrdted value.
ml)L
!l,.o/so1L
ORGANIC rnEMIC/\L NIAi YSIS
C/!VJ.y',., I
,/.,:1,q ,7
( I ) ( ) ( )
(\!qi i) nnfro 11q/) uo/kq \JQ/ l \JO/ka
/J....
' ,
K -Actual value is knc .. ,m lo be less than value given.
( )
""/ 1 ,,n/ko
--
_,.-c:
~'\=\
/.,"<," f, t'n
\ (; '\.
\ ;it -ris c• ,~_-•.
~!"£
( )
"n/1 ua/ka
:::-·11,.;::-:-,...
L.IYL/1 "\
-
r ,,-,nq
nc:flfUrlU
,Rf>.WG, ,'<.,'.
., HI r,,G"-'./
'
l -Actual value i:; knc-.,,n lo be gr·calcr lk1n VJluc given.
U -Kalerial \-IJS analyzed for but not detected. The mnbcr is the Hinin-...rn Dclccllon ~imit. m])L UA -Not analyzed.
II -Tentative idcnti ricalion.
~/ -On NROC List of Priority Pollutants.
1-1. C. D-<.v.i/2.con u6 1/eo..Uh Sv,v.ccv,
DIIS 3068-0 {4/86 l.a.bo1w.,t:01?.y)
( )
""/ 1 "0 /kq
I\
\
'
f
;::
,'._·
: J/
BASE/NEUTRAL AND ACIO
EXTRACTASLES
COO f'(XJN 0
nvn~ne .
bcni\dinc
STATE LABOMTORY Cf PUBLIC HEALTH
OIVISION Cf HEALTH SERVICES, N.C. OEPMTKENT OF HUMH RESCIJRCES
P.O. eox 2804) -306 N. ~ILKINGTON, Sl., RALEIGH, N.C. 2761 I
ORGMIC OiEKICAL ANALYS lS
LAB h'O <-/ {)0 .:,?,;/
FIELO # '-/,:)._,,-; ,--;
TYPE ( I l ( I ( . ) ( )
UNI rs I (,.of r).oTm'\.-n uo/ l uo/ko uo/1 uo/ko un/ I ,,o/ko
:o/=s3o (I{._ _.,.-;;__
s_o..il.. 1,5 o ~\'•
( )
,in/ I ,,o/1:o ..;,~
o...8 fl' I II .. "-.
bulvl bcn7.v\ nhthalalc !..Q/...,J_30 . /d!& '~ -+--.w.r-->0: -4ri{;,
bcni i a) an lhracenc
chrvsenc
3 3--dichlorobcnzidinc
bis (2--,:,thv I l,exv I\ nhtha I a le
di-n--oclvl nhthalale
benz.o(b) fluoranthcnc
benzo(I:) fluoranlhcne
benzo(a)nyrcne
i n~no ( l . 2 3-cd} pyr-c11e
dibcnrn(a h)anthracene
benrn(o h. i)pervlcnc
ani l inc
b-enzoic acid
benzvl a lcoho I
!!-chloroani l inc
diben1.ofuran
2-rrcthvl naDhtha I cne
2-ID?thvlnl,enol
<-<relhyl oheno 1
2-oitroanilir.e
3-oitroanilinc
4--nitroa.niline
2 4 5-trichloroohcnol
J -
(
(5tin\JLCd v,1)uc.
Actual vJluc 1s
Actual vJluc is
kno.,,n
kno,,,.,,n
Kalcrial H',1s MH\y1.cd
llol .ir1Jly1.L·d.
I
. I,
so(l.f:,}iQ_
Jo-l33o
/0/.J=!o
so/!J;SQ
\ '/ ,I/
,£Q(/.MQ j;L.
I
,/1
/n/'l'lO
'/
S'o/11,,50
,/ ,V
m])f_
Ho.0/ .So!L
Lo DC less lh,rn vJ\uc given.
lo b-c grc.1tcr than value given.
for but not O~lcclecJ. The mnbcr
L -
u -
HA
I/
21
Tcnt.1Livc i<Jcntiriu,Lion.
On NHOC List of Priority Pollutants.
N. C. V,1~v,,J.>.i.011 o ,) lfe_a.[,ffi Se.rlv-tC.1.'..◊
()•JC' 7 J'\ ✓ (. ,1 I ~ Ir. ,
l :~,w
·. fi#tl
MJ ·---5-\-9"" V\ '\ rn '
\;;-\ ···~
\ro_ ~11 ><=l'<fUt,10 ,-,__ f RANCH .,,~
~lf: •• , .,-,,~'t"/
1,; tile Kininx.rn OCtcclion Limit.
( )
uo/ I i,o/1:c
..
' \ . \
ZI
'-"' s.) ;
1/
Dcp;~tTncnt ~{ P.:..i~.1n .Rcs·ourccs
)n o( f-:i~lth'X~ccs -AMPLE ANALYSES REQ.
St:itc-Labontory of Public He
P. 0. Box 22:
306 N. Wilmini;ton St
R,Jcigh, 27-
lumber -------------------Field Sample Number -~tJ'-"(J'---<f"-'-:2:'.;;;"'J:i-=?-':::::::::---------
: of_Sirc 5rte'Prl (;::: 12.P ~~ rY> · Sire J,oc.'i;:ion--.1.~~~~~i\'~tltJ.~~¢~C~----
crcd By ~2-!--c'.'. ,,__,, -JD// _____ Dare Collcaed =----~ e -<j'. '/~-f ()J,
ofSa_mplc.
vi rcn □"'_.cn tal
.X G.roundw.atcr (1)
__ -Surface Warer (2)
_ Soil (3)
_ Ocher (4)
Concentrate
___ Solid (5)
---'-Liquid (6)
___ Sludge (7)
___ Other (8)
INORGANIC CHEMISTRY
Extractables
Parameter Result. mg/1
_ Arsenic
_ Barium
. Cadmium
.Chrom.ium
_ Lead
_ Mercury
--~~Jri:iu_![l__:_ __ · ---•-,·,--
_,Silver
-
-
-
-
-
P:tramctcr Rciulu; mg/1
P&TGC/MS ~ Acid:B/N Ext.
_ TOX
-
-
MICROBIOLOGY
P:.i.r:irnctcr
_ (MF) Coliform Colonics/lOOmls
_ (MPN) Coliforn, Colonics/!OOmls
M, v£ [.,./!;
Pa..rarocte.r Results mg/1
__ .Af6cnic
__ Barium
__ Cadmium
__ Chloride
__ Chromium
__ Copper
__ Fluoride
__ Iron
__ Lead
__ }'1_anganC?-C .
__ Mercury
__ Nitrate
__ Selenium
/0RG.WIC'C)HEMJSTRY
' Pa er
EDB
XPCB's
__ Pccrolcum
__ Endrin
__ Lindanc
-Results mg/_1
<Q, QOO/
__ Gross Alpha
__ Gross Bera
!!A ~,,i ~ A/cc&, bb Number
CC-: b/2.19-VC IZ... A.r, C."'., I~ er-----,_
AX.. :s.,,-... .c ,..J , A,..._,. C,r...
Total
· Parameter Result, mg/.
· __ Silver
__ Sul faces
_·_Zinc
_Ph
__ Conductivity
__ TDS
_TOC .. --
--
--
------
Par.u:neter Rc:&ulu mg
___ Mcthoxychlor
__ T oxaphcnc
__ 2,4-D
_·_ 2,4,5-TP (silvcx)
--
RADIOCREM.1STRY
)ci,;/;;c·n~ ~{ H~nun .IZ-oourccs
,n o( Ho Ith Services ·· , -AMPLE ANALYSES REQ.-Sc..,cc Laboo{Ory o( Publi~ He
P. 0. &,; 28'
306 N: \Vi.!mi~on Sc
fukigh, 27·
umber ------------------
Field Sample Number -::---~IJ~D'--"'3 __ Z=--Z-=---"'5==-·--------
of .Sicc 5h-cPH~ -;z;;;.,e/YJ · · Siic Loci:ion F,:...,+-T L:bc..,c
:eccl By
o( Sample:
viron.rncnt:a..l
)< Groun.dw.ac~r
__ · Surface Water (2)
_ Soil (3)
_ Ocher (4)
Conccntr:ttc
___ Solid (SJ
___ Liquid (6)
___ Sludge (7)
__ Other (8)
T:~-
SQLID & ~IAZARDOUS WASTE MGMT BRANCH -INORGANIC
SamPle No: 003225 Site No: Date:..3/6/8)
Si t.e Naii1e: 6hc.,a f.t~d Fz,_r-,,...--,
Site Location: ltla.:f-e.-c.-k'..:.,··,;.,·~,.U-:::· ~---
Collector: AP,=«.,. . /4 C£1 Vlt).-· Lj;/ S P/?1
, ,,-..,,;-._...:.., .. -~; ...
2 ----""""-
Extract.ables
Par.imcccr
_ Arsenic
_ Barium
_ Cadmium
_ Chromium
_ Lead
_ }.-k rcu.ry
... Sclcniua1 · __ ·
_ -Silver
P:i.rawctcr
_P&T,GC/MS
_ Acid,B/N Ext.
_ TOX
Rc,iult> mg/1
Rciulu; mg/1
MlCROBlOLOGY
PlliroCccr
~ A rsc nj c
~Barium
i.Cadrnium
__ Chloride
_2::_ Chromium
__ Copper
__ fluoride
__ lron
~Lead
__ M.angancsc
LMcrcury
__ Nitr:Hc
~ Sclcni~
'HEMJSTRY
Resulc:s rng:/1
<cJ.o I
0, I
_S,_Q -c.l I
<o,o.3
-<o,uos-
ORGANIC CHEMJ.STRY
Pan...roetc:r_
_EDB
__ PCB's
__ Pccrolcum
__ Endrin
__ Lind..anc
Rc<ul.u mg/.1
-~-Silver
__ Sulfates
__ 7..inc
__ Ph
__ Conductivity
__ TDS
__ TCJC
Para.meter
__ Mcthoxychlor
__ Toxaph=c
_2,4,D
_·_ 2,4,5-TP (si\vcx)
RADlOCHEMJSTR Y
Re>ult> m.g
... -------···---------------,---------------~-----
P:i.no1cccr
_ (MF) Coliform Colonics/lOOml:.
_ (H PN) Coliforn, Colonic:s/ 1 OOmls
1cc Rccciv~d
,-nnrccd Bv
__ Grnss /,iplu
__ GTos..s 2-:t:i
B crnlcs PCi./ 1
This water .is probably contaminated with
gasoline, fuel oil; kerosene, or other.
a petroleum product that may be .,.
J
( )
( )
The movement of chemicals into groundwater is difficult to predict. Although these results indicate that trace levels of contaminants are
present, this :>1ater is acceptable for normal use now. However, since
levels may increase or other chemicals might appear in the future, this water should be resampled in 3' mcnth(s). (PLEASE
INDICATE ON LAB SHEET THAT IT IS A RESAMPLE AND PROVIDE PREVIOUS SAMPLE NUMBER ( S) . )
Your water contains· a chemical (benzene) that is'known to cause cancer in humans. The U. S. Environmental. Protection Agency has set a ma.xiJnum contaminant level .of 5 ug/1 (ppb) for benzene. This is the level that is considered acceptable for public water supplies. Even at this leveli there may be some risk of cancer. The level of
benzene in th S·water ~annot be predicted from one time to another.
Based on this benzene
drinking or cooking.
level, this water should not be used for
Prolonged bathing/showering should be avoided.
( ) This water is highly contaminated· and should not be used for
drinking, cooking, or bathing/showering.
( ) This water sample contains multiple contaminants that suggest
petroleum contamination. Since the toxicity of some of these agents is unknown or poorly understood, prudent public health policy
recommends that this water should not be used for drinking and
cooking.· Prolonged bathing/showering should be avoided.
Cmronents: /);l;cJ:J' };/~ ~''/ iJitAk ~ 1~µ<,,{1 {o•fi½.'!,(-kc,i,
For further lntormation, contact Dr. 1'ed Taylor or Dr. Ken Rudo, Erivironmental Epidemiology Branch, [phone].
DllS 1'475 (Revised 5/89)
Environmental _Epide,miology Branch
Eoviion=otol Scioncoa Autlysis Ropoct
Nrunc-of Oun~ Patient
cc Supply, /:-IC · ~
Lddccsr.: ll f'. fJ. __ Q;~£::..M":__.,tf.,......,J,;µ,ut.c.,,,._~,, 1'1,C...
eounty: d.P /11.J>E g50/J
Ropoct to: <'!Jil/J g IOl/8~ l(.S, 11,__ ____ _
.l d d ('es 6 : rn-1, DffiSOl'l -COUtm' HUW.1-I ui(1[.,_1 • <-I --
1147 Sl'ARTANOUR6 HIG/IY//,\
. )~~SON?/11. 1l " ~I' , '
Dnte C_ollected: . : ......, "' tf._/(.,1 ·
Collected By: ,~•'-';;, ,-.-{;{
I
An nly s i a Des iced:-'·._· ~V_..!l)~,__R,__ _____ _
Lo.bocatocy S<'.l1lple Se.,;iplo Descciptioo or
Rw,bec llW1Jbcc
q,i, .,-,--o
, • I · •. :-
..
Groundwater Sectio'n t -Asheville Re~ional Ollice J
PETROLEUM f'Rooucrs
.......
Rerollcl:.s Results In --, .
IUATTACHEO SHffi(S)
D d t e Re Ce i Ve d, -"'&_'---'· dc:,,s;:~c_-_:,..6L9u<ii'.lllfl..L.. _______ Date Rep Ort Cd . _-?-s--J-z.
De. t c Er t ca ct ed,_.JL/2....'.-,.?.:.:.'.!...9 -'-'-·J:..c'l'----'--'A.c.Ji.wfit=BIL......Ji'-"cJ""'------Date l, n a iyr_c d !°;1,pj/8JQ/'fn. J;~-39 ~~
Repocted By: ~ ,f!1 /t./7 ---
-OHS Ponn 2364 Revised (1/87)
Ldboco.tocy
Kildced l, •. Kirbouch-
Dicector
j
I
i
i
I i
I
I '
I . , I
/
Laboratory }lo.
. ------.. ---· =o \lg/I CCl'1PC'JNO vg/ I
-Dichlorodi fluoranethane ---------
-----__ .J.L___ ---Ch I orobenzene ----··· u --·--·--.
-Chlorc:methane -----·-·-·-1-------· Ethyl benzene --------·-
A'iriyl Chloride _______ , __ ~--·--· ----· -I 1. 1.2-Tetrachloroethane
Brarane thane ---· Q-Xylene
-Chloroethane .. ---~--·--------rn--Xylene --. ' Tr 1 ch lorof 1 uoranethane -a-Xylene ····---:av:.,<1....--· ✓1, 1-0lchloroethylene Styrene /)__
Helhvlene Chloride Braooform -
lert-Butyl Methyl Ether --I~rooylbenzene ·-· ··---
(Trans) 1,2-0ichloroethylene --1.1 2 2-Tetrach I oroethane -.
·-ls92rooyl ether -Brarobenzene
1 I -Di ch loroethane n--Proov 1 benzene ... ------
-2, 2--0i ch loe92rooane I, 2 ,3-Tri ch loe92rooane --.
(Ci s) 1,2-0ichloroethylene -2-Ch loroto I uene -
Chloroform --1,3,5-Trirrethylbenzene ---
(BC/1) Braroch loranethane 4--Ch lorotol uene ·----
L'.Ll !-Trichloroethane (Tert) Butyl· Benzene
-· 1, l-Oichloe92rwene i-------✓carbon Tetrachloride I --·-
Pentachloroethane ---_Lb.1:-Trirrethylbenzene ---·-·· ----✓fl.enzene ---------(Sec) Butyl ~nzene -----·--{l,_2-0ichloroethane --------,---Q-l~e92yltoluene ------------· ✓Tri ch loroethyl ene ---------1.3-Dichlorobenzene -·-------
-1,2-Dlchlor92r92ane ··----------✓I 4-Dichlorobenzene ----------··· --------Orarodichlorc:methane --n-Butylbenzene ·--------o i brarore thane --------·--------·-I 2-Dichlorobenzene
ialuene --·-(8 is) 2 Chlorois92raoyl Ether ----· --------_J_,l,Hr i ch 1 oroe thane I 2-0ibroro 3 Ch l ornnp,nane ----------Tetrachloroethene -------------
_!.,]-Di ch loroorooane --· ··---
I 2. 4-Tr i ch I orobenzene -f---Hexachlorobutadiene __
D_\braroch lorc:methane ----------------·--Naehthalene -__ 5,_1_.:[_ __
-1,2-Dibraroethane (EOB) --------f---
1-Chlorohexane . ' 1, 2 3~1 rich I orobenzeri_~--__ __ u ___
. ---------------------·
-. ----·-------····---·-------·----·--
·-··-····-· ----------·-·· ----------,-------· ... ····--------------
-·------· . -------------
CCW1ENTS:
MDL llini11UT1 Delection Limit ror water (l:P,\ Method 502.2), is 1.0 ~g/1.
J t.stim.aled va-luc.
K -/\cludl value is known lo be less thJ.n· value given.
I. ·Aclual value. i's known to be greater than value· given.
U tlaterial was analyzed for but not detected.
N,\ -Not analyzed. .
I/ .. ·.:Tentative identification.
✓ -Regulated VOC
I Trlhalarethane
N.C. Division-of Health Services-
!JI ;"s 30GS--O 1 /fl9_ ·Laboratory) .
~ ~
'
\
I
I
I
:;;
~ -~ q u
w
'-" z w ..J ..J
~I
/
/ I I
RQ \
§
~ ~
"
HILL
ec.M.C.
' -~---: -----•·_ -. ------_ _J
_., __ ..,..~......,.------'-------'-IO -" j
:"! ' : .. . -. ----( ~~:~~1};~~l-:_~:·.:---
BLA.CKBERRY PL 01
BLAKE ST. KS
· BLAN CHE ST. P7
·BLUE BIRD DR. P7
BLtiE RIDGE AV, L7
BLUE RIDGE _RD. 09
BLUE RIDGE ST • N7
BLUE RIDGE TECnNICAL
COLLEGE RD. 08-9
BLYTHE ST. M4
BONAIRE DR. M2
BONNER ST. P4
BOULEVARD RD. K4
BOWEN ST, 04
BOYD DR. 06-7
BRACTON S~. K4
BRADLEY RD, J2
BRADSHAW AV. 07
BRANDON RD. Q5, R~
BRASS LN.
BRECKENRIDGE CT.
BRENTWOOD DR.
BREVARD RD.
BRIARCLIFF DR,
BRIARWOOD LN.
R9
N2
M3-4
Ll
N3
IA
BRIDLE PATH CT. Ll-2
BRIGHTWATER
HEIGHTS LI
BRIGHT WATER RD.
E, Ll
BRITTON AV. Ll.i
BROADWAY N4
BROOKDALE AV. 06
BROOK GREEN LN. C2
BROOKLYN AV. 08, P7
BROOKSlDE CAMP RD. J4
BROOK ST. K5
BROWNING AV. L3-4
BROWNING RO. L2
BROWN ST. M5
BRUCE DR. Jt1
BRYAN AV, 05
BRYSON DR. M4
BUENA VISTA DR. 08
BUMONT RD. Ml
BUNCOMBE ST. N5
"C"
CALHOUN CT.
CAMBRIDGE DR.
CAMELLIA WY.
CAMELOT DR.
CAMPBELL DR.
CANAL DR.
CANNON DR.
CARDINAL LN.
CARLETON TER.
CAROLINA A Y.
04
08
02
P7
Q6
N4
" J}
K3
M2
CAROLINA HILLS DR. R2
CAR.OLYN DR. MZ
CAROUSEL LN. 06
CARRIAGE CT. LZ
CARSON DR. K4
CARTER ST. KS
CASE ST. PS
CASTLETON LN. J2
CASWELL ST. N6
CATES ST. L7
CAUSBY LN. K2
CEDAR 07
CEDAR DR. N3
CEDARBROOK DR. N3
CENTRAL DR.
CHADWICK AV.
CHANTE LOUPE CT.
CHANTELOUPE DR.
CHANTILLY PL.
CHAPMAN DR.
CHARITON AV.
CHARLYNE nR.
CHELSEA
CHEROKEE DR.
CHEROKEE ST.
CHERRY ST.
N2
06
PS
P}
Q4
J6
04
J} u
L3 o,
M6
>1 ,j F;
F1 fl ~ Fl
Fl
Fl
Fl
Fl
Fl
Fl
Fl
Fl
F
F
F
F
F
F"
F
F
F
F
F
F
F
F
F
F
F
F
F
F
F
F
F
F
F
F
F
,,
C
C
C
C
I
::".
~:.'.
:>· ',.,'· ··c-.. -!:,:
•.• ..
0
I'. ... '·" V
SURV-OF GE HAZARDOUS WASTE ieosAL PilACTICES
Under authoril;-of the Resource Conservation and Recovery Act (RCRA), the
·£nvi.rnnmental Protection Agency has proposed regulations to control the fntttre
di:oposal of hazardous wastes (43FR58946, December 18, J.978). There is also grow-
ing public and legislative cooc.:~rn about the current impact of past waste disposal
· pra:::tir.:es, an iss.ue not covered by RCRA.
The purpose of this survey is to estimate the impact upon GE facilities of the
proposed ::-e,;ulation:, and of public concern with the problems created by hazardous
wastes. in abandonEd landfills.
Please complete the survey form based upon current knowledge within your
componer::t of both past and present waste disposal practices. Where such knowledge
is not currently available, do not attempt to reconstruct l.t from related information,
such as data. on past plant production. Do not solicit information f.rom sources 01J.tside
the Company.
I. IDENTIFICATION
A. Name of component -------,-------------------~~ Lighting Systems Department
Address
B. GE organizational Affiliation (where appropriate)
Sector
Group
Tl,: •• ..,J. v1s1or. ,
Department ___________ ----,------'--------------
Other
C. Name, title, and dial comm of key individual knowledgeable about waste
disposal at your location:
E. F. Stenstrom, Manager -Reclamation 8-282-2502
Responsibility from 1969 to present date. No factual knowledge
prior to that.date or any known records other than name of contractor
to haul away plant waste.
l(~ .. _-__ -,-.-. -___ -... -... -... -------------------------...... ....,. ..... _________ ..... , .. /:~-• • . ' ll. WASTE SURV:c\"
A. Has n survey ever been made to determine the types and
quantities of wastes generated at your site, their points of
origin, and the methods used for their disposal? -NO
B. If your answer to A is "Yes", please
1. Give date of survey
2. Give name of initiating organization (if non-GE)
3. Attach survey results.
· Ill. HAZARDOUS WASTES
e Please review the Appendix, which lists, by broad categories, the types of
wastes considered by EPA as hazardous.
A. Has your plant ever generated or disposed of wastes
such as those in Appendix? YES
.B. If your answer to A is "No", you have completed this questionnaire.
C. . If your answer to A is "Yes", please fill out Tables 1 and/or Z· as .
applicable.
• · Use Table 1 to list all facilities (e.g. landfills, lagoons, incin-
erators) on your plant site that contain or that have ·been used
to c!ispose of ~~.Y of the types of \vaste li,2ted in the ·Appendi~.
• Use Table 2 to list sites ~ on GE property that have been used
for the disposal of wastes from your plant site.
GE Co:c-onent Lighting Systems Department -------------------
Hendersonville, N. C. Location ______________________ _
TABLE 1
WASTE CONTAINMENT AND DISPOSAL PRACTICES
ON GE PROPERTY
Type* or containment
or d.isoosal facilitv Dates when used
15 million gallon waste pond 1969 -1/77
Lime Treatment 1/77 -5/79
T es and n roximnte antlties or waste dis os~<l-~ ~
.4 to 1.3 million gallons per day -waste process waters. _
spent nitric, 'phosphoric and sulfuric acid, process equalize§
and adjust pH before going into Bat Fork Creek. Bottom of
pond will have trace element,s of copper, nickel, phosphorus,
Zinc, iron and chronium; also powdered carbon
Pumped bottom of 15 million gallon pond into elevated dry
pond~ mixed with coag~late. Estimated 2000 to 5000 cubic
yards removed from pond bottom. Clear water·drained back
into large pond.
All high strength waste streams processed through lime
treatment and filter, estimated 40,000 gallons per day.
Clear water flows back to 15 million gallon pond as before.
Approximateiy 150 pounds per day (dry weight) of lime
phosphated sl.'.idge applied to "permitted" land app.lication.
on General Electric g_rass plots.
* Type or containment or disposal facility includes e. g, landfill, lagoon, . incine::-ator. '
. . .
""' Be as specific as possible, but at the very least use the general nlpha _nume::-ic designation from
-----•-~•0 nHtlpq ns cubic yards, number o{ drums, or tons,
Lighting Systems Department
Hendersonville, N. C.
Location ----------'------------
Name and location o!
oU-site disooser
Henderson County Dump
Henderson County Dump
Henderson County Dump
TABLE 2
WASTE DISPOSAL PRACTICES
O.FF GE PROPERTY
Type* of
dis osal facilit Dates when used
Landfill 1970-1976
Landfill 1970-6/78
Landfill
Type o! disposal facility includes e, g, landfill, lagoon, incinerator.
!!'ypes nnd approximate qunntities
of waste dis osed of **
Polychlorinated biphenyls capacitors
(articles) .3 p6unds and under -estimated
5000. to 15000 per year.
' ' Gunk ·barrels with acrylic paint sludge
from water wash paint booths 50 to 150
barrels a year up to around 197l.
-
I.I, .2)
I • Epoxy gunk barrels -approximately 50
''
6)
I. :, 9)
per yf?ar •. , 1 , ,
Aluminum~steel sl~rry from dust collector,
esimated 4000 pounds per week -last five ' ' years.
Heavy petroleum greases and other gunk .
barrels,, estimated 2 barrels per week.
~ gallon'co. ntainers of water base acr~c
paint -partial to full, one to te·n 19
.week oVer the·last five years.
varnish residue from cleaning varnish
ballast treat system, 4 to 10 barreis per
year.
Aluminum,· cotton, grit from buffing waste
200 to 1000 pounds per week.
300 to.500 gallons per year'of copper
contaminated drawing lubricant from the ·,
wire mi-11,.
Phenolic flashing and floor sweepings, ·200.
pounds to -1000 pounds per week. ·
No liquids or hydrocarbons to county dump.
'C .
Be as· specific as possible, but at the ve-::y least use the general alpha numeric designation
r"rl"\.-i."'I .1nnnr'l'4\v "t:"v-n,-~cc \U~C::tP rmnntities a.s cuhit'! v.ard.3. number of d.ruzns, or to:::is, .
/ ' GE Compc '\t Lighting Systems Department
Hendersonville, N. c.
Location ------------------------
:-;'ame and location of
oU-site dis oser
Fain's Dump -approximately five
miles north of Hendersonville
near US 25
Hendersonville Waste Treatment
TABLE 2
WASTE DISPOSAL PRACTICES
· OFF GE PROPERTY
Type* of
dis osal fncilit
Private landfill
Sanitary waste
treatment system
Dates when used
1969-1970
No records were kept
of this activity -
all figures ar,e best
estimates
1969 ,-5/79
,. Type of disposal facility includes e.g. landfill, lagoon, incinerator,
Types and approximate quantities
of waste dis osed of **
Contract wast~ disposal service by Gene •
Shepherd. 1
1) Total plant waste ,including
Al Estimated 50-150 barrels paint sludge
11/tB},. Polychlorinated, biphenyls · article
(small capacitors)
i, : .. c) Buffing· waste -cotton, aluminum,
and g;dt
; . G)
Epoxy compounds -estimated SO barrels
Die cast mold release -hydrocarbons
Miscellaneous· one and five gallon
paint cans, partial to full with
acrylic hydrocarbon paint
Phenolic residue from deflashing and
flodr sweeping -estimated 250 pounds
per week
20,000 to' 30,000. gallons per day
sanitary waste
•••• typical
'
20,000 to 30,000 gallons per day -600 parts
per million biochemical oxygen demand water
process solution -no toxic metals, all water
processed through oil and water separator
before sent.
-•
'-. Be as· specific ns possible, but at the very least use the general alpha numeric designation
• " -----..l·,.. ... ~,,..,.,l"lnY' rif f'1r11ms. or tons, · <:-.
r, ,..,, ·,'1t Lighting .Systems Department· -__ or:1,,,: . ___ .;:.__...;:_~----==..;..;.._..;... __ _
Hendersonville, N. c •
. Jc:ition ---------~-----------
TABLE 2
WASTE DISPOSAL PRACTICES
OFF GE PROPERTY
~ame and location o!
~IT-site disooser
Type* of
dis osal facilit Dates when used
Types and approximate qunntities
of waste dis osed of ** ' I
Resource Industries of Alabama
P. o. Box 1200
Federal registered
landfill for
Polychlorinated
biphenyls
9711/78.
.,
1,/ ,94 drums of Pplychlorinated biphenyl capacitors '
Livingston, Alabama 34570
• Chem-Dyne Corporation
1426 Mountain Street
Kernersville, N. C. 27284
South Carolina SCA Service
Rt. 1, P. O. Box 55
Pinewood, s. c. 29125
•
;
I I
Registered.incinerator 12/14/78
'
iRegistered landfill I 12/28/78
I
:ype ._or disposal facility includes e, g, landfill, lagoon, incinerator,
' \Ii .~62 drums of hydrocarbons
\· .•25 drums of Non-Polychlorinated biphenyl . capacitors
le_' ns ·: specific ns possible, but at tho very lenst use the general alpha numeric designntion
r_o:n-:1.ppendix, Express waste quantities as cubic yards, number o! drums, or tons, ·
C
't: • • . ==-
"' 0
e -~ c::o
c,,
I .,
• •
APPENDIX A
HAZARDOUS WASTE CATEGORIES
A. Chemicals
1. chlorinated solvents
2. · solvents
3. waste oils
4. PCB3
5. · mercury and mercury compounds
6. acids and bases
7; spent metal finishing baths
~ : laboratory wastes
. ~ scrap materials not covered above (e.g. i;esins, . paints,
solid and liquid chemicals)
B. Sludges
1. heavy metal
2. organic c.hemical
3. paint
4. chemical
5. neutralization
6. sanitary
7. wet dust collector residue
C. Other wastes
1. asbestos
2. iocinerator ash
3. PCB contaminated solids
4. particulates from collection devices
5. radioactive wastes
p •. ll or n
Ivory Marshal Res. DEM: 1,2 dichloroethane .51 ppb .. trichloroethylene 1.6 ppb .. tetrachloroethylene(perchloroethylene)
Charles Dimsdale Res.
Eunice Horgan Res.
Ted Ward Res.
Marion Alderman Apts.
Denver Capps Res.
Harold Willis Res.
stream-upstream
stream-downstream
field blank
office blank
GE:
" ..
DEM:
GE:
DEM:
"
It
GE:
"
"
DEM:
GE:
DEM:
GE:
DEM:
GE:
"
It
DEM:
It
"
GE:
"
" DEM:
GE:
DEM:
GE:
DEM:
GE:
DEM:
1,2 dichloroethane
trichloroethylene
tetrachloroethylene(perc.)
No volatiles detected
No volatiles detected
1,2 dichloroethane
trichloroethylene
tetrachloroethylene(perc.)
1,2 dichloroethane
trichloroethylene
tetrachloroethylene(perc.)
tetrachloroethylene(perc.)
tetrachloroethylene(perc.)
tetrachloroethylene(perc.)
No volatiles detected
tetrachloroethylene(perc.)
1,2 dichloroethane
trichloroethylene
tetrachloroethylene(perc.)
1,2 dichloroethane
trichloroethylene
tetrachloroethylene(perc.)
1,2 dichloroethane
trichloroethylene
tetrachloroethylene(perc.)
tetrachloroethylene(perc.)
tetrachloroethylene(perc.)
tetrachloroethylene(perc.)
tetrachloroethylene(perc.)
No volatiles detected
No volatiles detected
No volatiles detected
1.1 ppb
.33 ppb
1.1 ppb
.64 ppb
1.3 ppb
2.0 ppb
1.2 ppb
. 77 ppb
.19 ppb
.68 ppb
.42 ppb
.61 ppb
.52 ppb
2.0 ppb
.22 ppb
1.3 ppb
2.8 ppb
3.8 ppb
5.2 ppb
10.0 ppb
1.9 ppb
5.1 ppb
9.9 ppb
2.7 ppb
1. 7 ppb
3.6 ppb
2.6 ppb
fhtse ar1a/y,LJ cla ~ ;°r1clvJ;,_ E.!!;j al fht!.-.St1m/k5 iak,.,;-t.
0 fitr Cckh-er '1t 19 'i1'3 ·
f;; ,,.. /2 ~ , / I l-1 t' ,' .d-,' " fa r ,<-,c,/ h, n 1
t',1 /(~,/.,.;'/~, 0 /?1?·-733-31//tJ.
• ,
SITE HEALTH AND SAFETY PLAN
A. General Information
Site Name Gene
Location p .o.
Shep herd's: .Farm
Box 255, East Flat Rock, NC 28726
ID # Gene She pherdc' s·· Farm,: (TD.A)
Date 11-21-88
Purpose of Visit PA SI X Other: pre-PA Site Screening Visit
Proposed Date of Investigation 12"-1-88
Date of Briefing 11-29-88
Date of Debriefing _,l,_,2,__--=2'--"-8"-8 _________________ _
Priority Ranking __ _
Site Investigation Team
Personnel
Team 1
Team 1
Team 2
Team 2
Grover Nicholson
Stan Atwood
Plan Preparation:
Low Medium ---High
Responsibilities
Team Leader, sampling
sampling
Prepared By: David Lilley, Industrial Hygienist
Reviewed By: Jack Butler, Environmental Engineer
Waste Type(s)
Characteristics
B. SITE/WASTE CHARACTERISTICS
X Liquid X Solid __ x_sludge ___ Gas
___ Radioactive
------
Corrosive ----~-Ignitable
__ x_volatile x Toxic Reactive ---___ Other
List Known or Suspected Hazards (physical, chemical biological or radioactive)
on Site and their toxicological effects. Also, if known, list chemical amounts
HAZARD Solvents:
Trichloroethylene
Methyl alcohol
Isoprophyl alcohol
VM & P Naphtha
Petroleum Ether
Methyl Ethyl Ketone
Methyl isobutyl ketone
WARNING PROPERTIES AND EFFECTS
Odor threshold (OT) -200 ppm
OT=lOO ppm
OT=SO ppm
OT=?
OT=?
OT=25 m
OT=8ppm
TLV
~o 1rnm
200 ppm (skin:
400 ppm
300 ppm
PEL=SOO ppm
\ 200 ppm so ppm
•
HAZARD
Toluene
Xylene
Butyl acetate
Isopropyl acetate
Methyl (n-amyl) ketone
Kerosene
Acetone
Perchloroethylene
•
WARNING PROPERTIES AND EFFECTS
OT=2 ppm
OT=0.5 ppm
OT=20 ppm
OT=30 ppm
OT=0.35
OT=l ppm
OT=2 ppm
OT=5ppm
TLV
100 ppm
100 ppm
150-200 ppm
250 ppm
50 ppm
none given
750 ppm
50 ppm
• •
ID tt Gene Shepherd's Farm (TBA)
Facility Description: Size unknown Buildings unknown ------
Disposal Methods Being Investigated Incineration or disposal (burial) of
buffing compound residue and solvent wastes.
unusual Features on Site (dike integrity, power lines, terrain, etc.):
Reportedly, a trailer park was built on (or adjacent ta)
during construction, drums were dug up and re-buried.
property tba t ., '
History of the Site: According to Mr.Shepherd_ from 1955 until about 1970, he hauled
wood, cardboard, office paper, buffing compound residue from the GE Plant ·ifr·East Flat Rock,
NC to his farm 1/2 mile away. He also hauled garbage for residential customers, but GE
was his only commercial customer. Mr. Sheperd estimates .he hauled about 50 cubic yards of
cardboard per day, two truckloads of wood per week, and two barrels of buffing compound
residue per week. The buffing compound, which was used to machine buff almnim1m was nour.e.d.
over the waste and burned. He. claims he didj 1not haul off any oils or other petrol enrn prad1Jc t:s
from GE. About 1976, Mr. Sheperd built a trailer park on part of the property and sold the
park around 1980. According to Mr. 11t Hu1l'fA'zARtffE\J7\L1}J;l.Tl½ftuid material Mr. Sheperd hauled
off was probably solvents.
This site can be toured and sampled in level D. PE gloves should be worn while collecting
soil and water samples, PE gloves over nitrile gloves will be worn while collecting leachate
samples . Cbggles should be worn while collecting leachate samples .. Tyvek (saranex in wet
conditions) suits are recommended to keep clothing clean. If augering is done, breating zone
samples will be taken with. the HNu, if readings exceed 25 ppm, don respirators with organic
vapor cartriges, if readings exceed 50 ppm, evacuate. If auger samples are taken, explosimeter
samples will· also be taken in the auger hole. If explosimeter readings are between 10-25%,
pr9ceed with caution, above 25% evacuate.
D. WORK PLAN INSTRUCTION
Map or Sketch Attached?
Perimeter Identified?
Command Post Identified?
yes
no
no
Zones of Contamination Identified? no ______ _
Personal Protective Equipment
Level of Protection A B ----
With upgrade to level C possible
X C X D
Modifications Wear goggles and gloves when preparing or collecting acid preserved
samples. Avoid breathing acid vapors.
•
Surveillance Equipment:
X
X
H Nu
Explosimeter
TLD
Decontamination Procedures
ID#
•
Gene Shepherd.' s Farm (TBA)
Detector Tubes and Pumps
02 Meter
Radiation Monitor
___ x __ Level C Respirator wash, respirator removal, suit wash (if needed,)
suit removal, boot wash, boot removal and glove removal.
___ x __ Level D Boot wash and rinse and boot removal, suit removal, glove
and goggle removal.
Modifications Dispose of trash properly
Work Schedule/Limitations Surface soil, leachate, stream sediment, surface water
and groundwater sampling, auger sampling possible.
EMERGENCY PRECAUTIONS
Route of Exposure First Aid
Eye Irrigate immediately
Skin Soap and water wash
Ingestion Get medical attention
Inhalation Fresh air, artificial respiration
• •
ID# Gene Shepherd's Faim (TBA)
Location of Nearest Phone: Homes in community adjacent to or on site.
Hospital (Address and Phone Number)
Hendersonville Hospital, 715 Fleming Street, Hendersonville, NC
Emergency Transportation Systems (Phone Numbers)
Fire 911
Ambulance 911 ---------------------
Rescue Squad 911 -------------------
Emergency Route to Hospital Turn right onto Roper Road from farm access road, then
make a left (North) on US 176. Stay on US 176 into Hendersonville, bear right at fork onto
King Street, follow King Street to 8th Avenue, left, hospital is at top of the hill.
PREVAILING WEATHER CONDITIONS AND FORECAST . Sunny, highs in the mid 40' s, lows
in the upper Z0's.
X EQUIPMENT CHECKLIST
X
Air purifying respirator
Cartridges for respirator
Rainsuit
02 Indicator
X Eye Wash Unit
X H Nu --~-
----X
·pH Meter
Explosimeter
Radioactive Monitor
Detector Tubes and Pump
X First Aid Kit
____x__ 3 gal. Distilled H20
Gloves (poly/nitrile/cloth)
Boots/Boot Covers
Coveralls (tyvek/saranex)
Eye Protection
Hard Hat
x Decontamination
Materials.
Poison Control Center -State Coordinator
Duke University Medical Center
Telephone: [phone]
ASHEVILLE
704-255-4490
CHARLOTTE
704-379-5827
DURHAM
1-800-672-1697
GREENSBORO
919-379-4105
1-800-722-2222
Box 3024
Durham, NC 27710
Western NC Poison
Control Center
Memorial Mission Hosp.
509 Biltmore Ave. 28801
Mercy Hospital
2001 Vail Ave, 28207
Duke Univ. Med. Center
Box 3007, 27710
Moses Cone Hospital
1200 N. Elm St. 27420
HENDERSONVILLE
704-693-6522
Ext. 555,556
HICKORY
704-322-6649
JACKSONVILLE
919-577-2555
WILMINGTON
919-343-7046
Margaret R. Pardee
Memorial Hospital
Fleming St., 28739
Catawba Mem. Hosp.
Fairgrove Chur. Rd 286(
Onslow Mem. Hospital
Western Blvd. 28540
New Hanover Mem. Hospita
2131 S. 17th St. 28401
•
HNu Calibration reading
Exposimeter Calibration reading -----
•
Signature
Signature
Date ----
Date ---------
TO BE COMPLETED BY PROJECT MANAGER
Materials Used
Air Purifying respirator cartridges
Detector tubes
Eye Wash Units
First Aid Kit
Gloves (poly)
Gloves (nitrile)
Gloves (cloth)
Boot covers
Coveralls (tyvek)
Coveralls (saranex)
Auger Brushes
Respirator Worn By Approximate Time in Respirator
Air Monitoring Data: HNu
Air Monitoring Data: Explosimter:
If the maximum personal protective equipment as outlined in the Hazard
Evaluation Section was not used, please justify:
DL/ds/Revised 11-88
• •
• •
HAZARDOUS ·sUBSTANCE INFORMATION FORM
Chemical Name: Trichloroethylene
I. PHYSICAL/CHEMICAL PROPERTIES
Reference
Chemical Formula 1
Natural Physical State at 25°C liquid --'-------Vapor Pressure __ 5_8 __ mm Hg at 20°C 2
Melting Point -123· ·, °F/°C Boiling Point 188 °F!°C 2 -----
Flash Point (open or ·closed cup) None 2
Solubility -H2O ·.:o·. 1% 2
Other · <'Ether, alcohol, chloroform 1
Physical Features: (odor, color, etc.) Colorless liquid (unless dyed)
with a sweet odor like chloroform lP = 9.47ev
II. TOXICOLOGICAL DATA
potential
human Standards: 50 ppm ( 3TLV 100 ppm ( 2). PEL carci oo,Jeo ( 2 ~DLH
Routes of E~posure: Inhaltion, ingesti6n, skin and/or eye contact (2)
S Acute: Headache, vertigo, visual disturbance, tremors, Acute/Chronic ymptoms:
drowsiness, nausea, vomiting, eye irritation, dermititis,
beat, skin irritation; chronic:carcinoginic (2)
irregu-1ar heart
First Aid: Eye: Irrigate immediately, Skin: Soap wash.promptly,
Inhalation: artificial respiration, Ingestion: Get medical attention
immediately (2)
• •
Chemical Name: trichloreothylene
III. HAZARDOUS .CHARACTERISTICS Reference
A. Combustibility Yes
Toxic by-products
B. Flammability LEL
X No
11%
2
UEL 41% 2
2 when acidic reacts with aluminum, chemically active metals, bari•u~ms-,---=---
C. Reactivity Ha.zard Incompatible with strong caustics;
lithium, sodium, magnesium, titanium
D. Corrosivity Hazard yes/no pH:
Neutralizing agent:·
E. Radioactive Hazard Exposure Rate
Background yes/no
Alpha particles yes/no
Beta particles yes/no
Gamma·radiation yes/no
IV. REFERENCES
(1) The Merck Index, 10th Edition, 1983
(2) Pocket Guide to Chemical Hazards, NIOSH, 1985
(3) Threshold Limit Values and Biological Exposure Indicies
for 1987-88, ACGIH
MG/10-86/Form 2
• •
HAZAROOUS SUBSTANCE JNEDRMATIOO FORM
Chemical Name: Methanol
I. PHYSICAL/CHEMICAL PROPERTIES
Reference
Chemical Formula __ CH3='::._::0H::.:.._ ________ _ 1
Natural Physical State at 25uC -=li=·gu=i=d=------1
Vapor Pressure 97 mm Hg at 20uC
Melting Point -144 @uc Boiling Point 148 ~;uc
1
1
Flash Point (open or~ _.,,;5::..:2=--___ °C/f1)
Solubility -HzO miscible
1
1
Other ________________ _
Physical Features: (odor, color, etc.) colorless liquid with a pungent
odor. I.P.: 10.84 eV.
II. 1UXICOL(x;ICAL DATA
Standards: 200 ppm 1LV 200 ppm PEL 25000 IDLH 1 -=:..:...:__ __;c_ __
Routes of Exposure: -=Inha==l:=ca::.ct=-=i=-=oc::n:....=:an=d"--'s=k.:::in=·-----------------
Acute/Chronic Symptoms: Acute: eye irritation, headache, drowsy, vomit,
visual disturbances.
First Aid: Skin: soap & water wash, Eyes: irrigation, Inhalation: fresh air
& artificial resp., Ingestion: medical attention.
•
Chemical Name: Methanol
Ill. HAZAAOOUS CHARACTERISTICS
A. Combustibility Yes X No
Toxic by-products
B. Flammability
C. Reactivity Hazard
D. Corrosivity Hazard
Neutralizing agent:
E. Radioactive Hazard
Background
Alpha particles
Beta particles
Gamma radiation
IV. REFlliENCES
.::.:.-yes@
yes~
yes@
yes/§)
•
--
pH:----
Exposure Rate
Documentation of the 'ILV, 4th Edition, 1980.
NIOSh Pocket Guide to Chemical Hazards, 1985.
Reference
•
HAZARIXlUS SUBSTANCE INFORMATIOO. FORM
Chemical Name: Isopropyl alcohol
I. PHYSICAL/CHENICAL PROPF.RTIE.S
Reference
Chemical Fonnula CH3CHOCHJ ---"---'-"----------1,2,3
Natural Pl'lysical State at 25uC _· _11."-· g"'u"-'i'-'d ____ _ 1,2,3
Vapor Pressure 33 mm Hg at 20uC 3
Melting Point -128 ~Uc Boiling Point 180 @;vc 3
Flash Point (open or tlosed cjw) _Sc..3'--___ "c/fi) 3
Solubility -H20 miscible 1 3
Other -----------------
Physical Features: (odor, color, etc.) colorless liquid, rubbing alcohol
odor. I.P. -10/15 eV
II. 'IDXICULCx;ICAL DATA
Standards: 400 ppm TLV 400 ppm PEL 20,000 ppm IDlli ---'3'---
Routes of Exposure: _Inha __ l_a_t_i_o_n ____________________ _
Acute/Chronic Symptoms: irritating to eyes, nose and throat, will cause
dizziness and will dry and crack skin.
First Aid: eyes -flush immediately with water, skin -soap and water wash,
inhalation -fresh air~ artificial resp., ingestion -medical attention.
•
Chemical Name: lsopropyl alcohol
111. HAZARIXJUS CHAAACTElUSTICS
A. Combustibility Yes __ No X
Toxic by-products
B. Flammability LEL 1.8%
•
UE1.. 8% --"----
C. &,activity Hazard strong oxidizers I alkalies
and acids
D. Corrosivity Hazard yes/@ pH:
Neutralizing agent: ________________ _
E. Radioactive Hazard
Background yes/@
Alpha particles yes@
Beta particles yes/@
Gamma radiation yes/:fiJ
IV. KEFIBENCE.5
'lhe Merck Index, 10th Edition, 1983.
Documentation of the 1LV' s I ACGIH, 1980.
Exposure Rate
Pocket Guide to Chemical Hazards, NIOSH, 1985.
l'G/10-86/Fonn 2
Reference
3
3
• 0
HAZAROOUS SUBSTANCE INFDRMATION FORM
Chemical Name: .:..VM:..:.....;&c....:cP_;:_;Nac,p.:..:hc.:tcchac:.:_ _ _,(=-Li"'· g""r:.::oc::in=.<...) ____________ _
I. PHYSICAL/CJ-JEMICAL PKOPER'fIES
Chemical Fom1la typical composition is:
paraffins 55.4, naphthens 30.3, alkyl benzene 11.7
dicycloparaffins 2.4, benzene (less than) 0.1
Natural Physical State at 25uC _1:::i:::·gu=i=d:..__ ___ _
Vapor Pressure _____ mm Hg at zouc
Melting Point ____ "F;uc Boiling Point 118 -179
Flash Point (open or ~p) ~5.;_7 _____ uc@
Solubility -HzO insoluble
Other organic solvents
Reference
1
1 2
Physical Features: (odor, color, etc.) clear, mobile, flammable liquid
odor of kerosene or gasoline.
II. TOXICOILGICAL DATA
PEL IDIB Standards : 300 ppm TI..V -----------
Routes of E>cposure: ::cinha==la=.t:::i::.:o:.:.n:..__ ___________________ _
Acute/Chronic Symptoms: upper resp. tract irritation at 800 ppm
eye irritation at 88 ppm.
First Aid: eyes: irrigate immediately, skin: soap and water wash,
inhalation: fresh air and artificial resp., ingestion: medical attention.
•
Chemical Name: VM lit P Naphtha
III. HAZAROOLJS CHARACTERISTICS
A. Combustibility Yes ~ No __
Toxic by-products No
B. Flammability LEL 1.2 '% UEL 6.0 /o -----
C. Reactivity Hazard
D. Corrosivity Hazard yes@ pH: ___ _
Neutralizing agent: ________________ _
E. Radioactive Hazard
Background yes
Alpha particles
Beta particles
Gamma radiation
IV • KEFERENCES
Exposure Rate
Docl.llllentation of the 1LV, 4th Edition, 1980.
1he Merck Index, 10th Edition, 1983.
l'G/3-86/Form 2
Reference
1
• •
HAZARDOUS SUBSTANCE JNFCRM\TICN FffiM
Chemical Nane: Petroleum ether
I. PHYSICAL/CHEMICAL PROPERTIES
Chemical Formula straight chain hydrocarbons
Natural Physical State at 25°C liquid -~------Vapor Pressure 40 mm Hg at 20°C
Reference
1
1,2
2
Melting Point ____ °F/°C Boiling Point _3_5_-8_0 ___ °F/°C _l ____ _
Flash Point (open or closed cup) -40 °C/°F 2 -----
Solubility -H2o _In_so_l __ 1
Other miscible w/ alsohol, benzene, chloroform, -----
ether.
Rlysical Features: (odor, color, etc.) Clear, colorless, ncnfl.uorescent
liquid with an odor or gasoline & kerosene
II. TOXICcux;ICAf, DATA
Standards: 'ILV ----500 ppm PEL 10,000 ppm IDIH 2 ----
Routes of Exposure: Inhalation --------------------------
Acute/Chronic Symptoms: Dizziness, dr<Msiness, hoodache, nausea, irritating to
eyes, nose, & throat. Can cause drying & cracking of the skin.
First Aid: Eyes: irrigate immediately with water, Skin: soap & water wash
promptly, Inhalation: fresh air_&_ ar_tificial re_sp.,_Infes_tion_:_p_r~pt med. att.
•
Cllemical Nane: . Petroleum ,ether
III. HAZAROOUS CHARACTERISTICS Refurence
A. Con:bustibility Yes No x --
Toxic by-products
B. Flannnability LEL 1% UEL 6% 2 ----------
C. Reactivity Hazard no ----------------
D. Corrosivity Hazard yes/no pH:
Neutralizing agent:
E. Radioactive Hazard Exposure Rate
Background yes/no
Alpha particles yes/no
Beta particles yes/no
Gamma radiation yes/no
IV. REFERENCES
The Merck Index, 10th Edition 1983
Pocket Guide to Cllemical Hazards, NIOffi, 1985
M:;/10-86/Fonn 2
•
HAZAl{IX)US SUBSTANCE INFORMATION FCRM
Chemical Name: Methyl Ethy 1 Ketone (2 Butanone)
I. PH.YSICAL/CHEMICAL PKOPJ<RTIES
Reference
Chemical Fonnula _C4_'_H_8_0__________ _1L1_2L,3'----
Natural Physical State at 25VC _l_iqu~i_d______ ~1L,~2L,3'----
Vapor Pressure 70.6 IIllil Hg at 20uC 2 3
Melting Point ____ "F;uc Boiling Point _SO ____ uF/0; ;;c_z_;f::__o, __ _
Flash Point (open or tlosed3) 35 °C/'V _l_,_2 ___ _
Solubility -H2o 27% _l_,_3 ___ _
Other coonnon organic solvents _2 ____ _
Physical Features: (odor, color, etc.) clear, colorless liquid with
acetone-like odor, odor detection 10 ppm IP -9.48 eV
II. TOXICOL.CGICAL DATA
Standards: 200 ppm TLV 200 ppm PEL 3000 ppm IDIB =-3 __ _
Routes of Exposure: =inha==l=a=t=i=on::.:_ ____________________ _
Acute/Chronic Symptoms: irritation of eyes, nose and throat at approx. 200 ppm
First Aid: eyes: irrigate i.n:mediately, skin: soap and water wash,
inhalation: fresh air & artificial resp., ingestion: rredical attention.
•
Chemical Name: Methy 1 Ethy 1 Ketone
III. HAZARIX.lUS CHARACTERISTICS
A. Combustibility Yes X No __
Toxic by-products
J3. Flammability LEL 12% UEL 20%
C. Reactivity Hazard ver.y strong oxidizers
D. Corrosivity Hazard yes,@) pH: ___ _
Neutralizing agent:
E. Radioactive Hazard
Background yes/(!!)
Alpha particles yes/@
Beta particles yes~
Gallllla radiation yes{i.J
IV . REFERENCES
1be Merck Index
Documentation of the 'ILV's
NIOSH Pocket Guide to Chemical Hazards
~C/3-86/Fonn 2
Exposure Rate
Reference
2
2
3
•
HAZARIXJUS SUBSTANCE INFORMATION FORM
Chemical Name: Methyl Isobutyl Ketone (4-rnethyl-2, pentanone isopropYl acetone)
L PHYSICAL/CI-JEMICAL PROPERTIES
Reference
Chemical Formula CH3 CO CH2 CH3 H7 1,2,3
Natural Physical State at 25uC ~l~iqu=i=·d:.._ ____ _ 1,2,3
Vapor Pressure 15 nm Hg at 20vC 3
Mel ting Poin~ -.ff;~ vF /@Boiling Point /I q vF ;@ ~l=, 2:.i.•=-3 __
Flash Point (open or c(Qsed ~) -'-7=-3 ____ uc@ ~l_,_,2=..,zc::3'----
Solubility -HzO 1.91· g/ml 1,2,3
Other miscible with alcohol, benzene, ether 1
Physical Features: (odor, color, etc.) colorless liquid with a faint
ketonic and camphoric odor
II. 'fOXICOw;ICAI.. DATA
Standards: 50 1LV --''-'---'--100 PEL 3000 IDIB 3 -'---------
Mutes of Exposure: ~inha==l=a=t==i=oc::n:.._ ___________________ _
Acute/Chronic Symptoms: high vapor cone. are irritating to eyes, nose and
throat, wealmess, headache, nausea and lightheadedness can also occur.
First Aid: inhalation: fresh air f,,; artificial resp., skin: soap f,,; water wash,
eyes: irrigate immediately, ingestion: medical attention.
• •
Chemical Name: Methyl Isobutyl Ketone
III. BAZARL'OUS CHARACTERISTICS Reference
A. Ccrnbustibility Yes X No --3
Toxic by-products
B. Flammability LEL 1.4 UEL 7.5% 3
C. Reactivity Hazard .::sc.::t:::.r.::on:.,g:,_:o::.x:.::i=d=iz=e=r=cs::__ _______ _ 3
D. Corrosivity Hazard yes/§ pH:
Neutralizing agent:
E. Radioactive Hazard Exposure Rate
Background yes,@
Alpha particles yesk9>i
Beta particles yes@
Gamma radiation yes/ii}'
IV. REFERENCES
Tt1e Merck Index.
Documentation of the 1LV.
NIOSH Pocket Guide to Chemical Hazards.
l>C/3-86/Form 2
•
HAZAROOUS SUBSTANCE INFORMATION FDRM
Chemical Name: ..::T.:::o=-lu=:e=-:n::::e:._ _ _,:(M..:::e=-:t:::h:.i.Y..:::l'---be=nz=e=-n:::e:1.,_t::::o::.:l::.:u::::o:cl:L) _________ _
I. PHYSICAL/CHEMICAL PROPERTIES
Reference
Chemical Fornn.tla ~C-'--7H8-'------------1,2,3,4
Natural Physical State at 25vC .::l:::i.::1.gu=1.='d=--------1,2,3,4
Vapor Pressure 2 mm Hg at 20"C 4 -----
Melting Point -95 uF~Boiling Point .::1.::.10.:...·:..:6~_-"FCS) .::.l.z..:3:..z...:4 __ _
Flash Point (open or~) 40 "'cf:1; 1,21314
Solubility -HzO slightly sol. -=-l-'--',3'-'1'-C4 __ _
Other miscible with alcohol, chloroform, ether, _1~,3~24 __ _
acetone, glacial acetic acid, carbon disulfide
Physical Features: (odor, color, etc.) colorless liquid with an aromatic
odor, IP 8.82 eV, derived from coal tar oil or petroleum
II. TOXICO:r..a;ICAL DATA
Standards: _1::.:0~0:........_ TI.V --=2=-00=---PEL IDIB 4 ---------2000
Koutes of Exposure: .::inha==l=a=t=-=i=-=oc::n:........ ___________________ _
Acute/ Chronic Symptoms : Narcotic in high concentrations, headache , lassitude,
and nausea. Chronic: anemia and dermatitis .
first Aid: skin: soap and water wash i.nm2d., eye: irrigate i.nm2d.
inhalation: fresh air and artificial resp., ingestion: medical attention (4).
•
Chemical Name; ..::1=-ol:::ue=n:::e:__ ______ _
III. HAZARIXlUS CHARACTERISTICS
A. Combustibility Yes ~ No __
Toxic by-products
B. Flammability LEL 1.0% UEL 7.0%
C. l:(eactivity Hazard _st_r_o_ng_.,,___o_xid_iz_e_r_s ________ _
D. Corrosivity Hazard ye~ pH: ___ _
Neutralizing agent: ________________ _
E. Radioactive Hazard
Background
Alpha particles
Beta particles
Gamna radiation
IV . fil:FIBENCES
The Merck Index, 10th Edition, 1983.
Exposure Rate
Documentation of the TLV, 4th Edition, 1980.
NIOSH Pocket Guide for Chemical Hazards , 1985.
NFPA, Protection Guide on Hazardous Materials, 8th Edition
8th Edition 1984.
l'G/3-86/Form 2
Reference
4
4
3
•
HAZAROOUS SUBSThNCE INFDRMATION FORM
Chemical Name; Xylene,O, M &t P (Dimethyl benzene) ~-~~--------~--~---~-------
l. PHYSICAL/OID1ICAL PROPERTIES
Chemical Foillll.lla CS HlO --------------Natural Physical State at 25vC _l_i_·g~u_i_d ____ _
Vapor Pressure 7 -9 nm Hg at 20uC
Melting Point 13 -14 vF/@Boiling Point 137 -140
Flash Point (open or q§s~ '§>) 90/84/81 vc0
Solubility -H2o insoluble
Other soluble in alcohol, ether and most
other organic solvents.
Reference
1,2,3,4
1,2,3
1,2,3
1,2,3
Physical Features; (odor, color, etc.) colorless liquid with aromatic/
benzene odor. Corrmon solvent for paints and coatings, especially alkyd resin
t e.
II. 'lDXICOLC(;ICAL DATA
Standards; 100 TLV ----PEL ----100 10,000 rbll! ----4
Routes of Exposure: inhalation --------------------------
Acute/Chronic Symptoms: headache, fatigue, dizziness, lassitude, narcotic
effects in high concentrations (2,3). Chronic effects not well defined (1).
First Aid; eyes : irrigate imred. , skin: soap and water wash imred. ,
inhalation: fresh air and artificial resp., ingestion: medical attention.
•
Chemical Name: Xylene, O, M, & P
III. HAZAROOUS CHARACTERISTICS
A. Ccmbustibility Yes _Ji_ No __ _
Toxic by-products
B. Flammability LEL 1.4% 1JEL 6. 7%
C. l<eactivity Hazard _s_tr_o'--n_._g"--o_x_id_iz_· _e_r_s ________ _
D. Co=osivity Hazard yes/@ pH: ___ _
Neutralizing agent: ________________ _
E. Radioactive Hazard
Background
Alpha particles
Beta particles
Gamma radiation
IV. KEFERENCES
yes/@
yes@
yes@
yes/@
1he Merck Index, 10th Edition, 1983.
Exposure Rate
NFPA, Fire Protection Guide on Hazardous Materials,
8th Edition 1984.
Documentation of the 1LV, 4th Edition, 1980.
NIOSH Pocket Guide to Chemical Hazards, 1985.
l<G/3-86/Fonn 2
Reference
1,2,3,4
2
4
•
HAZARIXlUS SUBSTANCE INFDRMATION FDRM
Chemical Name: Butyl Acetate
I. PHYSICAL/CHEMICAL PROPERTIES
Reference
Chemical Forrwla CH3 COO (CH2)3 CH3 - n butylacetate 1
Natural Physical State at 25°C liquid __ 1 ___ _
Vapor Pressure 10 nm Hg at 20°C 1
Melting Point -146 to -77°F,{:s)Boiling Point 122 & 126 ~~--1---
Flash Point (@ or closed cup) 88 & 92 °c/£1 --'1::.._ __ _
Solubility -H2o slightly A""''9nc~-:J.'lo•F _1 ___ _
Other miscible with alcohol, ether and
hydrocarbons .
Physical Features: (odor, color, etc.) colorless liquid with a fruity
odor. I.P. -n-butylacetate -9.56 eV
sec-butylacetate -9.91 eV
II. TOXICOWSICAL DATA
Standards: 150-200ppm 'ILV 150-200ppm PEL 10,000 IDIB 2 _ _,__ -------
Routes of Exposure; · Inhalation
Acute/Chronic Symptoms: respiratory irritant with narcotic effect: headache,
dizziness drowsiness.
First Aid: Skin: soap & water wash, Eyes; irrigation, Inhalation: fresh air
& artificial resp., Ingestion: IIEdical attention.
•
Chemical Name; ~Bu~ty"-"-'l:;_;;_Acc..:..c.e~ta~t~e:..._ _____ _
III. HAZAROOUS CHARACTERISTICS
A. Combustibility Yes _1L_ No __
Toxic by-products Unknown
.IL Flammability LEL 2.6% UEL 13.4%
C. l{eactivity Hazard in contact with peroxides may
polymerize violently.
D. Corrosivity Hazard yesk@ pH: ___ _
Neutralizing agent;
E. Radioactive Hazard Exposure Rate
Background yes/®,
Alpha particles yes/@
Beta particles yes/fl_~
Gamma radiation yes©
IV. J.lliFERENCE.s
Doc\.llllentation of the TLV, 4th Edition, 1980.
The Merck Index, 10th Edition, 1983.
Fire Protection Guide on Hazardous Chemicals, 8th Edition,
1984.
l-G/10-:-86/Fonn 2
Reference
2
2
•
HAZARDOUS SUBSTANCE INFORMA.TION FORM
Chemical Name: Isopropyl Acetate
I. PHYSICAL/CHEMICAL PROPERTIES
Reference
Chemical Formula CH3 COOCH (CH3)2 1,2,3,
Natural Physical State at 25°C liquid 1,2,3 -'---'------Vapor Pressure 43 mm Hg at 20°C 2, 3 -'-----Mel ting Point -92 °_v 0 c Boiling Point 89 °F/°C _3~,_l ___ _
Flash Point (open or closed cup) 36 °C/°F 1 -----Solubility -H20 2.9% _2 ____ _
Other Miscible with most organic solvents 2 -----
Physical Features: (odor, color, etc.) Colorless liquid with a fruity
odor. I.P.-9.98 eV
II. TOXICOLOGICAL DATA
Standards: 250 ppm TLV 250 ppm PEL 16,00 ppm IDLH 3 ----
Routes of Exposure: Inhalation ---------------------------
Acute/Chronic Symptoms: irritation of eyes, nose, throat, narcosis
First Aict: Eyes: irrigate immediately; Skin: water flush promptly;
Inhalation: fresh air and artificial respiration; Ingestion: prompt medical
attention
•
cnemical Name: Isopropyl Acetate
lll. HAL.AIIDJUS CHAAACTflUSTlCS
A. COlllbustibility Yes
·roxic by-products
No X
); . f'lammability Ll1. 1.8% UEL 8% ---'-"-----
C. Reactivity Hazard Nitrates, strong oxidizers,
alkalies and acids.
D. Corrosivity Hazard yes/i;;) pH:
Neutralizing agent:
E. !Zadioactive Hazard
bacKground yes/0
Alpha particles yes/iii>
reta particles yes§
Gamma radiation yes€)
IV. KUl!RENCES
Toe MercK Index, 10th Edition 1983
Expcsure Rate
Docl.llllentation of the 'ILV' s, 4th Edition 1980
Pocket Guide to Cllemical Hazards, NIDSH 1985
i'f.j/ lU-b6/Fonn 2
Reference
3
3
•
HAZAROOUS SUBSTAN::E INFCRM'I.TIOO FORM
Chemical Name: I-Ethyl (n-amyl) ketone (2-heptanone)
I. PHYSICAL/CHEMICAL PRCPERTIES
Reference
Chemical Formula QB co:; SHll 1,2 ,3 -------------------'---'----
Natural Physical State at 25uC liquid 1,2 ,3 -~---------'---'----
Vapor Pressure 2 mm Hg at 20vC 2 ,3 -----'-----
Melting Point -31 u~uc Boiling Point _l_SO ____ uF/uC _2~,3 ___ _
Flash Point (open or closed rup) 120 uC/vF 2,3 -----'-----
Solubility -H20 slightly soluble _l~,2~'~3 __ _
Other miscible with organic laquer solvents 3 -----
Ihysical Features: (odor, color, etc.) Clear, colorless liquid with a
marked fruity ordor.
II. TOXICCLCX;ICAL DATA
Standards : 50 ppn TLV 100 ppm PEL 4000 ppm IDIR 2 ----
Routes of Exposure: Inhalation --------------------------
Acute/Chronic Symptoms: The concentration at which this solvent prcx:luces
irritation in hunans is not known. Irritation of eyes, llll.lCOUS rrenbranes,
headache, nausea, narcosis.
First Aid: Eyes: irri&'lte i.nirediately; Skin: soap & water wash pranptly;
Inhalation: fresh air; Ingestion: medical attention immediately.
•
Chemical Name: rrethyl(n-amyl)ketone
III. HA2'AROOUS CHARACTERISTICS
A. Combustibility Yes
Toxic by-products
No x ::c..___
B. Flamnability LEI.. 1.1% UEL 7.9%
C. Rooctivity Hazard strong acids, alkalies & oxidizers
D. Corrosivity Hazard yes/'9:9._ pH: ___ _
Neutralizing agent:
E. Radioactive Hazard
Backgrcund yes/no
Alpha particles yes/no
Beta particles yes/no
Ganma radiation yes/no
IV. REFERENCES
· The Merck Index, 10 Edition, 1983
Exposure Rate
Pocket Guide to Chemical Hazards, NIOffi, 1985
Dorumenta tion of the TLV I s, ACGIN, 1980
t,t;/10-86/Fonn 2
Reference
2
2
2
HAZARDOUS SUBSTANCE INFORMATION FORM
Chemical Name: Kerosene ---------------------------------
I. PHYSICAL/CHEMICAL PROPERTIES
Ch em i ca l Form u l a
Natural Physical State at 25°C
Vapor Pressure mm Hg at 2o•c ------
Melting Point °F/°C Boiling Point 180-300 -----
Flash Point (open or closed cup) 100-150
Solubility -

H

0

2
Other
Reference
°F/C
1 , 2, 3
Physical Features: (odor, color, etc.) water white oily liquid,
strong odor distilled from petroleum
II. TOXICOLOGICAL DATA
Standards: none TLV none PEL none found IDLH -----
Routes of Exposure: inhalation ------------~------------------
Acute/Chronic Symptoms: Moderately toxic by inhalation
First Aid: eyes: irrigate immediately, skin: soap and water wash, inhalation:
fresh air and artificial respiration, ingestion: prompt medical attention.
• •
Chemical Name: Kerosene
Ill. HAZARDOUS CHARACTERISTICS
A. Combustibility Yes _______ _
Toxic by-products
B. Flammability LEL .7% UEL 5. 0%
c: Reactivity Hazard none found ---'--'------------------
D. Corrosivity Hazard yes/~
Neutralizing agent:
E. Radioactive Hazard
Background yes/no
Alpha particles yes/~
Beta particles yes/no
Gamma radiation yes/no
IV. REFERENCES
The Condensed Chemical Dictionary
MG/10-86/Form 2
pH:
Exposure Rate
Reference
• •
HAZAROOUS SUBSTANCE INFORMATION FORM
Chemical Name: Acetone
I. PHYSICAL/CHEMICAL PROPERTIES
Reference
Chemical Formula CH3COCH3 ------~-------Natural Physical State at 25uC _l_i_·gu....._i_d ____ _
Vapor'Pressure 226 m:n Hg at 20uC
Melting Point -95 "F/@Boiling Point
Flash Point (open or @d c~) 1.4
Solubility -~O soluble
Other -----------------
Physical Features: (odor, color, etc.) colorless liquid with a
sweetish odor.
II. TllXICOL(X;ICAL DATA
1 2
1 2
1
Standards: 750 ppm TI..V 1000 ppm PEL 20 1000 ppm IDIB _2 __
l:{outes of Exposure: Inhalation, contact with skin will cause dryness.
Acute/Chronic Symptoms: Irritation of eyes, nose and throat. Headaches 1
dizziness and dermatitis.
First Aid: Eyes: irrigate :umned. for 15 rains. 1 Skin: soap and water wash,
Inhalation: fresh air & art. resp. 1 Ingestion: iredical attention.
HAZARDOUS ·suBSTANCE INFORMATION FORM
Chemical Name: Perchloreothylene
I. PHYSICAL/CHEMICAL PROPERTIES
Reference
Chemical Formula
Natural Physical State at 25°C liquid
Vapor Pressure 14 mm Hg at 20°C
Melting Point -8 · · (p/°C Boiling Point
Flash Point (open or closed cup)
___ 2_5o_{j)0 c
oc/oF ---'"'"-''---
Solubility -H20
Other
0 ;015%
Misc. with alcohol, ether, chloroform,
benzene
1
2
2
2
2
1
Physical Features: (odor, color, etc.)
ether or chloroform 1P~9.32 eV (2)
Colorless liquid with an odor like
II. TOXICOLOGICAL DATA
Standards: 5o ppm(J). TLV 100 ppm(2) PEL suspect human
carcirtogen IDLH 2
Routes.of Exposure: Inhalation, Ingestion, Skin and/or Eye Contact (2)
Acute/Chronic Symptoms:Irritation of the eyes, nose and throat; nausea; flushed
face and neck; vertigo; dizziness, incoordination; headache; carcinogen (2).
First Aid: Eye conta·ct: irrigate immediately; Skin contact: .··soap ·and water wash
immediately; Inhalation: :··,·ArtiDicial Respiration; Ingestion: Get medical attention
immediately (2).
• • •
Chemical Name; Acetone ------------
III. HAZARDJUS CHARACTERISTICS
A. Combustibility Yes ____JS_ No __
Toxic by-products None
B. Flammability LEL 2.6% UEL 12.8%
C. l\eactivity Hazard oxidizing material & acids
D. Corrosivity Hazard yesM pH; ___ _
Neutralizing agent;
E. Radioactive Hazard
llackground
Alpha particles
Beta particles
Gamma radiation
IV • REFElill'lCES
Chemical Safety Data Guide, BNA -1985.
Exposure Rate
Pocket Guide to Chemical Hazards, NIOSH -1985.
t,K;/10-86/Fonn 2
Reference
2
•
Chemical Name: Perchloroethylene
III. HAZARDOUS CHARACTERISTICS
A. Combustibility Yes
Toxic by-products
No X
B. Flammability LEL None -----UEL None
C. Reactivity Hazard Imcompatible with strong oxidizers,
chemically active metals, such as barium, lithium, and beryllium
D. Corrosivity Hazard yes/no pH:
Neutralizing agent:·
E. Radioactive Hazard Exposure Rate
Background yes/no
Alpha particles yes/no
Beta particles yes/no
Gamma radiation yes/no
IV. REFERENCES
(1) The Merck Index, 10th Edition, 1983
(2) NIOSH Pocket Guide to Chemical Hazards, 1987
Reference
2
2
2
(3) Threshold Limit Value and Biological Exposure Indices for 1987-88, ACGIH
MG/10-86/Form 2
. ~-·. , . I
I -.... ~.
18 •
·Rf Cf 8VfD
JAN 1 6 /990 State of North Carolina SUPER · Department of Environment, Health, and Natural Resources FUND SECTION
Asheville Regional Office
James C. Martin, Governor
William W. Cobey, Jr., Secretary
Mr. Rick Merrill
DIVISION OF ENVIRONMENTAL MANAGEMENT
GROUNDWATER SECTION
January 10, 1990
Merrill Grading Company, Incorporated
228 N. Church Street
Hendersonville, North Carolina 28739
Dear Mr. Merrill:
Subject: Analytical Results from Cinnamon Wood Well
Henderson County, North Carolina
Ann B. Orr
Regional Manager
I have enclosed a copy of the analytical results from the sample I collected at the Cinnamon Woods community well on November 28, 1989. No organic compounds were detected.
If you have any questions, please contact me or Don Link at [phone].
DMAE/gc
Enclosure
Sincerely,
~7f.tl~
Diane M.A. Eskenasy, P. G.
Hydrogeologist
cc: Henderson County Health Department
Grover Nicholson I
lntm:hangc Building, 59 Woodfin Place, Asheville, N.C. 28801 • Telephone [phone]
An Equal Opportunity Affirmative Action EmplO>ff
~x, J/4/@~
OtlAO NO. G'1i2UI
N.C.
LAT.
SERI AL NO.
~5' {S '>7 1 ONG. ,?.;l. ::2 5' C (o
DE~;TMENT OF NATURAL RESOURCES_,-.... LAB NUMBER a 0 (r\D~ 3
DEM c'd by: t\m\kJ From: Bus~
Report lo:~ FRO, MAO. ARO, WaRO, WiRO,
& COMMUNITY DEVELOPMENT ~TE RE'\E\H~ 19 \\3Jl Time Q 1 :},5
GROUNDWATER FIELD/LAB FORM o her--------------
SAMPLE PRIORITY DATA ENTRY BY: -IA-I---,-,~.
WSRO. Kinston FO Other ________ _
~ROUTINE □ EMERGENCY
DATE it•ro~ ~ Shipped by'. Bus, ~c Other
COLLECTOR(S): ~ 9 DATE uwbe TIME ~ .. , 0 PURPOSE: BASELINE.~MPLAINr'I COMP \. 1 us·. (c:,efe one)
FIELD ANALYSES
pH 40o ___ Spec. Cond.g4 __ at 2s0c
AremD,10----oc
W, Appearance _______ Taste-------
Odor ______ _
::cn::ion ~ 4 ~hJaa & J:,.x4
ER~"~ION
, .. ~•'",.A_, GROUNDnn1 ~It.Cb
".,,,......L{_ .t:t __ R_ r:ap RALOGH, "' Oescrip1ion of sampling point
J Field Analysis By:------------
LABORATORY ANALYSES
8005 J 10 mg/I Diss. Solld1 70300 _ mg/I Ag • Sliver 1077 110/I Organochlorln• Pe1tlclde1
COO H1gl'I J•O mg/I Fluoride 9S1 moll Al • .\h1minum 1105 uo/1 Orgenopho1phoru1 Pe1llclde1
COD Low 335 mg/I Hardnua:Tolal 000 moll 81 -&arlum 1007 ug/1
Colilorm:Mf f ,c,l 3 16 16 1100ml Hardnau (non-carb) 902 mo/I c, • Calcium 916 mg/I Acid Herdlcldll
Colll<..1m:t.tf T0111 31!:I0• /IOOml Phenols 32730 """ Cd • Cadmium 1021 ug/1
roe ,;ao mc;i/1 Specllic Cond. 9S uMho1/cm'2 Chromlum:Total 1034 ug/1 >'-, e,,. I Neuir■I Extt■Cllble Organlca
TUI bidily " IHU Sulrlla 9 ◄S mg/I Cu • Copoar 1042 ug/1 X Acid EllflCllble Organic,
Sul!lde 1,s mg/I Fa • 1,on 10,s . 1.10/1
HQ • Mercury 711100 ug/1 ">< Purg■■bla OroaniCI (VOA bollle)
OH ,iQJ uni 11 K • Polanlum 037 mg/l ,2. ..J,, ,., ... • ~ "j__
Alkallruly 10 pH ◄.5 410 mg/I Mg • Magn111um 927 mOII 1,2 • oitromoa1h1ne (EOB)
Alk1,llnily 10 pH 8.3 415 mg/I Mn • Manoanasa 1055 ug/1
Cubon111 445 mg/I Na • Sodium 9211 mg/I
Bllan.0n1i11 ;140 mg/I NH:i 15 N 610 mg/I NI • Nlckal 1067 ug/1 .c ,.._·,,uri:::'"'. r,c:~,\.~:'• •c-
AfMnlc:ToUI 1002 .. ,, TIOI u M 62S mg/I Pb -Laad 1051 uo/1 , s,o, vr,c ncnn::>1
C1rbon dlo•ld1 405 mg/I N02 1' N03 as N 630 mg/l s, • s,11nlum I 147 ug/1
Chloride 9,0 mg/I
Chromium:Hu. 1032 ug/1
P:Tolal u P 665 mg/I Zn -Zinc 1091 ug/1 • u
Color:TuJ4 eo Pl·Co E:.r. !':. L t. ,J V Ill j ~
~ -Cy1nld1 720 moll '' .. . ,~ ~
Lab Comments:
Groundwater Section
~
Asheville Reqional Office ~ ,. --,,--,::-:---:--...,.--,--,-...,..--....,.-.,.-,...,.,,.,..-....,.---,,----,---,,--,,,..,.,=...,..-,...,..-,------';....-------------r;
GW-b4 Aevi':-.ed 7/85 · For Dissolved Analysis -sui...!Tllt filtered sample and write •01s• in block .,, ~~
While copy -Headquarters Pink copy -Region Yellow copy -Lab
•
LAB NO. 9G l 093
REPORTED. BY IYIQ
CHECKED BY sxn
REVIEWED BY f 'flt}
SUPERVISOR <J?.tK
SAMPLE TVPE: WATEP
STORET MO.
•
OPCANIC ANAL VTICAL REPORT
DATE~
ANAL '/SIS RESULTS
COMPOUND
ENTERED BY 1)A
CHECKED BY~
NO VOLATILE ORGANICS DETECTED BY GC/ELCD/PID.
HO BASE/NEUT PAL OP ACID EXTRACTABLE ORGANIC
COMPOUNDS DEHCTW BY Gt/MS.
CONCENTRA'!'ION
• f~D[ COPY i
ffECEIVED
JAN O 9 1990
State of North Carolina SUPE'RRIND SEcnON
Department of Environment, Health, and Natural Resources
James C. Martin, Governor
William W Cobey, Jr., Secretary
Mr. Robert Huggins
Route 1, Box 81
Asheville Regional Office
DIVISION OF ENVIRONMENTAL MANAGEMENT
GROUNDWATER SECTION
January 5, 1990
Flat Rock, North Carolina 28731
Dear Mr. Huggins:
Subject: Analytical Results from Robert Huggins Well
Groundwater Incident No. 5183
Gene Shepherd Farm
Henderson County, North Carolina
Ann ll. Orr
Regional Mana.,,er
I have enclosed the analytical results from the samples I collected at your residence on November 28, 1989. No volatile organic compounds were detected.
If you have
[phone].
Grover Nicholson
DMAE/gc
Enclosure
questions about the results, please
If you have questions about further
at [phone].
Sincerely,
contact me or Don Link at
sampling, please contact
~?t,;;_/~,t &h,~o--
Diane M.A. Eskenasy, P. G.
Hydrogeologist
cc: Grover Nicholson
Henderson County Health Department
Interchange Building, 59 Woodfin Place, Asheville, NC. 2880! • l<'lephone 704-251-0208
An Equal Opportuniry Affirmative Action Employt'r
• •
State of North Carolina
Department of Environment, Health, and Natural Resources
Asheville Regional Office
James C. Martin, Governor
William W Cobey, Jr., Secretary
Mrs. Jean Case
Route 1, Box 65
DIVISION OF ENVIRONMENTAL MANAGEMENT
GROUNDWATER SECTION
January 5, 1990
Flat Rock, North Carolina 28731
Dear Mrs. Case:
Subject: Analytical Results from Jean Case Well
Groundwater Incident No. 5183
Gene Shepherd Farm
Henderson County, North Carolina
Ann B. Orr
Regional Manager
I have enclosed the analytical results from the samples I collected at
your residence on November 28, 1989. No volatile organic compounds were
detected.
If you have
[phone].
Grover Nicholson
DHAE/gc
Enclosure
questions about the results, please
If you have questions about further
at [phone].
Sincerely,
contact me or Don Link at
sampling, please contact
;(Jita;J 7fl/l £½?~
Diane M. A. Eskenasy, P. G.
Hydrogeologist
cc: Grover Nicholson ;
Henderson County Health Department
lnterchartf,>c Building, 59 Woodfin Place, Asheville, NC. 28801 • Telephone [phone]
An Equal Opponunity Affinnative Action Employer
• •
State of North Carolina
Department of Environment, Health, and Natural Resources
Asheville Regional Office
James C. Martin, Governor
William W Cobey, Jr., Secretary
Mr. and Mrs. Donald Westall
Route 1, Box 7 4
DIVISION OF ENVIRONMENTAL MANAGEMENT
GROUNDWATER SECTION
January 5, 1990
Flat Rock, North Carolina 28731
Dear Mr. and Mrs. Westall:
Subject: Analytical Results from Donald Westall Well
Groundwater Incident No. 5183
Gene Shepherd Farm
Henderson County, North Carolina
Ann ll. Orr
Regional Manager
I have enclosed the analytical results from the samples I collected at
your residence on November 28, 1989. No volatile organic compounds were
detected.
If you have
[phone].
Grover Nicholson
DMAE/gc
Enclosure
questions about the results, please
If you have questions about further
at [phone].
Sincerely,
contact me or Don Link at
sampling, please contact
A~a~ -;?I ;:r &~~cr-
Diane M. A. Eskenasy, P. G.
l!ydrogeologist
cc:, Grover Nicholson
Henderson County Health Department
lnterchanRC Buildin~, 59 Woodfin Place, A~hevillc, NC 2880! • Tdcphonc 704--251-6208
An Equal Opportunity Affirmative Action Employer
• •
State of North Carolina
Department of Environment, Health, and Natural Resources
Asheville Re1,~onal Office
James C. Martin, Governor
William W. Cobey, Jr., Secretary
Mrs. Clara Huggins
Route 1, Box 81
DIVISION OF ENVIRONMENTAL MANAGEMENT
GROUNDWATER SECTION
January S, 1990
Flat Rock, North Carolina 28731
Dear Mrs. Huggins:
Subject: Analytical Results from Clara Huggins Well
Groundwater Incident No. 5183
Gene Shepherd Farm
Henderson County, North Carolina
Ann B. Orr
Regional Man01,>er
I have enclosed the analytical results from the samples I collected at your residence on November 28, 1989. Chloroform was detected at 2 micrograms per liter, or parts.per billion. Chloroform is commonly seen in wells as a by-product of chlorination and is found in much higher levels in chlorinated public water supplies. Its presence may be a result of past chlorination of your well, or the discharge to septic systems of household chlorine compounds such as Clorox.
If you have any questions about the results, please contact me or Don Link at" [phone]. If you have questions about further sampling, please contact Grover Nicholson at [phone].
DMAE/gc
Sincerely,
IC~ 1J!t1MJtau~-
Diane M. A. Eskenasy,
Hydrogeologist
cc: \ Grover Nicholson
Henderson County Health Department
Enclosure
Interchange Building, 59 Woodfin Place, Asheville, N.C. 28801 • Telephone [phone]
An Equal OpJX>rtunity Affirmative Action Employt:r
OUAO t-10.
LAT. LOUG.
NO.
?-Z..:::..'f;t-;_O
Rcoor1 10: rno. r.mo. ARO. wano. v11Ro.
WSRO, Ki11sr0n ro 0 !her
N.C. Df.P, ..• TMENT OF NATURAL
& COMMUNITY DEVELOPMENT
DEM
GROUNl)WA TER
SMAPLE
[lnllllfJ/
f1ELD/I.A8
PRIORITY
FORM
0 1r.11·1i1,111,·y
Shipped !Jy: Bus, ~Uri;). Other
COLLECTOR(S): f..fli •~ DATE ulrzhr , 5.'y Tlf.\E ' O PURPOSE: BASELliJE,
FIELD ANALYSES Owner
Odor
PH 40o ____ Spec. Cond.g4 ___ a1 2s0c .c. 10 ____ or: Loc11ion or site
o! sampling point
' Appearance _______ Taste ______ _ Samplino
Field Analysis Sy: _____________ _
~~ E C E .• y it D
(pumping time, air 1emo, etc.) y
LABORATORY ANALYSES
BOD~ ., rn mo/I
coo H1ql'I J<O mo/I
COD Co• "' mo//
Cotitor"T'l:'-'r r ,.cal J 16 1 6 / I 00"11
Coli!v1,..,:",lr Toliil J 1 !in• I 1onm1
>OC .:;A(I IT'IQ/J
Tu1b1<11ty " tHlJ
• , .. •o:i uni ts
.-.n •lirll!y f<, pll .. ', ◄ 10 mri/1
A. r~ .1, n, 1y ,o OH ,. J "' IT'IQ/1
Cut>onatf' .. ' ro-,g/1
Bleu,.on,111 .. , mo/I
Arsf'rit:Toul 1002 ug/1
Ciirbon d10,iOt '"' mo/I
Ct-ilod-,f' ')•O m<,1/1
crirom,um:Hf'• 103:' uo /I
Color:Truf' 80 Pt·Co
Cy1nld• ''° mg/I
Lab Comments:
GW-b4 Rcvi:-.cd 7/85
Qj ss. Solids 70300 mQ/1 Ag· S,lvtr 1017 IJQ/1
r luori Cit' "' moll Al ,\luminvm 110S u;i/1
Hii rdnl ss: T OIi I 900 mg/I 81 B1rium 1001 ug/1
Harones$ fnon·cub) 'J02 mg/I moll
Pt,~nol~ J 27 3'1 ug/1 Cd Caomium 1017 UQ/1
Soecit,c Cano. " u1.lhos/cm' C'1ro,..,iur-1:Total IOJ• uo /I
Sull,Hf' '.14 ~ mg/I vg/1
Sul r I •I~ /-1'., , ... 011 ',. I, on 1 0 ~ ~
"' '.'f'rC ury 11900
' Pouss,um '" '·'•J l.l,111n~•.,,.m 'l ~ I
1) ~ '..liinganest' 10~~ ,,. S0C11um 9'9
•IH3 .. N 6 ,o mg/I
"" .. N '" mo/I
N02 ♦ N03 .. N 6JO mg/I
P: l o!al as P fj(i ~ m Iii II
For Dissolved Analy:;is -:.ui,'.Tlit lillcrcd sam11tc and wrilc ·01s· in block
While copy • liP.adnuaricrr. Pin\.. r:ony · nr.qion Yollow copy -l.ob
o,oanocfllorint' ii.;e 1---1--=--.:..:.__:_:_..:.;,-:_..:..:___;__:_.:...:._.:.::::....__:_...:..j
OroanooriosP.horus Ptstic,d,s
Base / lltuHal Er1r1t1lblt O•o1nie1
Acid E,1,•eiatire O•otnies
'l I
J
9G 1095
~~ REPORTED BY ___ _
CHECKED BY r1,j
REVIEWED BY ~ffet~--~-
-~K SUPERVISOR L-'
SAMPLE TYPE: WATER
STORET l·/0.
32106
• •
ORGAMIC ANALYTICAL REPORT
DATE
ANALYSIS RESULTS
COMPOUND
. CHL0R0FORl1
DETECTED B\' GC/ELCD
EIHERED BY l)A-
CHECKED B~(Af
NO VOLi\TILE O~'GAIIICS DETECTEu BY GC/PID
CONCENTRAT\01!
.,.-:--
COUNTY ~
OUA.O MO.
3,;-,1.,0.?-LAT. _ LONG.
N.C. DEP,:-. fMENT OF NATURAL RESOURCES /~, LAB NUIABER a f ?la,£1
TE RECfVEO '(? W30 Time f) f,::Z.-5'
"d by:{frn/J/ From: Bus~
Aeoorl IO~. FRO. MAO, ARO, WaRO, WiRO,
& COMMUNITY DEVELOPMENT
DEM
GROUNDWATER FIELD/LAB FORM er--------,------------
OATA ENTRY BY: ra C~i9':P~--WSRO, Kinston FO Olher
COLLECTOR(S): DATE
FIELD ANALYSES
•
4 00 ____ Soec. Cond. 94 ___ a 1 2s0c
mo.10 ____ oc Odor _______ _
Aooearance _______ Taste ______ _
Field Analysis Sy: _____________ _
LABOR A TORY ANALYSES
800:i J 10 mg/l
COO 11,or. l•O mu/I
COD Lo• '" moll
Colitorm:1.H r ec11 J 16 1 6 1100ml
Colilurm;Mf T Ol.lll J 150, 1100ml
TOC fi80 mg/I
l urbidl!y " :nu
• pH , OJ uni ts
Atkallnlly lopH,.5,10 mg/I
Alk 11initr to pH 8.3 , 1 5 mg/I
Carbon11e .. , mg/I
Blc■rLon,1, "0 moll
Ar~nic;Tout 1002 ug/1
Ctrtlon dlo,lde ,o, moll
Chloride 9'0 mg/I
Chromium;H•• 10.JZ ug/1
Color:True 80 Pt-Co
Crtnld• >,o moll
Lab Comments:
SAMPLE PRIORITY
ROUT I NE □ El,1ERG[NCY OATE REPORTED: J?(iz(ffi .
TIME .Jf: to"' PURPOSE: BASELINE, COMPLAINT, COMPLIANCE. 1.us·:. OTHER ~/ ~
{circle one)
Owner OM /1.. Yo<J. ? ~ /<i-J7 8£ti, C:J~-. F/a/-/(?/4) ,?~}"7"3}
Locai,on P:.,e z4; :--;«er/4;;£ / -· Co .e > -G,G:, 7 7
0 es c riot ion of samo Ii ng poi n 1 --~K'-'-~'L~"-4.~~~.UP'--'r/u.~.fa~""'"--1f~b~'-------------------,--------
Sa m ol i no r.1e1hod/?<L~ Sample ln1erva1 ..Jf:,3 )/
-,'JA (_n_lJ"]D, ~ ~ ( j~/ U ,:__ '--._ Ren1arks LLJl.a..--L-..s£lt(,d,.Pu~ &,0 Id/ .77/::i;n/lfa..L-..... .;/.,._.-___ j )
7 I~ pumping tirrle, air lemp, etc.) ,,
DIB, Sollds 70300 man AQ Sil vn1 1017 uo/1 01g1noc:hlor!nt Ptst!cld••
f 1,,,.,r1,jp rp, 1 mo/I ,, ,\lum,num 1 I 05 ug II O•o•nopho1ohoru1 Pest1clde1
Hardnes5:Tou1 900 man a, • Baoum 1007 ug/1
Hardness (non•c1rbl 90 2 moll c, C1lc:lum '" mg/I Acid H•rd1Cidts
Phenols 32730 uo/1 Cd Cadmium 1 027 u~/1
Soeci1ic Cond. " uVhos/c:m 7 Chrom1um:To111 1 03, ug/1 B,n ' Neu1,,1 Ertrac11bl• Org1nic1
Sul1•1E> 9(5 mo/I c, Coooer 10,2 ug/1 1'CiC Ei!rlCtatllt Qrg,nics
Sulli(Ji, ,. ' mg/I ,. Ir on 10(5 ug/1
"' r.t ere ury 7 1900 ug/1 I':>< PurQeatil• Org,nic:s (VOA boltlt) ,$'
' Po11ulum '" mo/I ::2. d,, /.,.,J, ~,,,, ilr.
MQ • l.tagnesium '" mon
Mo· U.lln,;,1neu 1055 ug /I
\. 2 :\. OiorOmotlh1n1 (EOB) l i i
"' Sodium "' moll •. -«-'.:, ' 'J i;;. ., .. .... i; ·1,<_ 'c
NH3 IS N "0 mg/I NI NI ck e I 1067 ,. • 1,10/1\ ~
TKN 11 N '" mg/I PO L II a (J 105 t_:: ._ ....• . --..C(', ~Q',r ·'" ':'-\
, . ., 19tJ9 c' . '.• .
N02 • N03 U N 6JO mg/I s, S111,n,um 'iio -~-~J~ .\j I ,.
P:To111 u P 665 mg/I Zo Zinc 1091 ' .. \~\t,\ \\.,)o\n~ I' ,. ':' ,:u1 1:..;;_;1t, .. 1 .)t:_r:1?;.i
(',\<.\.)"' ·:._.-\'.\'-l' ,~. ~· t. A i;i'.~t.JiiJ/ :.}f}G·,1/,.:'Jl('.'t" .,.,. ..
' fH-JJiLYS:S ?[Prw, l ; 0 ,, ..
r·or Dis:.olvoc1 Anoly~i~ ~ ::.c1i,:'l"lil lillr.rr.r1 ;,Jmplo anc1 wrilo ·01s· in block
Whilo copy• lionc1<1uor1orr, Pin~ r.opy • Rooion Yellow copy• L3b
LAB NO. 9G1097
REPORTED BY _UM __
CHECKED BY
REVIEWED BY t2lf2:
SUPERVISOR -::]?'l K
SAMPLE TYPE: WATER
STORET NO.
• ORGANIC ANALYTICAL REPORT
ANALYSIS RES UL TS
COMPOUND
ENTERED 8\' lli
CHECKED B~.,.._-
NO VOLATILE ORGANICS DETECTED ON GC/ELCD/PID
,,
CONCENTRATION
· 1
----
COI/NTY ~d&Aerr'v
OUAO NO. Q ;-"! c&'.·srn, AL NO. I
LAT. 3 -;;---I l.'.q 0 3 LONG. _9.~··_A=-c-=;:i......c..4L._,_1-__ .,.,
N.C. DEP~ .. TMENT OF NATURAL RESOURCES ,,.-. LAB NUMBER 8 cw~~~
& COMMUNITY DEVELOPMENT ~E RE~; \6 Time D3lo
DEM 'd by: From: Bus-e
GROUNDWATER FIELD/LAB FORM 01,er
Report 10: FRO, /,\RO, RRO, WaRO. WiRO,
SAMPLE
WSRO, Kinston FO 0 I her
ROUTINE
COLLECTOR(S): DATE
FIELD ANALYSES
____ Spec. Cond.94 ___ a1 2s0 c
Odor _______ _
Appearance _______ Taste ______ _
rield Analysis By: _____________ _
LABORATORY ANALYSES
BOO::, 310 mg/I Diss. Solias 70JOO mg/I
COO High J<10 mo/I Fluorlae 951 moll
COCI Low JJ!i mg/I Huanen:Tolll 900 mg/I
Coll1orm:1,H ~ ''"' 31616 1100ml H1re1ness (non·c1rb) 902 moll
Colil1,rm:~r Tol&I 3150• 1100ml Pn1nols J21JO ug/1
JQC hBO mg/I Speci1ic Cond. OS up,,lhos/cm 7
Turbidity 76 rnu Su!late 9<5 m,;i/1
Sul! ia e ,. s mg/I . • pH • OJ uni 1s
Alk1l1nity IODH<l.5•10 fflQ/1
Alk1Hnlty to DH ,. , ., ' mg/I
C1rbon11, ,., mg/I
Blc1rLon111 '" mg/I NHJ " N 6'0 m,;i/1
Ats.nlc:T011l 1002 """ TKN U N '" mo/I
Cart>on d10•ldl <105 mg/I N02 • N03 u N "' moll
Chlorld1 940 mg/I P;To1ar as P 665 mg/I
Cruomlum:H1, 1032 UQ /I
Color:Tn,. 1!10 Pl·Co
Cy1nlde "0 mg/I
Lab Comments:
PRIORITY
D EMERGENCY
Sample Interval
..At~ ha~~-&r(/1-w,eo~~ (pumpingtim~ le~o. etc.)
Ag Silv11 1017 UQ/1 Org1nochlortn1 P1stlcid11
AO .\luminum I 1 05 ug/1 Org1nooho1pho1us P1s1icid11
e, Barrum 1007 "'" c, Calcium "' mo/I Acld HerCllcldes
Co Cadmium 1027 ug/1
Chromium:Tol ■I IOJ• ug/1 Bin/ Neu1J1I E,trlCllble Org1nlct
Co Copper 1042 UQ/1 ,. Iron 1045 uo /I
Hg Me1cury 7 1 900 ug/1
' Pousslum 9J T mg/I
Mg Magnesium 927 mo,,
Mo t.41ng1nese 1055 .. ;-·;U'o\1;
"' Sodium 919 ..,.•,;;:'.,, \\~-~ \ :~: ·:::~~i;
Ni Ni ck et 1067 \ 't.i r, v::;-.1.•.'···~ · ui;i/1
Pb L 11 Cl 1051 \,., ... ;,/ ug/1
s, Selenium 110 ,~,t.. ... ......r.;C'ti.11
lo Zinc 1092 ug/1
,\,_,f\\N
(;~\JV'_._\ ,, ..
Acid E•lflCUtlle Orotnlcs
-
' ,.
s ,()\, I ---~µ,[) ORGArm,:,
~ ~-;-~-..1 .. , vc:.,c:. R£.POR 1
;i
C~ (t__\.1\l~
\ \.~ ,\(' t
~ \l ,,, ;.,-_;, !? f' le: I \f \!il' \"'I,
'·'1 ..
4sheYiilc Regional Qttic,
For Oissolve<1 Analysis -:;ui,~it fil1crad samnlc an<1 writo ·01s· in block
Wllllu copy • Hcad'!u<lflcr:. l'ln .. r:r,py Henion Yellow copy• Lab
LAB NO. . ~1094
REPORTED BV _uJ..:..A..__
CHECKED BV ~
REVIEWED BV
SUPERVISOR -=Rf, K
SAMPLE TYPE: WATER
STORET NO.
• ORGANIC ANAL VTICAL REPORT •
DATE~
ANALYSIS RESULTS
COMPOUND
ENTEREDBY----W~--
CHECKED BV 96
NO VOLATILE ORGANICS DETECTED BY GC/ELCD/PI D
CONCENTRATION
•• ••
LAW ENGINEERING
geotechnical, environmental & constructioo materials corn:>ultants
1100 THOUSAND OAKS BLVD.
GOLDEN OAKS BUSINESS PARK
GREENVILLE, SOUTH CAROLINA 29607
[phone]
September 28, 1989
North Carolina Department of Environment
Health and Natural Resources
Superfund Section
P.O. Box 2091
Raleigh, North Carolina 27602
Attention:
Subject:
Mr. Grover Nicholson
Correction to Results of Chemical Analysis
of Ground-Water Samples
Shepherd Property Project
East Flat Rock, North Carolina
Law Engineering Job Number GVE-2231
Dear Mr. Nicholson:
For your edification, a correction to the subject data has been made
and is noted herein. I have enclosed a copy of the corrected
laboratory analytical results from residential water supply well WW-
11. This information replaces data which previously sent to you in
July, 1989. This well, designated WW-11, is the property of Mr.
Hill of East Flat Rock, North Carolina and corresponds to his
rental property on Oak Grove Road (also Tahor Road). Please discard
the previous data indicating "non detection" of organic halocarbon
contamination in the well water.
Please notify us if we can be of assistance.
/jgw.b
cc: ATTN: Michael Bush
General Electric
Respectfully yours,
~'}::NEIN~
g~'Zas L. Lajrfons
Environmental Services Manager
••
September 5, 1989
Law Engineering, Inc.
1100 Thousand Oaks Blvd.
Greenville, SC 29607
Attention: Tom Lammons
LE Job Number: GVE-2231 (REVISED)
LENL Job Number: 12024
Subject: Chemical Analysis of Samples Received
on 6/30/89 (#89-3820-11)
Dear Mr. Lammons:
LAW ENVIRON MENTAL, INC.
112 ro.vNPAAK DAM
KENNESAW GEORGIA 30144-5599
404-421-3400
Law Environmental National Laboratories has revised its analysis
of your samples and reports the results on the following pages.
These results relate only to the contents of the samples as
submitted. This report shall not be reproduced except in full
without the approval of Law Environmental National Laboratories.
If there are any questions, please do not hesitate to contact us.
Sincerely,
LAW ENVIRONMENTAL NATL4 BS
c:'o/,~qr?J_
Clifford H. McBride
QA/QC Coordinator
Attachment: Data Report
cc: Mike Bush, GE-Hendersonville
Date
Page
' 09/05/89
1
Lab Number
Project No.
Project Name
• Al.AW ENVIRONMENTAL NATIONA •• TORIES .---TEST DATA REPORT
89-3820-11
GVE-2231
---Project Information ---
SHEPHERD PROPERTY
Cust. No.
Manager: GLENN SOFGE
Station ID
Matrix
Type
Collector
Remarks
WW-11
w
GRAB
GS
---Sample Information ---
Sampled Date/Time
Received Date/Time
Received From/By
Chain of Custody
Number of Containers
---Test Data ---
06/28/89 16:10
06/30/89 10: 15
GS/CLM
6980
3
Parameter .•.•....••....••......•....... Method .... UnHs Det. Limit Results ..• Test Date Analy
--ORGANICS PREP RESULTS
GC voe SCREENING N/A 07/03/89 JAS
--ORGANIC ANALYSIS RESULTS
Bromodichloromethane EPA 601 ug/1 1.0 ND 07 /11/89 KD Bromoform EPA 601 ug/1 2.0 ND 07 /11/89 KD Bromomethane EPA 601 ug/1 12 ND 07 /11/89 KD · Carbon tetrachloride EPA 601 ug/1 1.2 ND 07 /11/89 KD Chloroethane EPA 601 ug/1 5.2 ND 07/11/89 KD 2-Chloroethylvinyl ether EPA 601 ug/1 1.3 ND 07/11/89 KD Chloroform EPA 601 ug/1 0.5 ND 07/11/89 KD Chloromethane EPA 601 ug/1 0.8 ND 07 /11/89 KD Dibromochloromethane EPA 601 ug/1 0.9 ND 07 /11/89 KD 1,2-Dichlorobenzene EPA 601 ug/1 1.5 ND 07 /11/89 KD 1,3-Dichlorobenzene EPA 601 ug/1 3.2 ND 07 /11/89 KD 1,4-Dichlorobenzene EPA 601 ug/1 2.4 ND 07/11/89 KD Dichlorodifluoromethane EPA 601 ug/1 18 ND 07 /11/89 KD 1,1-Dichloroethane EPA 601 ug/1 0.7 ND 07/11/89 KD 1,2 Dichloroethane EPA 601 ug/1 0.3 ND 07/11/89 KD 1,1-Dichloroethene EPA 601 ug/1 1.3 ND 07 /11/89 KD Trans-1,2-Dichloroethene EPA 601 ug/1 1.0 ND 07 /11/89 KD 1,2-Dichloropropane EPA 601 ug/1 0.4 ND 07 /11/89 KO cis-1,3-Dichloropropene EPA 601 ug/1 3.4 ND 07 /11/89 KD Trans-1,3-Dichloropropene EPA 601 ug/1 3.4 ND 07 /11/89 KD Methylene Chloride EPA 601 ug/1 2.5 ND 07 /11/89 KD 1,1,2,2-Tetrachloroethane EPA 601 ug/1 0.3 ND 07 /11/89 KD Tetrachloroethene EPA 601 ug/1 0.3 95 07 /11/89 KD 1,1,1-Trichloroethane EPA 601 ug/1 0.3 ND 07/11/89 KD 1,1,2-Trichloroethane EPA 601 ug/1 0.2 ND 07 /11/89 KD
Signed C ~ ,-/(?~✓
Date 09/05/89
Page 2
Lab Number
Project No.
• Ar.AW ENVIRONMENTAL NATIONA •• , ORIES
.---TEST DATA REPORT
89-3820-11
GVE-2231
---Test Data ---
Parameter ....................•......... Method .... Units Det. Limit Results ... Test Date Analy
--ORGANIC ANALYSIS RESULTS
Trichloroethene EPA 601 ug/1 1.2 ND 07 /11/89 KO Trichlorofluoromethane EPA 601 ug/1 3.2 ND 07 /11/89 KO Vinyl Chloride EPA 601 ug/1 1.8 ND 07 /11/89 KD Benzene EPA 602 ug/1 1.0 ND 07 /11/89 KO Chlorobenzene EPA 602 ug/1 1.0 ND 07 /11/89 KD Ethylbenzene EPA 602 ug/1 1.0 ND 07 /11/89 KD Toluene EPA 602 ug/1 1.0 ND 07 /11/89 KD Xylenes EPA 602 ug/1 2.0 ND 07 /11/89 KD
N.C. DEPA .. rMENT or NATURAL
(J / j ,, (' /
RESOURCES LAB IJUI.ISER 8 Lt:=111 / Q
fJO. ----...-, z.
Report 10,eRO, l,1RO, RRQ, WaRO. WiRO.
& COMMUNITY IJEVELOPMENT
ULM
GROUNDWATER
SAMPLE
FIELD/LAB
PRIORITY
FORM 0 OATE REC~ryrn {/9/,/ W TimcO 92 .5 ;1c5" uy H {fl,{f) F,om Uusi§&u?
Other _________________ _
WSRO. Kinston FO 01her ________ _
Shipped by: f3us. Courier. Orher _______ _
COLLECTOR(SJ, ______ _ O,\ TE
FIELD ANALYSES
•
.. 00 ----~fl(.}C.
::. i/J ----o.-Ocor ________ _
Appearance ______ _ Taste ______ _
Field Analysis By:--------------
LABORATORY ANALYSES
~00:, .1 In mQ/1
COD HI ol"I J•O m-.ill
coo tow JJ., mg/I
(: qi 1 ! 011'1 :•Jf r ,.,:.11 11r,1r, 11 on,..,,
Col1!1,rm:v1 T nt,1 I J 1 ~n• / 10flr'11
ror. .. ~ (1 moll
l vrri 1'11 I y " :ll'IJ
-~
OH • o.:i Vl'll 15
A. I> 111'11 ly ,,, J>+t .. ~ • 1 fl mQ/1
A,lk ,1l1nHy '" (Ill fl,., • 1•, moll
C.1rbon,1e .. , r-,g/J
0,,1r~nn11e .. 0 mo /J
ll.f$Prir.;ToUI I 00~ """ C ,rt>on ,:HoxlCII' '°' mQ/1
cri1or1e1 .. <J•O mt;i/1
01 ~~-Sol i r1S I \lJf)(l
f tuori di' '" H ~ rdn" ss; l 01 a I ~00
I( a,.,,,,.~~ (n'ln·r .. ur,)
Pl",,"'l'll, J? I J1l
S:,~C I I 1c r,onCI, " Sull.t1t 'lt'.,
Sull••lf! I 4 :,
NHJ " .. , ' ,0
TKN .. N 6,S
N02 ♦ llOJ " N 6JO
P:Tour " ' 66'
ROUT I NE D El.lERGr.liCY
mg/I AO S•lvfH 1 017 ui:;/1
m9/I AO .\lum1num 1 1 05 ug/1
mg/J ,, Barium 1007 uo/1
'In;> mg/I c, Calcium 9" me/I
IJ(J/1 c, Cacim,u"1 1021 ug/1
u•Jrin~/cm1 C nror-i1 um: l Ota I 1034 ur;; /I
mg/I c, C 000"1 10C? ug /I
mg/I ' ' iron 104~ UQ /I
HO !.!t re ur y 7 1 900 vo /I
' Potisstum '" rr,;/1
"' Uaonf'~•um si1 mo,,
tJn -1.tanoanc~" 10::-::-,,. Sodium 929 __ ,<,•,(_°7{1 !"\ ;~ ~.~\
rno/1
m9/I
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•
LAB NO. 9G 1096
REPORTED BV _UJ_~--
CHECKED BY ~
REVIEWED BY
SUPERVISOR ~ E' k
SAMPLE T'/PE: WATER
STORET NO.
DATE
•
ORG/\NIC ANALYTICAL REPORT
AHALYSIS RESULTS
ENTERED BY
CHECKED BY¼'
COMPOUND
NO VOLATILE ORGANIC~; DETECTE[, BY GC/ELCD/Pl[i
co r:c E t:T [,',',TIO i-:
.....
Region IV, USEPA
345 Cortland Street
Atlanta, Georgia 30365
••
July 31, 1989
LAW ENGINEERING
goolechnical, environmental & construction materials com,ultants
1100 THOUSAND OAKS BLVD.
GOLDEN OAKS BUSINESS PARK
GREENVILLE, SOUTH CAROLINA 29607
[phone]
SUPERFUND BRANCH
Attention: Mr. Robert Morris
Subject: Chemical Analysis of Ground-Water Samples
for Shepherd Property Project
East Flat Rock, North Carolina
Law Engineering Job Number GVE-2231
Dear Mr. Morris:
Pursuant to the request of the General Electric Lighting System
Department, Hendersonville, North Carolina, we are forwarding the
results of chemical analysis for twelve ground-water samples
collected on June 28, 1989 in the vicinity of the E. B. Shepherd
property, Oak Grove Road, East Flat Rock, North Carolina. Attached
you will find a table which identifies each sample with the
respective property owner. Also enclosed is a copy of the
laboratory quality management plan for Law Environmental National
Laboratories.
/jgw
Attachment
cc: Michael Bush
General Electric
Yours very truly,
LAW ENGINEERING ,, Ji.,," 'c,/,' [ /tMt--c,1,w.-z...., --y
Thomas L. Lammons
Environmental Services Manager
Station I.D.
WW-1
WW-2
WW-3
WW-4
WW-5
WW-6
WW-7
WW-8
WW-9
WW-10
WW-11
WW-12
•• ••
RESIDENTIAL GROUND-WATER SAMPLING
EAST FLAT ROCK, NORTH CAROLINA
June 28, 1989
Property Owner
Jess R. Harris
John N. Camp
Roy H. Melton
Odell Edney
Otto C. Banks
Thomas A. Dupont
N/A
Ernest H. Russell
Hill residence
Hill slaughter house
Hill Property (Raglin
renter)
Maybin Hill
Station I.D.
WW-1
WW-2
WW-3
WW-4
WW-5
WW-6
WW-7
WW-8
WW-9
WW-1O
WW-11
WW-12
•• ••
RESIDENTIAL GROUND-WATER SAMPLING
EAST FLAT ROCK, NORTH CAROLINA
June 28, 1989
Property Owner
Jess R. Harris
John N. Camp
Roy H. Melton
Odell Edney
Otto C. Banks
Thomas A. Dupont
N/A
Ernest H. Russell
Hill residence
Hill slaughter house
Hill Property (Raglin
renter)
Maybin Hill
••
July 20, 1989
Law Engineering, Ir:.c.
1100 Thousand Oaks Blvd.
Greenville, SC 29607
Attention: Glenn Sofge
LE Job Number: GVE-2231
••
LAW ENYlRONMENTAL INC.
112 IDIINPARK DfWE
KENNESAV.: GEORGIA 30144-5599
404-421-3400
;~@muw,
JUL 2 1 1989
LAW ENGINEERING
GREB~V;LLE, S.C.
Subject: Chemical Analysis of Samples Received on 6/30/89---#89-3820-01 through 13
Dear Mr. Sofge:
Law Environmental National Laboratories has retested the above referenced samples and has revised the results of your report on the following pages. These results relate only to the contents of the samples as submitted. This report shall not be reproduced except in full without the approval of Law Environmental National Laboratories.
If there are any questions, please do not hesitate to contact us.
Sincerely,
LAW ENVIRONMENTAL NA~L L,.,
c:ij.~C~
Clifford H. McBride
QA/QC Coordinator
Attachment: Data Report
Date 07/20/89
Page 1
Lab Number
Project No.
Project Name
•• LAW ENVIRONMENTAL NATION~-TORIFS
TFST DATA REPORT
---Project Information ---
89-3820-01
GVE-2231
SHEPHERD PROPERTY
Cust. No.
Manager: GLENN SOFGE
Station ID
Matrix
Type
Collector
Remarks
WW-1
w
GRAB
GS
---Sample Information ---
Sampled Date/Time
Received Date/Time
Received From/By
Chain of Custody
Number of Containers
---Test Data ---
06/28/89 09:25
06/30/89 10:15
GS/CLM
6980
3
~arameter .............................. Method .... Units Det. Limit Results ... Test Date Analy
ORGANICS PREP RFSULTS
GC voe SCREENING N/A 07/03/89 JAS
--ORGANIC ANALYSIS RFSULTS
Bromodichloromethane -EPA 601 ug/1 1.0 ND 07/03/89 BH Bromoform EPA 601 ug/1 2.0 ND 07/03/89 BH Bromomethane EPA 601 ug/1 12 ND 07/03/89 BH Carbon tetrachloride EPA 601 ug/1 1.2 ND 07/03/89 BH Chloroethane EPA 601 ug/1 5.2 ND 07/03/89 BH 2-Chloroethylvinyl ether EPA 601 ug/1 1.3 ND 07/03/89 BH Chloroform EPA 601 ug/1 0.5 ND 07/03/89 BH Chloromethane EPA 601 ug/1 0.8 ND 07/03/89 BH Dibromochloromethane EPA 601 ug/1 0.9 ND 07/03/89 BH 1,2-Dichlorobenzene EPA 601 • ug/1 1.5 ND 07/03/89 BH 1,3-Dichlorobenzene EPA 601 ug/1 3.2 ND 07/03/89 BH 1,4-Dichlorobenzene EPA 601 ug/1 2.4 ND 07/03/89 BH Dichlorodifluoromethane EPA 601 ug/1 18 ND 07/03/89 BH 1,1-Dichloroethane EPA 601 ug/1 0.7 ND 07/03/89 BH 1,2 Dichloroethane EPA 601 ug/1 0.3 ND 07/03/89 KO 1,1-Dichloroethene EPA 601 ug/1 1.3 ND 07/03/89 KO Trans-1,2-Dichloroethene EPA 601 ug/1 1.0 ND 07/03/89 KO 1,2-Dichloropropane EPA 601 ug/1 0.4 ND 07/03/89 KO cis-1,3-Dichloropropene EPA 601 ug/1 3.4 ND 07/03/89 KO Trans-1,3-Dichloropropene EPA 601 ug/1 3.4 ND 07 /03/89 KO Methylene Chloride EPA 601 ug/1 2.5 ND 07/03/89 KO 1,1,2,2-Tetrachloroethane EPA 601 ug/1 0.3 ND 07/03/89 KO Tetrachloroethene EPA 601 ug/1 0.3 ND 07/03/89 KO 1,1,1-Trichloroethane EPA 601 ug/1 0.3 ND 07/03/89 KO 1,1,2-Trichloroethane EPA 601 ug/1 0.2 ND 07/03/89 KO
Signed /.~J
•• LAW ENVIRONMENTAL NATION,ATORIFS
TEST DATA REPORT
Date 07/20/89
Page 2
Lab Number
Project No.
89-3820-01
GVE-2231
Parameter ..............................
--ORGANIC ANALYSIS RFSULTS --
Trichloroethene
Trichlorofluoromethane
Vinyl Chloride
Benzene
Chlorobenzene
Ethylbenzene
Toluene
Xylenes
---Test Data ---
Method .... Units Det. Limit Results ...
EPA 601 ug/1 1.2 ND
EPA 601 ug/1 3.2 ND EPA 601 ug/1 1.8 ND EPA 602 ug/1 1.0 ND
EPA 602 ug/1 1.0 ND
EPA 602 ug/1 1.0 ND
EPA 602 ug/1 1.0 ND
EPA 602 ug/1 2.0 ND
Signed
•".f '
Test Date Analy
07/03/89 KD
07/03/89 KD
07/03/89 KD
07/03/89 KD
07/03/89 KD
07/03/89 KD
07/03/89 KD
07/03/89 KD
Date 07/20/89
·Page 1
Lab Number
Project No.
Project Name
• ~w ENVIRONMENTAL NATIONAL~ITORIFS
TEST DATA REPORT
---Project Information
89-3820-02
GVE-2231
SHEPHERD PROPERTY
Cust. No.
Manager: GLENN SOFGE
Station ID
Matrix
Type
Collector
Remarks
WW-2
w
GRAB
GS
---Sample Information ---
Sampled Date/Time
Received Date/Time
Received From/By
Chain of Custody
Number of Containers
---Test Data ---
06/28/89 09:55
06/30/89 10:15
GS/CLM
6980
3
Parameter .............................. Method .... Units Det. Limit Results ... Test Date Analy
ORGANICS PREP RFSULTS --
GC voe SCREENING N/A 07/03/89 JAS
--ORGANIC ANALYSIS RFSULTS
Bromodichloromethane EPA 601 ug/1 1.0 ND 07/03/89 KD Bromoform EPA 601 ug/1 2.0 ND 07/03/89 KD Bromomethane EPA 601 ug/1 12 ND 07/03/89 KD Carbon tetrachloride EPA 601 ug/1 1.2 ND 07/03/89 KD Chloroethane EPA 601 ug/1 5.2 ND 07/03/89 KD 2-Chloroethylvinyl ether EPA 601 ug/1 1.3 ND 07/03/89 KD Chloroform EPA 601 ug/1 0.5 ND 07/03/89 KD Chloromethane EPA 601 ug/1 0.8 ND 07/03/89 KD Dibromochloromethane EPA 601 ug/1 0.9 ND 07/03/89 KD 1,2-Dichlorobenzene EPA 601 ug/1 1.5 ND 07/03/89 KD 1,3-Dichlorobenzene EPA 601 ug/1 3.2 ND 07/03/89 KD 1,4-Dichlorobenzene EPA 601 ug/1 2.4 ND 07/03/89 KD Dichlorodifluoromethane EPA 601 ug/1 18 ND 07/03/89 KD 1,1-Dichloroethane EPA 601 ug/1 0.7 ND 07 /03/89 KD 1,2 Dichloroethane EPA 601 ug/1 0.3 ND 07/03/89 KD 1,1-Dichloroethene EPA 601 ug/1 1.3 ND 07/03/89 KD Trans-1,2-Dichloroethene EPA 601 ug/1 1.0 ND 07/03/89 KD 1,2-Dichloropropane EPA 601 ug/1 0.4 ND 07/03/89 KD cis-1,3-Dichloropropene EPA 601 ug/1 3.4 ND 07/03/89 KD Trans-1,3-Dichloropropene EPA 601 ug/1 3.4 ND 07/03/89 KD Methylene Chloride EPA 601 ug/1 2.5 ND 07/03/89 KD 1,1,2,2-Tetrachloroethane EPA 601 ug/1 0.3 ND 07/03/89 KD Tetrachloroethene EPA 601 ug/1 0.3 ND 07/03/89 KD 1,1,1-Trichloroethane EPA 601 ug/1 0.3 ND 07/03/89 KD 1,1,2-Trichloroethane EPA 601 ug/1 0.2 ND 07/03/89 KD
Signed /.,,,,,,c(JJ
Date 07/20/89
Page 2
•• LAW ENVIRONMENTAL NATIONUTORIE.5
TEST DATA REPORT
Lab Number 89-3820-02
Project No. GVE-2231
---Test Data ---
Parameter .............................. Method .... Units Det. Limit Results ... Test Date Analy
--ORGANIC ANALYSIS RESULTS
Trichloroethene EPA 601 ug/1 1.2 ND 07/03/89 KD Trichlorofluoromethane EPA 601 ug/1 3.2 ND 07/03/89 KD Vinyl Chloride EPA 601 ug/1 1.8 ND 07/03/89 KD Benzene EPA 602 ug/1 1.0 ND 07/03/89 KD Chlorobenzene EPA 602 ug/1 1.0 ND 07/03/89 KD Ethylbenzene EPA 602 ug/1 1.0 ND 07/03/89 KD Toluene EPA 602 ug/1 1.0 ND 07/03/89 KD Xylenes EPA 602 ug/1 2.0 ND 07/03/89 KD
Signed
Date 07/20/89
Page 1
Lab Number
Project No.
Project Name
•• LAW ENVIRONMENTAL NATIONA~-TORIES
TFST DATA REPORT
---Project Information ---
89-3820-03
GVE-2231
SHEPHERD PROPERTY
Cust. No.
Manager: GLENN SOFGE
Station ID
Matrix
Type
Collector
Remarks
WW-3
w
GRAB
GS
---Sample Information ---
Sampled Date/Time
Received Date/Time
Received From/By
Chain of Custody
Number of Containers
---Test Data ---
06/28/89 10:10
06/30/89 10:15
GS/CLM
6980
3
Parameter .............................. Method .... Units Det. Limit Results ... Test Date Analy
--ORGANICS PREP RESULTS --
GC voe SCREENING N/A 07/03/89 JAS
--ORGANIC ANALYSIS RESULTS
Bromodichloromethane EPA 601 ug/1 1.0 ND 07/03/89 KD
Bromoform EPA 601 ug/1 2.0 ND 07/03/89 KD
Bromomethane EPA 601 ug/1 12 ND 07/03/89 KD
Carbon tetrachloride EPA 601 ug/1 1.2 ND 07/03/89 KD Chloroethane EPA 601 ug/1 5.2 ND 07/03/89 KD 2-Chloroethylvinyl ether EPA 601 ug/1 1.3 ND 07/03/89 KD Chloroform EPA 601 ug/1 0.5 ND 07/03/89 KD Chloromethane EPA 601 ug/1 0.8 ND 07/03/89 KD
Dibromochloromethane EPA 601 ug/1 0.9 ND 07/03/89 KD
1,2-Dichlorobenzene EPA 601 ug/1 1.5 ND 07/03/89 KD
1,3-Dichlorobenzene EPA 601 ug/1 3.2 ND 07/03/89 KD 1,4-Dichlorobenzene EPA 601 ug/1 2.4 ND 07/03/89 KD
Dichlorodifluoromethane EPA 601 ug/1 18 ND 07/03/89 KD
1,1-Dichloroethane EPA 601 ug/1 0.7 ND 07/03/89 KD
1,2 Dichloroethane EPA 601 ug/1 0.3 ND 07/03/89 KD
1,1-Dichloroethene EPA 601 ug/1 1.3 ND 07/03/89 KD Trans-1,2-Dichloroethene EPA 601 ug/1 1.0 ND 07/03/89 KD
1,2-Dichloropropane EPA 601 ug/1 0.4 ND 07/03/89 KD
cis-1,3-Dichloropropene EPA 601 ug/1 3.4 ND 07/03/89 KD
Trans-1,3-Dichloropropene EPA 601 ug/1 3.4 ND 07/03/89 KD
Methylene Chloride EPA 601 ug/1 2.5 ND 07/03/89 KD
1,1,2,2-Tetrachloroethane EPA 601 ug/1 0.3 ND 07/03/89 KD Tetrachloroethene EPA 601 ug/1 0.3 ND 07/03/89 KD
1,1,1-Trichloroethane EPA 601 ug/1 0.3 ND 07/03/89 KD
1,1,2-Trichloroethane EPA 601 ug/1 0.2 ND 07/03/89 KD
Signed ~~~gJ
Date 07/20/89
· Page 2
•• LAW ENVIRONMENTAL NATIONAL~--TORIES
TEST DATA REPORT
Lab Number 89-3820-03
Project No. GVE-2231
---Test Data ---
Parameter .............................. Method .... Units Det. Limit Results ... Test Date Analy
--ORGANIC ANALYSIS RESULTS
Trichloroethene EPA 601 ug/1 1.2 ND 07/03/89 KD
Trichlorofluoromethane EPA 601 ug/1 3.2 ND 07/03/89 KD
Vinyl Chloride' EPA 601 ug/1 1.8 ND 07/03/89 KD
Benzene EPA 602 ug/1 1.0 ND 07/03/89 KD Chlorobenzene EPA 602 ug/1 1.0 ND 07/03/89 KD
Ethyl benzene EPA 602 ug/1 1.0 ND 07/03/89 KD Toluene EPA 602 ug/1 1.0 ND 07/03/89 KD Xylenes EPA 602 ug/1 2.0 ND 07/03/89 KD
Signed
•• •• LAW ENVIRONMENTAL NATIONAL LABORATORIES
Date 07/20/89
Page 1
Lab Number 89-3820-04
Project No. GVE-2231
TEST DATA REPORT
---Project Information ---
Cust. No.
Project Name SHEPHERD PROPERTY
Manager: GLENN SOFGE
Station ID
Matrix
Type
Collector
Remarks
ww-4 w
GRAB
GS
---Sample Information ---
Sampled Date/Time
Received Date/Time
Received From/By
Chain of Custody
Number of Containers
---Test Data ---
06/28/89 11 :05
06/30/89 10:15
GS/CLM
6980
3
Parameter ..........•................... Method .... Units Det. Limit Results ... Test Date Analy
--ORGANICS PREP RESULTS --
GC voe SCREENING N/A 07/03/89 JAS
--ORGANIC ANALYSIS RESULTS
Bromodichloromethane EPA 601 ug/1 1.0 ND 07/03/89 KD Bromoform EPA 601 ug/1 2.0 ND 07/03/89 KD Bromomethane EPA 601 ug/1 12 ND 07/03/89 KD Carbon tetrachloride EPA 601 ug/1 1.2 ND 07/03/89 KD Chloroethane EPA 601 ug/1 5.2 ND 07/03/89 KD 2-Chloroethylvinyl ether EPA 601 ug/1 1.3 ND 07/03/89 KD Chloroform EPA 601 ug/1 0.5 ND 07/03/89 KD Chloromethane EPA 601 ug/1 0.8 ND 07/03/89 KD Dibromochloromethane EPA 601 ug/1 0.9 ND 07/03/89 KD 1,2-Dichlorobenzene EPA 601 ug/1 1.5 ND 07/03/89 KD 1,3-Dichlorobenzene EPA 601 ug/1 3.2 ND 07/03/89 KD 1,4-Dichlorobenzene EPA 601 ug/1 2.4 ND 07/03/89 KD Dichlorodifluoromethane EPA 601 ug/1 18 ND 07/03/89 KD 1,1-Dichloroethane EPA 601 ug/1 0.7 ND 07/03/89 KD 1,2 Dichloroethane EPA 601 ug/1 0.3 ND 07/03/89 KD 1,1-Dichloroethene EPA 601 ug/1 1.3 ND 07/03/89 KD Trans-1,2-Dichloroethene EPA 601 ug/1 1.0 ND 07/03/89 KD 1,2-Dichloropropane EPA 601 ug/1 0.4 ND 07/03/89 KD cis-1,3-Dichloropropene EPA 601 ug/1 3.4 ND 07/03/89 KD Trans-1,3-Dichloropropene EPA 601 ug/1 3.4 ND 07/03/89 KD Methylene Chloride EPA 601 ug/1 2.5 ND 07/03/89 KD 1,1,2,2-Tetrachloroethane EPA 601 ug/1 0.3 ND 07/03/89 KD Tetrachloroethene EPA 601 ug/1 0.3 ND 07/03/89 KD 1,1,1-Trichloroethane EPA 601 ug/1 0.3 ND 07/03/89 KD 1,1,2-Trichloroethane EPA 601 ug/1 0.2 ND 07/03/89 KD
Signed ~~Gd
•• LAW ENVIRONMENTAL NATIONAi.TORIES
TEST DATA REPORT
Date 07/20/89
· Page 2
Lab Number 89-3820-04
Project No. GVE-2231
Para.meter ..............................
--ORGANIC ANALYSIS RESULTS --
Trichloroethene
Trichlorofluoromethane
Vinyl Chloride
Benzene
Chlorobenzene
Ethyl benzene
Toluene
Xylenes
---Test Data ---
Method .... Units Det. Limit Results ...
EPA 601 ug/1 1.2 ND
EPA 6ol ug/1 3.2 ND
EPA 6ol ug/1 1.8 ND
EPA 602 ug/1 1.0 ND
EPA 602 ug/1 1.0 ND
EPA 602 ug/1 1.0 ND
EPA 602 ug/1 1.0 ND
EPA 602 ug/1 2.0 ND
Signed
Test Date Analy
07/03/89 KD
07/03/89 KD
07/03/89 KD
07/03/89 KD
07/03/89 KD
07/03/89 KD
07/03/89 KD
07/03/89 KD
Date 07/20/89
Page 1
Lab Number
Project No.
Project Name
•• LAW ENVIRONMENTAL NATIONA~tTORIFS
TFST DATA REPORT
---Project Information ---
89-3820-05
GVE-2231
SHEPHERD PROPERTY
Cust. No.
Manager: GLENN SOFGE
Station ID
Matrix
Type
Collector
Remarks
WW-5
w
GRAB
GS
---Sample Information ---
Sampled Date/Time
Received Date/Time
Received From/By
Chain of Custody
Number of Containers
---Test Data ---
06/28/89 11: 40
06/30/89 10: 15
GS/CLM
6980
3
Parameter .............................. Method .... Units Det. Limit Results ... Test Date Analy
--ORGANICS PREP RFSULTS --
GC voe SCREENING N/A 07/03/89 JAS
--ORGANIC ANALYSIS RFSULTS
Bromodichloromethane EPA 601 ug/1 1.0 ND 07/03/89 KD Bromoform EPA 601 ug/1 2.0 ND 07/03/89 KD Bromomethane EPA 601 ug/1 12 ND 07/03/89 KD Carbon tetrachloride EPA 601 ug/1 1.2 ND 07/03/89 KD Chloroethane EPA 601 ug/1 5.2 ND 07/03/89 KD 2-Chloroethylvinyl ether EPA 601 ug/1 1.3 ND 07/03/89 KD Chloroform EPA 601 ug/1 0.5 ND 07/03/89 KD Chloromethane EPA 601 ug/1 0.8 ND 07/03/89 KD Dibromochloromethane EPA 601 ug/1 0.9 ND 07/03/89 KD 1,2-Dichlorobenzene EPA 601 ug/1 1.5 ND 07/03/89 KD 1,3-Dichlorobenzene EPA 601 ug/1 3.2 ND 07/03/89 KD 1,4-Dichlorobenzene EPA 601 ug/1 2.4 ND 07/03/89 KD Dichlorodifluoromethane EPA 601 ug/1 18 ND 07/03/89 KD 1,1-Dichloroethane EPA 601 ug/1 0.7 ND 07/03/89 KD 1,2 Dichloroethane EPA 601 ug/1 0.3 ND 07/03/89 KD 1,1-Dichloroethene EPA 601 ug/1 1.3 ND 07/03/89 KD Trans-1,2-Dichloroethene EPA 601 ug/1 1.0 ND 07/03/89 KD 1,2-Dichloropropane EPA 601 ug/1 0.4 ND 07/03/89 KD cis-1,3-Dichloropropene EPA 601 ug/1 3.4 ND 07/03/89 KD Trans-1,3-Dichloropropene EPA 601 ug/1 3.4 ND 07/03/89 KD Methylene Chloride EPA 601 ug/1 2.5 ND 07/03/89 KD 1,1,2,2-Tetrachloroethane EPA 601 ug/1 0.3 ND 07/03/89 KD Tetrachloroethene EPA 601 ug/1 0.3 ND 07/03/89 KD 1,1,1-Trichloroethane EPA 601 ug/1 0.3 ND 07/03/89 KD 1,1,2-Trichloroethane EPA 601 ug/1 0.2 ND 07/03/89 KD
Signed ~~c~
Date 07/20/89
· Page 2
•• LAW ENVIRONMENTAL NATIONA1'.alTORIE.5
TE.5T DATA REPORT
Lab Number 89-3820-05
Project No. GVE-2231
---Test Data ---
Parameter .....••••..................... Method .... Units Det. Limit Results ... Test Date Analy
--ORGANIC ANALYSIS RESULTS
Trichloroethene EPA 6ol ug/1 1.2 ND 07/03/89 KD Trichlorofluoromethane EPA 601 ug/1 3.2 ND 07/03/89 IQ) Vinyl Chloride EPA 601 ug/1 1.8 ND 07/03/89 KD Benzene EPA 6o2 ug/1 1.0 ND 07/03/89 KD Chlorobenzene EPA 602 ug/1 1.0 ND 07/03/89 KD Ethyl benzene EPA 602 ug/1 1.0 ND 07/03/89 KD Toluene EPA 602 ug/1 1.0 ND 07/03/89 KD Xylenes EPA 602 ug/1 2.0 ND 07/03/89 KD
Signed
Date 07/20/89
· Page 1
Lab Number
Project No.
Project Name
• ~AW ENVIRONMENTAL NATIONAi"81TORIFS
TEST DATA REPORT
---Project Information ---
89-3820-06
GVE-2231
SHEPHERD PROPERTY
Cust. No.
Manager: GLENN SOFGE
Station ID
Matrix
Type
Collector
Remarks
ww-6
w
GRAB
• GS
Sample Information ---
Sampled Date/Time
Received Date/Time
Received From/By
Chain of Custody
Number of Containers
---Test Data ---
06/28/89
06/30/89
GS/CLM
6980
3
12:10
10:15
Parameter .............................. Method .... Units Det. Limit Results ... Test Date Analy
--ORGANICS PREP RESULTS --
GC voe SCREENING N/A 07/03/89 JAS
--ORGANIC ANALYSIS RESULTS --
Bromodichloromethane EPA 601 ug/1 1.0 ND 07/03/89 KD Bromoform EPA 601 ug/1 2.0 ND 07/03/89 KD Bromomethane EPA 601 ug/1 12 ND 07/03/89 KD Carbon tetrachloride EPA 601 ug/1 1.2 ND 07/03/89 KD Chloroethane EPA 601 ug/1 5.2 ND 07/03/89 KD 2-Chloroethylvinyl ether EPA 601 ug/1 1.3 ND 07/03/89 KD Chloroform EPA 601 ug/1 0.5 · ND 07/03/89 KD Chloromethane EPA 601 ug/1 0.8 ND 07/03/89 KD Dibromochloromethane EPA 601 ug/1 0.9 ND 07/03/89 KD 1,2-Dichlorobenzene EPA 601 ug/1 1.5 ND 07/03/89 KD 1,3-Dichlorobenzene EPA 601 ug/1 3,2 ND 07/03/89 KD 1,4-Dichlorobenzene EPA 601 ug/1 2.4 ND 07/03/89 KD Dichlorodifluoromethane EPA 601 ug/1 18 ND 07/03/89 KD 1,1-Dichloroethane EPA 601 ug/1 0.7 ND 07/03/89 KD 1,2 Dichloroethane EPA 601 ug/1 0.3 ND 07/03/89 BH 1,1-Dichloroethene EPA 601 ug/1 1.3 ND 07/03/89 BH Trans-1,2-Dichloroethene EPA 601 ug/1 1.0 ND 07/03/89 BH 1,2-Dichloropropane EPA 601 ug/1 0.4 ND 07/03/89 BH cis-1,3-Dichloropropene EPA 601 ug/1 3,4 ND 07/03/89 BH Trans-1,3-Dichloropropene EPA 601 ug/1 3.4 ND 07/03/89 BH Methylene Chloride EPA 601 ug/1 2.5 ND 07/03/89 BH 1,1,2,2-Tetrachloroethane EPA 601 ug/1 0.3 ND 07/03/89 BH Tetrachloroethene EPA 601 ug/1 0.3 ND 07/03/89 BH 1,1,1-Trichloroethane EPA 601 ug/1 0.3 ND 07/03/89 BH 1,1,2-Trichloroethane EPA 601 ug/1 0.2 ND 07/03/89 BH
Signed /!/2.,?{yJ
Date 07/20/89
Page 2
• ~W ENVIRONMENTAL NATIONAL t!TORIE.5
T&5T DATA REPORT
Lab Number 89-3820-06
Project No. GVE-2231
---Test Data ---
Parameter .............................. Method .... Units Det. Limit Results ... Test Date Analy
--ORGANIC ANALYSIS RE.5ULTS
Trichloroethene EPA 601 ug/1 1.2 ND 07/03/89 BH Trichlorofluorometharie EPA 601 ug/1 3.2 ND 07/03/89 BH Vinyl Chloride EPA 601 ug/1 1.8 ND 07/03/89 BH Benzene EPA 602 ug/1 1.0 ND 07/03/89 BH Chlorobenzene EPA 602 ug/1 1.0 ND 07/03/89 BH Ethyl benzene EPA 602 ug/1 1.0 ND 07/03/89 BH Toluene EPA 602 ug/1 1.0 ND 07/03/89 BH Xylenes EPA 602 ug/1 2.0 ND 07/03/89 BH
Signed
Date 07/20/89
Page 1
Lab Number
Project No.
Project Name
• .LAW ENVIRONMENTAL NATION"TORIES
TEST DATA REPORT
89-3820-07
GVE-2231
---Project Information ---
SHEPHERD PROPERTY
Cust. No.
Manager: GLENN SOFGE
Station ID
Matrix
Type
Collector
Remarks
ww-7 w
GRAB
GS
---Sample Information ---
Sampled Date/Time
Received Date/Time
Received From/By
Chain of Custody
Number of Containers
---Test Data ---
06/28/89 11: 55
06/30/89 10:15
GS/CLM
6980
3
Parameter .............................. Method .... Units Det. Limit Results ... Test Date Analy
--ORGANICS PREP RFSULTS
GC voe SCREENING N/A 07/03/89 JAS
--ORGANIC ANALYSIS RFSULTS
Bromodichloromethane EPA 601 ug/1 1.0 ND 07/03/89 KD Bromoform EPA 601 ug/1 2.0 ND 07/03/89 KD Bromomethane EPA 601 ug/1 12 ND 07/03/89 KD Carbon tetrachloride EPA 601 ug/1 1.2 ND 07/03/89 KD Chloroethane EPA 601 ug/1 5,2 ND 07/03/89 KD 2-Chloroethylvinyl ether EPA 601 ug/1 1.3 ND 07/03/89 KD Chloroform EPA 601 ug/1 0.5 ND 07/03/89 KD Chloromethane EPA 601 ug/1 0.8 ND 07/03/89 KD Dibromochloromethane EPA 601 ug/1 0.9 ND 07/03/89 KD 1,2-Dichlorobenzene EPA 601 ug/1 1.5 ND 07/03/89 KD 1,3-Dichlorobenzene EPA 601 ug/1 3.2 ND 07/03/89 KD 1,4-Dichlorobenzene EPA 601 ug/1 2.4 ND 07/03/89 KD Dichlorodifluoromethane EPA 601 ug/1 18 ND 07/03/89 KD 1,1-Dichloroethane EPA 601 ug/1 0.7 ND 07/03/89 KD 1,2 Dichloroethane EPA 601 ug/1 0.3 ND 07/03/89 KD 1,1-Dichloroethene EPA 601 ug/1 1.3 ND 07/03/89 KD Trans-1,2-Dichloroethene EPA 601 ug/1 1.0 ND 07/03/89 KD 1,2-Dichloropropane EPA 601 ug/1 0.4 ND 07/03/89 KD cis-1,3-Dichloropropene EPA 601 ug/1 3.4 ND 07/03/89 KD Trans-1,3-Dichloropropene EPA 601 ug/1 3.4 ND 07/03/89 KD Methylene Chloride EPA 601 ug/1 2.5 ND 07/03/89 KD 1,1,2,2-Tetrachloroethane EPA 601 ug/1 0.3 ND 07/03/89 KD Tetrachloroethene EPA 601 ug/1 0.3 ND 07/03/89 KD 1,1,1-Trichloroethane EPA 601 ug/1 0.3 ND 07/03/89 KD 1,1,2-Trichloroethane EPA 601 ug/1 0.2 ND 07/03/89 KD
Signed c.',,,,,,<d
Date 07/20/89
· Page 2
• ~AW ENVIRONMENTAL NATIONA~ITORIES
T&5T DATA REPORT
Lab Number 89-3820-07
Project No. GVE-2231
---Test Data-~-
Parameter .............................. Method .•.. Units Det. Limit Results ... Test Date Analy
--ORGANIC ANALYSIS RESULTS
Trichloroethene EPA 6ol ug/1 1.2 ND 07/03/89 KD Trichlorofluoromethane EPA 601 ug/1 3.2 ND 07/03/89 KD Vinyl Chloride EPA 6ol ug/1 1.8 ND 07/03/89 KD Benzene EPA 602 ug/1 1.0 ND 07/03/89 KD Chlorobenzene EPA 602 ug/1 1.0 ND 07/03/89 KD Ethyl benzene EPA 602 ug/1 1.0 ND 07/03/89 KD Toluene EPA 602 ug/1 1.0 ND 07/03/89 KD Xylenes EPA 6o2 ug/1 2.0 ND 07/03/89 KD
Signed
• 'w ENVIRONMENTAL NATIONALI.TORIES
TEST DATA REPORT
Date 07/20/89
· Page 1
---Project Information
Lab Number 89-3820-oB
Project No. GVE-2231 Cust. No.
Project Name SHEPHERD PROPERTY
Manager: GLENN SOFGE
Station ID
Matrix
Type
Collector
Remarks
ww-8
w
GRAB
GS
---Sample Information ---
Sampled Date/Time
Received Date/Time
Received From/By
Chain of Custody
Number of Containers
---Test Data ---
06/28/89 13:55
06/30/89 10:15
GS/CLM
6980
3
?arameter .............................. Method .... Units Det. Limit Results ... Test Date Analy
--ORGANICS PREP RESULTS --
GC voe SCREENING N/A 07/03/89 JAS
--ORGANIC ANALYSIS RESULTS
Bromodichloromethane EPA 601 ug/1 1.0 ND 07/03/89 KD Bromoform EPA 601 ug/1 2.0 ND 07/03/89 KD Bromomethane EPA 601 ug/1 12 ND 07/03/89 KD Carbon tetrachloride EPA 601 ug/1 1.2 ND 07/03/89 KD Chloroethane EPA 601 ug/1 5.2 ND 07/03/89 KD 2-Chloroethylvinyl ether EPA 601 ug/1 1.3 ND 07/03/89 KD Chloroform EPA 601 ug/1 0.5 ND 07/03/89 KD Chloromethane EPA 601 ug/1 0.8 ND 07/03/89 KD Dibromochloromethane EPA 601 ug/1 0.9 ND 07/03/89 KD 1,2-Dichlorobenzene EPA 601 ug/1 1.5 ND 07/03/89 KD 1,3-Dichlorobenzene EPA 601 ug/1 3.2 ND 07/03/89 KD 1,4-Dichlorobenzene EPA 601 ug/1 2.4 ND 07/03/89 KD Dichlorodifluoromethane EPA 601 ug/1 18 ND 07/03/89 KD 1,1-Dichloroethane EPA 601 ug/1 0.7 ND 07/03/89 KD 1,2 Dichloroethane EPA 601 ug/1 0.3 ND 07/03/89 KD 1,1-Dichloroethene EPA 601 ug/1 1.3 ND 07/03/89 KD Trans-1,2-Dichloroethene EPA 601 ug/1 1.0 ND 07/03/89 KD 1,2-Dichloropropane EPA 601 ug/1 0.4 ND 07/03/89 KD cis-1,3-Dichloropropene EPA 601 ug/1 3.4 ND 07/03/89 KD Trans-1,3-Dichloropropene EPA 601 ug/1 3.4 ND 07/03/89 KD Methylene Chloride EPA 601 ug/1 2.5 ND 07/03/89 KD 1,1,2,2-Tetrachloroethane EPA 601 ug/1 0.3 ND 07/03/89 KD Tetrachloroethene EPA 601 ug/1 0.3 ND 07/03/89 KD 1,1,1-Trichloroethane EPA 601 ug/1 0.3 ND 07/03/89 KD 1,1,2-Trichloroethane EPA 601 ug/1 0.2 ND 07/03/89 KD
Signed c&.-..,.J
Date 07/20/89
Page 2
Lab Number
Project No.
•• ••
89-3820-08
GVE-2231
LAW ENVIRONMENTAL NATIONAL LABORATORIES
TEST DATA REPORT
---Test Data ---
Parameter .............................. Method .... Units Det. Limit Results ... Test Date Analy
--ORGANIC ANALYSIS RE.5ULTS
Trichloroethene EPA 601 ug/1 1.2 ND 07/03/89 KO Trichlorofluoromethane EPA 601 ug/1 3.2 ND 07/03/89 KO Vinyl Chloride EPA 601 ug/1 1.8 ND 07/03/89 KD Benzene EPA 602 ug/1 1.0 ND 07/03/89 KD Chlorobenzene EPA 602 ug/1 1.0 ND 07/03/89 KD Ethyl benzene EPA 602 ug/1 1.0 ND 07/03/89 KD Toluene EPA 602 ug/1 1.0 ND 07/03/89 KD Xylenes EPA 602 ug/1 2.0 ND 07/03/89 KD
Signed
Date 07/20/89
Page 1
Lab Number
Project No.
· Project Name
•• •• LAW ENVIRONMENTAL NATIONAL LABORATORIES
TFST DATA REPORT
---Project Information ---
89-3820-09
GVE-2231
SHEPHERD PROPERTY
Cust. No.
Manager: GLENN SOFGE
Station ID
Matrix
Type
Collector
Remarks
WW-9
\,I
GRAB
GS
---Sample Information ---
Sampled Date/Time
Received Date/Time
Received From/By
Chain of Custody
Number of Containers
---Test Data ---
06/28/89 15:50
06/30/89 10:15
GS/CLM
6980
3
Parameter .............................. Method. . . • Uni ts Det. Limit Results ..• Test Date Analy
--ORGANICS PREP RESULTS
GC voe SCREENING N/A 07/03/89 JAS
--ORGANIC ANALYSIS RESULTS
Bromodichloromethane EPA 6ol ug/1 1.0 ND 07 /11/89 KD Bromoform EPA 601 ug/1 2.0 ND 07 /11/89 KD Bromomethane EPA 601 ug/1 12 ND 07 /11/89 KD Carbon tetrachloride EPA 601 ug/1 1.2 ND 07 /11/89 KD Chloroethane EPA 6ol ug/1 5.2 ND 07 /11/89 KD 2-Chloroethylvinyl ether EPA 601 ug/1 1.3 ND 07 /11/89 KD Chloroform EPA 6ol ug/1 0.5 ND 07 /11/89 KD Chloromethane EPA 6ol ug/1 0.8 ND 07 /11/89 KD Dibromochloromethane EPA 601 ug/1 0.9 ND 07 /11/89 KD 1,2-Dichlorobenzene EPA 601 ug/1 1.5 ND 07 /11/89 KD 1,3-Dichlorobenzene EPA 6ol ug/1 3,2 ND 07 /11/89 KD 1,4-Dichlorobenzene EPA 6ol ug/1 2.4 ND 07/11/89 KD Dichlorodifluoromethane EPA 601 ug/1 18 ND 07 /11/89 KD 1,1-Dichloroethane EPA 6ol ug/1 0.7 ND 07/11/89 KD 1,2 Dichloroethane EPA 601 ug/1 0.3 ND 07 /11/89 KD 1,1-Dichloroethene EPA 6ol ug/1 1.3 ND 07 /11/89 KD Trans-1,2-Dichloroethene EPA 6ol ug/1 1.0 ND 07 /11/89 KD 1,2-Dichloropropane EPA 6ol ug/1 0.4 ND 07 /11/89 KD cis-1,3-Dichloropropene EPA 6ol ug/1 3.4 ND 07/11/89 KD Trans-1,3-Dichloropropene EPA 6ol ug/1 3,4 ND 07 /11/89 KD Methylene Chloride EPA 6ol ug/1 2.5 ND 07 /11/89 KD 1,1,2,2-Tetrachloroethane EPA 6ol ug/1 0.3 ND 07 /11/89 KD Tetrachloroethene EPA 6ol ug/1 0.3 155 07 /11/89 KD 1,1,1-Trichloroethane EPA 6ol ug/1 0.3 ND 07 /11/89 KD 1,1,2-Trichloroethane EPA 6ol ug/1 0.2 ND · 07 /11/89 KD
Signed C:-'½d
•• •• LAW ENVIRONMENTAL NATIONAL~ORATORIFS
Date 07/20/89
·Page 2
Lab Number 89-3820-09
Project No. GVE-2231
TEST DATA REPORT
---Test Data ---
Parameter .............................. Method .... Units Det. Limit Results ... Test Date Analy
--ORGANIC ANALYSIS RESULTS --
Trichloroethene EPA 601 ug/1 1.2 ND 07/11/89 KO
Trichlorofluoromethane EPA 601 ug/1 3.2 ND 07 /11/89 KO
Vinyl Chloride EPA 601 ug/1 1.8 ND 07 /11/89 KO
Benzene EPA 602 ug/1 1.0 ND 07 /11/89 KO
Chlorobenzene EPA 602 ug/1 1.0 ND 07 /11/89 KD
Ethylbenzene EPA 602 ug/1 1.0 ND 07 /11/89 KO
Toluene EPA 602 ug/1 1.0 ND 07 /11/89 KD
Xylenes EPA 602 ug/1 2.0 ND 07/11/89 KO
Signed
• ~AW ENVIRONMENTAL NATIONA~-TORIES
TEST DATA REPORT
Date 07/20/89
· Page 1
---Project Information
Lab Number 89-3820-10
Project No. GVE-2231
Project Name SHEPHERD PROPERTY
Manager: GLENN SOFGE
Station ID
Matrix
Type
Collector
Remarks
WW-10
w
GRAB
GS
Cust. No.
Sample Information ---
Sampled Date/Time
Received Date/Time
Received From/By
Chain of Custody
Number of Containers
---Test Data ---
06/28/89 16:00
06/30/89 10:15
GS/CLM
6980
3
Parameter .............................. Method .... Units Det. Limit Results ... Test Date Analy
--ORGANICS PREP RFSULTS --
GC voe SCREENING N/A 07/03/89 JAS
--ORGANIC ANALYSIS RESULTS
Bromodichloromethane EPA 601 ug/1 1.0 ND 07 /03/89 KD Bromoform EPA 601 ug/1 2.0 ND 07/03/89 KD Bromomethane EPA 601 ug/1 12 ND 07 /03/89 KD Carbon tetrachloride EPA 601 ug/1 1.2 ND 07/03/89 KD Chloroethane EPA 601 ug/1 5.2 ND 07 /03/89 KD 2-Chloroethylvinyl ether EPA 601 ug/1 1.3 ND 07/03/89 KD Chloroform EPA 601 ug/1 0.5 ND 07/03/89 KD Chloromethane EPA 601 ug/1 0.8 ND 07 /03/89 KD Dibromochloromethane EPA 601 ug/1 0.9 ND 07/03/89 KD 1,2-Dichlorobenzene EPA 601 ug/1 1.5 ND 07/03/89 KD 1,3-Dichlorobenzene EPA 601 ug/1 3.2 ND 07 /03/89 KD 1,4-Dichlorobenzene EPA 601 ug/1 2.4 ND 07 /03/89 KD Dichlorodifluoromethane EPA 601 ug/1 18 ND 07 /03/89 KD 1,1-Dichloroethane EPA 601 ug/1 0.7 ND 07 /03/89 KD 1,2 Dichloroethane EPA 601 ug/1 0.3 ND 07 /03/89 KD 1,1-Dichloroethene EPA 601 ug/1 1.3 ND 07/03/89 KD Trans-1,2-Dichloroethene EPA 601 ug/1 1.0 ND 07 /03/89 KD 1,2-Dichloropropane EPA 601 ug/1 0.4 ND 07 /03/89 KD cis-1,3-Dichloropropene EPA 601 ug/1 3.4 ND 07 /03/89 KD Trans-1,3-Dichloropropene EPA 601 ug/1 3.4 ND 07 /03/89 KD Methylene Chloride EPA 601 ug/1 2.5 ND 07/03/89 KD 1,1,2,2-Tetrachloroethane EPA 601 ug/1 0.3 ND 07/03/89 KD Tetrachloroethene EPA 601 ug/1 0.3 8.7 07/03/89 KD 1,1,1-Trichloroethane EPA 601 ug/1 0.3 ND 07/03/89 KD 1,1,2-Trichloroethane EPA 601 ug/1 0.2 ND 07 /03/89 KD
Signed c;,,,.,,,,r?J
•• LAW ENVIRONMENTAL NATIONAL LABORATORIES
Date 07 /20/89
Page 2
Lab Number 89-3820-10
Project No. GVE-2231
Parameter ..............................
--ORGANIC ANALYSIS RESULTS
Trichloroethene
Trichlorofluoromethane
Vinyl Chloride
Benzene
Chlorobenzene
Ethyl benzene
Toluene
Xylenes
TEST DATA REPORT
---Test Data ---
Method .. ,. Units Det. Limit Results ...
EPA 601 ug/1 1.2 ND
EPA 6ol ug/1 3,2 ND
EPA 6ol ug/1 1.8 ND
EPA 6o2 ug/1 1.0 ND
EPA 602 ug/1 1.0 ND
EPA 6o2 ug/1 1.0 ND
EPA 602 ug/1 1.0 ND
EPA 602 ug/1 2.0 ND
Signed
Test Date Analy
07/03/89 KD
07/03/89 KD
07/03/89 KD
07/03/89 KD
07/03/89 KD
07/03/89 KD
07/03/89 KD
07/03/89 KD
Date 07/20/89
Page 1
Lab Number
Project No.
Project Name
• ~w ENVIRONMENTAL NATIONA~ITORIFS
TFST DATA REPORT
---Project Information ---
89-3820-11
GVE-2231
SHEPHERD PROPERTY
Cust. No.
Manager: GLENN SOFGE
Station ID
Matrix
Type
Collector
Remarks
WW-11
w
GRAB
GS
---Sample Information ---
Sampled Date/Time
Received Date/Time
Received From/By
Chain of Custody
Number of Containers
---Test Data ---
06/28/89. 16:10
06/30/89 10: 15
GS/CLM
6980
3
Parameter .............................. Method .... Units Det. Limit Results ... Test Date Analy
--ORGANICS PREP RFSULTS
GC voe SCREENING N/A 07/03/89 JAS
--ORGANIC ANALYSIS RFSULTS
Bromodichloromethane EPA 601 ug/1 1.0 ND 07 /11/89 KD Bromoform EPA 601 ug/1 2.0 ND 07 /11/89 KD Bromomethane EPA 601 ug/1 12 ND 07 /11/89 KD Carbon tetrachloride EPA 601 ug/1 1.2 ND 07 /11/89 KD Chloroethane EPA 601 ug/1 5.2 ND 07/11/89 KD 2-Chloroethylvinyl ether EPA 601 ug/1 1.3 ND 07 /11/89 KD Chloroform EPA 601 ug/1 0.5 ND 07 /11/89 KD Chloromethane EPA 601 ug/1 0.8 ND 07 /11/89 KD Dibromochloromethane EPA 601 ug/1 0.9 ND 07 /11/89 KD 1,2-Dichlorobenzene EPA 601 ug/1 1.5 ND 07 /11/89 KD 1,3-Dichlorobenzene EPA 601 ug/1 3.2 ND 07 /11/89 KD 1,4-Dichlorobenzene EPA 601 ug/1 2.4 ND 07/11/89 KD Dichlorodifluoromethane EPA 601 ug/1 18 ND 07 /11/89 KD 1,1-Dichloroethane EPA 601 ug/1 0.7 ND 07 /11/89 KD 1,2 Dichloroethane EPA 601 ug/1 0.3 ND 07/11/89 KD 1,1-Dichloroethene EPA 601 ug/1 1.3 ND 07 /11/89 KD Trans-1,2-Dichloroethene EPA 601 ug/1 1.0 ND 07/11/89 KD 1,2-Dichloropropane EPA 601 ug/1 0.4 ND 07 /11/89 KD cis-1,3-Dichloropropene EPA 601 ug/1 3.4 ND 07/11/89 KD Trans-1,3-Dichloropropene EPA 601 ug/1 3.4 ND 07 /11/89 KD Methylene Chloride EPA 601 ug/1 2.5 . ND 07 /11/89 KD 1,1,2,2-Tetrachloroethane EPA 601 ug/1 0.3 ND 07/11/89 KD Tetrachloroethene EPA 601 ug/1 0.3 ND 07 /11/89 KD 1,1,1-Trichloroethane EPA 601 ug/1 0.3 ND 07 /11/89 KD 1,1,2-Trichloroethane EPA 601 ug/1 0.2 ND 07 /11/89 KD
Signed
Date 07/20/89
· Page 2
Lab Number
Project No.
• -AW ENVIRONMENTAL NATIONA~-TORIF.S
TF.ST DATA REPORT
89-3820-11
GVE-2231
---Test Data ---
Parameter .............................. Method .... Units Det. Limit Results ... Test Date Analy
--ORGANIC ANALYSIS RF.SULT$
Trichloroethene EPA 601 ug/1 1.2 ND 07/11/89 KD
Trichlorofluoromethane EPA 6ol ug/1 3.2 ND 07 /11/89 KD Vinyl Chloride EPA 6ol ug/1 1.8 ND 07 /11/89 KD
Benzene EPA 602 ug/1 1.0 ND 07 /11/89 KD Chlorobenzene EPA 602 ug/1 1.0 ND 07/11/89 KD Ethyl benzene EPA 602 ug/1 1.0 ND 07/11/89 KD Toluene EPA 602 ug/1 1.0 ND 07/11/89 KD Xylenes EPA 602 ug/1 2.0 ND 07/11/89 KD
Signed
Date 07/20/89
'Page 1
Lab Number
Project No.
Project Name
• ~AW ~IRONMENTAL NATIONA~AaRIES
TFST DATA REPORT
---Project Information
89-3820-12
GVE-2231
SHEPHERD PROPERTY
Cust. No.
Manager: GLENN SOFGE
Station ID
Matrix
Type
Collector
Remarks
WW-12
w
GRAB
GS
Sample Information ---
Sampled Date/Time
Received Date/Time
Received From/By
Chain of Custody
Number of Containers
---Test Data ---
06/28/89 16:50
06/30/89 10:15
GS/CLM
6980
3
Parameter .............................. Method. . . . Uni ts Det. Limit Results ... Test Date Analy
--ORGANICS PREP RESULTS --
GC voe SCREENING N/A 07/03/89 JAS
--ORGANIC ANALYSIS RESULTS
Bromodichloromethane EPA 601 ug/1 1.0 ND 07/03/89 KD Bromoform EPA 601 ug/1 2.0 ND 07/03/89 KD Bromomethane EPA 601 ug/1 12 ND 07/03/89 KD Carbon tetrachloride EPA 6ol ug/1 1.2 ND 07/03/89 KD Chloroethane EPA 601 ug/1 5.2 ND 07/03/89 KD 2-Chloroethylvinyl ether EPA 6ol ug/1 1.3 ND 07/03/89 KD Chloroform EPA 6ol ug/1 0.5 ND 07/03/89 KD Chloromethane EPA 6ol ug/1 0.8 ND 07/03/89 KD Dibromochloromethane EPA 601 ug/1 0.9 ND 07/03/89 KD 1,2-Dichlorobenzene EPA 6ol ug/1 1.5 ND 07/03/89 KD 1,3-Dichlorobenzene EPA 6ol ug/1 3.2 ND 07/03/89 KD 1,4-Dichlorobenzene EPA 6ol ug/1 2.4 ND 07/03/89 KD Dichlorodifluoromethane EPA 6ol ug/1 18 ND 07/03/89 KD 1,1-Dichloroethane EPA 6ol ug/1 0.7 ND 07/03/89 KD 1,2 Dichloroethane EPA 6ol ug/1 0.3 ND 07/03/89 KD 1,1-Dichloroethene EPA 601 ug/1 1.3 ND 07/03/89 KD Trans-1,2-Dichloroethene EPA 6ol ug/1 1.0 ND 07/03/89 KD 1,2-Dichloropropane EPA 6ol ug/1 0.4 ND 07/03/89 KD cis-1,3-Dichloropropene EPA 6ol ug/1 3.4 ND 07/03/89 KD Trans-1,3-Dichloropropene EPA 601 ug/1 3.4 ND 07/03/89 KD Methylene Chloride EPA 6ot ug/1 2.5 ND 07/03/89 KD
1,1,2,2-Tetrachloroethane EPA 6ol ug/1 0.3 ND 07/03/89 KD Tetrachloroethene EPA 6ol ug/1 0.3 5-3 07/03/89 KD 1,1,1-Trichloroethane EPA 6ot ug/1 0.3 ND 07/03/89 KD 1,1,2-Trichloroethane EPA 6ot ug/1 0.2 ND 07/03/89 KD
Signed ~~CJ
Date 07/20/89
·page 2
• ~W ENVIRONMENTAL NATIONAL~Ol.oRIES
TEST DATA REPORT
Lab Number 89-3820-12
Project No. GVE-2231
---Test Data ---
Parameter .............................. Method .... Units Det. Limit Results ... Test Date Analy
--ORGANIC ANALYSIS RESULTS
Trichloroethene EPA 601 ug/1 1.2 ND 07/03/89 KD Trichlorofluorometharie EPA 601 ug/1 3.2 ND 07/03/89 KD Vinyl Chloride EPA 601 us/1 1.8 ND 07/03/89 KD Benzene EPA 602 ug/1 1.0 ND 07/03/89 KD Chlorobenzene EPA 602 ug/1 1.0 ND 07/03/89 KD Ethyl benzene EPA 602 ug/1 1.0 ND 07/03/89 KD Toluene EPA 602 ug/1 1.0 ND 07/03/89 KD Xylenes EPA 602 ug/1 2.0 ND 07/03/89 KD
Signed
Date 07/20/89
Page 1
Lab Number
Project No.
Project Name
• • LAW ENVIRONMENTAL NATION' ATORIE.S
TE.ST DATA REPORT
89-3820-13
GVE-2231
---Project Information
SHEPHERD PROPERTY
Cust. No.
Manager: GLENN SOFGE
Station ID
Matrix
Type
Collector
Remarks
TRIP BLANK
w
GRAB
GS
---Sample Information ---
Sampled Date/Time : · / /
Received Date/Time 06/30/89
Received From/By GS/CLM
Chain of Custody 698o
Number of Containers 3 -
---Test Data ---
10:15
Parameter .............................. Method .... Units Det. Limit Results ... Test Date Analy
--ORGANICS PREP RESULTS --
GC voe SCREENING N/A 07/03/89 JAS
--ORGANIC ANALYSIS RFSULTS
Bromodichloromethane EPA 601 ug/1 1.0 Bromoform EPA 601 ug/1 2.0
Bromomethane EPA 601 ug/1 12
Carbon tetrachloride EPA 601 ug/1 1.2
Chloroethane EPA 601 ug/1 5.2 2-Chloroethylvinyl ether EPA 601 ug/1 1.3 Chloroform EPA 601 ug/1 0.5 Chloromethane EPA 601 ug/1 0.8 Dibromochloromethane EPA 601 ug/1 0.9 1,2-Dichlorobenzene EPA 601 ug/1 1.5 1,3-Dichlorobenzene EPA 601 ug/1 3.2 1,4-Dichlorobenzene EPA 601 ug/1 2.4
Dichlorodifluoromethane EPA 601 ug/1 18 1,1-Dichloroethane EPA 601 ug/1 0.7 1,2 Dichloroethane EPA 601 ug/1 0.3 1,1-Dichloroethene EPA 601 ug/1 1.3 Trans-1,2-Dichloroethene EPA 601 ug/1 1.0 1,2-Dichloropropane EPA 601 ug/1 0.4
cis-1,3-Dichloropropene EPA 601 ug/1 3.4 Trans-1,3-Dichloropropene EPA 601 ug/1 3.4 Methylene Chloride EPA 601 ug/1 2.5 1,1,2,2-Tetrachloroethane EPA 601 ug/1 0.3 Tetrachloroethene EPA 601 ug/1 0.3
1,1,1-Trichloroethane EPA 601 ug/1 0.3 1,1,2-Trichloroethane EPA 601 ug/1 0.2
ND 07/03/89 KD
ND 07/03/89 KD
ND 07/03/89 KD
ND 07/03/89 KD
ND 07/03/89 KD
ND 07/03/89 KD
ND · 07/03/89 KD
ND 07/03/89 KD
ND 07/03/89 KD
ND 07/03/89 KD
ND 07/03/89 KD
ND 07/03/89 KD
ND 07/03/89 KD
ND 07/03/89 KD
1.9 07/03/89 KD
ND 07/03/89 KD
ND 07/03/89 KD
ND 07/03/89 KD
ND 07/03/89 KD
ND 07/03/89 KD
3.6 07/03/89 KD
ND 07/03/89 KD
ND 07/03/89 KD
ND 07/03/89 KD
ND 07/03/89 KD
Signed ~~<d
•• ••
.Date 07 /20/89
Page 2
Lab Number 89-3820-13
Project No. GVE-2231
LAW ENVIRONMENTAL NATIONAL LABORATORIES
TEST DATA REPORT
---Test Data ---
Parameter .............................. Method .... Units Det. Limit Results ... Test Date Analy
--ORGANIC ANALYSIS RESULTS
Trichloroethene EPA 601 ug/1 1.2 ND 07/03/89 KD Trichlorofluoromethane EPA 601 ug/1 3.2 ND 07/03/89 KD Vinyl Chloride EPA 601 ug/1 1.8 ND 07/03/89 KD Benzene EPA 602 ug/1 1.0 ND 07/03/89 KD Chlorobenzene EPA 602 ug/1 1.0 ND 07/03/89 KD Ethyl benzene EPA 602 ug/1 1.0 ND 07/03/89 KD Toluene EPA 602 ug/1 1.0 ND 07/03/89 KD Xylenes EPA 602 ug/1 2.0 ND 07/03/89 KD
Signed /, ~ "'
----- -------- ---• •
LAW ENVIRONMENTAL, INC.
NATIONAL LABORATORY
112 TOWNPARK DRIVE
KENNESAW, GEORGIA 30144
[phone]
PROJECT NAME
s l,e .J, ,,,.,/ Pre? ee,-/
SAMPLERS (SIGNATURE)
SAMPLING DATE 9
CHAIN OF CUSTODY RECORD 6980
SAMPLING
INFORMATION
JOB NO.
CV£ -~?25/ "' II:
"' z
.J < < t-t-z
0 0 t-u
IL
0
NAME OF F AC I LIT v, _..,.5=/,_, e'=-</"'""-'bw<c..c;e;..d=c..-~8'---'r'-"~',,P"'-'e=,.,,.'-'-~-,i---"'-----
ST REET ADDRESS: ---------------------
C IT Y /ST ATE : _ _.t=~-~· ---'l''----'-/-',;L< ,_/_· ..cA"._::"..:'..:J::.-=-'-~,,,c/c_,,c/V=..cC..=--
TIME
m
C
0: SAMPLE STATION DESCRIPTION 0
" z
3 3
ELINQUISHED BY: DATE/TIME RECEIVED BY: RELINQUISHED BY:
RL~--4~ (SIGNATURE) (SIGNATURE) (SIGNATURE)
RELINQUISHED BY: DATE/TIMI£ RECEIVED BY: RELINQUISHED BY:
(SIGNATURE) (SIGNATURE) (SIGNATURE}
D,l,STRIBUTION: ORIGINAL AND YELLOW COPIES ACCOMPANY SAMPLE SHIPMENT TO LABORATORY.
PINK COPY RETAINED BY SAMPLERS. YELLOW COPY RETAINED BY LABORATORY.
REMARKS:
* SOU RC&
CODES:
LENL LAB NO.
DATE/TIME
RCRA MONITORING WELL -MW
SOIL/SEDIMENT· SO
SLUDGE -SL
NPDES DISCHARGE -ND
DRINKING WATER· OW
HAZARDOUS WASTE -HW
SURFACE WATER· SW
D~~:mc'r:t o{J-:-j;~n ·R.esOurces
on of }i~lth'S::;.-ices'" · aMPLE ANALYSES REQ◄
I
State Laboratory of Public He
P. 0. Box 28'
306 N:Wilmington Sr
R.,lcigh, 27,
-lumber ________________ _ ~l) 4-2<1r
: of.Site '2Me'PHt;; IZP ~eM ·:· Site Locition _.r:=..,a~,11
,ct~d By -W?P:,e "~ : ID# _____ Date Colleaed =---a
C.
of Sample:
lvironmental Concentrate
-~ Groundwater (1) __ Solid (5)
-· _· Surface Water (2) __ Liquid (6)
_ Soil (3)
_ Other (4)
__ Sludge (7)
__ Other (8) I cc.-: · 6R.a>ue. e. J.Jr c:t. .. /s.,.,.___
INORGANIC CHEMISTRY I I.JC s""~-.c.,..J Jj,.,,_ -=-"
Extractable,;
Parameter Results mg/1
_ Arsenic
_Barium
_Cadmium
_Chromium
_Lead
_ Mercury
...,..._s~Jr-r"!iu_rn_:: __ . ---·····~-
_ -Silver ..
-
-
-
-
-
.
Parameter Results mg/1
P&T:GC/MS
~Acid:B/N Ext.
_TOX
-
-
MICROBIOLOGY
Parameter
_ (MF) Coliform Colonics/lO0mls
_ (MPN) Coliform Colonics/lOOmls
I .
Total
'
Parameter .
Result> mg/1 I . Parameter Results mg/ .
__ Arsenic . I __ Silver
__ Barium i __ Sulfates
__ Cadmium I _·_Zinc
· __ Chloride I _Ph
__ Chromium I __ Conductivity
__ Copper I __ ms
__ Fluoride ' _TOC '
__ Iron I --
_Lead I --
__ Manganese . I --
__ Mercury I --
__ Nitrate I --
__ Selenium
I ,. --I '
rORGANic· CHEMISTRY
~ Pa. er
EDB
$PCB's
_··_ Petroleum
__ Endrin
__ . Lindane
.
Results mg/1 / .
I
<a,aoat I I
I
·'
I __ Gross Alpha
__ Gross Beta I
I ,.
I
I
I
Parameter Rcaulumg
__ Methoxychlor
__ Toxaphcne
_2,4-D
_._ 2,4,5-TP (silvex)
--
RADIOCHEMISTRY
Re,;ults PCi/ 1
?urpooc:
':'reparation
Enforcement and compliance with the N. C. SoHd and Haiardous Waste Management Ru:i~.
A sample analyses rcq~ form-(DHS 3191) must be completed for each type_ of evaluation requested {~g.,
inorganic, organic, microbiology, radiochemistry). For sampling conditions which_ require more than one (1) ·
· container (i.e., ground or surface water from landfills) a sample label must be affixed to one of the containers. The .
collector must then write the site and sample number on the duplicate. ·
Do not submit an analysis request sheet with no parameters indicated.
Equivalent measurements:
ppm= µg/ml ""rng/1 =µgig= mg/leg
ppb = µg/1 = µg/lOOOg = µg/lcg
DEFINITIONS/INSTRUCTIONS
Site Number - A twelvc-<ligit site/location identifier, assigned only by the district field representative.
Field Sample Number -A six-digit sample identifier which is pre-printed on the sample label.
Name of Site -Name of landfill, facility, etc.
Site Location -Address, ¥.,eet number; state road, etc. . ~ .
Collected By -Name and ID of sample collector.
Date and Time Collected -Self~lanatory. . .
Environmental-A sample of a naturally occurring substance such as groundwater, surface water or soils which
may be contaminated. ·
Concentrate -A sample of a waste, including but not limited to, sludges, resins, treatment effluents or drummed
wastes.
Comment! -Lists details regarding sample or ,.ample point, including but limited to, phase sep;,ration, and/ or _.J __
_ Inorganic Chemistry -Chcclc ( ✓ ) the desired pa~~,.;,e~ers to. be analyzed. Exttacc:ables are only perform~d on a
·solid or semi-solid. For routine landfill samples, check all parameters in the second and third columns. .
Organic Chenilitry -Chcclc ( ✓ ) the desired parameter to be analyu:d. lf not listed, enter the name in the space
. provided.. . . ·
Microbiology and Radiochemistry -The Raleigh office should be consulted prior to sampling for either
of these.
Dutribudon: l. Original to State Laboratory of Public Health
Environmental Sciences Branch
Dupooition:
P. 0. Box 28047 ·
Raleigh, NC 27611
2. i.a'b sends copy to Solid and Hazardous 'Waste ·Management Branch.
3. · Solid and Hazardous Waste Managdnent Branch sends copy to field person.
•'
This form may be destroyed in a=rdance with the Environmental He;,Jth, Solid and Hazardous Waste Section of
the Records Disposition Scheduk as published by the North Caro
1
~J::;i •Di~~n of Archives and History .
. ·\dditional forms may be ordered from:
'•· ...
Solid and Hazardous Waste Management Branch
Division of Health Services
P. 0. Box 2091
Raleigh, NC 27602-2091
,.
·,. ... ,
. '
\ .. . . l
D~rrm~c'nt·of B'uma~ .Rcs.):rccs\
!on of J-i~lth S~~ces·
Number
e of.Sire
=acd By
: of Sample:
:-ivironment:a.l
1 Groundw.ater (1)
_. _· Surface Water (2)
--Soil (3)
__ Other (4)
Extractables
Parameter Result> mg/1
_ Arsenic
_ Barium .
_Cadmium
_Chromium
_u:ad
_Mercury
:__selenium · ·
. ----. --·----··-"-'~~
_.Silver
-
-
-
---
Parameter Results mg/1
XP&T:GC/MS
_ Acid:B/N Ext.
_TOX
-
-
MICROBIOLOGY
Parameter
_ (MF) Coliform Colonics/lOOmls
_ (MPN) Coliform Colonies/lOOmls
ace: Rcci;:i'vcd
cporrcd By
INORGANIC CHEMISTRY
St:ite Labor,tory of Public He
P. 0. Box 28'
306 N:Wilmington Sr
lukigh, 27·
v1>e, ,.. ~IJL.i'\ C.
~otal
.
Parameter ' Result> mg/1 !
. __ Arsenic I
__ Barium . I
' __ Cadmium I
__ Chloride I
__ Chromium I
' __ Copper I
__ Fhicride I
__ lron I
_Le.id ' '
__ Manganese I
__ Mercury I
__ Nitrate. !
__ Selenium I
I
{ ORGANIC..eHI;'.MISTRY I
Parameter
_EDB
_PCB's
__ Petroleum
__ Endrin
__ Lindane
' Results mg/:1
I
I
I
I
I
I
. I
Par.uncte,"
I __ Gross Alpha
I __ Gross Beta
I
· Parameter Results mg/.
· __ Silver
_._ Sulfates
_·_Zinc
_Ph
..
__ Conductivity
_ms
_TOC ... ------------
Parameter Results mg
__ Methoxychlor
_· _ Toxaph=e
_2,4-D
_·_ 2,4 ,5-TP (silvex)
--
RADIOCHEMISTRY
Results PCi/1
I
II
'
BASE/NEUTRAL ANO ACID
EXTRACTABLES
COIIPOUNO
-STATE LABORATORY OF PUBLIC HEALTft DIVISION OF HEALTH SERVICES, N.C. OEPARTflENT OF HUMAN RESOURCES
P.O. BOX 28047 -306 N. WILHINGTON, ST., RALEIGH, N.C. 27611 I ORGANIC CHEHICAL ANALYSIS I
LAB NO QIY),S'7,./ I
FIELD# ,t/,.J.Q'7 I
TYPE ( I l ( l ( l ' ( l ( l ( l
UNITS l\,nfi) ,=llm un/J un/ko un/1 un/ko i un/1 un/ko un/ 1 un/ko un/1 un/ko
N-nitrosodimethvlamine /fl/
bis (2-ch loroethvl )ether
2-chlor~henol
phenol
1.3--dichlorobenzene ~;;-,,.=--
1,4--dichlorobenzene • I VC.// '
1.2--dichlorobenzene IA:.. 'T
bis<2-chloroi llether 1.-
hexachloroethane I '-'N"'-n°'i""t"'ro.:.;s::.:o-"--d=i -n"',=~rnn--vl am---,-i-ne--t--+-+---lf---t-------t------l-+ ----., ,eon
n i trobenzene ~-.' "' ~-J
i c:nnhorone ~ ,.,,. f
!,.2::,-n!!ci,__,t=ron"-'h~e'!!no'!.1!...,_ _____ -+--+--1----le----1------+-----l--'1: ""'l\fUl'IU. -,j-
2. 4--dimethvlPhenol •AA""" ~
,,b-"i s"'<'-'2c:-c,e,h!!cl~oe..roe=t"-'ho"'x°'•v='mes:.ts,h,,,a'!!nes....-1--+--+---lL---l------+-----'l1 ---=~ II!•·~--~";!; ·•~G:;:'z~Y:.__:1-----
2. 4--di ch l orooheno l , ""
1 2 4-trichlorobenzene
naphthalene
hexachlorobutadiene
4-chloro-<n-cresol
hexachlorocvcl,,,,,,ntadiene
2,4,6-trichloroohenol
2-chloronanhthalene
acenaohthvlene
dimethvl Phthalate
2.6--dinitrotoluene
acenaohthene
2.4--dinitrnnhenol
2.4--dinitrotoluene
4-nitrnnhenol
fluorene
4-chloroohenvlPhenvlether
~iethvl ohthalate
4.6--dinitro-o-cresol
diohenvlamine
azobenzene
4-braooohenvl ohenvl ether
h~xachlorobenzene
=ntachloroohenol
phenanthrene
anthracene
dibutvl phthalate
fl uoranthene
J -Estimated value.
Jo/330
I
,I,.
-.o/Jt,,,n
/()/::/1/l
l/l/~3D
,n1) L
H,.o/sou ..
K -Actual value is known lo be less than value given.
L -Actual value is known to be greater than value given.
U -Haterial was analyzed for but not detected. The nurber is
IIA -Not analyzed.
1/ -Tentative identification. fl -On NROC List of Priority Pollutants.
N.C. V~v.u.,~on 06 HeaJ'..th Sv,,v~cv.,
VIIS 3068-0 (4/86 La.bo11.aJ:011.y)
the Hini11U11 Detection Limit. m'J:JL -r --
BASE/NEUTRAL ANO AC!O
EXTRACT ABLES
altlPOUNO
• STATE LABORATORY OF PUBLIC HEALTH
DIVISION OF HEALTH SERVICES, N.C. DEPARTMENT Of HUMAN RESOURCES
P.O. BOX 28041 -306 N. WILMINGTON, St., RALEIGH, N.C. 21611
ORGANIC CHEMICAL ANALYSIS I
LAB NO c),105(-1 I
FIELD # 4dl,, "1 I '
TYPE f / l ( ) ( . 1' ( l ( l ( l
UNITS /.;;; I f)p,..,..n ••"/1 ••"/ko ••"/1 un/ko uo/1 uo/ko ~ko ""/1 .. n/ko
nvrene /0/'1:?'1 !IL I --benzidine --/,,,,.o
butyl benzvl ohthalate JO 1 :,:,0
benz(alanthracene
chrvsene .
3.3--<lichlorobenzidine SOI fL,;,i
bisf2-<?thvlhexvl\nhthalale I()/ i30
di-n-octvl ohthalate /()/.J.40
benzo(blfluoranthene So/'.
benzo(k)fluoranthene
ben zo (a\ nvrene
i ndeno ( 1 2 3-cd' nvrene
dibenzo(a.h)anthracene
benzofo h i'=rvlene ,, . ,
ani 1 ine c-a ~ .. --!IL
benzoic acid I
benzvl alcohol .I,
4-chloroaniline I" h20
dibenzofuran
2-<rethvl n.mhthalene
2-<rethvlohenol
4--nethvlohenol ,,
2-ni troani line S°O ,,,_co
3-ni troani line
4-ni troani 1 ine
2 4.5-trichloroohenol ~, ' ,
m1H ..
J -EstilTldted value. HzO/ Soll...
K -Actual value is known to be less than value given.
l -Actual value is known to be greater than value given.
U -l'\aterial was analyzed for but not detected. The nt.JTOCr
NA -Not analyzed.
1/ -Tentative identification.
~/ -On NROC List of Priority Pollutants.
N. C. D.i.v-u.,.i.011 u 6 lie,tU:h SVtv.i.cv.,
VHS 3068-0 (4/56 LaboJtJUo~y)
I ~ r.1,11a1.,
I ~. -'.§ \. I •'
I l \
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i \~~ •, ..... vi
I ''<, ·ND . ,,
I ~RANC~
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I
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I
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J . . . . is the M1n1nun Dctect1on L1m1t. -1
• STATE LABORATORY OF PUBLIC Ho&I ·
DI-N OF HEALTH SERVICES, N.C. DEPARTHEN~UHAN RESOURCES
Laboratory No.
P.O. BOX l8047 -306 N .. WILMINGTON ST, RALEIGH:, N.C. 27611 :7/4
9Do,'[/4j__ _ PURGEABLE COMPOUNDS Date of Analysis -qld..Jj.JL
COMPOUND
Dichlorodifluoranethane
Ch 1 i:>romethane
,!Vinvl Chloride
Braranethane
Chloroethane
Trichlorofluoranethane
✓1. 1-Dichloroethvlene
Methvlene Chloride
tert-Butvl Hethvl Ether
(Transl! 2-Dichloroethvlene -Is 1 ether
1. 1-Di ch loroethane
2.2-Dichlornnrnnane
(Cis) 1,2-Dichloroethylene
Chloroform
(BCH) Branochloromethane
✓1.1. I-Trichloroethane
1 1 Dichloron~ne
✓Cdrbon Tetrachloride
✓Benzene
✓1,2 Dichloroethane
✓Trichloroethvlene
1.2-Dichlornnrnnane
Branodichloromethane
Di braranethane
Toluene
1 1 2-Trichloroethane
Tetrachloroethene
1. 3-Di ch loroorooane
Dibranochloromethane
1 2-Dibranoethane (EDB)
1-Chlorohexane
-·-
COlll1ENTS:
µg/1
'
,
'
1j'/,il-.
. ,
-,-----
COMPOUND I
Chlorobeniene
Eth !benzene
1 1 1 2-Tetrachloroet
lene I
lene
a-Xylene
St rime
Branofonnl
Is lbenzene
1 1 2 2-Tetrachloroethane
1 3 5-Triineth !benzene
4--Chlorotoluene
Tert But 1 Benzene
ltoluene
1 3-Dichlorobenzene
{l 4-Dichlorobenzene ·~-'--'======-----+----+-----n-Butylbenzene
1 2-Dichlorobenzene
1 2 4-Trichlorobenzene
Hexachlorobutadiene
Na hthalene
1,2,3-Trichlorobenzene ~=~~==-==c·='-----------"'----
I
I
MDL .. Minimum Detection Limit for water (EPA Method 502.2), is I 1.0 µg/1.
J .. Estimated value.
K .. Actual value is known to be less than value given.
I. .. Actual value is known to be greater than value given.
U -Material was analyzed for but not detected.
NA -Not analyzed.
1/ .. Tentative identification.
✓ .. Regulated VOC ·
I -Trihalomethane
N.C. Division of Health Services
OHS 3068--0 (1/89 Laboratory)
I
)ep.:irfrnc'nt' o(,Hum..i~, ·R:csources
n of H.c,.\th S<i-vic« •· ~MPLE ANALYSES REQ◄1 State Labomory of Publid He:
P. 0. Bo; 28:.
306 N:Wilmi01;ton St
R,Jeigh, 27 · I
umber -----------------Field Sample Number b LJ P Z Z. 5
----. -::--:j,~~~~=c....;=---------
of.Site ~~~w~·~c.~Pc..,_M,__-,,,eye..p===-~f--me'-""--". ,a,~C..C....C'------~-Site Location F,,_,..r -,t;b,c.,c PC.
:red By _______ -____ lD/1 _ " " -' /
SOLID & HAZARDOUS WASTE MGMT BRANCH
T;,....._
of Sample: Samo le No: 003225 Si tJ /Jo: /
-INORGANIC
Date:.3/6/S-5'
vironmenta.1
)(. Groundw-ater (1)
_· Surface Water (2)
_ Soil (3)
Concentrate
__ Solid (5)
__ Liquid (6)
__ Sludge (7)
Site Nai;,e: _61,e_plt=Jj Farvr-t
G1 te Locat1or,: lf?ar bc,Jc,--,,<;!_C..
Collector:~~~ : //4. f
// .
_ Orhcr (4) __ Other (8)'----=::::::;;2.~__,=.c....:c...=--;:;:~~-::'.'.~::-:~~-;:~§j•~
.
;
;
-
-
Extractables
Parameter
_ Arsenic
_ Barium
_Cadmium
_Chromium
-~ad
_ Mercury
--S~Jr-f'!iUJ_TI ~ ·-.
_-Silver
Parameter
_P&T:GC/MS
_ Aeid:B/N Ext..
_TOX
Para.meter
Resulo; xng/1
Resulo; xng/1
MICROBIOLOGY
_ (MF) Coliform Colonics/lOOmls
_ (MPN) Coliform Colonics/lOOmls
Parameter
~Arsenic
_:&.Barium
~Cadmium
__ Chloride
~ Chromium
__ Copper
__ Fluoride
__ lron
....X.Lead
__ Manganese
_K_Mercury
__ Nitrate
~Sdeni~
HEMISTRY
Result> xng/1
0, I
.l5._silver
__ Sulfates
__ 7.inc
__ Ph
<o -c> I __ Conductivity
_____ __,_I __ IDS
<a.o3
I
•✓-::_ o, cJ o s---r
I
'
__ TOC
ORGANIC CHEMISTRY I
I
Parameter_ Resulo; xng/_1 / Parameter
_EDB
__ PCB's
__ Perroleum
__ Endrin -
__ Lindane
-------;.I_ _ __ Methoxychlor
-------'-1 ___ Toxaph=e _
------'-·-'-I ___ 2,4-D
-------'I-_-_ 2,4.S-TP (si\vcx)
I
RADIOCHEMISTRY
Resulo; PCi/ l
I __ Gross Alpha = Gross Beta I
' I
ate Received
Date Reponed ,1 __ 3_-_l_>✓,f;-~_-_r __ 7_· _____ _
ate Exrracted --------------~---Date Analy--..cd ,1-----;,c:7?-:-;=:-,:--,,.,-c---,---
eported By
c) c:,,r,-,·i3 I' ) I\_.., 1'-·,--J ,._,, ---(... lM: \
Lab Number ,---------------
:. c·. Dcr'ar~rncm o(Hum:rn Re.sources
·1.:\'1~10:1 of Heahh Services
~ I
. SAMPLE ANALYSES REQ. State Laboratory of Public f
P.O.Box,
306 N. Wilmington
RAieigh,;
•i~c Number ----------------Field Sample Number ---'~=-..c/-e5~Z..=---::-------
Site L.o=ion E&T &nr JJc ,,c·,c of Site C~ne Sh,;pher-d
::Ol!cctcd !ly -cq-::/J,cHo ?5 o :'\1
· rs · U
Date Collected fl ,..,D"'-~~:W~~=-=---· · Time I 'Z -z..j)
y;x: Ol ample.
Environmental
___ Groundwater (1)
___ Su.face Water (2)
__ Soil (3)
__ Other (4)
Concentrate
__ Solid (5)
X
__ Liquid (6)
Sludge (7)
__ Other (8)
I
INORGANIC CHEMlSTRY1
Extractablcs
Parameter Results mg/ 1 Parameter I Results rng/1
..LArscnic < o. o l _l(_ Arsenic zd--I
_ _L_ Bcirium ~~--~1 _'!._Barium :i'
~ Gdrr,ium _I(_ Cadmium <. )lo
LC:hromiurn ~ z· 0
20 __ Chloride L.. .39
.JL.. L~ad _!5.._ Chromium ' I
..:f__ Mercury .t.. 0 0 ;;l, __ .Copper I
1-Sc.lcnium .<.O,Q~~ __ Fluoride I
-L ~sii~e~ -

-
.. < Q-__ Iron I
_i..Lead '-19 I
__ Manganese I
~ Mercury .Z 0_ O'.J I
__ Nitrate I
_,c_ Selenium .l. I I
ORGANIC CHEMISTRY
Parameter
__ P& T:GC/MS
__ :\cid:B/N Ext.
___ TOX
P.1.:-arni:tcr
Results mg/1
MICROBlOLOGY
__ ,~ff) Coliform Colonies/l00mls
__ (~iPN) Coliform Colonies/l00mls
Parameter
_EDB
__ PCB's
__ Petroleum
__ Endrin
__ Lindc.ne
Q:nc Rccclvc;d _________________ _
!.)J::c [x[racccd --------------~---
I Results mg/ 1
'
. I
Parameter
'
__ Grossi Alpha
__ Grossi Beta
I
Total
ment.6
rt:J...JTS
Parameter
...LSilver
__ Sulfates
__ Zinc
LPh
__ Conductivity __ ms
_TOC
Parameter
__ Methoxychlor
__ Toxaphene
_2,4-D
__ 2,4,5-TP (silvcx)
RADIOCHEMISTRY
Results mg
Result, m:
Results PCi/ 1
. C. Department of Human Resources
ivi~io:-i of Hc-alth Service.c; _
-~ • I
SAMPLE ANALYSES REQUEST
State Laboratory of Public Hult
P. 0. Box 2804
306 N. Wilmington Srrc,
Raleigh, 2761
,:c Number __________________ Field Sample Number .:--'4_/_5:=;·-=3'------::---------
amc of Sirc ·,ce-ne Sh0?her-d. F,;,..e/2 ·sitel.oc:uioPG2?T &ttr k1c.x:-.A.IC
ol!cc:cdEly "'ff·=A/lcHo<,:;o"-1 ID# 31-DateCollected c'?E> ;/,JPI/ l"l,:Z"o Time IZ.Z..D
ypc of Sampleu · I
Environmental
___ Groundwater (1)
Surface Water (2)
X Soil (3J--'---'---:'>
__ Other (4)
Extractables
Concentrate
__ Solid (5)
___ Liquid (6)
X, Sludge (7)
__ Other (8)
Parameter Results rng/1 Parameter
__ Arsenic
__ Barium·
_·_ c.-adrr.ium
__ Chromium
__ Lead
__ Mercury
---~f-Jr.f'!iU_!n_• __
__ ·Silver
__ Arsenic
__ Barium
__ Cadmium
__ Chloride
__ Chromium
__ .Copper
__Fluoride
__ Iron
__ Lead
__ Mangane~c
__ Mercury
__ Nitrate.
__ Selenium
/ omments
/, ft-/~.,,..j._,, e-f drv,.,,
' Results mg/1
Total
Parameter
__ Silver
__ Sulfates
__ Zinc
_Ph
__ Conductivity
_ms
_TOC
Results mg/1
ORGANIC CHEMISTRY
Parameter
_L_ P& T:GC/MS
-15_ Acid:B/N Ext.
__ TOX
Parameter
Results mg/1
MICROBIOLOGY
__ (MF) Coliform Colonies/l00mls
__ (:-1PN) Coliform Colonies/l00mls
Parameter
_EDB::t
LPCB's
__ Petroleum
__ Endrin
' Results mg( 1
0, l.f-3 pj:un
I
. I
Parameter
' I __ Gross Alpha
__ Gross Beta
I
I I
Parameter
__ Methoxychlor
__ Toxaphene
_2,4-D
__ 2,4,5-TP (silvcx)
RADIOCHEMISTRY
Results mg/1
Results PCi/1
Date Reported ~=-------~~--------1?(!8'¼ · ~µif_ (Jr
Date Analy-.edl /,:Z-/;J..-'?YyP ;.)•/)'IJ1fBE), 1-± 1£:i
I so3053 ,uv-1..ab Numl:--er '----.. ________ _
I
:, C. Dcr::i.rtrncnt o(Human Resources
1:vi~io;i of }icahh Services •• I .;. SAMPLE ANALYSES REQUEST
!
I
I
State Labc,ratory of Public i
P. 0. Box:
306 N. Wilmington
Raleigh,
i :c Nu mbcr __________________ Field Sample Numlier ~3""-'/~,5"'-.--"3'--_----:::---------
,a mc of Si tc {:~ne Sh,;.pher-d F~ SitcLo=:ion 1C&T ht1r
::Olkcced By -cq-: /J, C Ho l: So,._, lD# 3 '1-Date Collected 11
,uc
\;x: of Sampleu
1
Environmental
___ Groundwater (1)
___ Surface Water (2)
X Soil (3)
__ Other (4)
Concentrate
__ Solid (5)
__ Liquid (6)
__ Sludge (7)
__ Other (8)
INORGANIC CHEMISTRY
Extractables
Parameter
~Arsenic
_r_Barium
~Cadmium
_LChromium
S Goad
1_ Mcrcury
_j£_ Selenium V ____ ... --·-
.J,_•Silvcr
Parameter
__ P& T:GC/MS
__ Acid:B/N Exe.
__ TOX
P,1,ramctcr
Results mg/1
L.. D.O\
<6-0f?
Results mg/1
MICROBIOLOGY
' __ (1--ff) Coliform Colonics/l00mls
: __ (l--1PN) Coliform Colonics/l00mls
Parameter
--LArsenic
LBarium
L Cadmium
__ Chloride
iChromium
__ .Copper
__ Fluoride
__ lron
_:!.__1.ead
__ Manganese
~Mercury·
__ Nitrate.
__lS_ Selenium
Results mg/1
-37
"'--! lo
<-.39
<D.o'l
ORGANIC CHEMISTRY
Parameter
_EDB
__ PCB's
__ Petroleum
__ Endrin
__ Lindane
.
Results ing/ 1
Parameter
'
__ Gross Alpha
__ Gro~ Beta
'
· · Time I "l...4:-ti
Total
Parameter
.,X_Si!ver
__ Sulfates
__ Zinc
_Ph
__ Conductivity
_ms
_TOC
I
Results mg
Parameter Results m
__ Methoxychlor
__ Toxaphcne
--2,4-D
__ 2,4,5-TP (silvcx)
RADIOCHEMJSTR Y
Results PCi/ 1
:)ace Rccc,vc;d __________________ Date Repoired _______________ _
I
'
Date Aru.l f.ed --fQ'T';~3~2_'7f'(;rtj---.,L,~c:,--'_, ----,.; ""'cJ"'8t------
l ..... '1 h Nl!ml-,.~r
'
:. C. Dq-.:.i.rtrncnc of Human Resources
i:v:~to:-i of Health Service...-. •• SAMPLE ANALYSES REQUEST
. I .
State Laboratory of Public He
P. 0. Box 28
306 N. Wilmington St
Raleigh, 27
-i;c Number ------------------Field Sample Numb~r _ _.4:'-'--1-"5'-'1-___ --=---------
Site l.,oca;:io~ <f&>T LJtiT ,¼,cK ,UC ;""'" of Site C~ne SA~her-d
:C,ilccced Ily -~q::)J)CH" e,5 o "'
·y;:,c of Sample(/
F~
ID# 31-
Environment.al
___ Groundwater (1)
___ Surface Water (2)
)( Soil (3)
___ Other (4)
Concentrate
__ Solid (5)
___ Liquid (6)
__ Sludge (7)
__ Other (8)
INORGANICC
/Jt:Jt/ I <f<Z "l . Time I -z.4-t)
Extractablcs Total
Parameter
__ A.senic
__ Barium
__ Cadmium
__ Chromium
__ Lead
__ Me:-cury
~--~~fr.r:iu_!.n_ ·-
__ ·Silver
Parameter
XP&T:GC/MS
_)(_ :'.cid:B/N Exe.
__ TOX
Par-amctcr
Results mg/1
Results mg/ 1
MICROBIOLOGY
i--(MF) Coliform Colonics/lOOmls
; ___ (:-.{PN) Colifonn Colonies/lOOmls
Parameter
__ Arsenic
__ Barium
__ Cadmium
__ Chloride
__ Chromium
__ Copper
__ Fluoride
__ Iron
__ Lead
__ Manganese
__ Mercury
__ Nitrate.
__ Selenium
Results mg(l
ORGANIC CHEMISTRY
Parameter
_EDB
1-PCB's
__ Petroleum
__ Endrin
__ Lindanc
··-·--···--··-·-•---
Results ndg/ 1 '
<O, /0 :ppm
I
. I
Para.meter
__ Gross ,}lpha
__ Gross Beta
I
Parameter
--Silver
__ Sulfates
__ Zinc
_Ph
__ Conductivity
_ms
_TOC
Parameter
__ Mcthoxychlor
__ Toxaphenc
_2,4-D
__ 2,4,5-TP (silvex)
RADIOCHEMISTRY
Rcsulta mg/
Rcsulta mgJ
Results PCi/1
I
:. C. Dcr::i.~tmcnt o( Hu min Resources
i:vi5io:-i of Health Service.<; ••...• ;
. SAMPLE ANALYSES REQU ..
State Laboratory of Public f
P.O.Box,
306 N. Wilmington
Raleigh,: i
------------------Field Sample Nuwber ----~5~/~5'=-"f:,__--:::---------
! ,amc of Si;c Ce..ne ,5t..~her-d Ft;!-f2/>) SitcLo=ion'fu, H!lT t¼?cx:-,Ve
J ::Ol!ccrcd By -cq::/J,cHo ,;.,So '\2 ID# '37 Date Collected i 3E> A.JtJt/ I 1<t'l Time I ZS-€
; ·ypc ofSamplcu
Environmental Concentrate
Groundwaccr ( 1) Solid (5) 51'1/nPL £
Surface Water (2) Liquid (6) FA2o
X Soil (3) Sludge (7)
Other (4) Other (8)
INORGANIC CHEMJSTRY
Extractablcs
Parameter
~Arsenic
_JLBarium
Lr.-admium
_,¼_chromium
Lu:ad
4-Mcrcury
X --~~.J~.~iu.rn_ ·-
silver
Parameter
__ P& T:GC/MS
__ Acid:B/N Exe.
__ TOX
Results mg/1
<o.o 1 < (J. 0 I./
'-0,0d-.
<..0,00$ <o. :ia
Remits rng/1
MICROBIOLOGY
: __ (~ff) Coliform Colonies/lO0mls
: __ (~lPN) Coliform Colonies/lO0rnls
Parameter
..LArscnic
..LBarium
LCadmiurn
__ Chloride
.LChromium
__ Copper
__ Fluoride
__ lron
_x_Lead
__ Manganese
~Mercury
__ Nitrate.
iSclenium
Results mg/1
z 0.07·
L..
ORGANIC CHEMISTRY
Parameter
_EDB
__ PCB's
__ Petroleum
__ Endrin
__ Lindane
Results riig/ 1
Parameter '
__ Gross Alpha
__ GrossiBcta
Total
Parameter
-X-silvcr
__ Sulfates
__ Zinc
-1LPh
__ Conductivity
_ms
_Toe
Parameter
__ Methoxychlor
__ Toxaphene
_2,4-D
__ 2,4,5-TP (silvcx)
RADIOCHEMISTRY
Results mg_
.,,S.a$
Results m:
Results PCi/1
Dace Reported _______________ _
I
~)ace Excracccd --------------~----Date Analy-..ed --,-,-"r:-....,,.-,-,r-:-,.-c--rt:h,------, Ui.J.20.'.:'. Ut:.L. l 66
L'1h Nnrnh~r
•• I •• :, C. Dcpart:ncnt o( Human Resources
1:vi~io:1 of Health Service"> SAMPLE ANALYSES REQUEST
i
State Laboratory of Public He
P. 0. Box 28
306 N. Wilmington St
Raleigh, 27 I
•i:c Number ------------------Field Sample Number _ _.1:~l'--=5":'-5'=------:::--------
Sitc Location t'&z: FZ.ttr tf1cx: ;UC ,a~•c of Site -0(..ne SA'<j?her-d
::01\cc,cd Ely -Yl'}J,cHo (,,So"'
. rs 1U Yf.Y.: 01 amp c.
F~
1D# 3'1-
En vi ronmcn t.al Concentrate
___ Groundwater (1)
___ Surface Water (2)
~X_ Soil (3)
__ Other (4)
Extractable•
__ Solid (5)
Par-a meter Results mg/1 Parameter
__ Arsenic
__ J3arium
__ C'...adrr.ium
__ Chromium
__ Lead
__ Mercury
__,....--~rfr.0iu.rn __ _
__ -Silver
__ Arsenic
__ Barium
__ Cadmium
__ Chloride
__ Chromium
__ Copper
__ fluoride
__ lron
__ Lead
__ Manganese
__ Mercury
__ Nitrate _
__ Selenium
Dace llected '3D A,Jt>I/ 11-S"Z
r,EI~ .
.. ,
Results mg/ 1
Comments
Total
Parameter
__ Silver
__ Sulfates
__ Zinc
_Ph
__ Conductivity
__ TDS
_TOC
· Time I 2:S:$""
Results mg/
ORGANIC CHEMISTRY
Parameter
_K_ P& T:GC/MS L .'lcid:B/N Exe.
__ TOX
Parameter
Results mg/ 1 ·
MICROBIOLOGY
: __ (c-ff) Coliform Colonies/lOOmls
' __ (c-1PN) Coliform Colonies/lOOmls
Parameter
_EDB ;t
__x_pcB•s
__ Petroleum
__ Endrin
__ Lindane 1.Jt -p:-_-,_,;:,:/0/ftJ
I .
Results mg/ 1
Pararrietcr
__ Gross:Alpha
__ Grossi Beta
Parameter
__ Methoxychlor
__ Toxaphene
_2,4-D
__ 2,4,5-TP (silvcx)
RADIOCHEMISTRY
Results mg.,
Results PCi/ 1
7WT
.I •• • :e ll.ECE11t, State Laboratory of Public H
SAMPLE ANALYSES REQUESI '1' (I'~ \ P. o. Box 2 · IL 306 N. Wilmington, · . · · · (i Dec i . Raleigh. 2
-i,e Number · Field Sarnp;::lc--!:~~.!_::---~=~---f_'-j-_;:;-------'---
,,r.,c of Site 0,:-ne Shepherd F,;y?/Yl
:Ol!cc:ed By -cq::Aj, C Ho C, ,SO A, J ID# ' 3:,.
·y;x: of Sample(/ .
Environmental Concentrate !
}( Groundwater ( 1)
___ Surface Water (2)
__ Soil (3)
__ Other (4)
__ Solid (5)
___ Liquid (6)
__ Sludge (7)
__ Other (8)
,{JC
INORGANIC CHEMJSTRY.L ... -·
Extractable• Total
Parameter Results mg/1 Parameter I Results mg/1 Parameter Results mg/
__ Arsenic -15,_Arsenic <o,u l _K_silver <o -OS-
__ fhrium ..LBarium < o. I __ Sulfates
__ C'.-adrr.:um ~Cadmium < tJ. oo.S-__ Zinc
__ Chromium __ Chloride LPh
__ Lead __x__ Chromium <O.u __ Conductivity
__ Mercury __ .Copper _ms
___ :i,J,.niujU_ ·-__ Fluoride _TOC
__ ·Silver __ Iron
_JL;_ Lead ,;::P. 1)3 1
__ Mangane~e
__x__Mcrcury < o-~O01...
__ Nitrate.
LSelcniurn <.,::, -o ois-
ORGANIC CHEMISTRY1
Parameter Results rng/1 Parameter Resulu mg/ 1 Parameter Results mg
__ P& T:GC/MS _EDB __ Methoxychlor
__ Acid:B/N Ext. __ PCB's __ Toxaphcne
__ TOX __ Petroleum _2,4-D
__ Endrin --2,4,5-TP (silvcx)
__ Lindane
MICROBIOLOGY RADIOCHEMJSTRY
P:u:·amctcr Parameter Resulu PCi/1
'
• __ ()-ff) Coliforc:1 Colonies/lO0mls __ Gross Alpha
: __ (:dPN) Coliform Colonies/lO0rnls __ Gross Beta
I
D2cc Rccdvc;d _________________ _ , 12--rz.-sr-Da,e Reportec! _______________ _
'),:,· E.xtr2ctcd ______________ _,_ ___ Date Anaiy-".e~ _______________ _
SOLID Al,1) B..c.2.ARDOUS
.•• Receivt fo::
Tne samples described below were collected
en£orce..::ient, and documentation of the:
... .......:;......;. .• --'-"' -....,_...,I WASTS :'_!.J,u~G::=:-8\T
S2.lll-ole.s
.._-.--
in connection ~ith the ad=inistrat{on,
() North Carolina Hazardous Waste Managenent Rules, 10 NCAC lOF
I ( ) North Carolina Solid Waste Management Rules, 10 NCAC lOG
('j.) Comprehensive Environmental Response, Compensation and Liability Act (CERCI . .A)
( ) Toxic Subs.tances Control Act (TSCA)·. 1s·u~s-.c. §260·1: et: sea., .specifically --~ ' Section 11.oj' TSCA, 15 U.S.C. s 2610. ..,.,.
I
Pe-Pr. DF Hl--'_""9-1 Rc~oue~E!s Z160'2'-Z0'91
-SuPet2F<.!,.rJ> Bi?.ANc.H Po ilox ZCR r !Git.Et6# ,Ale..
Inspector:'~ Nam~
N2u1e of Firm
-
'' SJ.-'l?LE COLLECTED SAMPLE TYPE
NU!-IBER DATE TTME WATER SOIL
7bUV -tt-4 ,.,<;!"if /3-zz,, X
Receipt for the
abov is hereby
/2
.. '
sample(s) described_
acknowledged:
. ;;(_
OTHER
.
I
I
Inspect;<;>r_\s Addr_ess ..
I -
f°A-5r r'u,r /.2oc-k-..vc.
Fi= Addres_s
I
I .
DUPLICATE SA..l1PLES SJ..!"i?LE LOCATION
OFFEREDIACCEPTED RE:JECTEDI ON-SITE -OFF-SITE
..
I )<. ' I )<. X
:
I
I ' '
.
I
'
I
'
I ' '
Recei.pt/rej1ection of duplicate or split
samples is· hereby .sckna-.. ledged·:
-·
~ I (,:_.
Sigr-.g 0:f~t (i)-.,-ner, Opera tor, or Agent
k1J1tA1r
Title
CO~'.:::l,TS, ______________________________ --'--------------
Address Po Pn £z,a-f.'. Fl,;_/ P~J.. · 1/a
Collector's Name (! ,U~d~ Telryhone(1Jf) 1:?? --Zf/0/
signat:~re I
Date Sampled_--"';?,_,,e>"--"A./=¢"-V"'----"1?$'--"-_________ Time S=pled _ __,_/""'.?_Z_Z."-------
Type of Process Genera.ting Waste 8,,~!J ~ bvcr:tr?'f o.f' u,,./c,,,~·--,.,/,,,,~J l.<4rk.
. Field I:iforraa. tion
Fitld Sample No. ----
ChEin of Possession:
1. ft? I..J(;V 1%-I "l)e-c 8b
inclusive dat:es
2.
inclusive dates
3.
signature tit.le inclusive dat:es
Res~:~s reported
signature t:it:l.e d2te
lnst.:-uctions: Complete all applic2ble inf o~c. :io:-. incluC.ing sign2 tu res, and submit. \..~ith ·.an2lysis reques: fo:-:::s.
:. ·c. Dcr;nmcnt O(Human Resources
1ivi~io:'I of Hc:alth Service:..-;
I
•• . .• i
. SAMPLE ANALYSES REQU~
State Laboratory of Public He
P. 0. Box 28,
306 N. Wilmington St
RAleigh, 27
,\;c Number ------------------Field Sample Number __ 4_,_,_5"=-€.=----::::---------
Site Locarion Cw;,T &11r /4kc:K' ,Ve '""'" of Site .{;(.-ne. She,pher-d
::Ol!ccrcd By -cq.::JJ)cHo l:5 o "'
··,·;,c of Sam pico
A.Jt> ti I "I'S "'6 ' Time I ~ 2.. Z.
Environment.a.I
Groundwater (1)
___ Surface Water (2)
__ Soil (3)
__ Other (4)
Concentrate
__ Solid (5)
___ Liquid (6)
__ Sludge (7)
__ Other (8)
Comments
INORGANIC CHEMJSTRY:
Extractable•
Parameter
__ Arsenic
__ lJ.i.rium
__ Cadmium
__ Chromium
__ Lead
__ Mercury
__ --~~-fr.f"'!iU_!n __ _
__ ·Silver
.
Parameter
__ P& T:GC/MS
..l't_ ,\cid:B/N Ext.
__ TOX
Rcsult.6 mg/1
Re•ults mg/1
MICROBIOLOGY
Parameter
__ Arsenic
__ Barium
__ Cadmium
__ Chloride
__ Chromium
__ Copper
__ Fluoride
__ Iron
__ Lead
__ Manganese
__ Mercury
__ Nitrate.
__ Selenium
I Total
Results mg/1 Parameter
__ Silver
__ Sulfates
__ Zinc
_Ph
__ Conductivity
_ms
_Toe
ORGANIC CHEMISTRY I
Parameter
_EDB
LPCB's
__ Petroleum
__ Endrin
__ Lindane
Resulci; mg/ 1 Parameter
__ Methoxychlor
_<:::.,.Oc,•:..>nLo"'-"0c,le.••-¥1 -n n= ""'·'-I ___ T oxa phene
; I r __ 2,4-D
__ 2,4,5-TP (silvex)
RADIOCHEMISTRY
Results mg/
Results mg.,
Pa~a.mctcr ' Parameter Results PCi/1
__ (MF) Coliform Colonies/lOOmls
__ (MPN) Coliform Colonies/lOOrnls
__ Gross Alpha
__ Gross Beta
'
Date Received ___ _,_/,,J,.,_-.LJ_--'\5i'~'i{c.,,..~----ny.r_,.,...=-------Date Reported ::=L°~---==--------
/JJ/Y/il /:L·0..5-33 Aii;i&, VI' , l><:Sf · 8/Jfl
l),cc Extracted \?(;(", P<Z -n: 'IP, PW, LA Date Analy-..ed /;;t.-7-r{yp /:J-1</-tf /J&
803060
:. ·c.··Dcr~nmcnt ~( Hum:m Rc:sourcc:s
llvi~io:-i of Health Service,; •• I •• SAMPLE ANALYSES REQUEST
I
' '
,i,c Number
.! __________________ Field Sample Num
Site
State Laboratory of Public He
P. 0. Box 28
306 N. Wilmington S1
RAieigh, 27
,amc of Site _k~ne J>h,;pher-d
:01\cc:ed lly -y;z: )J, ( Ht> l-5 0 '\2
-.,pc of Sampleu .
F,;,,e,,n
lD# '37 ~~'1¥,~~_j__.:f_j~--· Time / 'E Z 7...
Environmental
-~ Groundwater (1)
___ Surface Water (2)
__ Soil (3)
Conccn tra te
__ Solid (5)
___ Liquid (6)
__ Sludge (7)
.:511
I
·--, /
~9~9
___ Other (4) __ Other (8) 5~ =-<~=-o:::..._7 W:::::·-=-r-...,....c..:..sC""/'-=-,,--,-"--~,-',\-
,6N i'7 .. 11Lvn-t.yX.1': '-11.o . 0-K\.0..LL\Z'.iZ -/.RY! r1c(!) (_ VO/'.!
Extractablcs
Parameter
__ Arsenic
__ Barium
__ Ddmium
__ Chromium
__ Lead
__ Mercury
---,--,.--~~-J ~-~ i U_In ___
__ -Silver
--
--
--
----
Parameter
LP&T:GC/MS
__ t\cid:B/N Ext.
__ TOX
Parami:ter
Results mg/1
Results mg/1
MICROBIOLOGY
INORGANIC CHEMlSTRYt ' 0
I Total I
Parameter Results mg(l Parameter
__ Arsenic ' __ silver
__ Barium __ Sulfates
__ Cadmium I __ Zinc
__ Chloride _Ph
' __ Chromium __ Conductivity
__ Copper ' __ ms
__ Fluoride _TOC
' __ lron --
__ Lead i --
__ Manganese --
__ Mercury ! --
__ Nitrate. ' ' --
__ Selenium --'
' ORGANIC CHEMISTRY!
Parameter Results mg/ 1
'
Parameter
_EDB
~PCB's
__ Petroleum
__ Endrin
__ Lindane
6 NA Ci/ru9'4)
__ Methoxychlor
__ T oxaphene
_2,4-D
--2,4,5-TP (silvcx)
RADIOCHEMISTRY
Results mg/
Results mg,
Parameter Results PCi/1
·--'-----------------------t-----;--' -----------------
i--(c.ff) Coliform Colonies/lO0mls __ Gross Alpha
· __ (:dPN) Coliform Colonies/l00mls __ Gross Beta
Dace Rccdvc;d __ _Lc/'J=--_.J_-_~.,_.5?'.,___'":71.µ.oJ)J"'-------Date Reporr~d ---::--::-------------
1 f, .
:),cc Exrracted --------------~---Date t\naly-..ed _ __,/_-_,,3c...._-.::.'ff'...,f'---nw-.<...:::=--------
I
-------------·--L,h NHmhcr ________ 8030$3 _____ --------------·
:. C. Dcr:i.nrncnc o( Human Resources
l:vilio:1 of Health Services •• .· .i SAMPLE ANALYSES REQU!:-
State L,boratory o( Public H
P.O.Box2
306 N. Wilmington'. . ' '
•i~c Number
: <omc of Site b,;:,ne 3A,;.-pherd
, :.Ollccccd By -cqc: )j, C Hoe-5 o '\l
: -ypc of Sample(/
Environment.al
___ Groundwater (1)
___ Surface Water (2)
1--Soil (3)
__ Other (4)
Concentrate
__ Solid (5)
__ Liquid (6)
__ Sludge (7)
__ Other (8)
Raleigh, 2
Site Loca.tion _,__""'-""-'-:-: ~~ffi~s;::~=---'-'M:::._C'==---
Date Collected =-,,,·~· Time / Y6 5
INORGANIC CHEMISTRY
Extract.ables
Parameter
-LArsenic
--L-Da.riurn
~Cadmium
Lchromium
-L G:ad
~-Mercury
~--S~Jr.f1iu.rn __ _
_K_.Silver
Results mg/1
,( O.Q \
(), Ob
<'. (. 0
Parameter
±Arsenic
Barium
~Cadmium
__ Chloride
~Chromium
__ Copper
__fluoride
__ Iron
-1LLead
__ Manganese
-15:...._ Mercury
__ Nitrate.
-A Selenium
' Results mg/1
.;!9Q
Total
Parameter
Lsilvcr
__ Sulfates
__ Zinc
1--Ph
__ Conductivity
_ms
_TOC
Results mg,_
(p 70
ORGANIC CHEMISTRY
Parameter
__ P& T:GC/MS
__ Acid:B/N Ext.
__ TOX
Parameter
Results mg/1
MICROBIOLOGY
' --(MF) Coliform Colonies/lOOmls
: __ (,-{PN) Coliform Colonies/lOOmls
Parameter
_EDB
__ PCB's
__ Petroleum
__ Endrin
__ Lindane
Date Rcci.:ivc;d _________________ _
i.JJ~t· Extracted --------------~---
Result£ mg/ 1
'' Para.meter
__ Gross Alpha
__ GroJ Beta
Parameter
__ Methoxychlor
__ T oxaphene
_2,4-D
__ 2,4,5-TP (silvex)
RADIOCHEMISTR'{
Results m1
Resulu PCi/ 1
Date Reported _______________ _
'
Date Analy::ed ---,~-;-.-,rr--,.-,...--.-1-ta~B:r-. -----ULJ~UJ Dll
L" h N 11 rn h~r ·-·-·--·---·
:. C. bq..,~:rr:-ncnt O( 1-lum;rn Re.sources
livbio:-i of Hcahh S.:rvice.<", •• •• SAMPLE ANALYSES REQUEST
State Laboratory of Public He
P. 0. Box 28
306 N. Wilmington St
!Weigh, 27
•li.~ Number -----------------Field Sample Number -~""~·_/_~_8 ___ .,,.-______ _
Site Lo=ion EcyT &ttr k:1c.x:-..Ve
' ,oc1c of Site ·h,!,ne '5hY/? herd
::Ol!ccred By ·,q'.: )J, { fto ld) 0 '\l
·,-iX of Sampleu
Date Collected 2D /JtJ II I q 't <g , Time I '1 "$ '!,
En vi ronmcn t..al
___ Groundwater (1)
___ Surface Water (2)
l( Soil (3)
__ Orhcr (4)
Concentrate
__ Solid (5)
___ Liquid (6)
__ Sludge (7)
__ Other (8)
INORGANIC CHE
Extractables
Parameter
__ Arsenic
__ Barium
__ Cadrr.:um
__ Chromium
__ Lead
__ Mercury
-r--~r-frniu_II1_ ·-
__ .Silver
Parameter
...2L P& T:GC/MS
_lL Acid:B/N Ext.
__ TOX
Paramc:::tcr
Results rng/1
Results mg/1
MICROBIOLOGY
j __ (;-.ff) Coliform Colonies/l00mls
' __ (;-.{PN) Colifo;m Colonies/l00mls
Parameter
__ Arsenic
__ Barium
__ Cadmium
__ Chloride
__ Chromium
__ Copper
__ Fluoride
__ Iron
__ Lead
__ Mangane~e
__ Mercury
__ Nitrate.
__ Selenium
ORGANIC CHEMISTRY
Parameter
_EDE;/'
_lS_PCB's
__ Petroleum
__ Endrin
Results mg/ l
/3, q fPM
__ Lindane 'I?
nf''RS' 11,.u,ij: ¥-/01(,,
Parameter
__ Gross ·Alpha
__ Gross Beta.
__ Silver
__ Sulfates
__ Zinc
_Ph
__ Conductivity
_ms
_TOC
Parameter
__ Methoxychlor
__ Toxaphenc
_2,4-D
--2,4,5-TP (silvcx)
,
RADIOCHEMISTRY
Results mg/
Results mg,,
Results PCi/ l
:. C. Oq_"iartrncn;: of Human Resources
Jivilio:1 of Health Service.<;
___ Groundwater (1)
X Surface Water (2)
__ Soil (3)
___ Ocher ( 4)
__ Solid (5)
___ Liquid (6)
__ Sludge (7)
___ Other (8)
INORGANIC CHEMISTRY:
Extractable•·
__ Arsenic
__ B,1rium
__ (',admium
__ Chromium
__ Lead
__ Mercury
~--Sdr..~iu_rn_ ·-
__ -Silver
Parameter
__ P&T:GC/MS
__ :\cid:B/N Ext.
_TOX
Pa~amctcr
Results mg/1
Results mg/1
MICROBIOLOGY
! __ (;\ff) Coliform Colonies/l00mls
:· __ (:'-lPN) Coliform Colonies/l00mls
Parameter
-LArsenic
LBarium
_Leadmium
__ Chloride
_:&..Chromium
__ .Copper
__ Fluoride
__ Iron
_15:_Lead
__ Manganese
~Mercury
__ Nitrate
Lsdcniu~
Results mg/ 1
<::: o-o:I
< o. oocJ z_
ORGANIC CHEMISTRY
Parameter
_EDB
__ PCB's
__ Petroleum
__ Endrin
__ Lindane
' Results mg/ l
Parameter
__ Gross Alpha
__ Gross Beta
Total
Parameter
--1::_ Silver
__ Sulfates
-:..Zinc
~Ph
__ Conductivity
_ms
_Toe
Parameter
__ Methoxychlor
__ T oxaphene
_2,4-D
__ 2,4,5-TP (silvcx)
RADIOCHEMISTRY
Results 0mg,
Results PCi/ l
uarc Received __________________ Date Reported --~/_'2-_-_I_Z_-_ff ________ _
L),cc Extracted--------------~---Dare Anal.,...ed _______________ _
Gh Nnrnhcr .
•• •• :. C. Dc;:,anrncM of Human Rc:sourcc:s
livbio:1 o( Health Sen-ices SAMPLE ANALYSES REQUEST
State Laboratory of Public Ho
P. 0. Box 28
306 N. Wilmington S1
Raldgh, 27
,i;c Number ------------------Field Sample Numb~r _ _,,'fc..•..cl_,b"'--9'----::---------
Sitc Lo=ion C2lf;,7 &ttr ac.K ;(.JC ,a~•cofSite ··ht!.-ne Sh~her-d
:Olkc:ed By ·cq:: /J) c Hoe, :So :'\l
··,;x of Samplcu
Environmental
___ Grnundwatcr (1)
X · Surface Water (2)
__ Soil (3)
__ Other (4)
Extractable•
Concentrate
__ Solid (5)
___ Liquid (6)
__ Sludge (7)
__ Ocher (8)
Parameter Results mg/1 Parameter
__ Arsenic
__ Barium
__ C.1dmium
__ Chromium
__ Lead
__ Mercury
.-,.--~~fr.-~iu!_'[l_ ._
__ -Silver
__ Arsenic
__ Barium
__ Cadmium
__ . Chloride
__ Chromium
__ .Copper
__fluoride
__ Iron
__ J..cad
__ Manganese
__ Mercury
__ Nitrate.
__ Selenium
DatcCollccted ;JD A.ltJf/ 11,Z-"6 'Time /35/
Results mg/1
ments Z-LtTt=R_
Parameter
__ Silver
__ Sulfates
__ Zinc
_Ph
__ Conductivity
_ms
_Toe
Result, mg/
ORGANIC CHEMISTRY
Parameter
__ P& T:GC/MS
_lL Acid:B/N Ext.
__ TOX
P;uarr:.ctcr
Remits mg/1
MICROBIOLOGY
Parameter
_EDB
..£PCB's
__ Perrolcum
__ Endrin
__ Lindane
I Results mg/ 1
Parameter
Parameter
__ Methoxychlor
__ Toxaphene
_2,4-D
__ 2,4,5-TP (silvox)
RADIOCHEMISTRY
Results mg.
Results PCi/ 1
·----'--------------------+-----,---------------!--().ff) Coliform Colonies/l00mls
' __ ().\J'N) Coliform Colonies/l00rnls
--Gross Alpha
__ Gross Beta
C. bcr:irtrncnt cl Human Resources
i:vi~io:1 of Health Services •• •• State Laboratory of Public He
P. 0. Box 281
306 N. Wilmington St
Raleigh, 27
SAMPLE ANALYSES REQUEST
-i;c Number -----------------Field Sample Number _...,4._-.,_l-="c...=.o __ --:::--------
Site Location G@T &nr t¼,c.x: t<JC
;(ijsff~~~~_dA.Jb_iPZ_!IILJ.lj1~_1"l~~ Time I 35"I
,ac·,c of Site he..ne SAe-pher-d
:Olicctcd By ·cq::)J) (Hot, :SO ",J
-r:X of Sample(/
Environmental
___ Groundwater (1)
x'. Surface Water (2)
__ Soil (3)
Concentrate
__ Solid (5)
___ Liquid (6)
__ Sludge (7)
Comments ')
__ Other (4) __ Other (8) MC I _ ,
. d -,kn !-tEJ ( Yofl
Extractables
Parameter
__ t\,senic
__ 13;1.rium
__ r....1dmium
· __ Chromium
__ Lead
__ Mc..rcury
___ S,Jcniu_,n __
__ ·Silver
Parameter
_x_ P& T:GC/MS
__ .l\cid:B/N Ext.
__ TOX
P;iramctcr
Results mg/1
Results mg/ 1
MICROBIOLOGY
' __ (:,ff) Coliform Colonies/l00mls
: __ (:-il'N) Coliform Colonies/l00mls
INORGANIC CHEMISTRY . U
Parameter
__ Arsenic
__ Barium
__ Cadmium
__ Chloride
__ Chromium
__ .Copper
__ . Fluoride
__ lron
__ Lead
__ Manganese
__ Mercury
__ Nitrate.
__ Selenium
Results mg/1
ORGANIC CHEMISTRY
Parameter
_EDB
LPCB's
__ Petroleum
__ Endrin
__ Lindane
Results mg/ 1
'
Parameter
__ Gross Alpha
__ Gross Beta
Total
Parameter
__ Silver
__ Sulfates
__ Zinc
_Ph
__ Conductivity
_ms
_TOC
Parameter
_· _Methoxychlor
__ Toxaphene
_2,4-D
__ 2,4,5-TP (silvex)
RADIOCHEMISTRY
Results mg/:
Results mg,
Results PCi/ 1
c:a<c Received __ · ~l..,2~--f~-~?r.,...,.~-~---------Date Reporred --=----------------pr_·
Date Anal,..ed -~'~-.3_-'if"--''i~::nw~~-=-==---------
803056 l)J~c Extracccd --------------~---
•••• ••• •• ·:.-c~ .Dq."\~·rt;-ncnc o(Hum.1.n Resources . State Laboratory of Public:
>:vi,ioo of J:!cahh Scnicc.s SAMPLE ANALYSES REQU,EST P. 0. Box·
306 N. Wilmington
-i~c Number
Raleigh,
------------------Field Sample Numb~r --~"g_/_5_=g'----:::---------
Sitc ~ion G@T FZ.t1r 6::bc.K ,Ve : ,amc of Site .{;t!-ne SA,;.pherd
::Ol!cc:ed By -cq::Jj-, C Ho t-f, o A, 2
-'S l u ypc o, amp e.
Environmental
___ Groundwater (1)
___ Surface Water (2)
__ Soil (3)
Concentrate
--Solid (5)
___ Liquid (6)
__ Sludge (7)
__ Other (8)
Date Collected · · , , Time /1{;3
. '•
~{ rnments
A
Pc,sr,c_
Other (4) r
Se-r;,1,t-td-1 INORGANIC CHEMISTRY
Extract.ables
Parameter
LA,s,:nic
)<" B . __ anurn
1-Gdmium
Lchromium
_:i_uad
_L_ Mercury
~--~~k.f'!tu.rn __ _
_r_.Silvcr
Parameter
__ P& T:GC/MS
__ Acid:B/N Ext.
__ TOX
Parameter
Results mg/1
Results mg/1
MICROBIOLOGY
!--(MF) Coliform Colonies/l00mls
: __ (:-1PN) Coliform Colonies/l00mls
Parameter
iArsenic
..LBarium
~Cadmium
__ Chloride
_}!,_Chromium
__ Copper
__fluoride
__ Iron
-.LLcad
__ Manganese
....Y.-Mcrcury
__ Nitrate
_:£_ Selcniu~
Results mg/ 1
<... lq
ORGANIC CHEMISTRY
Parameter
_EDB
__ PCB's
__ Petroleum
__ Endrin
__ Lindane
Results rog/1
Para.meter
__ Gross Alpha
--Gross Beta
Total
Parameter
-¥.-silver
__ Sulfates
__ Zinc
-Ph
__ Conductivity
_ms
_TOC
Parameter
__ Methoxychlor
__ Toxaphenc
_2,4-D
__ 2,4,5-TP (silvcx)
RADIOCHEMISTRY
Results m~
Results m
Results PCi/1
Date Reported _______________ _
DJCt• Extracted---------------'-----Date Analy-.ed --6i-':'+l,.,'-'.-',-''fAr.·-n-r-r--rT,n------
<~-..J:. G,T CU, 188
L'lh Nllrnhi::r •-.-•--·-···
•• •• :. C. Dcrart;-ncn:; of Human Resources
livi~io:i of Health Scn'1cec; SAMPLE ANALYSES REQUEST
State LAboratory of Public He
P. 0. Box 28
306 N. Wilmington St
Raleigh, 27
•i~c Number -----------------Field Sample Number _ _,4...,/'-"'....;/c... ----,::---------
Site Location Gr.??T &t1r 6=1cK' ,vc ,,me of Site C~ne Sh,;pher-d
:Oikcccd By ·,q-::JJ,cH<> e,5 o "-'
··,·;x of Samplcu
Ft9.-,(2/n
ID# 3'1-
Environment.al
___ Groundwater ( 1)
___ Surface Water (2)
__ Soil (3)
)( Other ( 4)
,:JE'PI 1"' f:/.JT
Extractable•
Concentrate
__ Solid (5)
___ Other
Parameter Results mg/1 Parameter
__ r\rscnic
__ Bctrium
__ C,1dmium
__ Chromium
__ Lead
__ Mercury
__,..,.--~~-fr.~iu_rn_ ·-
__ ·Silver
__ Arsenic
__ Barium
__ Cadmium
__ Chloride
__ Chromium
__ .Copper
__ Fluoride
__ lron
__ Lead
__ Manganese
__ Mercury
__ Nitrate.
__ Selenium
Date Collected 3D ,{},Pl,/ l"IJ5:"l Time /35"3,
Results mg/1
Total
Parameter
--Silver
__ Sulfates
__ Zinc
_Ph
__ Conductivity
__ TDS
_TOC
Results mg/
ORGANIC CHEMISTRY
Parameter
_K_ P& T:GC/MS
_K_ Acid:B/N Ext.
__ TOX
Re•ults mg/ 1 Parameter
__ EDB *
-1L.PCB's
__ Petroleum
__ Endrin
Reoults mg/1
Q, b3pom I
Parameter
__ Methoxychlor
__ Toxaphene
_2,4-D
__ 2,4,5-TP (silvcx)
Results mg;
~-Linrhne
I -> if, 'Cl $'1.L ..,_'I', 10 /(,,
MICROBIOLOGY
i --(MF) Coli(orm Colonics/l00mls
· ___ (~iPN) Coliform Colonies/lO0mls
Para.meter
__ Gross Alpha
__ Gross Beta
RADIOCHEMISTRY
Result6 PCi/ 1
Date Reported,--:-;-;;------------,==-----
t)ll)A ; Cl 03 0 Ir'."'-" 'PCB J
Dare Analy-..ed/J. ·/</·YI O J..> P,:9·1'fYp
gk)... pr .
L,h Nnrnher .. .. ...... _ . ./.~3.::: .. ?J.f_ .. :1tur_
,' .. •• :. C. Dcpart:ncnt ofHum;rn Resources
l(vilio:-i of'Hcalth .. Scrvice.,; · SAMPLE ANALYSES REQUEST
Rl:C"s''. Lab . • f · tat~ oratory o Publ_ic ;_
· \ P. 0. Box•
-i,c Number
·. ,amc of Site . ·b?ne Sh,;.pher-d
::Ollcc:cd By -q-.:)j, c Hoe, So "-l
·ypc of Sample(/
F'2--,(2,'n
ID# 37
Environment.al Concentrate
De. . 306 N. Wilmington-
"C 4 •~ 19 ··) R.Jeigh,
• 1/5"! BB ~-. .
g_omments
;::{!,u/J £ 'i,. Groundwater (1)
___ Surface Water (2)
__ Soil (3)
__ Solid (5)
___ Liquid (6)
__ Sludge (7)
__ Other (8)'
SUPERFUND l(HILL w,; L
___ Other ( 4)
Extractable,
Para.meter
__ Arsenic
__ Barium
__ Cadmium
__ Chromium
__ Lead
__ Mercury
___ $~k,niuffi_ ..
__ ,Silver
Parameter
__ P& T:GC/MS
__ .Acid:B/N Ext.
_TOX
Parameter
Results mg/1
Results mg/1
MICROBIOLOGY
' __ (MF) Coliform Colonies/l00mls
: __ (~{PN) Coliform Colonies/l00mls
INORGANIC CHEMISTRY
Parameter
~Arsenic
~Barium
~Cadmium
__ Chloride
_)£.chromium
__ .Copper
__ Fluoride
__ Iron
LI.cad
__ Manganese
_)!::._Mercury
__ Nitrate.
-1::...Sdcnium
Results mg/1
<c>. I
<o-6 1
<0.0002-
ORGANIC CHEMISTRY
Parameter
_EDB
__ PCB's
__ Petroleum
_. _Endrin
__ Lindane
Results mg/ 1
Para.meter
__ Gross Alpha
__ Gross Beta
Total
Parameter
..,k_snver
__ Sulfates
__ Zinc
_Ph
__ Conductivity
_ms
_TOC
Parameter
--Mechoxychlor
__ Toxaphene
_2,4-D
__ 2,4,5-TP (silvex)
RADIOCHEMISTRY
Results mg
Reaulu m
Results PCi/1
I 2---J z -&r
::)arc Received ---------,---'--------Date Reported --'---------------
l),:c Extracted ______________ ~---Date Analy-.ed ---....,.,-,,-,=.--:-:=-::---:c--=:-----
0 1 ·, .-, ' ' .~-... ;·L· 2 88 t'-~'---'+ 'i :.'
, .
Che.in of Cus-.:g.Q...-Reco:-C
% H2z2rdous h1.:.ste P..c.te::-i21s .;,,, f'
i. t ... ~ _ (). SUPERFUND c.; Genera::or __ lransporte~S BRAl'<lr,H ,'(Iceat:ment Facil::.~
__ Storage Facility __ Disposal ?~~'r:andfill
.-X_Other: 6-~11e. &he..p /-e,-d far/Y"
'
Collec::or.'s Name a.,...__ /...Jd. f...._.. Tele_phone(o/t9) ~S3'-'ltC/ --,u.p--=--=='---~"-s-':i-'-gn-=-'-a-t'Jf-r""'e~------
Da te Sampled -~l> ,Ve,v c;r3·· .. :· ·, ·. '· Ti.me S2mpled /43t> ---=-~-'-"--=-~~-=---------------'-'=-=--------
. Field I::ifornation
I I / zo -24-e.eif
a.rca.
Fiud Sample No. ___ _
C"nz.in
c: P=ess~n~rvt L ft<lo~t 1-~ sign•=), 3DUw3't-/2:)EC fn'
inclusive dates
2. Ch~ t!__aU-~ ti;::ftd /~-/-gp'
signature inclusive dates
3.
signature tit:le inclusive_ dates
~es~~:s reported
signat.ure d2te
Insr::-uctions: Complete 211 2pplic2ble infor-:::c:io~ incluCing signatures, and
submit \..~ith ·.analysis reques;: fo:-:::s.
SOLID AND p_c-2,J<jillOUS
•• ceivt :o~
--.:_--
Tne s2wples described belov vere collected in connection ~ith ~he 2d.:::i=ist:-2tiotlJ ·
enfo~ce.=ient, and documentation of the:
( ) North Carolina Hazardous· l,'aste Hanagenent Rules, 10 NCAC lOF
() North Carolina Solid Waste Management Rules, 10 NCAC lOG
('/-) Cmnprehensive ·•Environmental Response, Compensation and Liabili t:y Act: ( CERC"LA)
• . \ . ' l ~. ,
() Toxic Substances Control Act (TSCA). 15 U.S.C. §2601, ~~-, specifically
Section, 11 of TSCA, 15 U.S .C. § 2610, . ,
/J' t!.H.O LSO N
Name
,{JC Z>ePr t:>F 1-f<-'TVJA-A.) , k:e~ooR.Ce-S
.,ve, s;~~A..iD ~cil · R> · .u>11 12H.
Inspector's Address 6 9 "f; -G "l--5"0
. ' SL¾?LE COLLECTED SAMPLE TYPE
N1.P.13ER DATE TTME WATER SOIL
,7D JJbV '7f l'f'18 /43~ X
'
I
Receipt for the sample(s) described.
·s hereby acknowledged:
.___
OIBER
I
I
AIC Z 'ir r 3 I
Fi= Address
DUPLICATE SA.l1PLES I SkPLE LOCATION
OFFEREDIACCEPTED REJECTED! ON sru· OFF-SITE
..
)( I X' I X
I I
I I .
I
I
I
Receipt/rejection of duplic2te cir split
samples is· hereby 2ckno.:ledged·:
81¼ . f!u1£ rfl dl
Sigr.c. ~u:-e of Firm 0-..rner, Ope:-2tor, Or Agent
Tit.le
CO:c'.:S!,TS, _________________________________________ _
:. C. Dc;ia,cmcnt cl Human Resources
li\'isio:1 of Health Services •• .. State Laboratory of Public He,
P. 0. Box 281
306 N. Wilmington Sr
Raleigh, 27
SAMPLE ANALYSES REQUEST
,ice Number _________________ Field Sample Numb~r __ 4~/_.6"'-'Z...""---::--------
C;;?#?T &ttr t¼?cK" t<Jc ,,me of Site -?:~ne Sh,;:.pher-d
:Ollcc:ed By ~q::AJ, (Hot., 5 o '\l
·':';x of S,mplcu
F~
1D# 31
Environment.al
X Groundwater ( 1)
___ Surface Water (2)
__ Soil (3)
___ Other (4)
Concentrate
__ Solid (5)
___ Liquid (6)
__ Sludge (7)
__ Other (8)
Comments
INORGANIC CHEMISTRY
Extractablcs
Parameter
__ Arsenic
__ Barium
__ C,dmium
__ Chromium
__ Lead
__ Mercury
---~rfr.0iu_D1_ ._
__ ,Silver
Paran1etcr
__ P& T:GC/MS
L Acid:B/N Ext.
__ TOX
Results mg/1
Remits mg/1
Parameter
__ Arsenic
__ Barium
__ Cadmium
__ Chloride
__ Chromium
__ Copper
__ Fluoride
__Iron
__ Lead
__ Manganese
__ Mercury
__ Nitrate,
__ Selenium
Results mg/1
Total
Parameter
__ Silver
__ Sulfates
__ Zinc
__ Ph
__ Conductivity
_ms
_Toe
ORGANIC CHEMISTRY
Parameter
_£DB
..lLPCB's
__ Petroleum
Results mg/1 Parameter
__ Methoxychlor
...:,<::...i.Oc.,,,.,,Oc.,O"-='OJ.l_~~pm... __ Toxaphene
-----·~-__ 2,4-D
Results mg/:
Results mg/
__ Endrin __ 2,4,5-TP (silvex) _____ _
______ · _______ __Lindane
MICROBIOLOGY RADIOCHEJ:vUSTRY
Par-arnctcr
__ ().ff) Coliform Colonics/l00mls
__ (MPN) Coliform Colonies/l00mls
c>ate Received ·1;)-\-?~ ::nur:
;J,:c Excractc~N/A l?·Dd,-::?:? /,,I:). /If!,@./
PCB iJ--·7-S'6 VP, f'L.J', LG
Parameter
__ Gross Alpha
__ Gross Beta
Results PCi/1
:, C. Dc;~~~rrncrn·o(Human Resources
i;\'i~io;, or Health Service...,
• SUPER;.:UND L_"R_Al"JC~.
, -• 1,,./,r.-o'.!!.-:~,.; ·• L10. 1 L"),:;:1:r:.,J ;c,1 RO-A' •
SAMPLE ANALYSES REQUEST
State Laboratory of Public He
P. 0. Box 28
306 N. Wilmington S1
Raleigh, 27
-i~c Number -----------------Field Sample Number __ 4~/~6~3~---=--------
Site Lo=ion Gr??T Fi...ttr ttbc..K' ,Uc
~~~~~t:J'...!:t/'....._,__I .1.1.JL"l.!cc__ Time f 43t>
,ac,,c of Site .({(.-ne Sh~her-d
:Oi!c:c,ed Ely : ·y;;::)J, CH<> t,f, o "'
·y;x o( Samplcu
Ft9£c0
ID# 3'1-
Environn1cntal
)(. Groundwater ( 1)
___ Surface Water (2)
__ Soil (3)
__ Other (4)
Extractablcs
Concentrate
__ Solid (5)
___ Liquid (6)
__ Sludge (7)
__ Other (8)
,:j,
INORGANICC
Parameter Results mg/1 Parameter
____ Arsenic
__ Bnrium
__ \.....1dmium
__ (;hromium
__ Lead
__ ;Vicrcury
.--...-_s.~.k-~iu__rn __ _
--· -Siivcr
__ Arsenic
__ Barium
__ Cadmium
__ Chloride
__ Chromium
__ .Copper
__ Fluoride
__Iron
__ Lead
__ Manganese
__ Mercury
__ Nitrate.
__ Selenium
Results mg/1
Total
Parameter
__ Silver
__ Sulfates
__ Zinc
_Ph
__ Conductivity __ ms
_Toe
ORGANIC CHEMISTRY
Parameter
_}LP& T:GC/MS
__ Acid:B/N Ext.
__ TOX
Remits mg/1
MICROBIOLOGY
Parameter
_EDB
LPCB's
__ Petroleum
__ Endrin
__ Lindane
Results mg/1 Parameter
__ Methoxychlor
(llo,g 1~ __ Toxaphene
-2,4-D
--2,4,5-TP (silvex)
RADIOCHEMISTRY
Resultamg/
Resulta mg,
Pararr.eter Parameter Results PCi/ 1
1--(:.ff) Coliform Colonies/l00mls
; ___ (:.lPN) Coliform Colonies/l00mls
D:Hc Rccdv~d
DJ~c Extracted
__ Gross Alpha
__ Gross Beta
BASE/NEUTRAL ANO ACID
EXTRACTABLES
~. STATE LABORATORY OF PUBLIC HEALTH ..
DIVISION OF HEALTH SERVICES, N.C. OEPARTHENT OF HUHAN RESOURCES
P.O. BOX 28047 -306 N. _WILHINGTON, ST., RALEIGH, N.C. 27611
ORGANIC CHEHICAL ANALYSIS
LAB NO FJ0.105Ll I VO :;>Q.._ ...-fi"n '?O., 'I Vo305x'
FIELD# J./-/ I •2-i.lJ/p/ Li I 5C? Li/,', 8'
TYPE ( l ! Ll l f 2.l ,::,
(i)
VO.:Jl)IAO frO;;o1. f
/j/C..--1A "Ll-t_,_-
( I l ( -r \ COIIPOUND
UNITS · un/ 1 n.il'ff'T"I _,.y, ,n/ko 1 r..~11);,~ -~-..,,·"'"/kn) ;::;;/1 l<.,a&a l,mt'lr,,n/kn)
N-ni trosodimethvlami ne ,n / :,-:,,. i.).. ,, t,,L IL ,.
bis(2-chloroethvllether
2-ch lo"""heno 1
ohenol
.,_l...:4:,::-d=ic:,h.,_,le,o:,.:robe="-'n!czee,n,ee ____ l--1---1---+--l---+--+--+--+,c-', y;· · _ Cl If,-, I'-
1.2-dichlorobenzene ,.,. ........._,. ,,
1.3-dichlorobenzene if~
bisf2-chloroi llether ~ • '\ \
hexach l oroethane / • .~v
N-nitroso-di-n..r,rnnvlamine ~ 1----
nitrobenzene
i<nnhorone
2-nit"""henol
2.4-dimethvlohenol
bis!2-chloroethoxvlmethane
2.4-dichloroohenol
1.2 4-trichlorobenzene
nanhthalene
hexachlorobutadiene
4-chloro-m-cresol
hexach lorocvc Jnn,,ntadi ene
2 4 6-trichlo"""henol
2-chloronanhthalene
acenanhthvlene
dimethvl ohthalate
2.6-dinitrotoluene
acen>nhthene
2. 4-di ni troohenol
2 4-dinitrotoluene
4-n i trooheno l
fluorene
4-ch loroohenvl ohenvl ether
~iethvl ohthalate
4,6-dinitro-<>-cresol
diohenvlamine
azobenzene
4-braooohenvl ohenvl ether
hexachlorobenzene
=ntach lornnhenol
ohenanthrene
anthracene
dibutvl ohthalate
fluoranthene
J -Estimated value.
m"DL
H,_o/.sotL-
-.J/
K -Actual value is known to be less than value given.
L -Actual value is known to be greater than value given.
U -Material was analyzed for but not detected. The nutt>er
NA -Not analyzed.
is the Hininun Detection Limit. m"])L ---
1/ -Tentative identification.
~I -On NROC List of Priority Pollutants.
N.C. V~v-0.,~on 06 Hea.l.th SVtv~cv.,
IJ/1S 3068-0 (4/86 La.bo1ta.,l:01t1J)
-
i \
l
µ_
. BASE/NEUTRAL AND ACID
EXTRACT ABLES
aJMPOOND
nvrene
benzidine
butyl benzvl ohthalate
benz{a)anthracene
chrvsene
3.3-dichlorobenzidine
bis{2-ethvlhexvllohthalate
di-n-octyl ohthalate
benzo(b) fluoranthene
benzo{kl fluoranthene
ben zo (a\ nvrene
i ndeno ( 1 2. 3-<:dl nvrene
dibenzo(a,h)anthracene
benzo(n h. il=rvlene
aniline
benzoic add
benzvl alcohol
4-<:h loroani 1 i ne
dibenzofuran
2-irethvln>nnthalene
2-irethvlohenol
4-<rethvlohenol
2-nitroani 1 ine
3-n i troan i 1 i ne
4-nitroani 1 ine
2 4.5-trichlo~henol
•• STATE LABORATORY OF PUBLIC HEALTH
DIVISION OF HEALTH SERVICES, N.C. DEPARTMENT OF HUMAN RESOURCES
P.O. BOX 28041 -306 N. WILMINGTON, ST., RALEIGH, N.C. 21611
ORGANIC CHEMICAL ANALYSIS
LAB NO 'ii'O :.'05L/ )?03o~,:; Y03a.,--/ ~o?o,;~
FIELD# 4/1•2.. ,J It,,/ ,J/5'1 ,1,,c;q
TYPE I i \ I 7:{ \ { Z.) ( ·-1 )
UNITS oon/f\ .. n/ka ·· ' -/ko /u a/ 1.Allll.l:rl -·• ,,,,.. /kn-,
10/?30 l,L ' ; , (,,<_.
<;n/Jt.50 , -. .. -r, I '.;::,-
/0/::,::,0 ,/4.~ ;:_\,JLI Ir/}' ,, ,:;,-1,{i:'4,; ·----" , I I'. . -'&Y
S"()//t,f:'" ff, ~ ~
l()/330 ·m~~ Mn
10/.s.:lo I.,.. .... ,..,_ ,
so7i1& ' "l1,..
.. -· a, 1m:RC• , ... n
,"m. !IRAN• H :., x(-~ .. ._,A '.,, -. -·
\ ' / ,7 ' ,, ,,
<"(), " (.,L IA • /A..-
I
.I,
,,.1220
~', s-0 t,, .. c0
,, ' / ',,, '/ '"I/
m1H ..
J -Estimated value. H:z.0/ SOIL-
K -Actual value is known to be less than value given.
;;T1J;;:ot,1J
L/1.5,.
I I )
/t,nf 1 """'"" -, '
' '\. .. \ \
) \ -al ,,.;;;/ -~,
V
,/
IJL
' ,
L -Actual value is known to be greater than value given.
U -Material was analyzed for but not detected. The nurt>cr is the Minirrun Detection Limit.
NA -Not analyzed.
1/ -Tentative identification.
~I -On NROC List of Priority Pollutants.
N. C. V.i.v-u,.i.ott 06 fiwU/i SVtv.i.ce◊
VHS 3068-0 (4/86 Labo~a..to~y)
fi'II ~ni, I
LI,~-,:;
{ ·1
/kn'\ u __
' /
IA
' .,,
BASE/NEUTRAL ANO ACID
EXTRACTABLES
COIIPOUND
N-nitrosodiirethvlamine
bis(2-chloroethvllether
2-chlornnhenol
ohenol
1 3-<lichlorobenzene
1.4-<lichlorobenzene
1 2-<lichlorobenzene
bis(2-chloroi llether
hexachloroethane
~ . • . .. STATE LABORATORY OF PUBLIC HEALTH DIVISION OF HEALTH SERVICES, N.C. OEPARHIENT OF HUHAN RESOURCES
P.O. BOX 28047 -306 N. _WILMINGTON, ST., RALEIGH, N.C. 27611
ORGANIC CHEMICAL ANALYSIS
LAB NO «o -,A/.z_ 1:UJ :)O{, -;;i
FIELD# , L I c" iJ. Li153
TYPE 'r-:.-1· ( ·,1 ( l ( ) ( )
UNITS C -/kci /kn'I ,on/ 1 ,.n/kQ ua/1 ua/kQ uo/1 .. n/ka
Jn/ ' •
~
,;· • ·.r u,-·ll"'-. ,·~,----"' u~~ \
It·--,_ 3
f •. ar~ " I c...· IVO;:,' -(£ '
N-nitroso-<li -n~~vlamine
~~~ '
'1.'11P:S-3l~' rfa ••.GE~ t-' ,'
ni trobenzene
i~nr,,horone
2-nitroohenol
2 4-<liirethvlohenol
bis(2-chloroethoxvlirethane
2.4-<lich loroohenol
1,2,4-trichlorobenzene
nanhthalene
hexachlorobutadiene
4-chloro-m-cresol
hexachlorocvclooentadiene
2.4.6-trichloroohenol
2-chloronaohthalene
acenanhthvlene
diirethvl ohthalate
2,6-<linitrotoluene
acenanhthene
2 4-<linitrnnhenol
2.4-<linitrotoluene
4-nitrnnhenol
fluorene
4-chlornnhenvlohenvlether
diethyl ohthalate
4 6-<linitro-o-<:resol
diohenvlamine
azobenzene
4-brarophenvlohenvlether
llexachlorobenzene
~ntachlor~henol
ohenanthrene
anthracene
dibutvl ohthalate
fl uoranthene
J -Estimated value.
SQ/H-"O
Ito "'"O
..-01 ,_i::o
10/ ~30
. ,
lso ,,,_,.,.
..i, ,,, ':,=>o
/11/ ?.,n
'11-:ro SO/
//1 / '1.~t>
~
m"])L
H,.o/.s o IL-
" ,,
K -Actual value is known to ·be less than value given.
'
L -Actual value is known to be greater than value given.
,
u -l'\aterial was analyzed for but not detected. The nuroer
NA -Not analyzed.
1/ -Tentative identification. :?.I -On NROC List of Priority Pollutants.
N. C. D-<.v,<,..6-<.0n 06 HectUh SVI.v-<.c.V..
D11S 3068-0 14/86 La.ba1ta,ta1ty)
\\~ ··A;'
_:_.,~~
is the llininun Detection Limit. m'JJL ----
( l
.. n/ 1 ,.n/ko
BASE/NEUTRAL ANO ACID
EXTRACT ABLES
COMPOONO
•• •• STATE LABOAATORY Of PUBLIC HEALTH
DIVISION Of HEALTH SERVICES, N.C. OEPAATMENT Of HUMN RESOURCES
P.O. BOX 28041 -306 N. WILMINGTON, ST., RALEIGH, N.C. 27611
ORGANIC OlEMICAL ANALYSIS
LAB NO ~-:::c&Z.. ~fl ;;v,,,., ':/
FIELD # ;jj -',l/-Lit.:;'<
TYPE ( ,? ) ( ) ( . ) ( l ( )
UNITS /kJ ,w,.,_,,' uo/ko) .. n/1 .. n/ko .. n/1 .. n/kn ··~/1 .. n/ko
nvrene Joh,,,,, ~c '
benzidine ,.-"/, i,.<o
butvl benzvl ohthalate JOI. 1:,0
benzfa)anthracene
chrvsene . "
3 3--<lichlorobenzidine so ,, r.
bis(2-<!thvlhexvllnhthalate Yo/ '30
di-n-octvl ohthalate IO/.s.~O
benzofblfluoranthene so /,L,.<",:
benzo(k)fluoranthene
benzo(a}nvrene
indeno( 1. 2 .3-cd1•vrene
dibenzo(a.hlanthracene
benzotn h i'=rvlene . ,. -, . ,
.
aniline 1...-~--,-:. er 0-jJ
benzoic acid
benzvl alcohol -:-,;
4-chloroaniline ·-/~::10
dibenzofuran
2--<rethvJn.,nhthalene
2--<rethvl oheno 1
4--<rethvlohenol ,l,
2-nitroani line !,O ~
3-ni troani 1 ine
4-nitroaniline
2 4 5-trichlo~henol ,, ', . ,
mn1-
J -Estim,ted value. H ... ol.so11....
to be less than value given. K -Actual value is known
l -Actual value is known
U -Katerial was analyzed
NA -Not analyzed.
to be greater than value given.
for but not detected. The nurber
1/ -Tentative icJentification.
~/ -On NROC List of Priority Pollutants.
N.C. D-i.v.u..-i.on on lleaU/i SVtv-<'-'-l'/2
VHS 3068-0 {4/86 LaboJtMo~y)
~" ' X,j."¥5iJ> -\. . , l~V "\ . ' ,:~1 ! . ;
Ui rcB ~-··--
..., I
, l -U.-. ..
' ~ ND ,.
is the MiniITUTI Detection Limit.
( l
.. n/ 1 un/ko
P\JRGEABLE WiPOUNOS
OJMPOONO
chlororethane
brororethane
dichlorodifluororethane
vinvl chloride
chloroethane
""thvlene chloride
.,_
STAIE LAOOMTORY OF f'U □LIC ,!,_
O!V!SlON OF HEALTH SERVICES, N.C. 0£f'Mlt<cNl Of IIUMN RESOORCES
P.O. BOX 28047 -306 H. IJ[LM!NGTO!i, ST., RALEIGH, N.C. 21611
ORGANIC CHEMICAL NIALYSIS.
LAB NO '8'o3oto;::;,_ $?Q:::VVn-'
FIELD I .1./--J',-'-+-</-15"'
TYPE ( .3 l ( 7) ( ). ( }
UNITS uo/1 6o7lro uQ/ 1 l;Q/ko1 uQ/1 uo/ko .. n/1 uo/ko
~~,,~, 0 , I I.J
,-I, /-r,-.c 111,
(· ~ c:.. (..; -l C.. / '\\_~V"-' 'Ii.
lL I. ,,~
I I~: r
• I ,J/ i ¥Pit
( l
uo/1 HO/kQ
'.~ u " \
\
' I
trichlorofluororethane [.f. I!--r+,\:-, ... ~ FFR .,.., 10 ·-o .:: I
ethene 1. 1--<lich loro I 1 l , \('.),\
ethane. 1.1--dichloro-\\,a,' ll,.
1 2-trans--dichloroethene \ \:C: ;JlUPel'ii•U
chloroform '--."i i~ ..... S,...-,M-.i\,,,t
ethane. 1 2--dich Toro-~M1AliJAG'
ethane. 1 1. 1 trlchloro-J-rnn •
carbontetrachloride . "
I I
brorodichlororethane
orooane. 1 2--dichloro-
1. 3-trans--dichlo
trichloroethvlene
chlorodibrcnonethane
benzene
ethane 1 1 2-trichloro-
1 3-cis--dichlo ne
2--chloroethvl vinvl ether . '
brot0form
ethane. l 1 2 2-tetrach1oro-"'
,
ethene. tetrachloro-' .. '
toluene .J...---/"}__. '-;,,:_i
ch 1 orobenzene I J '' ethvlbenzene / ..J, "'
acetone !S""ah'i LL-LL
2--butanone
corbondisulfide
2~exanone
4-<rethvl-2~ntanone
stvrene
vinvl acetate
xvlene.s l-Mi,1) ,/ I \ '
•• ,.. .c.,...
~-n
J -Estimated value.
K -Actual value is known to be less than value given.
L -Actual value· is known to be greater than value given.
U -liaterial was analyzed for but not detecte<l. The ntntx,r is the 11inill'U11 Detection Limit.
HA -Not analyzed.
1/ -Tentative identification.
lt -Oo HROC List of Priority Pollutants.
c. -Po"; bl~ lab eonta rn i nati'o n -
N.C. Division of Health Services
DHS 3068--0 (4/86 Laboratory)
~~
.(.JJ
IIJ .1 'S'l
. .r.~/
1/
( l
.. n/1 ""/kQ
PURGEAOLE COMPO:JNDS
altlPOUHO
chloro:rethane
brororethane
dichlorodifluoro:rethane
vinvl chloride
.. .. STATE LABORATORY Of f'UOL!C H~
DIVISION Of HEALTH SERVICES, H.C. 0Ef'AAI11ENT Of fll.J/1/\N RESOURCES
P.O. BOX 28047 -306 H. li!LM!NGION. SI., RALE!Ol, N.C. 21611
ORGANIC OlE111CAL ANALYSIS .
LAB NO vr, ,,.,..,,,..~ )( Q3o ,,_.., , 'iJO...,
FIELD I '4-//n--'l 4,/ lo I 1111-T) J./.f",H
TYPE ( I l ( J l I .;2. l ( 3 l
UNITS M/lluo/kq ,_,o/I uQ/kol tl-lo/I ,.,n/ko uo/1 r,';n/ko'
.1'.""'1-1, V u__. I J IA .
' ,
(. l (l.
. J
• >10 ,7,() (p I
<-II"-'/ </-1. "'"' ( I l (..3 l
ruo/1~ .. n/kq un/1 A.n/kq)
1-1 I
,l/
r..i: c..
I A
chloroethane J, .........
rrethvlene chloride
trichlorofluororethane
ethene. l 1-<li ch loro
ethane. 1. 1-<lichloro-
1.2-trans-<lichloroethene
chloroform
ethane, 1.2-<lichloro-
ethane l 1 1-trlchloro-
carbontetrachloride .
brorodich loro:rethane
n=ane 1.2-<lichloro-
1.3-trans-<lichlo ,/
trichloroethvlene +rnnn
chlorodibrororethane J'
benzene
ethane, I. 1.2-trichloro-
1.3-cis-<lichlo ne
2-chloroethvl vinvl ether
broroform
ethane, 1.l.2.2-tetrach1oro-' /
ethene. tetrachloro-. . . .. .... IC .-:a.
toluene
chlorobenzene
ethvlbenzene ' . /
acetone JJ --., 0 u...... I
2-butanone
carbondisulfide
2-hexanone
4-<rethvl-2..,,,.ntanone
stvrene
vinvl acetate
xvlenes f!imil) ,/ ' ' I
.
U1'LC.r
I.Lo
J -Estimated value.
K -Actual value is kl)Ql,lf'I to be less than value given.
L -Actual value· is known to be greater than value given.
U -Material was analyzed for but not detecte<l. The nunt>er
HA -Hot analyzed.
1/ -Tentative identification. It -On H~OC List of Priority Pollutants.
C. • i'o$, bk.. I o.b cotrl'am; na:1-,.,",
N.C. Division of Health Services
Di!S 3068--0 (~/86 Laboratory)
(+1a. , ... U\-\ ti v, /) .........
I , /,;.1 ...... .,. -I' \ ,._,.__ ·-/JJ!:1 'T ........... \
' ,,I/ff \. \
'.:"W ,,,.,, ... -r \
' ,. 'O\ ... _ .. " ,,. : :1
+rc1-c..t.-\~1 f 'I
--1-n,.r • \-,di.· ... , ... ,.v
11 ,.,_ •. BRA Ml"u· . , ... "3/
. '~·1111 ... . -· -~'7
~ --~ -
.. ·, / .
In I l .
11 ~, ' ,I/ '
I /j I , JJ
' /
+r-"' n .!/ ' / / • I
is the Mini1TYJ11 Detection Limit.
I . --------------------------, · S1011 OF !iEJ..LE S:C:?.\'lC:C:S.
SOLID • ..Z.ARDOUS \,'ASTE c'J-J;;._GE:"1:-:-:,R_c ,CB
Chain of
H2z2rdous \./2ste
~ Loe a tic;i of Sa.npling: Gener2 tor •t sporter L_Tre2tment Fa cil::. ~
__ Storage Facility \, · «':>•1~?:-"c':ilili±ty ,!;~-. Landfill ---\.'½ .=ali"A1ict"4·-~;.---, ,. · ·· _ -1L_Other: C:.ene 6Ae-pis:cd'.f!~rtv:" -r~-t~,, · --~ COlllpany's NameH.mr<!: /!):r Sa,/,/-i Ile.fl,, ff,,L... Telephone(ro1) '9Z-t{,ffo -
Address ~ 12.-1-I (J_,,., ../4 -'· Fla..f 'f?pc. f.. NC.. ?,'i~'$/
\ ; . Time Sampled /4/30 ---''---'-.a-;;;-------
•,' .. '
.~ .. ,,~. \.'-,.~r,, Type of Process Generating Waste &,r,.,.;;.;.; a-el A,rq,-""1 d.p v,._l(,.,,..,u, :,.,.J!&&-,a/u,a&/r::.
Field lnfonnation
I I / 20 -2, '1-~e.. '=t'
0itld Sample No.
signature
signature
i.es-.:: ::s reported
signature
title
titie
3DU:rv31'-/}>EC n'
inclusive dates
inclusive dates
,.inclusive_ dates
d2te
[nst~uctions: Complete all applicable info~ctio~ incluCing signatures, and submit. \..~tth ·.2n2lysis reques.: fo~s.
SOLID AND lL!..1.A.RJ)OUS \.lAST:: ~~J~i1.GE:fENT B?J.J~CF:i
Receiot fo7 S2~Dles
...:::-e samples described belov vere collected in connection with the ad.::inistration, .:o~ce:nent, and documentation of the:
) North Carolina Hazardous '1,'aste lfanagement Rules, 10 NCAC lOF
) North Carolina Solid Waste Management Rules, 10 NCAC lOG
~) Comprehensive:rinvironmental Response, Compensation and Liabilit:y Act: . ' '' ., , .. ·• '• ) Toxic Substances Control Act (TSCA). 15 U .. S.C.
Section 11 of TSCA, 15.U.S.C. !l 2610. .. s2601, !E. ~-, spe~ifically
. ;, . ! '::• -: l. • '
,{JC . z:> cf» r t:> F ff <->T>'1 A--A.J .. Z.-:so,pr,a C ES ·. , . .;,;, .
.ii~ Su~~A.f!:> ~~C# ·•/b\B~ i.u>1} /~;,~h,~~/ LSpector:' s ,Name . \ \' ~ '\ Inspector 1 s Address , ., :-,_> 6 9 i .:..t:,, "'f,SCO
R.+I 'B1>x 44 Ft~+ f.k.ls :Ve z 'll" 'i 31 Iile of Firm Fi= Address · "i?e TTY Ht'-'--... as .S . = H . /J . . . : J ,• .·• • .l. &-" · li '-Do N"::-· ·..:...~_. -:':--;-':-I '--=L--'-· '_' __ ·_·· _'. ---,·. ~• ~t,<..,~N.ufi:"'-. =~"'-------:----'-----'----= Oc,ner, Op<ei·a ::er, or Agent Title
j .....
• • , .: • 1
L'1?LE COLLECTED .. SAMPLE TYPE
U!-IBER DATE TI.ME WATER SOIL
7)
_71) A)bV
"171f /-1~& X
:·'
I
ceipt for the sample(s) described.
~s hereby acknowledged:
OTIIBR
I
I ..
DUPLICATE SA..11PLES SA.l1PLE LOCATION
"OFFEREDIACCEPTED REJECTEDj ON-SITE OFF-SITE ..
)( I )( X
I
I ;
I . •.
I
.
I
Receipt/rejection of duplicate or split
samples is· hereby 2ckno,:ledged·:
/11~ . f!u1t; rf/ :dl .
-
,A= C 11/;£./_ (ure of Inspector Z
1 Yeo/477,;f
Sigr.a.:u:o~ of Firm_ Owner, Ope:-ato_r, or-Agent
62.w...,,g
Title
_ssrs. ______________________________________ _
•
·-Receipt foe S=:oles •• ~~---Tne s2w?les described belo~ ~ere collected in connection ~ith ~he ad.::.inistration,
en:orce.::ient, and documentation of the:
( )
( )
.
'! ' North Ca:rolina Hazardous Wa,;'te Hanagecient Rules, 10 NCAC lOF
' ~·. ..,. .r.".".~-,.:.,, ... · :.;·/
No:-th Ca:-ol:i,1;1."' ,•S.o.l_(d'j.\./a,ste "Management Rules, 10 NCAC lOG
'~ -3-., ... ,.' .t. ... . ,,,.:; fy_ ~.~:JS:,~ .... ..
Comprehensive Environmental Response, Compensation and Liability Act (CERCi.A)
( ) Toxic Subs.ranees Control Ac•~ · (TSCA/ 15 U _ S .C. ·s2601, et sea. , specifically
•, •. ,.1.. -~ •
Section 11.of TSCA, 15 U.S.C. § 2610; · ... _,:_:,._· ~:-' " --~ · •. ,, .. •·
A.JC-l>~Pr, oF H..,,...,.....,._, ~ou.a.~s. .. ·
-... ·. · · "· ' '.· · • .. · '' : ·' · , .. · ,,, Z'l6DZ-2d?/
Inspector's .Name,
Ne. <_;,,,oe-,u:,..,,.,1> t5eA7vC.W ?.r> F..,.,.. ;2()9/ /2A,i.e:,6,-, u
/00
.
SL'1?LE .. ' COLLECTED SAMPLE TYPE
NU:-!3ER DATE TL'lE WATER SOIL OTHER .. ....... .
~(>,-..v./ ? /~35 X , 'irs"t
f::,
]c,,-.,OV
l'i'iS'li 13:51 X I
7-7<>/'JOl) s~, .. 4 l"l'i"i> 13-S,3,
•
Receipt
above ·
' . . ..
. .
for the sample(s) described.
ereby ackno~ledged:
~C ;lJid,...
Signa~e of Inspector
-· -{d(o/071s-f
lJ.~l.e
I
_; '
~_n.spector '.s A_ddre~s
Fin: Address
" '. • )> . .·,) . , .
DUPLICATE SA.11PLES SA.'1?LE LOCATION
. O?_FEREPI ACCEPTED RFc-JECTED_ ,_\)N-SITE. .OFF-SITE·
..
>'
)(
X
I X 'X
I 'f ,><
I X: ><
I
I
I. . .
I
Receipt/re_jection of duplicate_ cir split
samples is hereby ackno~ledged:
Sigh~tu:-e of Firn CX-ner, Ope~ato", or Agent
CO:'.'-'.:c:!,TS ___________________________________________ _
£IV£ --SOLID
DIVISION 0? :::c:..!-lE S:C:?,VIC::S
•• RDOUS ''/ s--v, ,. , r~·-..... ' ..., '. 1:_ .:..r...!~r.u:.......:.....,.:
Che.in of
H2z2rdous ~2st.e P..c.t.e~i2ls 1989 ~
,:' -<fl>"
suPERFUN Loc2tic:.i of Sanpling: Generator F2cil:.:
__ Storage Facility Disposal: __ andfill
2-_0ther: a~ St..¥Ju_,,,_ ..P lit_,.,,,,.,
Co;npany' s Name ;:5,o,e,-,v~ /f,1e;6)() k pj~f:) Telephone( ___ .) _______ _
Ad.dress . /" O S,0112,,c,,~ t(,,w~-· Z>,,a.,;.; · -/i,,,-r i2~t:.;, Ne. 2~9-s I
Collector's Name•·· . ~ c"·d,..J~• /~ .c Teleyho-::ie(o/19) r'3Y-Z'i/()/ --7'-H-'-"'-"-'-~'-s-i-'gna=_-t~u'-r'-e-,l,___~---
Da i:e · Sampled 3.!' ,U&V 'if<"/
Field Infon:nation
Fie.ld Sample No. ----
Che.in ssession:
1.
2.
3.
signature
Res~:~s reported
' Time Sampled /~J'S -Ii, l'ii'S-3
.. .•
tit.le
' •
7a 1,/&v -gg-{l)€Cl£J
inclusive dates
inclusive dates
inclusive dates
d2.te
Inst7'.)Ct.ions: Complete 2..11 2pplic2ble info~c::.io:-. inciuC.ing sign2t.ures, and subrr.it. \...~ir.h ·.2n2lysis request fo:-:::s.
· -· Receiut foe , ~~---Tne sam?les described belo~ ~ere collected in connection ~ith ~he ad::inist~ation,
e~force.:I1ent, and documentation of the:
( ) North Carolina Hazardous \faste Management Rules, 10 NCAC lOF
( ) North Carolina Solid Waste Management Rules, 10 NCAC lOG
(X) Comprehensive Environmental Response, Compensation and Liability Act (CERC'.i..A)
( ) ' • ,\., ··~ •• .. • t" .:., :· ;,. Toxic Substances Control Act (TSCA). 15 U.S.C. ... ~ .. . .
§2601, ~ ~-, specifically
Sect1on JLof .1'.SCA, 15 .U.S.C. § 2610 .. , -~ . . . . .. .
6120V€/2
• ~ 4 .. ,..· . .-...
,c_noL-:i oiJ
,, N~, .. ~<=;T. i>r Mt/~//7"1 ~~()cJe.:9 . Z~?-207 (
· ~ ~vllieFu»:i> ~ Pl) 8Dt o"'J l?Al€16ff IVC
Inspector.' s
Ne.we of Finn : , .
--SL¾?LE · COLLECTED SAMPLE TYPE
Nl.P.13:C:R DATE TIHE WATER SOIL
.
1, µ,J \ !,LJ) flt,( I lf'i<'/ 121.0 X
2-
Jpp,V
1'1'1-0 17.Ao ?<
3 Jo ,wv·
,41ffl' ~ ll'.£1 y...
. . ' . , ... .. ' .. , .
'
. . . -
Receipt for the sample(s) described.
above is hereby acknowledged:
OTHER
Fi= Address
DUPLICATE SA..'ll'LES I S1'ELE LOCl,TION
OFFi:.REDtACCEPTED REJECTED! oN-sin· OFF-SITE
..
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Receipt/ re_j ection
s£les is hereby
X
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of duplicate or split
· cknO",·ledg ·
-
Signe<j:7 foq,j}dJf-Sig .. ,ure of or Agent
Ti:le Title
CO:"'.:::'.,TS ___________________________________________ _
SOLID
C:12.in of Cus'::9-Cv Reco:-C
Loce t "i.c:-i of S2.wpl1-ng: Generat.or
Ccr.npany' s Name t?r•pu·/./ 0 ./' £,.,qe,ie. · :S/u,.,pl..~,.J. Telephone( 7D1-) 69Z-l39j
Ac:ldress •Btrl z.55' {iz.,,,.;.. /4'~~) . . . . . . .: f ,.,, t: -Pl.,/ ~ µe, ' .
Collec::or's Name q-,.,...,,,.._ Csi~---:!;e~/~--
Date S2mpled 7o ',ti~ /3/1</ ' ·,
. Field I.:iformation
FiE..ld Sample No.
Co~in of Possession:
1.
2.
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... .. ~ .. ,, . (;:" ~ -... ..; .. ~
F2c:il.:.. t
' .
title inclusive dates
3.
title inclusive dates
Res~:~s reported
title
. '.
Inst:-uctions: Complete 2.11 applic2ble info.:.:.c.:.io:-. incluCing signatures> and submit \..~ith·2n2lysis request fo~s.
Cnain of Cus~9.civ Reco:rd
198-9
PERFUND
..... "
\ I
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Location of Saopling: Generator __ Transport:e BRANCft · t Fac:i.li~ Storage Facility Disposal ?aci v---..... -i:; dfill
;l. Other: ~""' 2kc.pZ:::J fa,.,.,, --"
Company's Name · L~,uvy ,/h,q. 1'11/.V ReTtl>e-aJ(.e Telephone( r()f) · 693.:_ /3~5
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Collec tor Is Name _ __,(},,qc..u:·co,· ::;:·=-· __,ea:...:,u=-,;:.,t;.::-a.=..=~..;~~h--"'=---Tel,ryhone ( ~ ) ?-?? -'Z S'O I c~ signat!'re r " ,!-,c• . Date Sampled_-"'ef..,,&::..-..£M~e>"'v"--_._'if'p'--"'-_________ Time Sampled _ _./~;'_Z_Z"------
Type of Process Gene~ating Waste f?t,~j ~ bvc1-,..,.,'7 o.f' u,,./c,.rnk:,e,-,,J1f.t,J wt.ck. .Field Information
' '•1-·· I·• • '
Fic.ld Sample No.
Chs.in of Possession:
1. C A)ni, <;2e~/4clt fe J..)(JV M-1-z>t;c 8b . signature
j inclusive dates I
cf)~__;( i I 2. /! /Ul.c;GC-
j 0--{._ ,pf!,/ signature title inclusive dates
3.
signature title ,inclusive dates
Res~~L.s reported
sign2t.ure ti~le date
\ Inst:-uc~ions·: Complete all applicable infon:.c:io:-. incluC:ing signatures, and submit "-~ith ·.analysis requesL. fo~s.
I
SOLID A},']) !L'2.ARDOUS \./ASIC: ~..;.J~AG~T B!VJ{di
:_., Receipt for Sa.:rmles
Tne sam?les described below \Jere collected ~---in c.onnection \,.,li t.h the ad;:inistra tion, enforcement, and documentation of the:
·,·· '. ( ) North Carolina . Hazardous· \./aste Management Rules, 10 NCAC lOF .
( ) North Carolina Solid Waste Management Rules, 10 NCAC lOG
('/) Comprehensive Envirorunen tal Response, Compensation and Liability Act (CERCLA)
I ,, ' ,i• ' ; ,. ( ) Toxic Substances Control Act . (TSCA). 15 u;s·.c. §2601, ~~-, specif~cally Section.11 of T~CA,. 15 u.s.c. ~ 2610. ·.•.' -· . ' ' :, '~;, '•, v.\··:-. -... •, i\ ).: 14'" :'· ' . -
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Y,z I V ,4. ...,., ...,o.;1/ 'E Po
;Xame of Firm .. . . ..
LJ4,U/Vy'. /111 fl r..'B /.A/ ' ..
\Fin:.;. Ch,,-ner, Opt::·a ~er, or Agent
-
SA.>1PLE COLLECTED '.• ~ -.. SAMPLE TYPE
! NU!IBER DATE TH!E WATER SOIL OTHER
-t1-4 7~ LJov l'JZZ... ,,, 'IN X
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J6iU::'76# ,<le. lnspector\s•Address\. ·l ...
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7 € A.JA-./JT ' ' .•• J .. " ; .. ...
Title
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_1 "L, 1:~ I .. DUPLICATE SA..l1PLES SA.'-!PLE LOCATION ·o,FEREDIACCEPTED RE.ITCTEDj . . '. ··• ·"' ON;:-?ITE ,OFF-SITE
..
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Receipt/rejection of duplicate or
samples is· hereby ackno;.•ledged·:
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split
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6:r Agent
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O~~STS ___________________________________________ _ ..
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Location of Sampling: Generator Transporter
.. , Storage Facility __ Disposal ?acility· __ Landfill·
1-_0ther: aeM-t.. &t...¥/..v.. ..P ~rn, . ..,,.. .,, . ~ / /r,e-,,~~ 'I Co:i:pany' s Name .,;;,,o,e,-,t,,& rtJH;6><1 ,~ L/,,~1-:vr / Telephone( ___ .) _______ _
Address /1>() !:;.:;,q~~~ v--~~ . ~,v.5"" 5-+r J24ic k Ne. ' .. , ,· .'·-•·~·. \ ·.•. ~~·, .. ·,, -, : •,•.···. ,~ \ ... Collector Is Name r C i,,J~. I.,.._,___ · , , s_ignature I
Date Sample'd , .. 3<2 °
0 ,i,O-V "i!<"{ . '
Tele_phone('.tt9) ?~Y-Z'/01
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T:une S2111pled 1.1/s -k /i?.S.3
Type o:: Process Gene~ating Waste &r:~fj. ,,,.,.L tJtJn.pn!J if u,,.k,,am '1M<4/,--,-J ~.
f ,'I ' Field Information
.,. t'n-14
l · Field Sample No; ·
Che.in
1.
2.
3.
----
I . • I . ., .... L
ssession: 1 I : e! , ' ,._,...,,._ I
. · signature a~wd
. . . . signature
'""'~e~
l signature
':
. ! .
._,()~<--" ~/4-r4~. --[-___ ?a M,v 'gE-IUL.[fo ~ tl.1:.!.e . ..• inclusive dates
inclusive dates
title inclusive dates
tiL-l.e
lnst~uctions: Complete all applicable infon::.atio~ inciucing signatures, and submit --•ith ·.analysis request fo::-c,s.
I
l I
!
I '
W Comprehensive Environmental Response, Compensat:ion and Liabilit:y Ac.t: (CERCLA)
( ) Toxic. Substances Control Act (TSCA).15 U.S.C. s2601, et: seo., specifically Section 11,of TSCA,.15 U.S.C. ll 2610. , , ·., ·_-,-, -, _ _,,-.-, ~. ·,_,·,,1, .. •:,;.: -.
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/00
Fin: Address
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Fino _0-.-,,er, Opei·a tor, or Agent Title
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''COLLECTEI) . ·,·\ • ..,. 'j, 1 .. .. ~.· ' 1 ·
,, S/._'f?LE SAMPLE TYPE DUPLICATE SA..l1PLES SA..l-fi'LE LOCATION NU!13ER DATE TIME WATER .?OIL OTHER . O?FEREDI ACCEPTED REJECTED jd:>N-SITE : OFF-SITE· .. ' ~ . • .,I
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: Receipt for the sample(s) described.
above ereby acknowledged:
i ~ C. ;{);:vi-"'--.. i • ----'=4-J'--'----:c--::c--....:.--------f------: Signat Inspector_
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Receipt/re_jection of duplicate_ cir split:
samples is hereby ackno~ledged:
.
Si~ur~~Firn CNner, Operator, or Agent
Ti:le
C0~'.:::?'1S ---------------------------------------1
DIVISION OF :::E . .'-..LT:: SE?.\'ICES
SOLID AfiD~OUS \<ASTE c'J.J;;._G~T
Cnain of Cus:9_ci_. Recore
Hazardous Waste P.E.terials
~ocaticn of Sa~pling: Fac:U:.:!
·••-~-•\''·' .:'-1-.L!-·:~•;:·':, •i::, ,.·.
Time Sampled lllD le /ZS-:r
rype of Process Gene~ating Waste f1t,....:i..j' ~ kr:7 if 1H<h!1trv'"'''·,-..d;;1f.n..{J~ .
'ield Information
'ic.ld Sample No .. ----
ssession:
L •
signature
signature
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-~/)'-=~•~I_P~d=~-!~f-__ · ___ ~~N$v/J>€cS~ ~ "7 tit~e ; inclusive dates
tftle.
I '
inclusive dates
' t) ,l';;k 1:r
. date,· .
\ ... , . '
Instructions,:. Complete all applicable infor.::2.:io:-. inclucing signatures, and
submit: ....,.ith ·.an2lysis request fo::-::1s.
Tne samples described below "ere colle'c.t:ed-i"ri--connect:ion '-'it:h t:he ad::inist:rat:ion, enforce.::nent, and documentation.of the:
() Nort:h Carolina Hazardous ~ast:e Management Rules, 10 NCAC lOF
( ) North Carolina Solid Waste Management Rules, 10 NCAC lOG
·(X) Comprehensive Environmental Response, Compensation and Liability Act (CERCI.A).
I I' ' 1• ( ) Toxic Subs.t:.ances Control Act''(TSCA), ·1s'b'.s:c. s2&·01·; et~-;' specifically Section._.11.:oC,TSCA, l~ .. o.s.c. ij 2610.,, ·"· ,., .. ,·,.-·''
;
G,2ove:12 Mcno~i ;~
Inspect:pr't Addri,s~_"''\-·,. .,
Qeqt Z55" E;,,~;. FLli T i4e.1c-->.IC '2'J1..i~ N2"'e of Firm . · .. -. -. · Fi= Address
£v1zgµ,-.. · 2tte1>ft~--·. ~ .. t?e.<J;l..lek.. Fir.:: 0 ... -uer, Ope~·a :er, or Agent Title
-
S1--'1PLE COLLECTED ' -SAMPLE TYPE DUPLICATE SA.l1Pl.ES I SA.'fi'LE LOCATION NU~ER DATE TL'1E WATER SOIL
14)/,v !,l,J)t¥E. I /f"l"f IZ.ZO X
2.
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3· Jt, )lrl --)'.. ,,,~ ~--
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Receipt for t:he_ sample(s) described. above is hereby 2cknowledged: (#= {' JV,.j. l-Sign.see of Inspector ' I . Cz t'0/2, 1 d . Ti~ie
OTIIBR
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OrFEREDjACCEPTED REJECTE,D ON-SITE OFF-SITE --I X y )<
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345 C:)URT:....ANC S7RE=="T. :'J.E
AIL . .\N':"A. GC::CRGiA 20365
1;·
4WD-W?B ~r,
~'tc· t..t;;
MEMORANDUM J'(l',.q ( , . . V~
~0; ~ . \.:0
DATE: ~/J (~/ ~ SUBJECT: Aggregation of General Electric Company Ligh~.9
Systems Department, East Flat Rock, North Carolina
(NCD079044426) and Shepherd Farm Site, Flat Rock, North
Carolina (NCD986170686)
FROM:
TO:
Deborah A. Vaughn-Wright
Region IV NPL Coordinator
Site File
The purpose of this memorandum is to show reasons for aggregating
the CERCLA sites General Elec-:ric Company -Lighting Systems
Department and the Sheoherd Farm Site. These sites will henceforth
be known solely a; General Electric/Shepherd Farm Site
(NCD079044426). Therefore, all past and further CERCLA actions
.undertaken at or on the above two sites will be considered as
CERCLA actions undertaken at or on General Electric/Shepherd Farm
Site.
The decision to aggregate the sites into General Electric/Shepherd
Farm Site was based on criteria set in 49 Federal Reaister 37076,
September 21, 1984. The ra~ionale for aggregating is as follows:
The two sites are located aooroximatelv 2,500-feet aoart.
(Reference #1) Section 104(d)(4) of c£RCLA authorizes the
Federal government to treat two or more noncontiguous
facilities as one on the basis of geography or their potential
threat to public health, welfare, or the environment.
The sites have the same primary responsible party.
Electric Corporation is the owner/ operator of the
Electric Company -Lighting Systems Department.
General
General
At the time of operation, The Shepherd Farm site was
owned and operated by Mr. Eugene Shepherd. The Shepherd
Farm Site was divided in 1981. Portions still belong to
Mr. Shepherd, the remainder is owned by Dr. Wayne
Dicken~on and operated as the Spring Haven Trailer Park.
(Reference 4, p. 2)
In an July 18, 1990, information request from Region IV, the
EPA asked Mr. Shepherd to identify the type ( s) of activity for
• • which areas of the site were used. (Reference Shepherd reported that his site used for to dispose Electric-Co. waste. The remainder of his property tis residence or not used. (Reference #2)
#3) Mr.
of General
was either
Also, Region IV Civil Investigator, Katherine Yost, and myself interviewed Mr. and Mrs. Shepherd on July 9, 1991, regarding disposal activities at the Shepherd Farm Site. Again, Mr. Shepherd reiterated that the only industrial client he had was the General Electric Company in East Flat Rock. Household garbage/trash was also disposed on the site. (Reference #6)
Though a complete potential responsible party search has not been .conducted for this part of the site, at this time the Agency believes General Electric to be the primary generator of the wastes deposited between the years 1957 to 1970. (Reference #2)
The residual soil/crystalline rock aquifer is the aquifer of concern for both sites. (References #4, p.9; & 5, p.18)
Eat Fork Creek is potentially impacted by both sites. The creek flows through both sites. From the General Electric site it flows six miles to the confluence with Mud Creek, then seven miles to the French Broad River. (References # 1, 4, p.8; & 5, p.17)
Bat Fork Creek and Mud Creek can
recreational fishing. The French
recreational fishing, and boating.
p. 1 7)
potentially be used for
Broad River is used for
(Reference #4, p.8; & 5,
The population
essentially the
18)
within each sites' four-mile radius is same. (References 4, p. 7,9,10; & 5, p. 16,
Due to the close relationship of the two sites as shown by the above criteria, General Electric Company Lighting System Department and the Shepherd Farm site are now aggregated into the CERCLA site known as General Electric/Shepherd Farm Site.
Attachment
cc w/attachment: Lee Crosby, NCDHENR
cc w/o attachment: Charlotte Williams, EPA
Curt Fehn, EPA
Art Smith, EPA
DV-W:m:6/29/9lx5065 Disk: V-Wright Doc: aggregat.ge
VAUGHN-WRIGHT DEIHL
f\\) I)
\'0 C1 I
"\ ])-
(, / /'
•
REFERENCES
1. U.S. Geological Survey. 7.5 minute series Topographic
Quadrangle Maps of North Carolina: Cliffield Mountain 1946,
Hendersonville 1965 (PR 1978), Zirconia 1959 (PR 1978), Saluda
1983 (Provisional Edition), scale 1:24,000. 1 map.
2. Eugene Shepherd, letter to Robert Morris, Region
States Environmental Protection Agency, July
Subject: Answers to questions concerning operation
and dumping waste.
IV, United
31, 1990.
of hauling
3. Patrick M. Tobin, Director, Waste Management Division, Region
IV, U.S. Environmental Protection Agency, letter to Mr. Eugene
Shepherd, East Flat Rock, North Carolina, July 18, 1990.
Subject: Requesting information regarding waste disposal
practi~es.
4. NUS Corporation, Superfund Division, "Interim Final Report,
Listing Site Inspection, Phase II, Shepherd Farm, Flat Rock,
Henderson County, North Carolina," Revision 0, Prepared under
TDD No. F4-9005-37 for the Waste Management Division of EPA
(February 25, 1991), pages 2, 7, 8, 9, and 10.
5. NUS Corporation, Superfund Division, "Interim Final Report,
Listing Site Inspection, Phase II, General Electric Company,
Lighting Systems Department (LSD), East Flat Rock, Henderson
County, North Carolina," Revision 0, Prepared under TDD No.
F4-9005-36 for the Waste Management Division of EPA (January
25, 1991), Volumes 1: pages 16, 17, and 18.
6. Deborah A. Vaughn-Wright, Trip Report to File,
Report discusses interview with Mr. and
regarding disposal activities at the Shepherd
July 12, 1991.
Mrs. Shepherd
Farms Site.
• • Ul'lliEC 5i,.l.T£S ~:Ti\RONME>llAL PROTECT!CN AGE:lJC'f
REGION IV
345 C:JURTLAND STREET. N.E.
ATL,.l.NTA. GEORGiA 30365
4WD-WPB
MEMORANDUM
DATE : .jlll ·~
·, 5 Ju 1.-::i I "1 C\ I
SUBJECT: Aggregation of General Electric Company Lighting
FROM:
TO:
Systems Department, East Flat Rock, North Carolina
(NCD079044426) and Shepherd Farm Site, Flat Rock, North
Carolina (NCD986170686)
, ., ,L . J,,:, ,t -i Deb'?rah A. Vaughn-W7ight/),i"7 a
Region.IV NPL Coordinator
Site File
The purpose of this memorandum is to show reasons for aggregating
the CERCLA sites General Electric Company -Lighting Systems
Department a~d the Shepherd Farm Site. These sites will henceforth
be known solely as General Electric/Shepherd Farm Site
(NCD079044426). Therefore, all past and further CERCLA acti_ons
undertaken at or on the above two sites will be considered as
CERCLA actions undertaken at or on General Electric/Shepherd Farm
Si-'.:e.
The decision to aggregate the sites into General Electric/Shepherd
Farm Site was based on criteria set in 49 Federal Register 37076,
September 21, 1984. The rationale for aggregating is as follows:
The two sites are located approximately 2, 500-feet apart.
(Reference #1) Section 104(d)(4) of CERCLA authorizes the
Federal government to treat two -or more noncontiguous
facilities as one on the basis of geography or their potential
thrs?at to .public heal th·, welfare, or the environment.
The sites have the same primary responsible party. General
Electric Corporation is the owner/operator of the General
Electric Company -Lighting Systems Department.
At the time of operation, The Shepherd Farm site was
owned and operated by Mr. Eugene Shepherd. The Shepherd
Farm Site was divided in 1981. Portions still belong to
Mr. Shepherd, the remainder is owned by Dr. Wayne
Dickenson and operated as the Spring Haven Trailer Park.
(Reference 4, p. 2)
In an July 18, 1990, information request from Region IV, the
EPA asked Mr. Shepherd to identify the type(s) of activity for
• • which areas of the site were used. ( Reference
Shepherd reported that his site used for to dispose
Electric Co. waste. The remainder of his property
his residence or not used. (Reference #2)
#3) Mr.
of General
was either
Also, Region IV Civil Investigator, Katherine Yost, and myself
interviewed Mr. and Mrs. Shepherd on July 9, 1991, regarding
disposal activities at the Shepherd Farm Site. Again, Mr.
Shepherd reiterated that the only industrial client he had was
the General Electric Company in East Flat Rock. Household
garbage/trash was also disposed on the site. (Reference #6)
Though a complete potential responsible party search has not
been conducted for this part of the site, at this time the
Agency believes General Electric to be the primary generator
of the wastes deposited between the years 1957 to 1970.
(Reference #2)
The residual soil/crystalline rock aquifer is the aquifer of
concern for both sites. (References #4, p.9; & 5, p.18)
Bat Fork Creek is potentially impacted by both sites. The
creek flows through both sites. From the General Electric
site it flows six miles to the confluence with Mud Creek, then
seven miles to the French Broad River. ( References # 1, 4,
p.8; & 5, p.17) -
Bat Fork Creek and Mud Creek can
recreational fishing. The French
recreational fishing, and boating.
p. 1 7)
potentially be used · for
Broad River is used for
(Reference #4, p.8; & 5,
The population
essentially the
18)
within each sites' four-mile radius is
same. (References 4, p. 7,9,10; & 5, p. 16,
Due to the close relationship of the two sites as shown by the
above criteria, General Electric Company Lighting System
Department and the Shepherd Farm site are now aggregated into the
CERCLA site known as General Electric/Shepherd Farm Site.
Attachment
cc w/attachment: Lee Crosby, NCDHENR
cc w/o attachment: Charlotte Williams, EPA
Curt Fehn, EPA
Art Smith, EPA
ii !I • •
REFERENCES
1. U.S. Geological Survey. 7.5 minute series Topographic
Quadrangle Maps of North Carolina: Cliffield Mountain 1946,
Hendersonville 1965 (PR 1978), Zirconia 1959 (PR 1978), Saluda
1983 (Provisional Edition), scale 1:24,000. 1 map.
2. Eugene Shepherd, letter to Robert Morris, Region IV, United
States Environmental Protection Agency, July 31, 1990.
Subject: Answers to questions concerning operation of hauling
and dumping waste.
3. Patrick M. Tobin, Director, Waste Management Diyision, Region
IV, U.S. Environmental Prot=ction Agency, letter to Mr. Eugene
Shepherd, East Flat Rock, North Carolina, July 18, 1990.
Subject: Requesting information regarding waste disposa:i.
practices.
4. NUS Corporation, Superfund Division, "Interim Final Report,
Listing Site Inspection, Phase II, Shepherd Farm, Flat Rock,
Henderson County, North Carolina," Revision 0, Prepared under
TDD No. F4-9005-37 for the Waste Management Division of EPA
(February 25, 1991), pages 2, 7, 8, 9, and 10.
5. NUS Corporation, Superfund Division, "Interim Final Report,
Listing Site Inspection, Phase II, General Electric Company,
Lighting Systems Department (LSD), East Flat Rock, Henderson
County, North Carolina," Revision 0, Prepared under TDD No.
F4-9005-36 for the Waste Management Division of EPA (January
25, 1991), Volumes 1: pages 16, 17, and 18.
6 . Deb01:"ah A.·vaughn-Wright, Trip Report to File,
Report discusses interview with Mr. and
regarding disposal activities at the Shepherd
July 12, 1991.
Mrs. Shepherd
Farms Site.
., . l Ii -. •,\ · Reference #2 ·
--~_,_;_.;;,;..c::· ·• ,_;-::,:·;" -;...,...,Jit,,;:•iil'Ti•".:'~,;;,.
u () ,• :
SI"''
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GU:_; i990
I.SOU
l:P,_ · lltG?ON r; :'.'!'l..A~'"7A. G.a ..
-J _,l C' d o ~ 3 i ,.-J. ---. ·< -) ---0, i;._' d
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l i . d~ ~ rn ~ _jcil . f. 2,
4-:::i -~ 1 £ ~ ~
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Reference .. #3
"6.~1~JXt~~~~~~f~~~~~"6~.;l~N AGE NC y
JUL 1 8 1990
4WD-WPB
CERTIFIED MAIL
RETURN RECEIPT REQUESTED
Mr. Eugene Shepherd
P.O. Box 255
REGION IV
345 COURTLAND STrtEET. N.E.
ATLANTA. GEORGIA 30365
East Flat Rock,North Carolina 28726
RE: Shepherd Farm Site
Roper Road
East Flat Rock, North Carolina
NCD986170686
Dear Mr. Shepherd:
The United States Environmental Protection Agency (EPA) is
investigating the.disposal of hazardous substances at the Shepherd
Farm Site, located on Roper Road, East Flat Rock, North Carolina
(hereinafter, referred to as "the Site") . This investigation i_s
being undertaken pursuant to the provisions of the Comprehensive
Environmental Response, Compensation, and Liability Act of 1980
(CERCLA), 42 U.S.C. 9601 et §_g£., as amended by the Superfund
Amendments and Reauthorization Act of 1986 (SARA), Public Law 99-499
and pursuant to the Resource Conservation and Recovery Act (RCRA), 42
U .. S.C. 6921, et sea., as amended. Hazardous substances are those
defined by CERCLA Section 101(14).
To assist in defining the nature and extent of contamination at your
facility, EPA is seeking to obtain certain information from you
concerning your waste disposal practices. EPA's authority to seek
such information is set forth under Section 104(e) of CERCLA, 42
U.S.C. 9604 as amended, and Section 3007 of 42 u.s.c. 6927, as
amended. Specifically, these provisions provide the agency with the
authority to require any person who generates, stores, treats,
transports, disposes of, or otherwise handles or has handled
hazardous wastes and substances to furnish information related to
such wastes and substances. Pursuant to these statutory provisions,
you are hereby required to answer the following requests and to
provide copies of all documents used to answer the requests, or
affirm i~ an affidavit the veracity of the information where it is
impractical to provide copies of the documents.
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2.
3.
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Identify the person(s) answering these Questions on behalf of
Respondent.
For each and every Question below, identify all persons consulted
in the preparation of the answer.
For each and every Question below, identify all documents
consulted, examined, or referred to in the preparation of the
answer and provide true and accu::::ate copies of .all such
documents.
4. List the EPA Identification Numbers of the Respondent.
S. Identify all property comprising the Site by boundaries such as
roads, streams,· etc.
6. Identify the type(s) of activity for which areas of the Site were
used.
7. If you have reason to believe that there may be persons able to
provide a more detailed or complete response to any Question
contained herein or who may be able to provide additional
responsive documents, identify such persons and the additional
infonnation or documents that they may have.
8. -Identify the acts or ommisions of any persons, other than your
employees, contractors, or agents, that may have caused the
release or threat of release of hazardous substances at the Site
and damages relating therefrom and identify such persuns.
9. Identify all persons, including Respondent's employess, who have
knowledge or information about the generation, transportation,
treatment, disposal or other handling of hazardous substances at
the Site.
10. State the qates during which you owned, operated or leased any
portion of the Site.
11. Provide infonnation about the physical characteristics of the
Site including but not limited to the following: ,
a. Surface structures (e.g., buildings, tanks, etc.).
b. Ground water wells, including drilling logs.
c. Past and present storm water drainage system, sanitary sewer
system, including septic tank(s), subsurface disposal field(s)
and trench(es).
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d. Any and all additions, demolitions or changes of any kind to
physical structures on, under or about the Site, or to the property
itself (e.g., excavation work) and state the dates on which such
changes occured.
12. Provide all technical and/or analytical information and manifests
concerning any removal activities at the site including waste
quantity removed, remaining waste quantity, types of wastes
removed and remaining, location of wastes and containers found.
13. Did you ever use, purchase, generate,.store, treat, dispose,
transport or otherwise handle any hazardous substances at the
Site? If the answer to the preceding question is anything but an
unqualified "no," identify:
a. The chemical composition, characteristics, physical state
(e.g., solid, liquid) of each hazardous substance.
b. The persons who supplied you with each such hazardous
substance disposed or otherwise handled ~y you.
c. How such hazardous substances were used, purchased,
genetated, stored, treated, transported, disposed or otherwise
handled by you.
d. Where such hazardous substances were used, purchased,
generated, stored, treated, transported, disposed or otherwise
handled by you.
e. The quantity of such hazardous substances used, purchased,
generated, stored, treated, transported, dispose or otherwise
handled by you.
14. Identify all leaks, spills or releases of any kind into the
envirq_runent of any hazardous substances that have occurred at the
Site (including but not limited to the area that.is presently the
recreational field at the site. In addition, identify:
a. When such releases occurred.
b. How the releases occurred.
c. What hazardous substances were released.
d. What amount of each hazardous substance was so released.
e. Where such releases occurred.
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f. Any and all activities undertaken in response to each such
release or to threatened releases of hazardous substances at the
Site.
g. Any and all investigations of the circumstances, nature,
extent or location of each release or threatened release
including, the results of any soil, water (ground and surface) or
air testing that was undertaken.
h. All persons with information relating to these releases.
15. Identify all your hazardous substance disposal locations other
that at the Site [including but not limited to; General Electric
Company Lighting Systems Department, Seldon Clark Property (Tabor
Road and U.S. Highway 176), Western North Carolina Fairgrounds,
and Grandview ~emorial Gardens]. In addition, identify:
a. Where such disposal occurred.
b. When such disposal occurred.
c. What hazardous substances were so disposed.
d. How hazardous substances were so disposed.
e. What amount of each hazardous substance was disposed.
f. Any and all activities undertaken in response to release or
threatended releases of hazardous substances as a result of this
disposal.
g. Any and all investigations of the circumstances, nature,
extent of each releases or threatened releases including, the
result of any soil, water (ground and surface) or air testing
that was undertaken.
h. All per~ons with information relating to these disposals.
In answering any of the above questions, if information is obtained
through employee interviews, indicate this in your letter and provide
names, addresses, and telephone numbers of the employees interviewed.
Site locations should be designated on a map.
Your answers to these questions must be sent to ¥.r. Robert Morris at
the address provided below within fifteen (15) calendar days of your
receipt of this letter.
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Failure to comply with this request may result in enforcement against
you by EPA pursuant to Section 104 of CERCLA, 42 U.S.C. 9604, and
Section 3008 of RCRA, 42 u.s.c. 6928. You.should note that each of
these statutes permit EPA to seek imposition of penalties of up to
twenty-five thousand dollars ($25,000.00) for each day of continued
non-complia~-:tce.
• Please be f~rther advised that provision of false, fictitious, or
fraudulent statements or representations may subject you to criminal
penalties under 18 U.S.C. 1001.
Pursuant to Part 2, Subpart B of Title 40 of the Code of Federal
Regulations, 40 C.F.R. Part 2, Subpart B, you may assert a
confidential business information claim for all or part of the
information provided in response to this Information Request. To
assert a cla.:..m of business confidentiality, you must follow the
requirements of 40 C.F.R. 2.203(b) and identify all information by
paragraph and line which you believe ~o be confidential by describing
such information on a cover page or by marking the face of the _
document which contains the information as "trade secrets",
proprietary, business confidential, etc. Information for which such
a claim is asserted will be disclosed only to the extent and by means
of the procedures specified in 40 C.F;R, Part 2, Subpart B. EPA will
construe the failure to furnish a confidentiality claim with your
response to this letter as a waiver of that claim, a:nd the Agency may
make the information available to the public without further notice.
Because of the seriousness of this matter and the attendant legal
ramifications, EPA encourages you to submit a written response within
the time frame specified herein. We hope that you will give these
matters your immediate attention. Your response should be sent to:
Mr. Robert Morris
Waste Program Branch
U.S. Environmental Protection Agency
·ilegion ·Iv
345 Courtland St., N.E.
Atlanta, GA 30365
J
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If you have any legal questions, please direct such question to Ms.
V. Anne Heard of the Office of Regional Counsel at:
345 Courtland Street N.E.
Atlanta, Georgia 30365
[phone]
If you have any technical questions, please direct such questions to
Robert Morris, at the above address, or at [phone].
~~~/ I
Patrick M. Tobin, D~tor
Waste Management Division
#3:6/4/90:x5065
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Prepared By
FINAL REPORT
LIMITED SCOPE
LISTING SITE INSPECTION, PHASE 11
SHEPHERD FARM
FLAT ROCK, HENDERSON COUNTY, NORTH CAROLINA
EPA ID#: NCD986170686
Prepared Under
TDD Ne, F4-9005-37
CONTRACT NO. 68-01-7346
Revision 0
FOR THE
WASTE MANAGEMENT DIVISION
U.S. ENVIRONMENTAL PROTECTION AGENCY
FEBRUARY 25, 1990
NUS CORPORATION
SUPERFUND DIVISION
Reviewed By Approved By
R-586-2-1-17
reen Gordon, . . ~ha:rLl-··/iJA-~?3J~="-'-c~ &n~
Project Manager
.n. s.:z
Assistant Regional
Project Manager
Regional Project Manager
rEi N&lf i Eiil?id JW&i&i-&& d
• 2.0 SITE CHARACTERIZA TIO.
2.1 SITE BACKGROUND AND HISTORY
The Shepherd Farm site is located in rural Flat Rock, Henderson County, North Carolina (Figure 1 ).
Originally, Eugene Shepherd owned the entire 31-acre site which was purchased by him in 1957. In
1972, Mr. Shepherd built a trailer park on a portion o·c :he property south of the disposal area. In
1981, he then sold 22 acres for the development of the Spring Haven Trailer Park. At that time, the
park had between 75 and 100 trailers (Refs. 1, 2). The current owner of the trailer park is Dr. Wayne
Dickason of Olympia, Washington; however, the land is still in Eugene Shepherd's name (Ref. 3).
The site was discovered during an investigation by the North Carolina Division of Environmental
Management (DEM) at General Electric (GE). which is located 2,500 feet to the northeast in East Flat
Rock (Ref. 1; Appendix A). From 1957 to 1970, Mr. Shepherd picked up waste from General Electric
and took it to the site, where it was dumped and burned. At the time of the dumping, the only other
use of the property was for the Shepherds' residence (Ref. 2). According to Mr. Shepherd, the waste
consisted of cardboard, wood, office paper, and buffing compound. Occasionally, electrical
"insulators" were taken to the site and broken to salvage the copper. These might have been
capacitors, as insulators do not contain copper. These electrical components might have contained
PCBs (Refs. 1, 4). Two local residents reported that d~ring the construction of the trailer park, drums
were dug up and reburied (Refs. 1, 5).
According to Mr. Shepherd, the waste was brought to his property from GE, where it was deposited,
burned, then bulldozed. Most of the waste was reportedly deposited into an old dry pond or ravine
800 feet southwest of the Shepherd's home; however, when the path leading to the ravine was icey,
the waste was placed along the path (Refs. 1, 4, 5). During the 15 years of hauling waste, it was
estimated th-.ft 50 cubic yards of cardboard per day, two truck loads of wood per week, and about
two barrels of buffing "compound residue per week, which supposedly contained no hazardous
material, were deposited at the farm (Ref. 1). Additionally, according to a GE representative, Lee
Humphrey, waste solvents such as trichloroethene and tetrachloroethene were also probably
disposed of at Shepherd Farm, and that it was unlikely that PCB-containing oil was disposed of at the
site (Ref. 1). Mr. Shepherd was never issued a permit for this hauling (Ref. 2).
In November 1988, representatives of the North Carolina Superfund Branch conducted a site visit to
Shepherd Farm. At this time, Mr. Shepherd led the group on a tour of his property and pointed out
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1000 0
SCALE: FEET
2000 4000
BASE MAP IS A PORTION OF THE U.S.G.S. 7 .5 MINUTE QUADRANGLE HENOERSONVILLE, 1965, NORTli CAROLINA. SITE LOCATION MAP SHEPHERD FARM
FLAT ROCK, ~lE:NDERSONVILLE COUNTY, NORTH CAROLINA FIGURE 1
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3.0 .IONAL POPULATIONS AND ENV.MENTS
3.1 POPULATION AND LAND USE
The Shepherd Farm site is located in the community of Flat Rock, North Carolina, approximately
3.5 miles south of the city of Hendersonville. The immediate area surrounding the site is primarily
residential and agricultural. Based upon a house count from topographic maps, the population
within 4 miles of the site (including the General Electric employees) is estimated as follows: on a
source or on former disposal area (23); 0 -0.25 mile (202); 0.25 -0.5 mile (1,408); 0.5 - 1 mile (1,044);
1 -2 miles (2,795); 2 -3 miles (4,012); 3 - 4 miles (4,771). The U.S. Census Bureau's conversion factors of
2.59 for Henderson County, North Carolina and 2.55 for Polk County, North Carolina, were used to
estimate the population per household (Refs. 4, 9, 10; Appendix A).
The disposal area at the site is located in a low area behind the Shepherd house. The Shepherds at
one time owned the Spring Haven Trailer Park property. A portion of the disposal area appears to be
on the trailer park property. These areas are easily accessible. Based upon sampling results, it appears
there are approximately nine trailers that would be located on or within 200 feet of a portion of the
disposal area (Refs. 4, pp. 4-5; 11, pp. 3-4).
The Hill Farm, located to the north side of the Shepherd Farm, is directly east of the confluence of the
intermittent creek and Bat Fork Creek. At one time, Mr. Hill ran a slaughterhouse situated directly on
Bat Fork Creek. Presently, some of his property is used for the grazing of 50 head of cattle. The Hill
house is located 10 feet north of the woods where waste was deposited. Additionally, there are two
smaller homes on the farm which Mr. Hill rents (Refs. 4, 8).
Several habitats for endangered and protected species are located within 4 miles of the site. They are
identified as follows:
0.25 -0.5 mile
0.5 -1 mile
Bunched Arrowhead (Sagittaria fasciculata)
Sweet Gale (Myrica ~
Sweet Pitcher Plant (Sarracenia jonesii)
Bog Turtles (Clem mys muhlenbergii)
:!irn53:T@n~zws: ·~ anz .. Al QIA.
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2-3miles •
3 -4 miles
Bunched Arrowhead (Saginaria fasci-ta)
Bunched Arrowhead (Saginaria fasciculata)
Swamp Pink (Helonias bullata)
Small Whorled Pogonia (lsotria medeoloides)
The Carl Sandburg National Historic Site ,s located approximately 1.7 miles west of the site
(Refs. 12, 13; Appendix A)
3.2 DRAINAGE PATHWAYS AND POTENTIALLY AFFECTED WATER BODIES
Runoff from the site enters an interminent creek that is located adjacent to the disposal area. The
intermittent creek flows approximately 400 feet to its confluence with Bat Fork Creek. Bat Fork Creek
. is a perennial surface water body. At this point, Bat Fork Creek flows for approximately 6.S miles to
its confluence with Mud Creek. Mud Creek flows for approximately 7 miles and then empties into the
French Broad River. The remainder of the 15-mile surface water pathway is on the French Broad
River. Bat Fork Creek and Mud Creek can be used for recreat:onal fishing. Wetland areas are also
along these water bodies; however, they do not show on the topographic maps. Bat Fork Creek· is
also used for agricultural purposes. The French Broad River is used for recreational fishing, boating,
and canoeing (Refs. 4, p. 5; 14; Appendix A).
3.3 GROUNDWATER
3.3. 1 Hydrogeology
The Shepherd Farm property is located within the Blue Ridge Physiographic Province of the
Appalachian Highlands in the southern Appalachian Mountains near Hendersonville, North Carolina
(Ref. 15, pp. 1-3). The climate of the region is humid-continental. Mean annual precipitation is
38 inches, and-mean yearly lake evaporation is 34 inches resulting in a net precipitation of 4 inches
(Ref. 16, pp. 43, 63). Me~n. maximum 24-hour rainfall is 3.7 inches (Ref. 17).
The area is undeilain by fractured crystalline rocks of Pre-Cambrian age. Topography in the area is
characterized as rugged with some flat areas in a few small valleys (Ref. 18, pp. 8-10). The
Asheville-Hendersonville area is characterized by a central plateau with moderate relief of 500 to
600 feet, surrounded on all sides by mountains. Elevation of the Asheville Plateau is approximately
2,200 feet above mean sea level (amsl). Northeast-southwest trending metamorphic rock controls the
pathways of rivers and creeks in the area.
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• • Precambrian-age gneiss and mica-schist are the typical rock types that underlie the Hendersonville
area. These metamorphic rocks are intruded by granites of Precambrian and Paleozoic ages (Refs. 15,
pp. 5-10; 19; pp. 1-3). The regional trend of Appalachian structures is parallel to the regional strike of
folded rocks and is northeast-southwest. A minor alignment of mountain surface corresponds to an
eastward trend as well. A major thrust fault called the Brevard Fault Zone occurs to the northwest of
the facility (Ref. 15, p. 19). Directly beneath the Shepherd Farm is the Henderson Gneiss, a biotite
gneiss unit that contains feldspar porphyroblasts in a finer-grained biotite gneiss matrix. Coarse
granite, biotite gneiss, hornblende gneiss, and mica schist occur as local rock bodies within the
Henderson Gneiss (Ref. 15, pp. 9-12).
The occurrence of groundwater in the area is characterized by a residual soil/crystalline rc:k aquifer
system. Metamorphic and igneous rocks are chemically weathered in place to form a saprolite
residual· soil on top of crystalline bedrock. Water in the crystalline rock occurs in fractures and faults
and is fed by downward percolation of precipitation through the overlying residual soil. Residual
soils are composed of sand, silts, and clay in varying proportions. The water table in a crystalline rock
aquifer generally resides both in the residual soil and within rock fractures and Joints.
Groundwater in the area is available from springs and wells. The average well depth in the area is
118 feet with an average yield of 18.3 gpm (Ref. 19, pp. 92-93). Groundwater has been encountered
beneath the facility area at depths ranging from 3 to 7 feet below land surface (Refs. 9, 20).
Groundwater flow in crystalline rocl<lresidual soil aquifer systems is generally down the.topographic
gradient toward local creeks and streams. Hydraulic conductivity values, derived from slug tests
performed by Law Engineering Co. (now known as Law Environmental) within 1 mile of the Shepherd
Farm property, ranged from 7.1 x 10-6 to 7.3 x 10·4 cm/sec for the soils and from 9.6 x 10-7 to
4.2 x 10·4 cm/sec for the fractured bedrock. The mean hydraulic conductivity was 1.2 x 10·4 cm/sec for
the soils and 1.0 x 10·4 for the fractured bedrock (Ref. 6, p. 8).
3.3.2 Aquifer Use
The majority of residents within 4 miles of the Shepherd Farm site receive drinking water from the
city of Hendersonville. Hendersonville obtains its potable water from three surface water intakes.
These intakes are located on the following rivers:
FilPfWA4h¥1S • _ Jli.O: iW
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• Mills River • •
• confluence of Bradley Creek and House Branch (beginning of the headwaters for S. Fork of Mills River)
• confluence of Long Branch and Fletcher Creek (beginning of the headwaters for N. Fork of Mills River)
These rivers would not be affected by the site.
Drinking water is provided from small community wells or private wells, where water lines are not available. Based upon a housecount from topographic maps. the estimated population utilizing wells for potable water within 4 miles of the site is estimated as follows: 0 -0.25 mile (52); 0.25 -0.5 mile (21 ); 0.5 -1 (197); 1 -2 miles (725); 2 -3 miles (1,191); 3 -4 miles (1,860). The U.S. Census Bureau's conversion factor of 2.59 for Henderson County, North Carolina was used to estimate the population per household (Refs. 20, 21, 22. 23, 24, 25; Appendix A) .
..
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#d9J@f&&
Reference #5
Prepared By ·
Project Manager
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INTERIM FINAL REPORT
LISTING SITE INSPECTION, PHASE II
GENERAL ELECTRIC COMPANY
LIGHTING SYSTEMS DEPARTMENT (LSD)
EAST FLAT ROCK, HENDERSON COUNTY, NORTH CAROLINA
EPA ID #NCD079044426
VOL. I: SECTIONS 1-5; APPENDICES A, B, C, D, E, F
Prepared Under
TDD No. F4-9005-36
CONTRACT NO. 68-01-7346
Revision 0
FOR THE
WASTE MANAGEMENT DIVISION
U.S. ENVIRONMENTAL PROTECTION AGENCY
JANUARY 25, 1991
NUS CORPORATION
SUPERFUND DIVISION
Reviewed By Approved By
R-586-1-1-7
~,~~l ~~~c/4~£'/
'""Phil Blackwell /
Regional Project Manager Assistant Regional
Project Manager
I]
3.0 .ONAL POPULATIONS AND ENVI.MENTS
3.1 POPULATION AND LAND USE
The General Electric facility is located in the community of East Flat Rock, North Carolina
approximately 3.5 miles southeast of the city of Hendersonville. The area surrounding the facility is
primarily commercial and residential with some agriculture. Based upon a house (aunt from
topographic maps, the population within 4 miles of the facility (with the exception of General Electric
~mployees) is estimated as follows: 0 -0.25 mile (135); 0.25 -0.5 mile (376); 0.5 -1 mile (1,010);
1 -2 miles (2,735); 2 -3 miles (3,722); 3 -4 miles (4,522). The U.S. Census Bureau's conversion factors of
2.59 for Henderson County, North Carolina, and 2.55 for Polk County, North Carolina, were used to
estimate the population per household (Refs. 27, 2B).
The majority of the facility is fenced v✓lth the exception of the landspreading plots and landfill B.
General Electric has a recreational faclity located approximately 150 feet from the small surface
impoundment on site. There are currently 1,141 employees at the facility; however, only three of
these employees would routinely be near the source areas (Ref. 29).
An agricultural area exists approximately 1,500 feet west of the facility (Ref. 30, p. 5). Several habitats
for endangered and protected species are located within 4 miles of the site. They are identified as
follows:
0 -0.25 mile
1 -2 miles
3 -4 miles
Bunched Arrowhead (Sagittaria fasciculata)
Sweet Pitcher Plant (Sarracenia ionesii)
Bog Turtles (Clem mys muhlenbertgii)
Sweet Gale (Myrica ~
Swamp Pink (Helonias bullata)
Small Whorled Pogonia (lsotria medeoloides)
Bunched Arrowhead (Sagittaria fasciculata)
(two separate areas)
The Carl Sandburg National Historic Site is located approximately 2.2 miles west of the site
(Refs. 27, 3C, 31, 32).
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• • 3.2 DRAINAGE PATHWAYS AND POTENTIALLY AFFECTED WATER BODIES
Bat Fork Creek flows through the General Electric facility. General Electric has an NPDES Permit to
discharge into Bat Fork Creek from the surface impoundments (Refs. 15, 27, 29). From the site, Bat
Fork Creek flows for approximately 6 miles to its confluence with Mud Creek. Mud Creek then flows
for approximately 7 miles, where it empties into the French Broad River. The remainder of the
15-mile surface water pathway is on the French Broad River. Bat Fork Creek and Mud Creek can be
used for recreational fishing. Wetland areas are also along these water bodies; however, they are not
shown on the topographic map. The French Broad River is used for recreational fishing, boating, and
canoeing (Refs. 27, 33).
3.3 GROUNDWATER
3.3.1 Hydrogeology
General Electric Company-LSD is located within the Blue Ridge Physiographic Province of the
Appalachian Highlands in the southern Appalachian ~ountains near Hendersonville, North CaroHna
(Ref. 33, pp. 1-3). The climate of the region is humid-continental. Mean annual precipitation is
38 inches, and mean yearly lake evapora.tion is 34 inches resulting in a net precipitation of 4 inches
(Ref. 34, pp. 43, 63). Mean, maximum 24-hour rainfall is 3.7 inches (Ref. 35).
The area is underlain by fractured crystalline rocks of Pre-Cambrian age. Topography in the area is
characterized as rugged with some flat areas in a few small valleys (Ref. 36, pp. 8-10). The
Asheville-Hendersonville area is characterized by a central plateau with moderate reli_ef of 500 to
600 feet, surrounded on all sides by mountains. Elevation of the Asheville Plateau is approximately
2,200 feet above mean sea level (amsl). Northeast-southwest trending metamorphic rock controls the
pathways of rivers and creeks in the area. The facility is located adjacent to Bat Fork Creek, the major
surface water:ioody in ttre area (Ref. 27).
Precambrian-age gneiss and mica-schist are the typical rock types that underlie the Hendersonville
area. These metamorphic rocks are intruded by granites of Precambrian and Paleozoic ages (Refs. 34,
pp. 5-10; 38, pp. 1-3). The regional trend of Appalachian structures is parallel to the regional strike of
folded rocks and is northeast-southwest. A minor alignment of mountain surface corresponds to an
eastward trend as well. A major thrust fault called the Brevard Fault Zone occurs to the northwest of
the facility (Ref. 34, p. 19). Directly beneath the General Electric facility is the Henderson Gneiss, a
biotite gneiss unit that contains feldspar porphyroblasts in a finer-grained biotite gneiss matrix.
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Coarse gran,te, biotite g •• hornblende gneiss, and mica schist oc. local rock bodies within the
Henderson Gr.eiss (Ref. 34, pp. 9-12).
The occurrence of groundwater in the area is characterized by a residual soil/crystalline rock aquifer
system. Metamorphic and igneous rocks are chemically weathered in place to form a saprolite
residual soil on top of crystalline bedrock. Water in the crystalline rock occurs in fractures and faults
and is fed by downward percolation of precipitation through the overlying residual soil. Residual
soils are composed of sand, silts, and clay in varying proportions. The water table in a crystalline rock
aquifer generall_1 resides both in the residual soil and within rock fractures and joints. Residual soils
beneath the facility range in thickness from less than 1 to 88 feet (Ref. 5, p. 6).
Groundwater in the area is available from springs and wells. The average well depth in the area is
118 feet with an average yield of 18.3 gpm (Ref. 38, pp. 92-93). ·Groundwater has been encountered
beneath the facility area at depths ranging from 3 to 29 feet below land surface. A potentiometric
surface map of the groundwater surface indicates groundwater flow is predominantly to the south
and east (Figure 3-1). The hydraulic gradient of the fac'lity area ranged from 0.01 to 0.05 feet/foot
(1 % to 5%). Hydraulic conductivity values, derived from ;lug tests performed by Law Engineering Co.
(now known as Law Environmental). ranged from 7.1 x 10-6 to 7.3 x 10·4 cm/sec for the soils bene_ath
the facility and from 9.6 x 10•7 to 4.2 x 10·4 cm/sec for the fractured bedrock. The mean hydraulic
conductivity was 1.2 x 10·4 cm/sec for the soils and 1.0 x 10·4 for the fractured bedrock (Ref. 5, p. 8).
3.3,2 Aquifer Use
The majority of residents within 4 miles of the General Electric facility receive drinking water from the
city of Hendersonville. Hendersonville obtains its potable water from surface water intakes that
would not be affected by the site. Where water lines are not available, drinking water is provided by
small community wells or private wells. Based upon a housecount from topographic maps, the
estimated population utilizing wells for potable water within 4 miles of the site is estimated as
follows: 0 ':0.25 mile (-44); 0.25 -0.5 mile (135); 0.5 -1 mile (96); 1 · 2 miles (728); 2 · 3 miles (1,142);
3 · 4 miles (1,763). The U.S. Census Bureau's conversion.factors of 2.59 for Henderson County, North
Carolina and 2.55 for Polk County, North Carolina were used to estimate the population per
household (Refs. 27, 39, 40, 41, 42, 43).
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WM&Ui#.HM
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Date:
Name:
U.D STATES ENVIROtlMENTAL PRO.ION AGENCY
REGION IV
345 COURTLAND STREET. N.E.
ATLANTA. GEORGIA 30365
Telephone Nwnber: (Q 93 -CJ,SsJ
Occupation:
EPA Interviewers:
Question: For what years di_d you haul waste?
;:w~!;tti'\01~~~ 5£:t,
,:~"t·i ~f-~a•pv J'\~'1 ~ o.mQ
Reference #6
"
• • Question: Whose waste did you haul?
Question: Where did you haul waste? If possible, list fi= and location waste was deposited.
Answer:
I ---J::..,U-....Sa'-!--\...\Jl.,::y_:J..U....l.4-f~~..l,Jl.C,:~-~~~'--~~-,.,p_,___:;~~.#--_..I)
tr)I ~ h... " '
• • Question: For what years did you haul waste to yonr property
located off Tabor Road, known as the Shepherd Farm Site?
Answer:
Question: Whose waste was taken to the Shepherd Farm Site?
{both industrial, municipal and/or private)
Anmca ~~~;E" ;~~-N n Q iu Q rtQ::!)M~o ;b_o.Q 29,jG~ ~-tt=°"~'r;J 1:,s 2\,~\-w,'\.2.
Questions: What types of waste were taken to the Shepherd Farm
Site? { garbage, paper, construction debris, drums, etc)
Answer: I,')~ J ~ bilCQI\ i,,. 1 , Q g::j.,"'~ Q. 0 . ~~
rm tla O ':64~:n-~ C-ln:o etr)I rt-/), 1 ~~~ ~~
• •
Question: Did you have any State/County/City Permits to haul waste?
To operate a dump/landfill? · '
Witnesses:
,
11/-f?~yJ --1}. (;_
' 'fEJ (~:,,..,,,, t[ ,y' tJY-C,/ 7_19'71/ •------"--
-7,
J,. .r../ , I_ I J '--f'
•
Lf; :~ , ..
·.~! ..•
,
Question: Did you have any State/County/City Permits to haul waste?
To operate a dump/landfill?
Answer: 'f::) 1') j pJ .._ • ~ ~~ 4 Z
Witnesses:
I .
. ,1;__, __ ,.~,. • • FILE COPY
LAW ENGINEERING
geotechnical, environmental & construction materials consultants
1100 THOUSAND OAKS BLVD.
GOLDEN OAKS BUSINEi~
GREENVILLE, SOUTH C . · ';r,;,.iiftj' vro
(soa) 2BS-s11s ·-c, 1.,, C
.St:'"' l lo 1;;,~J
September 7, 1989 SUPERFUNO BffANCH
North Carolina Department of
Natural Resources and Community Development
CERCLA Superfund
P.O. Box 2091
Raleigh, North Carolina 27602
Attention:
Subject:
Mr. Grover Nicholson
Chemical Analysis of Ground-Water Samples
Shepherd Property Project
East Flat Rock, North Carolina
Law Engineering Job Number GVE-2231
Dear Mr. Nicholson:
Pursuant to the request of the General Electric Lighting System
Department, Hendersonville, North Carolina and NCDNR-DEM in
Asheville, North Carolina, we are forwarding the results of chemical
analysis of ground-water samples. Ground-water samples were
collected on June 28, 1989 from twelve residential wells in the
vicinity of the E.B. Shepherd property on Oak Grove Road, East Flat
Rock, North Carolina. Results of these chemical analysis are
attached, and a table which identifies each property owner with the
respective sample identification is provided.
Samples designated WW-9, WW-10, WW-11 and WW-12 correspond to the
"Hill" residence, the "Hill" slaughter house, Raglin ( rental
property) and Maybin Hill respectively. These wells were resampled
from a previous effort. The four samples reveal the presence cf
North Carolina Department of
Natural Resources and Community Development
Law Engineering Job Number GVE-2231
September 7, 1989
Page 2
ground-water contamination by tetrachloroethane. Note also that
values of 1, 2-dichloroethane and methylene chloride detected in the
trip blank sample represent laboratory artifacts. Samples from WW-
1, WW-4 and WW-8 were split with the Hendersonville County Heal th
Department (Mr. Robert Smith) for QA analysis.
Please notify if we can be of further assistance.
/kp
Respectfully yours,
LAW ENGINEERING
/fe'vVlv1-? /4~~
Thomas L. Lammons
Manager of Environmental Services
~--------------------------------------~
•
July 20, 1989
Li:!w Engineering, Inc.
1100 Thousand Oaks Blvd.
Greenville, SC 29607
LE Job Number: GVE-2231
•
" LAW ENVIRONIIEJITAL INC.
112 10/INl'MK ~
KENNESAII( GEORllA ~~-5599
40H21-3'00
j~@m!lWijID)
JUL 2 1 1989
LAW ENGINEERING
GREENViLLE, S.C.
Subject: Chemical Analysis of Samples Received on 6/30/89---#89-3820-0l through 13
Law Environmental National Laboratories has retested the above referenced samples and has revised the results of your report on the following pages. These results relate only to the contents of the samples as submitted. T_his report shall not be reproduced except in full without the approval of Law Environmental National Laboratories.
If there are any questions, please do not hesitate to contact us.
Sincerely,
LAW ENVIRONMENTAL NA~L L~
~ -:v /h1~61JI
Clifford H. McBride
OA/OC Coordinator
Attachment: Data Report
. -i
Date 07/20/89
Page 1
Lab Number
Project No.
Project Name
Station ID
Matrix·
Type
Collector
Remarks
• LAW ENVIRONMENTAL NATIONAL ilRATORI&S
TESr DATA REPORT
---Project Inrormation
89-3820-01
OVE-2231
SHEPHERD PROPERTY
WW-1
w
GRAB
GS
Cust. No.
Sample Information ---
Sampled Date/Time
Received Date/Time
Received From/By
Chain of Custody
Number of Containers
---Test Data ---
06/28/89 09:25
06/30/89 10: 15
GS/CLM
6980
3
Parameter •............................. Method .... Units Det. Limit Results ... Test Date Analy
--ORGANICS PREP RESULTS --
GC voe SCREENING N/A 07/03/89 JAS
--ORGANIC ANALYSIS RESULTS
Bromodichloromethane -EPA 601 ug/1 1.0 ND 07/03/89 BH Bromoform EPA 601 ug/1 2.0 ND 07/03/89 BH Bromomethane EPA 601 ug/1 12 ND 07/03/89 BH Carbon tetrachloride EPA 601 ug/1 1.2 ND 07/03/89 BH Chloroethane EPA 601 ug/1 5.2 ND 07/03/89 BH 2-Chloroethylvinyl ether EPA 601 ug/1 1.3 ND 07/03/89 BH Chloroform EPA 601 ug/1 0.5 ND 07/03/89 BH Chloromethane EPA 601 ug/1 0.8 ND 07/03/89 BH Dibromochloromethane EPA 601 ug/1 0.9 ND 07/03/89 BH 1,2-Dichlorobenzene EPA 601 ug/1 1.5 ND 07/03/89 BH 1,3-Dichlorobenzene EPA 601 ug/1 3.2 ND 07/03/89 BH 1,4-Dichlorobenzene EPA 601 ug/1 2.4 ND 07/03/89 BH Dichlorodifluoromethane EPA 601 ug/1 18 ND 07/03/89 BH 1,1-Dichloroethane EPA 601 ug/1 0.7 ND 07/03/89 BH 1,2 Dichloroethane EPA 601 ug/1 0.3 ND 07/03/89 KD 1,1-Dichloroethene EPA 601 ug/1 1.3 ND 07/03/89 KD Trans-1,2-Dichloroethene EPA 601 ug/1 1.0 ND 07/03/89 KD 1,2-Dichloropropane EPA 601 ug/1 0.4 ND 07/03/89 KD cis-1,3-Dichloropropene EPA 601 ug/1 3.4 ND 07/03/89 KD Trans-1,3-Dichloropropene EPA 601 ug/1 3.4 ND 07/03/89 KD Methylene Chloride EPA 601 ug/1 2.5 ND 07/03/89 KD 1,1,2,2-Tetrachloroethane EPA 601 ug/1 0.3 ND 07/03/89 KD Tetrachloroethene EPA 601 ug/1 0.3 ND 07/03/89 KD 1,1,1-Trichloroethane EPA 601 ug/1 0.3 ND 07/03/89 KD 1,1,2-Trichloroethane EPA 601 ug/1 0.2 ND 07/03/89 KD
Signed /.~d
. .;
Date 07/20/89
Page 2
Lab Number
Project No.
89-3820-01
GVE-2231
• LAW ENVIRONMENTAL NATIONAL loRATORIES
~ DATA REPORT
---Test Data ---
Para.meter ............................... Method .... Units Det. Limit Results ... Test Date Analy
--ORGANIC ANALYSIS RESULTS
Trichloroethene EPA 6ol ug/1 1.2 ND 07/03/89 KD Trichlorofluoromethane EPA 601 ug/1 3,2 ND 07/03/89 KD Vinyl Chloride EPA 601 ug/1 1.8 ND 07/03/89 KD Benzene EPA 602 ug/1 1.0 ND 07/03/89 KD Chlorobenzene EPA 6o2 ug/1 1.0 ND 07/03/89 KD Ethyl benzene EPA 602 ug/1 1.0 ND 07/03/89 KD Toluene EPA 602 ug/1 1.0 ND 07/03/89 KD Xylenes EPA 602 ug/1 2.0 ND 07/03/89 KD
Signed
,_
Date 07/20/89
Page 1
Lab Number
Project No.
Project Name
Station ID
Matrix
Type
Collector
Remarks
• LAW ENVIRONMENTAL NATIONAL ~RATORIES
TEST DATA REPORT
---Project Information ---
89-3820-02
GVE-2231 Cust. No. SHEPHERD PROPERTY
Sample Information ---
WW-2 Sampled Date/Time w Received Date/Time
GRAB Received From/By GS Chain of Custody
Number of Containers
---Test Data ---
06/28/89 09:55
06/30/89 10:15
GS/CLM
698o
3
Parameter .............................. Method. . . • Uni ts Det. Limit Results ... Test Date Analy
--ORGANICS PREP RESULTS --
GC voe SCREENING N/A 07/03/89 JAS
--ORGANIC ANALYSIS RESULTS --
Bromodichloromethane EPA 601 ug/1 1.0 ND 07/03/89 KD Bromoform EPA 601 ug/1 2.0 ND 07/03/89 KD Bromomethane EPA 601 ug/1 12 ND 07/03/89 KD Carbon tetrachloride EPA 601 ug/1 1.2 ND 07/03/89 KD Chlo roe thane EPA 601 ug/1 5.2 ND 07/03/89 KD 2-Chloroet:,ylvinyl ether EPA 601 ug/1 1.3 ND 07/03/89 KD Chlorofo= EPA 601 ug/1 0.5 ND 07/03/89 KD Chloromethane EPA 601 ug/1 0.8 ND 07/03/89 KD Dibromochloromethane EPA 601 ug/1 0.9 ND 07/03/89 KD 1,2-Dichlorobenzene EPA 601 ug/1 1.5 ND 07/03/89 KD 1,3-Dichlorobenzene EPA 601 ug/1 3.2 ND 07/03/89 KD 1,4-Dichlorobenzene EPA 601 ug/1 2.4 ND 07/03/89 KD Dichlorodifluoromethane EPA 601 ug/1 18 ND 07/03/89 KD 1,1-Dichloroethane EPA 601 ug/1 0.7 ND 07/03/89 KD 1,2 Dichloroethane EPA 601 ug/1 0.3 ND 07/03/89 KD 1,1-Dichloroethene EPA 601 ug/1 1.3 ND 07/03/89 KD Trans-1,2-Dichloroethene EPA 601 ug/1 1.0 ND 07/03/89 KD 1,2-Dichloropropane EPA 601 ug/1 0.4 ND 07/03/89 KD cis-1,3-Dichloropropene EPA 601 ug/1 3.4 ND 07/03/89 KD Trans-1,3-Dichloropropene EPA 601 ug/1 3.4 ND 07/03/89 KD Methylene Chloride EPA 601 ug/1 2.5 ND 07/03/89 KD 1,1,2,2-Tetrachloroethane EPA 601 ug/1 0.3 ND 07/03/89 KD Tetrachloroethene EPA 601 ug/1 0.3 ND .07/03/89 KD 1,1,1-Trichloroethane EPA 601 ug/1 0.3 ND 07/03/89 KO 1,1,2-Trichloroethane EPA 601 ug/1 0.2 ND 07/03/89 KO
Signed ~~✓c?J
Date 07/20/89
Page 2
• LAW ENVIRONMENTAL NATIONAL toRATORIES
TEST DATA REPORT
Lab Number 89-3820-02
Project No. OVE-2231
---Test Data ---
Parameter .............................. Method .... Units Det. Limit Results ... Test Date Ansly
--ORGANIC ANALYSIS RF.SULTS --
Trichloroethene EPA 601 ug/1 1.2 ND 07/03/89 KD Trichlorofluoromethane EPA 601 ug/1 3.2 ND 07/03/89 KD Vinyl Chloride EPA 601 ug/1 1.8 ND . 07/03/89 KD Benzene EPA 602 ug/1 1.0 ND 07/03/89 KD Chlorobenzene EPA 602 ug/1 1.0 ND 07/03/89 KD Ethyl benzene EPA 602 ug/1 1.0 ND 07/03/89 KD Toluene EPA 602 ug/1 1.0 ND 07/03/89 KD Xylenes EPA 602 ug/1 2.0 ND 07/03/89 KD
Signed
• • LAW ENVIRONMENTAL NATIONAL LABORATORIES
TEST DATA REPORT
Date 07/20/89
Page 1
---Project Information ---
Lab Number 89-3820-03
Project No. GVE-2231 Cust. No.
Project Name SHEPHERD PROPERTY
Station ID
Matrix
Type
Collector
Remarks
WW-3
w
GRAB
GS
---Sample Information ---
Sampled Date/Time
Received Date/Time
Received From/By
Chain of Custody
Number of Containers
---Test Data ---
06/28/89 10:10
06/30/89 10: 15
GS/CLM
6980
3
Parameter ......•....................... Method. . . . Uni ts Det. Limit Results ... Test Date Analy
--ORGANICS PREP RE.SULTS --
GC voe SCRL:NING N/A 07/03/89 JAS
--ORGANIC '-.~ALYSIS RE.SULTS --
Bromodichlc :·omethane EPA 6ol ug/1 1.0 ND 07/03/89 KD Bromoform EPA 6ol ug/1 2.0 ND 07/03/89 KD Bromometha: " EPA 6ol ug/1 12 ND 07/03/89 KD Carbon tet,,chloride EPA 601 ug/1 1.2 ND 07/03/89 KD Chloroethe:·.e EPA 601 ug/1 5.2 ND 07/03/89 KD 2-Chloroet ··,ylvinyl ether EPA 601 ug/1 1.3 ND 07/03/89 KD Chlorofort EPA 601 ug/1 0.5 ND 07/03/89 KD Chlorometlme EPA 601 ug/1 0.8 ND 07/03/89 KD Dibromoch}oromethane EPA 601 ug/1 0.9 ND 07/03/89 KD 1,2-Dichlcrobenzene EPA 601 ug/1 1.5 ND 07/03/89 KD 1, 3-Dichlcrobenzene EPA 601 ug/1 3,2 ND 07/03/89 KD 1,4-Dichlorobenzene EPA 601 ug/1 2.4 ND 07/03/89 KD Dichlorodifluoromethane EPA 601 ug/1 18 ND 07/03/89 KD 1,1-Dichloroethane EPA 601 ug/1 0.7 ND 07/03/89 KD 1,2 Dichloroethane EPA 601 ug/1 0.3 ND 07/03/89 KD 1,1-Dichloroethene EPA 601 ug/1 1.3 ND 07/03/89 KD Trans-1,2-Dichloroethene EPA 601 ug/1 1.0 ND 07/03/89 KD 1,2-Dichloropropane EPA 6ol ug/1 0.4 ND 07/03/89 KD cis-1,3-Dichloropropene EPA 6ol ug/1 3.4 ND 07/03/89 KD Trans-1,3-Dichloropropene EPA 6ol ug/1 3.4 ND 07/03/89 KD Methylene Chloride EPA 6ol ug/1 2.5 ND 07/03/89 KD 1, 1, 2, 2-Tetrachloroethane · EPA 601 ug/1 0.3 ND 07/03/89 KD Tetrachloroethene EPA 601 ug/1 0.3 ND 07/03/89 KD 1,1,1-Trichloroethane EPA 601 ug/1 0.3 ND 07/03/89 KD 1,1,2-Trichloroethane EPA 601 ug/1 0.2 ND 07/03/89 KD
Signed c!~c,{?J
. ,.
Date 07/20/89
Page 2
Lab Number
Project No.
• •
89-3820-03
GVE-2231
LAW ENVIRONMENTAL NATIONAL LABORATORIES
TFST DATA REPORT
---Test Data ---
Parameter .............................. Method .... Units Det. Limit Results ... Test Date Analy
--ORGANIC ANALYSIS RESULTS
Trichloroethene EPA 601 ug/1 1.2 ND 07/03/89 KO Trichlorofluoromethane EPA 601 ug/1 3.2 ND 07/03/89 KO Vinyl.Chloride EPA 601 ug/1 1.8 ND 07/03/89 KO Benzene EPA 602 ug/1 1.0 ND 07/03/89 KO Chlorobenzene EPA 602 ug/1 1.0 ND 07/03/89 KO Ethyl benzene EPA 602 ug/1 1.0 ND 07/03/89 KO Toluene EPA 602 ug/1 1.0 ND 07/03/89 KO Xylenes EPA 602 ug/1 2.0 ND 07/03/89 KO
Signed
Date 07/20/89
Page 1
Lab Number
Project No.
•
89-3820-04
GVE-2231
• LAW ENVIRONMENTAL NATIONAL LABORATORIES
TEST DATA REPORT
---Project Information
Cust. No. Project Name SHEPHERD PROPERTY
Station ID
Matrix
Type
Collector
Remar-ks
WW-4
w
GRAB
GS
---Sample Information ---
Sampled Date/Time
Received Date/Time
Received From/By
Chain of Custody
Number of Container-a
---Test Data ---
06/28/89 11:05
06/30/89 10: 15
GS/CLM
698o
3
Parameter ..•••.•••••..•..•••.•.•.•.•..• Method •••. Units Det. Limit Results .•. Test Date Analy
--ORGANICS PREP RESULTS --
GC voe SCREENING N/A 07/03/89 JAS
--ORGANIC ANALYSIS RESULTS
Bromodichlor-omethane EPA 601 ug/1 1.0 ND 07/03/89 KD Bromoform EPA 601 ug/1 2.0 ND 07/03/89 KD Bromomethane EPA 601 ug/1 12 ND 07/03/89 KD Car-ban tetrachlor-ide EPA 601 ug/1 1.2 ND 07/03/89 KD Chloroethane EPA 601 ug/1 5.2 ND 07/03/89 KD 2-Chloroethylvinyl ether-EPA 601 ug/1 1.3 ND 07/03/89 KD Chlor-oform EPA 601 ug/1 0.5 ND 07/03/89 KD Chloromethane EPA 601 ug/1 0.8 ND 07/03/89 KD Dibromochloromethane EPA 601 ug/1 0.9 ND 07/03/89 KD 1,2-Dichlorobenzene EPA 601 ug/1 1.5 ND 07/03/89 KD 1,3-Dichlor-obenzene EPA 601 ug/1 3.2 ND 07/03/89 KD 1,4-Dichlorobenzene EPA 601 ug/1 2.4 ND 07/03/89 KD Dichlorodifluoromethane EPA 601 ug/1 18 ND 07/03/89 KD 1,1-Dichloroethane EPA 601 ug/1 0.7 ND 07/03/89 KD 1,2 Dichloroethane EPA 601 ug/1 0.3 ND 07/03/89 KD 1,1-Dichloroethene EPA 601 ug/1 1.3 ND 07/03/89 KD Trans-1,2-Dichloroethene EPA 601 ug/1 1.0 ND 07/03/89 KD 1,2-Dichloropropane EPA 601 ug/1 0.4 ND 07/03/89 KD cis-1,3-Dichloropr-opene EPA 601 ug/1 3,4 ND 07/03/89 KD Trans-1,3-Dichloropropene EPA 601 ug/1 3,4 ND 07/03/89 KD Methylene Chlor-ide EPA 601 ug/1 2.5 ND 07/03/89 KD 1,1,2,2-Tetr-achlor-oethane EPA 601 ug/1 0.3 ND 07/03/89 KD Tetr-achlor-oethene EPA 601 ug/1 0.3 ND 07/03/89 KD 1,1,1-Tr-ichlor-oethane EPA 601 ug/1 0.3 ND 07/03/89 KD 1,1,2-Tr-ichlor-oethane EPA 601 ug/1 0.2 ND 07/03/89 KD
Sirned ·c::"!'~<-/?J
Date 07/20/89
Page 2
Lab Number
Project No.
89-3820-04
GVE-2231
• LAW ENVIRONMENTAL NATIONAL !ORATORIES
TEST DATA REPORT
---Test Data ---
Parameter .............................. Method .... Units Det. Limit Results ... Test Date Analy
--ORGANIC ANALYSIS RESULTS
Trichloroethene EPA 601 ug/1 1.2 ND 07/03/89 KD Trichlorofluoromethane EPA 6ol ug/1 3,2 ND 07/03/89 KD Vinyl Chloride EPA 6ol ug/1 1.8 ND 07/03/89 KD Benzene EPA 602 ug/1 1.0 ND 07/03/89 KD Chlorobenzene EPA 602 ug/1 1.0 ND 07/03/89 KD Ethyl benzene EPA 602 ug/1 1.0 ND 07/03/89 KD Toluene EPA 602 ug/1 1.0 ND 07/03/89 KD Xylenes EPA 602 ug/1 2.0 ND 07/03/89 KD
Signed
Date 07/20/89
Page 1
Lab Number
Project No.
Project Name
Station ID
Matrix
Type
Collector
Remarks
• • LAW ENVIRONMEHI'AL NATIONAL LABORATORIFS
TEST DATA REPORT
---Project Information ---
89-3820-05
GVE-2231
SHEPHERD PROPERTY
WW-5 w
GRAB
GS
Cuet. No.
Sample Information ---
Sampled Date/Time
Received Date/Time
Received From/By
Chain of Custody
Number of Containers
---Test Data ---
06/28/89 11: 40 ·
06/30/89 10:15
GS/CLM
6980
3
Parameter ...................•.......... Method . . . . Uni ts Det. Limit Results ... Test Date Analy
--ORGANICS PREP RESULTS --
GC voe SCREENING N/A 07/03/89 JAS
--ORGANIC ANALYSIS RESULTS --
Bromodichloromethane EPA 601 ug/1 1.0 ND 07 /03/89 KD Bromoform EPA 601 ug/1 2.0 ND 07/03/89 KD Bromomethane EPA 601 ug/1 12 ND 07 /03/89 KD Carbon tetrachloride EPA 601 ug/1 1.2 ND 07/03/89 KD Chloroethane EPA 601 ug/1 5.2 ND 07/03/89 KD 2-Chloroethylvinyl ether EPA 601 ug/1 1.3 ND 07/03/89 KD Chloroform EPA 601 ug/1 0.5 ND 07/03/89 KD Chloromethane EPA 601 ug/1 0.8 ND 07/03/89 KD Dibromochloromethane EPA 601 ug/1 0.9 ND 07/03/89 KD 1,2-Dichlorobenzene EPA 601 ug/1 1.5 ND 07/03/89 KD 1,3-Dichlorobenzene EPA 601 ug/1 3.2 ND 07/03/89 KD 1,4-Dichlorobenzene EPA 601 ug/1 2.4 ND 07/03/89 KD Dichlorodifluoromethane EPA 601 ug/1 18 ND 07/03/89 KD 1,1-Dichloroethane EPA 601 ug/1 0.7 ND 07/03/89 KD 1,2 Dichloroethane EPA 601 ug/1 0.3 ND 07/03/89 KD 1,1-Dichioroethene EPA 601 ug/1 1.3 ND 07/03/89 KD Trans-1,2-Dichloroethene EPA 601 ug/1 1.0 ND 07/03/89 KD 1,2-Dichloropropane EPA 601 ug/1 0.4 ND 07/03/89 KD cis-1,3-Dichloropropene EPA 601 ug/1 3,4 ND 07/03/89 KD Trans-1,3-Dichloropropene EPA 601 ug/1 3.4 ND 07/03/89 KD Methylene Chloride EPA 601 ug/1 2.5 ND 07/03/89 KD 1,1,2,2-Tetrachloroethane EPA 601 ug/1 0.3 ND 07/03/89 KD Tetrachloroethene EPA 601 ug/1 0.3 ND 07/03/89 KD 1,1,1-Trichloroethane EPA 601 ug/1 0.3 ND 07/03/89 KD 1,1,2-Trichloroethane EPA 601 ug/1 0.2 ND 07/03/89 KD
~i l'.TT'lt:1A /: ~ c/2;_/
Date 07/20/89
Page 2
Lab Number 89-3820-05
Project No. GVE-2231
• LAW ENVIRONMENTAL NATIONAL aRATORil'S
TESr DATA REPORT
---Test Data ---
Parameter .............................. Method .... Units Det. Limit Results ... Test Date Analy
--ORGANIC ANALYSIS RESULTS
Trichloroethene EPA 601 ug/1 1.2 ND 07/03/89 KO ,Trichlorofluoromethane EPA 601 ug/1 3,2 ND 07/03/89 KO Vinyl Chloride EPA 601 ug/1 1.8 ND 07/03/89 KO Benzene EPA 602 ug/1 1.0 ND 07/03/89 KO Chlorobenzene EPA 602 ug/1 1.0 ND 07/03/89 KO Ethyl benzene EPA 602 ug/1 LO ND 07/03/89 KO Toluene EPA 602 ug/1 1.0 ND 07/03/89 KO Xylenes EPA 602 ug/1 2.0 ND 07/03/89 KO
Signed
Date 07/20/89
Page 1
Lab Number
Project No.
Project Name
Station ID
Matrix
Type
Collector
Remarks
• LAW ENVIRONMENTAL NATIONAL &RATORIES
nsT DATA REPORT
---Project Information
89-3820-06
OVE-2231 Cust. No.
SHEPHERD PROPERTY
---Sample Information ---
ww-6
w
GRAB
GS
Sampled Date'/Time
Received Date/Time
Received From/By
Chain of Custody
Number of Containers
---Test Data ---
06/28/89 12: 10
06/30/89 10: 15
GS/CLM
6980
3
Parameter .............................. Method. . . . Uni ts Det. Limit Results ... Test Date Analy
--ORGANICS PREP RESULTS·--
GC voe SCREENING H/A 07/03/89 JAS
--ORGANIC ANALYSIS RESULTS --
Bromodichloromethane EPA 601 ug/1 1.0 HD 07/03/89 KD Bromoform EPA 601 ug/1 2.0 HD 07/03/89 KD Bromomethane EPA 601 ug/1 12 HD 07/03/89 KD Carbon tetrachloride EPA 601 ug/1 1.2 HD 07/03/89 KD Chloroethane EPA 601 ug/1 5.2 HD 07/03/89 KD 2-Chloroethylvinyl ether EPA 601 ug/1 1.3 HD 07/03/89 KD Chloroform EPA 601 ug/1 0.5 HD 07/03/89 KD Chloromethane EPA 601 ug/1 0.8 HD 07/03/89 KD Dibromochloromethane EPA 601 ug/1 0.9 HD 07/03/89 KD 1,2-Dichlorobenzene EPA 601 ug/1 1.5 HD 07/03/89 KD 1,3-Dichlorobenzene EPA 601 ug/1 3.2 HD 07/03/89 KD 1,4-Dichlorobenzene EPA 601 ug/1 2.4 HD 07/03/89 KD Dichlorodifluoromethane EPA 601 ug/1 18 HD 07/03/89 KD 1,1-Dichloroethane EPA 601 ug/1 0.7 HD 07/03/89 KD 1,2 Dichloroethane EPA 601 ug/1 0.3 HD 07/03/89 BH 1,1-Dichloroethene EPA 601 ug/1 1.3 HD 07/03/89 BH Trans-1,2-Dichloroethene EPA 601 ug/1 1.0 HD 07/03/89 BH 1,2-Dichloropropane EPA 601 ug/1 0.4 HD 07/03/89 BH cis-1,3-Dichloropropene EPA 601 ug/1 3.4 HD 07/03/89 BH Trans-1,3-Dichloropropene EPA 601 ug/1 3,4 HD 07/03/89 BH Methylene Chloride EPA 601 ug/1 2.5 HD 07/03/89 BH 1,1,2,2-Tetrachloroethane EPA 601 ug/1 0.3 HD 07/03/89 BH Tetrachloroethene EPA 601 ug/1 0.3 HD 07/03/89 BH 1,1,1-Trichloroethane EPA 601 ug/1 0.3 HD 07/03/89 BH 1,1,2-Trichloroethane EPA 601 ug/1 0.2 HD 07/03/89 BH
Signed ~/2-,~J
Date 07/20/89
Page 2
Lab Number 89-3820-06
Project No. GVE-2231
• • LAW ENVIRONMENTAL NATIONAL LABORATORIES
TEST DATA REPORT
---Test Data ---
Parameter ....•......................... Method .... Units Det. Limit Results ... Test Date Analy
--ORGANIC ANALYSIS RESULTS
Trichloroethene EPA 601 ug/1 ~-2 ND 07/03/89 BH Trichlorofluoromethane EPA 601 ug/1 3,2 ND 07/03/89 BH Vinyl Chloride EPA 601 ug/1 1.8 ND 07/03/89 BH Benzene EPA 602 ug/1 1.0 ND 07/03/89 BH Chlorobenzene EPA 602 ug/1 1.0 ND 07/03/89 BH Ethyl benzene EPA 602 ug/1 1.0 ND 07/03/89 BH Toluene EPA 602 ug/1 1.0 ND 07/03/89 BH Xylenes EPA 602 ug/1 2.0 ND 07/03/89 BH
Signed
Date 07/20/89
Page 1
Lab Number
Project No.
Project Name
Station ID
Matrix
Type
Collector
Remarks
• • LAW ENVIRONMENTAL NATIONAL LABORATORIFS
TFST DATA REPORT
---Project Information ---
89-3820-07
GVE-2231 Cust. No.
SHEPHERD PROPERTY
---Sample Information ---
WW-7 w
GRAB
GS
Sampled Date/Time
Received Date/Time
Received From/By
Chain of Custody
Number of Containers
---Test Data ---
06/28/89 ,11:55
06/30/89 10: 15
GS/CLM
6980
3
Parameter. • • • • • . . • . . • • • • • • . • . • . . • • • • • • • Method. • • • Uni ts Det. Limit Results. . • Test Date Analy
--ORGANICS PREP RESULTS --
GC voe SCREENING N/A 07/03/89 JAS
--ORGANIC ANALYSIS RESULTS
Bromodichloromethane EPA 601 ug/1 1.0
Bromoform EPA 601 ug/1 2.0
Bromomethane EPA 601 ug/1 12
Carbon tetrachloride EPA 601 ug/1 1.2
Chloroethane EPA 601 ug/1 5,2
2-Chloroethylvinyl ether EPA 601 ug/1 1.3
Chloroform EPA 601 ug/1 0.5
Chloromethane EPA 601 ug/1 0.8
Dibromochloromethane EPA 601 ug/1 0.9
1,2-Dichlorobenzene EPA 601 ug/1 1.5
1,3-Dichlorobenzene EPA 601 ug/1 3.2
1,4-Dichlorobenzene EPA 601 ug/1 2.4
Dichlorodifluoromethane EPA 601 ug/1 18
1,1-Dichloroethane EPA 601 ug/1 0.7
1,2 Dichloroethane EPA 601 ug/1 0.3
1,1-Dichloroethene EPA 601 ug/1 1.3 Trans-1,2-Dichloroethene EPA 601 ug/1 1.0
1,2-Dichloropropane EPA 601 ug/1 0.4
cis-1,3-Dichloropropene EPA 601 ug/1 3,4
Trans-1,3-Dichloropropene EPA 601 ug/1 3,4
Methylene Chloride EPA 601 ug/1 2.5
1,1,2,2-Tetrachloroethane EPA 601 ug/1 0.3
Tetrachloroethene EPA 601 ug/1 0.3
1,1,1-Trichloroethane EPA 601 ug/1 0.3 1,1,2-Trichloroethane EPA 601 ug/1 0.2
ND 07/03/89 KD
ND 07/03/89 KD
ND 07/03/89 KD
ND 07/03/89 KD
ND 07/03/89 KD
ND 07/03/89 KD
ND 07/03/89 KD
ND 07/03/89 KD
ND 07/03/89 KD
ND 07/03/89 KD
ND 07/03/89 KD
ND 07/03/89 KD
ND 07/03/89 KD
ND 07/03/89 KD
ND 07/03/89 KD
ND 07/03/89 KD
ND 07/03/89 KD
ND 07/03/89 KD
ND 07/03/89 KD
ND 07/03/89 KD
ND 07/03/89 KD
ND 07/03/89 KD
ND 07/03/89 KD
ND 07/03/89 KD
ND 07/03/89 KD
Signed ~~<d
Date 07/20/89
Page 2
Lab Number 89-3820-07
Project No. GVE-2231
• LAW ENVIRONMENl'AL NATIONAL .RATORIES
TFST DATA REPORT
---Test Date ---
Peremeter ......•.......•............... Method .... Units Det. Limit Results ... Test Date Analy
--ORGANIC ANALYSIS RESULTS
Trichloroethane EPA 601 ug/1 1.2 ND 07/03/89 KO Trichlorofluoromethane EPA 601 ug/1 3.2 ND 07/03/89 KO Vinyl Chloride EPA 601 ug/1 1.8 ND 07/03/89 KO Benzene EPA 602 ug/1 1.0 ND 07/03/89 KO Chlorobenzene EPA 602 ug/1 1.0 ND 07/03/89 KO Ethyl benzene EPA 602 ug/1 1.0 ND 07/03/89 KO Toluene EPA 602 ug/1 1.0 ND 07/03/89 KO Xylenes EPA 602 ug/1 2.0 ND 07/03/89 KO
Signed
Date 07/20/89
Page 1
Lab Number
Project No.
Project Name
Station ID
Matrix
Type
Collector
Remarks
• LAW ENVIRONMENTAL NATIONAL 4loRATORIFS
TEST DATA REPORT
89-3820-08
OVE-2231
---Project Information ---
Cust. No.
SHEPHERD PROPERTY
ww-8
w
GRAB
GS
---Sample Information ---
Sampled Date/Time
Received Date/Time
Received From/By
Chain of Custody
Number of Containers
---Test Data ---
06/28/89 13:55
06/30/89 10:15
GS/CLM
6980
3
Parameter .................•............ Method ...• Units Det. Limit Results ..• Test Date Anal
--ORGANICS PREP RFSULTS --
GC voe SCREENING N/A 07/03/89 JAS
--ORGANIC ANALYSIS RFSULTS
Bromodichloromethane EPA 6ol ug/1 1.0 ND 07/03/89 KD
Bromoform EPA 6ol ug/1 2.0 ND 07/03/89 KD
Bromomethane EPA 6o1 ug/1 12 ND 07/03/89 KD
Carbon tetrachloride EPA 6ol ug/1 1.2 ND 07/03/89 KD
Chloroethane EPA 6ol ug/1 5.2 ND 07/03/89 KD
2-Chloroethylvinyl ether EPA 6ol ug/1 1.3 ND 07/03/89 KD
Chloroform EPA 6ol ug/1 0.5 ND 07/03/89 KD
Chloromethane EPA 6o1 ug/1 0.8 ND 07/03/89 KD
Dibromochloromethane EPA 6ol ug/1 0.9 ND 07/03/89 KD
1,2-Dichlorobenzene EPA 601 ug/1 1.5 ND 07/03/89 KD
1,3-Dichlorobenzene EPA 6ol ug/1 3.2 ND 07/03/89 KD
1,4-Dichlorobenzene EPA 6ol ug/1 2.4 ND 07/03/89 KD
Dichlorodifluoromethane EPA 6ol ug/1 18 ND 07/03/89 KD
1,1-Dichloroethane EPA 6ol ug/1 0.7 ND 07/03/89 KD
1,2 Dichloroethane EPA 6ol ug/1 0.3 ND 07/03/89 KD
1,1-Dichloroethene EPA 6o1 ug/1 1.3 ND 07/03/89 KD
Trans-1,2-Dichloroethene EPA 6ol ug/1 1.0 ND 07/03/89 KD
1,2-Dichloropropane EPA 6ol ug/1 0.4 ND 07/03/89 KD
cis-1,3-Dichloropropene EPA 6ol ug/1 3.4 ND 07/03/89 KD
Trans-1,3-Dichloropropene EPA 6o1 ug/1 3.4 ND 07/03/89 KD
Methylene Chloride EPA 6o1 ug/1 2.5 ND 07/03/89 KD
1,1,2,2-Tetrachloroethane EPA 6ol ug/1 0.3 ND 07/03/89 KD
Tetrachloroethene EPA 6ol ug/1 0.3 ND 07/03/89 KD
1,1,1-Trichloroethane EPA 601 ug/1 0.3 ND 07/03/89 KD
1,1,2-Trichloroethane EPA 601 ug/1 0.2 ND 07/03/89 KD
Signed ,-!?.-..,<J
Date 07/20/89
Page 2
Lab Number
Project No.
89-3820-08
GVE-2231
• • LAW ENVIRONMENTAL NATIONAL LABORATORIES
TEST DATA RF.PORT
---Test Data ---
Parameter. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . Method. . . . Uni ts Det. Limit Results ... Test Date Analy
--ORGANIC ANALYSIS RESULTS
Trichloroethene EPA 601 ug/1 1.2 ND 07/03/89 KO Trichlorofluoromethane EPA 6o1 ug/1 3.2 ND 07/03/89 KO Vinyl Chloride EPA 6o1 ug/1 1.8 ND 07/03/89 KO Benzene EPA 6o2 ug/1 1.0 ND 07/03/89 KO Chlorobenzene EPA 6o2 ug/1 1.0 ND 07/03/89 KO Ethyl benzene EPA 6o2 ug/1 1.0 ND 07/03/89 KO Toluene EPA 6o2 ug/1 1.0 ND 07/03/89 KO Xylenes EPA 6o2 ug/1 2.0 ND 07/03/89 KO
Signed
Date 07/20/89
Page 1
Lab Number
Project No.
Project Name
Station ID
Matrix
Type
Collector
Remarks
• LAW ENVIRONMENTAL NATIONAL ilRATORIE.S
TEST DATA REPORT
---Project Information
89-3820-09
GVE-2231
SHEPHERD PROPERTY
WW-9
w
GRAB
GS
Cust. No.
Sample Information ---
Sampled Date/Time
Received Date/Time
Received From/By
Chain of Custody
Number of Containers
---Test Data ---
06/28/89 15:50
06/30/89 10:15
GS/CLM
6980
3
Parameter .............................. Method .••. Units Det. Limit Results ••• Test Date Analy
--ORGANICS PREP RE.5ULTS --
GC voe SCREENING N/A 07/03/89 JAS
--ORGANIC ANALYSIS RE.5ULTS
Bromodichloromethane EPA 601 ug/1 1.0 ND 07/11/89 KD Bromoform EPA 601 ug/1 2.0 ND 07/11/89 KD Bromomethane EPA 601 ug/1 12 ND 07/11/89 KD Carbon tetrachloride EPA 601 ug/1 1.2 ND 07/11/89 KD Chloroethane EPA 601 ug/1 5,2 ND 07 /11/89 KD 2-Chloroethylvinyl ether EPA 601 ug/1· 1.3 ND 07/11/89 KD Chloroform EPA 601 ug/1 0.5 ND 07/11/89 KD Chloromethane EPA 601 ug/1 0.8 ND 07/11/89 KD Dibromochloromethane EPA 601 ug/1 0.9 ND 07 /11/89 KD 1,2-Dichlorobenzene EPA 601 ug/1 1.5 ND 07/11/89 KD 1,3-Dichlorobenzene EPA 601 ug/1 3,2 ND 07/11/89 KD 1,4-Dichlorobenzene EPA 601 ug/1 2.4 ND 07/11/89 KD Dichlorodifluoromethane EPA 601 ug/1 18 ND 07/11/89 KD 1,1-Dichloroethane EPA 601 ug/1 0.7 ND 07/11/89 KD 1,2 Dichloroethane EPA 601 ug/1 0.3 ND 07/11/89 KD 1,1-Dichloroethene EPA 601 ug/1 1.3 ND 07/11/89 KD Trans-1,2-Dichloroethene EPA 601 ug/1 1.0 ND 07/11/89 KD 1,2-Dichloropropane EPA 601 ug/1 0.4 ND 07/11/89 KD cis-1,3-Dichloropropene EPA 601 ug/1 3,4 ND 07/11/89 KD Trans-1,3-Dichloropropene EPA 601 ug/1 3.4 ND 07/11/89 KD Methylene Chloride EPA 601 ug/1 2.5 ND 07/11/89 KD 1,1,2,2-Tetrachloroethane EPA 601 ug/1 0.3 ND 07 /11/89 KD Tetrachloroethene EPA 601 ug/1 0.3 155 07/11/89 KD 1,1,1-Trichloroethane EPA 601 ug/1 0.3 ND 07/11/89 KD 1,1,2-Trichloroethane EPA 601 ug/1 0.2 ND 07/11/89 KD
Signed c;~~
Date 07/20/89
Page 2
Lab Number 89-3820-09
Project No. GVE-2231
• LAW ENVIRONMENTAL NATIONAL loRATORIES
TE.ST DATA REPORT
---Test Data ---
Parameter ............•................. Method .... Units Det. Limit Results ... Test Date Analy
--ORGANIC ANALYSIS RESULTS
Trichloroethene EPA 601 ug/1 1.2 ND 07/11/89 KD Trichlorofluoromethane EPA 601 ug/1 3.2 ND 07/11/89 KD Vinyl Chloride EPA 601 ug/1 1.8 ND 07/11/89 KO Benzene EPA 602 ug/1 1.0 ND 07 /11/89 KO Chlorobenzene EPA 602 ug/1 1.0 ND 07/11/89 KO Ethyl benzene EPA 602 ug/1 1.0 ND 07/11/89 KO Toluene EPA 602 ug/1 1.0 ND 07/11/89 KO Xylenes EPA 602 ug/1 -2.0 ND 07/11/89 KO
Signed
Date 07/20/89
Page 1
Lab Number
Project No.
Project Name
Station ID, :
Matrix
Type
Collector
Remarks
• • LAW ENVIRONMENTAL NATIONAL LABORATORIFS
TEST DATA REPORT
---Project Information ---
89-3820-10
GVE-2231 Cust. No.
SHEPHERD PROPERTY
---Sample Information ---
WW-10
w
GRAB
GS
Sampled Date/Time
Received Date/Time
Received From/By
Chain of Custody
Number of Containers
---Test Data ---
06/28/89
06/30/89
GS/CLM
698o
3
16:00
10:15
Parameter .....................•........ Method .•.. Units Det. Limit Results ... Test Date Analy
--ORGANICS PREP RESULTS --
GC voe SCREENING N/A 07/03/89 JAS
--ORGANIC ANALYSIS RESULTS
Bromodichloromethane EPA 601 ug/1 1.0 ND 07/03/89 KD Bromoform EPA 601 ug/1 2.0 ND 07/03/89 KD Bromomethane EPA 601 ug/1 12 ND 07/03/89 KD Carbon tetrachloride EPA 601 ug/1 1.2 ND 07/03/89 KD Chloroethane EPA 601 ug/1 5.2 ND 07/03/89 KD 2-Chloroethylvinyl ether EPA 601 ug/1 1.3 ND 07/03/89 KD Chloroform EPA 601 ug/1 0.5 ND 07/03/89 KD Chloromethane EPA 601 ug/1 0.8 ND 07/03/89 KD Dibromochloromethane EPA 601 ug/1 0.9 ND 07/03/89 KD 1,2-Dichlorobenzene EPA 601 ug/1 1.5 ND 07/03/89 KD 1,3-Dichlorobenzene EPA 601 ug/1 3.2 ND 07/03/89 KD 1,4-Dichlorobenzene EPA 601 ug/1 2.4 ND 07/03/89 KD Dichlorodifluoromethane EPA 601 ug/1 18 ND 07/03/89 KD 1,1-Dichloroethane EPA 601 ug/1 0.7 ND 07/03/89 KD 1, 2 Dichloroethane EPA 601 ug/1 0,3 ND 07/03/89 KD 1,1-Dichloroethene EPA 601 ug/1 1.3 ND 07/03/89 KD Trans-1,2-Dichloroethene EPA 601 ug/1 1.0 ND 07/03/89 KD 1,2-Dichloropropane EPA 601 ug/1 0.4 ND 07/03/89 KD cis-1,3-Dichloropropene EPA 601 ug/1 3.4 ND 07/03/89 KD Trans-1,3-Dichloropropene EPA 601 ug/1 3.4 ND 07/03/89 KD Methylene Chloride EPA 601 ug/1 2.5 ND 07/03/89 KD 1,1,2,2-Tetrachloroethane EPA 601 ug/1 0. 3 ND 07/03/89 KD Tetrachloroethene EPA 601 ug/1 0.3 8.7 07/03/89 KD 1,1,1-Trichloroethane EPA 601 ug/1 0.3 ND 07/03/89 KD 1,1,2-Trichloroethane EPA 601 ug/1 0.2 ND. 07/03/89 KD
Signed L~-A2:/
Date 07/20/89
Page 2
Lab Number
Project No.
89-3820-10
GVE-2231
• LAW ENVIRONMENTAL NATIONAL loRATORIES
TEST DATA REPORT
---Test Data ---
Parameter .............................. Method ...• Units Det. Limit Results ... Test Date Analy
--ORGANIC ANALYSIS RESULTS
Trichloroethene EPA 601 ug/1 1.2 ND 07/03/89 KD Trichlorofluoromethane EPA 601 ug/1 3.2 ND 07/03/89· KD Vinyl Chloride EPA 601 ug/1 1.8 ND 07/03/89 . KD
Benzene· EPA 602 ug/1 1.0 ND 07/03/89 KD Chlorobenzene EPA 602 ug/1 1.0 ND 07/03/89 KD Ethyl benzene EPA 602 ug/1 1.0 ND 07/03/89 KD Toluene EPA 602 ug/1 1.0 ND 07/03/89 KD Xylenes EPA 602 ug/1 2.0 ND 07/03/89 KD
Signed
Date 09/05/89
Page 1
Lab Number
Project No.
Project Name
• • LAW ENVIRONMENTAL NATIONAL LABORATORIES
TEST DATA REPORT
---Project Information ---
89-3820-11
GVE-2231
SHEPHERD PROPERTY
Cust. No.
Manager: GLENN SOFGE
Station ID
Matrix
Type
Collector
Remarks
WW-11
w
GRAB
GS
---Sample Information ---
Sampled Date/Time
Received Date/Time
Received From/By
Chain of Custody
Number of Containers
---Test Data ---
06/28/89 16: 10
06/30/89 10: 15
GS/CLM
6980
3
Parameter ......•....................... Method ..•. Units Det. Limit Results ..• Test Date Analy
ORGANICS PREP RESULTS
GC voe SCREENING N/A 07/03/89 JAS
--ORGANIC ANALYSIS RESULTS
Bromodichloromethane EPA 601 ug/1 1.0 ND 07 /11/89 KD Bromoform EPA 601 ug/1 2.0 ND 07 /11/89 KD Bromomethane EPA 601 ug/1 12 ND 07 /11/89 KD Carbon tetrachloride EPA 601 ug/1 1.2 ND 07 /11/89 KD Chlo roe thane EPA 601 ug/1 5.2 ND 07 /11/89 KD 2-Chloroethylvinyl ether EPA 601 ug/1 1.3 ND 07/11/89 KD Chloroform EPA 601 ug/1 0.5 ND 07 /11/89 KD Chloromethane EPA 601 ug/1 0.8 ND 07 /11/89 KD Dibromochloromethane EPA 601 ug/1 0.9 ND 07 /11/89 KD 1,2-Dichlorobenzene EPA 601 ug/1 1.5 ND 07/11/89 KD 1,3-Dichlorobenzene EPA 601 ug/1 3.2 ND 07 /11/89 KD 1,4-Dichlorobenzene EPA 601 ug/1 2.4 ND 07 /11/89 KD Dichlorodifluoromethane EPA 601 ug/1 18 ND 07 /11/89 KD 1,1-Dichloroethane EPA 601 ug/1 0.7 ND 07/11/89 KD 1,2 Dichloroethane EPA 601 ug/1 0.3 ND 07/11/89 KD 1,1-Dichloroethene EPA 601 ug/1 1.3 ND 07 /11/89 KD Trans-1,2-Dichloroethene EPA 601 ug/1 1.0 ND 07/11/89 KD 1,2-Dichloropropane EPA 601 ug/1 0.4 ND 07/11/89 KD cis-1,3-Dichloropropene EPA 601 ug/1 3.4 ND 07 /11/89 KD Trans-1,3-Dichloropropene EPA 601 ug/1 3.4 ND 07/11/89 KD Methylene Chloride EPA 601 ug/1 2.5 ND 07/11/89 KD 1,1,2,2-Tetrachloroethane EPA 601 ug/1 0.3 ND 07 /11/89 KD Tetrachloroethene EPA 601 ug/1 0.3 95 07/11/89 KD 1,1,1-Trichloroethane EPA 601 ug/1 0.3 ND 07/11/89 KD 1,1,2-Trichloroethane EPA 601 ug/1 0.2 ND 07 /11/89 KD
Signed c~✓cr~/
Date 09/05/89
Page 2
Lab Number 89-3820-11
Project No. GVE-2231
• LAW ENVIRONMENTAL NATIONAL .RATORIFS
TFST DATA REPORT
---Test Data ---
Parameter .............................. Method .... Units Oet. Limit Results ... Test Date Analy
--ORGANIC ANALYSIS RFSULTS
Trichloroethene EPA 601 ug/1 1.2 NO 07 /11/89 KD Trichlorofluoromethane EPA 601 ug/1 3.2 NO 07 /11/89 KO Vinyl Chloride EPA 601 ug/1 1.8 NO 07/11/89 KD Benzene EPA 602 · .ug/1 1.0 NO 07 /11/89 KD Chlorobenzene EPA 602 ug/1 1.0 NO 07 /11/89 KD Ethylbenzene EPA 602 ug/1 1.0 NO 07 /11/89 KO Toluene EPA 602 ug/1 1.0 NO 07/11/89 KD Xylenes EPA 602 ug/1 2.0 NO 07 /11/89 KD
Signed
,
Date 07 /20/89
Page 1
Lab Number
Project No.
Project Name
Station ID
Matrix
Type
Collector
Remarks
• • LAW ENVIRONMENTAL NATIONAL LABORATORIES
TE.5T DATA REPORT
---Project Information
89-3820-12
GVE-2231
SHEPHERD PROPERTY
WW-12
w
GRAB
GS
Cust. No.
Sample Information ---
Sampled Date/Time
Received Date/Time
Received From/By
Chain of Custody
Number of Containers
---Test Data ---
06/28/89 16:50
06/30/89 10: 15
GS/CLM
698o
3
Parameter .............................. Method . • • • Uni ts Det. Limit Results ..• Test Date Analy
--ORGANICS PREP RESULTS --
GC voe SCREENING N/A 07/03/89 JAS
--ORGANIC ANALYSIS RESULTS
Bromodichloromethane EPA 601 ug/1 1.0 ND 07/03/89 KD Bromoform EPA 601 ug/1 2.0 ND 07/03/89 KD Bromomethane EPA 601 ug/1 12 ND 07 /03/89 KD Carbon tetrachloride EPA 601 ug/1 1.2 ND 07 /03/89 KD Chloroethane EPA 601 ug/1 5,2 ND 07/03/89 KD 2-Chloroethylvinyl ether EPA 601 ug/1 1.3 ND 07/03/89 KD Chloroform EPA 601 ug/1 0.5 ND 07/03/89 KD Chloromethane EPA 601 ug/1 0.8 ND 07/03/89 KD Dibromochloromethane EPA 601 ug/1 0.9 ND 07/03/89 KD 1,2-Dichlorobenzene EPA 601 ug/1 1.5 ND 07/03/89 KD 1,3-Dichlorobenzene EPA 601 ug/1 3.2 ND 07/03/89 KD 1,4-Dichlorobenzene EPA 601 ug/1 2.4 ND 07/03/89 KD Dichlorodifluoromethane EPA 601 ug/1 18 ND 07/03/89 KD 1,1-Dichloroethane EPA 601 ug/1 0.7 ND 07/03/89 KD 1,2 Dichloroethane EPA 601 ug/1 0.3 ND 07/03/89 KD 1,1-Dichloroethene EPA 601 ug/1 1.3 ND 07/03/89 KD Trans-1,2-Dichloroethene EPA 601 ug/1 1.0 ND 07/03/89 KD 1,2-Dichloropropane EPA 601 ug/1 0.4 ND 07/03/89 KD cis-1,3-Dichloropropene EPA 601 ug/1 3.4 ND 07/03/89 KD Trans-1,3-Dichloropropene EPA 601 ug/1 3,4 ND 07/03/89 KD Methylene Chloride EPA 601 ug/1 2.5 ND 07/03/89 KD 1,1,2,2-Tetrachloroethane EPA 601 ug/1 0.3 ND 07/03/89 KD Tetrachloroethene EPA 601 ug/1 0.3 5,3 07/03/89 KD 1,1,1-Trichloroethane EPA 601 ug/1 0.3 ND 07/03/89 KD 1,1,2-Trichloroethane EPA 601 ug/1 0.2 ND 07/03/89 KD
Signed ~~~J
Date 07/20/89
Page 2
Lab Number 89-3820-12
Project No. OVE-2231
• LAW ENVIRONMENTAL NATIONAL &RATORIES
TEST DATA REPORT
---Test Data ---
Parameter .............................. Method .... Units Det. Limit Results ... Test Date Analy
--ORGANIC ANALYSIS RESULTS --
Trichloroethene EPA 601 ug/1 1.2 ND 07/03/89 KD Trichlorofluoromethane EPA 601 ug/1 3.2 ND 07/03/89 KD Vinyl Chloride EPA 601 ug/1 1.8 ND 07/03/89 KD Benzene EPA 602 ug/1 1.0 ND 07/03/89 KD Chlorobenzene EPA 602 ug/1 1.0 ND 07/03/89 KD Ethyl benzene EPA 602 ug/1 1.0 ND 07/03/89 KD Toluene EPA 602 ug/1 1.0 ND 07/03/89 KD Xylenes EPA 602 ug/1 2.0 ND 07/03/89 KD
Signed
Date 07/20/89
Page 1
Lab Number
Project No.
Project Name
Station ID
Matrix
Type
Collector
Remarks
• LAW ENVIRONMENTAL NATIONAL i1~TORIES
TEST DATA REPORT
---Project Information
89-3820-13
GVE-2231
SHEPHERD PROPERTY
Cust. No.
---Sample Information ---
TRIP BLANK
w
GRAB
GS
Sampled Date/Time
Received Date/Time
Received From/By
Chain of Custody
Number of Containers
---Test Data ---
I I
06/30/89 10: 15
GS/CLM
6980
3
Parameter .............................. Method.,,. Units Det. Limit Results ... Test Date Analy
--ORGANICS PREP RESULTS --
GC voe SCREENING N/A 07/03/89 JAS
--ORGANIC ANALYSIS RESULTS --
Bromodichloromethane EPA 6o1 ug/1 1.0 ND 07/03/89 KD
Bromoform EPA 6o1 ug/1 2.0 ND 07/03/89 KD
Bromomethane EPA 6o1 ug/1 12 ND 07/03/89 KD
Carbon tetrachloride EPA 6o1 ug/1 1.2 ND 07/03/89 KD
Chloroethane EPA 6o1 ug/1 5.2 ND 07/03/89 KD
2-Chloroethylvinyl ether EPA 6o1 ug/1 1.3 ND 07/03/89 KD
Chloroform EPA 6o1 ug/1 0.5 ND 07/03/89 KD
Chloromethane EPA 6o1 ug/1 0.8 ND 07/03/89 KD
Dibromochloromethane EPA 6o1 ug/1 0.9 ND 07/03/89 KD
1,2-Dichlorobenzene EPA 6o1 ug/1 1.5 ND 07/03/89 KD
1,3-Dichlorobenzene EPA 6o1 ug/1 3.2 ND 07/03/89 KD
1,4-Dichlorobenzene EPA 6ol ug/1 2.4 ND 07/03/89 KD
Dichlorodifluoromethane EPA 6o1 ug/1 18 ND 07/03/89 KD
1,1-Dichloroethane EPA 6ol ug/1 0.7 ND 07/03/89 KD
1,2 Dichloroethane EPA 6o1 ug/1 0.3 1.9 07/03/89 KD
1,1-Dichloroethene EPA 6o1 ug/1 1.3 ND 07/03/89 KD
Trans-1,2-Dichloroethene EPA 6o1 ug/1 1.0 ND 07/03/89 KD
1,2-Dichloropropane EPA 6ol ug/1 0.4 ND 07/03/89 KD
cis-1,3-Dichloropropene EPA 6o1 ug/1 3,4 ND 07/03/89 KD
Trans-1,3-Dichloropropene EPA 6ol ug/1 3,4 ND 07/03/89 KD
Methylene Chloride EPA 6o1 ug/1 2.5 3,6 07/03/89 KD
1,1,2,2-Tetrachloroethane EPA 6o1 ug/1 0.3 ND 07/03/89 KD
Tetrachloroetherie EPA 6o1 ug/1 0.3 ND 07/03/89 KD
1,1,1-Trichloroethane EPA 6ol ug/1 0.3 ND 07/03/89 KD
1,1,2-Trichloroethane EPA 6o1 ug/1 0.2 ND 07/03/89 KD
Signed ~~~d
Date 07/20/89
Page 2
Lab Number 89-3820-13
Project No. GVE-2231
• LAW ENVIRONMENTAL NATIONAL loRATORIES
TFST DATA REPORT
---Test Data ---
Parameter .............................. Method .... Units Det. Limit Results ... Test Date Analy
--ORGANIC ANALYSIS RESULTS
Trichloroethene EPA 601 ug/1 1.2 ND 07/03/89 KO Trichlorofluoromethane EPA 601 ug/1 3.2 ND 07/03/89 KO Vinyl Chloride EPA 601 ug/1 1.8 ND 07/03/89 KO Benzene EPA 602· ug/1 1.0 ND 07/03/89 KO Chlorobenzene EPA 602 ug/1 1.0 ND 07/03/89 KO Ethyl benzene EPA 602 ug/1 1.0 ND · 07/03/89 KO Toluene EPA 602 ug/1 1.0 ND 07/03/89 KO Xylenes EPA 602 ug/1 2.0 ND 07/03/89 KO
Signed
•
September 5, 1989
Law Engineering, Inc.
1100 Thousand Oaks Blvd.
Greenville, SC 29607
Attention: Tom Lammons
LE Job Number: GVE-2231 (REVISED} LENL Job Number: 12024
Subject: Chemical Analysis of Samples Received on 6/30/89 (#89-3820-11)
Dear Mr. Lammons:
9>:.. w -LAW ENVIRONMENTAL INC.
112 TONNPARK Dll-.t
KENNESAI'< GEORllA 30144·5599
404·421-3400
Law Environmental National Laboratories has revised its analysis of your samples and reports the results on the following pages. These results relate only to the contents of the samples as submitted. This report shall not be reproduced except in full. without the approval of Law Environmental. National Laboratories.
If there are any questions, please do not hesitate to contact us.
Sincerely,
LAW ENVIRONMENTAL NATLyBs
c;'#, ~e/(?J
Clifford H. McBride
QA/QC Coordinator
Attachment: Data Report
cc: Mike Bush, GE-Hendersonvill.e
D'ate 07 /20/89
Page 1
Lab Number
Project No.
Project Name
Station ID
Matrix
Type
Collector
Remarks
• LAW ENVIRONMENTAL NATIONA.lRORATORIES
TEST DATA REPOii19'-
---Project Information ---
89-3820-11
GVE-2231
SHEPHERD PROPERTY
WW-11
w
GRAB
GS
Cust. No.
Sample Information ---
Sampled Date/Time
Received Date/Time
Received From/By
Chain of Custody
Number of Containers
---Test Data ---
06/28/89 16: 10
06/30/89 10: 15 GS/CLM
698o
3
Parameter ............. , ................ Method .... Units Det. Limit Results ... Test Date Analy --ORGANICS PREP RFSULTS --GC voe SCREENING
N/A 07/03/89 JAS --ORGANIC ANALYSIS RFSULTS Bromodichloromethane EPA 601 ug/1 1.0 ND 07 /11/89 KD Bromoform EPA 601 ug/1 2.0 ND 07/11/89 KD Bromomethane EPA 601 ug/1 12 ND 07/11/89 KD Carbon tetrachloride EPA 601 ug/1 1.2 ND 07/11/89 KD Chloroethane EPA 601 ug/1 5,2 ND 07/11/89 KD 2-Chloroethylvinyl ether EPA 601 ug/1 1.3 ND 07/11/89 KD Chloroform EPA 601 ug/1 0.5 ND 07/11/89 KD Chloromethane EPA 601 ug/1 0.8 ND 07/11/89 KD Dibromochloromethane EPA 601 ug/1 0.9 ND 07/11/89 KD 1,2-Dichlorobenzene EPA 601 ug/1 1.5 ND 07/11/89 KD 1,3-Dichlorobenzene EPA 601 ug/1 3,2 ND 07/11/89 KD 1,4-Dichlorobenzene EPA 601 ug/1 2.4 ND 07/11/89 KD Dichlorodifluoromethane EPA 601 ug/1 18 ND 07/11/89 KD 1,1-Dichloroethane EPA 601 ug/1 0,7 ND 07/11/89 KD 1,2 Dichloroethane EPA 601 ug/1 0.3 ND 07/11/89 KD 1,1-Dichloroethene EPA 601 ug/1 1.3 ND 07/11/89 KD Trans-1,2-Dichloroethene EPA 601 ug/1 1.0 ND 07/11/89 KD 1,2-Dichloropropane EPA 601 ug/1 0.4 ND 07/11/89 KD cis-1,3-Dichloropropene EPA 601 ug/1 3,4 ND 07/11/89 KD Trans-1,3-Dichloropropene EPA 601 ug/1 3,4 ND 07/11/89 KD Methylene Chloride EPA 601 ug/1 2.5 ND 07 /11/89 KD 1,1,2,2-Tetrachloroethane EPA 601 ug/1 0.3 ND 07/11/89 KD Tetrachloroethene EPA 601 ug/1 0.3 ND 07/11/89 KD 1,1,1-Trichloroethane EPA 601 ug/1 0.3 ND 07/11/89 KD 1,1,2-Trichloroethane EPA 601 ug/1 0.2 ND 07/11/89 KD
Signed ~-?,.,<,{?J
Date 07/20/89
Page 2
Lab Number
Project No.
•
89-3820-11
GVE-2231
LAW ENVIRONMENTAL NATIONAL.ORATORIES
TEST DATA REPORT
---Test Data ---
Parameter .............................. Method .... Units Det. Limit Results ... Test Date Analy
--ORGANIC ANALYSIS RESULTS
Trichloroethane EPA 6ol ug/1 1.2 ND 07/11/89 KO Trichlorofluoromethane EPA 601 ug/1 3.2 ND 07/11/89 KO Vinyl Chloride EPA 601 ug/1 1.8 ND 07/11/89 KO Benzene EPA 602 ug/1 1.0 ND 07/11/89 KO Chlorobenzene EPA 602 ug/1 1.0 ND 07/11/89 KO Ethyl benzene EPA 602 ug/1 1.0 ND 07/11/89 KO Toluene EPA 602 ug/1 1.0 ND 07/11/89 KD Xylenes EPA 602 ug/1 2.0 ND 07/11/89 KD
Signed
---= --- ------ -----• •
LAW ENVIRONMENTAL, INC
NATIONAL LABO RA TORY
112 TOWNPARK DRIVE
KENNESAW, GEORGIA 30144
[phone]
PROJECT NAME
:;l,e-ht'rd ,Ord=~,-./'.,
SAMPLERS (SIGNATURE)
TIME
m ..
0:
" lf/llfNA. I,.., r° 8/ ,,...,/f::.
f1W /,v /;V -/
/0/0 "'w-W w -3
1210 ,_,-
...... w.v-7
M..-,,,-,c,1-q
/600 ,_,.
RELINQUISHED BY: DATE/TIME
.G~..J~ (SIGNATURE} I
RELINQUISHED BY: DATE/TIME
{SIGNATURE) I
CHAIN OF CUSTODY RECORD 6980
SAMPLING
INFORMATION
JOB NO.
CVE-:225/
II)
D:: ... z
3
3
3
_3
3
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..3
3
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3
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B
3
3~
3 A
3 :i,
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3
RECEIVl:O BY:
(SIGNATURE)
RECEIVED BY:
(SIGNATURE)
NAME OF F AC I LIT y: -~..5~·1-'1_,e=,f'l:'=hc._._e ... d .... ~~8~r~~.,,..,~e=v~';'7~~---" .:-t
STREET ADDRESS:
C ITV /ST ATE: _,,,c"-'-.~,_F_,/_,a"-'"-/-_A"._,,_,~k.~--..,.,~/.,,.(1/~_C.~_. ZIP': _____ ,"
RELINQUISHED BY:
(SIGNATURE)
RELINQUISHED BY;
(SIGNATURE)
3 ..,
RECEIVED BY1
(SIGNATURE)
LENL LAB NO.
a:'J.•:"11 ''-J;:>
-, ...
DATE/TIME
I
R_E_y£Y,ED ATJ:1A,,_ORATORKY// DATE/TIME
/ 6-,---_1-7/• -_ LI~
M,roN'-'TURl!CI ~I, I. I,,...,,;
y RECOVERY wi!.Loi. RW
•
)ISTRIBUTION: ORIGINAL ANO YELLOW COPIES ACCOMPANY SAMPLE SHIPMENT TO LABORATORY. { • SOUPl'CII
CODES: RCRA MONITORING WELL· MW
SOIL/SEDIMENT SO PINK COPY RETAINED BY SAMPLERS. YELLOW COPY RETAINED BY LABORATORY.
SLUDGE· SL
NPDES DISCHARGE· NO
DRINKING WATER· OW
HAZARDOUS WASTE -HW
IJate:
County: ____ ---::~e.;..·..::!!!!~o_n_· __________ ~••~'---------
· Notifier's name and address: Bernard Linder ·--~~~~~------
Spartanburg Hwy. Hendersonville, NC 28739 [phone].
Contact's namet (7('4} 693--2505 Paul Chin -~___;._;_~~-----------,,-----
Site name and address: General.Electric/Waste Proc. ---------------
f Water Pond; Spartanburg Hwy., Hendersonville, NC 28739.
Site location: ·-:------~--------
Type of waste : ___ w_a_s.:.t_;e_w.:.at-:-e~r--:t.:.r.:.e.:.at_;_m_e:...n..:t_::_P.:..o_nd:.._c_o_n_t.:.a._i n_i_n_:g~· :_e_l e::_v_a_t_:e_d_l e.:_v_e:_l_:s_:_o_f __
aluminum, zinc, copper and nickel.
What process generated the. waste? Al'uminun Annodizing, cleaning of
alvanized steel
Volume of waste: --------------=-----
Nethod of storage or disposal: --------------surface impoundment
Dates of waste activity: 1969-1977 ·----=-~~-------__:_ __
Site _history:Bernard Linder notified of a surface impoundment on general electric
property. The impoundment contained wastewater from al ul1]i num annodi zing and galvanized ·steel cleaning operations. The impoundment was cleane~ out in. 1977 under state direction and its current discharge is regulated under an waste
water permit.
I ,
*The pr,eceding information is based on preliminary data supplied by the Environmental Protection Agency, and not on detailed site investigations.
• County:_-1===w.... _______________________ _
.e: _ _;_F_e_b_r_u_a_r~y_;._3~,_1_9_8_2_
· Notifier's name and address: Bernard Linder _ __;..:..;;c::..:..;:....;:=~-------------
Sparta.nburg Highway, Hendersonville, N. C.
Contact's name: Paul Chin [phone] ------'--'----------------'------
Site name and address: General Electric Company -----------=--.....:.. ___________ _
Site location: ---------------------------
What process generated the waste? The cleaning out of the waste-water
impoundment, impoundment contained. waste from copper plating, aluminum anodizing
. water base coatings .
. Volume of waste: 135:ooo ft3 ____ .;._ _________________________ _
.t-lethod of storage or disposal : __ S_l_u_d..::g:...e_f_r_om_o_l_d_i_m..:.p_o_u_n_dm_en_t__:p_l_a_c_e_d_i_n __
new impoundment.
Dates of waste activity : __ 1_9_7_7 _____________________ _
Site history: Mr. Bernard Linder notified of waste disposal that occurred
on property belonging to General Electric Company. In 1977, the sludge from
a waste water impoundment was removed and placed into a newly constructed.
impoundment. This action took place with the knowledge. of appropriate state
officials.
0[11
fJCO 079O4<1'-I cG
6ftv, ,Rrv -rsJ)
/
*The pr,eceding information is
the Environmental Protection . l investigations.
----§>
based on. preliminary data supplied by
Agency, and not on detailed site
77
•
NOTIS REPOl<T i4
"" .• OTlfICAT!Oti
Ii) 1~0,
'. 1 • ------------
NCS000001J84
. "
V
....
....
.....
'· j
'
SITE tiM1E
SITS STHt;:ET
5!1'E CIT¥
SITE COUrJ1'y
EpA Sl'l'E ID Ii□•
• •
ENVlkUNMEflTAL PRUt~CTIUN AG~~C~
LISTING bY fAClLlT~
REGION: 04 STAT~I NC
NDTlfIER ciAME
r<lJ1'lflER S'lAE:E:'f
~OTif'li:R CI'f,
(CONTACT NAME/TIILE)
(COSTAC 'f PttUN~)
'
StATE ZIP
I •
PAGE: 172
REPORT DAIEI 10/20/81
NOTif.IER .STATUS
(PRES OWN, PAST OWN
PRES DP, PAST UP
TRAUSPDRTER, .
VOLUNTEER)
--------------------------------------------------------------------------------------------------
GENERAL ELECTRIC/WASTE PROC 1 WATER POND
s~,RTA~BURG HIGHWAY
Ht:t,UEH.SO!iVILLt: 28739
MEi~Dr:f<SOi~
r;CD079044426
RELEASES ro THE ENVIRONMENT: SUSPECTEu ----------------------------
WASTi:: A;-iQUS'l': 0
------------
SPARTAi,BORG H•Y
hErlDERS01<V ILLE NC 207 39
(LIN~EK, BER•D, UNIT MGK/UA )
(704•693•257•)
DATES or WASTE HANDLING: 1969 TO 1977 ------------------
ti ACRES MAP PRESENT! NO FORM TYPE: 8900•1
------------------------
NOTif. POSTMARKED DATE: 81/06/09 SIGNATURE PRESENT: YES DA'fE OF LAST UPDATE: 81./10/19
----------------------
TYPE OF FACILITY
--------------------
IMPOUNDME\~1'
------------------------------------·
TYPES Or" sASTES
--------------------------------------------------
HEAVY METALS
ACIOS
COMMEta'S
----------------------------------------
SEE FILE
SIC 3646
-------
1
4U0
SOURCES OF WASTE
--------------------
PLATING/POLISHioG
-------------------
" •"-----------------------------------------------------------------------
l1J
9 • •
NOTIS REPORT 14
•
ENVIRONMEWTAL PROIECT!UU AGE•CI
NUTI5 DATA MA>AGEME~T SISTEM
LISTING HI fAClLlTI
REGION: 04 STATE: NC
I •
PAGEi 77
REPORT DATE: 10/20/81
-=□=T=1=r=1=c7A-T~IO~N~-S~I~T .. E~t~IA~M~E~---------------~N~u~r=I~f=1~.~R~N7A-ME~.---------------.~□~T~I~f~I~E'"'R~s--T~A=r~u~s~--------
ID NO SITE STREET NUTiflER STriEEf (PRES . ' I
SITE CI'fl NOTI IER C 'fl S'i'~TE ZIP PRES
SITE COUJTI (CONTACT NAME/TITLE) TRANSPORTER,
EPA SITE ID NO, (CONTACT PH□~E) VOLUNTEER)
.----------------------------------------------------

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-
-
-
-
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-
-
-
-
-
-
-
-
-
-
-
-
-
------------------
NCS00000!090 GE~ERAL ELECTRIC/DRY PONO BERID LINDER
SPARTANBURG HIGHWAI SPARTANBURG HIGHWAI
HENUERSONVILLE 28739 HE1,DER5UNV!LLE ;;c 20139
HErlDKRSON (LINDER, BERND, U~IT MGM
·1, NCD079044426 (704•693•2570) ----------~--~---------------~--~-~-~-------------------------------
RELEASES TO THE ENVIRONMENT: SUSPECTED UAtES or ~ASTE HANDLING: 1977 TO 1977 --------------------
,<AST_E A~JOUNT: 135,000 CU rT AREA: 1 ACRt:o MAP PRESENT:, NO ,r□RM TIPEI 8900•1
------------------------------------
..• ________ "_□_T_I_r_._P_□s_T_M_A_R_K_E_u_□_A_T_E_: __ 8_1_,_0_&_1_0_9 __ s_:.r_c_1:.lA:.T-_U:.R:.-E ___ P_>R ___ E __ s __ ~-·_• __ ,_r_, __ Y_~_s ___ o_A_T_E_u_,f_L_A_s_T_u_P_□_A_T_E_1 __ a_1_,;_1_0_1_1_9 ____________ _
-----------------------------------------
-
" . "
TYPE or FACILITI
--------------------
lf.lPlJU i~ DMEl<T
--------------------------------------------------
HEAVY NZTALS
COl<,MENTS
----------------------------------------
SEE FILE
SEE FILE
SIC 46
-------
l
4
V
-,.------------------------------------
SOURCES OF wAstE
--------------------
PLATING/POLISHING E •(SEE CO~f1EiiT"'" _________ _