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;, •, ,f� NORTH CAROLINA DEPARTMENT OF
k ,g ENVIRONMENT AND NATURAL RESOURCES
DIVIsIOf4SHEVILL R WATER QUALITY
i AsHEVILLE REGIONAL OFFICE ,
IAS ;
NCDEhIR GROUNDWATER SECTION
a,
fuA +�� ?'•' December 7, 1998
',J}(MEe B.HUNT Jq?,�:.'y:
GOVERNOR
Mr. Henry A. Donaldson
Cranston Print Works Company
�!e Webster Division
q�tt 2 Worcester Road, Webster, MA 01570-0130
� �Vwreie'INtDevlrr."
_.B[ORETARY } '�, Subject : Groundwater Sampling
Cranston Print Works
�e
e�hxa7 Fletcher NC Facility
Henderson County
At�'11�El70N Ht�Wi1Rn•J� :� .
PEdbIRlCTOR�=' ,'�� _ This office has reviewed information provided as a result of a Phase II Environmental Site Assessment at the
'subject site. The results included analytical data for
ofathels of lead and chrmium
data provided indicates lthat n 5 mthere rarelno Review
exceedances of the North Carolina Groundwater Standards
* , ,; (2L) for chromium and lead in samples analyzed, for
dissolved constituents according to Groundwater Section
trM�Jx Al policy on metals determination.
If you have any comments or questions, you may contact me
or Kay Dechant at [phone] .
p'I i Sincerely
Donald R. Link, L.G.
Regional Groundwater
4-,- Supervisor
,-Y
> � \lkd
' V.,A . _
•r• ^`T cc: Arthur Mouberry
R� Don Greene
INT[PbNAN6[IYILOINO,EY WOOOFIN PMCI,AEMEVILLE,NC 2 0101 4 4 1 4
AN EQUAL OPPORTUNITY 1AFFIRMATIV[ACTION EMPLOY9R•00%MYCLEB1199E POOT•GONEUM6R RAPER

2UPMII11pi1 3 0 1998
November 25, 1998
NC DENR-DWM UST Section
Asheville Regional Office
Interchange Building
59 Woodfin Place
Asheville,NC 28801-2414
Attention: Ms. Kay Dechant
RE: Chrome and Lead Analyses for Groundwater at the Cranston Print Works
Facility, Fletcher, North Carolina,AES Project# 8404.01
Dear Ms. Dechant:
Alpha Environmental Sciences, Inc. is providing this additional summary letter to provide
clarification for recent sampling and analysis results for the above referenced facility. As
we recently discussed with you, Alpha has resampled the monitoring well in question,
specifically monitoring well MW-4 (Alpha number) and analyzed the sample for both
total chrome and total lead as well as dissolved chrome and dissolved lead. The results
were recently reported to our client and show that the dissolved levels are at or below 2L
Groundwater Standards for both metals. As we discussed with you, it is our
understanding based on a hand written faxed diagram that the well resampled by Pace
Analytical identified as MW-3 matches with the well Alpha identified as MW4;
therefore, Pace's results from MW-3 and Alpha's results from MW-4 are the same well.
hi addition, we have contacted our analytical testing laboratory to confirm the sample
preparation method. The laboratory confirmed that their sample method was in
accordance with EPA method 3030K which utilizes a microwave oven to heat the sample
rather than the hot plate used in method 3030C; however, all of the parts of the method
are exactly the same. Therefore, as we understand it, the sample collection and sample
preparation and analysis were carried out in accordance with State guidelines and the
metal sampling requirements under NC DENR. Should you have any question with
regard to the information contained in this letter or concerning the results, please do not
hesitate to contact us.
PROFESSIONAL ENVIRONMENTALCONSJL LTING
Engineering Services Provided by Alpha Engineering Services, PA
Corporate Office: Service Office:
367 DELLWOOD RD., SUITE A-2, POST OFFICE BOX 31 660 RIVERLAND DRIVE, UNIT B
WAYNESVILLE,NC 28786 • 828-452-3449/ FAX [phone] CHARLESTON,SO29412.843-795-1220/FAX [phone]

Respectfully submitted,' "
Alpha Environmental Sciences,Inc.
Roger D.Moore,P:G.
Professional Geologist/Division Manager
RDM:dps
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CRANSTON PRINT WORKS CO C�MLU D
WEBSTER DIVISION ) 6
2 WORCESTER ROAD. WEBSTER, MA 01570 0130
508 943-0520 `d
FAX [phone] �—•-- •-
. Section
BY FACSIMILE: 828/251-6452 AND A&tevu=Regmnel OffOffice
CERTIFIED MAIL, RETURN RECEIPT REQUESTED
November 11, 1998
Mr. Don Link
Groundwater Section
North Carolina Department of Environment
and Natural Resources
59 Woodfin Place
Asheville,NC 28801
Re: Groundwater Sampling Fletcher, North Carolina Facility
Dear Mr. Link:
As follow up to sampling we conducted at our Fletcher Facility and submitted to
you in a letter dated October 20, 1998, Owen Manufacturing had monitoring well MW-4
resampled. Enclosed please find the results of this sampling which was conducted by
Alpha Environmental Sciences Inc. In their letter to Owen Manufacturing Alpha noted
that results for chromium and lead were at or below the 2L groundwater standards for the
dissolved analyses. They concluded that these results, the recent results obtained by Pace
Labs and information in the State's files indicate that no further action is recommended.
If you concur with this recommendation or have any questions or concerns please
contact Don Greene at our Fletcher Plant at 828/684-6411 Ext. 204 or 828/684-8634 or
myself at 508/943-0520 Ext. 756
Sincerely,
Henry A. Donaldson Manager
Safety and Environmental Services
cc: D. Greene
T. Palazzo
AN EMPLOYEE-OWNED COMPANY
i 672

11/05/98 15:54 %Y401 943 6791 CRANSTON PRINT 16009
.NOV-05-98 THU 10145 AM 0, D, OWEN NANUFROTURING FRX Nu, (U9 i_aa uaul
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November 5, 1998
Owen MarrufaetVring
Post Office Box 457
Swennanoa,NC 29778
Attention: NIr_William?Ott
RE; Resampling of MW-4 for the Limited Phase U Site Assessment,
Cranston Print Works.Facility,Fletcher,North Caroline,
AES Project 0 8404.01
Dear.Mr. Pott:
In accordance with your request, Alpha Ettviro nmmtal Sciences, 1ne. has resaznpled
monitoring well n=bered MW-4 at',the above referenced facility in order to co�rnn the
detections of chrome and lead originally reported in our Limited Phase II Site t��mow
ent
dated September 28, 1998. The return visit included prop P >�$ of
monitoring well using a submersible battery aperated purge pump. Water was purged
from the monitoring well until temperature and conductivity readings had stabilized
indicating that the sample was representative of the surficial aquifer. A sample was then
collected from the monitoring well, placed in a nitric,preserved polywethyllenbottle and
placed' in an ice filled cooler on site. Chain'of-ousted. reeord
shipped With the sample to the analytical testing laboratory. The sample was requested to
be analysed for total and dissolved chromium and total curd dissolved lead, the two (Z)
constituents which had exceeded Lhe 2L standards as noted in the Phase 11 Site
Assessment. When tested using thane methods for comparison,the sample show
lf the
tlY
different results indicating that a small amount of particulates is carrying
cbxomium and lead into the groundwater sample. The dissolved results show the most
accurate levels of the metal's constituents because the samples are. filtered in the
laboratory prior to analysis. For monitoring Well MW4, the results show that chromium
and lead are at or below the 2L goundwater standards for-the dissolved analyses. Based
on these levels detected and relatively similar results detected in the aunples analyzed by
Pace Analytical,we would recommend no further action with regard io'the chromium and
lead in groundwater at this site. The State Santpiing and analysis which ended in 1987
dorcrrnined thal no further action wks necessary related to the cleanup of the cbr minrn
e
waste. We have reviewed the file information available at the Asheville Regional
pppFLSSJONAL.'k'NVIIJON E-N-rALC(YNSULriNG
Lngiacc,iat Scrn,n.16 provided 6y Alyhes t:,44inrcrinR SQn!I(es, PA svviag Office:
Carpordle U1Fee-' 060 RrVL•RLANND 121tM,UNIT 8

11/05/98 15:54 %2401 943 6791 CRANSTON PRINT Z 004
kV-05-98 THU 10:45 AM C, D. OWEN MANUFACTURING MA NU, (U4 400 uaui
yy4 y;:t AM T--XUM ALNNA-•tNVI1KUNM&1NIAL /IOuflyG/iSEL7
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the assessment of the waste release and with
concerning the site, both with regard to
rogatd to sampling and monitoring arid the termination of monitoring upon achieving
clean samples for a period of several yws. We would recommend no furthstion tion,
therefore, regarding the metals detected at the site. Should you have any q
regard to the information contained iu our report, please do not hesitare to contact us.
Respmotfully submitted,
Alpha Environmental Sciences,Inc.
I
Roger D, Moore,P.G.
Professional Geologist/Division Manager
RDM:dps
I

11/05/98 15:54 V401 949 6791 CRANSTON PRINT (6005
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(,W9:TON 1PIU14T WORKS
ANALy'T1CAL RESULTS—CHROMIUM AND LEAD
MONITORING WELL MW-A
RESULTS DiCAC ZL STANDARD
m m
Chromium Total- ug1~ltere 0.25 0.05
Chromium-Dissolved
0:05 • 0.05
Lead Total-nnYiltered '10.01 0.015
0.005 0.015
Lead-DI$SOIVed
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NTIV. -I1' 99(W'ED) 15 42 WEBSTER ENGINEERING TEL:[phone] P. 002
CRANSTON PRINT WORKS COMPANY
WEBSTER DIVISION
2 WORCESTER ROAO. WEBSTER,MA 01570-0130
50&94&0520
FAX [phone]
BY FACSRwMk: 829/251-6452 AND
CERTIFIED MAIL. RETURN RECEIPT REQUESTED
November 11, 1998
Mr.Don Link
Groundwater Section
North Carolina Department of Environment
and Natural Resources
59 Woodfin PIace
Asheville,NC 28801
Re: Groundwater Sampling Fletcher,North Carolina Facility
Dear Mr.Link:
As follow up to sampling we conducted at our Fletcher Facility and submitted to
you in a letter dated October 20, 1998, Owen Manufacturing had monitoring well MW-4
resampled. Enclosed please find the results of this sampling which was conducted by
Alpha Environmental Sciences Inc. In their letter to Owen Manufacturing Alpha noted
that results for chromium and lead were at or below the 2L groundwater standards for the
dissolved analyses. They concluded that these results,the recent results obtained by Pace
Labs and information in the Stata's files indicate that no further action is recommended.
If you concur with this recommendation or have any questions or concerns please
contact Don Greene at our Fletcher Plant at 829/684-6411 Ext. 204 or 828/684-8634 or
myself at 508/943-0520 Ext. 756
Sincerely,
XW -)
Henry A Donaldson Manager
Safety and Environmental Services
cc: D. Greene
T. Palazzo
P
AN EMPLOYEE-OWNED COMPANY
srl

NOV. -11' 9B(WED) 15:43 WEBS,TERR ENGINEERING TEL:[phone] P. 003
FAX TfMSMrffAL
CRANSTON PRINT.WORKS COMPANY
WEB$TER DIVISION
2 WORCESTER ROnO_WEES)ER. MA•)iS7"130
PRONG:(1Q3)M-w2Q
ASSCRAN(CALENCR<EEUNd.PAX(SOE)943A46E
a
0 M on f o>r iv�?)
VV
DATE: _ lwj /O /9FZP k/e ty Own-a,-
FROM: /Jt 4 f' / d S
TO: {/
COMPANY: �3
FAX NUMBER:
Number of pages including this cover sheet:
COMMENTS:
Ca 1Z Al c. f r9 eAQ,
AN EMPLOYEE-OwNEO COMPANY

NOV, -11' 98(WED) 15:43 WEBSTER ENGINEERING TEL:[phone] P. 004
11/05/98 15:54 TP401 943 0791 CRANSTON PRINT
NOV-05-88 THU 10:45 AM C, D. OWEN MANUFACTURING FAX NU:—0 cat) UUUI �003
. 17—fly-1598 9=351U`I rf2UM /iLvrv+�ervv lnW.n•s..i..ti ,----
All
• IIIi111111111N 111111111Ililli
November s; 1998 •
Owen Msnuf ieniring
Post Office Box 457
Swannanoa,NC 29778
Attention: Mr_William Pott
RR: Resatmpling of MW-4 for the I.imS[ed Phase II Site Assessment,
Cranstoa print WotRs,Facilityr Fletcher,North Carolina,
ARS1 Project#8404.01 1
Dear.Mr. Pott:
In accordance with your inquest, Alpha Environmental Sciences. lno. has recampled
monitoring well numbered MW-4 at the above refewneed facility in otdm'to confam the
detections of ehmme and load originally reporrod in our Limited Phase ll Site Assessment
dated Septembor 28, 1999. The retrun visit included proper purging of the shallow
monitoring, well using a submersible battery OP=1dd forgo pump. Water•was purged
from the tnorritoring well until temperature and Conductivity readings had stabilized
indicating that the sample was representative of the stir5taal aquifer. A sample was than
collected.from the monitoring well, placed in a nitric,preserved polyetl+ylene bottle and
placed in an ice filled cooler on site. Chain�of-custody record was Completed and
shipped with the sample to the analytical testing laboritcay. The saruple was requested to
be analywd for total and dissolved chromium and total sold dissolved lead, the two (2)
constituents which lad' exceeded the 2.L stmndards as noted in the Phase dI Site
Assessment. When tested using these methods for comparison,rba samples show slightly
different results indicating that a small amount of particulatuts is carrying same of the
chromium and Iead into the gmundWater sample. The dissolved residua show the most
accurate levels of the meral's const[6ents because the samples are, filtered in the
laboratory prior to analysis, For monitoring well M W-4,the results show that chrolniu M
and lead are at or below the ZL groundwater standards far the dissolved analyses. Based
on thefts levels detected sad relatively Similar peclis detected in the samples aaalyzad by
Pace Analytical.we would recorrsmead no further action w9th regard is the chromium and,
lead in groundwater at this site. T11e State sampling.and analysis whiob ended in 1997
determined that no further action%49 necessary related to the cleanup of the ebromiurn
waste. We have revicw*a the file information available at the Asheville Regional Offlee
i
PR(.)r—S51UNA1.V.NV1RONW,VTALCGN'+uLT]NGi
Cnpi,wrriet h•roico*Peet/ea by A104 DWieerrier SNr104 PA 9ervip Office.
--t:urp�rRtlC1�N6�:+-Twrnrrr.nrvv ,i 560RIVE•1l ANDPR1Va.IINIT5

NOV. -I1' 98(WED) 15:44 WEBSTER ENGINEERING TEL:[phone] P. 005
kV �0011/05/98 15:54 '$401 043 5781 CRANSTON PRINT
-05-98 THU 10:45 AM C. D. OWEN h1ANUFAC'1"uRINU PM NU. Iu4 COO uaul
4
11';IaS-1t:s S J,ESPM rKUM aU+w.--hNv1MJNMMNIHI- 0W&&tGltfdtl ' ~• �
II 1
concerning the site, both with regard to the assasanegt of the waste release and with
regard to sampling and monitoring acid the tennin'ticm of monitoring upon achieving
clean samples for a period of soveral years. We would recommend no further acdva.
therefore, regarding the metals detooted at the site. Should you halm 5ny questivn with
regard to tho information contained in our report,plaaae do not hesitam to contact us.
Respectfully WbraiTt4
Alphg Euvironmenthl Selenees,Ina.
Roger b,Moore,P.O.
Professional GevloeietlDivision Manager
i •
RDM-.dps
t
i

NOV, -11' 98(WED) 15:44 WEBSTER ENGINEERING TEL:[phone] P. 006
11/05/08 15:54 V401 040 6701 CRANSTON PRINT U 005
NOV-05-88 T U 10:4 r•6 Aft .�' .OWEN t1RNUFROTURING FAX NU. fu4 Ou Wul 1. V41 w,
AWWi
f ,
M09TON YRINT W(iM S
AHALYTI AL RESULTS WE d AND LIAD
- R.1.M
RESULTS WCAC M,STANDARD
Chromic Total-unflter 0.25 0.05
Chromium-Dissolved 0.05 0.05
Lead oral-lmfdtered ' 0.01 0.035
Lead-Dissolved 0.005 0.015
I
I
l

NOV. -11' 98(WED) 15:44 WEBSTER ENGINEERING TEL:[phone] P. 007
11/05/96 15:55 V401 943 5791 OWSTON PRINT ®008
NCV-a-s THU 10,48 AM C,D, OMEN MANUFACTUKINU 1-1m nu• iu4 eazi uQui
17 E5-1998 9.36AM FROM ALPHA-EW;RE)NmEt4TAL 7244527628 P4GE 01
10/22/1990 16:11 =3275334 VCI
ZNMONy1maz.TFS'TINGleCONSVLMNO.IPIc.
EM
44Ytti wal>*taG�o.c Yoa4�p¢mplds,tN t19111�(901)EQrgt70�FA%(9011397•ti#14
. Fowedtd 19�
October 22, 1998
Mr. Roger Moors
Alpha Environmental
367 Dellwood Road
Suite A-Z
wayhesrille. KC 20786
Rafe PZalytical Testing
ETC Order • 9830707
Project DeaCriptiOr �c=anstca Print works
Project .8404.01
I
The above reEeraaFed projncr; ttae been analysed Pas your
inacructiora- The Analydsaen re performed in our laborwtozy
WastetMmnuale5w1e 6stEPA Methord ds ZOVlthe/SathAnsly�so£n6ater The Sa}id
and Rastee and/or 40 CPR part 136.
The results are shove on tkI attached analysis sheet Is)
please dv apt hesitate to contact our Office i£ you have any `
questions.
sincerely.
2Satli pera, IV
Cb109 Executive Officer
rt
Attachment
i
AL4FDl ESiP
I
Cert1fications i
Tennessee 1tTN0a0a7 OkSah9oma3 #9311
Arkansas
Alabama #40739 j V4rg4nia #00506
KentuCJ� Y900s7 Usa�t�2W8 OFsayuXeers
NGz'th Ca�.'o11Aa Oj-015
$curb Carelind 04 0 02 002

" NOV. -11' 9B(WED) 15:45 WEBSTER ENGINEERING TEL:[phone] P. 008
11/06/98 15:65 V401 943 0701 CRANSTON PRINT
NOV-05-99 THU 10!49 AM C.D. %EN MUFROTURING hm NU. (ULI ezz UOUL �007
11-25-1993 9.36AM FROM ALPHa-EWIIRonWENTPL 704452182d VY'e
Oarr 112
10122:199H 16:11 901327633a
ETC
MVIROMMMITAL C.ID,< a N�[®vr1 ue 3NSULTINi z&.11 '
IN01tgAmc,NAj gM DATA 631M
Client Name Alpha Invlronmeatal project 0 3404.0i
3s? neuvood ae+ad
suiea A-a
N/ayaeavilla• J=C 20796
Site xn Cranston Print Worse I
Date Arrived 1042/913
F,CC Qrder Number 9930707 j
ETC Lab 10 99WW-al Marrta :siQ17BOM
SHPY !DO NW-4 j sample Data :30r11f98
DML-ZZCN TZw aArs
SL6T Itism+T 'QFi�2 LrlsiT A1(ItxY$i77 atT11LYLED HY JtOGTAG'D
- pp.yyp� 0.25 WL O.D3 1.529 30/Z3/9E OF 7,190
rOq��� _ a;OF01vRd 0.05 wp/L 0.03 1525 1D/'22/90 or 7330
4Ead - aiS0e1v06 '0-OUS mg/L 0.002 3.4X7 7.0/Z2/90 TV 7491
Wad 0.010 m1r. 0.092 1417 10/2;190 TO 1421
i
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DAL
CRANSTON PRINT WORKS COMP
WEBSTER DIVISION p Q d
2 WORCESTER ROAD. WEBSTER, MA 015700130 D
5089430520 5089 � 2 6
FAX [phone]e
BY FACSEKME: 323/251-6452 AND C 0!jndw&-Section
CERTIFIED MAIL, RETURN RECEIPT REQUESTED Asheville Re¢ional�_ t
October 20, 1998
Mr. Don Link
Groundwater Section
North Carolina Department of Environment
and Natural Resources
59 Woodfin Place
Asheville, NC 28801
Re: Groundwater Sampling Fletcher, North Carolina Facility
Dear Mr. Link:
In our letter of October 13, 1998, we reported lead and chromium levels above
groundwater standards in one of seven monitoring wells that were sampled as part of a
Phase II Environmental Site Assessment conducted at our Fletcher Facility. We have
resampled this well and four other wells in the same general area as stated in our letter.
The results of that resampling are enclosed for your review. Please note that no chrome
levels exceeded standards. A lead value of 0.025 mg/I was detected in Well No. 3.
If you have any questions or concerns please contact Don Greene at our Fletcher
Plant at 828/684-6411 Ext. 204 or 828/684-8634.
Sincerely,
cif �L
Henry A. Donaldson Manager
Safety and Environmental Services
cc: D. Greene
T. Palazzo
P
AN EMPLOYEE-OWNED COMPANY
oum

- 10/20/98 10:04 V1 704 684 8634 CRANSTON PRINT 10004/011
-Rom: PACE ANALYTICAL FAX NO . : 704 252 4618 10-20-98 08:30A P .01
Pace Analytical Services, Inc.
A 54 Ravenscroft Drive
PaceA w.+l.�+ie.�l Asheville, NC 28801
Tel: [phone]
KAsh�eyflle
P 704-252.4618
� 26WOctober 2G. 1998 ' ondwale-Section Re ional Office I
Mr. Donald Greene
Cranston Print Works Co.
Fletcher Division
US Route 25
Fletcher. MC 28732
RE: Pace Project Number: 931717
Client Project ID: Monitoring Well Sites
Dear Mr. Greene:
Enclosed are the results of analysis for sample(s) received by the laboratory an October 16. 1998. If you have any
questions concerning this report. please feel free to contact me.
Sincerely.
;.1 M1,
4.11-0
Jennifer 3ones
Project Manager
Enclosures
i Abnre cN Ced&g& OgQk TN l Drinking
Water ton I00
NC Wastewater 40 REPORT OF LABORATORY ANALYSIS FLEnvironmemlal 96387
NC Arinlong Water 37712 1 hts report shMI-ot be reproduced,exceol -`.
SC 6nmronmental 99030 without thf.written consent of Pace Analytical SeNl-"s, Irc

- 10/20/98 10:04 'al 704 684 8634 CRANSTON PRINT 10005/011
FROM: PALE ANALYTICAL FAX NO. : 704 252 4618 10-20-98 08131P P.02
Pace Analytical Services.Inc.
54 Ravenscroft Drive
P l Asheville,NO 288D1Ad C Mwa1Y+:n'I
Tel.704 25d 7176
Fax:[phone]
DATE: 10/20/98
PAGE: 1
Cranston Print Works Co. Pace Project Number: 931717
Fletcher Division Client Project ID: Monitoring Well Sites
US Route 25
Fletcher. NC 28732
Attn: Mr, Donald Greene
Phone: [phone]
Solid results are reported on a vet weight basis
Pate Sample No; 9378157 Date Collected; 10/16/98 Matrix: Water
Client Sample ID: PACE MW #5 Date Received: 10/16/98
Parameters Results Units PRL Analyzed Analyst C45# Footnotes
Metals
ICP Metals Method: EPA 200.7 Prep Method: EPA 3010
Chromium NO mg/L 0,02 lo/19/98 KEK 7440.47.3
Date Digested 10/17/98
Lead by Furnace. Method 239.2 Method: EPA 239.2 Prep Method: EPA 20OF
Lead 0.005 mg/L 0.005 10/19/98 UK 7439.92.1
Date Digested 10/17/98
:ati� _a Geniflcaion IDs, TN Dri>QfY- 98Q
NO Wastewater 40 REPORT OF LABORATORY ANALYSIS TN Drinking Water FL EnNronrn4ntal 96317 96317
NC Drinking Water 37712 Thls report shall not be reproduced,except In full,
SC Environmental 99030 without the written consent of pace AnaiAlcal Services.Inc,

10/20/98 10: 05 '—'tl 1 704 684 8634 CRANSTON PRINT U006/011
FR011: PACE ANALYTICAL FAX No . : 704 252 4618 1e-20-98 00:31R P .93
Pace Analytical Services,Inc,
.. 54 Ravenscroft Drive
Datro Anawtlral Asheville, NO 28801
Tel:[phone]
Fax: [phone]
DATE: 10/20/98
PAGE: 2
Pace Project Number: 931717
Client Project ID: Monitoring Well Sites
Pace Sample No: 937817S Date Collected: 10/16/98 Matrix: Water
Client Sample ID: PACE PM #4 Date Received: 10/16/98
Parameters Results Units PRL Analyzed Analyst CAS# Footnotes
Metals
ICP Metals Method: EPA 200.7 Prep Method: EPA 3010
Chromium ND mg/L 0.02 10/19/98 KEK 7440.47.3
Date Digested 10/17/9a
Lead by Furnace. Method 239.2 Method: EPA 239.2 Prep Method: EPA 200F
Lead NO mg/L O.005 10/19/98 KEK 7439.92-1
Date Digested 10/17/98
Laboratory 0-nificatlon IOv I„a¢nratory CanificaUon IDs
NC Wastewater 40 REPORT OF LABORATORY ANALYSIS TN Drinking Water 02980
FL Environmental 95317
NC Drinking Water 37712 This report shall not be reproduced,except in full,
SC Environmental 39030 without the written consent of Pace Analytical Services,Inc,

1U/2U/08 10:05 Ul 704 684 8634 CRANSTON PRINT L0007/011
FROM , PACE ANALYTICAL FAX NO . ! 704 252 4618 10-20-98 0813iP P.04
Pace Analytical Services, Inc.
54 Raverlscroft Drive
Pare Ana Xtleal Asheville,NC 28801
T81: 704-254-7176
Fax:[phone]
DATE: 10/20/96
PAGE: 3
Pace Project Number: 931717
Client Project ID: Monitoring Well 51tes
Pace Sample No: 9378183 Date Collected: 10/16/98 Matrix: Water
client Sample ID: PACE MW #3 Date Received: 10/16/98
Parameters Results Units PRL Analyzed Analyst CAS# Footnotes
Metals
ICP Metals Method: EPA 200.7 Prep Method: EPA 3010
Chromium NO mg/L 0.02 10/19/98 KEK 7440-47.3
Date Digested 10/17/98
Lead by Furnace. Method 239.2 Method: EPA 239.2 Prep Method: EPA 20OF
Lead 0.025 mg/L 0.005 10/19/98 KEK 7419.92.1
Date Digested 10/17/98
j,38oratonr CertificetigpflQ Labo/a�ory GedlficatiopjQ9.
02980
NC Wastewater 40 REPORT OF LABORATORY ANALYSIS TN Drmrom Water 90317
FL Environmenlai 98317
NC CrinWig water 37712 This report shall not be reproduced,except in full,
SC Environmental 99030 wimholu the written consent of Pare Analytical Services.Inc,

10/20/98 10:06 ^p1 704 684 8634 CRANSTON PRINT Z 008/011
FROAi PACE ANALYTICAL FAX NO , : 704 252 4618 10-20-98 08 :31A P.05
Pace Analylieal 5ervlces,Inc.
54 Ravenscroft Drive
Pace Analytical Asheville,NC 29801
Tel.[phone]
Fax:[phone]
OATf: 10/20/9B
PAGE: 4
Pace Protect Number: 931717 -
Client Protect I0: Monitor1ng Well Sites
Pace Sample No: 9378191 Date Collected: 10/16/98 Matrix: Water
Client Sample ID: PACE MW #2 Date Received: 10/16/96
Parameters Results Units PAL Analyzed Analyst CASit Footnotes
Metals
ICP Metals Method: EPA 200.7 Prep Method: EPA 3010
chromium NO mg/L 0.02 10/19/90 KEK 7440.47-3
Date Digested 10/17/99
Lead by Furnace. Method 239.2 Method: EPA 239,2 Prep Method: EPA 20OF
Lead 0.014 mg/L 0.005 10/19/98 KEK 7439.92.1
Date Digested 10/17/98
ulkgP mt CeniflcationJPA TN Driatory G Water
tlon 80
NC Wastewater 40 REPORT OF LABORATORY ANALYSIS TN Drinking Water
FL Gnuronmenta 9a317l s6917
NO orihking water a7712 This report shall not be reproduced,except 1n lull,
SC Environmental 99030 whhoul the written consent of Pace An®lYtical Services, Inc.

r 10/20/98 10:06 ^C1 704 684 8634 CRANSTON PRINT 10009/011
FROM: PRICE RNRL4TICRL FRX NO . : 784 252 4618 10-20-98 98 :31R P.06
Pace Analytical Services, Inc.
54 Ravenscroft Drive
Pace A ..alyloca1 Asheville,NG 28891_
Tel:[phone]
Far.: 704.252-4618
DATE: 10/20/98
PAGE: 6
Pace Project Number: 931717
Client Project ID: Monitoring well Sttes
Pace Sample No: 93-18209 Date Collected: 10/16/98 Matrix: Water
Client Sample ID: PACE MH #1 Date Received: 10/16/98
Parameters Results Units PRL Analyzed Analyst CAS# Footnotes
Metals
ICP Metals Method: EPA 200.7 Prep Method: EPA 3010
Chromium NO mg/L .0.02 10/19/98 KEK 7440.47.3
Date 01gosted 10/17/98
Lead by Furnace, Method 239.2 Method: EPA 239.2 Prep Method: EPA 200F
Lead ND mg/L 0.005 10/19/98 KEK 7439-92.1
Date Digested 10/17/98
1 ehn,olnN CPrI fIC9gOn IOS
Laboralory 5'ed&Btian IDa REPORT OF LABORATORY ANALYSIS TN Drinking Water- 02800
NC Wastewater 40 FL Environmental 08317
NC Drinking Water 37712 This report shall not he reproduced.except in full,
SC Environmental 99030 without the written consent of pace Analytical Services,Inc.

10/20/98 10: 06 1 704 684 8634 CRANSTON PRINT 16010/011
FROM PACE ANALYTICAL FAX NO. : 704 252 4618 10-20-98 08 :32A P.07
Pace AnalytiCal 58/VIC0, Inc,
54 Ravenscrott Drive
P..rp Analytical Asheyille,NG 28601_
ra�c r.� �a�
Tel.[phone]
Fax:704.262,4618
DATE: 10/20/98
PAGE: 6
Pace Project Number: 931717
Client Project I0! Monitoring Well Sites
Pace Sample No: 9378217 Date Collected: 10/16/9B Matrix: water
Client Sample 10: EQUIPMENT BLANK Date Received: 10/16/98
Parameters Results Units PRL Analyzed Analyst CAS# Footnotes
Metals
iCP Metals Method: EPA 20C.7 Prep Method: EPA 3010
Chromium NO mg/L 0.02 10/19/98 KEK 7440-47-3
Date Digested 10/17/98
Lead by Furnace, Method 239.2 Method: EPA 239.2 Prep Method: EPA 20OF
Lead NO mg/L 0.006 10/19/98 KEK 7439-92.1
Date Digested 10/17/98
I eborato�emificadon IDg
I, 6oratory Carrflcaticn IDS REPORT OF LABORATORY ANALYSIS TN Drinking Water 02980
NC Wastewater 40 FL EnHronme tal 96317
NC Drinking Water 37712 This report shell not be reproduced,except In lull,
SC Environmental 99030 wilhodt the written Consent of Pace Analgticsl Services,Inc.

10/20/98 10:07 L)1 704 684 8634 CRANSTON PRINT tQ011/011
F,ROn: PACE ANALYTICAL FRX NO. : 704 252 4618 10-20-98 08:32R P.08
Pace Analytical Servlees,Inc.
54 Ravenscroft Drive
Pace Analytical Asheville.NG 28801
Tel!704.254-7176
Fax;704,262-4618
DATE: 10/20/98
PAGE: 7
Pate Project Number: 931717
Client Project ID; Monitoring Nall Sites
PARAKTER FOOTNOTES
No Not DetecteC
NC Not Calculable
PRL Pace Reporting Limit
Laboratory CertiA=ti;n IDs Laboratory.Ceriific1tQn IDs
NC Wastewater 40 REPORT OF LABORATORY ANALYSIS TN Drinking Water 02980
NC Drinking Water 37712 This report shall net be reproduced,except in full, FL Environmental 06317
SC Enwironmental 99030 without the written conoenlef Pece Analytical Services,Ino,

OCT. -20' 98ME11 15: 12 WEEB,SST,ERREENG•IIN+EERING TEELL:55008► 943 3468 P. 001
FAX 1 NS A � JL AL
CRANSTON PRINT WORKS COMPANY
WEBSTER DIVISION
2 WORCESTER ROAD_WEBSTER.4A 115704190
PHONE Mn M4520
MECHANICAL ENQnJEE X0 . FAX:[phone]
OCT 2 0 1998
GROL)NDWATER SECTION
l ) ASHE'ILLE REGIONAL OFFICE
DATE: QG
FROM: HQ Y) r-/ 119od-J 66iq / y
TO: Lo>i L �> L v 2 rou�,d Wry:der- Sic.I uo
COMPANY: U01L CZ M/121 a LhP-t 90Y , �11 , R e.S
FAX NUMBER: e_& ) D,5-)- 6 V,57 2.
Number of pages including this cover sheet:
COMMENTS:
X�i
AN E%AP1,CYE=-0WNE7 COMP"Y

OCT. -20- 98(TUE) IS:13 WEBSTER ENGINEERING TEL:[phone] P. 002
CRANSTON PRINT WORKS COMPANY
WEBSTER DIVISION
2 wCRCEsrFR ROAD.WE95TER.MA 01570-0130
50&9410520
FAX [phone]
BY F'ACSEVII - 9281251-6452 AND
CERTMED MAIL,RETURN RECEIPT REQUESTED
October 20, 1998
Mr.Don Link
Groundwater Section
North Carolina Department of Environment
and Natural Resources
59 Wood$n Place
Asheville,NC 28801
Re: Groundwater Sampling Fletcher,North Carolina Facility
Dear Mr.Link:
In our letter of October,13,1998,we reported lead and chromium levels above
groundwater standards in one of seven monitoring wells that were sampled as part of a
Phase A Environmental Site Assessment conducted at our Fletcher Facility. We have
resampled this well and four other wells in the same general area as stated in our letter.
The results of that resampling are enclosed for your review. Please note that no chrome
levels exceeded standards. A lead value of 0.025 mgA was detected in Well No. 3.
If you have any questions or concerns please contact Don Greene at our Fletcher
Plant at 828/684-6411 Ext.204 or 828/684-8634.
Sincerely,
lien ry Donaldson,Manager
Safety and Environmental Services
cc: A Greene
T.Palazzo
P •
AN EMPL[NEEAWNEO COMPANY
�s7a

OCT. -20' 98(TUE) 15: 13 WEBSTER ENGINEERING TEL:[phone] P. 003
I.0/20/98 10:04 ^p 1 704 884 SG34 CRANSTON PRINT Q 004/011
FROM1 PACE ANALYTICAL FAX NO .1 704 252 4618 10-20-50 00'san P.el
Paco Analytical 5erwcas,Inc.
54 Ravertseroft Drive,
Asheville,NO 28801
Par.@ Analytical Tel:704.2*7178
Fag:70d.252.4618
October 20, 1995
Mr. Donald Greene
Cranston Print Works Co.
Fletcher Million
Us Route 25
Fletcher. NO 28732
RE: Pate Project Number: 931717
Client Project I0: Monitoring Well Sites
Dear Mr_ Greene:
Enclosed ore the results of analyses for aample(s) received by the laboratory an October 16, 1998. If you have arty
Questions concerning this report. please feel free to contact me.
Sincerely.
Jennifer .lanes
Project Manager
Enclosures
I n6nlatnN Gerliaealien IDS Leberatery CetUftaaticClQS
NC Waslewatm 40 REPORT OF LABORATORY ANALYSIS TN Drinking Water 02990
NC DAnkln9lMaler 07719 FL Envionmehlal 96317
Sc Environments' GRO30 This reportsheonet6ofPace oed,erceSwryl ll,
wltnout th►wMOen consent of Pame AnaNecal Services,Inc.

OCT. -20' 98(TUE) 15:13 WEBSTER ENGINEERING TEL:[phone] P. 004
• 10/20/98 10:04 ' 1 704 664 8834 CRANSTON PRINT U 005/011
FROM; PACE RNRL4TTCGL FAX Ne. % 704 252 4618 10-28-96 08131S P.e2
Pace Analytical SeNIG43.Im,
54 RavanseraM Drive
n y a ati ry l Ashayllle,NO 288D1
P8rn Aria-- i 7e1:)0425d•71T6
Fax 704.252.481a
DATE: 10/20199
PAW! 1
Print Works Co. Pace Project Humberi 931717
Cranston Client Project ID,. Monitoring Well Sites
Fletcher DivicPrint cn
Works
US Route U
Fletcher. NC 28732
Attn: Mr. Donald Creche
Phone: [phone]
gelid results are reported on a wet weight 1545t5
Pace Sample NO: 9378157 Date Collected: 10/16/9a Matrix-. Water
client Savla 1D, PACE WW y5 Date Received: 1D/15/98
Parameters Results Units PAL Analyzed Analyst CA50 Fonriotes
Metals
ICP Metals Method% EPA 200.7 Prep Method: EPA 3010
Chromium ND m9/L 010Z 10/19/90 KEK 7440.47.3
Date Digested 10117/9a
Lted by Furnace. Method 239.2 Method: EPA 239.2 Prep Method_ EPA 20OF
Lead 0.005 mg/L 0.005 10/19/98 KEK 7439.92.1
Data Digested 10/17/99
t.,L..�Ig-.r,nftatlarl ICIe heb41gl9aC�ncetbn iDA
NOWastewater 40 REPORT OF LABORATORY ANALYSIS 7NDrinkingWemr onMI
NC Ddnking Water 37712 FL arrdronmvntal ea317
Thlr report shall nel be reproduced,ekeeDl In full,
SC EAtdrenmenlal SSC30 w4heut th&wrllten consent v}Pace Amel0031$uNisas,Inc.

OCT. -20- 98(TUE) 15:14 WEBSTER ENGINEERING TEL:[phone] P. 005
10/20/98 10:05 01 704 684 8634 CRANSTON PRINT Cnos/all
FRom1 PALE ANALYTICAL FAX 110. 1 704 252 4618 18-28-98 80131R P.03
Pace Analytical Services,Inc.
54 Aavenicnoft Orive
Dare Analy j egl AsheylllA,NC 28801
Tel:[phone]
Fax;704.252-46i4
DATE: 10/90/98
PAGE: 2
pace Pro?ecc Number: 931717
Client Project ID: Monitoring Yell Sites
Paco Sample No: 937817S Date Collected: 10/29/98 matrix: eater
Client Sample ID: PACE NH i4 Date Received: 19/16/98
Parameters Results units PAL Analyzed Analyst CASA Foatmtes
Metals
ICP Metals Method: EPA 200.7 Prep Method: EPA 3010
thrcmium NO mg/L 0,02 10119/98 KEK 7440.47-3
Date Digested - os 10/17/98
Lead by Furnace. Method 239.2 Method: EPA 239.2 Prep Method: EPA 20OF
Lead NO mg1L 0.005 10/19/98 KEK 7439.92-1
Data Digested p S 10/17/98
40 REPORT OF LABORATORY ANALYSIS !N DrIn ing WAI I
wallun Us
NC Wastewater 4o TN DrinWng Water ozsao
NO Dnnking mee 777i2 This report snail Rai be reproduced,except In full, FL EnHronm4ntal 90?17
SC EpNtoninotal 99030 without the written cement of Pane Analytleel Serv:eea IM

OCT. -20' 98(TUE) 15: 14 WEBSTER ENGINEERING TEL:[phone] P. 006
l0/20/98 10:05 %Y1 704 684 8534 DxANSTUR rKilrl-
FROM: PRcE RNRLVTICRL FAX 'MO. : 704 252 46te 18-20-99 Saf 131NrC, P-04
Pace AnalytICS1 84 Revenecrolt Drive
Pane Analytlul Asheville,NC 28801
Tolt 704.254-7176
Fax:[phone]
DATE: 10/20/915
PAGE: 8
Pace Project Number: 931717
Client Project 10: Monitoring well Sites
Pace sample No: 9375123 Date Collected: 10/16/98 Matrix: water
C1,1ent Sample ID: PACE Hw #3 Date geceive4: 10/16/98
Peralaeters Results Units PAL Analyzed Analyst CAS# FootncteS
Metals
IV Metals method: EPA 200.7 Prep Method: EPA 3010
Chromium ND mg/L 0.02 10/19/98 KEK 7440-47-3
Date Digested 10/17/98
Lead by Furnace. Method 239.2 Method: EPA 239.2 Prep Method: EPA 200E
Lead 0.025 mg& 0.006 10/19/98 KEK 7439.92-1
Date Di4asted 0 DIS 10/17/98
cwaaleWal001a1°4 oA" REPORT OF LABORATORY ANALYSIS TN Dilr&gWater OWN
FL UwArenmeMPLI 9e911
NC 0dnking Vrarer UT712 This repon Shall not to mpredueed,escepl In full.
so Etnironmental 80= Oholp the when awasnl of Pace AnalVlieel SeNncee.Inc,

OCT. -10- 98(TUE) 15:14 WEBSTER ENGINEERING TEL:[phone] P. 007
- -10/20/95 10:08 V1 704 584 8634 CRANSTON PRINT 0 008/011
PROM PACE ANALYTICAL FAX NO., 704 252 4610 1e-20-90 08131A P.05
Pace Analytical ServIc8s,Inc.
54 Revanscrott Olive
ASDaville,NC 28801
Tel:7D4.264.7176
Fix:7D4252 4918
DATE: 10/20/98
PAGE: 4
Pace project Number: 931717
Cliant Project I0= Monitoring Well Sites
Pico Sample No: 9378192 gate Collected: 10/16/98 Matrix: Water
Client Sample ID: PALE PW#2 Date Received: 10/26199
Parameters Results Units PRL Analyzed Analyst CASs Footnotes
Metal
ICP Metals Method: EPA 200.7 Prep Method: EPA 3010
Chromium ND mg/L 0.92 10/19198 KEK 7440.47.3
Date Digested 10/17/98
Lead by Furnace, Method 239.2 119thad: EPA 239.2 Prep Method: EPA 20OF
Lead 0.014 mg1L 0405 10/19/98 KEK 7439.92.1
Date Digested 10/17/96
Nowaineweler 4 REPORT OF LABORATORY ANALYSIS I raomro finer a 80
NCWeeleweter 4a 7N onnklnq Waxer oeseo
NDDrinkM§Vftler 27712 FL EnNrommenlitl 96317
SC Eriviranmerael 99030 This report Shia no[be ertepl In full,
wir�ul the wrllUM1 coheent of P POCEete h0910ca191rv1rc5,Ins.

OCT. -20' 98(TOE) 15:15 WEBSTER ENGINEERING TEL:[phone] P. 008
10/20/98 10:00 V1 704 684 8834 CRANSTON PRINT U 009/011
FROM: FACE ANALYTICAL FAX NO. : 7e4 252 4618 1e-20-98 96;31A P.e6
Pace Analytical SeTVICeS,Inc.
34 Ravenscroll Drive
Asheville,NO 20091
Tel:[phone]
Far:704.=-4618
DATE: 10/20/98
PAGE; 5
Pace Project Number: 931717
client Project 10: monitoring Well Sites
Pace sample ND: 9378209 Date Collected: 10/16/98 Matrix• eater
client 5apple 10: PACE w Data Received: 19/16/99
Parameters Resul is Units PAL Anatyaed Analyst CASA1 Footnotes
Metals
ICP Metals Method: EPA 200.7 Prep Method; EPA 3010
Chromium NO mg/L 0.02 10/19/90 KEK 7440.47.3
note Digested 10/17/08
Lead by Furnace. Method 239.2 Method; EPA 239.2 Prep Method: EPA 200F
Lead ND n9/L 0.005 10/19/98 KEK 7439-92.1
Date Digested 10117/99
LvEorwlev rcAlfemrion IOa mho 1 ry CenMewtlon IDa
NC Wastewater 40 REPORT OF LABORATORY ANALYSIS TIN DrInftWolof 02090
NC Drinking Water 37712 FL Ilh0onmenlal e6317
9C Envirormlenlal 9300p This o w ip shill not t reproduced.except rvfull,
wilheut Ih4 wrillan consent pAGe Analytical Servlcel,Inc.

OCT. -20' 98(TUE) 15:15 WEBSTER ENGINEERING TEL:[phone] P. 009
' 10/20/98 10:06 V1 704 084 8634 CRANSTON PRINT Q D10/011
FROMI PACE ANALYTICPL FAN Na,1 704 252. 4619 10-20-90 09;52A P.07
Pace Ahawcal services,Inc,
54 Bavenscroft Drive
Pace Anal
..�:.,�1 A9havllle,NC 20601_
n__
Tel.[phone]
Fox:70d.262+d01e
DATE: 10/20/98
PAGE: 6
Pace Project Number: 931727
client Project 1D: Monitoring Well Sites
Pace Ssmple No: 9378217 Data Calletted: 10/16/93 Matrix: Water
client Sample ID: EOUIPMEWT BLANK Date Received, 10/16/98
ParAffwurs Results Uhits PAL Arwlyted Analyst CASH• Footnotes
Metals
1CP Metals Method: EPA 2011.7 Prep Method: EPA 3010
Chroellum NO m9/L 0.02 10119/98 KEK 7440.47-3
Dote Digested 20/17/99
Lead by Furnace. Method 239.2 Method: EPA 239.2 Prep Method: EPA 20OF
Lead ND mg/L o.oa5 10/19/98 KEK 7439.92.1
Date Digested 10/17/9A
t aba[dl4tis®nlRcerien lDs
I e6oralo �eAlat rl
Ne Waslawaler as REPORT OF LABORATORY ANALYSIS TN Drinking Water 929e0
NODApkingweler 3771z FLEodnmenlal 99217
wi
5C Endronmenial 99030 Th16 raper[shell not be reproduced,exaes n full, m
lhoui the wrlluln GOn4en!of Pace Anglylicel services.Inc.

OCT. -20' 98(TUE) 15:15 WE88TER ENGINEERING TEL:[phone] P. 010
10/20/98 10:07 V1 704 684 8634 CRANSTON PRINT IQ 011/011
• •FROM PRCE RNRLYTICRL FRH NO, r 704 252 4e10 10-20-9e 38r72R P,ee
Paco AnalylloOl services,Inc.
s 54 Ravenaerott Oriva
Pace Analytical Asheville,NO 25001
Tel!704.2554.7176
FU,704.252-4618
GATE: 10/20/98
PAGE: 7
Pace Project Number: 931717
Client Proles III: Monitoring Well Sites
PWATER F00TNOTES
NO Not Detcdoa
NC Nat Calculable
PRL Pace Repertine Lilait
Laboratory CaMe glen Ina 1 pboployiyP,arltillerxen ICa
NOwaatewalar 40 REPORT OF LABORATORY ANALYSIS TN Drinking water 02e80
NC DtlnfrinG Water 37712 Thi4 re God shah not be repraduwd,aXtept In lull, FL Emr(renmemsl Goal?
SC En.ironmmal 9=0
allhoul the wdtl0n eenaeM of Pace Malyrlal Serviaee,)no,

CRANSTON PRINT WORKS COMPANY
CORPORATE OFFICES
1381 CRANSTON STREET,CRANSTON,RHODE ISLAND 02920-6789
401.943-4800
FAX [phone]
BY FACSIMILE: 828/251-6452 AND
CERTIFIED MAIL,RETURN RECEIPT REQUESTED
October 13, 1998 R
O L5 D
Mr. Don Link pCT 1 9 is
Groundwater Section GROUNDWATER SECTION
North Carolina Department of Environment ASHEVIILE REGIONAL ORI(
and Natural Resources
59 Woodfin Place
Asheville,NC 28801
Re: Proposed Sale of Fletcher, North Carolina Facility
Dear Mr. Link:
As you may know, Cranston Print Works Company has signed a contract with a North
Carolina company to purchase our Fletcher, NC textile print plant and surrounding property
("Property"). In conjunction with that,the proposed purchaser had a Phase 11 Environmental Site
Assessment conducted of the Property. The results of the Phase II,just provided us in the past
several days, indicate levels of lead and chromium in excess of the groundwater standards at one of
the groundwater monitoring wells; in total, the Phase II surveyed seven monitoring wells. This
information is inconsistent with the State's past monitoring of these wells,which testing included
lead and chromium. In light of that and the need to confirm or correct these recent results, we will
promptly arrange for additional testing to be done at the specific well which shows higher than
acceptable levels of lead and chromium. We will retain Pace Testing to conduct these tests which
we will then send to you and our prospective purchaser, as well. If you have any questions or
concerns about our intended course of action, please contact Donald Greene, Environmentalist,
Fletcher Plant, at 828/684-6411 (extension 204)(telephone)or 828/684-8634.
Thank you for your cooperation in this matter.
Sincerely,
Hen onaldso
Manager of Safety and
Environmental Services
cc: D. Green
T. Palazzo
We
AN EMPLOYEE-OWNED COMPANY

10/13/98 09:15 %2401 943 8991 CRANSTON PRINT 0 001
CRANSTON PRINT WORKS COMPANY
CORPORATE OFFICES
1381 CRANSTON STREET,CRANSTON,RHODE ISLAND 02920•6789
401-M4800
FAX [phone]
BY FACSIMILE: 823/251-645Z AND
CERTIFIED MAIL,RETURN RECEIPT REQUESTED
October 13, 199R
POSt-it'Fax Note 7671 Dam �� ,3 0 1 1,
Pa
To LL From
Mr.Don Link Coil, K C
co
Groundwater Section =' __ G 1 Phone er U
North Carolina Department of Environment
and Natural Resources
59 Wnndfin Place
Asheville,NC 28801
Re: Proposed Sale of Fletcher,North Carolina Facility
Dear Mr.Link:
As you may know,Cranston Print Works Company has signed a contract with a North
Carolina company to purchase our Fletcher,NC textile print plant and surrounding property
Property'). In conjunction with that,the proposed purchaser had a Phase 11 Environmental Site
Assessment conducted of the Property. The results of the Phase 11,just provided us in the past
several days,indicate levels of lead and chromium in excess of the groundwater standards at one of
the groundwater monitoring wells;in total,the Phase Il surveyed seven monitoring wells. This
information is inconsistent with the State's past monitoring of these wells,which testing included
lead and chromium- In light of that and the need to confirm or correct these recent results,we will
promptly arrange for additional testing to be done at the specific well which shows higher than
acceptable levels of Icad and chromium. We will retain Pace Testing to conduct these tests which
we will then send to you and our prospective purchaser,as well. If you have any questions or
CW=nS about our intended course of action,pl asc contact Donald Greene,l nviroamentalist,
Fletcher Plant,at 82 816 84-64 1 1 (extension 204)(telephone)or 8281694-8634.
Thtulk you for your cooperation in this muter.
Sincerely,
Hen naldson
Manager of Safety and
Environmental Services
cc: D. Greene
T-Palazzo
. Wm
AN EMPLOYEE-OWNED COMPA14Y

CLASS IV HAZARDOUS WASTE INJECTION
FACILITY ON CRANSTON PRINT WORKS COMPANY
AT FLETCHER, NORTH CAROLINA
Facility Identification
Cranston Print Works Company is located in Henderson County, North
Carolina, on U. S. Highway 25, 0.7 mile south of the Town of Fletcher.
The Company employs approximately 550 workers and specializes in the
printing and dyeing of cloth for other companies.
Summary
As a result of a survey the EPA made in conjunction with their RCRA
Program, it was learned that Cranston Print Works Company had been opera-
ting three Class IV injection wells, without a permit, at their plant site
in Henderson County from about March of 1974, until November 19, 1980.
The Company reportedly was unaware that they were in violation of North
Carolina General Statute 143-214.2(b) and ceased use of the wells immedi-
ately. During the period of use, approximately 39,000 gallons of chromium
plating and rinse waste was disposed of in the wells. On February 11, 1981,
the sludge and liquid waste in the wells was pumped out by SCA Services,
Inc. and taken to an approved hazardous waste disposal facility at Pinewood,
South Carolina. The wells were then filled and abandoned according to
specifications provided by the Division of Environmental Management.
Data collected from monitor wells and borings at the facility indicated
that the chromium has not migrated to any significant extent from the
injection well sites. An increase in the total dissolved solids content
of naturally occurring groundwater has been detected over 120 feet west of
the wells. Analysis of water from the monitoring wells from November of
1981, through June of 1984, show a general decrease in total dissolved
solids concentrations in vicinity of the wells indicating dilution and
dispersion of the pollutant plume. It is not expected to have any signi-
ficant impact on the groundwaters of the adjacent property.
Introduction
This report is a summation of the history, use, cleanup operations,
well abandonment, and follow-up monitoring at an unpermitted Class IV
injection well facility operated by Cranston Print Works Company in
Henderson County, North Carolina.

- 2 -
Geologic and Hydrologic Environment
The site is located in the flood plain of Cane Creek with a slope of
0 to 2 percent. The overburden of alluvial materials consists of approxi-
mately 20 to 30 feet or more of fine sand, sandy silt, clayey silt, with
layers or lenses of grey clay and sand and gravel . The permeability of
these materials is inconsistent due to their poorly sorted nature and
variable clay content. (See Attachment I)
The injection zone for each well was through the open bottom of the
wells which ranged from approximately 8 to 14 feet below the land surface,
although some leakage undoubtedly occurred between the joints of the
cement casing. The nature of the alluvial materials to which the dis-
charge was made is described in the preceding paragraph.
The overburden is underlain by fractured porphyroclastic mylonite and
ultramylonite. The porphyroclastic mylonite is light to dark grey in color
with round to lenticular porphyroclasts, commonly of microcline, 1 to 8 mm
across. The fine-grained ground mass of the rock consists essentially of
quartz, plagioclase, microcline, muscovite-sericite and biotite-chlorite.
The ultramylonite is similar in composition to that of porphyroclastic
❑lylonite except the porphyroclasts are less than 0.2 mm in diameter.
These geologic units (Figure 1) taken from the Geologic Map of the
Skyland Quadrangle, North Carolina, by Abdallah E. Dabbagh, 1981, are a
part of the Brevard Zone which strikes to the northeast and is bounded
on its northern and southern borders by thrust faults approximately 1 mile
to the northwest and 1 mile to the southeast of the injection well sites.
Figure 2 illustrates a generalized cross-section across the general area
from the same geologic map.
The depth to the water-table on the site averages 4 feet below the
land surface but may range 2 feet higher or lower depending on seasonal
precipitation.
The naturally occurring groundwater quality on the site was charac-
terized by analysis of a sample (Table 1) taken from borehole B6, slightly
upgradient from the injection wells shown in Figure 3. The water is low
in specific conductivity, dissolved solids , chlorides, and chromium
content.
The chromium waste is generated during the process of plating copper
rollers with designs to be printed on cloth. Once the printing operation
has been completed, the design on the roller is removed by a caustic
stripping solution. The chromium wastewater consisting of rinse water
and caustic stripping waste is then treated to convert hexavalent chromium
to trivalent form. The waste also contains some chromium paste used in
finishing the rollers.

- 3 -
Durino the first five years of operation, from 1974, through 1978,
approximately 15,000 gallons of chromium waste stripper and sludge was
discharged into the wells . Beginning about 1979, and through 1980,
approximately 24,000 gallons of chromium rinse water with a chromium
concentration of 52.5 mg/l (a result of one analysis) was also discharged
to the wells. This amounts to a total of approximately 39,000 gallons of
chromium waste being disposed of in the wells from about March of 1974,
to their closing on November 19, 1980.
Table 2 illustrates the chemical composition of the supernate in the
injection wells on February 6, 1981, before the wells were pumped and on
April 29, 1981, after being cleaned. Analysis of the sludge in the wells
performed in accordance with "Characteristics of EP Toxicity", Federal
Register, Vol . 45, No. 98, is exhibited in Attachment II.
Well Design and Evaluation
Three Class IV injection wells are located on the site (Figure 3) and
were constructed according to the diagrams illustrated in Figure 4.
Well A was constructed by the use of a backhoe on or about March of
1974. The well is cased with cement pipe, has an inside diameter of 6 feet
6 inches and is completed to a depth of 10 feet below the land surface.
The bottom of the well is lined with small stone. The well by its design
would allow leakage of waste materials through its bottom and between the
joints of the cement casing into the water-table which is approximately
4 feet below the land surface. Wastewater from the stripping and rinsing
operation was disposed of in this well .
Well B was constructed by the use of a backhoe on or about March of
1977. The well is cased with cement pipe, has an inside diameter of 6
feet 4 inches and is completed to a depth of approximately 9 feet below
the land surface. The bottom of the well is lined with small stone. The
type of waste being disposed of and leakage characteristics of the well
is similar to Well A.
Well C was constructed by use-of a backhoe on or about March of 1978.
The well is cased with cement pipe, has an inside diameter of 4 feet and
is completed to a depth of approximately 14 feet 6 inches below the
surface. The leakage characteristics of the well and the water-table
depth is similar to Well A and B. The type of waste being disposed of
in the well was primarily chromium paste used in finishing the rollers .
No monitoring of the injection wells or the surrounding groundwater
was conducted during their operation other than approximations of the
amount of waste disposed of and an occasional analysis of the waste.

4 -
Regulatory Controls
On January 30, 1981, the Division of Environmental Management received
a list from the EPA of Hazardous Waste Sites in North Carolina which were
reported to the EPA under the RCRA Program. The list included 17 facilities
that reported they had injection wells. As a part of the UIC Program, an
investigation revealed that only Cranston Print Works actually had injection
wells. A telephone conversation with Cranston Print Works on February 4,
1981, revealed they had three Class IV injection wells in use until
November 19, 1980, and since that time they have been having the chromium
waste taken to SCA at Pinewood, South Carolina. The Environmental Operations
Section of the Asheville Regional Office was notified of the findings on
February 5, 1981, and made a site inspection and collected samples on
February 6, 1981. As a result of this inspection, a letter (Attachment III )
was sent on February 11, 1981, informing Cranston Print Works that North
Carolina General Statute 143-214.2(b) prohibits the discharge of any waste
to the groundwaters of the State by means of wells. This letter also stated
that the matters of cleanup, groundwater monitoring, or other actions to
be taken by the Company will be discussed with them on February 13, 1981,
at a meeting at the Asheville Regional Office of the Division of Environ-
mental Management.
On February 13, 1981, a meeting was conducted with representatives
from Cranston Print Works and the Division of Environmental Management.
At the meeting, representatives from Cranston Print Works stated they
were unaware they were violating any regulations at the time they were
using the injection wells, and they had not considered the wells to be
waste disposal facilities, but rather waste sludge storage facilities.
They also stated they had the sludge and supernate (approximately 8,000
gallons) pumped from the wells, as discussed with Division personnel on
February 11, 1981, and taken to SCA, an approved hazardous waste disposal
facility at Pinewood, South Carolina. It was agreed that the Company
should contact a firm specializing in subsurface studies to conduct a
site investigation. This investigation would include test boring and
analysis of samples of soil and water from the borings to determine to
what extent the plume of pollutants had migrated from the injection wells.
The Division agreed to provide personnel at the site when the boring was
conducted to determine the location of the boring and take water samples
at specific depth from the boreholes.
On April 28 and 29, 1984, Soil Systems, Inc. conducted ten test borings
on the site and collected soil and water samples for analysis. During the
boring operation samples of water were taken by Division personnel with
the results being previously shown in Table 1. A map illustrating the
migration and extent of the pollutant plume from the specific conductivity
of the groundwater at a depth of 10 feet is illustrated in Figure 5. The
map indicates the plume is moving westward and has migrated over 120 feet
from the injection wells. However, analyses conducted on the same samples
at the 10 feet depth indicated they has not been any significant migration
of chromium from the injection wells. The chromium apparently is being
retained in the clays and silts.

- 5 -
After the information from the site was collected, the injection wells
were abandoned by filling them with crushed limestone to help maintain a
high pH level and filled with several feet of concrete at the top.
Five monitor wells (Figure 3) were installed at the site in November
of 1981, and have been and currently are being sampled semi-annually by
the Division of Environmental Management. Results on these analyses from
November 17, 1981, through June 20, 1984, indicate an overall improvement
of the groundwater quality in the vicinity of the injection wells as a
result of dispersion and dilution of the pollutant plume.
The monitor wells were constructed using 4-inch inside diameter
Schedule 80 PVC casing and well screen. The well screens were gravel
packed and the wells were grouted with cement from the top of the well
screen to land surface. The specifics of each well are as follows:
Well No. 086u7 - Total Depth 20 feet
Well Screen from 4 to 20 feet
Well No. 086u8 - Total Depth 10 feet
Well Screen from 5 to 10 feet
Well No. 086u9 - Total Depth 20 feet
Well Screen from 15 to 20 feet
Well No. 085u10 - Total Depth 10 feet
Well Screen from 5 to 10 feet
Well No. 0813u11 - Total Depth 20 feet
Well Screen from 15 to 20 feet
Groundwater samples have been taken from these wells by the Division of
Environmental Management since November 17, 1981, at six-month intervals for
the parameters listed below:
PH Phosphorus, Total Aluminum
Alkalinity Specific Conductance Cadmium
Bicarbonate Fluoride Chromium, Total
Carbonate Sulfate Lead
Chloride Arsenic Lithium
Dissolved Solids Calcium Mercury
Hardness, as CaCO3 Magnesium Silica
Hardness, Non Carbonate Sodium Silver
Nitrogen, Ammonium Potassium Zinc
Nitrogen, Kjeldahl Iron Barium
Nitrate & Nitrite Manganese Copper
Results of the latest analyses taken on June 20, 1984, do not indicate
any violations of the Classifications and Standards Applicable to the Under-
ground Waters of the State of North Carolina. Initial samples taken on
November 7, 1981, had indicated what would have been violations on total
dissolved solids, total chromium, lead, and pH.

iyr
- 6 -
Conclusions
Evaluations from monitoring data on the site indicate no serious
degradation of the groundwater has taken place at the sites of the
injection wells on the property of Cranston Print Works Company in
Henderson County, and since cleanup has taken place, recommend that no
action be taken against the Company for the illegal use of injection
wells. The hazardous chromium waste is now being taken to SCA, an
approved hazardous waste disposal site located at Pinewood, South
Carolina.

TABLE
CHEMICAL ANALYSES OF THE SUPERNATE IN THE WASTE
INJECTION I4ELLS AT CRANSTON PRINT WORKS BEFORE
AND AFTER REMOVAL OF THE CHROME WASTE
Well A Well A Well B Well B Well C Well C
Parameter (2-6-81) (4-29-81) (2-6-81) (4-29-81) (2-6-81) (4-29-81)
Alkalinity (mg/1 ) 109 - 126 - 285 -
Carbonate (mg/1 ) <1 - <1 <1 -
Bicarbonate (mg/1 ) 133 - 154 - 347 -
pH 7.6 7.3 8.0 8.8 6.2 7.9
Chloride (mg/1 ) 270 3 510 224 1700 11
Dissolved Solids (mg/1 ) 1010 181 2620 1250 7990 365
Hardness as CaCO3 (mg/1 ) 82 - 240 - 320 -
Non-Carbonate Hardness (mg/1 ) <1 - 110 - 35 -
Specific Conductance (uMhos) - 230 - 1700 - 450
Silver (ug/1 ) - <50 - <50 - <50
Aluminum (ug/1 ) - 200 - 400 - 1300
Barium (ug/1 ) - <1000 - <1000 - - <1000
Calcium (mg/1 ) - 16 - 22 - 17
Cadmium (ug/1 ) - <50 - <50 - <50
Chromium, Total (ug/1 ) 6800 <50 98,000 5800 15,000 140
Chromium, Hexavalent (ug/1 ) 1900 - 22,000 - <50 -
Copper (ug/1 ) - 110 - 560 - 590
Iron (ug/1 ) - 1300 - 400 - 1000
Lead (ug/1 ) 1300 <100 36,000 <100 3300 <100
Magnesium (mg/1 ) - 2.4 - 2.4 - 2.0
Manganese (ug/l ) • ,. 830 - 70 - 200 -~
Nickel (ug/1 ) <100'. - <100 - 100 -
Potassium (mg/1 ) - 2.2 , - 14 4.2
Sodium (mg/1 ) - 43 - 420 - 84
Zinc (ug/1 ) 90 <50 350 <50 320 <50

TABLE 1
CHEMICAL ANALYSES OF GROUNDWATER SAMPLES FROM
BORE HOLES ON THE PROPERTY OF CRANSTON PRINT WORKS
Bore Hole No. B1 B2 B2 B2 B2 B3 B3 B3 B3 B3
Depth Sampled Feet 10 10 15 25 31 10 15 20 25 26
Date Sampled 4-27-81 4-28-81 4-28-81 4-28-81 4-28-81 4-28-81 4-28-81 4-28-81 4-28-81 4-28-81
pH 6.6 6.3 - 7.2 7.2 10.4 8.4 7-.5 7.1 7.0
Chloride (mg/1 ) 14 11 12 8 7 - 56 31 4 5
Dissolved Solids (mg/1 ) 319 233 216 146 106 - - 252 - -
Specific Conductance (uMhos) 600 315 295 200 180 1300 1125 600 160 175
-Silver (ug/1 ) <50 <50 <50 <50 - - - - <50 <50
Aluminum (ug/1 ) 1100 <100 200 - - - - 1100 -
Barium (ug/l ) <1000 <1000 - - - - - - <1000 -
Calcium (mg/1 ) 40 - - - - - - - - -
Cadmium (ug/1) <50 <50 <50 <50 <50 - - - <50 <50
. Chromium, Total (ug/1 ) <50 <50 <50 <50 <50 14,000 120 100 <50 <50
Copper (ug/1 ) 50 <40 <40 <40 - - - -
<40 <40
Iron (ug/1 ) 10,000 1100 - - - _ _ - 18,000 -
Lead (uo/1 ) <100 <100 <100 <100 <100 - - <100 <100 <100
Magnesium (mg/1 ) 10 - - - - - - - - -
Manganese (ug/1 ) 1500 740 - - - - - - 400 -
Potassium (mg/1 ) 3.2 - - - - - - - - -
Sodium (mg/1 ) 62 - - - - - - - - -
Zinc (ug/1 ) <50 <50 <50 <50 <50 - - - <50 <50

TABLE 1 (CONTINUED)
CHEMICAL ANALYSES OF GROUNDWATER SAMPLES FROM
BORE HOLES ON THE PROPERTY OF CRANSTON PRINT WORKS
Bore Hole No. B4 B4 B4 B5 B5 B5 B6 B6 B6 B7 B7
Depth Sampled Feet 10 15 20 10 15 20 10 15 20 10 20
Date Sampled 4-28-81 4-28,81 4-28-81 4-28,81 4-28-81 4-28,-81 4-29-81 4-29=81 4-29-81 4-29-81 4-29-81
pH 6.6 6.6 7.2 6.5 6.6 6.7 6.3 6.6 6.6 6.5 6.5
Chloride (mg/1 ) 3 4 8 9 8 3 2 2 1 6 7
Dissolved Solids (mg/1 ) 119 113 148 207 204 169 150 150 224 208 288
Specific Conductance (uMhos) 165 205 225 430 470 205 90 80 110 350 360
Silver (ug/1 ) - <50 - <50 <50 <50 <50 <50 <50 <50 <50
Aluminum (ug/1 ) - - - 100 300 8000 500 - 1000 1200 400
Barium (ug/1 ) - - - <1000 <1000 <1000 <1000 - <1000 <1000 <1000
Calcium (mg/1 ) - - - - - - - - - - -
Cadmium (ug/1) - <50 - <50 <50 <50 <50 <50 <50 <50 <50
Chromium (ug/1 ) <50 <50 <50 <50 <50 <50 <50 <50 <50 <50 <50
Copper (ug/1 ) - <50 - <40 <40 <40 <40 <40 - <40 <40
Iron (ug/1 ) - - - 8000 - 15,000 1000 - - 4800 2200
Lead (ug/1 ) <100 <100 <100 <100 -<100 <100 <100 <100 <100 <100 <100
Magnesium (mg/1 ) - - - - - - - - - - - -
Manganese (ug/1 ) - - - 1600 570 270 1200 - 260 1100 1400
Potassium (mg/1 ) - - - - - - - - - - -
Sodium (mg/1 ) - - - - - - - - - - 40
Zinc (ug/1) - <50 - <50 <50 <50 <50 <50 <50 <50 <50

TABLE 1 (CONTINUED)
CHEMICAL ANALYSES OF GROUNDWATER SAMPLES FROM
BORE HOLES ON THE PROPERTY OF CRANSTON PRINT WORKS
Bore Hole No. B8 B8 B8 B9 B9 B9 BID B10 B10 B11
Depth Sampled Feet 10 15 20 10 15 20 10 15 20 10
Date Sampled 4-29-81 4-29-81 4-29-81 4-29-81 4-29-81 4-29-81 4-29-81 4-29-81 4-29-81 4-29-81
pH 10.5 9.6 8.2 6.4 6.9 - 6.5 - 6.8 -
Chloride (mg/1 ) - - - 3 - - 10 - - -
Dissolved Solids (mg/1 ) - - - - - - 312 - - -
Specific Conductance (uMhos) 1150 1400 700 100 175 110 440 210 160 90
Silver (ug/1 ) - - - <50 - - <50 - - -
Aluminum (ug/1 ) - - - - - - 100 - -
Barium (ug/1 ) - - - - - - <1000 - -
Calcium (mg/1 ) - - - - - - - - -
Cadmium (ug/1 ) - - - <50 - - <50 - <50 -
Chromium, Total (ug/1 ) 11,000 9600 510 <50 <50 300 <50 <50 <50 -
Copper (ug/1 ) - - - 40 - - <40 - -
Iron (ug/l ) - - - - - - 20,000 - - -
Lead (ug/1 ) <100 <100 - <100 <100 <100 <100 <100 <100 -
Magnesium (mg/1 ) - - - - - - - - - -
Manganese (ug/1 ) - - - - - - 1800 - -
Potassium (mg/1 ) - - - - - - - - - -
Sodium (mg/1 ) - - - - - - - - - -
Zinc (ug/1 ) - - - <50 - - <50 - <50 -

BY..........................DATE ............... SUBJECT ......................................................................... SHEET NO. ...............OF...........
CNKD. SY .............DATE ............... ........................................................................................... JOB NO. ...................................
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o HEWED
JUN 25 1984
DIVISION OF ENVIRONMENTAL MANAGEMENT Ground Water Section
Asheville Regional Office
GROUNDWATER SECTION
22 June 1984
� r\
MEMORANDUM {
TO: Rick Shiver
Don Link
FROM: Arthur Mouberry,
Head Groundwater Operations Branch
SUBJECT: UIC Report
Attached please find a copy of a report format that has been
provided by EPA. This format and evaluation guide is to be used
by you in completing the report on the abandoned UIC wells in your
region.
E
If you have any questions on the attached please call
AM/cbe
Attachment:

IJUNZ01984 00
REGIONAL FACILITY OUTLINE Ground Water Section
CLASS I HAZARDOUS WASTE INJECTION FACILITY REPORTAsheville Regional Office
(ONE REPORT FOR EACH FACILITY)
(Facility Identification
(Summary
Introduction
Geologic and Hydrologic Environment s
.Stratigraphy
Jnjection and Confining Intervals'
,Structural Geology
Ground Water Occurrence and Quality
,r
-Waste Characteristics and Compatability
Well Design and Evaluation
Well Construction
Well Evaluation and Testing
'Monitoring and Reporting
Regulatory Controls (UIC, RCRA, NPDES )
Permit History
Compliance Evaluations
Enforcement and Remedial Actions
Conclusions
Site Evaluation
Engineering Evaluation
Recommendations
References
Appendices (as needed )

,r LVLLJJAl1l.A\ W1✓u
/ CLASS I JHAZARDOUS WASTE INJECTION WELLS r
�J �i3llYlvl� ( S S���G'y10\ let41tzLu� d,olG
>� .^ F
L C/ i o DATE
I. GF MML IDENTIFICATION DATA
1. Operating canpany name and address
Telephone ( )
well name/rnmber
2. Owner of well/facility
3. Location of well
County City .
Address
4. NPDES Permit NO.
RCRA I.D. No.
Other I.D No.
II. GENERAL WELL DATA
1. Type of facility Q on-site Q off-site Q other
Q federal
2. Is all the hazardous waste disposed of through
injection wells generated on site? Yes ❑ No ❑
3. Operational status Q Active Q Continuous disposal
Q Temporarily abandoned 0 Intermittent

4. No. of injection wells at this facility
5. SIC code
6. Date well drilled
7. Regulatory aspects.
a) Regulation under which this well/facililty was permitted
b) Changes in State regulatory requirements since well was permitted
c) Explanation of coordination/review affecting the control of injection
well
d) roes the State have interim status under the RCRA program?
III. GEDLGGICAL DATA
1. Injection and confining formations
- a) Name and age
b) Injection interval(s) : Fran feet to feet.
c) Lithology
d) Thickness
e) Lithology of confining layer
f) Thickness of confining layer
g) Description of local and regional geologic features considered
in siting and permitting of well
h) Porosity(%) effective total
i) Permeability(gpd/ft )

2. Reservoir fluid data
a) Original bottom hole pressure
calculated measureo
b) Fluid chemical characteristics
c) Physical characteristics: S.G. :
PH
TDS(mg/1) :
d) Canpatability tests performed with injected fluid and results
3. Geohydrology of aquifers
a) Depth of 3,000 ag/1 TDS water
b) Depth of 10,000 ng/l TDS water
c) Direction of ground-water movement
d) Wells providing drinking or irrigation water within a five-Mile radius
of the injection well. See table below.
No./Name Location Capacity Formation Population Type'
of gpm Name or Served of
Well Depth Well
Attach map
Attach additional table as needed.
` single family, rural, comunity, PWS.
e) Underground sources of drinking water(USDWs) and hydrological character-
istics of overlying and underlying strata, and injection formation.
(1) Geology of area Attach geological cross-section map showing overlyin2
and underlying strata, and injection formation.

- 4 -
(2) USDW description Use table below.
Nave/ Depth Thickness Total Dissolved Hydraulic gradient
Formation ft. ft. Solids (TDS) (with direction)
Attach additional table as needed.
NOTE: Information is for all USDWs penetrated by the well, or within
a one�ile radius, or within two hundred feet below the well
injection zone.
IV. WELL DESIGN AND CCNSM=ICN
1. Total well depth (ft) Surface elevation (ft)
2. Casing and tubing:
Hole Size( in. ) Pipe Size(in. ) Thickness( in. ) Depth Set(ft. ) Grade
casing
tubing
other
Tubing material
3. Cementing program Pipe Size(in. ) Cementing
interval
Fran ft. to ft.
Aamnt of cement(sacks) Type(API) Additives
4. Packer: Type Depth
Material
5. Logging and coring program

- 5 -
6. Canpletion data: Open hole 0 Perforated Q Screened Q
Stimulation Q interval(s)
7. Area of review at time of permit issuance.
a) No. and types of wells penetrating disposal zone in ACR
b) No. of wells plugged/abandoned in ACR
8. Surface facilities - RCRP./NPDES programs.
a) Description of surface facility under the RCRA program
b) Description of ground-water monitoring under RCRA progran
V. INJECTION DATA
1. Fluid characteristics.
a) Process(s) frcm which waste(s) originates
b) Type(s) of all waste constituents injected
c) Chemical concentrations of all wastes
d) Ranges and variations of chemical concentrations or fluids injected.
e) waste type - List the EPA four (4) digit codes associated with the
hazardous wastes that are disposed of in the injection well and
the annual volume of each(See 40 CFR Part 261 for Identification
and Listing of Hazardous waste) .
Annual Quantity
Disposed of
Code in gallons
0
oaoc�
0000
Attach additional table as needed.

- 6 -
f) Physical measurements: S.G. 0 'IDS Q pH Q Viscosity Q
2. Operation characteristics.
a) Date injection began b) Injection pressure(psi)
- c) Injection rate(gpm) d) Annular fluid type
3. Special conditions(describe)
4. Preinjection treatment and changes in waste characteristics
VI. WELL TESTING
1. Listing of mechanical integrity tests, results and dates canpleted.
2. Listing of workovers/remedial actions/corrective actions in ;OR, and
dates performed at time of permit issuance.
VII. MONITORING REQUIREMENT'S
1. Injection fluid.
a) Frequency of injection fluid analysis
b) Use of continuous recording devices: Pressure 0
Volume/
rate 0
Annulus Q
2. Monitoring wells.
a) No. of monitoring wells uses to monitor migration of fluids or
water quality
b) Parameters measured

c) Frequency of sampling
d) Location of monitoring wells relative to injection well(geographic
and geologic)
e) Description of mDnitoring results
VIII.INSPECTION AND SURVEILLANCE FOR INJECTION WELLS ONLY
1. Type of inspection: Scheduled 0 Periodic a
2. Frequency of inspection: Monthly Q Annual Q Other
3. Date of last inspection 4. Inspection agency: State �]
EPA
5. Type of inspection UIC Q RCRA NPDES Q
6. Describe data collected during inspection
7. Actions witnessed: Construction 0 Plugging 0
Abandonment 0 Operation 0
8. No. and description of emergency responses
9. Canplaints received about project
10. Description of compliance record under FORA program
11. Date and circumstances of last RCRA inspection

-o-
IX NONCo1PLIANCE/ENFORCEMES7r ACTIONS FOR II17ECI'ICN WELLS ONLY
1. Noncompliance Actions.
a) Well construction Q b) Well operation Q
c) Monitoring s reporting d) Other(specify) 0
2. Enforcement actions.
a) Type of action: Informal State 0
Notice of violation
Administrative order q EPA Q
Judicial
b) Resolution of enforcement action
c) Other well actions
X. REMEDIAL ACTICN
1. Remedial action performed.
a) Casing repaired/squeeze oement �]
b) Tubing/packer repaired Q
c) Other remedial action 0
2. Description of remedial action performed in (1) above
XI. PEWIT LIMITATIONS
1. NPDES program.
a) NPDES permit limitations on disposal well(s) : Yes NO Q
b) Type of limitation: Vollmie(gpd) Pressure(psi)
Type of waste

-9-
Mass of specific constitutent(Kg/day)
Monitoring
c) If specific oonstitutent is limited, explain how limitation was
derived. ( i.e. guideline, BPr, BAT, BEJ, etc. )
2. State UIC permit limitations
XII. MISCELLANEOUS
1. Studies of area geology/hydrology, etc.
2. Contingency(emergency) plans
3. Safety precedures
4. Well maintenance and repairs
5. Future plans
6. Financial responsibility

7iT1y N.C. DEPARTMENT OF NATURAL RESOURCES LAB NUMBER
& COMMUNITY DEVELOPMENT
QUAD NO. SERIAL NO. DEM DATE REC'D -
REPORT TO: (circle one) Groundwater Field/Lab Form REC'D BY
ARO, WSRO, MRO, FRO, WaRO, DATA ENTRY BY CK
WiRO, RRO, Ahoskie FO,
OTHER -. _ DATE REPORTED
PURPOSE: (circle one) baseline, pollution monitors other
Date Collected_ -� _ Time By Location or site - .
Description of sampling point Sampled interval
1 w
Remarks r `�,,.1 4 f^.41�-t s]- � - � �,^•- � k�..
(pumping time, air temp, etc. )
Field Analysis By: Lat. Long.
PH Spec. Cond. �n bQ &&o L Temp. oc Odor Appearance Taste
Lab Analysis
Alkalinity to pH 4.5 mg/l FAg Silver (D) ug/1 BOD mg/1
Alkalinity to pH 8.3 mg/l ❑A1-Aluminum (D) ug/l COD mg/1
Carbonate m /l E]Ba-Barium (D) ug/1 Coliform (Fecal MF) /100ml
Bicarbonate m /1 OCa-Calcium (D) mg/l ❑Coliform (total MF) /100ml
O- H value (when analyzed) Lp,lP units [�]Cd-Cadmium (D) ug/l TOC mg/l
Arsenic (D) ug/l E]Cr-Chromium (D) ug/l Turbidity NTU
Carbon dioxide mg/1 1:1Cu-Cooper (D) ug/l Ammonia (as Nitrogen) (D) mg/1
Chloride (D) \ mg/1 []Fe-Iron (D) ug/l 0 Kjeldahl (as Nitrogen) (D) m /l
Color (True) units Hg-Mercury (D) ug/1 Nitrate + Nitrite (as Nitrogen) (D) mg/1
Cyanide mg/1 1:1Li-Lithium (D) ug/1 Phosphorus, total as P(D) mg/1
Dissolved solids (D) ` mg/1 0Mg-Magnesium (D) mg/1
� Other Analyses:
Fluoirde (D) mg/l E]Mn-Manganese(D) ug/l
Hardness (as CaCO3) (D) m4/l Na-Sodium (D) mg/1
Hardness (non-carbonate) (D) mg/l [:]Pb-Lead (D) ug/1
MBAS (D) ma/l FAn-Zinc (D) ug/l
Phenol (D) u /l
Silica (D) mg/l D = Dissolved Analysis - submit filtered sample
Sulfate (D) mg/l
Specific Cond. UMHOS/cm
GW-54 Revised 10/1/80 - White copy - Headquarters Pink copy - Region Yellow copy - Lab

-w:
COUNTY DEPARTMENT OF NATURAL RESOUR LAB NUMBER
& COMMUNITY DEVELOPMENT DATE REC'D
QUAD NO. SERIAL NO. DEM _
REPORT TO: (circle one) Groundwater Field/Lab Form REC'D BY
ARO, WSRO, MRO, FRO, WaRO, .j DATA ENTRY BY CK L<
WiRO, RRO, Ahoskie FO, /
OTHER DATE REPORTED
PURPOSE: (circle one) baseline, pollution monitor, other
Date Collected { Time By Location or site
Description of sampling point Sampled interval
Remarks +.t 0
(pumping time, air temp, etc. )
Field Analysis By: / y� Lat. Long.
PH Spec. Cond. ( p 0 V Temp. oC Odor Appearance Taste
Lab Analysis
P r
Alkalinity to pH 4. 5 mg/1 [2Ag7Silver (D) -b ug/1 BOD mg/1
❑ Alkalinity, hydroxide mg/l rg6l-Aluminum (D) ' ug/1 COD mg/1
El Carbonate mg/l a Ba-Barium (D) 4,Ug/l Coliform (Fecal MF) /100ml
Bicarbonate mg/1 [:]Ca-Calcium (D) mg/1 ❑ Coliform (total MF) /100m1
pH value (when analyzed) units F,-�Cd-Cadmium (D) ug/1 TOC mg/l
Arsenic (D) ug/lCr-Chromium (D) `r� ug/l Turbidity NTU
❑ Carbon dioxide mg/l EC'u-Cooper (D) ug/1 Ammonia (as Nitrogen) (D) mg/l
Chloride (D) mg/1 F Iron (D) ,-(j o ug/1 Kjeldahl (as Nitrogen) (D) mg/1
Color (True) units Hg-;4ercury ug/l Nitrate + Nitrite (as Nitrogen) (D) mg/l
Cyanide mg/l OLi-Lithium (D) ! ug/1 0 Phosphorus, total as P(D) mg/1
Dissolved solids (D) mg/1 DMg-Magnesium (D) f mg/1
Other Analyses:
❑ Fluoride (D) mg/1 QMn-Manganese(D) . . _:pug/l
Hardness (as CaCO3) (D) mg/1 O Na-Sodium (D) mg/1
Hardness (non-carbonate) (D) mg/1 0P1i-Lead
Fj MBAS (D) mg/l F-IZh--Zinc (D) ug/l
Phenol (D) ug/111 K-Potassium (D) - _ mg/1
Silica (D) mg/l
Sulfate (D) mg/l
Specific Cond. UMHOS/cm D = Dissolved Analysis - submit filtered sample
GW-54 Revised 10/1/80 White copy - Headquarters Pink copy - Region Yellow copy - Lab

NU:IT'l DEPARTMENT OF NATURAL RESOUR( LAB NUMBER
& COMMUNITY DEVELOPMENT
QUAD N0. SERIAL NO. DEM DATE REC'D
REPORT TO: (circle one) Groundwater Field/Lab Form REC'D BY
ARO, WSRO, MRO, FRO, WaRO, DATA ENTRY BY CK
WiRO, RRO, Ahoskie FO,
OTHER DATE REPORTED
PURPOSE: (circle one) baseline, pollution monitor, other
Date Collected Time By Location or site
Description of sampling point Sampled interval
Remarks
(pumping time, air temp, etc.)
Field Analysis By: Lat. Long.
PH Spec. Cond. ` Temp. oC Odor Appearance Taste
Lab Analysis
Fj Alkalinity to pH 4. 5 mg/1 O Ag-Silver (D) ug/1 BOD mg/l
Alkalinity, hydroxide mg/1 []Al-Aluminum (D) ug/1 COD m /l
Carbonate m /l E]$a-Barium (D) ug/1 Coliform (Fecal MF) /100ml
Bicarbonate mg/1 ECa-Calcium (D) mg/1 ❑ Coliform (total MF) /100ml
1-1 PH value (when analyzed) units Oed-Cadmium (D) ug/l TOC mg/1
Arsenic (D) ug/l ❑CY-Chromium (D) ug/1 Turbidity NTU
Carbon dioxide mg/1 DCu-Cogger (D) ug/1 Ammonia (as Nitrogen) (D) m /l
Chloride (D) mg/l ElFe-Iron (D) ug/1 Kj eldahl (as Nitrogen) (D) mg/l
Color (True) units Hg-Mercury ug/1 Nitrate + Nitrite (as Nitrogen) (D) mg/1
Cyanide m /l ELi-Lithium (D) ug/1 Phosphorus, total as P(D) mg/l
Dissolved solids (D) mg/1 E]Mg-Magnesium (D) mg/1 Other Analyses:
Fluoride (D) mg/1 E Mn-Manganese(D) ug/l
Hardness (as CaCO3) (D) mg/l ❑Na-Sodium (D) mg/1
Hardness (non-carbonate) (D) mg/l Fj Pb-Lead (D) ug/l
F-IMBAS (D) mg/1 F]Zn-Zinc (D) ug/l
❑ Phenol (D) ug/1 F JK-Potassium (D) mg/l
Silica (D) mg/1
Sulfate (D) mg/1 �.
Specific Cond. UMHOS/cm D = Dissolved Analysis - submit filtered sample
GW-54 Revised 10/1/80 White copy - Headquarters Pink copy - Region Yellow copy - Lab

"'ItUNTY ' __ N.C. DEPARTMENT OF NATURAL RESOURCES LAB NUMBER
& COMMUNITY DEVELOPMENT
QUAD NO. SERIAL N0. DEM DATE REC'D
REPORT TO: (circle one) Groundwater Field/Lab Form REC'D BY
ARO, WSRO, MRO, FRO, WaRO,
WiRO, RRO, Ahoskie F0,
DATA ENTRY BY CK
OTHER - -- - ------. DATE REPORTED
PURPOSE: (circle one) baseline},�.,gollution monitory other
Date Collected e ` { I Time BY-4- Location or site �-
Description of sampling point * i,'.,; ;, "3 ,_ ,a ,, , Sampled interval '
Remarks ��
(pumping time, air temp, etc.)
Field Analysis By: Lat. Long.
PH Spec. Cond. I Temp. oC Odor Appearance Taste
Lab Analysis
Alkalinity to pH 4.5 mg/1 F-JAg-Silver (D) ug/1 ❑BOD mg/1
Alkalinity to pH 8.3 mg/1 DA1-Aluminum (D) ug/l ❑COD m /l
Carbonate mg/1 ElBa-Barium (D) ug/1 FIColiform (Fecal MF) /100ml
Bicarbonate mg/1 11Ca-Calcium (D) mg/1 FColiform (total MF) /100ml
H value (when analyzed) units E]Cd-Cadmium (D) ug/1 ❑TOC mg/l
Arsenic (D) ug/1 0Cr-Chromium (D) ug/1 1-1 Turbidity NTU
Carbon dioxide mg/1 DCu-Cooper (D) ug/1 Ammonia (as Nitrogen) (D) mg/1
O Chloride (D) mg/1 0Fe-Iron (D) ug/l ❑ Kjeldahl (as Nitrogen) (D) mg/1
Color (True) units []Hg-Mercury (D) ug/1 El Nitrate + Nitrite (as Nitrogen) (D) m /l
Cyanide m /l 0Li-Lithium (D) ug/l Phosphorus, total as P(D) m /l
Dissolved solids (D) m /l E]Mg-Magnesium (D) mg/l Other Analyses:
Fluoirde (D) mg/1 oMn-Manganese(D) ug/l
Hardness (as CaCO-7) (D) ma/l DNa-Sodium (D) mq/1
Hardness (non-carbonate) (D) ma/1 FPb-Lead (D) u /1
MBAS (D) mg/1 E]An-Zinc (D) u /1
Phenol (D) ug/1
Silica (D) mg/l D = Dissolved Analysis - submit filtered sample
Sulfate (D) m /l
Specific Cond. UMHOS/cm
GW-54 Revised 10/1/80 White copy - Headquarters Pink copy - Region Yellow copy - Lab

f.
'COUNTY_ DEPARTMENT OF NATURAL RESOUR( LAB NUMBER
& COMMUNITY DEVELOPMENT DATE REC'D -
QUAD NO. SERIAL NO. DEM _
REPORT TO: (circle one) Groundwater Field/Lab Form REC'D BY
ARO, WSRO, MRO, FRO, WaRO, DATA ENTRY BY CK
WiRO, RRO, Ahoskie FO, ._
OTHER DATE REPORTED --�
PURPOSE: (circle one) baseline, ipollution monitor) other
Date Collected ' Time By _ . Location or site 4
Description of sampling point p .�, .�;:_ Sampled interval t b ) F''. '
Remarks "-
(pumping time, air temp, etc.)
Field Analysis By: Lat. Long.
PH Spec. Cond. ::.I Temp. oC Odor Appearance Taste
Lab Analysis �`[~
Alkalinity to pH 4.5 mg/1 L7"g-Silver (D) ug/1 ❑BOD mg/l
❑ Alkalinity, hydroxide mg/1 FjId-Aluminum (D) ;;;j Q[j ug/l COD mg/1
Fj Carbonate mg/1 E]Ba-Barium (D) ug/1 Coliform (Fecal MF) /100ml
Bicarbonate mg/1 ElCa-Calcium (D) mg/1 ❑ Coliform (total MF) /100ml
pH value (when analyzed) units ❑TOC mg/l
Arsenic (D) ug/12Cr-Chromium (D) '!G ug/1 Turbidity NTU
El Carbon dioxide mg/1 DCu-Conner (D) ug/1 Ammonia (as Nitrogen) (D) mg/1
Chloride (D) mg/1 Fe-Iron (D) ug/1 0 Kjeldahl (as Nitrogen) (D) mg/l
Color (True) units Hg-Mercury ug/1 Nitrate + Nitrite (as Nitrogen) (D) mg/1
Cyanide mg/1 ❑Li-Lithium (D) ug/1 Phosphorus, total as P(D) mg/l
Dissolved solids (D) mg/1 E-1Mg-Magnesium (D) mg/1
Other Analyses:
Fluoride (D) mg/l Mn-Manganese(D) ug/1
Hardness (as CaCO3) (D) mg/l Na-Sodium (D) mg/l
Hardness (non-carbonate) (D) mg/1 �Pb�Lead (D) t, ug/1
MBAS (D) mg/1 FZn-Zinc (D) ug/1
Phenol (D) ug/1 K-Potassium (D) mg/1
Silica (D) mg/1
Sulfate (D) mg/1
Specific Cond. UMHOS/cm D = Dissolved Analysis - submit filtered sample
GW-54 Revised 10/1/80 White copy - Headquarters Pink copy - Region Yellow copy - Lab

iCOU� - r. ' N.C. DEPARTMENT OF NATURAL RESOURCES LAB NUMBER
QUAD NO. . �� & COMMUNITYDEVELOPMENT DATE REC'D -
[.� SERIAL NO.
REPORT TO: (circle one) Groundwater Field/Lab Form REC'D BY
ARO, WSRO, MRO, FRO, WaRO, DATA ENTRY BY CK
WiRO, RRO, Ahoskie FO,
OTHER _ DATE REPORTED
PURPOSE: (circle one) baseline,', ollution monitor other ,J
Date Collected '� !j J t ;�1 Time By 1 Jc-i / O� -
i rJ (NN!C- \ Location or site �
L T —
Description 9f sampiing point JE—'k;e n, >eg g p Sampled interval },
r, 14
Remarks fir" �-�_.�_�� %!.o -
(pumping time, air temp, etc.)
Field Analysis By: Lat.
Long.
PH Spec. Cond. 7 4J/C Temp. oC Odor Appearance Taste
Lab Analysis ~3i
Alkalinity to pH 4.5 mg/1,F1Ag-Silver (D) ug/1 BOD mg/1
❑ Alkalinity to pH 8.3 mg/1 DA1-Aluminum (D) ug/l ❑ COD mg/1
❑ Carbonate mg/1 FBa-Barium (D) ug/l Coliform (Fecal MF) /100ml
Bicarbonate mg/1 ElCa-Calcium (D) mg/1 ❑Coliform (total MF) /100ml
'y °H value (when analyzed) . units E]Cd-Cadmium (D) ug/l ❑TOC mg/1
Arsenic (D) ug/l ECr-Chromium (D) ug/1 ❑Turbidity NTU
Carbon dioxide mg/1 DCu-Cooper (D) ug/1 ❑Ammonia (as Nitrogen) (D) mg/1
Chloride (D) mg/l DFe-Iron (D) ug/l Kjeldahl (as Nitrogen) (D) mg/1
1-1 Color (True) units [:]Hg-Mercury (D) ug/1 Nitrate + Nitrite (as Nitrogen) (D) mg/1
Cya! �a mg/l E]Li-Lithium (D) ug/1 Phosphorus, total as P(D) mg/l
-6'"issolved solids (D) mg/1 E]Mg-Magnesium (D) mg/1 Other Analyses:
Fluoirde (D) mg/1 ElMn-Manganese(D) ug/1
Hardness (as CaCO3) (D) mg/l oNa-Sodium (D) mg/1
Hardness (non-carbonate) (D) mg/1 r�Pb-Lead (D) ug/1
F-IMBAS (D) mg/1 ❑An-Zinc (D) ug/1
Phenol (D) ug/1
Silica (D) mg/l D = Dissolved Analysis - submit filtered sample
Sulfate (D) mg/1
Specific Cond. UMHOS/cm
GW-54 Revised 10/1/80 White copy - Headquarters Pink copy - Region Yellow copy - Lab

COUNTY R r DEPARTMENT OF NATURAL RESOURI LAB NUMBER
& COMMUNITY DEVELOPMENT - DATE REC'D
QUAD NO. SERIAL N0. DEM
REPORT TO: (circle one) Groundwater Field/Lab Form REC'D BY - ` --"
ARO, WSRO, MRO, FRO, WaRO, DATA ENTRY BY CK -
WiRO, RRO, Ahoskie FO, -._
OTHER DATE REPORTED
PURPOSE: (circle one) baseline,,.pollution monitor,jother
Date Collected i � Time By t' � "'' Q.ocation or site
Description of sampling point Sampled interval
Remarks
(pumping time, air temp, etc.. ) - .
Field Analysis By: Lat. Long.
PH Spec. Cond. o Temp. oC Odor Appearance Taste
Lab Analysis -�
❑ Alkalinity to pH 4.5 mg/1 EJAg-Silver (D) - ug/l BOD mg/l
❑ Alkalinity, hydroxide mg/1 DA1-Aluminum (D) ug/1 ❑COD mg/l
❑ Carbonate mg/1 []Ba-Barium (D) ug/1 Coliform (Fecal MF) /100m1
1-1 Bicarbonate mg/1 11Ca-Calcium (D) mg/1 ❑Coliform (total MF) /100ml
pH value (when analyzed) units [jt$-Cadmium (D) _, ) ug/1 TOC mg/l
Arsenic (D) ug/1 0Cr-Chromium (D) _ ug/1 Turbidity NTU
❑ Carbon dioxide mg/l E1 Cu-Conner (D) ug/1 Ammonia (as Nitrogen) (D) mg/l
❑ Chloride (D) mg/1 0Fe-Iron (D) ug/l Kjeldahl (as Nitrogen) (D) mg/1
0 Color (True) units ❑Hg-Mercury ug/l Nitrate + Nitrite (as Nitrogen) (D) mg/1
Cyanide mg/1 E Li-Lithium (D) ug/l Phosphorus, total as P(D) mg/l
Dissolved solids (D) mg/1 ElMg-Magnesium (D) mg/1
Other Analyses:
Fluoride (D) mg/1 OMn-Manganese(D) ug/1
Hardness (as CaCO3) (D) mg/l Na-Sodium (D) mg/1
Hardness (non-carbonate) (D) mg/l F 6-Lead (D) - ug/1
❑ MBAS (D) mg/1 �Zil--Zinc (D) ' ug/1
Phenol (D) ug/1 F K-Potassium (D) mg/1
Silica (D) mg/1
Sulfate (D) mg/1 _
Specific Cond. UMHOS/cm D = Dissolved Analysis - submit filtered sample
GW-54 Revised 10/1/80 White copy - Headquarters Pink copy - Region Yellow copy - Lab

Iq Cft-'q'Y N.C. DEPARTMENT OF NATURAL RESOURCES LAB NUMBER
& COMMUNITY DEVELOPMENT
QUAD NO SERIAL N0. DEM DATE REC'D
REPORT TO: (circle one) Groundwater Field/Lab Form REC'D BY
ARO, WSRO, MRO, FRO, WaRO, DATA ENTRY BY CK
WiRO, RRO, Ahoskie FO,
OTHER DATE REPORTED
PURPOSE: (circle one) baseline,,pollution monitor., other
Date Collected ,Time By Location or site -
f
Description of sampling point „^ .t m Sampled interval
Remarks s."
_ a
(pumping time, air temp, etc.)
Field Analysis By: Lat. Long.
PH Spec. Cond. Temp. oC Odor Appearance Taste
Lab Analysis
Alkalinity to pH 4.5 mg/1 Ag--Silver (D) ug/1 ❑BOD mg/l
Alkalinity to pH 8.3 mg/l Al-Aluminum (D) ug/1 COD mg/1
Carbonate mg/l Ba-Barium (D) ug/l Coliform (Fecal MF) /100ml
Bicarbonate mg/1 11Ca-Calcium (D) mg/l Coliform (total MF) /100m1
O pli value (when analyzed) units 0Cd-Cadmium (D) ug/l ❑TOC mg/l
7 Arsenic (D) ug/l []Cr-Chromium (D) ug/1 ❑Turbidity NTU
Carbon dioxide mg/1 E]Cu-Cooper (D) ug/1 Ammonia (as Nitrogen) (D) mg/l
Chloride (D) mg/1 0Fe-Iron (D) ug/1 Kjeldahl (as Nitrogen) (D) mg/1
Color (True) units E]Hg-Mercury (D) ug/l Nitrate + Nitrite (as Nitrogen) (D) mg/l
Cyanide mg/l E]Li-Lithium (D) ug/l Phosphorus, total as P(D) mg/1
aissolved solids (D) m /1 El (D) mg/1 Other Analyses:
Fluoirde (D) mg/1 OMn-Manganese(D) ug/l
Hardness (as CaCOg) (D) mg/1 DNa-Sodium (D) mg/1
Hardness (non-carbonate) (D) mg/l 11Pb-Lead (D) ug/l
F-IMBAS (D) mg/1 []An-Zinc (D) ug/l
Phenol (D) ug/1
1-1 Silica (D) mg/l D = Dissolved Analysis - submit filtered sample
Sulfate (D) mg/l
El Specific Cond. UMHOS/cm
GW-54 Revised 10/1/80 White copy - Headquarters Pink copy - Region Yellow copy - Lab

CbU%4Y ; DEPARTMENT OF NATURAL RESOUR( LAB NUMBER
& COMMUNITY DEVELOPMENT DATE REC'D "
QUAD NO. . SERIAL NO. DEM
REPORT TO: (circle one) Groundwater Field/Lab Form REC'D BY
ARO, WSRO, MRO, FRO, WaRO,
WiRO, RRO, Ahoskie FO, DATA ENTRY BY CK
OTHER _ _. DATE REPORTED
PURPOSE: (circle one) baseline,`pollution monitor,)other
Date Collected ice_" / !Time By rKLocation or site _
Description of sampling point i;i (y�(;.,.ot' L ak Sampled interval
Remarks
(pumping time, air temp, etc. )
Field Analysis By: Lat. Long.
PH Spec. Cond. Temp. oC Odor Appearance Taste
Lab Analysis
Fj Alkalinity to pH 4.5 mg/1 OAg-Silver (D) ug/1 BOD mg/1
Alkalinity, hydroxide mg/1 DA1-Aluminum (D) ug/1 ❑COD mg/1
Carbonate mg/1 1:1Ba-Barium (D) ug/1 ❑ Coliform (Fecal MF) /100ml
❑ Bicarbonate mg/1 E]Ca-Calcium (D) mg/1 ❑ Coliform (total MF) /100ml
pH value (when analyzed) units F-lC'cl-Cadmium (D) ' ;' ug/1 TOC mg/l
Arsenic (D) ug/1 Ock-Chromium (D) ug/1 Turbidity NTU
Carbon dioxide mg/1 ❑Cu-Conper (D) ug/1 ❑Ammonia (as Nitrogen) (D) mg/l
❑ Chloride (D) mg/1 Fe-Iron (D) ug/1 ❑ Kjeldahl (as Nitrogen) (D) mg/1
Color (True) units Hg-Mercury ug/1 ❑ Nitrate + Nitrite (as Nitrogen) (D) mg/l
Cyanide mg/1 OLi-Lithium (D) ug/1 1-1 Phosphorus, total as P(D) mg/l
Dissolved solids (D) mg/1 Mg-Magnesium (D) mg/l Other Analyses:
Fluoride (D) mg/1 Mn-Manganese(D) ug/1
Hardness (as CaCO3) (D) mg/1 Na-Sodium (D) mg/1
Hardness (non-carbonate) (D) mg/1 a Pb-Lead (D) ug/1
MBAS (D) mg/l MZn-Zinc (D) ug/1
Phenol (D) ug/1 K-Potassium (D) mg/1
❑ Silica (D) mg/1
Sulfate (D) mg/1
Specific Cond. UMHOS/cm D = Dissolved Analysis - submit filtered sample
GW-54 Revised 10/l/80 White copy - Headquarters Pink copy - Region Yellow copy - Lab

COU3tY f N.C. DEPARTMENT OF NATURAL RESOURCES LAB NUMBER
& COMMUNITY DEVELOPMENT
QUAD NO. ! � ,(� SERIAL NO. DEM DATE REC D
REPORT TO: (circle one) Groundwater Field/Lab Form REC'D BY
ARO, WSRO, MRO, FRO, WaRO, DATA ENTRY BY CK
WiRO, RRO, Ahoskie FO,
OTHER _ DATE REPORTED
PURPOSE: (circle one) baseline, pollution monitor) other
Date Collected f l'W _ / _ Time By `. Location or site
Description of sampling point n- ;2s Sampled interval
Remarks
,
(pumping time, air temp, etc. )
Field Analysis By: Lat. Long.
pH Spec. Cond. / �} U 'Temp. oC Odor Appearance Taste
Lab Analysis
❑ Alkalinity to pH 4.5 mg/l OAg-Silver (D) ug/1 11 HOD mg/l
Alkalinity to pH 8.3 mg/l EIA1-Aluminum (D) ug/1 0 COD mg/1
❑ Carbonate mg/1 1:1Ba-Barium (D) ug/l Coliform (Fecal MF) /100ml
Bicarbonate mg/l E]Ca-Calcium (D) mg/1 Coliform (total MF) /100ml
H value (when analyzed) units E]Cd-Cadmium (D) ug/l TOC mg/1
Arsenic (D) ug/1 0Cr-Chromium (D) ug/1 Turbidity NTU
Carbon dioxide mg/1 OCu-Cooper (D) ug/l Ammonia (as Nitrogen) (D) mg/l
a Chloride (D) mg/1 1:1Fe-Iron (D) ug/1 Kjeldahl (as Nitrogen) (D) mg/1
Color (True) units ❑Hg-Mercury (D) ug/1 Nitrate + Nitrite (as Nitrogen) (D) mg/l
❑ Cyanide mg/1 0Li-Lithium (D) ug/l Phosphorus, total as P(D) mg/1
Dissolved solids (D) mg/1 E:]Mg-Magnesium (D) mg/1
Other Analyses:
Fluoirde (D) mg/l E]Mn-Manganese(D) ug/1
Hardness (as CaCO3) (D) mg/l F]Na-Sodium (D) mg/1
Hardness (non-carbonate) (D) mg/1 1-1 Pb-Lead (D) ug/1
MBAS (D) mg/1 F-]An-Zinc (D) ug/l
Phenol (D) ug/1
Silica (D) mg/1 D = Dissolved Analysis - submit filtered sample
El Sulfate (D) mg/1-
Specific Cond. UMHOS/cm
GW-54 Revised 10/l/80 White copy - Headquarters Pink copy - Region Yellow copy - Lab

COUNTY f DEPARTMENT OF NATURAL RESOUR(, LAB NUMBER
QUAD NO. SERIAL NO. - & COMMUNITY DEVELOPMENT
_ DATE REC'D
DEM
REPORT TO: (circle one) Groundwater Field/Lab Form REC'D BY
ARO, WSRO, MRO, FRO, WaRO, DATA ENTRY BY CK
WiRO, RRO, Ahoskie F0,
OTHER DATE REPORTED
PURPOSE: (circle one) baseline,' ollution monitor,- other
Date Collected ' 1 '`.: j Time By ,' .; -_' Location or site
Description of sampling point 4ir,.-t !1, a. , ��� �1. - Sampled interval '
Remarks 1 :-L"V C LjotP- 7t�- `s
(pumping time, air temp, etc.)
Field Analysis By: Lat. Long.
PH Spec. Cond. 1_3 n n Temp. oc Odor Appearance Taste
Lab Analysis
El Alkalinity to pH 4.5 mg/l []Ag-Silver (D) ug/1 ❑ BOD mg/1
❑ Alkalinity, hydroxide mg/l EAl-Aluminum (D) ug/1 ❑ COD mg/l
1-1 Carbonate mg/1 11Ba-Barium (D) ug/l ❑ Coliform (Fecal MF) /100ml
Bicarbonate mg/1 ECa-Calcium (D) mg/1 ❑ Coliform (total MF) /100ml
1-1 pH value (when analyzed) units ECd-Cadmium (D) ug/1 ❑ TOC mg/l
1-1 Arsenic (D) ug/16-Chromium ❑ Turbidity NTU
Carbon dioxide mg/l Cu-Cooper (D) ug/1 [:]Ammonia (as Nitrogen) (D) mg/l
❑ Chloride (D) mg/1 El Fe-Iron (D) ug/1 Kjeldahl (as Nitrogen) (D) mg/1
Color (True) units ❑Hg-Mercury ug/1 Nitrate + Nitrite (as Nitrogen) (D) mg/l
Cyanide mg/1 OLi-Lithium (D) ug/1 Phosphorus, total as P(D) mg/1
Dissolved solids (D) mg/l Mg-Magnesium (D) mg/1
Other Analyses:
Fluoride (D) mg/1 Mn-Manganese(D) ug/1
Hardness (as CaCO3) (D) mg/1 Na-Sodium (D) mg/1
Hardness (non-carbonate) (D) mg/1 0 Pb-Lead (D) ug/1
MBAS (D) mg/1 F-jZn-Zinc (D) ug/1
❑ Phenol (D) ug/l Q K-Potassium (D) mg/1 _
❑ Silica (D) mg/1
1-1 Sulfate (D) mg/l
Specific Cond. UMHOS/cm D = Dissolved Analvsis - submit filtered sample
GW-54 Revised 10/1/80 White copy - Headquarters Pink copy - Region Yellow copy - Lab

COUNTY W64))AP,C4 nr,) N.C. DEPARTMENT OF NATURAL RESOURCES LAB NUMBER _
�, & COMMUNITY DEVELOPMENT DATE REC'D
QUAD NO. , , 5� u, SERIAL NO. DEM
REPORT TO: (circle one) Groundwater Field/Lab Form REC'D BY
ARO„ WSRO, MRO, FRO, WaRO, DATA ENTRY BY CK
WiRO, RRO, Ahoskie FO,
OTHER DATE REPORTED a,
PURPOSE: (circle one) baseline, 'pollution monitoi, other
Date Collected - ,'.1 Time By i _- - Location or site
Description of sampling point a i:_A (bi.Qcz L C E-". Sampled interval
Remarks_
(pumping time, air temp, etc.)
Field Analysis By: Lat. Long.
pH Spec. Cond. °f�( emp. C Odor Appearance Taste
Lab Analysis
❑ Alkalinity to pH 4.5 mg/1 E]Ag-Silver (D) ug/1 ❑BOD mg/l
Alkalinity to pH 8.3 mg/1 FA1-Aluminum (D) ug/1 ❑COD mg/l
Carbonate mg/1 ElBa-Barium (D) ug/1 Coliform (Fecal MF) /100ml
Bicarbonate mg/l ElCa-Calcium (D) mg/1 ❑Coliform (total MF) /100ml
El'pH value (when analyzed) units Cd-Cadmium (D) ug/l TOC mg/1
Arsenic (D) ug/1 Cr-Chromium (D) ug/1 Turbidity NTU
Carbon dioxide m /1 Cu-Cooper (D) ug/1 Ammonia (as Nitrogen) (D) mg/1
ro
O Chloride (D) �;,., \ m lyEFe-Iron (D) ug/l Kjeldahl (as Nitrogen) (D) mg/1
Color (True) units DHg-Mercury (D) ug/1 ❑Nitrate + Nitrite (as Nitrogen) (D) mg/l
Cyanide 1 ELi-Lithium (D) ug/1 0 Phosphorus, total as P(D) mg/l
'Dissolved solids (D) ^„ \ w ElMg-Magnesium (D) mg/1
Other Analyses:
❑ Fluoirde (D) mg/1 E]Mn-Manganese(D) ug/l
1-1 Hardness (as CaCO3) (D) mg/l Na-Sodium (D) mg/l
❑ Hardness (non-carbonate) (D) mg/1 F]Pb-Lead (D) ug/1
MBAS (D) mg/1 F-]An-Zinc (D) ug/1
Phenol (D) ug/1
Silica (D) mg/l D = Dissolved Analysis - submit filtered sample
El Sulfate (D) mg/1
Specific Cond. UMHOS/cm
GW-54 Revised 10/1/80 White copy - Headquarters Pink copy - Region Yellow copy - Lab

COUNTY DEPARTMENT OF NATURAL RESOU� LAB NUMBER
_ & COMMUNITY DEVELOPMENT _
QUAD NO. i SERIAL NO. DEM DATE REC'D 1
REPORT TO: (circle one) Groundwater Field/Lab Form REC'D BYARO /
iO DATA ENTRY BY CK WSRO, MRO, FRO, WaRO,
W ;��)u fir...
RO, RRO, Ahoskie FO,
OTHER DATE REPORTED ' G" - h-
PURPOSE: (circle one) baseline,(pollution monitor other
Date Collected j x i Time By ) it"'„ Location or site
Description of sampling point „ Sampled interval
Remarks
(pumping time, air temp, etc.)
Field Analysis By: Lat. Long.
PH Spec. Cond. " 'Zti Temp, oC Odor Appearance Taste
Lab Analysis
Fj Alkalinity to pH 4.5 mg/1 DAg-Silver (D) ug/1 11 HOD mg/l
Alkalinity, hydroxide mg/1 E]Al-Aluminum (D) ug/1 COD mg/1
❑ Carbonate mg/1 1:1Ba-Barium (D) ug/l Coliform (Fecal MF) /100ml
❑ Bicarbonate mg/1 0Ca-Calcium (D) mg/1 ❑Coliform (total MF) /100ml
❑ pH value (when analyzed) units [:]Cd-Cadmium (D) ug/1 ❑TOC mg/1
Arsenic (D) ug/1 E]Cr-Chromium (D) /, _L) ug/1 FITurbidity NTU
❑ Carbon dioxide mg/1 Cu-Copper (D) ug/1 Ammonia (as Nitrogen) (D) mg/1
❑ Chloride (D) mg/1 El Fe-Iron (D) ug/1 Kjeldahl (as Nitrogen) (D) mg/l
EJ Color (True) units 0 Hg-Mercury ug/1 Nitrate + Nitrite (as Nitrogen) (D) mg/1
❑ Cyanide mg/1 ❑Li-Lithium (D) ug/1 Phosphorus, total as P(D) mg/1
❑ Dissolved solids (D) mg/1 []Mg-Magnesium (D) mg/1 Other Analyses:
Fluoride (D) mg/1 []Mn-Manganese(D) ug/1
Hardness (as CaCO3) (D) mg/l Na-Sodium (D) mg/1
El Hardness (non-carbonate) (D) mg/1 El Pb-Lead (D) ug/1
MBAS (D) mg/1 F-]Zn-Zinc (D) ug/1
Phenol (D) ug/1 K-Potassium (D) mg/l
Silica (D) mg/1
Sulfate (D) mg/l
❑ Specific Cond. UMHOS/cm D = Dissolved Analysis - submit filtered sample
GW-54 Revised 10/l/80 White copy - Headquarters Pink copy - Region Yellow copy - Lab

COUNTY N.C. DEPARTMENT OF NATURAL RESOURCES LAB NUMBER
& COMMUNITY DEVELOPMENT DATE REC'D
QUAD NO. SERIAL NO. DEM
REPORT TO: (circle one) Groundwater Field/Lab Form REC'D BY
ARO, WSRO, MRO, FRO, WaRO, DATA ENTRY BY CK
WRO, RRO, Ahoskie F0,
OTHER _..". DATE REPORTED
PURPOSE: (circle one) baseline, pollution monitor, other
Date Collected - Time By Location or site
Description of sampling point i Sampled interval
Remarks „ +z '
(pumping time, air temp, etc.)
Field Analysis By: Lat. Long.
pH Spec. Cond. ! ) �j /�A� Temp. oC Odor Appearance Taste
Lab Analysis
Fj Alkalinity to pH 4.5 mg/l []Ag-Silver (D) ug/1 ❑BOD mg/1
Alkalinity to pH 8.3 mg/l RAl-Aluminum (D) ug/1 ❑COD mg/1
Carbonate mg/1 1:1Ba-Barium (D) ug/l El Coliform (Fecal MF) /100m1
Bicarbonate mg/l ECa-Calcium (D) mg/l ❑ Coliform (total MF) /100ml
a pH value (when analyzed) units ECd-Cadmium (D) ug/1 El TOC mg/1
❑ Arsenic (D) ug/1 0Cr-Chromium (D) ug/1 ❑Turbidity NTU
Carbon dioxide mg/l OCu-Cooper (D) ug/1 Ammonia (as Nitrogen) (D) mg/1
❑ Chloride (D) mg/1 EFe-Iron (D) ug/1 Kjeldahl (as Nitrogen) (D) mg/1
Color (True) units Hg-Mercury (D) ug/1 Nitrate + Nitrite (as Nitrogen) (D) mg/1
Cyanide mg/l 0Li-Lithium (D) ug/l El Phosphorus, total as P(D) mg/1
Dissolved solids (D) mg/l 0MM -Magnesium (D) mg/1
Other Analyses:
Fluoirde (D) mg/1 E]Mn-Manganese(D) ug/1
Hardness (as CaCO3) (D) mq/l ENa-Sodium (D) mq/l
Hardness (non-carbonate) (D) mg/l RPb-Lead (D) ug/l
MBAS (D) mg/l [ ]An-Zinc (D) ug/1
Phenol (D) ug/1
Silica (D) mg/l D = Dissolved Analysis - submit filtered sample
Sulfate (D) mg/1
Specific Cond. UMHOS/cm
GW-54 Revised 10/1/80 White copy - Headquarters Pink copy - Region Yellow copy - Lab

COUNTY ,. DEPARTMENT OF NATURAL RESOUF LAB NUMBER
& COMMUNITY DEVELOPMENT DATE REC'D
QUAD NO. SERIAL NO. DEM
REPORT TO: (circle one) Groundwater Field/Lab Form REC'D BY
ARO, WSRO, MRO, FRO, WaRO, i DATA ENTRY BY CK
WiRO, RRO, Ahoskie FO,
OTHER DATE REPORTED
PURPOSE: (circle one) baseline, pollution monitor, other
Date Collected Time By i ' Location or site
Description of sampling point Sampled interval
Remarks
(pumping time, air temp, etc.)
Field Analysis By: Lat. Long.
PH Spec. Cond. CO Q 0 Temp. °C Odor Appearance Taste
Lab Analysis
11 Alkalinity to pH 4.5 mg/1 Ag-Silver (D) ug/1 BOD mg/1
Alkalinity, hydroxide mg/1 E]A1-Aluminum (D) ug/1 El COD mg/1
Carbonate mg/1 EjBa-Barium (D) ug/l 1-1 Coliform (Fecal MF) /100ml
Bicarbonate mg/1 ElCa-Calcium (D) mg/1 11 Coliform (total MF) /100m1
pH value (when analyzed) units E]Cd-Cadmium (D) ug/1 TOC mg/l
Arsenic (D) ug/1 O Cr-Chromium (D) ug/1 Turbidity NTU
Carbon dioxide mg/l11 Cu-Cooper (D) ug/1 Ammonia (as Nitrogen) (D) mg/1
Chloride (D) mg/1 El Fe-Iron (D) ug/1 Kjeldahl (as Nitrogen) (D) mg/l
Color (True) units Hg-Mercury ug/1 Nitrate + Nitrite (as Nitrogen) (D) mg/1
Cyanide mg/1 F]Li-Lithium (D) ug/1 Phosphorus, total as P(D) mg/1
Dissolved solids (D) mg/l 1_1Mg-Magnesium (D) mg/1
Other Analyses:
Fluoride (D) mg/l FjMn-Manganese(D) ug/1
Hardness (as CaCO3) (D) mg/1 Na-Sodium (D) mg/1
Hardness (non-carbonate) (D) mg/l Pb-Lead (D) ug/1
F-IMBAS (D) mg/1 F-]Zn-Zinc (D) ug/1
❑ Phenol (D) ug/1 0 K-Potassium (D) mg/1
❑ Silica (D) mg/1 El
Sulfate (D) mg/1
Specific Cond. UMHOS/cm D = Dissolved Analvsis - submit filtered sample
GW-54 Revised 10/1/80 White copy - Headquarters Pink copy - Region Yellow copy - Lab

COUNTY N.C. DEPARTMENT OF NATURAL RESOURCES LAB NUMBER
& COMMUNITY DEVELOPMENT
QUAD NO. SERIAL NO. DEM DATE REC'D
REPORT TO: (circle one) Groundwater Field/Lab Form REC'D BY
ARO, WSRO, MRO, FRO, WaRO, DATA ENTRY BY CK
WiRO, RRO, Ahoskie F0,
OTHER DATE REPORTED
PURPOSE: (circle one) baseline,,.pollution monitgr, other
Date Collected Time By Location or site -
Description of sampling point -iw�; � e +c• ,Cx Sampled interval -
Remarks
(pumping time, air temp, etc.)
Field Analysis By: Lat. Long.
pH Spec. Cond. , Temp. oC Odor Appearance Taste
Lab Analysis
Alkalinity to pH 4.5 m /l EAg-Silver (D) ug/l ❑BOD mg/l
Alkalinity to pH 8.3 mg/1 QAl-Aluminum (D) ug/l COD mg/l
Carbonate m /l DBa-Barium (D) ug/1 Coliform (Fecal MF) /100ml
Bicarbonate m /1 DCa-Calcium (D) mg/1 Coliform (total MF) /100ml
pH value (when analyzed) units [:]Cd-Cadmium (D) ug/l TOC m /l
Arsenic (D) ug/l oCr-Chromium (D) ug/l Turbidity NTU
❑ Carbon dioxide mg/1 0Cu-Cooper (D) ug/l Ammonia (as Nitrogen) (D) ma/l
Chloride (D) - mg/1 [--]Fe-Iron (D) ug/l Kjeldahl (as Nitrogen) (D) mg/l
Color (True) units 0Hg-Mercury (D) ug/l Nitrate + Nitrite (as Nitrogen) (D) mg/1
Cyanide m /l OLi-Lithium (D) ug/l Phosphorus, total as P(D) mg/1
E Dissolved solids (D) mg/1 E]Mg-Magnesium (D) mg/1 Other Analyses:
Fluoirde (D) mg/l OMn-Manganese(D) ug/l
Hardness (as CaCO3) (D) mg/l ❑Na-Sodium (D) mg/l
❑ Hardness (non-carbonate) (D) mg/l E]Pb-Lead (D) ug/1
MBAS (D) mg/1 F-]An-Zinc (D) ug/1
Phenol (D) ug/1
Silica (D) mg/1 D = Dissolved Analysis - submit filtered sample
EJ Sulfate (D) mg/1
El Specific Cond. UMHOS/cm
GW-54 Revised 10/1/80 White copy - Headquarters Pink copy - Region Yellow copy - Lab

COUNTY (. DEPARTMENT OF NATURAL RESOU11 LAB NUMBER
_ & COMMUNITY DEVELOPMENT , r n
QUAD NO. SERIAL N0. DATE REC D
DEM
REPT TO: (circle one) Groundwater Field/Lab Form REC'D BY
ut'
'ARO, WSRO, MRO, FRO, WaRO, DATA ENTRY BY CK
- \
WiRO, RRO, Ahoskie FO, (`�( (�J ,
OTHER DATE REPORTED
PURPOSE: (circle one) baseline,tpollution monito , other
Date Collected Time By I, ,: .K Location or site
Description of sampling point Sampled interval ,''_
Remarks
(pumping time, air temp, etc,,,)
Field Analysis By: / Lat. Long.
PH Spec. Cond. 1 G Temp. oC Odor Appearance Taste
Lab Analysis
Alkalinity to pH 4.5 mg/1 Ag-Silver (D) '` o ug/l BOD mg/l
Fj Alkalinity, hydroxide mg/1 [:PA1-Aluminum (D) //U U ug/l COD mg/l
Carbonate mg/l QBa-Barium (D) -/ U UU ug/l Coliform (Fecal MF) /100ml
❑ Bicarbonate mg/l 11CaYCalcium (D) mg/1 ❑Coliform (total MF) /100ml
❑ pH value (when analyzed) units F,:�67Cadmium (D) -'176 ug/1 TOC mg/l
Arsenic (D) ug/1 __6romium (D) - '1 ug/1 Turbidity NTU
Carbon dioxide mg/1 EX-Bonner (D) ` 'f J ug/l 0 Ammonia (as Nitrogen) (D) mg/l
Chloride (D) mg/l Fj #e-Iron (D) ug/1 Kjeldahl (as Nitrogen) (D) mg/l
Color (True) units Hg-Mercury ug/1 Nitrate + Nitrite (as Nitrogen) (D) mg/l
Cyanide mg/1 Li-Lithium (D) ug/1 Phosphorus, total as P(D) mg/l
Dissolved solids (D) mg/l E]Mg-Magnesium (D) mg/1
Other Analyses:
Fluoride (D) mg/l �Mn-Manganese(D) �/(>Q ug/l
Hardness (as CaC09) (D) mg/l ❑Na-Sodium (D) mg/1
Hardness (non-carbonate) (D) mg/l Pb-Lead (D) /'-<' ug/l
F-IMBAS (D) mg/1 F]Zn-Zinc (D) - ug/l
Phenol (D) ug/l 11K-Potassium (D) mg/1
❑ Silica (D) mg/1
Sulfate (D) mg/l
El Specific Cond. UMHOS/cm D = Dissolved Analysis - submit filtered sample
GW-54 Revised 10/1/80 White copy - Headquarters Pink copy - Region Yellow copy - Lab

COUNTY N.C. DEPARTMENT OF NATURAL RESOURCES LAB NUMBER
.� .
QUAD NO. 'i SERIAL NO. & COMMUNITY DEVELOPMENT
DEM DATE REC'D `
REPORT TO: (circle one) Groundwater Field/Lab Form REC'D BY ��-
"ARO,' WSRO, MRO, FRO, WaRO, DATA ENTRY BY CK
WiRO, RRO, Ahoskie FO,
OTHER DATE REPORTED
PURPOSE: (circle one) baseline;"pollution monitor� other
Date Collected ?�(�.;�, � I Time By Location or site _
Description of slampling pointy �'UC4 ar r „-1f, Sampled interval
Remarks_
(pumping time, air temp, etc.)
Field Analysis By: Lat. Long.
PH Spec. Cond. 1 6&Wj Temp. oC Odor Appearance Taste
Lab Analysis
❑ Alkalinity to pH 4.5 mg/l E]Ag-Silver (D) ug/l BOD mg/l
Alkalinity to pH 8.3 mg/1 111-Aluminum (D) ug/1 COD mg/1
❑ Carbonate mg/l 11Ba-Barium (D) ug/l Coliform (Fecal MF) /100ml
Bicarbonate mg/1 OCa-Calcium (D) mg/l Coliform (total MF) /100ml
0'pH value (when analyzed) units 0Cd-Cadmium (D) ug/1 TOC mg/l
Arsenic (D) ug/1 E]Cr-Chromium (D) ug/l Turbidity NTU
Carbon dioxide mg/1 E]Cu-Cooper (D) ug/1 Ammonia (as Nitrogen) (D) mg/l
Chloride (D) - mg/1 0Fe-Iron (D) ug/1 Kjeldahl (as Nitrogen) (D) mg/l
Color (True) units CHg-Mercury (D) ug/1 ❑Nitrate + Nitrite (as Nitrogen) (D) mg/1
Cyanide mg/l DLi-Lithium (D) ug/l ❑ Phosphorus, total as P(D) mg/3,
El-Dissolved solids (D) mg/1 EMg-Magnesium (D) mg/1 Other Analyses:
Fluoirde (D) mg/l []Mn-Manganese(D) ug/l
Hardness (as CaCO3) (D) mg/l ❑Na-Sodium (D) m4/l
Hardness (non-Carbonate) (D) mg/l F]Pb-Lead (D) ug/l
MBAS (D) mg/1 FAn-Zinc (D) ug/l
Phenol (D) ug/1
❑ Silica (D) mg/l D = Dissolved Analysis - submit filtered sample
Sulfate (D) mg/l
Specific Cond. UMHOS/cm
GW-54 Revised 10/1/80 White copy - Headquarters Pink copy - Region Yellow copy - Lab

COUNTY r DEPARTMENT OF NATURAL RESOUI1 LAB NUMBER
& COMMUNITY DEVELOPMENT
QUAD NO. SERIAL NO. DEM DATE REC'D
REP Q T TO: (circle one) Groundwater Field/Lab Form REC'D BY
ARO+ WSRO, MRO, FRO, WaRO, '` ^� DATA ENTRY BY CK
WiRO, RRO, Ahoskie FO,
OTHER \__- DATE REPORTED_
PURPOSE: (circle one) baseline pollution monit other
Date Collected Time By rnp �).,,,.,^ k Location or site
Description of sampling point Sampled interval
Remarks '_,j4I"`� A -
(pumping time, air temp, etc.)
Field Analysis By: Lat. Long.
PH Spec. Cond. Temp. oC Odor Appearance Taste
Lab Analysis
❑ Alkalinity to pH 4.5 mg/l E]Ag-Silver (D) -Ec,j g/1 BOD mg/1
❑ Alkalinity, hydroxide mg/1 FlA1-Aluminum (D) ug/1 COD mg/1
Carbonate mg/l E]Ba-Barium (D) ug/1 El Coliform (Fecal MF) /100ml
Bicarbonate m /l []Ca--qCalcium (D) mg/1 Coliform (total MF) /100ml
pH value (when analyzed) units OCd-Cadmium (D) ` �-� �' ug/l TOC mg/1
❑ Arsenic (D) ug/l oCr-Chromium (D) - ug/1 Turbidity NTU
1-1 Carbon dioxide mg/l DCu-Conner (D) «'J ug/1 Ammonia (as Nitrogen) (D) mg/l
Chloride (D) mg/l 11Fe-Iron (D) ug/1 0 Kjeldahl (as Nitrogen) (D) ma/l
❑ Color (True) units Hg-Mercury ug/1 Nitrate + Nitrite (as Nitrogen) (D) mg/l
Cyanide mg/l OLi-Lithium (D) ug/1 ❑Phosphorus, total as P(D) mg/1
Dissolved solids (D) mg/1 DMg-Magnesium (D) mg/1 Other Analyses:
Fluoride (D) mg/1 E]Mn-Manganese(D) ug/l
Hardness (as CaCO3) (D) ma/l El Na- Adium (D) ma/1
Hardness (non-carbonate) (D) mg/1 Li" -Lead (D) ' i D J ug/1
MBAS (D) mg/l OZn-Zinc (D) - < i ug/1
Phenol (D) ug/l Q K-Potassium (D) mg/1
❑ Silica (D) mg/l
Sulfate (D) mg/l
Specific Cond. UMHOS/cm D = Dissolved Analysis - submit filtered sample
GW-54 Revised 10/1/80 White copy - Headquarters Pink copy - Region Yellow copy - Lab

COUNTY N.C. DEPARTMENT OF NATURAL RESOURCES LAB NUMBER
& COMMUNITY DEVELOPMENT
QUAD NO. SERIAL NO. DEM DATE REC'D
REPORT TO: (circle one) Groundwater Field/Lab Form REC'D BY
ARO, WSRO, MRO, FRO, WaRO, DATA ENTRY BY CK
WiRO, RRO, Ahoskie FO,
OTHER DATE REPORTED -
PURPOSE: (circle one) baseline, pollution monitor, other
Date Collected Time By Location or site
Description of sampling point Sampled interval ramy �(o
Remarks
(pumping time, air temp, etc.)
Field Analysis By: Lat. Long.
pH Spec. Cond. 115�Q yda5Temp. oC Odor Appearance Taste
Lab Analysis
Alkalinity to pH 4.5 mg/l FAg-Silver (D) ug/1 ❑BOD mg/l
Alkalinity to pH 8.3 mg/l ❑A1-Aluminum (D) ug/l COD mg/1
Carbonate mg/l ElBa--Barium (D) ug/l El Coliform (Fecal MF) /100ml
Bicarbonate mg/1 E]Ca-Calcium (D) mg/1 Coliform (total MF) /100ml
"pH value (when analyzed) units [:]Cd-Cadmium (D) ug/l FTOC mg/l
Arsenic (D) ug/1 Cr-Chromium (D) ug/l FjTurbidity NTU
Carbon dioxide mg/l E]Cu-Cooper (D) ug/l Ammonia (as Nitrogen) (D) mg/1
Chloride (D) mg/1 El Fe-Iron (D) ug/l E Kjeldahl (as Nitrogen) (D) mg/1
Color (True) units11 Hg-Mercury (D) ug/l Nitrate + Nitrite (as Nitrogen) (D) mg/1
Cyanide mg/l oLi-Lithium (D) ug/1 Phosphorus, total as P(D) m /l
Dissolved solids (D) m /l 0Mg-Magnesium (D) mg/l Other Analyses:
Fluoirde (D) mg/l E]Mn-Manganese(D) ug/l
Hardness (as CaCO3) (D) mq/l Na-Sodium (D) ma/1
Hardness (non-oarbonate) (D) mg/l Pb-Lead (D) ug/l
MBAS (D) mg/1 An-Zinc (D) ug/l
❑ Phenol (D) ug/l
Silica (D) mg/1 D = Dissolved Analysis - submit filtered sample
Sulfate (D) mg/l
Specific Cond. UMHOS/cm
GW-54 Revised 10/1/80 White copy - Headquarters Pink copy - Region Yellow copy - Lab

COUNTY .. DEPARTMENT OF NATURAL RESOUR LAB NUMBER
& COMMUNITY DEVELOPMENT
QUAD NO. SERIAL NO. - DFM DATE REC'D
REPORT TO: (circle one) Groundwater Field/Lab Form REC'D BY
ARO, WSRO, MRO, FRO, WaRO, DATA ENTRY BY CK
WiRO, RRO, Ahoskie FO,
OTHER DATE REPORTED
PURPOSE: (circle one) baseline, pollution monitor, other
Date Collected Time By ` Location or site
Description of sampling point Sampled interval
Remarks
(pumping time, air temp, etc. )
Field Analysis By: Lat. Long.
PH Spec. Cond. Temp. oC Odor Appearance Taste
Lab Analysis
Alkalinity to pH 4.5 mg/1 OAg-Silver (D) ug/1 BOD mg/1
Alkalinity, hydroxide mg/1 DA1-Aluminum (D) ug/1 COD mg/l
Carbonate mg/1 1:1Ba-Barium (D) ug/1 Coliform (Fecal MF) /100m1
Bicarbonate mg/1 OCa-Calcium (D) mg/1 Coliform (total MF) /100ml
PH value (when analyzed) units EICd-Cadmium (D) ug/1 TOC mg/l
Arsenic (D) ug/1 Cr-Chromium (D) ug/1 Turbidity NTU
Carbon dioxide mg/1 OCu-Copper (D) ug/1 Ammonia (as Nitrogen) (D) mg/1
Chloride (D) mg/1 11Fe-Iron (D) ug/1 Kjeldahl (as Nitrogen) (D) mg/1
ElColor (True) units Hg-Mercury ug/1 Nitrate + Nitrite (as Nitrogen) (D) mg/1
Cyanide mg/1 OLi-Lithium (D) ug/l Phosphorus, total_ as P(D) mg/1
Dissolved solids (D) mg/1 Mg-Magnesium (D) mg/1
Other Analyses:
Fluoride (D) mg/1 Mn-Manganese(D) ug/1
Hardness (as CaCO3) (D) mg/l Na-Sodium (D) mg/1
1-1 Hardness (non-carbonate) (D) mg/l Pb-Lead (D) ug/1
MBAS (D) mg/1 F-Izn-zinc (D) ug/l
Phenol (D) ug/1 K-Potassium (D) mg/1
FJ Silica (D) mg/l
Sulfate (D) mg/1
Specific Cond. UMHOS/cm D = Dissolved Analysis - submit filtered sample
GW-54 Revised 10/1/80 White copy - Headquarters Pink copy - Region Yellow copy - Lab

.COUNTY N.C. DEPARTMENT OF NATURAL RESOURCES LAB NUMBER
& COMMUNITY DEVELOPMENT DATE REC'D
QUAD NO. SERIAL N0. DEM
REPORT TO: (circle one) Groundwater Field/Lab Form REC'D BY -
ARO, WSRO, MRO, FRO, WaRO, DATA ENTRY BY CK
WiRO, RRO, Ahoskie FO,
OTHER DATE REPORTED
PURPOSE: (circle one) baseline, pollution monitor, other
Date Collected Time By Location or site
Description of sampling point Sampled interval
Remarks
(pumping time, air temp, etc.)
Field Analysis By: Lat. Long.
pH Spec. Cond. j(,0,')t.CY4,4A Temp. oC Odor Appearance Taste
Lab Analysis
Alkalinity to pH 4.5 mg/1 OAg-Silver (D) ug/l ❑BOD mg/l
Alkalinity to pH 8.3 mg/1 F]Al-Aluminum (D) ug/1 ❑COD mg/1
Carbonate mg/l 0Ba-Barium (D) ug/1 ❑Coliform (Fecal MF) /100ml
Bicarbonate mg/l []Ca-Calcium (D) mg/1 ❑Coliform (total MF) /100ml
� H value (when analyzed) units 0Cd-Cadmium (D) ug/1 ❑TOC mg/l
Arsenic (D) ug/1 E]Cr-Chromium (D) ug/1 0 Turbidity NTU
Carbon dioxide mg/1 E]Cu-Cooper (D) ug/l El Ammonia (as Nitrogen) (D) mg/l
Chloride (D) mg/1 0Fe-Iron (D) ug/l D Kjeldahl (as Nitrogen) (D) mg/l
Color (True) units Hg-Mercury (D) ug/l Nitrate + Nitrite (as Nitrogen) (D) mg/1
Cyanide mg/l OLi-Lithium (D) ug/1 11 Phosphorus, total as P(D) mg/l
Dissolved solids (D) mg/l 0Mg-Magnesium (D) mg/1 Other Analyses:
Fluoirde (D) mg/1 F-IMn-Manganese(D) ug/1
Hardness (as CaCO3) (D) mg/1 0Na-Sodium (D) mg/1
El Hardness (non-carbonate) (D) mg/1 FPb-Lead (D) ug/1
F-IMBAS (D) mg/1 An-Zinc (D) ug/1
Phenol (D) ug/l
1-1 Silica (D) mg/l D = Dissolved Analysis - submit filtered sample
El Sulfate (D) mg/l
Specific Cond. UMHOS/cm
GW-54 Revised 10/l/80 White copy - Headquarters Pink copy - Region Yellow copy - Lab

COUNTY . DEPARTMENT OF NATURAL RESOUF LAB NUMBER
_ &
QUAD NO. " SERIAL NO. COMMUNITY DEVELOPMENTDEM DATE REC'D
REPORT TO: (circle one) Groundwater Field/Lab Form REC'D BY
;AROi- WSRO, MRO, FRO, WaRO,
WlRO, RRO, Ahoskie FO, DATA ENTRY BY _ CK
OTHER DATE REPORTED '�}-" - r /
PURPOSE: (circle one) baseline,(pollution monitor., other
Date Collected Time By - " Location or site
Description of sampling point .; Sampled interval
Remarks
t . (pumping time, air temp, etc. )
Field Analysis By: Lat. Long.
PH Spec. Cond. ao-'> Temp. oC Odor Appearance Taste
Lab Analysis
❑ Alkalinity to pH 4. 5 mg/1 0Ag-Silver (D) ,.trg/1 ❑ BOD mg/l
❑ Alkalinity, hydroxide mg/1 ❑Al-Aluminum (D) ug/1 ❑ COD mg/l
❑ Carbonate mg/l ❑Ba-Barium (D) ug/1 ❑ Coliform (Fecal MF) /100m1
❑ Bicarbonate mg/l ❑Ca-Calcium (D) mg/1 ❑Coliform (total MF) /100m1
❑ pH value (when analyzed) units ❑Cd-Cadmium (D) -' ug/l ❑TOC mg/1
❑ Arsenic (D) ug/1 `I�hromium (D) �,ug/l ❑ Turbidity NTU
❑ Carbon dioxide mg/1 u-Conner (D) ` '�Ji% ug/1 ❑Ammonia (as Nitrogen) (D) mg/l
❑ Chloride (D) mg/1 ❑Fe-Iron (D) ug/1 ❑ Kjeldahl (as Nitrogen) (D) mg/1
❑ Color (True) units ❑Hg-Mercury ug/l ❑Nitrate + Nitrite (as Nitrogen) (D) mg/l
❑ Cyanide mg/1 ❑Li-Lithium (D) ug/1 ❑ Phosphorus, total as P(D) mg/l
❑ Dissolved solids (D) mg/1 ❑Mg-Magnesium (D) mg/1
Other Analyses:
❑ Fluoride (D) mg/1 ❑Mn-Manganese(D) ug/1
❑ Hardness (as CaCOj) (D) mg/1 ❑Na-Sodium (D) mg/1
❑ Hardness (non-carbonate) (D) mg/1 ❑""b-Lead (D) - ug/1
❑ MBAS (D) mg/1 ❑'Ln-Zinc
❑ Phenol (D) ug/1 ❑K-Potassium (D) mg/1
❑ Silica (D) mg/l ❑
❑ Sulfate (D) mg/1 ❑
❑ Specific Cond. UMHOS/cm D = Dissolved Analysis - submit filtered sample
GW-54 Revised 10/1/80 White copy - Headquarters Pink copy - Region Yellow copy - Lab

COUNTY N.C. DEPARTMENT OF NATURAL RESOURCES LAB NUMBER -
& COMMUNITY DEVELOPMENT
QUAD NO. ,' SERIAL N0. DEM DATE REC'D
REPORT TO: (circle one) Groundwater Field/Lab Form REC'D BY
ARO, WSRO, MRO, FRO, WaRO, DATA ENTRY BY ( ��, CK
WiRO, RRO, Ahoskie FO,
OTHER _ DATE REPORTED ; \
PURPOSE: (circle one) baseline, jpollution monitor, other
l
Date Collected Time By Location or site
Description of sampling point Sampled interval
Remarks E;;.P �
(pumping time, air temp, etc.)
Field Analysis By: Lat. Long.
PH Spec. Cond. � /� 465 Temp. oC Odor Appearance Taste
Lab Analysis
❑ Alkalinity to pH 4.5 mg/1 []Ag-Silver (D) ug/1 BOD m /l
Alkalinity to pH 8.3 mg/1 E]A1-Aluminum (D) ug/1 COD mg/1
Carbonate mg/1 1:1Ba-Barium (D) ug/1 Coliform (Fecal MF) /100ml
Bicarbonate mg/l [:]Ca-Calcium (D) mg/l Coliform (total MF) /100m1
0' H value (when analyzed) n , units 11Cd-Cadmium (D) ug/l TOC mg/1
❑ Arsenic (D) ug/l F�Cr-Chromium (D) ug/1 ❑Turbidity NTU
❑ Carbon dioxide mg/1 ElCu-Cooper (D) ug/1 Ammonia (as Nitrogen) (D) mg/l
0"Chloride (D) mg/1 0 Fe-Iron (D) uV1 ❑Kjeldahl (as Nitrogen) (D) mg/1
Color (True) units Hg-Mercury (D) ug/1 Nitrate + Nitrite (as Nitrogen) (D) mg/1
Cyanide mg/1 E:]Li-Lithium (D) ug/l Phosphorus, total as P(D) mg/l
Q-Dissolved solids (D) 1 mg/1 1:1Mg-Magnesium (D) mg/1 Other Analyses:
❑ Fluoirde (D) mg/1 �Mn-Manganese(D) ug/1
Hardness (as CaCO3) (D) ma/1 Na-Sodium (D) ma/1
Hardness (non-Carbonate) (D) mg/l Pb-Lead (D) ug/1
F-IMBAS (D) mg/1 An-Zinc (D) ug/1
Phenol (D) ug/1
Silica (D) mg/1 D = Dissolved Analysis - submit filtered sample
Sulfate (D) mg/1
Specific Cond. UMHOS/cm
GW-54 Revised 10/1/80 White copy - Headquarters Pink copy - Region Yellow copy - Lab

' COUNRY DEPARTMENT OF NATURAL RESOURI d LAB NUMBER
& COMMUNITY DEVELOPMENT 1
QUAD NO. SERIAL N0. DEM DATE REC'D
REPORT TO: (circle one) Groundwater Field/Lab Form REC'D BY
' ARO, WSRO, MRO, FRO, WaRO, ' ! DATA ENTRY BY CK
WRO, RRO, Ahoskie FO,
OTHER DATE REPORTED
PURPOSE: (circle one) baseline, pollutionn monito , other .
Date Collected ^ ( Time By �1„ Location or site 0
Description of sampling point ��..�"`Y..c < <,c.`g e_ Sampled interval
Remarks
(pumping time, air temp, etc.)
Field Analysis By: Lat. Long.
PH Spec. Cond. 2 Temp. oC Odor Appearance Taste
Lab Analysis
❑ Alkalinity to pH 4.5 mg/l E]Ag-Silver (D) ug/1 11 BOD mg/1
❑ Alkalinity, hydroxide mg/1 Al-Aluminum (D) ug/1 COD mg/1
❑ Carbonate mg/1 F�Ba-Barium (D) ug/1 El Coliform (Fecal MF) /100ml
Bicarbonate mg/1 O Ca-Calcium (D) mg/1 ❑Coliform (total MF) /100ml
pH value (when analyzed) units E]Cd-Cadmium (D) ug/l ❑TOC mg/1
Arsenic (D) ug/1 "` Chromium (D) if(� ug/1 Turbidity NTU
1-1 Carbon dioxide mg/1 Cu-Copper (D) ug/1 FlAmmonia (as Nitrogen) (D) mg/l
❑ Chloride (D) mg/1 El Fe-Iron (D) ug/l Kjeldahl (as Nitrogen) (D) mg/l
❑ Color (True) units Hg-Mercury ug/1 Nitrate + Nitrite (as Nitrogen) (D) m /l
Cyanide mg/111 Li-Lithium (D) ug/1 Phosphorus, total as P(D) mg/l
Dissolved solids (D) mg/1 E]Mg-Magnesium (D) mg/1 Other Analyses:
Fluoride (D) mg/1 EMn-Manganese(D) ug/1
Hardness (as CaCO3) (D) mg/1 Na-Sodium (D) mg/1
Hardness (non-carbonate) (D) mg/1 —Lead (D) 00 ug/1
F-IMBAS (D) mg/1 F-�Zn-Zinc (D) ug/1
Phenol (D) ug/1 K-Potassium (D) mg/1 _
Silica (D) mg/l
Sulfate (D) mg/1
Specific Cond. UMHOS/cm D = Dissolved Analysis - submit filtered sample
GW-54 Revised 10/1/80 White copy - Headquarters Pink copy - Region Yellow copy - Lab

•COuRfy N.C. DEPARTMENT OF NATURAL RESOURCES LAB NUMBER
& COMMUNITY DEVELOPMENT
QUAD NO. SERIAL NO. DEM DATE REC'D -
REPORT TO: (circle one) Groundwater Field/Lab Form REC'D BY
ARO, WSRO, MRO, FRO, WaRO, DATA ENTRY BY CK
WiRO, RRO, Ahoskie FO,
OTHER DATE REPORTED
PURPOSE: (circle one) baseline, pollution monitory other
Date Collected '1 Q{ Q Time By Location or site -
Description of sampling point d " r ^; ? Sampled interval
Remarks .,_--z:-;r�, -),�„ }p _ - i
(pumping time, air temp, etc.)
Field Analysis By: Lat. Long.
pH Spec. Cond. a2.4J Umitns Temp. °C Odor Appearance Taste
Lab Analysis
Alkalinity to pH 4.5 mg/l OAg-Silver (D) ug/l BOD mg/1
❑ Alkalinity to pH 8.3 mg/1 OA1-Aluminum (D) ug/1 ❑ COD mg/1
❑ Carbonate mg/1 1:1Ba-Barium (D) ug/1 ❑ Coliform (Fecal MF) /100ml
7 Bicarbonate mg/1 E]Ca-Calcium (D) mg/1 Coliform (total MF) /100ml
a -H value (when analyzed) - - units EICd-Cadmium (D) ug/l TOC mg/l
❑ Arsenic (D) ug/l 0Cr-Chromium (D) ug/l Turbidity NTU
Carbon dioxide m /1 E]Cu-Cooper (D) ug/l [:]Ammonia (as Nitrogen) (D) mg/l
Chloride (D) mg/1 0Fe-Iron (D) ug/1 Kjeldahl (as Nitrogen) (D) mg/l
❑ Color (True) units [:]Hg-Mercury (D) ug/l Nitrate + Nitrite (as Nitrogen) (D) mg/l
Cyanide mg/1 Li-Lithium (D) ug/l Phosphorus, total as P(D) mg/1
Dissolved solids (D) mg/l Mg-Magnesium (D) mg/l Other Analyses:
❑ Fluoirde (D) mg/1 EMn-Manganese(D) ug/l
❑ Hardness (as CaCO3) (D) mg/l F�Na-Sodium (D) mg/l
❑ Hardness (non-carbonate) (D) ma/l ❑Pb-Lead (D) ug/l
F-IMBAS (D) mg/l ❑An-Zinc (D) ug/1
Phenol (D) ug/l
Silica (D) mg/1 D = Dissolved Analysis - submit filtered sample
Sulfate (D) mg/1
Specific Cond. UMHOS/cm
GW-54 Revised 10/1/80 White copy - Headquarters Pink Copy - Region Yellow copy - Lab

COUkTY DEPARTMENT OF NATURAL RESOUP4 LAB NUMBER
`. & COMMUNITY DEVELOPMENT )
QUAD NO. SERIAL NO. - DEM - DATE REC'D _
REPORT TO: (circle one) Groundwater Field/Lab Form REC'D BY
ARO, WSRO, MRO, FRO, WaRO, DATA ENTRY BY _ CK
WiRO, RRO, Ahoskie FO, B -
OTHER DATE REPORTED
PURPOSE: (circle one) baseline, pollution monitor, other
Date Collected Time By Location or site
Description of sampling point
Sampled interval
Remarks
(pumping time, air temp, etc.)
Field Analysis By: Lat. Long.
PH Spec. Cond. k/36 Temp. oC Odor Appearance Taste
Lab Analysis
❑ Alkalinity to pH 4.5 mg/1 Ag-Silver (D) < _h ug/1 ❑HOD mg/1
r
❑ Alkalinity, hydroxide mg/1 [;4Al-Aluminum (D) ,% (Ju) ug/1 ❑COD m /l
❑ Carbonate mg/1 ❑Ba-Barium (D) ! (: J J ug/l ❑Coliform (Fecal MF) /100ml
❑ Bicarbonate mg/l ❑Ca-Calcium (D) mg/1 ❑Coliform (total MF) /100ml
❑ pH value (when analyzed) units ' -Cadmium (D) ­ : 0 u /1 ❑TOC mg/l
❑ Arsenic (D) ug/1 , ❑Turbidity NTU
❑ Carbon dioxide mg/l ❑Cu-Cd'pper (D) G `'�U ug/1 [:]Ammonia (as Nitrogen) (D) mg/l
❑ Chloride (D) mg/l ❑Fe-Iron (D) .3 > D U ug/l ❑Kjeldahl (as Nitrogen) (D) mg/l
❑ Color (True) units ❑Hg-Mercury ug/l ❑Nitrate + Nitrite (as Nitrogen) (D) mg/l
❑ Cyanide mg/1 ❑Li-Lithium (D) ug/1 ❑Phosphorus, total as P(D) m /l
❑ Dissolved solids (D) m /l ❑Mg;Nagnesium (D) mg/1 Other Analyses:
❑ Fluoride (D) mg/l ❑$7n-Manganese(D) �,�_ ug/1
❑ Hardness (as CaCO3) (D) mg/l ❑Na-Sodium (D) mg/1
❑ Hardness (non-carbonate) (D) mg/1 ❑Pb-Lead (D) i' G% ug/l
❑ MBAS (D) mg/1 ❑Zn-Zing (D) ug/1
❑ Phenol (D) ug/1 ❑K-Potassium (D) mg/1 _
❑ Silica (D) mg/1 ❑
❑ Sulfate (D) mg/1 ❑
❑ Specific Cond. UMHOS/cm D = Dissolved Analvsis - submit filtered sample
GW-54 Revised 10/1/80 White copy - Headquarters Pink copy - Region Yellow copy - Lab

COUNTY% N.C. DEPARTMENT OF NATURAL RESOURCES LAB NUMBER
& COMMUNITY DEVELOPMENT
QUAD NO. SERIAL NO. DEM DATE REC'D
REPORT TO: (circle one) Groundwater Field/Lab Form REC'D BY
ARO, WSRO, MRO, FRO, WaRO, DATA ENTRY BY - CK
WiRO, RRO, Ahoskie FO,
OTHER _ DATE REPORTED
PURPOSE: (circle one) baseline, 'pollutionmonitor, other
Date Collected Time By Location or site
Description of sampling point Sampled interval
Remarks
(pumping time, air temp, etc.)
Field Analysis By: Lat. Long.
pH Spec. Cond. 3�1-'L mhe5 Temp. oC Odor Appearance Taste
Lab Analysis
Alkalinity to pH 4.5 mg/1 [—]Ag-Silver (D) ug/1 BOD mg/1
Alkalinity to pH 8.3 mg/l DA1-Aluminum (D) ug/1 COD m /l
Carbonate ma/1 E]Ba-Barium (D) ug/1 Coliform (Fecal MF) /100ml
Bicarbonate m /1 ECa-Calcium (D) mg/1 Coliform (total MF) /100ml
Q pH value (when analyzed) units QCd-Cadmium (D) ug/1 TOC m /l
Arsenic (D) ug/1 ❑Cr-Chromium (D) ug/1 ❑Turbidity NTU
Carbon dioxide mg/1 ECu-Cooper (D) ug/l ❑Ammonia (as Nitrogen) (D) ma/1
F-jChloride (D) mg/l EFe-Iron (D) ug/l Kjeldahl (as Nitrogen) (D) mg/1
El Color (True) units DHg-Mercury (D) ug/1 ❑Nitrate + Nitrite (as Nitrogen) (D) m /l
Cyanide ma/1 IlLi-Lithium (D) ug/l Phosphorus, total as P(D) mg/1
El_Dissolved solids (D) mg/l E]Mg-Magnesium (D) mg/1 Other Analyses:
❑ Fluoirde (D) m /l E]Mn-Manganese(D) ug/1
11 Hardness (as CaCOa) (D) mg/l EINa-Sodium (D) mg/l
❑ Hardness (non-Carbonate) (D) mg/l 7 Pb-Lead (D) ug/l
MBAS (D) mg/1 An-Zinc (D) ug/l
Phenol (D) ug/1
Silica (D) mg/l D = Dissolved Analysis - submit filtered sample
Sulfate (D) mg/l
Specific Cond. UMHOS/cm
GW-54 Revised 10/1/80 White copy - Headquarters Pink copy - Region Yellow copy - Lab

COUNTY u f. DEPARTMENT OF NATURAL RESOUPJ E LAB NUMBER
& COMMUNITY DEVELOPMENT
QUAD NO.� . SERIAL N0. DEM DATE REC'D
REPORT TO: (circle one) Groundwater Field/Lab Form REC'D BY
ARO„ WSRO, MRO, FRO, WaRO,
DATA ENTRY BY CK ra
WiRO, RRO, Ahoskie FO, i
OTHER DATE REPORTED �j
PURPOSE: (circle one) baseline,,.pollution monitor, other
Date Collected 1 11 1 Time By `- Location or site 1'
Description of sampling point - Sampled interval
Remarks is„tie }!C � jS- _
(pumping time, air temp, etc.)
Field Analysis By: Lat. Long.
PH Spec. Cond. 70 Temp. oC Odor Appearance Taste
Lab Analysis
Alkalinity to pH 4.5 mg/1 lgi$ilver (D) <"A"i) 110/1 BOD mg/l
❑ Alkalinity, hydroxide mg/1 E]Al-Aluminum (D)Zoa ug/1 ❑COD mg/l
7 Carbonate mg/1 ElBa-Barium (D) </000 ug/l Coliform (Fecal MF) /100ml
0 Bicarbonate m /l E:]Ca-galcium (D) mg/1 Coliform (total MF) /100ml
PH value (when analyzed) units ❑Cd-,gadmium (D) ug/l TOC mg/1
❑ Arsenic (D) ug/1 Q"Cr-Chromium (D) �.`.` L> ug/17 Turbidity NTU
DCarbon dioxide mg/1 7 Cu-Conner (D) '4 , ug/l Ammonia (as Nitrogen) (D) mg/l
❑ Chloride (D) mg/1 [7]Fe-Iron (D) ug/1 Kjeldahl (as Nitrogen) (D) mg/1
Color (True) units ❑Hg-Mercury ug/1 Nitrate + Nitrite (as Nitrogen) (D) mg/1
Cyanide mg/1 Li-Lithium (D) ug/1 Phosphorus, total as P(D) mg/1
Dissolved .solids (D) mg/1 EIMg-Magnesium (D) mg/1 Other Analyses:
Fluoride (D) mg/l Qbli�-Manganese(D) %Q ug/1
Fj Hardness (as CaCO3) (D) ma/1 Na-Sodium (D) ma/1
1.
Hardness (non-carbonate) (D) mg/1 E"PS-Lead (D) loo ug/1
F-IMBAS (D) mg/l OZK--Zi'ne (D) < p (,� ug/1
Phenol (D) ug/1 K-Potassium (D) mg/1
Silica (D) mg/1
Sulfate (D) mg/l
Specific Cond. UMHOS/cm D = Dissolved Analysis - submit filtered sample
GW-54 Revised 10/l/80 White copy - Headquarters Pink copy - Region Yellow copy - Lab

COUNTY' N.C. DEPARTMENT OF NATURAL RESOURCES LAB NUMBER
& COMMUNITY DEVELOPMENT ,
QUAD NO. f !_ SERIAL N0. DATE REC D
DEM
REPORT TO: (circle one) Groundwater Field/Lab Form REC'D BY -
ARO, WSRO, MRO, FRO, WaRO,
DATA ENTRY BY CK
WiRO, RRO, Ahoskie FO,
OTHER DATE REPORTED
PURPOSE: (circle one) baseline, Pollution monitor, other
Date Collected_; Q g pp Time By a _ . <,� Location or site - L
Description of sampling point Ct''r.a sampled interval Sy '
Remarks ' ,-, �P -
(pumping time, air temp, etc.)
Field Analysis By: Lat. Long.
pH Spec. Cond. T70U'mneS Temp. oC Odor Appearance Taste
Lab Analysis
1-1 Alkalinity to pH 4.5 mg/l E]Ag-Silver (D) ug/1 BOD mg/l
Alkalinity to pH 8.3 mg/l EJA1-Aluminum (D) ug/l COD mg/l
Carbonate mg/1 7Ba-Barium (D) ug/l ❑ Coliform (Fecal MF) /100ml
Bicarbonate mg/1 RCa-Calcium (D) mg/l Coliform (total MF) /100ml
O pli value (when analyzed) _ units OCd-Cadmium (D) ug/1 11 TOC mg/1
❑ Arsenic (D) ug/l Cr-Chromium (D) ug/l Turbidity NTU
❑ Carbon dioxide mg/l Cu-Cooper (D) ug/l El Ammonia (as Nitrogen) (D) mg/1
M.Chloride (D) mg/l Fe-Iron (D) ug/1 ❑ Kjeldahl (as Nitrogen) (D) mg/1
Color (True) units ❑Hg-Mercury (D) ug/1 11 Nitrate + Nitrite (as Nitrogen) (D) mg/l
Cyanide mg/1 Li-Lithium (D) ug/l El Phosphorus, total as P(D) mg/1
[-Dissolved solids (D) mg/l E]Mg-Magnesium (D) mg/1 Other Analyses:
❑ Fluoirde (D) mg/1 Mn-Manganese(D) ug/1
Hardness (as CaCO3) (D) mq/l Na-Sodium (D) mg/l
❑ Hardness (non-carbonate) (D) mg/l Pb-Lead (D) ug/1
MBAS (D) mg/1 El An-Zinc (D) ug/1
Phenol (D) ug/1
Silica (D) mg/1 D = Dissolved Analysis - submit filtered sample
Sulfate (D) mg/1
Specific Cond. UMHOS/cm
GW-54 Revised 10/1/80 White copy - Headquarters Pink copy - Region Yellow copy - Lab

COUNTY DEPARTMENT OF NATURAL RESOUR( LAB NUMBER
& COMMUNITY DEVELOPMENT
QUAD NO. SERIAL NO. DEM DATE REC'D
REPORT TO: (circle one) Groundwater Field/Lab Form REC'D BY
ARO, WSRO, MRO, FRO, WaRO, DATA ENTRY BY CK
WiRO, RRO, Ahoskie FO,
OTHER _ - DATE REPORTED
PURPOSE: (circle one) baseline, pollution monitor,,'other
Date Collected - Time By Location or site
Description of sampling point Sampled interval
Remarks
(pumping time, air temp, etc. )
Field Analysis By: Lat. Long.
PH Spec. Cond. Q S Temp. oC Odor Appearance Taste
Lab Analysis
Alkalinity to pH 4.5 mg/1A�Silver (D) - ug/1 BOD mg/1
Alkalinity, hydroxide mg/1 EIA1-Aluminum (D) ,,` ug/1 COD mg/l
Carbonate m /l EIBa-Barium (D) /Ovf„- ug/l Coliform (Fecal MF) /100m1
Bicarbonate mg/l DCa-Calcium (D) mg/l Coliform (total MF) /100m1
PH value (when analyzed) units QCd-Cadmium (D) 5G ug/1FITOC mg/l
Arsenic (D) ug/1 0Cr-Chromium (D) Le�li ug/1 7 Turbidity NTU
Carbon dioxide ma/1 EjCu-Cooper (D) .[*/U ug/l Ammonia (as Nitrogen) (D) mg/l
Chloride (D) mg/l OFe-Iron (D) /Sy 000 ug/l Kjeldahl (as Nitrogen) (D) mg/l
Color (True) units ❑Hg-Mercury ug/1 Nitrate + Nitrite (as Nitrogen) (D) mg/1
Cyanide mg/1 [:]Li-Lithium (D) ug/l ❑ Phosphorus, total_ as P(D) mg/l
Dissolved solids (D) m /l EIMg-Magnesium (D) mg/l Other Analyses:
7 Fluoride (D) mg/l ZMn-Manganese(D) ;7 70 ug/l
1-1 Hardness (as CaC09) (D) m5/1 Na-Sodium (D) mg/1
7 Hardness (non-carbonate) (D) mg/1 DPb-Lead (D) - ug/1
F-IMBAS (D) mg/1 �'Zn--Zinc (D) ' ug/1
Phenol (D) ug/l K-Potassium (D) mg/1
❑ Silica (D) mg/l
Sulfate (D) mg/l
Specific Cond. UMHOS/cm D = Dissolved Analvsis - submit filtered sample
GW-54 Revised 10/1/80 White copy - Headquarters Pink copy - Region Yellow copy - Lab

tOUNT4 N.C. DEPARTMENT OF NATURAL RESOURCES LAB NUMBER
QUAD NO. SERIAL NO. & COMMUNITY DEVELOPMENTE DATE REC'D
REPORT TO: (circle one) Groundwater Field/Lab Form REC'D BY
ARO, WSRO, MRO, FRO, WaRO, DATA ENTRY BY CK
WiRO, RRO, Ahoskie FO,
OTHER DATE REPORTED
PURPOSE: (circle one) baseline, pollution monitor, other
Date Collected Time By Location or site
Description of sampling point Sampled interval
Remarks - --
(pumping time, air temp, etc.)
Field Analysis By: Lat. Long.
pH Spec. Cond. Q$ ps Temp. oC Odor Appearance Taste
Lab Analysis
❑ Alkalinity to pH 4.5 mg/1 DAg-Silver (D) ug/1 BOD mg/1
Alkalinity to pH 8.3 mg/1 E]Al-Aluminum (D) ug/1 COD mg/1
Carbonate mg/1 11 Ba-Barium (D) ug/l Coliform (Fecal MF) /100ml
❑ Bicarbonate m /l oCa-Calcium (D) mg/l Coliform (total MF) /100ml
El pH value (when analyzed) units 0Cd-Cadmium (D) ug/l FITOC mg/l
❑ Arsenic (D) u /l DCr-Chromium (D) ug/1 ❑ Turbidity NTU
Carbon dioxide mg/1 [JCu-Cooper (D) ug/l ❑Ammonia (as Nitrogen) (D) mg/1
Chloride (D) mg/1 0Fe-Iron (D) ug/l ❑ Kjeldahl (as Nitrogen) (D) mg/l
Color (True) units ❑Rg-Mercury (D) ug/l Nitrate + Nitrite (as Nitrogen) (D) m /l
Cyanide m /l 0Li-Lithium (D) ug/l Phosphorus, total as P(D) m /l
1-1 Dissolved solids (D) m /l 0Mg-Magnesium (D) mg/l Other Analyses:
Fluoirde (D) mg/l oMn-Manganese(D) ug/1
Hardness (as CaCO3) (D) mg/l oNa-Sodium (D) mg/1
Hardness (non-carbonate) (D) mg/l 0 Pb-Lead (D) ug/l
MBAS (D) mg/1 F-]An-Zinc (D) ug/l
Phenol (D) ug/1
Silica (D) mg/l D = Dissolved Analysis - submit filtered sample
Sulfate (D) mg/1
Specific Cond. UMHOS/cm
GW-54 Revised 10/1/80 White copy - Headquarters Pink copy - Region Yellow copy - Lab

COUNTY DEPARTMENT OF NATURAL RESOURI LAB NUMBER
QUAD N0. SERIAL N0. & COMMUNITY DEVELOPMENT
DATE REC'D
DEM
REPORT TO: (circle one) Groundwater Field/Lab Form REC'D BY
ARO, WSRO, MRO, FRO, WaRO, DATA ENTRY BY CK
WiRO, RRO, Ahoskie FO,
OTHER DATE REPORTED
PURPOSE: (circle one) baseline, pollution monitor,, other
Date Collected Time By Location or site _
Description of sampling point Sampled interval
Remarks .,
(pumping time, air temp, etc,.)
Field Analysis By: Q Lat. Long.
PH Spec. Cond. 7 O Temp. oC Odor Appearance Taste
Lab Analysis
Alkalinity to pH 4.5 mg/1 Ag7Silver (D) =^fj ug/1 BOD mg/l
Alkalinity, hydroxide mg/1 FiA1-Aluminum (D) 4�)G L' ug/l [:]COD mg/l
Carbonate mg/l a Ba-Barium (D) '- !.J' ug/l Coliform (Fecal MF) /100ml
❑ Bicarbonate mg/1 oCa-Calcium (D) mg/1 Coliform (total MF) /100ml
pH value (when analyzed) units odd-Cadmium (D) -' ug/1 TOC mg/1
Arsenic (D) ug/l O'Cr-Chromium (D) -' ug/1 Turbidity NTU
❑ Carbon dioxide mg/1 ElCu-.Conner (D) "- ug/1 Ammonia (as Nitrogen) (D) mg/l
Chloride (D) mg/1 F-,. Iron (D) ug/1 Kjeldahl (as Nitrogen) (D) mg/l
❑ Color (True) units ❑Hg-Mercury ug/l ❑Nitrate + Nitrite (as Nitrogen) (D) mg/1
Cyanide mg/1 ❑Li-Lithium (D) ug/1 Phosphorus, total as P(D) mg/l
❑ Dissolved solids (D) mg/l [:]Mg-Magnesium (D) mg/l
Other Analyses:
Fluoride (D) mg/1 []Mn-Manganese(D) /.- .:�.: ug/1
Hardness (as CaCO3) (D) mg/l Na-Sodium (D) mg/1
Hardness (non-carbonate) (D) mg/l 1-1 Pb-Lead (D) ug/1
MBAS (D) mg/l [:]Zn-Zinc (D) - ug/1
Fj Phenol (D) ug/l K-Potassium (D) mg/1
Silica (D) mg/1
Sulfate (D) mg/1 _
El Specific Cond. UMHOS/cm D = Dissolved Analysis - submit filtered sample
GW-54 Revised 10/1/80 White copy - Headquarters Pink copy - Region Yellow copy - Lab

'�COUNTY N.C. DEPARTMENT OF NATURAL RESOURCES LAB NUMBER
& COMMUNITY DEVELOPMENT
QUAD NO. SERIAL NO. DEM DATE REC'D
REPORT TO: (circle one) Groundwater Field/Lab Form REC'D BY
ARO, WSRO, MRO, FRO, WaRO, DATA ENTRY BY CK
WiRO, RRO, Ahoskie FO,
OTHER DATE REPORTED
PURPOSE: (circle one) baseline, pollution monitor, other
Date Collected Time By Location or site
Description of sampling point Sampled interval
Remarks
(pumping time, air temp, etc.)
Field Analysis By: Lat. Long.
PH Spec. Cond. _q jo.tkAg,_Temp. oC Odor Appearance Taste
Lab Analysis
Alkalinity to pH 4.5 m4/l FjAg-Silver (D) ug/l BOD mg/1
Alkalinity to pH 8.3 mg/1 FA1-Aluminum (D) u9/1 COD m /l
Carbonate m /l oBa-Barium (D) ug/1 ❑Coliform (Fecal MF) /100ml
Bicarbonate mg/1 E]Ca-Calcium (D) mg/l Coliform (total MF) /100ml
H value (when analyzed) units 0Cd-Cadmium (D) ug/l TOC mg/l
Arsenic (D) ug/1 0Cr-Chromium (D) ug/l Turbidity NTU
Carbon dioxide m /l [--]Cu-Cooper (D) ug/l ❑Ammonia (as Nitrogen) (D) mg/l
Chloride (D) mg/1 1:1Fe-Iron (D) ug/l 0 Kjeldahl (as Nitrogen) (D) mg_/l
Color (True) units Hg-Mercury (D) ug/l Nitrate + Nitrite (as Nitrogen) (D) m /l
Cyanide m /l [—]Li-Lithium (D) ug/l El Phosphorus, total as P(D) m /l
Dissolved solids (D) ma/l E]Mg-Magnesium (D) mg/l Other Analyses:
Fluoirde (D) m /l E]Mn-Manganese(D) ug/l
❑ Hardness (as CaCO3) (D) ma/l Na-Sodium (D) mo/l
Hardness (non-carbonate) (D) mo/l [:]Pb-Lead (D) ug/l
MBAS (D) mg/l ❑An-Zinc (D) ug/l
Phenol (D) ug/l
Silica (D) mg/l D = Dissolved Analysis - submit filtered sample
Sulfate (D) mg/1
Specific Cond. UMHOS/cm
GW-54 Revised 10/1/80 White copy - Headquarters Pink copy - Region Yellow copy - Lab

;.
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�2

COUNTY - DEPARTMENT OF NATURAL RESOUR( LAB NUMBER
& COMMUNITY DEVELOPMENT .. r
QUAD NO. DATE REC'D
SERIAL N0. DEM
REPQR,T TO: (circle one) Groundwater Field/Lab Form REC'D BY
AROi WSRO, MRO, FRO, WaRO, � `+
WiRO, RRO, Ahoskie FO, � •��� DATA ENTRY BYE; C
OTHER ,y-..� DATE REPORTED
PURPOSE: (circle one) baseline,(pollution monitor, other
Date Collected_ Time By Location or site
Description of sampling point Sampled interval ]
Remarks b C C i�\F
(pumping time, air temp, etc.)
Field Analysis By: Lat. Long.
pH Spec. Cond. 20 Temp. oC Odor Appearance Taste
Lab Analysis
Alkalinity to pH 4.5 mg/1 mAg-Silver (D) <5 U ug/l BOD mg/1
Alkalinity, hydroxide mg/l ❑Al-Aluminum (D) ug/1 COD mg/l
Carbonate m /l E]Ba-Barium (D) ug/l Coliform (Fecal MF) /100m1
Bicarbonate mg/l ElCa-Calcium (D) mg/1 Coliform (total MF) /100ml
pH value (when analyzed) units 4JICdy admium (D) --'�O ug/l TOC mg/l
Arsenic (D) ug/1 �r-Chromium (D) J�U ug/1 Turbidity NTU
Carbon dioxide mg/l 0 du-C000er (D) A/Q ug/l [:]Ammonia (as Nitrogen) (D) mg/l
❑ Chloride (D) mg/1 El Fe-Iron (D) ug/1 Kjeldahl (as Nitrogen) (D) mg/l
Color (True) units Hg-Mercury ug/l El Nitrate + Nitrite (as Nitrogen) (D) mg/l
Cyanide mg/1 Li-Lithium (D) ug/l Phosphorus, total_ as P(D) mg/l
Dissolved solids (D) mg/l E]Mg-Magnesium (D) mg/1 Other Analyses:
Fluoride (D) mg/l Mn-Manganese(D) ug/l
Hardness (as CaCO3) (D) mg/l Na-Sodium (D) m4/l
Hardness (non-Carbonate) (D) mg/l L1 Pb-Lead (D) r ;'i% u /l
MBAS (D) mg/11 n-Zinc (D) A5,0 ug/1
❑ Phenol (D) ug/l K-Potassium (D) mg/1
Silica (D) mg/1
1-1 Sulfate (D) m9/1
❑ Specific Cond. UMHOS/cm D = Dissolved Analysis - submit filtered sample
GW-54 Revised 10/1/80 White copy - Headquarters Pink copy - Region Yellow copy - Lab

-IWCOUNTY N.C. DEPARTMENT OF NATURAL RESOURCES LAB NUMBER
& COMMUNITY DEVELOPMENT DATE REC'D
QUAD N0. SERIAL NO. DEM
REPORT, TO: (circle one) Groundwater Field/Lab Form REC'D BY
ARO, WSRO, MRO, FRO, WaRO, DATA ENTRY BY CK
WiRO, RRO, Ahoskie FO,
OTHER _ DATE REPORTED
PURPOSE: (circle one) baseline, pollution monitqx�)other
Date Collected Time By h� ,n�A' � Ncx�F Location or site
Description of sampling point� r;A L�et P., Sampled interval .{ �•
Remarks
(pumping time, air temp, etc.)
Field Analysis By: Lat. Long.
PH Spec. Cond. ?C>UA h„ Temp. oC Odor Appearance Taste
Lab Analysis
Alkalinity to pH 4.5 mg/l OAg-Silver (D) ug/l ❑ BOD mg/l
Alkalinity to pH 8.3 mg/l E]A1-Aluminum (D) ug/1 ❑COD mg/1
Carbonate mg/1 1:1Ba-Barium (D) ug/1 ❑ Coliform (Fecal MF) /100ml
Bicarbonate mg/l F—]Ca-Calcium (D) mg/1 ❑ Coliform (total MF) /100ml
0-pH value (when analyzed) _ units E]Cd-Cadmium (D) ug/l TOC mg/l
1-1 Arsenic (D) ug/1 0Cr-Chromium (D) ug/1 11 Turbidity NTU
Carbon dioxide mg/1 ElCu-Cooper (D) ug/1 Ammonia (as Nitrogen) (D) mg/1
O Chloride (D) mg/l 0Fe-Iron (D) ug/1 0 Kjeldahl (as Nitrogen) (D) mg/l
Color (True) units 0Hg-Mercury (D) ug/l El Nitrate + Nitrite (as Nitrogen) (D) mg/l
Cyanide mg/l 11Li-Lithium (D) ug/l Phosphorus, total as P(D) mg/1
Dissolved solids (D) mg/l 11Mg-Magnesium (D) mg/1 Other Analyses:
Fluoirde (D) mg/l []Mn-Manganese(D) ug/l
Hardness (as CaCO3) (D) mg/l E]Na-Sodium (D) mq/l
Hardness (non-carbonate) (D) mg/l F-]Pb-Lead (D) ug/l
MBAS (D) mg/l 11An-Zinc (D) ug/l
Phenol (D) ug/l
Silica (D) mg/l D = Dissolved Analysis - submit filtered sample
Sulfate (D) mg/l
Specific Cond. UMHOS/cm
GW-54 Revised 10/1/80 White copy - Headquarters Pink copy - Region Yellow copy - Lab

� 7
COUNTY DEPARTMENT OF NATURAL RESOUR( LAB NUMBER
& COMMUNITY DEVELOPMENT DATE REC'D
QUAD NO. SERIAL NO. DEM
REPORT TO: (circle one) Groundwater Field/Lab Form REC'D BY v '
ARO, WSRO, MRO, FRO, WaRO, -
f DATA ENTRY BY CK
WiRO, RRO, Ahoskie FO,
OTHER - � DATE REPORTED
PURPOSE: (circle one) baseline, /pollution monitor other
Date Collected Time By ;, 1. Al, Location( . Location or site
Description of sampling point Sampled interval = i
Remarks
+ 5. ;l
(pumping time, air temp, etc. )
Field Analysis By: Lat. _Long.^_
PH Spec. Cond. ! Temp. oC Odor Appearance Taste
Lab Analysis
Alkalinity to pH 4.5 mg/l E]Ag-Silver (D) ug/1 BOD mg/l
Alkalinity, hydroxide mg/1 ElA1-Aluminum (D) /D O!] ug/1 COD mg/l
Carbonate mg/l ©Ba-Barium (D) =/ , ug/l Coliform (Fecal MF) /100ml
❑ Bicarbonate mg/l DCa-Calcium (D) mg/1 Coliform (total MF) /100ml
PH value (when analyzed) units Cd-CAdmium (D) < u ug/1 EI TOC mg/l
Arsenic (D) ug/1 CCi-Chromium (D) ">Z ug/1 Turbidity NTU
Carbon dioxide mg/1-ECu-Conner (D) ug/1 Ammonia (as Nitrogen) (D) mg/l
Chloride (D) mg/1 Fe-Iron (D) ug/l Kjeldahl (as Nitrogen) (D) mg/l
Color (True) units HH -Mercury ug/1 Nitrate + Nitrite (as Nitrogen) (D) mg/l
Cyanide mg/l [:]Li-Lithium (D) ug/1 Phosphorus, total as P(D) mg/l
Dissolved solids (D) mg/l 1:1Mg-Magnesium (D) mg/1 Other Analyses:
Fluoride (D) mg/l [Mn-Manganese(D) ug/l
1-1 Hardness (as CaC09) (D) mg/l ❑Na-Sodium (D) mg/1
❑ Hardness (non-carbonate) (D) mg/1 E]Pbml,ead (D) </O p ug/1
MBAS (D) mg/1 F-]Zn-Zinc (D) G c o ug/1
Phenol (D) ug/1 Q K-Potassium (D) mg/l
Silica (D) mg/l
Sulfate (D) mg/1
Specific Cond. UMHOS/cm D = Dissolved Analvsis - submit filtered sample
GW-54 Revised 10/1/80 White copy - Headquarters Pink copy - Region Yellow copy - Lab

7q
rTY N.C. DEPARTMENT OF NATURAL RESOURCES LAB NUMBER ��
& COMMUNITY DEVELOPMENT
QUAD NO. SERIAL NO. DEM DATE REC'D
REPORT TO: (circle one) Groundwater Field/Lab Form REC'D BY
ARO, WSRO, MRO, FRO, WaRO, DATA ENTRY BY CK
WiRO, RRO, Ahoskie FO,
OTHER - DATE REPORTED
PURPOSE: (circle one) baseline, pollution monitor, other
Date Collected >'-' ; '.i Time By r � > Location or site '
Description of sampling point ;1-' sampled interval
Remarks
11 (pumping time, air temp, etc.)
Field Analysis By: Lat. Long.
pH Spec. Cond. ! y tAM& Temp, oC Odor Appearance Taste
Lab Analysis
Alkalinity to pH 4.5 mg/1 OAg-Silver (D) ug/l BOD mg/1
Alkalinity to pH 8.3 m /l E]Al-Aluminum (D) ug/l COD mg/1
❑ Carbonate mg/1 11Ba-Barium (D) ug/1 Coliform (Fecal MF) /100ml
Bicarbonate ma/l OCa-Calcium (D) mg/l Coliform (total MF) /100m1
❑`pH value (when analyzed) units DCd-Cadmium (D) ug/l El TOC mg/1
Arsenic (D) u /1 OCr-Chromium (D) ug/1 ❑Turbidity NTU
Carbon dioxide mg/1 E]Cu-Cooper (D) ug/1 Ammonia (as Nitrogen) (D) mg/1
a'Chloride (D) m /l El Fe-Iron (D) ug/1 D Kjeldahl (as Nitrogen) (D) mg/l
Color (True) units Hg-Mercury (D) ug/l Nitrate + Nitrite (as Nitrogen) (D) mg/l
Cyanide mg/l Li-Lithium (D) ug/1 Phosphorus, total as P(D) mg/1
Dissolved solids (D) mg/l 0MM -Magnesium (D) mg/l Other Analyses:
Fluoirde (D) mg/1 DMn-Manganese(D) ug/1
Hardness (as CaCOt) (D) mg/l Na-Sodium (D) ma/l
Hardness (non-carbonate) (D) mg/l Pb-Lead (D) ug/l
MBAS (D) mg/l An-Zinc (D) ug/l
Phenol (D) ug/1
Silica (D) mg/1 D = Dissolved Analysis - submit filtered sample
Sulfate (D) mg/1
El Specific Cond. UMHOS/cm
GW-54 Revised 10/1/80 White copy - Headquarters Pink copy - Region Yellow copy - Lab

11F^ T
COUNTY .. DEPARTMENT OF NATURAL RESOUR LAB NUMBER
& COMMUNITY DEVELOPMENT DATE REC'D -
QUAD NO. SERIAL N0. DEM
REPORT TO: (circle one) Groundwater Field/Lab Form REC'D BY
ARO, WSRO, MRO, FRO, WaRO,
DATA ENTRY BY CK
WiRO, RRO, Ahoskie FO,
OTHER DATE REPORTED
PURPOSE: (circle one) baseline, pollution monitor, other
Date Collected Time By Location or site
Description of sampling point Sampled interval
Remarks
(pumping time, air temp, etc. )
Field Analysis By: Lat. Long.
PH Spec. Cond. Temp. oC Odor Appearance Taste
Lab Analysis
❑ Alkalinity to pH 4.5 mg/1 ❑Ag-Silver (D) >L; ug/1 ❑BOD mg/l
❑ Alkalinity, hydroxide mg/1 ❑Al-Aluminum (D) , ,,:. (,;O ug/l ❑COD mg/1
❑ Carbonate mg/1 ❑Ba-Barium (D) ug/1 ❑ Coliform (Fecal MF) /100ml
❑ Bicarbonate mg/1 ❑Ca-Calcium (D) mg/1 ❑Coliform (total MF) /100ml
❑ pH value (when analyzed) units ❑Cd-Cadmium (D) ug/1 ❑TOC mg/1
❑ Arsenic (D) ug/l ❑Cr-Chromium (D) ug/1 ❑Turbidity NTU
❑ Carbon dioxide mg/1 ❑Cu Cooper (D) - ug/1 ❑Ammonia (as Nitrogen) (D) mg/l
❑ Chloride (D) mg/1 ❑Fe-Iron (D) ug/l ❑ Kjeldahl (as Nitrogen) (D) mg/l
❑ Color (True) units ❑Hg-Mercury ug/1 ❑Nitrate + Nitrite (as Nitrogen) (D) mg/1
❑ Cyanide mg/l ❑Li-Lithium (D) ug/1 ❑ Phosphorus, total as P(D) mg/l
❑ Dissolved solids (D) mg/1 ❑Mg-Magnesium (D) mg/1
Other Analyses:
❑ Fluoride (D) mg/1 ❑Mh-Manganese(D) ug/1
❑ Hardness (as CaCO3) (D) mg/l ❑Na-Sodium (D) mg/1
❑ Hardness (non-carbonate) (D) mg/1 ❑Pb-Lead (D) ug/l
❑ MBAS (D) mg/1 ❑Zn--Zinc (D) ug/1
❑ Phenol (D) ug/l ❑K-Potassium (D) mg/1
❑ Silica (D) mg/1 ❑
❑ Sulfate (D) mg/1 ❑ _
❑ Specific Cond. UMHOS/cm D = Dissolved Analysis - submit filtered sample
GW-54 Revised 10/1/80 White copy - Headquarters Pink copy - Region Yellow copy - Lab

COUNTY N.C. DEPARTMENT OF NATURAL RESOURCES LAB NUMBER
QUAD NO. SERIAL NO. & COMMUNITYY DEVELOPMENT DATE REC'D
DEM
REPORT TO: (circle one) Groundwater Field/Lab Form REC'D BY
ARO, WSRO, MRO, FRO, WaRO, DATA ENTRY BY CK
WiRO, RRO, Ahoskie F0,
OTHER DATE REPORTED
PURPOSE: (circle one) baseline,( pollution monitor" other
Date Collected Time By - Location or site
Description of sampling point Sampled interval
Remarks
(pumping time, air temp, etc.)
Field Analysis By: Lat. Long.
PH Spec. Cond. '21'04129 e Temp. oC Odor Appearance Taste
Lab Analysis
Alkalinity to pH 4.5 mg/1 E]Ag-Silver (D) ug/1 BOD mg/1
❑ Alkalinity to pH 8.3 mg/1 EjAl-Aluminum (D) ug/1 0 COD mg/l
Carbonate ma/1 1:1Ba-Barium (D) ug/1 ❑ Coliform (Fecal MF) /100ml
Bicarbonate m /l OCa-Calcium (D) mg/1 Coliform (total MF) /100ml
Q pH value (when analyzed) units 11Cd-Cadmium (D) ug/1 TOC mg/1
El Arsenic (D) ug/1 0Cr-Chromium (D) ug/1 Turbidity NTU
❑ Carbon dioxide mg/l ElCu-Cooper (D) ug/l ❑Ammonia (as Nitrogen) (D) mg/l
❑ Chloride (D) mg/1 El Fe-Iron (D) u2/1 0 Kjeldahl (as Nitrogen) (D) mg/1
Color (True) units ❑Hg-Mercury (D) ug/l El Nitrate + Nitrite (as Nitrogen) (D) mg/l
Cyanide mq/l []Li-Lithium (D) ug/1 Phosphorus, total as P(D) mg/l
El Dissolvedsolids (D) mg/1 EjMg-Magnesium (D) mg/1 Other Analyses:
❑ Fluoirde (D) mg/1 E]Mn-Manganese(D) ug/1
Hardness (as CaCO3) (D) ma/1 Na-Sodium (D) ma/1
❑ Hardness (non-carbonate) (D) mg/1 F�Pb-Lead (D) ug/l
MBAS (D) mg/lEl An-Zinc (D) ug/1
Phenol (D) ug/1
Silica (D) mg/l D = Dissolved Analysis - submit filtered sample
Sulfate (D) mg/1
Specific Cond. UMHOS/cm
GW-54 Revised 10/l/80 White copy - Headquarters Pink copy - Region Yellow copy - Lab

s _
COUNTY f. DEPARTMENT OF NATURAL RESOUR LAB NUMBER
& COMMUNITY DEVELOPMENT - DATE REC'D -.. �QUAD NO. SERIAL NO. DEM
REPORT TO: (circle one) Groundwater Field/Lab Form REC'D BY
AROj WSRO, MRO, FRO, WaRO,
-�
WiRO, RRO, Ahoskie F0, =A;' DATA ENTRY BY CK "
OTHER DATE REPORTED 17.
PURPOSE: (circle one) baseline,, pollution monitor other
Date Collected Time By) + ��r�Ue Location or site
Description of sampling point Sampled interval
Remarks _ 1_"" ,.E:_:ir• Y-h.:^fir ?t
(pumping time, air temp, etc.)
Field Analysis By: Lat. Long.
PH Spec. Cond. 3 G Q Temp. oC Odor Appearance Taste
Lab Analysis
Alkalinity to pH 4.5 mg/1 DAgver ug/1 BOD mg/l
Alkalinity, hydroxide mg/1 1:1Ay,jAluminum (D) '�O b ug/1 COD mg/l
Carbonate mg/1 E2Ba-Barium (D) !/VU0ug/1 �Coliform (Fecal MF) /100ml
Bicarbonate mg/l DCa-Calcium (D) mg/l Coliform (total MF) /100ml
pH value (when analyzed) units OCd-Cadmium (D) «j y ug/l TOC mg/l
Arsenic (D) ug/l E]Cr-Chromium (D) ug/1 Turbidity NTU
Carbon dioxide mg/l 0 Cu-Conner (D) �r{U ug/l Ammonia (as Nitrogen) (D) mg/1
Chloride (D) mg/1 Fe-Iron (D) ug/l ❑ Kjeldahl (as Nitrogen) (D) mg/l
❑ Color (True) units Hg-Mercury ug/l ❑Nitrate + Nitrite (as Nitrogen) (D) mg/l
Cyanide mg/l [:]Li-Lithium (D) ug/l Phosphorus, total as P(D) mg/l
Dissolved solids (D) mg/l E]Mg-Magnesium (D) mg/1
Other Analyses:
Fluoride (D) mg/l F IMn-Manganese(D) J/l/O(.)ug/l
Hardness (as CaCO3) (D) mg/l Na-Sodium (D) 11tD mg/1
Hardness (non-carbonate) (D) mg/l ❑Pb-Lead (D) '�/0 0 ug/l
F-IMBAS (D) mg/1 F-]Zn-Zinc (D) = :!5U ug/1
Phenol (D) ug/1 Q K-Potassium (D) mg/l
Silica (D) mg/l
Sulfate (D) mg/l
Specific Cond. UMHOS/cm D - Dissolved Analysis - submit filtered sample
GW-54 Revised 10/1/80 White copy - Headquarters Pink copy - Region Yellow copy - Lab

COUNTY - N.C. DEPARTMENT OF NATURAL RESOURCES LAB NUMBER `S "! '�)
& COMMUNITY DEVELOPMENT DATE REC'D Zo— �. 1
QUAD NO. SERIAL N0. DEM � '
REPORT TO: (circle one) Groundwater Field/Lab Form REC'D BY 'r,
ARO, WSRO, MRO, FRO, WaRO, DATA ENTRY BY ^; CK
WiRO, RRO, Ahoskie F0,
OTHER DATE REPORTED _..•\ '-' ` ^. �
PURPOSE: (circle one) baseline,(pollution monitor other
Date Collected ij, ller, / q- J Time By Location or site
Description of sampling point A)-,f, A Sampled interval
Remarks r. )Ia
(pumping time, air temp, etc.)
Field Analysis By: Lat. Long.
PH Spec. Cond. ?j_ seTemp. oC Odor Appearance Taste
Lab Analysis
Alkalinity to pH 4.5 mg/1 OAg-Silver (D) ug/1 ❑BOD mg/1
Alkalinity to pH 8.3 mg/1 DAl-Aluminum (D) ug/1 COD mg/l
Carbonate mg/1 ElBa-Barium (D) ug/1 Coliform (Fecal MF) /100ml
Bicarbonate mg/1 E]Ca-Calcium (D) mg/l Coliform (total MF) /100ml
pH value (when analyzed) T units F]Cd-Cadmium (D) ug/1 El TOC mg/1
Arsenic (D) ug/1 ECr-Chromium (D) ug/1 ❑ Turbidity NTU
Carbon dioxide mg/1 El Cu-Cooper (D) ug/1 ElAmmonia (as Nitrogen) (D) mg/l
Chloride (D) mg/1 0Fe-Iron (D) ug/1 Kjeldahl (as Nitrogen) (D) mg/l
Color (True) units ❑Hg-Mercury (D) ug/1 Nitrate + Nitrite (as Nitrogen) (D) mg/l
Cyanide mg/l Li-Lithium (D) ug/1 El Phosphorus, total as P(D) mg/1
1-1 Dissolved solids (D) mg/1 Mg-Magnesium (D) mg/1 Other Analyses:
Fluoirde (D) mg/1 F-IMn-Manganese(D) ug/1
Hardness (as CaCO3) (D) mg/l Na-Sodium (D) mo/l
Hardness (non-carbonate) (D) mg/1 Pb-Lead (D) ug/1
F-IMBAS (D) mg/1 EAn-Zinc (D) ug/1
Phenol (D) ug/1
Silica (D) mg/1 D = Dissolved Analysis - submit filtered sample
Sulfate (D) mg/1
Specific Cond. UMHOS/cm
GW-54 Revised 10/1/80 White copy - Headquarters Pink copy - Region Yellow copy - Lab

a COUNTY DEPARTMENT OF NATURAL RESOUR LAB NUMBER
& COMMUNITY DEVELOPMENT
QUAD NO. - SERIAL NO. DEM DATE REC'D -
REPQAT TO: (circle one) Groundwater Field/Lab Form REC'D BY
ARO WSRO, MRO, FRO, WaRO,
%)
WiRO, RRO, Ahoskie FO, DATA ENTRY BY - - CK _�.
OTHER - DATE REPORTED
PURPOSE: (circle one) baseline, pollution monitor,. other
Date Collected Time By Location or site
Description of sampling point Sampled interval(
Remarks ':� ,.; � -+
(pumping time, air temp, etc.)
Field Analysis By: Lat. Long._
pH Spec. Cond.� Temp. oC Odor Appearance Taste
Lab Analysis
Alkalinity to pH 4.5 mg/l DAg-Silver (D) ug/l 11 BOD - mg/1
❑ Alkalinity, hydroxide mg/1 11Al-Aluminum (D) ug/1 COD mg/1
Carbonate mg/1 oBa-Barium (D) ug/1 Coliform (Fecal MF) /100m1
Bicarbonate mg/1 F—]Ca-Calcium (D) mg/1 Coliform (total MF) /100ml
pH value (when analyzed) units ICd-Cadmium (D) ug/1 TOC mg/l
Arsenic (D) ug/1 �-Chromium (D) J(no(J ug/1 Turbidity - NTU
i
Carbon dioxide mg/1-11Cu-Cooper (D) ug/1 Ammonia (as Nitrogen) (D) mg/1
Chloride (D) mg/1 1:1Fe-Iron (D) ug/1 ❑ Kjeldahl (as Nitrogen) (D) mg/1
Color (True) units Hg-Mercury ug/1 Nitrate + Nitrite (as Nitrogen) (D) mg/1
Cyanide mg/1 [:]Li-Lithium (D) ug/l Phosphorus, total as P(D) mg/1
Dissolved solids (D) mg/1 Mg-Magnesium (D) mg/1 Other Analyses:
Fluoride (D) mg/1 Mn-Manganese(D) ug/1
Hardness (as CaCO3) (D) mg/l Na-sodium (D) mg/1
Hardness (non-carbonate) (D) mg/1 �Pb-Lead (D) /J J ug/l
MBAS (D) mg/1 F-]Zn-Zinc (D) ug/1
Phenol (D) ug/1 K-Potassium (D) mg/1 _
Silica (D) mg/1
Sulfate (D) mg/1
El Specific Cond. UMHOS/cm D. = Dissolved Analysis - submit filtered sample
GW-54 Revised 10/1/80 White copy - Headquarters Pink copy - Region Yellow copy - Lab

'WUNTY N.C. DEPARTMENT OF NATURAL RESOURCES LAB NUMBER -
QUAD NO. SERIAL NO. & COMMUNI REDEVELOPMENT DATE REC'D
REPORT TO: (circle one) Groundwater Field/Lab Form REC'D BY
ARO, WSRO, MRO, FRO, WaRO, DATA ENTRY BY CK
WiRO, RRO, Ahoskie FO,
OTHER DATE REPORTED
PURPOSE: (circle one) baseline, pollution monitor:, other
Date Collected Time By Location or site
Description of sampling point Sampled interval
Remarks
(pumping time, air temp, etc. )
Field Analysis By: Lat. Long.
pH Spec. Cond. I J�Ma rygQgemp. oC Odor Appearance Taste
Lab Analysis
Alkalinity to pH 4.5 mg/1 OAg-Silver (D) ug/1 ❑BOD mg/1
Alkalinity to pH 8.3 mg/l FlAl-Aluminum (D) ug/l ❑COD mg/1
Carbonate mg/1 0Ba-Barium (D) ug/1 Coliform (Fecal MF) /100ml
Bicarbonate mg/l DCa-Calcium (D) mg/1 Coliform (total MF) /100ml
pH value (when analyzed) units OCd-Cadmium (D) ug/l TOC mg/l
Arsenic (D) ug/1 RCr-Chromium (D) ug/1 ❑ Turbidity NTU
Carbon dioxide mg/1 0Cu-Cooper (D) ug/1 0 Ammonia (as Nitrogen) (D) mg/1
Chloride (D) mg/1 0Fe-Iron (D) ug/1 Kjeldahl (as Nitrogen) (D) mg/l
❑ Color (True) units DHg-Mercury (D) ug/l El Nitrate + Nitrite (as Nitrogen) (D) mg/1
Cyanide mg/1 DLi-Lithium (D) ug/l 0 Phosphorus, total as P(D) mg/l
El Dissolved solids (D) mg/1 0Mg-Magnesium (D) mg/1 Other Analyses:
Fluoirde (D) mg/1 EMn-Manganese(D) ug/1
Hardness (as CaCO3) (D) ma/l oNa-Sodium (D) mg/1
❑ Hardness (non-carbonate) (D) mg/1 F-IPb-Lead (D) ug/l
F-IMBAS (D) mg/1 E]An-Zinc (D) ug/1
Phenol (D) ug/1
Silica (D) mg/1 D = Dissolved Analysis - submit filtered sample
FJ Sulfate (D) mg/1
Specific Cond. UMHOS/cm
GW-54 Revised 10/1/80 White copy - Headquarters Pink copy - Region Yellow copy - Lab

COUNTY j ( DEPARTMENT OF NATURAL RESOURC LAB NUMBER _ -
& COMMUNITY DEVELOPMENT
QUAD NO. SERIAL NO. DEM DATE REC'D
REPORT TO: (circle one) Groundwater Field/Lab Form REC'D BY
ARO, WSRO, MRO, FRO, WaRO,
WiRO, RRO, Ahoskie FO, x. '--� DATA ENTRY BY CK
OTHER —-� DATE REPORTED <' G
PURPOSE: (circle one) baseline, ollution monitor, other
Date Collected ; Time ByL Location or site
Description of sampling point Sampled interval
Remarks
(pumping time, air temp, etc. )
Field Analysis By: Lat. Long.
PH Spec. Cond. 0 Temp. oC Odor Appearance Taste
Lab Analysis
Alkalinity to pH 4.5 mg/1 [—]Ag-Silver (D) ug/l BOD mg/l
Alkalinity, hydroxide mg/l F]A1-Aluminum (D) ug/1 COD mq/l
Carbonate mg/l E]Ba-Barium (D) ug/l Coliform (Fecal MF) /100ml
Bicarbonate mg/l DCa-Calcium (D) mg/l Coliform (total MF) /100m1
pH value (when analyzed) units E]Cd- admium (D) u /1 TOC mg/l
Arsenic (D) ug/1 25EChromium (D) r/,QQ ug/1 Turbidity NTU
Carbon dioxide mg/1 [--]Cu-Copper (D) ug/l Ammonia (as Nitrogen) (D) mg/l
Chloride (D) mg/l 11Fe-Iron (D) ug/l D Kjeldahl (as Nitrogen) (D) mg/l
El Color (True) units HH -Mercury ug/1 ❑Nitrate + Nitrite (as Nitrogen) (D) mg/1
Cyanide mg/l [_]Li-Lithium (D) ug/l Phosphorus, total as P(D) mg/l
❑ Dissolved solids (D) mg/1 Mg-Magnesium (D) mg/1
Other Analyses:
Fluoride (D) mg/l Mn-Manganese(D) ug/1
Hardness (as CaCOg) (D) mg/1 Na- pdium (D) mg/1
❑ Hardness (non-carbonate) (D) mg/1 b-Lead (D)
Fj MBAS (D) mg/1 F-]Zn-Zinc (D) ug/l
❑ Phenol (D) ug/l K-Potassium (D) mg/1
Silica (D) mg/l
Sulfate (D) mg/l
Specific Cond. UMHOS/cm D = Dissolved Analysis - submit filtered sample
GW-54 Revised 10/1/80 White copy - Headquarters Pink copy - Region Yellow copy - Lab

,COUN9Y N.C. DEPARTMENT OF NATURAL RESOURCES LAB NUMBER
& COMMUNITY DEVELOPMENT -
QUAD NO. SERIAL NO. DEM DATE REC'D
REPORT TO: (circle one) Groundwater Field/Lab Form REC'D BY
ARO, WSRO, MRO, FRO, WaRO, DATA ENTRY BY CK
WiRO, RRO, Ahoskie FO,
OTHER DATE REPORTED
PURPOSE: (circle one) baseline, pollution monitor, other
Date Collected Time By Location or site
Description of sampling point Sampled interval
Remarks - - -
(pumping time, air temp, etc.)
Field Analysis By: Lat. Long.
PH Spec. Cond. g0QU M 6seTemp. oC Odor Appearance Taste
Lab Analysis
Alkalinity to pH 4.5 mg/1 OAg-Silver (D) ug/l ❑ BOD mg/1
Alkalinity to pH 8.3 m /l 111-Aluminum (D) ug/1 ❑ COD mg/l
❑ Carbonate mg/1 EBa-Barium (D) ug/1 Coliform (Fecal MF) /100ml
Bicarbonate mg/1 F-]Ca-Calcium (D) mg/l FColiform (total MF) /100m1
H value (when analyzed) units F-]Cd-Cadmium (D) ug/1 FTOC mg/1
Arsenic (D) ug/l []Cr-Chromium (D) ug/1 FjTurbidity NTU
Carbon dioxide mg/1 E]Cu-Cooper (D) ug/l Ammonia (as Nitrogen) (D) mg/1
Chloride (D) mg/1 []Fe-Iron (D) ug/1 Kjeldahl (as Nitrogen) (D) mg/l
Color (True) units ❑Hg-Mercury (D) ug/1 Nitrate + Nitrite (as Nitrogen) (D) mq_/l
Cyanide ma/1 11Li-Lithium (D) ug/1 Phosphorus, total as P(D) m /l
Dissolved solids (D) mg/l 0Mg-Magnesium (D) mg/1 Other Analyses:
Fluoirde (D) m /l E]Mn-Manganese(D) ug/1
Hardness (as CaCO3) (D) mq/1 Na-Sodium (D) mg/1
Hardness (non-carbonate) (D) mg/1 F-]Pb-Lead (D) ug/l
MBAS (D) mg/1 FAn-Zinc (D) ug/l
Phenol (D) ug/1
Silica (D) mg/l D = Dissolved Analysis - submit filtered sample
Sulfate (D) mg/1
Specific Cond. UMHOS/cm
GW-54 Revised 10/1/80 White copy - Headquarters Pink copy - Region Yellow copy - Lab

'COUNTY N.C. DEPARTMENT OF NATURAL RESOURCES LAB NUMBER
& COMMUNITY DEVELOPMENT
QUAD NO. SERIAL NO. E DATE REC'D
REPORT TO: (circle one) Groundwater Field/Lab Form REC'D BY
ARO, WSRO, MRO, FRO, WaRO, DATA ENTRY BY :a;.. CK
WiRO, RRO, Ahoskie F0,
OTHER DATE REPORTED
PURPOSE: (circle one) baseline,; pollution monitor, other
Date Collected__ Time By _ J ,;_ G Location or site ---�CE.n-�S�-��. )
—r '
Description of sampling point kl r,a n 14x )r Sampled interval
Remarks_ -
(pumping time, air temp, etc.)
Field Analysis By: Lat. Long.
PH Spec. Cond. -7&0tLM6ea Temp. oC Odor Appearance Taste
Lab Analysis
Alkalinity to pH 4.5 mg/1 OAg-Silver (D) ug/1 ❑BOD mg/1
Alkalinity to pH 8.3 mg/1 FAl-Aluminum (D) ug/l ❑COD mg/l
Carbonate mg/l 0Ba-Barium (D) ug/l El Coliform (Fecal MF) /100mi
Bicarbonate mg/1 E]Ca-Calcium (D) mg/1 Coliform (total MF) /100ml
Q'pH value (when analyzed) units ECd-Cadmium (D) ug/l TOC mg/1
Arsenic (D) ug/1 E]Cr-Chromium (D) ug/l Turbidity NTU
Carbon dioxide mg/1 E]Cu-Cooper (D) ug/1 El Ammonia (as Nitrogen) (D) mg/1
0 Chloride (D) mg/1 Fe-iron (D) ug/1 Kjeldahl (as Nitrogen) (D) mg/1
Color (True) units Hg-Mercury (D) ug/l El Nitrate + Nitrite (as Nitrogen) (D) mg/1
Cyanide mg/l Li-Lithium (D) ug/l El Phosphorus, total as P(D) mg/l
Dissolved solids (D) mg/1 Mg
-Magnesium (D) mg/1 Other Analyses:
Fluoirde (D) mg/1 OMn-Manganese(D) ug/l
Hardness (as CaCOg) (D) ma/1 oNa-Sodium (D) ma/l
Hardness (non-carbonate) (D) mg/l O Pb-Lead (D) ug/1
MBAS (D) mg/1 ❑An-Zinc (D) ug/l
Phenol (D) ug/1
Silica (D) mg/1 D = Dissolved Analysis - submit filtered sample
Sulfate (D) mg/1
Specific Cond. UMHOS/cm
GW-54 Revised 10/1/80 White copy - Headquarters Pink copy - Region Yellow copy - Lab

COUNTY 1 f DEPARTMENT OF NATURAL RESOURG I LAB NUMBER
& COMMUNITY DEVELOPMENT -s
QUAD NO. SERIAL NO. DEM DATE REC'D }
REPORT TO: (circle one) Groundwater Field/Lab Form REC'D BY
ARO, WSRO, MRO, FRO, WaRO,
WiRO, RRO, Ahoskie F0, ~-+. ` , DATA ENTRY BY CK
OTHER _ DATE REPORTED . - :'C�:. �'
17
PURPOSE: (circle one) baseline, c�p_olution monit , other
Date Collected i-; -, ) '?� Time By �.. :; k I ( �"�)r Location or site ,
Description of sampling point - i%.t %u`f , "'�P Sampled interval
Remarks
(pumping time, air temp, etc.) -- .
Field Analysis By: Lat. Long.
PH Spec. Cond. 700 Temp. oC Odor Appearance Taste
Lab Analysis
Alkalinity to pH 4.5 mg/l [:]Ag-Silver (D) ug/1 BOD mg/l
Alkalinity, hydroxide mg/1 AI.-Aluminum (D) ug/1 ❑COD mg/l
Carbonate mg/1 E]Ba-Barium (D) ug/1 0 Coliform (Fecal ME) /100ml
Bicarbonate mg/l E]Ca-Calcium (D) mg/1 Coliform (total MF) /100ml
pH value (when analyzed) units ElCd-Cyadmium (D) ug/l TOC mg/l
'
Arsenic (D) ug/1 i r-Chromium (D) r,l,� ug/1 Turbidity NTU
Carbon dioxide mg/1 E]Cu-Cooper (D) ug/l Ammonia (as Nitrogen) (D) mg/l
Chloride (D) mg/1 E]Fe-Iron (D) ug/l ❑ Kjeldahl (as Nitrogen) (D) mg/1
❑ Color (True) units Hg-Mercury ug/1 ❑ Nitrate + Nitrite (as Nitrogen) (D) mg/1
Cyanide mg/1 [:]Li-Lithium (D) ug/1 Phosphorus, total as P(D) mg/l
Dissolved solids (D) mg/1 ❑Mg-Magnesium (D) mg/1
Other Analyses:
Fluoride (D) mg/1 E]Mn-Manganese(D) ug/1
Hardness (as CaCO3) (D) mg/1 Na-Sodium (D) mg/1
❑ Hardness (non-carbonate) (D) mg/1 RPb-Lead (D) ug/1
MBAS (D) mg/1 F-]Zn-Zinc (D) ug/1
Phenol (D) ug/1 K-Potassium (D) mg/1
Silica (D) mg/l
Sulfate (D) mg/1
Specific Cond. UMHOS/cm D = Dissolved Analvsis - submit filtered sample
GW-54 Revised 10/1/80 White copy - Headquarters Pink copy - Region Yellow copy - Lab

COATY ) DEPARTMENT OF NATURAL RESOURg LAB NUMBER
- & COMMUNITY DEVELOPMENT _ DATE REC'D
QUAD NO. SERIAL NO. DEM
REPORT T0: (circle one) Groundwater Field/Lab Form REC'D BY '
ARO WSRO, MRO, FRO, WaRO,
WiRO, RRO, Ahoskie FO, � � DATA ENTRY BY - CK
7,
OTHER Y/��'�''.._ DATE REPORTED �4'.•i .
PURPOSE: (circle one) baseline,/ Pollution monitor other
Date Collected _Time By „ . -:Y Location or site
Description of sampling point Sampled interval 1 ;f
Remarks )�-r�P :Ak 1
(pumping time, air temp, etc. )
Field Analysis By: Lat. Long.
pH Spec. Cond. CFO Temp. oC Odor Appearance Taste
Lab Analysis
Fj Alkalinity to pH 4.5 mg/1 �Ag-Silver (D) -`�;:, ug/1 BOD mg/1
Alkalinity, hydroxide mg/1 Al-Aluminum (D) ug/1 ❑ COD mg/l
Carbonate mg/1 OBa-Barium (D) ug/1 ❑ Coliform (Fecal MF) /100m1
❑ Bicarbonate mg/1 ElCa-Calcium (D) mg/1 ❑Coliform (total MF) /100ml
PH value (when analyzed) units ._a Cd-Cadmium (D) ug/1 TOC mg/l
Arsenic (D) ug/1 El Cr.-Chromium (D) ug/1 Turbidity NTU
Carbon dioxide mg/1 ,E Cu-Copper (D) ug/1 Ammonia (as Nitrogen) (D) mg/l
Chloride (D) mg/l E:]Fe-Iron (D) ug/1 Kjeldahl (as Nitrogen) (D) mg/1
Color (True) units 0 Hg-Mercury ug/l Nitrate + Nitrite (as Nitrogen) (D) mg/1
Cyanide mg/1 ELi-Lithium (D) ug/1 Phosphorus, total as P(D) mg/1
Dissolved solids (D) mg/1 ElMg-Magnesium (D) mg/1
Other Analyses:
O Fluoride (D) mg/1 Mn-Manganese(D) ug/l
Hardness (as CaCO3) (D) mg/1 D Na-Sodium (D) mg/1
Hardness (non-carbonate) (D) mg/1 a?b-Lead (D) ug/1
F-IMBAS (D) mg/1 F7], 'Zn-Zinc (D) /) ug/1
Phenol (D) ug/1 K-Potassium (D) mg/1
Silica (D) mg/1
Sulfate (D) mg/1
Specific Cond. UMHOS/cm D = Dissolved Analysis - submit filtered sample
GW-54 Revised 10/1/80 White copy - Headquarters Pink copy - Region Yellow copy - Lab

COUNTY N.C. DEPARTMENT OF NATURAL RESOURCES LAB NUMBER -
& COMMUNITY DEVELOPMENT DATE REC'D
QUAD NO. SERIAL NO. DEM
REPORT TO: (circle one) Groundwater Field/Lab Form REC'D BY s
ARO, WSRO, MRO, FRO, WaRO,
DATA ENTRY BY CK
WiRO, RRO, Ahoskie FO,
OTHER ::..4:- DATE REPORTED " '4
PURPOSE: (circle one) baseline, :,pollution mon4 r, other
Date Collected ,. ;"' s Time By - Location or site
Description of sampling point Sampled interval
Remarks
(pumping time, air temp, etc. )
Field Analysis By: Lat. Long.
pH Spec. Cond. J Q V U M ozTemp. oC Odor Appearance Taste
Lab Analysis
Alkalinity to pH 4.5 mg/1 DAg-Silver (D) ug/1 BOD mg/1
Alkalinity to pH 8.3 mg/1 DAl-Aluminum (D) ug/1 COD mg/1
Carbonate mg/1 E]Ba-Barium (D) ug/l ❑ Coliform (Fecal MF) /100ml
Bicarbonate mg/l DCa-Calcium (D) mg/l Coliform (total MF) /100ml
El pH value (when analyzed) units E]Cd-Cadmium (D) ug/l 0 TOC mg/1
❑ Arsenic (D) ug/l ElCr-Chromium (D) ug/l ❑ Turbidity NTU
Carbon dioxide mg/1 DCu-Cooper (D) ug/l ❑Ammonia (as Nitrogen) (D) mg/l
O Chloride (D) mg/1 D Fe-Iron (D) ug/1 ❑ Kjeldahl (as Nitrogen) (D) mg/l
Color (True) units Hg-Mercury (D) ug/l Nitrate + Nitrite (as Nitrogen) (D) mg/l
Cyanide mg/l E]Li-Lithium (D) ug/1 Phosphorus, total as P(D) mg/l
Dissolved solids (D) mg/1 E]Mg-Magnesium (D) mg/1
Other Analyses:
Fluoirde (D) ----"� mg/l FMn-Manganese(D) ug/l
❑ Hardness (as CaCO3) (D) mg/l ❑Na-Sodium (D) mg/l
❑ Hardness (non-carbonate) (D) mg/1 F-]Pb-Lead (D) ug/l
MBAS (D) mg/l FAn-Zinc (D) ug/1
Phenol (D) ug/l
Silica (D) mg/1 D = Dissolved Analysis - submit filtered sample
Sulfate (D) mg/1
Specific Cond. UMHOS/cm
GW-54 Revised 10/1/80 White copy - Headquarters Pink copy - Region Yellow copy - Lab

COUNTY DEPARTMENT OF NATURAL RESOURC LAB NUMBER
& COMMUNITY DEVELOPMENT
QUAD NO.. SERIAL NO. DEM DATE REC'D
REPORT TO: (circle one) Groundwater Field/Lab Form REC'D BY
ARO, WSRO, MRO, FRO, WaRO, -
DATA ENTRY BY CK `
WiRO, RRO, Ahoskie F0,
OTHER DATE REPORTED
PURPOSE: (circle one) baseline,. pollution monitor, other
Date Collected Time By Location or site -
Description of sampling point - Sampled interval
Remarks
(pumping time, air temp, etc. )
Field Analysis By: Lat. Long.
PH Spec. Cond. 1/ -457 Temp. oC Odor Appearance Taste
Lab Analysis
Alkalinity to pH 4.5 mg/1 [:]Ag-Silver (D) ug/1 BOD mg/l
❑ Alkalinity, hydroxide mg/1 ❑A1-Aluminum (D) ug/1 ❑ COD mg/l
Carbonate mg/1 0Ba-Barium (D) ug/1 Coliform (Fecal MF) /100ml
Bicarbonate mg/1 Eca-Calcium (D) mg/l ❑Coliform (total MF) /100ml
pH value (when analyzed) units E]Cd-Cadmium (D) ug/l TOC mg/l
Arsenic (D) ug/1 OCIr-Chromium (D) - ug/1 Turbidity NTU
Carbon dioxide mg/1 DCu-Cooper (D) ug/1 ❑Ammonia (as Nitrogen) (D) mg/1
❑ Chloride (D) mg/1 F-�Fe-Iron (D) ug/1 Kjeldahl (as Nitrogen) (D) mg/1
Color (True) units ❑Hg-Mercury ug/l Nitrate + Nitrite (as Nitrogen) (D) mg/1
Cyanide mg/1 [:]Li-Lithium (D) ug/l Phosphorus, total as P(D) mg/l
r�
Dissolved solids (D) - m2/1 Mg-Magnesium (D) mg/1
Other Analyses:
❑ Fluoride (D) mg/l I—IMn-Manganese(D) ug/1
1-1 Hardness (as CaCO3) (D) mg/1 Na-Sodium (D) m4/l
❑ Hardness (non-carbonate) (D) mg/1 a Pb-Lead (D) _ %i: ug/l
F-IMBAS (D) mg/1 F-]Zn-Zinc (D) ug/1
❑ Phenol (D) ug/1 K-Potassium (D) mg/1
❑ Silica (D) mg/l
Sulfate (D) mg/1
Specific Cond. UMHOS/cm D = Dissolved Analvsis - submit filtered sample
GW-54 Revised 10/l/80 White copy - Headquarters Pink copy - Region Yellow copy - Lab

COUNTY N.C. DEPARTMENT OF NATURAL RESOURCES LAB NUMBER -
& COMMUNITY DEVELOPMENT
QUAD NO. SERIAL NO. DEM DATE REC'D
REPORT TO: (circle one) Groundwater Field/Lab Form REC'D BY -
ARO, WSRO, NRO, FRO, WaRO,
WiRO, RRO, Ahoskie F0, DATA ENTRY BY CK
OTHER _ DATE REPORTED
PURPOSE: (circle one) baseline, pollution monitor,] other
Date Collected - ."i Time By Location or site
Description of sampling point sampled interval
Remarks - {
(pumping time, air temp, etc.)
Field Analysis By: Lat. Long.
PH Spec. Cond. 75 14 Qg Temp. oC Odor Appearance Taste
Lab Analysis
Alkalinity to pH 4.5 mg/1 []Ag-Silver (D) ug/l BOD mg/1
Alkalinity to pH 8.3 mg/l ElAl-Aluminum (D) ug/l COD mg/l
Carbonate mg/1 EBa-Barium (D) ug/l Coliform (Fecal MF) /100ml
Bicarbonate mg/l OCa-Calcium (D) mg/l Coliform (total MF) /100ml
❑ H value (when analyzed) _, ,, ' units OCd-Cadmium (D) ug/l TOC mg/1
Arsenic (D) ug/l DCr-Chromium (D) ug/1 ❑ Turbidity NTU
Carbon dioxide mg/1 DCu-Cooper (D) ug/1 ❑Ammonia (as Nitrogen) (D) mg/1
Chloride (D) mg/1 Fe-Iron (D) ug/1 0 Kjeldahl (as Nitrogen) (D) mg/1
Color (True) units Hg-Mercury (D) ug/1 Nitrate + Nitrite (as Nitrogen) (D) mg/1
❑ Cyanide ��'' mg/1 OLi-Lithium (D) ug/1 Phosphorus, total as P(D) mg/l
Dissolved solids (D) mg/1 EMg-Magnesium (D) mg/l Other Analyses:
Fluoirde (D) mg/l OMn-Manganese(D) ug/l
Hardness (as CaCO3) (D) mg/1 FINa-Sodium (D) mq/l
Hardness (non-carbonate) (D) mg/l F-]Pb-Lead (D) ug/l
MBAS (D) mg/1 F-]An-Zinc (D) ug/1
Phenol (D) ug/l
Silica (D) mg/1 D = Dissolved Analysis - submit filtered sample
Sulfate (D) mg/l
El Specific Cond. UMHOS/cm
GW-54 Revised 10/1/80 White copy - Headquarters Pink copy - Region Yellow copy - Lab

COUNTY P DEPARTMENT OF NATURAL RESOURC LAB NUMBER
& COMMUNITY DEVELOPMENT
QUAD.NO. SERIAL NO. DEM DATE REC'D
REPORT TO: (circle one) Groundwater Field/Lab Form REC'D BY
ARO, WSRO, MRO, FRO, WaRO,
DATA ENTRY BY CK
WiRO, RRO, Ahoskie F0,
OTHER DATE REPORTED
PURPOSE: (circle one) baseline,.,pollution monitor other
Date Collected Time By ��IR)k J llt'f ' _ Location or site
Description of sampling point - Sampled interval
Remarks
r
(pumping time, air temp, etc. )
Field Analysis By: Lat. Long.
pH Spec. Cond. 110 Temp. oC Odor Appearance Taste
Lab Analysis
❑ Alkalinity to pH 4.5 mg/1 EAg-Silver (D) ug/1 BOD mg/l
❑ Alkalinity, hydroxide mg/1 E]A1-Aluminum (D) ug/1 COD mg/1
❑ Carbonate mg/1 1:1Ba-Barium (D) ug/l ❑Coliform (Fecal MF) /100ml
Bicarbonate mg/l ECa-Calcium (D) mg/1 ❑ Coliform (total MF) /100ml
PH value (when analyzed) units E]Cd-Cadmium (D) ug/l TOC mg/l
Arsenic (D) ug/1 [:J r-Chromium (D) .: ug/1 Turbidity NTU
❑ Carbon dioxide mg/i ❑Cu-Copper (D) ug/1 ❑Ammonia (as Nitrogen) (D) mg/1
1-1 Chloride (D) mg/1 E:]Fe-iron (D) ug/1 Kjeldahl (as Nitrogen) (D) mg/1
❑ Color (True) units Hg-Mercury ug/1 Nitrate + Nitrite (as Nitrogen) (D) mg/l
Cyanide mg/1 ❑Li-Lithium (D) ug/l Phosphorus, total as P(D) mg/l
❑ Dissolved solids (D) mg/l ElMg-Magnesium (D) mg/1
Other Analyses:
❑ Fluoride (D) mg/1 Mn-Manganese(D) ug/1
Hardness (as CaCO3) (D) mg/1 Na-Sodium (D) mg/1
❑ Hardness (non-carbonate) (D) mg/1 Q Pb-Lead (D) ug/1
F-IMBAS (D) mg/l F-]Zn-Zinc (D) ug/1
❑ Phenol (D) ug/1 K-Potassium (D) mg/1
1-1 Silica (D) mg/1
Sulfate (D) mg/1
Specific Cond. UMHOS/cm D = Dissolved Analysis - submit filtered sample
GW-54 Revised 10/1/80 White copy - Headquarters Pink copy - Region Yellow copy - Lab

COUNTY N.C. DEPARTMENT OF NATURAL RESOURCES LAB NUMBER
QUAD NO. SERIAL NO. & COMMUNITY DEVELOPMENT DATE REC'D
DEM
REPORT TO: (circle one) Groundwater Field/Lab Form REC'D BY
ARO, WSRO, MRO, FRO, WaRO, DATA ENTRY BY CK
WiRO, RRO, Ahoskie F0,
OTHER DATE REPORTED
PURPOSE: (circle one) baseline, pollution monitor, other
Date Collected Time By Location or site
Description of sampling point Sampled interval
Remarks
(pumping time, air temp, etc.)
Field Analysis By: Lat. Long.
PH Spec. Cond. Temp. oC Odor Appearance Taste
Lab Analysis
Alkalinity to pH 4.5 m /l Ag-Silver (D) ug/1 ❑BOD mg/l
Fj Alkalinity to pH 8.3 mg/1 E]Al-Aluminum (D) ug/l COD mg/l
Carbonate mg/1 Ba-Barium (D) ug/1 Coliform (Fecal MF) /100ml
Bicarbonate mg/1 Ca-Calcium (D) mg/1 ❑Coliform (total MF) /100ml
PH value (when analyzed) units OCd-Cadmium (D) ug/l TOC mg/l
❑ Arsenic (D) ug/1 ❑Cr-Chromium (D) ug/l Turbidity NTU
Carbon dioxide mg/l E]Cu-Cooper (D) ug/1 Ammonia (as Nitrogen) (D) mg/1
Chloride (D) mg/l 1:1Fe-Iron (D) ug/l Kjeldahl (as Nitrogen) (D) mg/l
Color (True) units [:]Hg-Mercury (D) ug/1 Nitrate + Nitrite (as Nitrogen) (D) mg/l
Cyanide mg/1 [:]Li-Lithium (D) ug/1 Phosphorus, total as P(D) mg/1
Dissolved solids (D) mg/l E]Mg-Magnesium (D) mg/1 Other Analyses:
Fluoirde (D) mg/l EMn-Manganese(D) ug/1
Hardness (as CaCO3) (D) mg/1 Na-Sodium (D) ma/l
Hardness (non-carbonate) (D) m /l nPb-Lead (D) ug/1
MBAS (D) mg/l ❑An-Zinc (D) ug/1
Phenol (D) ug/1
Silica (D) mg/l D = Dissolved Analysis - submit filtered sample
Sulfate (D) mg/1
Specific Cond. UMHOS/cm
GW-54 Revised 10/1/80 White copy - Headquarters Pink copy - Region Yellow copy - Lab

COUNTY DEPARTMENT OF NATURAL RESOUR--- LAB NUMBER
QUAD NO. SERIAL NO. & COMMUNITY DEVELOPMENT DATE REC'D
DEM
REPORT TO: (circle one) Groundwater Field/Lab Form REC'D BY
ARO, WSRO, MRO, FRO, WaRO,
WiRO, RRO, Ahoskie FO, DATA ENTRY BY CK
OTHER DATE REPORTED
PURPOSE: (circle one) baseline, pollution monitor, other
Date Collected - Time By Location or site
Description of sampling point Sampled interval
Remarks
(pumping time, air temp, etc.)
Field Analysis By: Lat. Long.
pH Spec. Cond. Temp. oC Odor Appearance Taste
Lab Analysis
Alkalinity to pH 4.5 mg/1 []Ag-Silver (D) ug/1 BOD mg/1
Alkalinity to pH 8.3 mg/1 E]Al-Aluminum (D) ug/1 1:1COD mg/1
Carbonate mg/l OBa-Barium (D) ug/1 Coliform (Fecal MF) /100ml
Bicarbonate mg/1 [:]Ca-Calcium (D) mg/1 Coliform (total MF) /100ml
pH value (when analyzed) units ECd-Cadmium (D) ug/l TOC mg/l
❑ Arsenic (D) ug/l 0 Cr-Chromium (D) ug/l Turbidity NTU
❑ Carbon dioxide mg/1 ElCu-Cooper (D) ug/1 ❑Ammonia (as Nitrogen) (D) mg/1
Chloride (D) mg/1 [:]Fe-Iron (D) ug/l 0 Kjeldahl (as Nitrogen) (D) mg/1
Color (True) units ❑Hg-Mercury (D) ug/1 Nitrate + Nitrite (as Nitrogen) (D) mg/1
Cyanide mg/1 0Li-Lithium (D) ug/1 Phosphorus, total as P(D) mg/l
Dissolved solids (D) mg/l 0Mg-Magnesium (D) mg/1
Other Analyses:
Fluoirde (D) mg/1 FMn-Manganese(D) ug/l
Hardness (as CaCO,4) (D) ma/l Na-Sodium (D) mg/1
Hardness (non-carbonate) (D) mg/l Pb-Lead (D) ug/l
MBAS (D) mg/1 'An-Zinc (D) ug/l
Phenol (D) ug/1
Silica (D) mg/l D = Dissolved Analysis - submit filtered sample
Sulfate (D) mg/1
Specific Cond. UMHOS/cm
GW-54 Revised 10/l/80 White copy - Headquarters Pink copy - Region Yellow copy - Lab

!:OU TV N.C. DEPARTMENT OF NATURAL RESOURCES LAB NUMBER
t & COMMUNITY DEVELOPMENT
QUAD NO. SERIAL N0. DEM DATE REC'D -
REPORT TO: (circle one) Groundwater Field/Lab Form REC'D BY
ARO, WSRO, MRO, FRO, WaRO, DATA ENTRY BY CK
WiRO, RRO, Ahoskie FO,
OTHER ._ DATE REPORTED
PURPOSE: (circle one) baseline, pollution monitor, other
Date Collected Time By Location or site
Description of sampling point Sampled interval
Remarks
(pumping time, air temp, etc.)
Field Analysis By: Lat. Long.
pH Spec. Cond. 0!�) (�Temp, oC Odor Appearance Taste
Lab Analysis
Alkalinity to pH 4.5 mg/1 OAA -Silver (D) ug/1 BOD mg/1
El Alkalinity to pH 8.3 mg/1 FAl-Aluminum (D) ug/1 COD mg/1
Carbonate mg/l E]Ba^Barium (D) ug/1 Coliform (Fecal MF) /100ml
Bicarbonate mg/1 ElCa-Calcium (D) mg/1 Coliform (total MF) /100ml
pH value (when analyzed) units 0Cd-Cadmium (D) ug/1 0 TOC mg/1
Arsenic (D) ug/1 ❑Cr-Chromium (D) ug/1 Turbidity NTU
Carbon dioxide mg/1 [:]Cu-Cooper (D) ug/1 ❑Ammonia (as Nitrogen) (D) mg/1
Chloride (D) mg/l DFe-Iron (D) ug/1 0 Kjeldahl (as Nitrogen) (D) mg/l
Color (True) units Hg-Mercury (D) ug/1 0 Nitrate + Nitrite (as Nitrogen) (D) mg/l
Cyanide mg/1 []Li-Lithium (D) ug/l Phosphorus, total as P(D) mg/1
1-1 Dissolved solids (D) mg/1 11Mg-Magnesium (D) mg/1
Other Analyses:
Fluoirde (D) mg/1 DMn-Manganese(D) ug/1
Hardness (as CaCO3) (D) mg/1 Na-Sodium (D) mg/1
Hardness (non-Carbonate) (D) mg/1 [—]Pb-Lead (D) ug/l
MBAS (D) mg/1 F�An-Zinc (D) ug/l
Phenol (D) ug/l
❑ Silica (D) mg/1 D = Dissolved Analysis - submit filtered sample
Sulfate (D) mg/l
El Specific Cond. UMHOS/cm
GW-54 Revised 10/1/80 White copy - Headquarters Pink copy - Region Yellow copy - Lab

•CNN'IY DEPARTMENT OF NATURAL RESOUR( LAB NUMBER
& COMMUNITY DEVELOPMENT
QUAD NO. SERIAL NO. DEM DATE REC'D
REPORT TO: (circle one) Groundwater Field/Lab Form REC'D BY
ARO, WSRO, MRO, FRO, WaRO, DATA ENTRY BY CK
WiRO, RRO, Ahoskie F0,
OTHER DATE REPORTED
PURPOSE: (circle one) baseline,' pollution monitor',, other
Date Collected Time By ' ,n? < e Location or site
Description of sampling point �.. ��,.-;`F Sampled interval
Remarks
(pumping time, air temp, etc. )
Field Analysis By: Lat. Long.
PH Spec. Cond. LAy Temp, oC Odor Appearance Taste
Lab Analysis
Alkalinity to pH 4.5 mg/l QA .-Silver (D) _ ug/l BOD mg/l
Alkalinity, hydroxide mg/1 -I.Ar Aluminum (D) !v-'? ug/1 � COD mg/l
Carbonate mg/l 12Ba-Barium (D) ug/1 Coliform (Fecal MF) /100ml
Bicarbonate mg/1 OCa-Calcium (D) mg/1 Coliform (total MF) /100ml
pH value (when analyzed) units �,Cd-Cadmium (D) - ug/l TOC mg/1
Arsenic (D) ug/l -Chromium (D) ug/1 Turbidity NTU
Carbon dioxide mg/l .C`u-Conner (D) ug/1 Ammonia (as Nitrogen) (D) mg/l
7
Chloride (D) mg/l "Fe-Iron (D) ,-:?p �;p;�; ug/1 Kjeldahl (as Nitrogen) (D) mg/l
Color (True) units 0 Hg-Mercury ug/1 Nitrate + Nitrite (as Nitrogen) (D) mg/1
Cyanide mg/l ELi-Lithium (D) ug/1 Phosphorus, total as P(D) mg/l
Dissolved solids (D) mg/1 E]Mg-Magnesium (D) mg/1
Other Analyses:
Fluoride (D) mg/1 E124i'-Manganese(D) /`C)(i ug/1
Hardness (as CaCO3) (D) mq/1 u Na-Sodium (D) mg/1
Hardness (non-carbonate) (D) mg/1 Q'Pb-Lead (D) - ug/l
MBAS (D) mg/l E]Zu-Zinc (D) _,( ug/1
Phenol (D) ug/1 K-Potassium (D) mg/i
1-1 Silica (D) mg/l
Sulfate (D) mg/1
Specific Cond. UMHOS/cm D = Dissolved Analysis - submit filtered sample
GW-54 Revised 10/1/80 White copy - Headquarters Pink copy - Region Yellow copy - Lab

COUNW DEPARTMENT OF NATURAL RESOURC LAB NUMBER
& COMMUNITY DEVELOPMENT DATE REC'D
QUAD NO. SERIAL NO. DEM
REPORT TO: (circle one) Groundwater Field/Lab Form REC'D BY
ARO, WSRO, MRO, FRO, WaRO,
DATA ENTRY BY CK
WiRO, RRO, Ahoskie FO,
OTHER DATE REPORTED
PURPOSE: (circle one) baseline, pollution monitor,, other
Date Collected
Time By Location or site
Description of sampling point Sampled interval
Remarks
(pumping time, air temp, etc.)
Field Analysis By: Lat. Long.
pH Spec. Cond. Temp. oC Odor Appearance Taste
Lab Analysis
Alkalinity to pH 4.5 mg/1 11Ag-Silver (D) ug/l BOD mg/1
Alkalinity, hydroxide mg/l OAl-Aluminum (D) ug/1 COD mg/1
Carbonate mg/1 E]Ba-Barium (D) ug/l Coliform (Fecal MF) /100ml
Bicarbonate mg/l ElCa-Calcium (D) mg/1 Coliform (total MF) /100ml
El PH value (when analyzed) units [--]Cd-Cadmium (D) ug/1 TOC mg/1
Arsenic (D) ug/1 ECr-Chromium (D) �'.) ug/l ❑ Turbidity NTU
Carbon dioxide mg/l Cu-Cooper (D) ug/1 Ammonia (as Nitrogen) (D) mg/l
Chloride (D) mg/1 F-]Fe-Iron (D) ug/1 0 Kjeldahl (as Nitrogen) (D) mg/l
Color (True) units Hg-Mercury ug/1 ❑Nitrate + Nitrite (as Nitrogen) (D) mg/l
Cyanide mg/1 Li-Lithium (D) ug/1 Phosphorus, total as P(D) mg/l
❑ Dissolved solids (D) mg/1 ElMg-Magnesium (D) mg/1
Other Analyses:
Fluoride (D) mg/1 Mn-Manganese(D) ug/1
Hardness (as CaCo3) (D) mg/1 E]Na-sodium (D) mg/1
3
Hardness (non-carbonate) (D) mg/1
MBAS (D) mg/1 F-]Zn-Zinc (D) ug/1
Phenol (D) ug/l ❑K-Potassium (D) mg/1
❑ Silica (D) mg/1
1-1 Sulfate (D) mg/1
❑ Specific Cond. UMHOS/cm D = Dissolved Analvsis - submit filtered sample
GW-54 Revised 10/1/80 White copy - Headquarters Pink copy - Region Yellow copy - Lab

F_'OUNT_y 1 DEPARTMENT OF NATURAL RESOURC LAB NUMBER
& COMMUNITY DEVELOPMENT
DATE REC'D
QUAD NO. SERIAL NO. DE T1
REPORT TO: (circle one) Groundwater Field/Lab Form REC'D BY
ARO, WSRO, MRO, FRO, WaRO, � � '
WiR0, RRO, Ahoskie FO, ` DATA ENTRY BY CK .;
OTHER "-�-"• DATE REPORTED - -
PURPOSE: (circle one) baseline,;,pollution monies, other
Date Collected ^ - ? -'' Time By Location or site-
Description a +
of sampling point
P 4 P Sampled interval
Remarks -'" .
s
(pumping time, air temp, etc.)-•s
Field Analysis By: Lat. Long.
PH Spec. Cond._ /G Q Temp. oC Odor Appearance Taste
Lab Analysis
❑ Alkalinity to PH 4.5 mg/1 AA -Silver (D) ug/1 BOD mg/1
Alkalinity, hydroxide mg/1 EA1-Aluminum (D) ug/l COD mg/1
Carbonate mg/1 1:1Ba-Barium (D) ug/1 ❑ Coliform (Fecal MF) /100m1
Bicarbonate mg/1 ECa-Calcium (D) mg/1 Coliform (total MF) /100ml
pH value (when analyzed) units d-Cadmium (D) s' `-�;) ug/1 TOC mg/l
�
Arsenic (D) ug/l �Cr'-Chromium (D) ` r�% ug/1 Turbidity NTU
Carbon dioxide mg/l ❑Cu-Cooper (D) ug/1 Ammonia (as Nitrogen) (D) mg/l
Chloride (D) mg/1 F-]Fe-Iron (D) ug/1 Kjeldahl'Jas Nitrogen) (D) mg/1
Color (True) units HH -Mercury ug/l ❑Nitrate + Nitrite (as Nitrogen) (D) mg/1
Cyanide mg/1 11Li-Lithium (D) ug/1 Phosphorus, total as P(D) mg/1
Dissolved solids (D) mg/1 E]Mg-Magnesium (D) mg/1
Other Analyses:
Fluoride (D) mg/l RMn-Manganese(D) ug/1
Hardness (as CaCO3) (D) mg/1 ❑Na-Sodium (D) mg/l
❑ Hardness (non-carbonate) (D) mg/1 []4'b-4sad (D) ? i ug/1
F-IMBAS (D) mg/1 nZA-Zinc (D) b iJ ug/l
❑ Phenol (D) ug/1 El K-Potassium (D) mg/1
Silica (D) mg/l
Sulfate (D) mg/l
El Specific Cond. UMHOS/cm D = Dissolved Analysis - submit filtered sample
GW-54 Revised 10/1/80 White copy - Headquarters Pink copy - Region Yellow copy - Lab

CC WTY N.C. DEPARTMENT OF NATURAL RESOURCES LAB NUMBER
& COMMUNITY DEVELOPMENT
QUAD NO. SERIAL N0. DEM DATE REC'D
REPORT TO: (circle one) Groundwater Field/Lab Form REC'D BY
ARO, WSRO, MRO, FRO, WaRO, DATA ENTRY BY CK
WiRO, RRO, Ahoskie FO,
OTHER DATE REPORTED
PURPOSE: (circle one) baseline, pollution monitor, other
Date Collected Time By Location or site
Description of sampling point Sampled interval
Remarks
(pumping time, air temp, etc.)
Field Analysis By: La Long.
PH Spec. Cond._L5 Temp. oC Odor Appearance Taste
Lab Analysis
Alkalinity to pH 4.5 mg/1 []Ag-Silver (D) ug/1 ❑ BOD mg/1
Alkalinity to pH 8.3 mg/l DA1-Aluminum (D) ug/1 ❑COD mg/1
Carbonate mg/1 11Ba-Barium (D) ug/1 Coliform (Fecal MF) /100m1
Bicarbonate ma/l oCa-Calcium (D) mg/l Coliform (total MF) /100ml
pH value (when analyzed) units 0Cd-Cadmium (D) ug/l TOC mg/1
Arsenic (D) ug/l oCr-Chromium (D) ug/l 0 Turbidity NTU
Carbon dioxide mg/1 ECu-Cooper (D) ug/l Ammonia (as Nitrogen) (D) m /l
Chloride (D) mg/1 1:1Fe-Iron (D) ug/1 Kjeldahl (as Nitrogen) (D) ma/l
Color (True) units ORg-Mercury (D) ug/1 Nitrate + Nitrite (as Nitrogen) (D) m /l
Cyanide mg/l F�Li-Lithium (D) ug/l Phosphorus, total as P(D) mg/1
Dissolved solids (D) mg/1 11Mg-Magnesium (D) mg/l Other Analyses:
Fluoirde (D) mg/1 E]Mn-Manganese(D) ug/l
Hardness (as CaCO--t) (D) mg/1 Na-Sodium (D) mg/1
Hardness (non-carbonate) (D) mg/l Pb-Lead (D) ug/1
MBAS (D) mg/1 An-Zinc (D) ug/1
Phenol (D) ug/1
Silica (D) mg/1 D = Dissolved Analysis - submit filtered sample
Sulfate (D) mg/l
Specific Cond. UMHOS/cm
GW-54 Revised 10/1/80 White copy - Headquarters Pink copy - Region Yellow copy - Lab

cm p `� N.C. DEPARTMENT OF NATURAL RESOURCES LAB NUMBER
" & COMMUNITY DEVELOPMENT
QUAD NO. ,: SERIAL N0. DEM DATE REC'D
REPORT TO: (circle one) Groundwater Field/Lab Form REC'D BY
ARO, WSRO, MRO, FRO, WaRO, DATA ENTRY BY CK
WiRO, RRO, Ahoskie F0,
OTHER _ DATE REPORTED
PURPOSE: (circle one) baseline, pollution monitor, other
Date Collected - Time By .' S Location or site -
Description of sampling point_ - L: Sampled interval
Remarks
(pumping time, air temp, etc. )
Field Analysis By: Lat. Long.
PH Spec. Cond. Temp. oC Odor Appearance Taste
Lab Analysis
Alkalinity to pH 4.5 mg/1 OAg-Silver (D) ug/l BOD mg/1
Alkalinity to pH 8.3 ma/1 OAl-Aluminum (D) ug/1 COD mg/1
Q Carbonate - i mg/l OBa-Barium (D) ug/l Coliform (Fecal MF) /100ml
Bicarbonate mg/1 OCa-Calcium (D) mg/l Coliform (total MF) /100ml
❑. H value (when analyzed) units OCd-Cadmium (D) ug/l TOC mg/l
Arsenic (D) u /1 OCr-Chromium (D) ug/1 Turbidity NTU
Carbon dioxide mg/1 OCu-Cooper (D) ug/1 Ammonia (as Nitrogen) (D) m /l
O Chloride (D) mg/1 DFe-Iron (D) ug/l 0 Kjeldahl (as Nitrogen) (D) m /l
Color (True) units Ogg-Mercury (D) ug/l Nitrate + Nitrite (as Nitrogen) (D) mg/l
Cyanide mg/1 OLi-Lithium (D) ug/l Phosphorus, total as P(D) mg/l
Dissolved solids (D) _ mg/1 11Mg-Magnesium (D) mg/l Other Analyses:
Fluoirde (D) mg/l EMn-Manganese(D) ug/l
Hardness (as CaCO't) (D) mg/1 ENa-Sodium (D) mg/l
QHardness (non-carbonate) (D) mg/l 1:1Pb-Lead (D) ug/l
❑ MBAS (D) mg/l An-Zinc (D) u /1
❑ Phenol (D) ug/1
Silica (D) mg/1 D = Dissolved Analysis - submit filtered sample
Sulfate (D) mg/1
Specific Cond. UMHOS/cm
GW-54 Revised 10/1/80 White copy - Headquarters Pink copy - Region Yellow copy - Lab

"WCO[f!R'Y -- - . DEPARTMENT OF NATURAL RESOUR--- LAB NUMBER
& COMMUNITY DEVELOPMENT DATE REC'D
QUAD NO. - SERIAL N0. DEM
REPORT TO: (circle one) Groundwater Field/Lab Form REC'D BY
ARO, WSRO, MRO, FRO, WaRO, DATA ENTRY BY CK
WiRO, RRO, Ahoskie FO,
OTHER DATE REPORTED
PURPOSE: (circle one) baseline, pollution monitor, other
Date Collected Time By Location or site
Description of sampling point Sampled interval
Remarks_
(pumping time, air temp, etc.)
Field Analysis By: Lat. Long.
PH Spec. Cond. Temp. oC Odor Appearance Taste
Lab Analysis
❑ Alkalinity to pH 4.5 mg/1 ❑Ay-Silver (D) ug/1 ❑BOD mg/l
❑ Alkalinity to pH 8.3 mg/1 ❑Al-Aluminum (D) ug/1 ❑COD mu/1
❑ Carbonate mg/l ❑Ba-Barium (D) ug/l ❑ Coliform (Fecal MF) /100ml
❑ Bicarbonate mg/l ❑Ca-Calcium (D) mg/1 ❑Coliform (total MF) /100ml
❑ pH value (when analyzed) units ❑Cd-Cadmium (D) ug/l ❑TOC mg/l
❑ Arsenic (D) ug/l ❑Cr-Chromium (D) ug/l ❑Turbidity NTU
❑ Carbon dioxide mg/1 ❑Cu-Cooper (D) ug/l ❑Ammonia (as Nitrogen) (D) mg/l
❑ Chloride (D) mg/l ❑Fe-Iron (D) ug/l ❑Kjeldahl (as Nitrogen) (D) mg/l
❑ Color (True) units ❑Hg-Mercury (D) ug/1 ❑Nitrate + Nitrite (as Nitrogen) (D) mg/1
❑ Cyanide mg/l ❑Li-Lithium (D) ug/l ❑ Phosphorus, total as P(D) mg/l
❑ Dissolved solids (D) mg/1 ❑Mmc -Magnesium (D) mg/1
Other Analyses:
❑ Fluoirde (D) mg/l ❑Mn-Manganese(D) ug/l
❑ Hardness (as CaCO3) (D) ma/l ❑Na-Sodium (D) ma/l
❑ Hardness (non-Carbonate) (D) mg/1 ❑Pb-Lead (D) ug/1
❑ MBAS (D) mg/l ❑An-Zinc (D) ug/1
❑ Phenol (D) ug/1
❑ Silica (D) mg/1 D = Dissolved Analysis - submit filtered sample
❑ Sulfate (D) mg/1
❑ Specific Cond. UMHOS/cm
GW-54 Revised 10/l/80 White copy - Headquarters Pink copy - Region Yellow copy - Lab

► TC7� N`i � DEPARTMENT OF NATURAL RESOUP`- LAB NUMBER
& COMMUNITY DEVELOPMENT
QUAD NO. SERIAL NO. DEM DATE REC'D
REPORT TO: (circle one) Groundwater Field/Lab Form REC'D BY
ARO, WSRO, MRO, FRO, WaRO, - DATA ENTRY BY CK
WiRO, RRO, Ahoskie FO,
OTHER DATE REPORTED
PURPOSE: (circle one) baseline, pollution monitor, other
Date Collected Time By Location or site
Description of sampling point Sampled interval
Remarks
(pumping time, air temp, etc.)
Field Analysis By: Lat. Long.
PH Spec. Cond. Temp. oC Odor Appearance Taste
Lab Analysis
❑ Alkalinity to pH 4.5 m /l ❑Ag-Silver (D) ug/1 ❑BOD mg/1
❑ Alkalinity to pH 8.3 mg/1 ❑A1-Aluminum (D) ug/1 ❑COD m /l
❑ Carbonate mg/1 ❑Ba-Barium (D) ug/l ❑ Coliform (Fecal MF) /100ml
❑ Bicarbonate mg/1 ❑Ca-Calcium (D) mg/l ❑Coliform (total MF) /100ml
❑ pH value (when analyzed) units ❑Cd-Cadmium (D) dg/1 ❑TOC mg/1
❑ Arsenic (D) u /1 []Cr-Chromium (D) ug/l ❑Turbidity NTU
❑ Carbon dioxide mg/1 ❑Cu-Cooper (D) ug/1 ❑Ammonia (as Nitrogen) (D) mg/l
❑ Chloride (D) mg/1 ❑Fe-Iron (D) ug/l ❑ Kjeldahl (as Nitrogen) (D) mg/l
❑ Color (True) units ❑Hg-Mercury (D) ug/1 ❑Nitrate + Nitrite (as Nitrogen) (D) mg_/l
❑ Cyanide m /l ❑Li-Lithium (D) ug/1 ❑ Phosphorus, total as P(D) mg/1
❑ Dissolved solids (D) m /l ❑Mg-Magnesium (D) mg/1 Other Analyses:
❑ Fluoirde (D) mg/1 ❑Mn-Manganese(D) ug/1
❑ Hardness (as CaCO3) (D) mg/l ❑Na-Sodium (D) mg/l
❑ Hardness (non-carbonate) (D) mg/1 ❑Pb-Lead (,p�. - tig/1
❑ MBAS (D) mg/1 ❑An-Zinc (D.) ug/1
❑ Phenol (D) ug/1
❑ Silica (D) mg/l D = Dissolved Analysis - submit filtered sample
❑ Sulfate (D) mg/1
❑ Specific Cond. UMHOS/cm
GW-54 Revised 10/1/80 White copy - Headquarters Pink copy - Region Yellow copy - Lab

Reported by.�- 1'� Date
Checked by ORGANIC ANALYSIS
Supervisor Entered by ,
Checked by
Lab No. Analytical Results
� r
GtG
7 /n
y &
062
1'L
17
t
" C.
GC/MS/DS used

DIVISION OF PIVIRONMUTPL tW AGUVIT
ENVIROHMUITAL OPLRATIUNS SECTION
July 18, 1980
Mr. Jim DeBruhl
Cranston Print Works
U. S. Highway 25
Fletcher, North Carolina 2P.732
Subject: :dater luality Monitor '.dells
Cranston Print :forks
Henderson County, 'forth Carolina
Dear Mr. DeBruhl :
In our conversation of July 15, 198U, regarding the construction of
water-quality monitor wells, the wells should be completed to a depth of
five (5) feet below the water-table and should be constructed to the
following specifications :
I. The wells should be constructed with Thermoplastic
Water Well Casing that:
A. conforms to requirements of the American National
Standards Institute/Arr.erican Society for Testir;g
and Materials (ANSI/AST") specifications F481 -76
for thermoplastic water-well casing pipe and
couplings made in Standards Dimension Ratios
(SDR)
R. has a minimum wall thickness and tolerances that
meets or exceeds requirements for SDP. 17 thermoplastic
water-well casing pipe for nominal sizes greater than
three inches (Schedule n) ,
C. nas a minimum wall thickness and tolerances that
meets or exceeds requirements for Schedule 40
thermoplastic water-well casing pipe for nominal
sizes three inches and smaller.
D. has, water-tight joints that are glued or Grreaded
and coupled.

1 Mr. Jim DeB ruhl
Page 2
July 19, 19$7
II . The botton of each well s:iould be equipped «ith a five
foot section of well screen that:
A. has an accurate uniform gaga,
B. has a minimum wall thicknass and toler:-once w1iich
meets or exceeds requirements for Schedule 40
thermoplastic water-well casing pipe for nominal
sizes three inches and smaller,
C. has a -40wum wall thickness and tolerance which
Teets or exceeds requirements for SDR 17 thermo-
plastic water-well casing for nominal sizes greater
than three inches.
D. be constructed with keystone shaped 'ISF approval
plastic wire or rings surrounding plastic pipe of
calibrated slots cut in the pipe desi7ned to
adequately prevent the entrance of formation
materials ;
F. has such fittings as are necessary to seal the
top of the screen to the casing and to close the
bottom;
F. is packed with sanl or gravel , if possible, of
size dependent on th nature of the formation
materials.
III. The wells should be grouted with sand cement or neat cement
from the top of the well screen to the land surface.
The wells should be bailed or pumped out adequately to evacuate three
to five times the volurvs of water in the :Tells prior to sampling.
If I can be of any further assistance, please do not hesitate to
contact me.
Sincerely,
Oa jj
Gon Liok
Regional hydrologist
Uttar
cc:neath P. Dobson
4. 0. Gerald 10

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�✓,� NORTH CAROLINA ENVIRONMENTAL MANAGEMENT COMMISSION RECEIVED
PUBLIC NOTICE Water Quality Division
Notice is hereby given of a public hearing to be held by the North Carolina
JUL 16 1984
Department of Natural Resources and Community Development on behalf of the
Environmental Management Commission concerning revisions to regulations vVestern Regional office
regarding Administration, Groundwater, and Laboratory Certification. The Asheville, North Carolir,?s
proposed effective date is December 1, 1984.
PURPOSE: To eliminate obsolete rules, to modify and update rules to comply
with present day requirements, and numerous other minor changes to
improve clarity and eliminate redundancies. Significant proposed
changes for each program are noted below:
ADMINISTRATION:
15 NCAC 2A - ORGANIZATION OF ENVIRONMENTAL MANAGEMENT COMMISSION
- Update delegations of authority to administer the Commission's
programs.
15 NCAC 2I - HEARINGS
- Revisions to allow employees of Department Office of
Administrative Hearings to serve as hearing officers in
Contested Case Hearings and to make procedures for such
hearings as consistent as possible with the uniform
procedures already in effect for other agencies of the
Department.
15 NCAC 2J - CIVIL PENALTIES
- To clarify the authority of the Director of Division of Environ-
mental Management to give notices of continuing violations under
N.C.G.S. 143-215.114(a)(2) and to more specifically define the
Commission's remission procedures on civil penalties assessments
as not being contested cases.
GROUNDWATER:
15 NCAC 2C .0100 - WELL CONSTRUCTION STANDARDS
- Delegates authority to the Director of the Division of Environ-
mental Management to issue permits and sign orders related to
violations.
15 NCAC 2E .0100 - CAPACITY USE AREA WITHDRAWAL
- Deletes .0105 (report of findin s of EMC with regard to water
withdrawals in the Yadkin Basin?.
- Delegates authority to issue permits to the Director.
15 NCAC 2E 0200 - CAPACITY USE AREA NO. 1
- Consolidates permitting requirements for groundwater withdrawals.
15 NCAC 2L 0100 - CLASSIFICATIONS AND STANDARDS APPLICABLE TO THE UNDER-
GROUND WATERS OF THE STATE OF NORTH CAROLINA
- Clarifies references to the Director by adding definitions.
LABORATORY:
15 NCAC 2H .0800 - LABORATORY CERTIFICATION
- Proposals to expand certification requirements to include all
Class III and iV municipal and industrial wastewater treatment
laboratories and laboratories for Class 1 and 11 municipal plants
with pretreatment programs. Certification for several parameters
Is proposed to be added and requirements changed to make the program
more effective. Fees are proposed to be increased to offset cost of
program expansion.
DATE: Tuesday, August 7, 1984, at 10:00 a.m.
LOCATION: Ground Floor Hearing Room
Archdale Building
512 N. Salisbury Street
Raleigh, North Carolina 27611-7687
(OVER)

COMMENT PROCEDURE: All persons interested in this matter are invited to attend.
Comments, statements, data, and other information may be submitted in writing
prior to hearing, or within thirty (30) days after the hearing or may be
presented orally at the hearing. Persons desiring to speak will indicate
their intent at .the time of registration at the hearing. Statements may be
• limited to three minutes at the discretion of the hearing officer and presen-
tations which exceed three minutes are requested to have a written copy which
will be filed with the hearing clerk.
AUTHORITY: N.C.G.S. 143-215.3(a)(1); 143-215.63 et. seq.; 143-215.4; 143-215.6;
3-215.11 et. seq.; 143-215.3(a)(10).
INFORMATION: Further information and copies of the proposed rules may be
o tained by writing or calling individuals indicated below:
ADMINISTRATION: D. L. Coburn [phone]
GROUNDWATER: Ted Mew [phone]
LABORATORY: W. B. Edwards [phone]
MAILING ADDRESS: Division of Environmental Management
P. 0. Box 27687
Raleigh, North Carolina 27611-7687
Date 3
Ro5ertF. Helms, Director
NOTE: The Division of Environmental Management does not discriminate against
anyone on the basis of race, color, national origin, sex, age or handicap
and is an equal opportunity employer. If anyone feels they have been
discriminated against, a complaint may be filed with Sandra G. Horton,
NRCD-DEM, P. 0. Box 27687, Raleigh, N. C. 27611-7687, or the Equal
Opportunity Office, U. S. Department of the Interior, Washington, D. C.
20240.
Should any hearing and/or visually impaired person desire attendance
at the aforementioned public hearing, please contact Ms. Horton at
the address mentioned above, or at telephone number [phone].

GROUNDWATER SECTION
DIVISION OF ENVIRONMENTAL MANAGEMENT
DEPARTMENT OF NATURAL RESOURCES AND COMMUNITY DEVELOPMENT
POTENTIAL GROUNDWATER POLLUTION SOURCE SITE DESCRIPTION
REVIEW BY: �ON L i►,k Rea le%we l Hv�r. amLs*TE: �I a/ ��_ W.D. PERMIT N0.►�jC.00o0337
TOWN: etkt COUNTY: T� Va"ta
NAME OF FACILITY OR INSTALLATION: E. 1 Dupou A& N&-,mn,ora awA Campauv
ADDRESS: P o. 'I3ox��_reVf f IJ C ag71 '2 TELEPHONE: y5- s-(o 7
?3;I1 , 4
OPERATOR OR
CONTACT PERSON: , , jA L�J I`► s�o Ew►v1rn"mewQ Chemll+
ADDRESS : P (� �AX :��n�7 reyaY . AI,C.r1g712 TELEPHONE: g$� ,TY6:'7
LOCATION (SKETCH ON BACK) :
QUAD. NO. RQ /,5LAT.3��� LONG.$� u3(o' S.S�� ELEV. 2S$D
TYPE SOURCE (LANDFILL, LAGOON, ETC. ) :
TYPE AND QUANTITY OF POLLUTANTS:
DESCRIPTION OF FACILITY OR SITE (SKETCH ON BACK) :
HYDROGEOLOGIC CONDITIONS AT SITE:
DESCRIPTION OF UNCONSOLIDATED MATERIALS:

Page 2
THICKNESS OF UNCONSOLIDATED MATERIALS (FEET) :
TYPE OF BEDROCK (FRACTURED GRANITE GNEISS , ETC. ) :
DEPTH TO BEDROCK (FEET) :
HYDROGEOLOGIC UNIT:
DEPTH TO WATER TABLE (FEET) :
TOPOGRAPHY (PERCENT SLOPE, COPY OF TOPO. , ETC.) :
NEAREST STREAM: DISTANCE (FEET) :
NEAREST WATER-SUPPLY WELL: DISTANCE (FEET) :
SUB-BASIN:
POLLUTION CONFIRMED BY ANALYSIS: DATE : ANALYST:
EXPLAIN:
MONITORING FACILITIES INSTALLED: NO. OF WELLS:
MONITORING WELL QUADRANGLE NO. :
SAMPLING SCHEDULE:
SAMPLED BY:
PARAMETERS:
ANALYSES AND OTHER DATA AVAILABLE:
REMARKS: ��rlys, �-ek f)ir]5'-S eM

Vw:nk N.C. DEPARTMENT OF NATURAL RESOURCES LAB NUMBER
& COMMUNITY DEVELOPMENT
QUAD NO. SERIAL N0. DEM DATE REC'D
REPORT TO: (circle one) Groundwater Field/Lab Form REC'D BY
ARO, WSRO, MRO, FRO, WaRO, DATA ENTRY BY - CK
WiRO, RRO, Ahoskie FO,
OTHER �L DATE REPORTED
PURPOSE: (circle one) baseline, pollution monitor, .other_ _ ?�i 'T{ L'-� C-
Date Collected Time By -�! �� _ Location or site -- r.
Description of sampling point Sampled interval
Remarks
(.pumping time, air temp, etc.)
Field Analysis By: Lat. Long.
PH Spec. Cond. Temp. oC Odor Appearance Taste
Lab Analysis
❑ Alkalinity to pH 4.5 mg/1 ❑Ag-Silver (D) ug/1 ❑ BOD mg/1
❑ Alkalinity to pH 8.3 mg/1 ❑A1-Aluminum (D) ug/1 ❑ COD mg/1
❑ Carbonate mg/1 ❑Ba-Barium (D) ug/1 ❑ Coliform (Fecal MF) /100ml
❑ Bicarbonate mg/1 ❑Ca-Calcium (D) mg/l ❑ Coliform (total MF) /100ml
❑ H value (when analyzed) - units ❑Cd-Cadmium (D) ug/1 ❑TOC mg/1
❑ Arsenic (D) ug/1 ❑Cr-Chromium (D) ug/1 ❑Turbidity NTU
❑ Carbon dioxide mg/1 ❑Cu-Cooper (D) ug/1 ❑Ammonia (as Nitrogen) (D) mg/1
❑ Chloride (D) mg/1 ❑Fe-Iron (D) ug/l ❑ Kjeldahl (as Nitrogen) (D) mg/1
❑ Color (True) units ❑Hg-Mercury (D) ug/1 ❑Nitrate + Nitrite (as Nitrogen) (D) mg/1
❑ Cyanide mg/1 ❑Li-Lithium (D) ug/1 ❑ Phosphorus, total as P(D) mg/1
❑ Dissolved solids (D) mg/1 [�;Mg-Magnesium (D) mg/1 Other Analyses:
❑ Fluoirde (D) mg/1 ❑Mn-Manganese(D) ug/1
❑ Hardness (as CaCO3) (D) mg/l ❑Na-Sodium (D) mg/1
❑ Hardness (non-carbonate) (D) mg/1 ❑Pb-Lead (D) ug/1
❑ MBAS (D) mg/1 ❑An-Zinc (D) ug/1
❑ Phenol (D) ug/1
❑ Silica (D) mg/1 D = Dissolved Analysis - submit filtered sample
❑ Sulfate (D) mg/1
❑ Specific Cond. UMHOS/cm
GW-54 Revised 10/1/80 White copy - Headquarters Pink copy - Region Yellow copy - Lab

MUM_ DEPARTMENT OF NATURAL RESOUR--- LAB NUMBER
& COMMUNITY DEVELOPMENT DATE REC'D
QUAD NO. ) ,y_ SERIAL NO. DEM
REPORT TO: (circle one) Groundwater Field/Lab Form REC'D BY
ARO, WSRO, MRO, FRO, WaRO,
WiRO, RRO, Ahoskie FO, DATA ENTRY BY CK _
OTHER DATE REPORTED
PURPOSE: (circle one) baseline, pollution monitor, other
Date Collected Time By Location or site
Description of sampling point ..; Sampled interval
Remarks
(pumping time, air temp, etc.)
Field Analysis By: Lat. Long.
PH Spec. Cond. Temp. °C Odor Appearance Taste
Lab Analysis
❑ Alkalinity to pH 4.5 mg/1 ❑Ag-Silver (D) ug/1 ❑BOD mg/1
❑ Alkalinity to pH 8.3 mg/1 ❑A1-Aluminum (D) ug/l ❑COD mg/l
❑ Carbonate mg/1 ❑Ba-Barium (D) ug/l ❑Coliform (Fecal MF) /100ml
❑ Bicarbonate mg/1 ❑Ca-Calcium (D) mg/1 ❑Coliform (total MF) /100ml
❑ pH value (when analyzed) units ❑Cd-Cadmium (D) ug/1 ❑TOC mg/l
❑ Arsenic (D) ug/1 ❑Cr-Chromium (D) ug/1 ❑ Turbidity NTU
❑ Carbon dioxide mg/1 ❑Cu-Cooper (D) ug/l ❑Ammonia (as Nitrogen) (D) ma/l
❑ Chloride (D) mg/1 ❑Fe-Iron (D) ug/1 ❑ Kjeldahl (as Nitrogen) (D) m /l
❑ Color (True) units ❑Hg-Mercury (D) ug/l ❑Nitrate + Nitrite (as Nitrogen) (D) mg/l
❑ Cyanide mg/l ❑Li-Lithium (D) u2/1 ❑ Phosphorus, total as P(D) mg/l
❑ Dissolved solids (D) mg/1 ❑Mg-Magnesium (D) mg/1
Other
Analyses;
❑ Fluoirde (D) mg/1 ❑Mn--Manganese(D) ug/l ./ kI..5} C j rar1nIU M. < & ��
❑ Hardness (as CaCD9) (D) mg/l ❑Na-Sodium (D) mg/l
❑ Hardness (non-carbonate) (D) mg/l ❑Pb-Lead (f1}' ug/1
❑ MBAS (D) mg/1 ❑'An-Zinc (D) u /1
[—] Phenol (D) ug/1
❑ Silica (D) mg/l D = Dissolved Analysis - submit filtered sample
❑ Sulfate (D) mg/1
❑ Specific Cond. UMHOS/cm
GW-54 Revised 10/1/80 White copy - Headquarters Pink copy - Region Yellow copy - Lab

,pPU n
oRC(p o DEPART dN2,00 ES
r ZAB
O ° 'r� 'Qp O r§ Gto� - Fo m DER
e11ne DATE REC,
1) ° po
Pe Psct . C°.-'1pling 11�e t. otter REC'D BY
F. �°. � 1'Oj DATA
A �e ..alya" � � —\BY DA7,E A ENTRY Bp
8y ` REPORTED cK
OA.2A-, is FaC• Cond. � �6 Iat. (X UmAing t LOCation or Site
t
O�Alkalinit too It 4 5 c LOnB. e air temp etc ) S Aled intervale
Da-' "late H 8.3
Bi m /1 D o
DN caraOnate m A SylV C Odor
value (w 1 DA1-A1 et (D)
Darsen10 (D) hen anal zed m 1 DBa-Ba ?+yin (D) u /1 O�AAAearance
/� rbOn di ) 1 DCa- 1um (D) u /1 lie BOD Taste
V Ch10 °aide units ca1CiO �—�
tide (D Dcd-C (D) u /1 D
DC°1Or 1 1 O a�'ium m Ocoli
DC anide(Ttue) 1 C Cr-Chrojum � u 11 OCeli arm (Fecal ) m /1
QDissoly m /1 �Fe-Iron (D) -1 U 11 I�QTOC (total m /1
DF,luoirdeed %OZids (D its
DHs-Mercury (D) ug/1 l� irb; �) /100m1
Oga (D) ) _ �1 �Li-Lithium (D) ug/1 �Phosp�o`I_.- l0Oml
OHatdne ss as Ca CO m /1 ❑M_g-Magnesium (D) m /1 ses-' m /1
ess p mg/1 DMn-tKa Other AnalY
D 1`IBAS (nOn-CaY. ��anese (D7 ug/1 *gym.,
0Phe (D) bOnatel (D) m 1 ONa-Sodium (D) ma/1
n01
(D) m 1 D Silica ❑Pb-Lead (D) ug/1!D) m /1
DAXIZinc
D Sulfate
!D) u /1
D Spec maple GW-54 Reglse se Con m d. D = Dissolved Analysis - submit filtered s
d ZO/ljgp /I
vp
os/cm

MMWWM�
EPARTMENT OF NATURAL RESOUR! LAB NUMBER
& COMMUNITY DEVELOPMENT
DATE REC'D
DEM
Groundwater Field/Lab Form REC'D BY
_�_.�, WaRO,
a..O Ahoskie FO, DATA ENTRY BY CK -44
OTHER DATE REPORTED
PURPOSE: (circle one) baseline, pollution monitor other
Date Collected - Time By , ,� ,K / I j; '-Location or site
Description of sampling point I-AR, ,4 ' Sampled interval
Remarks _ - - t ;F ( ` i -4 1 ( ;e ( � t-j )
(pumping time, air temp, etc.)
Field Analysis By: _ .� Lat. Long.
pH Spec. Cond. C4-4�_D Temp. oC Odor Appearance Taste
Lab Analysis
Alkalinity to pH 4.5 mg/1 OAg-Silver (D) ug/l 11 BOD mg/1
Alkalinity, hydroxide mg/l E]Al-Aluminum (D) y . ug/1 COD mg/1
Carbonate mg/l 7Ba-Barium (D) / u 0c ug/l Coliform (Fecal MF) /100ml
Bicarbonate mg/l O Ca-Calcium (D) / i mg/l Coliform (total MF) /100ml
pH value (when analyzed) units ECd-Cadmium (D) ug/l TOC mg/1
Arsenic (D) ug/l ECr-Chromium (D) ug/l Turbidity NTU
Carbon dioxide mg/l E]Cu-Conger (D) ug/l Ammonia (as Nitrogen) (D) mg/1
Chloride (D) mg/l [:]Fe-Iron (D) - u /l Kjeldahl (as Nitrogen) (D) mg/l
Color (True) units Hg-Mercury ug/l Nitrate + Nitrite (as Nitrogen) (D) m /l
Cyanide mg/l [:]Li-Lithium (D) ug/l Phosphorus, total as P(D) mg/l
Dissolved solids (D) mg/l a Mg-Magnesium (D) mg/l Other Analyses:
Fluoride (D) mg/l E]Mn-Manganese(D) ;i�; ,_, u /l
❑ Hardness (as CaCO3) (D) mg/l ❑Na-Sodium (D) mg/l
1-1 Hardness (non-carbonate) (D) mg/l ❑Pb-Lead (D) ug/l
Fj MBAS (D) mg/1 F�Zn-Zinc (D) u /1
Phenol (D) ug/1 K-Potassium (D) •:. mg/1
Silica (D) mg/l
Sulfate (D) mg/l _
❑ Specific Cond. UMHOS/cm D = Dissolved Analysis - submit filtered sample
GW-54 Revised 10/1/80 White copy - Headquarters Pink copy - Region Yellow copy - Lab

N.C. DEPARTMENT OF NATURAL RESOURCES LAB NUMBER
QUAD NO.t:D k-ZiA SERIAL NO. & COMMUNI REDEVELOPMENT DATE REC'D
REPORT TO: (circle one) Groundwater Field/Lab Form REC'D BY
ARO, WSRO, MRO, FRO, WaRO, DATA ENTRY BY CK
WiRO, RRO, Ahoskie FO,
OTHER DATE REPORTED
PURPOSE: (circle one) baseline, pollution monitor, other
Date Collected Time :, By y, ! .1 Location or site -'
Description of sampling point_ Sampled interval
Remarks
(pumping time, air temp, etc.)
Field Analysis By: Lat. Long.
PH Spec. Cond. Temp. oC Odor Appearance Taste
Lab Analysis
1 Alkalinity to pH 4.5 mg/1 Q Ag-Silver (D) ug/1 ❑ BOD mg/1
Alkalinity to pH 8.3 — mg/1 Al-Aluminum (D) ug/1 ❑ COD mg/1
Carbonate - ) mg/1 Ba-Barium (D) ug/1 Coliform (Fecal MF) /100ml
Bicarbonate mg/1 FICa-Calcium (D) mg/1 Coliform (total MF) /100ml
❑ pH value (when analyzed) units 0Cd-Cadmium (D) ug/l TOC mg/1
Arsenic (D) ug/1 E]Cr-Chromium (D) ug/1 ❑Turbidity NTU
❑ Carbon dioxide mg/1 E]Cu-Cooper (D) ug/1 Ammonia (as Nitrogen) (D) mg/l
0 Chloride (D) ma/l 0Fe-Iron (D) ug/l Kjeldahl (as Nitrogen) (D) m /l
Color (True) units 0 Hg-Mercury (D) ug/1 Nitrate + Nitrite (as Nitrogen) (D) m /l
Cyanide mg/1 0Li-Lithium (D) ug/1 Phosphorus, total as P(D) ma/l
Dissolved solids (D) mg/l 0Mg-Magnesium (D) mg/1 Other Analyses:
Fluoirde (D) mg/l F—]Mn-Manganese(D) ug/l
Hardness (as CaCO3).(D) mg/l F—]Na-Sodium (D) ma/l
Hardness (non-carbonate) (D) mg/1 F-]Pb-Lead (D) ug/l
MBAS (D) mg/1 El An-Zinc (D) ug/l
Phenol (D) ug/1
Silica (D) mg/l D = Dissolved Analysis - submit filtered sample
Sulfate (D) mg/1
El Specific Cond. UMHOS/cm
GW-54 Revised 10/1/80 White copy - Headquarters Pink copy - Region Yellow copy - Lab

Y . DEPARTMENT OF NATURAL RESOUR--- LAB NUMBER
& COMMUNITY DEVELOPMENT
QUAD NO. SERIAL N0. DEM DATE REC'D
REPORT TO: (circle one) Groundwater Field/Lab Form REC'D BY
ARO, WSRO, MRO, FRO, WaRO,
WiRO, RRO, Ahoskie FO, DATA ENTRY BY CK
OTHER DATE REPORTED
PURPOSE: (circle one) baseline, pollution monitor, -other
Date Collected - Time By Location or site .
Description of sampling point Sampled interval
Remarks
(pumping time, air temp, etc.)
Field Analysis By: Lat. Long.
PH Spec. Cond. Temp. oC Odor Appearance Taste
Lab Analysis
11 Alkalinity to pH 4.5 mg/l OAg-Silver (D) ug/l 11 BOD mg/l
Alkalinity to pH 8.3 mg/l E]Al-Aluminum (D) ug/l COD mg/1
Carbonate mg/l E]Ba-Barium (D) ug/l Coliform (Fecal MF) /100m1
Bicarbonate mg/l F—]Ca-Calcium (D) mg/1 Coliform (total MF) /100ml
PH value (when analyzed) units OCd-Cadmium (D) ug/l TOC mg/1
Arsenic (D) ug/l QCr-Chroiit um (D) ug/1 Turbidity NTU
Carbon dioxide mg/1 OCu-Cooper (D) ug/1 Ammonia (as Nitrogen) (D) mg/l
Chloride (D) mg/l F-�Fe-Iran (D) ug/l Kjeldahl (as Nitrogen) (D) mg/l
0 Color (True) units ❑Hg-Mercury (D) ug/1 Nitrate + Nitrite (as Nitrogen) (D) mg/1
Cyanide mg/1 [:]Li-Lithium (D) ug/l El Phosphorus, total as P(D) mg_/l
❑ Dissolved solids (D) mg/l DMg-Magnesium (D) mg/1
Other Analyses:
Fluoirde (D) mg/l OMn-Manganese(D) ug/1
Hardness (as CaCO3) (D) mg/l EjNa-Sodium (D) mg/1
❑ Hardness (non-carbonate) (D) mg/l Ej'P -Lead (D).. ug/l
F-IMBAS (D) mg/l D An-Zinc (D) - u /l
Phenol (D) ug/1
silica (D) mg/l D = Dissolved Analysis - submit filtered sample
El Sulfate (D) mg/1
Specific Cond. UMHOS/cm
GW-54_.Revised 10/l/80 White copy - Headquarters Pink copy - Region Yellow copy - Lab

;�Duay 1 DEPARTMENT OF NATURAL RESOURC LAB NUMBER
& COMMUNITY DEVELOPMENT DATE REC'D
QUAD NO. SERIAL NO. DEM
REPORT TO: (circle one) Groundwater Field/Lab Form REC'D BY
ARO, WSRO, MRO, FRO, WaRO, _
WiRO, RRO, Ahoskie FO, DATA ENTRY BY - CK
OTHER DATE REPORTED
PURPOSE: (circle one) baseline,' pollution monitor,' other
Date Collected -'ri Time By Location or site
Description of sampling point Sampled interval
Remarks ISDas6 Qej
(ptEmping time, air temp, etc. )
Field Analysis By: Lat. ll Long.
PH Spec. Cond. V Temp. oC Odor Appearance Taste
Lab Analysis
Alkalinity to pH 4.5 mg/l [-]Ag-Silver (D) - . ug/1 ❑BOD mg/l
Alkalinity, hydroxide mg/1 E]A1-Aluminum (D) ug/1 COD mg/1
Carbonate mg/l E]Ba-Barium (D) ug/l El Coliform (Fecal MF) /100ml
❑ Bicarbonate mg/l 11Ca-Calcium (D) mg/1 11 Coliform (total MF) /100ml
❑ pH value (when analyzed) units E]Cd-Cadmium (D) ug/1 0 TOC mg/1
Arsenic (D) ug/l ❑Cr-Chromium (D) ug/l ❑Turbidity NTU
Carbon dioxide mg/1 E]Cu-Conner (D) ug/1 El Ammonia (as Nitrogen) (D) mg/l
Chloride (D) mg/1 E]Fe-Iron (D) ug/1 D Kj eldahl (as Nitrogen) (D) mg/l
Color (True) units11 Hg-Mercury ug/l Nitrate + Nitrite (as Nitrogen) (D) mg/1
Cyanide mg/1 oLi-Lithium (D) ug/1 Phosphorus, total as P(D) mg/1
Dissolved solids (D) mg/l ❑Mg-Magnesium (D) mg/1
Other Analyses:
[—] Fluoride (D) mg/1 ❑Mn-Manganese(D) ug/1
Hardness (as CaCO3) (D) mg/1 Na-Sodium (D) mg/1
Hardness (non-carbonate) (D) mg/l Pb-Lead (D) ug/1
MBAS (D) mg/1 F-]Zn-Zinc (D) ug/1
Phenol (D) ug/1 K-Potassium (D) mg/1
Silica (D) mg/1
Sulfate (D) mg/1
Specific Cond. UMHOS/cm D = Dissolved Analysis - submit filtered sample
GW-54 Revised 10/1/80 White copy - Headquarters Pink copy - Region Yellow copy - Lab

r-ou TT N.C. DEPARTMENT OF NATURAL RESOURCES LAB NUMBER
QUAD NO. & COMMUNITY
DEDEVELOPMENT DATE REC'D
SERIAL NO,
REPORT TO: (circle one) Groundwater Field/Lab Form REC'D BY -
ARO, WSRO, MRO, FRO, WaRO, DATA ENTRY BYCK
WiRO, RRO, Ahoskie FO, -
OTHER DATE REPORTED -
PURPOSE: (circle one) baseline„pollution monitor, other
Date Collected Time By Location or site
Description of sampling point y Sampled interval
Remarks._ i__^
(pumping time, air temp, etc. )
Field Analysis By: ­-,Lat. Long.
pH Spec. Cond. 1a$Temp. oC Odor Appearance Taste
Lab Analysis
Alkalinity to pH 4.5 mg/1 EAg-Silver (D) ug/1 BOD mg/1
Alkalinity to pH 8.3 mg/1 DAl-Aluminum (D) ug/l COD mg/1
Carbonate mg/1 E]Ba-Barium (D) ug/l Coliform (Fecal MF) /100ml
Bicarbonate mg/1 E]Ca-Calcium (D) mg/l QColiform (total MF) /100ml
0 PH value (when analyzed) 4 units OCd-Cadmium (D) ug/l TOC mg/l
Arsenic (D) u /l oCr-Chromium (D) ug/1 Turbidity NTU
Carbon dioxide Mg/1 E]Cu-Cooper (D) ug/1 Ammonia (as Nitrogen) (D) m /l
Chloride (D) i ma/1 OFe-Iron (D) ug/1 0 Kjeldahl (as Nitrogen) (D) m /l
Color (True) units Hg-Mercury (D) ug/l Nitrate + Nitrite (as Nitrogen) (D) mg/l
Cyanide mg/1 []Li-Lithium (D) ug/l Phosphorus, total as P(D) mg/1
Dissolved solids (D) mg/l 0Mg-Magnesium (D) mg/1 Other Analyses:
Fluoirde (D) mg/l E]Mn-Manganese(D) ug/l
Hardness (as CaCO3) (D) mg/1 Na-Sodium (D) mg/1
Hardness (non-carbonate) (D) mg/l 0 Pb-Lead (D) ug/1
MBAS (D) mg/111 An-Zinc (D) ug/1
Phenol (D) ug/l
Silica (D) mg/l D = Dissolved Analysis - submit filtered sample
0 Sulfate (D) mg/l
Specific Cond. UMHOS/cm
GW-54 Revised 10/1/80 White copy - Headquarters Pink copy - Region Yellow copy - Lab

F. N.C. DEPARTMENT OF NATURAL RESOURCES LAB NUMBER
& COMMUNITY DEVELOPMENT
QUAD NO. SERIAL N0. DEM DATE REC'D
REPORT TO: (circle one) Groundwater Field/Lab Form REC'D BY
ARO, WSRO, MRO, FRO, WaRO, DATA ENTRY BY CK
WiRO, RRO, Ahoskie FO,
OTHER DATE REPORTED
PURPOSE: (circle one) baseline, pollution monitor, other Z41
f'
Date Collected L.- Time By Location or site
Description of sampling point__:_ Sampled interval
Remarks
(pumping time, air temp, etc.)
Field Analysis By: Lat. Long.
pH Spec. Cond. Temp. oC Odor Appearance Taste
Lab Analysis
Alkalinity to pH 4.5 L `i m /1 ❑Ag-Silver (D) ug/l 0 SOD mg/l
0 Alkalinity to pH 8.3 mg/1 E]Al-Aluminum (D) ug/1 0 COD mg/1
❑ Carbonate '4 1 mg/1 OBa-Barium (D) ug/l ❑ Coliform (Fecal MF) /100ml
Bicarbonate 1 3 3 ma/1 nCa-Calcium (D) mg/1 Coliform (total MF) /100ml
pH value (when analyzed) f. units EICd-Cadmium (D) ug/1 TOC mg/1
❑ Arsenic (D) ug/1 Cr-Chromium (D) ug/1 Turbidity NTU
Carbon dioxide mg/l 0Cu-Cooper (D) ug/1 Ammonia (as Nitrogen) (D) mg/l
Chloride (D) t ma/1 El Fe-Iron (D) ug/1 ❑ Kjeldahl (as Nitrogen) (D) mg/1
Color (True) units ❑Hg-Mercury (D) ug/1 Nitrate + Nitrite (as Nitrogen) (D) mg/1
Cyanide mg/1 ELi-Lithium (D) ug/1 Phosphorus, total as P(D) mg/1
n Dissolved solids (D) ^'. ifs mg/1 DMg-Magnesium (D) mg/1 Other Analyses:
Fluoirde (D) mg/l []Mn-Manganese(D) ug/1
oHardness (as CaCO3) (D) �'`;�;� mg/l EI Na-Sodium (D) mo/l
Hardness (non-Carbonate) (D) mg/l 1-1 Pb-Lead (D) ug/1
MBAS (D) mg/1 F-]An-Zinc (D) ug/1
Phenol (D) ug/1
Silica (D) mg/1 D = Dissolved Analysis - submit filtered sample
Sulfate (D) mg/1
Specific Cond. UMHOS/cm
GW-54 Revised 10/1/80 White copy - Headquarters Pink copy - Region Yellow copy - Lab

DEPARTMENT OF NATURAL RESOUF-- _ LAB NUMBER
h0.y,� / - & COMMUNITY DEVELOPMENT
QUAD ' y�. SERIAL NO. DEM DATE REC'D i
REPORT TO: (circle one) Groundwater Field/Lab Form REC'D BY
ARO, WSRO, MRO, FRO, WaROr DATA ENTRY BY CK ._
WiRO, RRO, Ahoskie F0,
OTHER DATE REPORTED
PURPOSE: (circle one) baseline, pollution monitor? other, -
I
Date Collected , ! Time , / By J. „ n_: ! n L�'P Location or site
Description of sampling point 14 )p11 x W P f Sampled interval
Remarks
(pumping time, air temp, etc.)
Field Analysis By: Lat. Long.
pH Spec. Cond. Temp. oC Odor Appearance Taste
Lab Analysis
Alkalinity to pH 4.5 mg/l OAg-Silver (D) ug/1 BOD m /l
Alkalinity to pH 8.3 mg/l FlAl-Aluminum (D) uq/l FICOD mg/1
Carbonate mg/1 EBa-Barium (D) ug/l ❑ Coliform (Fecal MF) /100ml
❑ Bicarbonate m /l OCa-Calcium (D) mg/1 ❑Coliform (total MF) /100ml
H value (when analyzed) units OCd-Cadmium (D) ug/l ❑TOC m /l
Arsenic (D) u /1 a"tr-Chro ium ( :,, `.' :_.- ug/l PTurbidity NTU
Carbon dioxide mg/1 F�Cu-Cooper (D) ug/l Ammonia (as Nitrogen) (D) mg/1
Chloride (D) m /l Fe-Iron (D) ug/l �K eldahl (as Nitrogen) (D) mg/1
❑ Color (True) units Ogg-Mercury (D) ug/1 Nitrate + Nitrite (as Nitrogen) (D) mg/1
Cyanide mg/1 E]Li-Lithium (D) ug/1 El Phosphorus, total as P(D) m /l
Dissolved solids (D) mg/1 EMg-Magnesium (D) mg/l Other Analyses:
Fluoirde (D) mg/1 E]Mn-Manganese(D) ug/l _j\j,CAI
Hardness (as CaCO3) (D) mg/1 Na-Sodium (D) mg/1
Hardness (non-Carbonate) (D) mg/l Pb-Lead 04 U ug/l
❑ MBAS (D) mg/l EJAn-Zinc (4-1 '-/.-J ug/1 '
Phenol (D) ug/l
Silica (D) mg/1 D = Dissolved Analysis - submit filtered sample
El Sulfate (D) mg/l
Specific Cond. UMHOS%cm
GW-54 Revised 10/l/80 White copy - Headquarters Pink copy - Region Yellow copy - Lab

COU'Viy .. DEPARTMENT OF NATURAL RESOU] LAB NUMBER
& COMMUNITY DEVELOPMENT
QUAD NO. - SERIAL NO. DEM DATE REC'D
REPORT TO: (circle one) Groundwater Field/Lab Form REC'D BY
ARO, WSRO, MRO, FRO, WaRO, DATA ENTRY BY CK
WiRO, RRO, Ahoskie FO,
OTHER DATE REPORTED
PURPOSE: (circle one) baseline, •:pollution monitor, other
Date Collected Time By Location or site -
Description of sampling point Sampled interval
Remarks L
(pumping tim ,E air temp, etc. )
Field Analysis By: Lat. Long.
pH Spec. Cond. Z Temp. oC Odor Appearance Taste
Lab Analysis
Alkalinity to pH 4.5 mg/1 E]Ag-Silver (D) - ug/1 FIBOD mg/1
Alkalinity, hydroxide mg/1 EAl-Aluminum (D) ug/1 ❑ COD mg/1
Carbonate mg/1 E]Ba-Barium (D) ug/l Coliform (Fecal MF) /100ml
11 Bicarbonate mg/1 [--]Ca-Calcium (D) mg/1 Coliform (total MF) /100ml
pH value (when analyzed) units EICd-Cadmium (D) ug/1 TOC mg/1
Arsenic (D) ug/1Cr-Chromium (D) ug/1 ❑ Turbidity NTU
Carbon dioxide mg/1 ECu-Copper (D) ug/1 Ammonia (as Nitrogen) (D) mg/l
Chloride (D) mg/1 a Fe-Iron (D) ug/1 E Kjeldahl (as Nitrogen) (D) mg/l
ElColor (True) units ❑Hg-Mercury ug/1 Nitrate + Nitrite (as Nitrogen) (D) mg/1
Cyanide mg/1 11 Li-Lithium (D) ug/1 Phosphorus, total as P(D) mg/1
Dissolved solids (D) mg/1 [:]Mg-Magnesium (D) mg/1 Other Analyses:
Fluoride (D) mg/1 []Mn-Manganese(D) ug/1
Hardness (as CaCO3) (D) mg/1 ENa-Sodium (D) mg/1
Hardness (non-carbonate) (D) mg/l F-1Pb-Lead (D) ug/1
MBAS (D) mg/1 7Zn-Zinc (D) ug/1
Phenol (D) ug/1 K-Potassium (D) mg/1
❑ Silica (D) mg/1
Sulfate (D) mg/1
Specific Cond. UMHOS/cm D = Dissolved Analvsis - submit filtered sample
GW-54 Revised 10/1/80 White copy - Headquarters Pink copy - Region Yellow copy - Lab

COLT'Y N.C. DEPARTMENT OF NATURAL RESOURCES LAB NUMBER
& COMMUNITY DEVELOPMENT
QUAD NO. SERIAL NO, DEM DATE REC'D
REPORT TO: (circle one) Groundwater Field/Lab Form REC'D BY
ARO, WSRO, MRO, FRO, WaRO,
WiRO, RRO, Ahoskie F0,
DATA ENTRY BY CK
OTHER DATE REPORTED
PURPOSE: (circle one) baseline, pollution monitor, other
Date Collected Time By Location or site
Description of sampling point Sampled interval
Remarks Lw te ni `pvs
(pumpiA g time, air temp, etc. )
Field Analysis By: Lat. Long.
pH Spec. Cond. 2 3 10jZ Temp. oC Odor Appearance Taste
Lab Analysis
Alkalinity to pH 4.5 mg/1 ElAg-Silver (D) ug/l HOD m /l
Alkalinity to pH 8.3 mg/1 OA1-Aluminum (D) ug/1 ❑ COD mg/l
Carbonate mg/1 11Ba-Barium (D) ug/l Coliform (Fecal MF) /100ml
Bicarbonate m /l oCa-Calcium (D) m /l Coliform (total MF) /100ml
H value (when analyzed) units 0Cd-Cadmium (D) u /1 TOC ma/l
Arsenic (D) u /1 ECr-Chromium (D) ug/l Turbidity NTU
Carbon dioxide mg/1 E]Cu-Cooper (D) ug/l Ammonia (as Nitrogen) (D) mg/l
Chloride (D) mg/l 0Fe-Iron (D) ug/l ❑Kjeldahl (as Nitrogen) (D) ma/l
Color (True) r units DHg-Mercury (D) ua/l Nitrate + Nitrite (as Nitrogen) (D) m /l
Cyanide mg/1 7Li-Lithium (D) ug/1 0 Phosphorus, total as P(D) mg/1
Dissolved solids (D) ma/1 El Mg-Magnesium (D) mg/l Other Analyses:
❑ Fluoirde (D) mg/1 oMn-Manganese(D) ug/l
Hardness (as CaCO3) (D) mg/l [�]Na-Sodium (D) mg/1
Hardness (non-carbonate) (D) mg/l El Pb-Lead (D) ug/l
F-IMBAS (D) m /l F-1An-Zinc (D) ug/1
Phenol (D) u /1
Silica (D) mg/1 D = Dissolved Analysis - submit filtered sample
Sulfate (D) mg/l
Specific Cond. UMHOS/cm
GW-54 Revised 10/1/80 White copy - Headquarters Pink copy - Region Yellow copy - Lab

IMMSG PRINT : YES NETWORK COMMUNICATIONS TIME 10 : 29 02/24/81
TO : FROM : ASHEVILL.E REG. OFFICE NRC*NRT95
SCREEN HAS BEEN SUCCESSFULLY TRANSMITTED
ATTENTION : ROY M. DAVIS PER TF_.LCON EARLIER THIS A.M. , THE FOLLOWING
IS A DRAFT LETTER RE CRANSTON PRINT WORKS COMPANY.
MR. RICHARD A. VIEWED, RESIDENT MANAGER
CRANSTON PRINT WORKS COMPANY
FLETCHER, NORTH CAROLINA 2B732
WASTE DISPOSAL WELLS
CRANSTON PRINT WORKS COMPANY
HENDERSON COUNTY, NORTH CAROLINA
DEAR MR. VIEWEG :
IN OUR MEETING ON FEBRUARY 13, 1981 , WITH YOU AND OTHER REPRESENTATIVES
OF THE CRANSTON PRINT WORKS COMPANY, IT WAS DE:.CIDED THAT THE WASTE-DISPOSAL
WELL PROBLEM ON YOUR PROPERTY SHOULD BE HANDLED IN TWO PHASES : ( 1 ) A FIRST
PHASE TO DETERMINE THE EXTENT OF ANY MIGRATION INTO THE: WATER-TABLE OF
POTENTIAL_ POLLUTANTS FROM THE DISPOSAL WELLS; AND (2) A SECOND PHASE CONSISTING
OF ANY CLEANUP AND GROUNDWATER MONITORING REQUIREMENTS THAT ARE NECESSARY.
THE FIRST PHASE WOULD BE TO CONTACT AN ENGINE..ERING FIRM EXPERIENCED IN
SOIL.. TEST WORK TO CONSTRUCT TEMPORARY UNCAS'IED TEST HOLES FOR THE COLLECTION
MORE.. TO COME ON SCREEN TWO
IMMSG PRINT : YES NETWORK COMMUNICATIONS TIME 10 : 43 02/24/81
TO : FROM : ASHEVILLE REGIONAL.. OFF. NRC*NRT95
SCREEN HAS BEEN SUCCESSFULLY TRANSMITTED
ATTENTION : ROY M. DAVIS THE FOLLOWING IS SCREEN TWO OF LETTER TO CRANSTON
PRINT WORKS
OF SOIL AND WATER SAMPLES AROUND THE PERIMETER OF THE DISPOSAL WELLS. THE
LOCATION OF THESE TEST BORINGS WOULD BE DEi.TERMINED BY THE DIVISION OF'
ENVIRONMENTAL MANAGEMENT ' S ASHEV7:1._LE REGIONAL OFFICE.. WHEN THE ENGINEERING
FIRM IS ON THE SITE AND READY TO START TESTING. CHANGES MAY BE MADE IN THE
TEST SITE LOCATIONS AS INFORMATION IS BEING GATHERED ON THE: SOILS OR SPECIFIC
CONDUCTANCE WHICH IS AN INDICATOR OF THE: DISSOLVED SOLIDS CONTENT OF THE WATER
IN THE TEST HOLES.
IN MY ESTIMATION, AT LEAST TEN TEST HOLES WOULD BE:. NECESSARY A7 DEPTHS
OF 20 TO 30 FEET TO DETERMINE THE MIGRATION OF ANY POLLUTANTS. THE: TEST HOLE
NEAREST THE CENTER OF THE DISPOSAL AREA SHOULD GO TO BEDROCK DEPTH OR AUGUR
REFUSAL.
THE PURPOSE OF THE SOIL TESTS WOULD BE TO DETERMINE. THE DEPTHS AT WHICH
CHANGES IN THE SOILS CHARACTERISTICS MAY AFFECT VERTICAL AND LATERAL MOVEMENT'
OF ANY POLLUTANTS. ALSO, SOME SAMPLES OF THESE. SEDIMENTS WILL BE ANALYZED FOR
THEIR HEAVY METAL.. CONTENT TO DE:TE:RMINE THE AMOUNT THEY HAVE ABSORBED.
MORE TO COME ON SCREEN THREE
IMMSG PRINT : YES NETWORK COMMUNICATIONS TIME 10 : 54 02/24/81
TO : FROM : ASHEVILL..E REG. OFFICE NRC:*NRT95
SCREEN HAS BEEN SUCCESSFULLY TRANSMITTED
ATTENTION : ROY M. DAVIS SCREEN THREE OF LETTER TO CRANSTON PRINT WORKS
SPECIFIC CONDUCTANCE TESTS WILL_ BE MADE AT FIVE FOOT INTERVALS, IF
POSSIBLE, DURING THE BORING PROCESS. SINCE THE: NATURALLY OCCURRING GROUND_
WATERS IN THE AREA HAVE A SPECIFIC CONDUCTANCE OF GENERALLY LESS THAN 200
MICROMHOS, A VALUE MUCH GREATER THAN THIS WOULD INDICATE. POSSIBLE POLLUTANT

imm zmuumv rmmn, uu"siJ1iNu ur 1mm HNHL ! sis ur 1mm mmauu1J rnr_Vluuau1
OPTAIINE.0, COULD NOW BE INITIATED TO DETERMINE WHAT STEPS WOULD BE NECESSARY
IN THE CLEANUP OPERATION AND WHAT GROUNDWATER MONITORING WOULD BE REQUIRED.
I1= YOU HAVE ANY FURTHER QUESTIONS, PLEASE DO NOT HESITATE TO CONTACT ME.
SINCERELY,
DON LINK
REGIONAL_ HYDROLOGIST
CC :
END OF LETTER

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Intertayered cataclastic rocks with tess than 35 percent phyliosilicate / Ehg i i \ 2^
minerals. /r .
Porphyroclastic mylonfte is light gray,greenish gray,and medium to
dark gray.Porphyroclasts are mostly microcline,rounded to lenticu-
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minor amounts of opaque minerals. =r. - j• yl
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Ultramyfonite is gray to greenish gray,very fine grained to aphanitic;
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uttramylonite is very sin..taf to porphyroclastic mylonite. "-'� ,�' r6 cg
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TABLE 1 '
CHEMICAL ANALYSES OF GROUNDWATER SAMPLES FROM
BORE HOLES ON THE PROPERTY OF CRANSTON PRINT WORKS
Bore Hole No. - B1 B2 B2 B2 B2 B3 B3 B3 B3 B3
Depth Sampled Feet 10 10 15 25 31 10 15 20 25 26
Date Sampled 4-27-81 4-28-81 4-28-81 4-28-81 4-28-81 4-28-81 4-28-81 4-28-81 4-28-81 4-28-
pH 6.6 _6.3 - 7.2 7.2 10.4 8.4 7.5 7.1 7.0
Chloride (mg/1 ) 14 11 12 8 7 - 56 31 4 5
Dissolved Solids (mg/1 ) 319 233 '216 146 106 - - 252 - -
Specific Conductance (uMhos) 600 315 295 200 180 1300 1125 600 160 175
Silver (ug/1 ) <50 <50 <50 <50 - - - - <50 <50
Aluminum (ug/1 ) 1100 <100 200 - - - - - 1100 -
Barium (ug/1 ) <1000 <1000 - - - - - <1000 -
Calcium (mg/1-) 40 - - - - - - - - -
Cadmium (ug/1) <50 <50 <50 <50 <50 - - - <50 <50
Chromium, Total (ug/1 ) <50 <50 <50 <50 <50 14,000 120 100 <50 <50
Copper (ug/1 ) 50 <40 <40 <40 - - - -
<40 <40
Iron (ug/1 ) 10,000 1100 - - _ _ _ - 18,000 -
Lead (uo/1 ) <100 <100 <100 <100 <100 - - <100 <100 <100
Magnesium (mg/1 ) 10 - - - - - - - -
Manganese (ug/1 ) 1500 740 - - - - - - 400 -
Potassium (mg/1 ) 3.2 - - - - - - - - -
Sodium (mg/1 ) 62 - - - - - - - - -
Zinc (ug/1 ) <50 <50 <50 <50 <50 - - - <50 <50

TABLE 1 (CONTINUED)
CHEMICAL ANALYSES OF GROUNDWATER SAMPLES FROM
BORE HOLES ON THE PROPERTY OF CRANSTON PRINT WORKS
Bore Hole No. B4 B4 B4 B5 B5 B5 B6 B6 B6 B7 B7
Depth Sampled Feet 10 15 20 10 15 20 10 15 20 10 20
Date Sampled 4-28-81 4-28-81 4-28-81 4-28,81 4-28-81 4-28-81 4-29-81 4-29-81 4-29-81 4-29-81 4-29
pH 6.6 6.6 7.2 6.5 6.6 6.7 6.3 6.6 ' 6.6 6.5 6.5
Chloride (mg/1 ) 3 4 8 9 8 3 2 2 1 6 7
Dissolved Solids (mg/1 ) 1'19 113 148 207 204 169 150 150 224 208 288
Specific Conductance (uMhos) 165 205 225 430 470 205 90 80 110 350 360
Silver (ug/1 ) - <50 - <50 <50 <50 <50 <50 <50 <50 <50
Aluminum (ug/1 ) - - - 100 300 8000 500 - 1000 1200 400
Barium (ug/1 ) - - - <1000 <1000 <1000 <1000 - <1000 <1000 <1000
Calcium (mg/1) - - - - - - - - - - -
Cadmium (ug/1 ) - <50 - <50 <50 <50 <50 <50 <50 <50 <50
Chromium (ug/1 ) <50 <50 <50 <50 <50 <50 <50 <50 <50 <50 <50
Copper (ug/1 ) - <50 - <40 <40 <40 <40 <40 - <40 <40
Iron (ug/1 ) - - - 8000 - 15,000 1000 - - 4800 2200
Lead (ug/1 ) <100 <100 <100 <100 <100 <100 <100 <100 <100 <100 <100
Magnesium (mg/1 ) - - - - - - - - - - -
Manganese (ug/1 ) - - - 1600 570 270 1200 - 260 1100 1400
Potassium (mg/1 ) - - - - - - - - - - -
Sodium (mg/1 ) - - - - - - - - - - 40
Zinc (ug/1 ) - <50 - <50 <50 <50 <50 <50 <50 <50 <50

TABLE 1 (CONTINUED)
CHEMICAL ANALYSES OF GROUNDWATER SAMPLES FROM
BORE HOLES ON THE PROPERTY OF CRANSTON PRINT WORKS
Bore Hole No. B8 B8 B8 B9 B9 B9 BID B10 B10 B11
Depth Sampled Feet 10 15 20 10. 15 20 10 15 20 10
Date Sampled 4-29-81 4-29-81 4-29-81 4-29-81 4-29-81 4-29-81 4-29-81 4-29-81 4-29-81 4-29-
pH 10.5 9.6 8.2 6.4 6.9 - 6.5 - 6.8 -
Chloride (mg/1 ) - - - 3 - - 10 - - -
Dissolved Solids (mg/1 ) - - - - - - 312 - - -
Specific Conductance (uMhos) 1150 1400 700 100 175 110 440 210 160 90
Silver (ug/1 ) - - - <50 - - <50 - - -
Aluminum (ug/1 ) - - - - - - 100 - - -
Barium (ug/1 ) - - - - - - <1000 - - -
Calcium (mg/1 ) - - - - - - - - - -
Cadmium (ug/1 ) - - - <50 - - <50 - <50 -
Chromium, Total (ug/1 ) 11,000 9600 510 <50 <50 300 <50 <50 <50 -
Copper (ug/1 ) - - - 40. - - <40 - - -
Iron (ug/1 ) - - - - - - 20,000 - - -
Lead (ug/1 ) <100 <100 - <100 <100 <100 <100 <100 <100 -
Magnesium (mg/1 ) - - - - - - - - - -
Manganese (ug/1 ) - - - - - 1800 - - -
Potassium (mg/l)_ - - - - - - - - -
Sodium (mg/1 ) - - - - - - - - - -
Zinc (ug/1 ) - - - <50 - - <50 - <50 -

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TABLE •2
CHEMICAL ANALYSES OF THE SUPERNATE IN THE WASTE
INJECTION 14ELLS AT CRA,NSTON PRINT WORKS BEFORE
AND AFTER REMOVAL OF THE CHROME WASTE
Well A Well A Well B Well B Well C Well C
Parameter (2-6-81) (4-29-81) (2-6-81) (4-29-81) (2-6-81) (4-29-81).
Alkalinity (mg/1 ) ' 109 - 126 - 285 -
Carbonate (mg/1 ) <1 - <1 - <1 -
Bicarbonate (mg/1 ) 133 - 154 - 347 -
pH 7.6 7.3 8.0 8.8 6.2 7.9
Chloride (mg/1 ) 270 3 510 224 1700 11
Dissolved Solids (mg/1 ) 1010. 181 2620 1250 7990 365
Hardness as CaCO3 (mg/1 ) 82 - 240 - 320 -
Non-Carbonate Hardness (mg/1 ) <1 - 110 - 35 -
Specific Conductance (uMhos) - 230 - 1700 - 450
Silver (ug/1 ) - <50 - <50 - <50
Aluminum (ug/1 ) - 200 - 400 - 1300
Barium (ug/1 ) - <1000 - <1000 - <1000
Calcium (mg/1 ) - 16 - 22 - 17
Cadmium (ug/1 ) - <50 - <50 - <50
Chromium, Total (ug/1 ) 6800 <50 98,000 5800 15,000 140
Chromium, Hexavalent (ug/1 ) ' 1900 - 22,000 - <50 -
Copper (ug/1 ) - 110 560 - 590
Iron (ug/1 ) - 1300 - 400 - 1000
Lead (ug/1 ) 1300 <100 36,000 <100 3300 <100
Magnesium (mg/1 ) - 2.4 - 2.4 - 2.0
Manganese (ug/1 ) - 830 - 70 - 200
Nickel (ug/1 ) <100 - <100 - 100 -
Potassium (mg/1 ) - 2.2 - 14 - 4.2
Sodium (mg/1 ) - 43 - 420 - 84
Zinc (ug/1 ) 90 <50 350 <50 320 <50

,z SPECIALIZING IN ENVIRONMENTAL ANALYSIS
231 ELM STREET
(( WARWICK, RA 02886
. GC11 MAN �y PHONE. [phone]
CERTIFICATE OF ANALYSIS
REPORTTO.
Cranston Print 19orks Company DATERECEIVED 10L/80
1381 Cranston Street OATEREPORTED 11/7/80
Cranston , R. 1 . 02920 PURCHASE" ORDER I Verbal
Attn : Mr. Paul Pothier RJA.L.INVII 4354
SAMPLE DESCRIPTION Three (3) Sludge Sample
Per your request , subject samples have been analyzed by
our laboratory with the following results:
SAMPLE RESULTS (Total Chromium)
Sludge A 0. 18 mg/1
Sludge B 0. 06 mg/l
Sludge C 0.46 mg/1 .
Note : Analysis performed in accordance with "Characteristic
of EP Toxicity" , Federal Register, Vol . 45, No. 98,
Monday, May 19, 1980.
If you have any questions regarding this work or if we may
be of further assistance, please contact us.
APPROVED BY
Ant . Perrotti

suBjrcT SHEET NO. ...............OF.............
CHKD. BY .............DATE ............... ...... JOB NO. ......................................
......................................................... .......WMAIS.................... .......................................... ............... ............................ ......
Hole-
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- North Carolina Department of Natural
x . Resources &Community Development .
James B. Hunt, Jr., Governor Howard N. Lee, Secretary
DIVISION OF ENVIRONMENTAL MANAGEMENT
ENVIRONMENTAL OPERATIONS SECTION
February 11, 1981
Mr. Richard A. Vieweg, Resident Manager
Cranston Print Works Company
Fletcher, North Carolina 28732
Subject: Waste Disposal Wells
Cranston Print Works Company
Henderson County, North Carolina
Dear Mr. Vieweg:
It was recently brought to our attention that Cranston Print Works
Company at its Fletcher, North Carolina location has made use of wells
for purposes of underground waste disposal . This is to inform you that
North Carolina General Statute 143-214.2(b) prohibits the discharge of
any waste to the groundwaters of this State by means of wells.
Cranston Print Works Company is to immediately cease the use of
wells for waste disposal in this State. The matter of groundwater
monitoring, clean-up or other actions to be taken by the Company in
this matter will be discussed during the February 13, 1981 meeting
in the Asheville Regional Office involving representatives of Cranston
Print Works Company and the Division of Environmental Management. The
Company should do nothing toward abandonment or destruction of its
three (3) waste disposal wells at this time as they may play a part
in future clean-up or monitoring activities.
Sincerely,
Don Link
Regional Hydrologist
DL:ar
cc: Mr. Marshall Rackiey
Mr. Lee Laymon
Mr. Bill Myers
Mr. .R. L. Gaffney
Mr. Ted Meet
Mr. Heath P. Dobson
Asheville Regional Office Interchange Building, 159 woodfin Street,P.O.Box 370,Asheville,N.C.28801 Telephone [phone]

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ATTACHMENT I `

IProposed
J New
1 Treatment
I Area I
B-7 Existing Pond
AIL
B-5
B-10 B-2
O Existing
Pond
B-8 B-3
B-6 B-11
B-1 Existin
B-9 O Buildin
B-4
North
Existing
Road
Legend Project
Location of Boreholes Cranston Print Works
O Existing Wells Fletcher, North Carolina
Job No. '472-15040'
Scale: None So'si.Sys$®ens, Inc. ��

RECORD OF SUBSURFACE-EXPLORATION
Boring
k
Project Name: Branton_Print Works i)8tB Of Boring: 4/28/81
SiI9:F7etcher. N C. Project No.: 472-15040
DESCHiPTIDM DEPTH 'ELEV. SAMPLE N MC REMARKS
SURFACE '
Firm brown fine sandy silt with. 1S5 8 i"
trace roots (alluvium) j
�.
Firm gray clayey silt with trace 5 v Groundwater
fine sand and gravel (alluvium) 2SS �5 t -�
@ 24 hrs. j.
Very firm-reddish brown slightly -
silty medium to fine sand with 35S 30
f 10
,-Very dense grayish brownish fine
sandy silt 4SS 82
'
Auger refusal 11.5
.
7
`I
-I
:9+
I
7
i '
I
1 `
I L
�l

RECORD OF SUBSURFACE EXPLORATION
Boring g--2
Project Name: Cranston Print works Date of Boring:; 4/28/81,
Site: Fletcher, N.C. Project No.: , 472-15040
DESCRIPTION DEPTH ELEV. SAMPLE N M, REMARKS
SURFACE -
Stiff gray brown fine sandy silt . 1SS .15
with trace roots (alluvium)
Soft grayish brown clayey silt 5z 17 Groundwater
2SS 4 @ 24 hrs.
with trace roots'and fine gravel
(alluvium) . --
Very firm brown%silty coarse to
fine sand with- fine gravel 10
(alluvium) 3SS 25. _
Hard to very hard yellow brown.
fine sandy silt with trace fine 15
gravel 4sS. 31
20 5SS 0/6" e
I25a 6SS 50/4"
Very dense gray silty medium.to
fine sand with .trace gravel 30
Boring terminated 30.0' . 7SS "0/5
i

RECORD OF SUBSURFACE EXPLORATION
Boring B-3EA
Project Name: Cranston Print works Date of Boring: 4/28181
Site: Fletcher, N.C. ` Project No.: •472-15040" -
DESCRIPTION DEPTH ELEV. SAMPLE N M * REMARKS
SURFACE-
- Stiff-gray clayey silt ,ith.roots "' : 15S 13
•(alluvium) .
Interbedded firm gray clayey silt v_ Groundwater
wth •fine sand and loose gray fine 5 258 8 ` @ 24 hrs.
sand with roots (alluvium) '
sir ''. .� • -., ; ... . -� - .�.. •-.
Dense brown silty coarse to .fine -
sand with gravel' (alluvium) lop3SS 41
Very dense yellow brown silty
fine sand with rock fragments 1531 4SS 50/3"
Very hard brown fine sandy silt
with rock fragments 20 5SS 0/4"
Boring terminated 24.8' 25 6SS . 0/4"

RECORD OF SUBSURFACE EXPLORATION
Boring B-4
Project Name: Cranston print works Date of Boring: 4/28/8l
'Site: Fletcher. N.C. 472=15040
DESCRIPTION DEPTH ELEV. SAMPLE N MC REMARKS
SURFACE
Soft gray clayey silt with roots.' „
(alluvium)
Groundwater
5c iSS 4 @.24 hrs.
Very firm brown-silty coarse to .fin
sandy -silt -with trace'clay 10 30
(alluvium)
Very hard yellow brown and gray 3SS 0/3"
fine sandy silt with trace clay . 15
20m 4SS 0/2"
Boring .terminated 20.2'
Y

RECORD OF SUBSURFACE EXPLORATION
Boring 11-5
Project Name: Cranston Print works Date of'Boimg: .4/28/81
Site: 'Fletcher- N:C. Project No.- 472-15040
DESCRIPTION DEPTH I ELEV. SAMPLE N Mc REMARKS
SURFACE
Firm gray-clayey silt with trace
fine sand and : roots• (alluvium)
�.. Groundwater
5' @ 24 firs.
1SS t5
Very firm reddish brown silty'"
coarse to fine sand with gravel 10
(alluvium) S 25
Very dense-gray silty coarse to,
fine sand with clay and gravel :.
(alluvium) 15. 0 35S 50/40
Very .dense brown silty medium to
fine sand with rock fragments
Boring terminated 20.V 20 1w
4§S. 50/3

RECORD OF SUBSURFACE EXPLORATION -
Boring B'-6
Project Name; ~Cranston Print works Date-of.Boring: - 4/29/81
Site: Fletcher. H.C. - Project No.: 472-15040
DESCRIPTION DEPTH ELEV. SAMPLE N Mc- - REMARKS
SURFACE
Firm grayish brown clayey silt '.
with -roots -(alluvium)
- P"- Groundwater
5 5 @' 24 hrs-.
Very firm brown ailty--coarse to =
fine sand with,-gravel (alluvium).. " "IO 2SS 50
-Bard yellow brown fine sandy. silt
1 -
` 15 .3SS 31
:Very hard brown clayey silt w t
rock fragments
Boring terminated 19.8' 20 4SS 50/3"
. •. - . ,"Y- Ewa.

nca,vnu ur auaaunrm%ar. cwrwnjnawry
Boring B-7
Project flame: Cranston Print Works - Date o}.Boring: - 4/29/81
Site: Fletcher,,N.C. PtOjectN0.:4 7 2-15 0 40
DESCRIPTION DEPTH ELEV. SAMPLE . N REMARKS
SURFACE.'
Firm gray clayey silt with trace:-
. fine sand and roots, (alluvium)
- - - 5 LL 1 S 7 Groundwater
@ 24 hrs.
Very-firm gray silty gravel with- "
medium to coarse sand (alluvium) 102 20 22
Very hard brown.fine sandy silt ,
with rock fragments 159 3S5 0/3'1
20- . 49S 0/V
Boring terminated 19.8'

_ RECORD OF SUBSURFACE EXPLORATION
Boring B—R
Project Name: Cranston Print works Date of Boring: 4/29/81
Site: Fletcher. N.C. Project No.: 472-15040
DESCRIPTION DEPTH ELEV. SAMPLE N Me REMARKS
SURFACE
Loose gray silty fine sand with
trace roots (alluvium) Groundwater
@ 24 hrs.
5 15S 6
Very stiff brown silt with trace
fine sand 10 2SS 23
Very dense brown silty fine sand „
with trace clay 15 3SS 50/4
4S5 50/4"
20
Boring terminated 20.0'

RECORD :OF'SUBSURFACE EXPLORATIOIt!
_t3orirtg B-s
Project Name: Cranston Print works Date of Boring .4/24/8i
Site:—Eletcher. N.C. Project No.: 472-45040'
DESCRIPTION DEPTH, ELEVc 'SAMPLE N Me REMARKS
SURFACE
Firm gray silty fine sand with
rock fragments (alluvium) Groundwater
24 hrs.
- . 5
Hard to very hard brown fine sandy
silt with rock fragments 10 2SS 46
i5 .3SS 50.51, - .
20 4SS 0.3"
Boring terminated 20.3' '

RECORD OF SUBSURFACE EXPLORATIOPi
Baring
Project Name:-- Cranston, Print Works' Pate OI gOrIOtJ: 4/29/81
Site Fletcher, N.C. Project No. 472=15040
S
DESCRIPTIOU 'DEPTH I ELEV. SAMPLE N Mc REMARKS
SURFACE
Firm gray clayey silt with trace
fine sand (alluvium)
Groundwater
5 1S5 8 @ 24 hrs.
Very firm brom silty coarse to
fine sand witty=trace gravel
(alluvium) '
to 29S 22
0 .
Hard to very hard brown slightly.
.sandy silt
15 JZ�
45
4SS • 50/3" . -
20
Boring terminated 20.0'

•� .. nca.vrry yr •a v.av v... r+v • = a
t iTj Boring s-11
`4129/81
TrojeCt Name: '�ranaton Print Works ' _ Date of Boring:.
':Slta:- -Fl -nher N'r Project NOTE-472=15040
- i
DESCRIPTION DEPTH -ELEV." SAMPLE N. MC REMARKS
SURFACE
Auger probe to 9.5'
• Groundwater
5 @ 24 hrs.
177 Boring tercdnated 9.5' 10

—J CLASS I HAZARDOUS WASTE ItC=CN WFJi
1 'J. �/Y7 � �� l.��J ,'IIG� rw fr'c nr?rW� (y.
f�
I. GENERAL IDENI'IFICATICN DATA
1. operating company name and address ` 1 nmen-Into Pr LJorks Co.
Telephone t7611 !c8'�-ln4 11 nx� . 105
well name/number
2. owner of well/facility n1S�np Prtt,3 t UnrkS COM*ANy
Y1pr 11 C 187S 2
3. Lccation of well H C m A e r S n IJ Fed e
County city
Address �' r2N' �e►� Pr4A Q c r k-S Ce0,oa� I4
F(
4. NPDES Permit No. 1Voae
FCRA I.D. No.
Other I.D No.
II. GENERAL WELL DATA
1. Type of facility �m-site Q off-site other
Q federal
2. Is all the hazardous waste disposed of through
injection wells generated on site? Yes ❑ No
3. Operational status Q Active Q Continuous disposal
Q Taraorarily abandoned = Intermittent
(

injection wells at this facility
6ic code
X,
6. Date welledrilled a 317 9
7. Regulatory aspects.
a) Regulation under which this well/facililty was permitted
v- YI a k- P�rM•,-4�--P�
b) Changes in State
l�regulatory requirements since well was permitted
1 1 of Y-�Ym i -liz=�
/✓c) Explanation of coordination/review affecting the control of injection
well
✓d) Ltzes the State have interim status under the RC'2Fa n program?
III. GEDLC6ICAL DATA
1. Injection and confining formations
• - a) taan,e and age
OpeN Liu Well A - t{j,
b) Injection interval(s) ; Fran wel(6 feert t ,e c_-�qVe feet.
' c) Lithology ,P1-
San+ d- ravel �vPrs er 1 T areY c 4Y aN
d) Thickness a p 4 ---,p Z +
0
e) Lithology of confining layer Np�P
f) Thickness of confining layer N A •
g) Description of local and regional geologic features considered
in siting and permitting of well f�
In 7 n �V
h) Porosity(%) effective esL rQ total esr. Z,Y4*SO1e
i) Permeability(gpd/ft )

r-
• r
= 2. Reservoir fluid data I+�e(l R L)•` +P-; ?
Wel( 83.WtPs!
,.' a) Original bottom hole pressure C. t c' 3+oc�
calculated measureG
b) Fluid chemical characteristics JL�4l G�II A. [�4eo•fs�ll8-g8,ee0 C-15,n
y�;aoo�C-33a0
5�6+ peo1C- <So
C iY 6q-17O38-51O�G- l70�
c) Physical characteristics: S.G.: 7 _
,well—A 7:o Peer �eelea,e�ay41e115
111
G1 -11 4 1olo mgl.� Pear')'c elenr�
TDS(mg/1) ' 404p,€1� 7 9 4 a 15
�- d) Canpatability tests performed w th injected fluid and results
3. Geohydrology of aquifers
a) Depth of 3,000 mg/1 'IDS water I l,,.k ran.,e,i (=4 . > l D.bOD PI
b) Depth of 10,000 mg/1 2IS water 1L •• 0•-pu � 1Ceat >lc,eee 1—
mo
c) .Direction of ground-water movement West-
d) Wells providing drinking or irrigation water within a five-mile radius
of the injection well. See table blow.
No./Nan-e incation Capacity Formation Population Type*
of 9Em Name or Served of
Well Depth Well
7:7s him e_ W �xcas5 0� lDo�we ! s
Attach map —
Attach additional table as needed. —
' single family, rural, Cmn=ity, PrS.
Prio'W4(y SIu9�'B 7At '(y supplies
e) Underground sources of drinking water(USDWs) and hydrological character-
istics of overlying and underlying strata, and injection formation.
(1) Geology of area Attach geological cross-section mar) shoainC overlvinc
and underl inn strata, and in ection formation.
4

- 4.-
(2) USLW description Use table below.
Nare/' Depth Thickness Total Dissolved Hydraulic gradient
` Formation ft. ft. Solids (TDS) (with direction)
Attach additional table as needed.
s,
NOTE: Information is for all USDWs penetrated by the well, or within
a ore--mile radius, or within two hundred feet below the well
- injection zone.
IV. WELL DESIGN AND CONST13=C N
1. Total well depth (ft)b►el(B-9' Surface elevation (ft) ASL
k0l e, y 5'
2. Casing and tubing:
Hole Size(in.) Pipe Size(in. ) Thickness(in. ) Depth Set ft.) Grade
casing WeJ 7 '+ �'�a 'r,D _ se7
Welic .5 �+ 'f10" I•D. 3" L4.5'
wing A
other NA
Tubing material )/,�
3. Cementing program Pine Size(in. ) Cementing
interval
u,u k• f'ran uu9.ft. to U-N ft.
Amount of cEment(sacks) -atik Tvpe(API) U , _ Additives UAik_
4. Packer: Type N n P Depth
material
5. Logging and coring program o Ne

- 5 -
6. Canpletion data: Oren hole 0 Perforated Q Screened (�
Stimulation Interval(s)_ bPeti+ F.. J We(I q _ !0�e71_B -4�Wellc-14,
7. Area of review at time of permit issuance.
,r
a) No. and types of wells penetrating disposal zone in ACt
b) No. of dells plugged/abandoned in ACR
S. Surface facilities - RCRA/NPDES programs.
a) Description of surface facility under the RCRA program /�)683�
b) Description of ground-water monito r RCRA progrEm
C Re'rc�os cfiC .0 pep'. ob�N r a
MINE Ljml-,
V. INJECTION DATA
1. Fluid characteristics.
a) Process(s) fran which waste(s) originates
b) Type(s) of all waste constituents injected CSeG Acme.,_ dN K �
c) Chemical concentrations of all wastes S+e "as,hatP
d) Ranges and variations
atPions of chemical concentrations or fluids injected.
( Se,4t"Ch d"K
e) Waste type - List the EPA four (4) digit odes associated with the
hazardous wastes that are disposed of in the injection well and
the annual voles of each(See 40 CFR Part 261 for Identification
and Listing of Hazardous Waste) .
Annual ¢uantity
Disposed of
Code in gallons
® ® ® ®
[� C7 � Cl
= M = =
. ® DOCK
Attach additional table as needed.
k1

i:f) Physical measurements: S.G. 0 '1DS Q ,pH ® Viscosity [=]
y`Yr 2. operation characteristics.
a) pate injection began 4Z�2q b) Injection.pressure(psi) q.44-
c) Injection rate(ggn) 0.013,T, d) Ar= ar fluid type
LpveruJce -�or ayear
3. Special conditions(describe) s -_
4. Preinjection treatment and charges in. Waste characteristics W—')�
e �eaS L'to rM�
VI. WELL TESTIRIG
' — 1. Listing of mechanical integrity tests, results and dates completed.
2. Listing of workovers/remedial actions/corrective actions in AOR, and
dates perfonmed at time of permit issuance. MA k3 P
i
VII. lCP1IIORLh'G REQJIP-rY—Wfl5
1. Injection fluid. (�
a) Frequency of injection fluid analysis paplo-A m
b) Use of continuous recording devices: Pressure 0
Volume/
rate [�
Annulus Q
2. monitoring wells.
a) No. of monitoring wells uses to aanitor rigrat ��f �flui' or '
water quality yy�:rn� "n a rn. . -aLj /a•j/
L1'iav�LdE- m /uV�LC
b) Parameters measured c�e� Qeoe
T_ �

c) Frequency Of sampling
' d) LDeation of•monitoring ESE
relative to ec ion we1�(geographic
and geologic) ESE e. g,.cc L P Letaap -I-
i e) Des cription1/11 of �Onitoring resultts�f//�, — A
Y} ��I _. f111.1 •, 9 dl� A rYLJIM �pil6RlY� +1L�+.� ��
yiiI.INSPEX. w AND SURVEILIANCE FOR INJD=ECN WELLS ONLY C16r,.L. na O
1. Type of inspection: Scheduled-= Periodic
2. Frequency of inspection: Monthly 0 Annual Q Other Q
3. Date of last inspection 4. Inspection agency: State [�
EPA Q
5. Type of inspection UIC Q FCRA Q NPDES Q
6. Describe data collected during inspection
7. Actions witnessed: Constcuctiai Plugging Q
Abandonment 'Operation 0
8. No. and description of emergency responses Mep me
a
9. Canplaints received about project ko r e
10. Description of canpliance record under RCRA program �nne
11. Date and circumstances of last RCRA inspection to kAhOk1R.-

IX. ACTIONS FOR DJE=ON WELITS ONLY
�1. Noncompliance Actions.
a) Well construction Q b) Well operation [_]
c) Monitoring S reporting d) Other(specify) �✓�
,j 2. Enforcement actions.
tivi� w�QQa
a) Type of action: Informal State ©�
Notice of violation
Administrative order EPA Q
Judicial �Q
b) Resolution of enforcement action ir. F, 'M fi r * iruyL
C jpr. - r LJ'jA.)C'0 I Y11n plir"TTCeu�iry
c) Other well actions
X. R&*lEDIAL A=ON
1. Remedial action performed.
a) Casing repaired/squeeze cement a
b) Tubing/packer repaired Q
c) Other reredial action
2. Des yip ion of remedial action performed in (1) above 1 d
- '
4L( 1
ed[ (Lt / S t)e1"P I/EA&Pe .Y e.r T
XI. PERMIT LJMI=ONS
1. NPDES program. l
a) NlD permit limitations on disposal well(s) : Yes No Q
b) 'Type of limitation: vblume(gpd) Pressure(psi)
Ty;�e of waste

Mass of specific constitutent(Y /day)
Monitoring ._.
sU I/ c) If specific oanstitutent is limited, explain how limi wasa„ nq
derived. ( i.e. guideline, BPr, BAT# BFJ, etc.).,
nim 2 ..U�lv,ta.Sl
f 2. 'State UIC peanit-.limitatians
I
XII. MISCELMDOUS 1 //��
1. Studies of area geology/hydrology, e 9r
etc. ne e—j s4d(�
2. Contingency(emergency) plans
j3. Safety precedures �aN� ( C Ias��/� — �ma.r, er;r✓:v R
r nn
Or QupUNcYcJa'2 er c. 12h: Iwv1 a� n �]
4. well maintenance and repairs �!�(� �, ��e� a baNdLa►'e✓
5. Futureplans l ON INUe r—!2 rter MnNrtdr-Aw
6. Financial responsibility ;

n k� � ✓ _:, ,.:irti/ t ,•.r ,.;call.
—Cane Creekrf-
r f �' . . .
r N
r r o
m
J
�
—mud Creek
/ . /A8.
- \\
m � 1
- -
,- —U.S.HWY,.25
Jv '
H �.N..�tJ•� _

y
� pp
p �0 O C O O O O O O O
j 1
—Serf Creek
i
i - I
SLUE RIDGE PARKWAY
o
I
y
1 ✓/
I
f

�1
—Carte Creek
3
'J Ci
/ m
.�. m
If / D
I f e
rl / '
rr /•/ ./ m
I
—lfud Creek '
zz
it fly
m ! i
!i = " a
-- �"Q Vf N" LP �• N_ N 4I fJ
Q O O O O O p
Or-O O O O
O O O
r t

_
\ 1�
N�, � o^e o^ u• . ��. � \ � ���� \/1�. ��t-_� � -13A31 V35
Mod \moo \ oo��� \, SW6
� e
\
ooez h
m �
u Lelunav� peg m ,005E
O
m
a
a
R
n
,c
r ;

BY .......... SUBJECT SHEET NQ. ...............UF.............
CHKO. BY .............DATE ............... ...... J013 NO. .....................................
......................................................... ..... ............................................................... .....................................................
! Maw
I Hole- 1,
1 .
Lic�uij Loy-pr
Ave r-o-cA e-
i2 71
Lo r
KIL MW�eriai a� B o41-40%
41
LL-
ro.n s o -P WoLfi--c "Dt'sposa.)

7
hole
P4ta tom'
Aole
'- !
= r
e L�aar� i Svr-�c.c� � I Frame. L�arsc-�i
CEMENT
Cc.SIN3 Gnsiwr�
I
F
d i
1 ..
I — - - - - - `
wa+er--ro,6k i f
( L i cyu i J_ ?
s i c Y er
{
6 I{ I 1

BY � 4.MtO4; I SUBJECT snot N Q. ............ ......I.......
CHKO. BY .............DATE ............... ...... JOB NO. ......................................
......................................................
......................................................
... ...............................................................
Maw
No ie-
Frce- 'Zoa rc4
L ; a
eN yer
Ave MLAe.
(5ludqc rblc�Kek)s to so'
of Well) - - - - - -
7'1
W E L L- 11V

;Ole.
MCA
n ,0
4
150 ar-CA - Sur -cam ram. - is Free. 13O rJ
t
' ( Wsizr
y t
f7 �1i' '
L L-
' } I
oil
- - ! Ea _-�=�� - - - - - _-

6- .....:.:...... ....;., ..1-0A i E .......... ........... ...... 5"L.l NU. ...............Ur......_.....
CHKD. BY .............DATE ............... ...... JOB NO. .....................................
........................ ......................... ..... ...... ZA.lk.:s.................... ........... ....... .. .....................................................
ck w
Al
(o (o
Frtf-e- -Zock rJ
m cl
Lic� uid' Lxyer
IV
s u-d ae- Layer
A v--ra�!A e-
ra 13 1 7"
41
7'10"
C- Lkc
5-mixil si-owe ON 1�30
\IV F— LL— A
T) �,Spcsol Lk

i
c�'f`i -�! ; f'
.-
{
�r
ccksOv a CAS{ T�J
i
{
Tacte
� 1 Wa•�c:r-Tables; �`
i
11 y �y
tip
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i
i
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p
p
}
4 1
L yer
�,� Small StdNe
52
aN BOi'I't3M •
WE LL- C

GROUNDWATER SECTION
DIVISION OF ENVIRONMENTAL MANAGEMENT
DEPARTMENT OF NATURAL RESOURCES AND COMMUNITY DEVELOPMENT
POTENTIAL GROUNDWATER POLLUTION SOURCE SITE DESCRIPTION ' I
REVIEW BY : 1 is DATE: $�25 W.D. PERMIT NO. ( rmiite�
TOWN: FIB+C_ er COUNTY: NeN Aer50w1
NAME OF FACILITY OR INSTALLATION: C rAw1Gt6N 'Pr% -- (>✓nrk-t nmo way
ADDRESS: C. 2 $ 73 Z TELEPHONE: �By - 6Y//
OPERATOR OR CONTACT PERSON: p6N r 1.1 rAA1sT01J�r�rJT {A�orRs C'en��a�_
ADDRESS: M . C. 2 $7 �Ii12 r TELEPHONE: (D$4-(o It// ex. .loy
LOCATION (SKETCH ON BACK) : S� QttclCYlM n)�
QUAD. NO. QF(((,L LAT. 35a5 07 LONG. $2 30 07 ELEV. 2[ 5Qh
TYPE SOURCE (LANNDFIL`L, LAGOON, ETC. ) : 7" me_. v(rr r=/l-�Io�et e I Is 11sedl -�o l
�14�OSG OT C11rAMlUM LilQ4TL�. 1 d.l ear, I aI cte-ep Well
e rem
o n
TYPE AND QUANTITY OF POLLUTANTS: 1
Babe S-
)J oga11[7uc . &3 a 1 ) B 2 Qgs weII (n 16 /1. y� ls
DESCRIPTION OF FACILITY OR SITE (SKETCH ON BACK) : C stag
HYDROGEOOLfOGIC CONDITIONS AT SITE: S ;5 IpLi-} S IL G -P1e4dJRla(w) wk� �
DESCRIPTION OF UNCONSOLIDATED MATERIALS : `j�� /-t't'FachMPQ4L

Page f
THICKNESS OF UNCONSOLIDATED MATERIALS (FEET) : 0 3 fee
TYPE OF BEDROCK (FRACTURED GPA14ITE GNEISS, ETC. ) : Pyre--urea( 14e�er!TwJ &NerSs
Cp"'� ured� �vaeN w� e�ss�
DEPTH TO BEDROCK (FEET) : Vo2n� { 0 S0 e� II
HYDROGEOLOGIC UNIT: Nuc- R�dlae INNer \ IL-imaP4 me N-
DEPTH TO WATER TABLE (FEET) :
TOPOGRAPHY (PERCENT SLOPE, COPY OF TOPO. , ETC.) :
NEAREST STREAM: U.r +-p CnNe C V ee k DISTANCE (FEET) : 0.op. (OO-ee Y
NEAREST WATER-SUPPLY WELL: DISTANCE (FEET) : �p . ) QOOeY
SUB-BASINt Fire_QLn ErnaA
POLLUTION CONFIRMED BY ANALYSIS: x(2g DATE: ANALYST:
EXPLAIN:
hells chntael/ era"1T- MI ✓L�i�.� �y E' f _ O-r—� �e—X.�Cr ��rnoL j a
' a IqC
R sL N
r e
MONITORING FACILITIES INSTALLED: yes NO. OF WELLS: Jr_
MONITORING WELL QUADRANGLE NO. 5R(nLj_7r 8(oc._gr DRlouq, nJlJ. LA_io + 096LA_ /
SAMPLING SCHEDULE : I
SAMPLED BY: T)iy o+ �iiyrroNn�e,uta� Mokm4 mujrWor er �ee �-eoa
PARAMETERS: (rAl l4co� 5 p
ANALYSES AND OTHER DATA AVAILABLE: c h
REMARKS: Tl\.Os;&A u-/a ( (s have N c (eaaeJ au-F ll aye �h fus/tr3,V
11Mesld.ue aaj A7ere NeUEr P&rlKL_4&S by 7�EM
Tke Moru('46,^ we-Hu F av&_ 56L4 ) ' Slnrce 0c 19W"1 am o
/J /J r
(( Y'� t�/�eSC.,J /�I ��3 i1 u b .�/✓ 4J.+d dryl4�S' [�� s o T G.�'
rAp�
alvcd!-s kaue �u Se.)+ 4. Ike Rl��

A
0 u
vy
0
c

i
ab' CG Pp�
i
pvo�r Hole t'I•�ypp'"
Auger{ F1�le# ZR Spec.;•f�� CoNTvc-4*v,l � 2000wm�o
�e h ' Att�� I 1 1
`$ C1 "0 5 : M*eot+ water SMnle 4.,74,1
o v.�i OFe �aN Or(�a NI c odor wras
cra. s4oN Pri,J WoYks $ !
_ - aPQ.aB' / O.Q�•10 !-lo���N�Ta.�k -�oY'
V/ GhroArivrl was+G
1N�LUC�, N wC c (A,-81c)
Au er Hole 1 f}
4PP.33 Sp7at—c cc pNJ,..% ,v�4y
No tl)cTtr surd e '} kke.j
Ao5er Hu lc 05A �J�J Uhw�os
Spec;k
ALIfrL Weerr/6ar^f�e �o4 Fra

i
North Carolina Department of Natural
Resources &Community Development
James B. Hunt, Jr., Governor Howard N. Lee, Secretary
DIVISION OF ENVIRONMENTAL MANAGEMENT
ENVIRONMENTAL OPERATIONS SECTION
February 11, 1981
Mr. Richard A. Vieweg, Resident Manager
Cranston Print Works Company
Fletcher, North Carolina 28732
Subject: Waste Disposal Wells
Cranston Print Works Company
Henderson County, North Carolina
Dear Mr. Vieweg:
It was recently brought to our attention that Cranston Print Works
Company at its Fletcher, North Carolina location has made use of wells
for purposes of underground waste disposal . This is to inform you that
North Carolina General Statute 143-214.2(b) prohibits the discharge of
any waste to the groundwaters of this State by means of wells.
Cranston Print Works Company is to immediately cease the use of
wells for waste disposal in this State. The matter of groundwater
monitoring, clean-up or other actions to be taken by the Company in
this matter will be discussed during the February 13, 1981 meeting
in the Asheville Regional Office involving representatives of Cranston
Print Works Company and the Division of Environmental Management. The
Company should do nothing toward abandonment or destruction of its
three (3) waste disposal wells at this time as they may play a part
in future clean-up or monitoring activities.
Sincerely,
Don Link
Regional Hydrologist
DL:ar
cc: Mr. Marshall Rackley
Mr. Lee Laymon
Mr. Bill Myers
Mr. R. L. Gaffney
Mr. Ted Mew
Mr. Heath P. Dobson
Asheville Regional Office Interchange Building, 159 Woodfin Street,P.O. Box 370,Asheville,N.C.28801 Telephone [phone]
An Equal Opportunity Affirmative Action Employer - -

' CRANSTON PRINT WORKS COMPANY
x
HENDERSON COUNTY
VCRANSTON PRINT WORKS COMPANY
CPU A CORPORATE OFFICES
.XY9Y 1381 CRANSTON STREET,CRANSTON,R.I.02920 RECEIVED
TEL.401-943ASOO Water Quslity Division
FEB 12 1981
February 9, 1981 Western Regional Office
Asheville, PForth Carolina
Mr. Don Link
North Carolina Department of Natural
Resources and Community Development
Division of Environmental Management
P.O. Box 370
Ashville, North Carolina 28801
Dear Mr. Link:
Attached is a copy of an analysis report which lists the results of an approved
EP Toxicity analysis for chromium that was conducted on the sludge which is con-
tained in the chrome treatment storage sumps at our Fletcher plant.
The results show that extractable levels of chromium are considerably below the
5.0 mg/liter limit set by the EPA for chromium in the extraction procedure test.
Mr. Heath Dodson of the Ashville office requested that I forward a copy of this
analysis to you.
The chrome waste storage sumps are scheduled to be cleaned out on Wednesday,
February 11, 1981, by SCA Chemical Services Company. The sludge will be handled
and 'i?isposed of as a hazardous waste in accordance with the North Carolina haz-
ardous waste regulations that are now in effect.
Very truly yours,
CRANSTON PRINT WORKS COMPANY
9 '
Jahn Wright
Director of Environmental Services
Technical Services Division
JW:jl

• T ` � V c���C.GIJKN<<i�u//`Lcc/�J V�u/.
SPECIALIZING IN ENVIRONMENTAL ANALYSIS 231 ELM STREET
WARWICK, R.I 02886
PHONE. [phone]
CERTIFICATE OF ANALYSIS
REPORTTO: Cranston Print lVorks Company DATERECEIVED 10/3/80
1381 Cranston Street DATEREPORTED 11/7/80
Cranston , R. 1 . 02920 PURCHASE ORDER 0 Verbal
Attn : Mr. Paul Pothier R.LA,LINV.. 4354
SAMPLE DESCRIPTION Three (3) Sludge Samples_.
Per your request , subject samples have been analyzed by
our laboratory with the following results :
SAMPLE RESULTS (Total Chromium)
Sludge A 0. 18 mg/1
Sludge B 0.06 mg/1
Sludge C 0.46 mg/l.
Note: Analysis performed in accordance with "Characteristic
of EP Toxicity" , Federal Register, Vol . 45, No. 98,
Monday, May 19, 1980.
If you have any questions regarding this work or if we may
be of further assistance, please contact us.
APPROVED BY
A th E. Perrotti

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INTRA - COMPANY CORRESPONDENCE
.-ROM Paul Pothier To Jim DeBruhl October 7, 1980
OUR No. RE. No.
Dear Jim:
Attached are copies of some drawings that I was able to make, based on the
measurements that we obtained when I was at your waste water treatment plant.
You may find this information useful with regard to your chrome treatment
operation.
John Wright and myself are evaluating the chrome waste stream at Fletcher and
hopefully, with your help, we can minimize the volumes of waste to be treated
and disposed of. Please call me if you have any additional questions or
comments on this project.
Pail Pothier
Environmental Chemist
PP:jl
FORM 302CL

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1 1
North Carolina Department of Natural
Resources &Community Development
James B. Hunt, Jr., Governor Howard N. Lee, Secretary
DIVISION OF ENVIRONMENTAL MANAGEMENT
ENVIRONMENTAL OPERATIONS SECTION
March 4, 1981
Mr. Richard A. Vieweg
Cranston Print Works Company
Fletcher, North Carolina 28732
Subject: Waste Disposal Wells
Cranston Print Works Company
Henderson County, North Carolina
Dear Mr. Vieweg:
I very much appreciate you and other members of the staff of Cranston
Print Works Company taking the time to meet with us on February 13, 1981,
to discuss the monitoring of the movement of wastewater from the three
waste disposal wells on Cranston's Henderson County property and any
clean-up activity which may be demonstrated necessary and justifiable
based upon the results of those monitoring activities. Monitoring and
clean-up will take place at Company expense. The Division of Environ-
mental Management will provide support relating to waste analytical
work during the monitoring effort. The following persons were in
attendance at that meeting:
Mr. Richard Vieweg Cranston Print Works
Ms. Susan Corner Murphy u
Mr. Bill Gaffney It
Mr. Jim DeBruhl "
Mr. Paul Pothier "
Ms. Debra Hale Environmental Management
Mr. Don Link "
Mr. Jim Reid "
Mr. Heath Dobson "
Mr. Max Hatter "
Mr. Roy Davis "
It was decided that the waste-disposal well study on Cranston property
should be approached in two phases : (1) The first phase to determine the
extent of migration into the water-table of pollutants from the disposal
wells; and (2) Clean-up and groundwater monitoring requirements that are
necessary and justifiable based on knowledge gained during the initial
phase.
Ashesille Regional Office Interchange Building, 159 Woodfin Street,P.O. Box 370,Asheville,N.C.28801 Telephone [phone]
An Eaaal Onnortunity AfPir ativn Art/nn Fmnlnvor -

jduwl - -. DEPARTMENT OF NATURAL RESOUR--- LAB NUMBER
& COMMUNITY DEVELOPMENT DATE REC'D
QUAD N0. ^._ SERIAL NO. DEM
REPORT TO: (circle one) Groundwater Field/Lab Form REC'D BY -
ARO, WSRO, MRO, FRO, WaRO, DATA ENTRY BY CK
WiRO, RRO, Ahoskie FO,
OTHER DATE REPORTED
PURPOSE: (circle one) baseline, pollution monitor, other
Date Collected I ; .-' 1 Time By Location or site
Description of sampling point Sampled interval
Remarks
(pumping time, air temp, etc.)
Field Analysis By: Lat. Long.
pH Spec. Cond. Temp. oC Odor Appearance Taste
Lab Analysis
Alkalinity to pH 4.5 - m /l OAg-Silver (D) - ug/1 BOD mg/1
❑ Alkalinity to pH 8.3 m /l O A1-Aluminum (D) ug/1 COD mg/l
1-1 Carbonate mg/1 OBa-Barium (D) ug/l Coliform (Fecal MF) /100ml
Bicarbonate mg/1 OCa-Calcium (D) mg/1 ❑Coliform (total MF) /100ml
H value (when analyzed) units OCd-Cadmium (D) ug/l 0 TOC mg/l
Arsenic (D) ug/l a Cr-Chromium (D� ug/1 ❑ Turbidity NTU
Carbon dioxide mg/1 OCu-Cooper (D) ug/1 ❑Ammonia (as Nitrogen) (D) mg/l
❑ Chloride (D) mg/l 11Fe-Iron (D) ug/1 Kjeldahl (as Nitrogen) (D) mg/l
Color (True) units Ogg-Mercury (D) ug/1 ❑Nitrate + Nitrite (as Nitrogen) (D) mg/1
Cyanide mg/1 OLi-Lithium (D) ug/l 0 Phosphorus, total as P(D) mg/1
Dissolved solids (D) m /l OMg-Magnesium (D) mg/1 Other Analp,Ases1•
Fluoirde (D) mg/1 EMn-Manganese(D) ug/1 �pYnVl11EL1� rnw,��trr� <LZ-n
Hardness (as CaCO3) (D) mg/1 ONa-Sodium (D) mg/l
Hardness (non-carbonate) (D) mg/1 OPb-Lead (R) ug/1
❑ MBAS (D) mg/l O An-Zinc (D) .0 /1
Phenol (D) ug/1
Silica (D) mg/1 D = Dissolved Analysis - submit filtered sample
El Sulfate (D) mg/l
Specific Cond. UMHOS/cm
GW-54 Revised 10/1/80 White copy - Headquarters Pink copy - Region Yellow copy - Lab

N.C. DEPARTMENT OF NATURAL RESOURCES LAB NUMBER i
& COMMUNITY DEVELOPMENT
AD NO. SERIAL N0. DEM DATE REC'D
REPORT TO: (circle one) Groundwater Field/Lab Form REC'D BY
ARO, WSRO, MRO, FRO, WaRO, DATA ENTRY BY CK
WiRO, RRO, Ahoskie F0,
OTHER DATE REPORTED
PURPOSE: (circle one) baseline, pollution monitor) other
Date Collected - ; { j Time By : Location or site
Description of sampling point tj 1p11 art<. . Sampled interval
Remarks ^� r ( F I
.101
(pumping time, air temp, etc. )
Field Analysis By: 1/ Lat. Long.
4�i PH Spec. Cond. !m 6s Temp. oC Odor Appearance Taste
Lab Analysis
Alkalinity to PH 4.5 m /l OAg-Silver (D) ug/l BOD m /l
Alkalinity to pH 8.3 mg/1 DA1-Aluminum (D) ug/1 COD mg/1
❑ Carbonate m /l 1:1Ba-Barium (D) ug/1 Coliform (Fecal MF) /100ml
Bicarbonate mg/1 F�Ca-Calcium (D) mg/l Coliform (total MF) /100ml
H value (when analyzed) ( units E]Cd-Cadmium (D) ug/l TOC mg/l
1-1 Arsenic (D) u /1 Cr-Chromium (D) ug/1 Turbidity NTU
❑ Carbon dioxide mg/1 F]Cu-Cooper (D) ug/l ❑Ammonia (as Nitrogen) (D) mg/1
Chloride (D)
mg/1 El Fe-Iron (D) ug/1 E] Kjeldahl (as Nitrogen) (D) mg/1
❑ Color (True) units E]Hg-Mercury (D) ug/1 Nitrate + Nitrite (as Nitrogen) (D) mg/l
Cyanide mg/1 DLi-Lithium (D) ug/l Phosphorus, total as P(D) m /l
O.Dissolved solids (D) mg/1 DMg-Magnesium (D) mg/1 Other Analyses:
Fluoirde (D) m /l E]Mn-Manganese(D) ug/l
Hardness (as CaCO3) (D) mg/l Na-Sodium (D) mg/l
❑ Hardness (non-Carbonate) (D) mg/l Pb-Lead (D) ug/1
MBAS (D) mg/1 An-Zinc (D) ug/1
Phenol (D) u /1
Silica (D) mg/l D = Dissolved Analysis - submit filtered sample
Sulfate (D) mg/1
Specific Cond. UMHOS/cm
GW-54 Revised 10/1/80 White copy - Headquarters Pink copy - Region Yellow copy - Lab

. j
114r. Richard A. Vieweg
Page 2
March 4, 1981
The first phase would be to arrange for an engineering firm experienced
in soil test work to construct for the Company temporary uncased test holes
for the collection of soil and water samples around the perimeter of the
disposal wells. The soil testing firm would be responsible for providing
a description of the soil materials taken from the test holes. The loca-
tion of these test borings would be determined by representatives of the
Division of Environmental Management's Asheville Regional Office and
Cranston Print Work's Company when the engineering firm is on the site
and ready to start testing. Changes may be made in the test site locations
as information is being gathered on the soils or specific conductance of
water removed from the test hole which may be used as an indicator of
water-table contamination.
In my estimation, at least ten test holes would be necessary at depths
of twenty to thirty feet to determine the migration of any pollutants. The
test hole nearest the center of the disposal area should go to bedrock depth
or auger refusal .
The purpose of the soil tests would be to determine the depths at which
changes in the soil 's characteristics may affect vertical and lateral move-
ment of any pollutants. Also, some samples of these sediments will be
analyzed for their heavy metal content to determine the amount they have
absorbed. Waste analytical work will be performed by the Division of
Environmental Management during this phase.
Specific conductance tests will be made at five foot intervals, if
possible, during the boring process. Since the naturally occurring ground-
waters in the area have a specific conductance of generally less than 200
micromhos, a value much greater than this would indicate possible pollutant
migration and more complete water samples would be taken. T xtent of
the further sampling would be determined in part by information currently
being com il dd (,the�_Company relating to the waste dispose in e
three weTls. We would—anticipate that the grid system' xtend out
from the wells until the outer limits of movement of contaminated water
have been established.
Phase two will be designed following completion of the monitoring
phase. Please do not hesitate to contact me should you wish to discuss
this matter further prior to the initiation of phase one. I look forward
to hearing from you when arrangements have been completed to bring a soil
testing contractor on site.
)S* lIX-1
e
Don Link
DL:ar Regional Hydrologist
cc:Ted Mew
Lee Laymon
Susan Murray
Paul Pothier
Bill Gaffney
Heath Dobson/Max Haner

CRANSTON PRINT WORKS COMPANY
HENDERSON COUNTY
North Carolina Department of Natural
Resources &Community Development
James B. Hunt, Jr., Governor Howard N. Lee, Secretary
v DIVISION OF ENVIRONMENTAL MANAGEMENT
February 16, 1981 RECEIVED
Water Quality Division
FEB 19 1981
Western Regional Office
Asheville, North Carolina
MEMORANDUM
TO: Roy Davis pp �—L'
FROM: Robert F. Helms -- r
SUBJECT: Cranston Print Works - Waste Injection Wells
Please proceed with the lead roll in dealing with this matter
and keep me advised. Any support you need from Raleigh will be
forthcoming.
RFH/cl
cc: Neil Grigg
R. W. Van Tilburg
L. P. Benton
P.O. Box 27687 Raleigh, North Carolina 27611
An Equal Opportunity Affirmative Action Employer

DIVISION OF ENVIRONMENTAL MANAGEMENT
ENVIRONMENTAL OPERATIONS SECTION
July 18, 1980
Mr. Jim DeBruhl
Cranston Print Works
U. S. Highway 25
Fletcher, North Carolina 28732
Subject: Water Quality Monitor.dlells
Cranston -Print Works
Henderson County, North Carolina.
Dear Mr. DeBruhl :
In our conversation of July 15, 1980, .regarding the construction of
water-quality monitor wells, the wells sh"ould be completed to a depth of
five (5) feet below the water-table and should be constructed,to the
following specifications:
I. The wells should be constructed with Thermoplastic
Water Well Casing that:
A. conforms to requirements of the American National
- Standards Institute/American Society for Testing
and Materials (ANSI/ASTM) specifications F480-76
for thermoplastic water-well casing pipe and
couplings made in Standards .Dimension Ratios
(SDR);
B. has a minimum wall thickness and tolerances that
meets or exceeds requirements for SDR 17 thermoplastic
water-well casing pipe for nominal sizes greater than
three inches (Schedule 80);
C. has a minimum wall thickness and tolerances that
meets or exceeds requirements for Schedule 40
thermoplastic water-well casing pipe for no nal ,
sizes three inches and smallerr�E
D. has water-tight joints that are glued or threaded
and coupled.

Mr. Jim DePruhl
Page 2
July 18, 1980
II . The bottom of each well should be equipped with a ftve
well screen that:
A. has an accurate uniform gage;
B. has a minimum wall thickness and tolerance which
meets or exceeds requirements for Schedule 40
thermoplastic water-well casing pipe for nominal
sizes three inches and smaller;
C. has a minimum wall thickness and tolerance whim
meets or exceeds requirements for SDR 17 thermo-
plastic water-well casing for nominal sizes greater
than three inches ;
D. be constructed with keystone shaped "1SF approved
plastic wire or rings surrounding plastic pipe of
calibrated slots cut in the pipe designed to
adequately prevent the entrance of formation
materials ;
E. has such fittings as are necessary to seal the
top of the screen to the casing and to close the
bottom;
F. is packed with sand or gravel , if possible, of
size dependent on the nature of the formation
materials.
III. The wells should be grouted with sand cement or neat cement
from the top of the well screen to the land surface.
The wells should be bailed or pumped out adequately to evacuate three
to five times the volume of water in the wells prior to sampling.
If I can be of any further assistance, please do not hesitate to
contact me.
Sincerely,Z-1
a
Don Link
Regional Hydrologist
DL:ar
cc:Heath P. Dobson
N. 0. Gerald

TABLE I
SPECIFIC CONDUCTIVITY AND TOTAL CHROMIUM CONCENTRATION
IN GROUNDWATER RELATED TO DEPTH OF SAMPLING IN THE VICINITY
OF THE WASTE INJECTION WELLS AT CRANSTON PRINT WORKS
Bore Hole Sampled Interval
Number 10 , 15' 1 20' 25' 31 '
1 600/<0.05
2 315/<0.05 295/<0.05 200/<0.05 180/<0.05
3 1300/14.0 1125/0.12 600/0.10 160/<0.05
4 16540.05 205/<0.05 225/<0.05
5 43040.05 470/<0.05 205/<0.05
6 90/<0.05 80/<0.05 110/<0.05
7 35040.05 36040.05
8 1150/11. 0 140.0/9.6 700/0.51
9 100/<0.05 175/<0.05 110/0.3
10 440/<0.05 210/<0.05 160/<0.05
11 90/
Specific Conductivity
in uMhos
600/<0.05
Total Chromium
in Milligrams
per Liter

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DIfIslon OF ENVIRMM ?AL R04rAmEhl'
E4VIROWNTAL OPCP.ATIOFS SECTION
February 11. 1991
Rr. Pichard A. viewoq. IMsidont Manager
Cranston Print Works Ce why
Fietcher_ Korth Carolina 2873 '
Sab'ect: Nast* "1sVsal :+ells
Cranston Print Vorks Ceupsny
R*ndprson County. North Carolina
Door Rr. Viewaq:
It was reco+itiy hrouOt to our attention that Cranston Print Works
Coup#ny at its Fletcher, Barth Carolina location has wads usrs of wells
for purposes of undergrouM waste disposal . This is to inform you that
North Carolina general Statute 143 tl4.t{h) prohibits the discharge of
any waste to the Irouuhwaters of tnis State by weans of wells.
Cranston Print Works Company is to imftdiately cease the use of
wells for waste 4Isposai in this State. The natter of grovadwater
eronitorinq, clean-up or other actions to be taken by the Cewar+y in
this matter will be discussol during true February 13, 1981 mating
in the Asheville Ranional nffice involvinc renresantstivos of Cranston
Print Works Co"any and the Division of Ervlrommntal f'an&P , t. The
rvwpany should do nothing toward sbandoment or destruction of its
three (3) mast* •Jis"sal wells at this time as th4ky say play A Port
in future clean-up or mmitoring activities.
Sincerely,
y/l1
Pon Line.
Regional Hydrologist
PL-ar
cc: Mr. Marshall Rackley
Mr. Lot Laymon
'r. Nill Myers
Mr. R. L. €affney
"r. Ted How
Rr. Reath F. Dobson

a ,
DIVISION OF ENVIRONMENTAL MANAGEMENT
ENVIRONMENTAL OPERATIONS SECTION
Mr. Richard A. Vieweg, Resident Manager
Cranston Print Works Company
Fletcher, North Carolina 28732
Waste-Disposal Wells
Cranston Print Works Company
Henderson County, North Carolina
Dear Mr. Vieweg:
In our meeting on February 13, 1981, with you and other representatives
of the Cranston Print Works Company, it was decided that the waste-disposal
well problem on your property should be handled in two phases: (1) A first
phase to determine the extent of any migration into the water-table of
Potential pollutants from the disposal wells ; and (2) a second phase consist-
ing of any cleanup and groundwater monitoring requirements that are
necessary.
The first phase would be to contact an engineering firm experienced in
soil test work to construct temporary uncased test holes for the collection,
of soil and water samples around the perimeter of the disposal wells. The
location of these test borings would be determined by the Division of
Environmental Management's Asheville Regional Office when the engineering
firm is on the site and ready to start testing. Changes may be made in the
test site locations as information is being gathered on the soils or specific
conductance which is an indicator of the dissolved solids content of the water
in the test holes.

Page 2
In my estimation, at least ten test holes would be necessary at depths
of 20 to 30 feet to determine the migration of any pollutants. The test
hole nearest the center of the disposal area should go to bedrock depth or
auger refusal .
The purpose of the soil tests would be to determine the depths at which
changes in the soils characteristics may affect vertical and lateral movement
of any pollutants. Also, some samples of these sediments will be analyzed for
their heavy metal content to determine the amount they have absorbed.
Specific conductance tests will be made at five foot intervals, if
possible, during the boring process. Since the naturally occurring ground-
waters in the area have a specific conductance of generally less than 200
micromhos , a value much greater than this would indicate possible pollutant
migration and more complete samples would be taken.
The second phase, consisting of the analysis of the results previously
obtained, could now be initiated to determine what steps would be necessary
in the cleanup operation and what groundwater monitoring would be required.
If you have any further questions, please do not hesitate to contact
me.
Sincerely,
Don Link
Regional Hydrologist
cc:

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C.�o 'k Ca
DFE2002 084 5 : 35 TERMINAL CONNECTED
DFS2002 16 : 12 : 41 TERMINAL CONNECTED
DFE2002 07 : 51 : 33 TERMINAL CONNECTED
IMMSG PRINT : YIDS NETWORK COMMUNICATIONS TIME 14 : 37 02/10/81
TO : NRC*NRT95 FROM : LELAND L. LAYMON NRC*NRT55
ON JANUARY 30, L98L_, THE NEW PROGRAMS BRANCH RECEIVED FROM EPA A LIST
OF HAZARDOUS WASTE SITES IN NORTH AROL.INA WHICH WERE REPORTED TO EPA UNDER
THE RC.:RA PROGRAM
ON JANUARY 3(), L98L, THE NEW PROGRAMS' BRANCH Rf.-.:CE::.T.VE.D FROM EPA A LIST OF
HAZARDOUS WASTE SITES IN NORTH C:AROL_INA WHICH WERE REPORTED TO EPA UNDER THE
RCRA PROGRAM. THIS LIST INCLUDED SEVENTEEN FACILITIES WHICH REPORTED THAT
THEY HAD INJECTION WELLS. AS A FART OF THE: UIC PROGRAM, WE BEGAN AN
INVEST'IGAT.ION TO CONFIRM THE EXISTENCE OF INJECTION WELLS AT THESE SITES.
OUR INVESTIGATION SHOWED THAT ONLY ONE OF THE FACILITIES LISTED, CRANSTON
PRINT WORKS, ACTUALLY HAD AN INJECTION WELL. DURING A PHONE CONVERSATION
ON FEBRUARY 4, L98L. WITH CRANSTON PRINT WORKS, DOUG MATHESON LEARNED THAT
PRIOR TO NOVEMBER L9, L980 THEY HAD BEEN OPERATING THREE WASTE INJECTION
WELLS. THIS INFORMATION WAS REPORTED TO YOUR OFFICE ON FEBRUARY 5, L98L.
DON I...INK INFORMED ME ON THAT DATE THAT HE WAS GOING TO MAKE: A SITE VISIT ON
FEBRUARY 6, L98L. DURING PHONE. CONVERSATIONS WITH DON AND YOURSELF ON
FEBRUARY 6 AND 7, L98L, I REQUESTED THAT YOUR OFFICE NOT PROPOSE ANY IMMEDIATE
CORRECTIVE ACTION OF THE COMPANY AND TO ADVISE THEM NOT TO ABANDON THE WELLS
ON FEBRUARY LL, L98L AS THEY PLANNED, BECAUSE: ANY ACTION TAKEN BY THE
DIVISION OF ENVIRONMENTAL MANAGEMENT SHOULD BE COORDINATED BETWEEN THE
ASHEV:I:LLE REGIONAL OFFICE, NEW PROGRAMS DEVELOPMENT BRANCH AND THE DEPARTMENT
OF HUMAN RESOURCES.
AFTER FURTHER CONSIDERATION AND DISCUSSION OF THE PROBLEM, IT IS OUR
OPINION THATA MEETIN WITH CRANTON PRINT WORKS OFFICIALS WHICH YOU HAVE
SCHEDULED FOR FRIDAY, FEBRUARY 20 IS PREMATURE.
THE NEW PROGRAMS BRANCH DOES NOT YET HAVE SUFFICIENT INFORMATION TO
DETERMINE THE EXTENT OF INVESTIGATION THAT MAY BE NEEDED TO ADEQUATELY
ASSESS THE: IMPACT OF INJECTION AT THE SITE:, AND THE RElbt_ RED ACTION AND
MONTTORING NEEDED TO ACCOMMODATE STATE AND UIC REGULATIONS. PRIOR TO
FURTHER ACTION, WE NEED TO DISCUSS THE MATTER WITH YOUR OFFICE TO DEVELOP
THE DIVISION ' S STRATEGY. WE FEEL THAT THE MEETING YOU HAVE SCHEDULED WITH
THE COMPANY SHOULD BE POSTPONED UNTIL THE STRATEGY IS DEVELOPED.

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IMMSG PRINT : YES NETWORK COMMUNICATIONS TIME 14 : 37 02/10/81
TO: NRC*NRT95 FROM : LELAND L. LAYMON NRC*NRT55
ON JANUARY 30 , L98L, THE. NEW PROGRAMS BRANCH RECEIVED FROM EPA A LIST
OF HAZARDOUS WASTE SITES IN NORTH AROLINA WHICH WERE REPORTED TO EPA UNDER
THE RCRA PROGRAM
ON JANUARY 30, L98L, THE NEW PROGRAMS BRANCH RECEIVED FROM EPA A LIST OF
HAZARDOUS WASTE SITES IN NORTH CAROLINA WHICH WERE REPORTED TO EPA UNDER THE
RCRA PROGRAM. THIS LIST INCLUDED SEVENTEEN FACILITIES WHICH REPORTED THAT
THEY HAD INJECTION WELLS. AS A PART OF THE UIC PROGRAM, WE BEGAN AN
INVESTIGATION TO CONFIRM THE EXISTENCE OF INJECTION WELLS AT THESE_ SITES.
OUR INVESTIGATION SHOWED THAT ONLY ONE OF THE FACILITIES LISTED, CRANSTON
PRINT WORKS, ACTUALLY HAD AN INJECTION WELL. DURING A PHONE CONVERSATION
ON FEBRUARY 4, L98L WITH CRANSTON PRINT WORKS, DOUG MAT14ESON LEARNED THAT
PRIOR TO NOVEMBER 1_9, L980 THEY HAD BEEN OPERATING THREE WASTE INJECTION
WELLS. THIS INFORMATION WAS REPORTED TO YOUR OFFICE ON FEBRUARY 5, L98L.
DON LINT( INFORMED ME ON THAT DATE THAT HE WAS GOING TO MAKE A SITE VISIT ON
FEBRUARY 6, L98L. DURING PHONE CONVERSATIONS WITH DON AND YOURSELF ON
FEBRUARY 6 AND 7, 1_98L, I REQUESTED THAT YOUR OFFICE NOT PROPOSE ANY IMMEDIATE
CORRECTIVE ACTION OF THE COMPANY AND TO ADVISE THEM NOT TO ABANDON THE WELLS
ON FEBRUARY LL, L98L AS THEY PLANNED, BECAUSE ANY ACTION TAKEN BY THE
DIVISION OF ENVIRONMENTAL MANAGEMENT SHOULD BE COORDINATED BETWEEN THE
ASHEVILLE REGIONAL_ OFFICE, NEW PROGRAMS DEVELOPMENT BRANCH AND THE DEPARTMENT
OF HUMAN RESOURCES,
AFTER FURTHER CONSIDERATION AND DISCUSSION OF THE PROBLEM, IT IS OUR
OPINION THATA MEETIN WITH CRANTON PRINT WORKS OFFICIALS WHICH YOU HAVE
SCHEDULED FOR FRIDAY, FEBRUARY 20 IS PREMATURE.
THE NEW PROGRAMS BRANCH DOES NOT YET HAVE SUFFICIENT INFORMATION TO
DETERMINE THE EXTENT OF INVESTIGATION THAT MAY BE NEEDED TO ADEQUATELY
ASSESS THE IMPAQT OF INJECTION AT THE S:I:TF_.,- AND THE REQUIRED- ACTION-AND- -
MONTTORT.NG NEEDED TO ACCOMMODATE STATE AND UIC REGULATIONS. PRIOR TO
FURTHER ACTION, WE NEED TO DISCUSS THE MATTER WITH YOUR OFFICE TO DEVELOP
THE DIVISION 'S STRATEGY. WE FEEL THAT THE MEETING YOU HAVE SCHEDULED WITH
THE COMPANY ,SHOULD BE POSTPONED UNTIL THE STRATEGY IS DEVELOPED.

CRANSTON PRINT WORKS
HENDERSON COUNTY
DIVISION OF ENVIRONMENTAL MANAGEMENT
February 10, 1981 RECEIVED
Water Quality Divisi-on
MEMORANDUM FEB 111961
TO: Roy Davis
We_tem
FROM: Leland L. Laymon
SUBJECT: Cranston Print Works - Waste Injection Wells
On January 30, 1981, the New Programs Branch received from EPA a
list of hazardous waste sites in North Carolina which were reported to
EPA under the RCRA Program. This list included seventeen facilities
which reported that they had injection wells. As a part of the UIC
program, we began an investigation to confirm the existence of injection
wells at these sites. Our investigation showed that only one of the
facilities listed, Cranston Print Works, actually had an injection well.
During a phone conversation on February 4, 1981 with Cranston Print Works,
Doug Matheson learned that prior to November 19, 1980 they had been
operating three waste injection wells. This information was reported
to your office on February 5, 1981. Don Link informed me on that date
that he was going to make a site visit on February 6, 1981. During phone
conversations with Don and yourself on February 6 and 7, 1981, 1 requested
that your office not propose any immediate corrective action of the company
and to advise them not to abandon the wells on February 11, 1981 as they
planned, because any action taken by the Division of Environmental Management
should be coordinated between the Asheville Regional Office, New Programs
Development Branch and the Department of Human Resources.
After further consideration and discussion of the problem, it is our
opinion that a meeting with Cranston Print works officials which you have
scheduled for Friday February 20 is premature.
The New Programs Branch does not yet have sufficient information to
determine the .extent of investigation that may be needed to adequately assess
the impact of injection at the site, and the required action and monitoring
needed to accommodate State and UIC regulations. Prior to further action, we
need to discuss the matter with your office to develop the Division's strategy.
We feel that the meeting you have scheduled with the Company should be postponed
until the strategy is developed.
cc: Dr. Neil Grigg
Mr. Bob Helms
Mr. R. W. Van Tilburg
Mr. L. P. Benton, Jr.
LLL:sd

Soil Systems, Inc.
•` Soil and Foundation Consulting
Terrain Analysis Studies 525 Webb Industrial i CEIVED
Environmental Consulting Marietta, Georgia 3
Construction Quality Control Phone [phone]oWster Quality Division
MAY 29IS81i
may 18, 1981 Western Regiortial Off'ce
p,,heville, North Carclina
Cranston Print Works
Highway 25
Fletcher, N. C. 28732
Attention: Mr. James DeBruhl
SUBJECT: Report of Subsurface Exploration 6
Laboratory Testing to Determine
Chromium Contamination 6 Migration
Cranston Print Works
Fletcher, N.C.
Job No. 472-15040
Gentlemen:
Soil Systems, Inc. has completed the subsurface exploration and
subsequent laboratory testing for the chromium contamination investi-
gation at your Fletcher, N.C. plant. Ten (10) soil test borings and
one (1) auger probe were performed in the field at locations designated
by you. Upon completion of each boring, a sample of the ground water
in the boring was obtained. These samples, along with the soil samples
obtained from our drilling operations, were brought to our laboratory
for analysis. The results of these analyses are included in this report.
FIELD INVESTIGATION
Ten (10) soil test borings and one (1) auger probe were made on
the site. The soil test borings were made using 234" I.D. hollow stem
flight augers. At five foot intervals, a 2" O.D. split spoon sampler
was inserted to the bottom of the hole and driven 18" with a 140-pound
hammer falling 30 inches. The number of blows required to drive the
sampler each 6" increment were recorded. The sum of the blows required
to drive the sampler the last 12" is known as the Standard Penetration
Resistance, or "N" value, and is shown on the boring logs which follow
this report.
The soil samples were divided in the field with a portion going
to Mr. Donald Link of the State of North Carolina, and the remainder
going to our laboratory for visual classification and quantitative
analysis for the presence of chromium.

Cranston Print Works
May 18, 1981
Page 2
At the bottom of each boring, a boiler was passed through the augers
and a water sample obtained. The sample was immediately filtered through
cotton and later filtered through filter paper to remove suspended soil
particles. The pH of the samples were then adjusted to less than 2 with
nitric acid to prevent any dissolved chronium from coming out of solution.
SUBSURFACE CONDITIONS
The stratigraphy was relatively constant across the site, which was
cleared and fairly level at the time of drilling. In all of the borings
with the exception of borings B-8 and B-9, a soft to firm gray to. grayish-
brown slightly organic clayey silt with root matter was encountered from
the surface to an average depth of 8 feet. This deposit appears to be of
an alluvial origin. In these borings, this strata was underlain by a very
firm to dense brown silty sand with gravel to a depth of approximately 13
feet. This deposit appears to be alluvial in origin also. The alluvial
soils were underlain by brownish very dense silty sands and very hard
sandy silt which were residual soils formed by the in-situ decay of bedrock.
A rock lense which was not penetrable by auger drilling was encountered at
a depth of 11.5 feet in B-1, but due to the fact that this was not encoun-
tered elsewhere suggests that it is merely a lense and does not represent
a true bedrock surface.
In borings B-8 and B-9, a loose to firm gray silty sand was encountered
from the surface to a depth of 8 feet. This sand appeared to be of alluvial
origin. The alluvium in these borings was underlain by brownish residual
hard sandy silts and dense silty sands.
GROUND WATER
Tnz depth to ground water was recorded at the time of drilling and
again at 24 hours afterwards. The depth to ground water (at 24 hours)
ranged from 2.1 feet in B-9 to 4.7 feet in B-7. The depth to ground
water is shown on each individual boring log.
LABORATORY TESTING
The results of the chromium content analysis on both the soil and
water samples are shown in the tables below.

so
Page 3
SOIL SAMPLES
BORING SAMPLE SAMPLE CHROMIUM
NUMBER NUMBER DEPTH MILLIGRAM/KILOGRAM
B-1 1 0-WO-1.5' 4.41
2 4.5-6.0' 5.69
3 9.5-11.0' 5.72
4 11.5-13.0' 6.22
B-2 1 0.0-1.5' 7.97
2 4.5-6.0' 7.28
3 9.5-11.0' <26.37
4 29.5-31.0' 1.98
5 14.5-16.0' 4.85
6 19.5-21.0' 3.43
7 29.5-30.0' 3.37
B-3 1 0.0-1.5' 6-..w
2 4.5-6.0' '48.27
3 9.5-11.0' 20.75
4 14.5-16.0' 17.92
5 19.5-21.0' 26.61
B-4 1 4:0-5.5' 36.23
2 9.0-10.5' 3.25
3 14.0-15.5' 6.73
4 19.0-20.5' 4.46
B-5 1 0.0-1.5' 7.64
2 9.0-10.5' 6.97
3 14.0-15.5' 4.70
4 20.0-21.5' 14.01
B-6 1 4.5-6.0' 8.41
2 9.5-11.0' 21.5
3 14.5-16.0' 14.95
4 19.5-21.0' 7.24
B-7 1 4.5-6.0' 5.58
2 9.5-11.0' 3.23
3 14.5-16.0' 5.28
4 19.5-21.0' 4.63

Page 4
SOIL SAMPLES
(continued)
BORING SAMPLE SAMPLE CHROMIUM
NUMBER NUMBER DEPTH MILLIGRAM/KILOGRAM
B-8 1 4.5-6.0' 7.08
2 9.5-11.0' 34.35
3 14.5-16.0' 22.22
4 18.5-21.0' 7.00
B-9 1 4.5-6.0' 53.66-
2 9.5-11.0' 3.07
3 14.5-16.0' 12.66
4 19.5-21.0' 25.25
B-10 1 3.5-5.0' 5.45
2 8.5-10.0' 5.16
3 13.5-15.0' 7.35
4 18.5-20.0' 7.87
WATER SAMPLES
BORING SAMPLE SAMPLE
NUMBER DEPTH A B
1 11.5' .02 und.
2 31.0' .04
3 26.5' .03 .04 40.0'5--
4 20.5' .04 und. <0. 0
5 20.5' und. �< <o r 0
6 21.0' or n o • QlJ
21.0' it .02 < v r
8 21.0' 6.5 7.3 O.�!
9 21.0' und. .03 ?_3
10 20.0' .03 .03 {p.07
NOTES:
I. Chromium expressed in mg/liter
2. Undeterminable less than .01
,
i

r
Cranston Print Works
i^iy 18, 1981
Page 5
It has been noted that the water sample from Boring B-8 had compar-
atively high dissolved chromium levels. That sample exhibited an extreme
resistance to filtration and as such was adjusted to an acid condition and
shipped while still somewhat turbid. By acidifying a turbid sample it
would tend to drive chromium present on the soil particles into solution
giving an artificially high result. It is therefore quite possible that
this level is not indicative of dissolved chromium in the ground water at
this location.
Soil Systems is appreciative of having had this opportunity to work
with you on this project and look forward to working with you in the future.
If we can be of any more assistance, please call us.
Sincerely,
SOIL SYSTEMS, INC.
i
Mark Lassiter
Engineering Geologist
�
Robert M. Whitaker
Geotechnical Branch Manager
ML 111,14:pm

' r
Proposed
New
� Treatment
Area I
B-7 Existing Pond
1 B-5
B-2
B-10
O O Existing
Pond
B-8 hB-3
F B-6 B-11
B-1 Existin. -
Buildin
B-9� O
B-4
North
Existing
Road
Legend Project
0 Location of Boreholes �� Cranston Print Works
OFletcher, North Carolina
Existing Wells Job No. 472-15040
Scale: Nrne Soil Systems, Inc.

RECORD OF SUBSURFACE EXPLORATION
Boring a-1 ��;
-Piz$04,
Project Name: _Branston Print Works Date of Boring: 4128/81
Site:Fletcher. N.C. Project No.: 472-15040
D£SCa�PT10M DEPTH ELEV. SAMPLE N Me ( HEMARKS
SURFACE
Firm brown fine sandy silt with 1SS 8 -4
trace roots (alluvium) f
Firm gray clayey silt with trace •
fine sand and gravel (alluvium) 5 25S 5 � ) Groundwater
a 24 hr_ .
I
Very firm reddish brown slightly
silty medium to fine sand with 10 35S 30
f
'ery dense grayish brownish fine
sandy silt i
4 S 82
Auger refusal 11.5'
t 15
rr" t
1
n
I -
-t
-i
i
1 f

RECORD OF SUBSURFACE EXPLORATION
Boring B-2
Project Name: Cranston Print Works Date of Boring: 4/28/81
Site: Fletcher. N.C. Project No.: 472-15040
DESCRIPTION DEPTH ELEV. SAMPLE N Mc REMARKS
SURFACE
Stiff gray brown fine sandy silt 1SS 15
with trace roots (alluvium)
Groundwater
Soft grayish brown clayey silt 5 2SS 4 @ 24 hrp.
with trace roots and fine gravel
(alluvium)
Very firm brown silty coarse to
fine sand with fine gravel IN 3SS 25
(alluvium) -
Hard to very hard yellow brown
fine sandy silt with trace fine 150 4SS 31
gravel
20a 5SS 0/6"
25a 6S 0/4"
Very dense gray silty medium to
fine sand with trace gravel 30
Boring terminated 30.0' 7SS 50/5
3
1 �
I
a i

RECORD OF SUBSURFACE EXPLORATION
Boring B-3
Project Name: Cranston Print works Data of Boring: 4/23/81
Site: Fletcher, N.C. Project NO.: 472-15040
CESCRIPTI04 DEPTH ELEV. SAMPLE N Mc REMARKS
SURFACE
Stiff gray clayey silt with roots 1SS 13
(alluvium)
Interbedded fi m gray clayey silt ' Groundwater
with fine sand and loose gray fine 5 2SS B @ 24 hrs.
sand with roots (alluvium)
Dense brown silty coarse to fine
sand with gravel (alluvium) 10 3SS 41
very dense yellow brown silty
fine sand with rock fragments 15 4SS 50/3"
Very hard brown fine sandy silt
with rock fragments 20 5SS 50/4"
kBoring terminated 24.8' 25 6SS 50/4"
F
1

RECORD OF SUBSURFACE EXPLORATION
Boring B-4 .
Project name: Cranston Print Works Date of Boring: 4128/81
Site: Fletcher. N.C. Project W.: 472-15040
DESCRIPTION DEPTH ELEV. SAMPLE N Me REMARK3
SURFACE
Soft gray clayey silt with roots
(alluvium)
Groundwater
52 1SS 4 @ 24 hrs.
Very firm brown silty coarse to fin
sandy silt wich trace clay 10 30
(alluvium)
Very hard yellow brown and gray 3SS 0/3"
fine sandy silt with trace clay 15
20N 4SS -0/2"
Boring terminated 20.2'

RECORD OF SUBSURFACE EXPLORATION
Boring R-5
Project Name:_Cranston Print Works Date of Boring: 4128/81
Site: Fletcher- N.G. Project No.: 472-15040
DESCRIPTION CEPTH ELEV. SAMPLE IN M� REMARKS
SURFACE _
Firm gray clayey silt with trace
fine sand and roots (alluvium)
Groundwater
5 @ 24 hrs.
1SS 5
Very firm reddish brown silty
coarse to fine sand with gravel 10
(alluvium) 2SS 25
Very dense gray silty coarse to
fine sand with clay and gravel
(alluvium) 15 3SS 50/4"
Very dense brain silty medium to
fine sandy with rock fragments �J
Loring terminated 20.3' 20 45S 50/3"

RECORD OF SUBSURFACE EXPLORATION
" r
Boring B-6 so
Project flame: Cranston Print works Date of Boring: 4/29/81
Site: Fletcher. N.C. Project No.: 472-15040
CESCRIPTiOA OEPTR ELEV. SAMPLE N MC REMARKS
SURFACE
Firm grayish brown clayey silt
with roots (alluvium)
• Groundwater
5 5 @ 24 hrs.
Very firm brown silty coarse to
fine sand with gravel (alluvium) 10 2SS 50
Hard yellow brown fine sandy silt
15 3SS 31
Very hard brown clayey silt with
rock fragments
Boring terminated 19.8"
20 4SS 50/3"
I -

RECORD OF SUBSURFACE EXPLORATION
rr
Boring B-7
Project Name: Cranston Print works Date of Boring: . 4129/81
Site: Fletcher, N.C. 472-15040
Project No.:
DESCRIPTION DEPTH ELEV. SAMPLE N MC REMARKS
SURFACE
Firm gray clayey silt with trace
fine sand and roots (alluvium)
5 1 S 7 Groundwater
@ 24 hrs.
Very firm gray silty gravel with
medium to coarse sand (alluvium) 10 2SS 22
Very hard brown fine sandy silt
with rock fragments 15 3SS 50/3"
20 4SS 50/3"
Boring terminated 19.8'

RECORD OF SUBSURFACE: EXPLORATION
Boring B-8
AMEM
Project game: Cranston Print Works Oats of Boring: 4129/81
Site: Fletcher, N.C. Project NO.: 472-15040
DESCRIPTION CEPiH ELEV. SAMPLE N MC REMARKS
SURFACE
Loose gray silty fine sand with
trace roots (alluvium) ° Groundwater
@ 24 hrs.
5 1SS 5
Very stiff brown silt with trace
fine sand 10 2SS 23
Very dense brown silty fine sand 3SS 50J4"
with trace clay 15
4SS 30/4"
20
Boring terminated 20.0'

• RECORD OF SUBSURFACE EXPLORATION
Boring S-9
Project Name: Cranston Print Works Date of Boring: 4/29/81
Sits: Fl-tcher, N. .. Project No.: 472-15040
DESCRIPTION DEPTH ELEV. SAMPLE M Me REMARKS
SURFACE
Firm gray silty fine sand with
rock fragments (alluvium) Groundwater
@ 24 hrs.
5 Iss 11
Hard to very hard brown fine sandy
silt with rock fragments 10 2SS 46
15 3SS 0.5"
20 4SS 0.3"
Boring terminated 20.3'

RECORD OF SUBSURFACE EXPLORATION
Boring B-10 '
Project Nama: Cranston print wnrkn Date of Boring: 4/29/81
Site: Fletcher, N.C.
Project No.: 472-15040
DESCRIPTION DEPTH ELEV. SAMPLE N Mc REMARKS
SURFACE
Fir© gray clayey silt with trace
fine sand (alluvium)
Groundwater
5 15S 8 @ 24 hrs.
Very firm brown silty coarse to
fire sand with trace with
(alluvium)
110
on 2SS 22
Hard to very hard brown slightly
sandy silt
151 45
4SS 50/3"
20
Boring terminated 20.0'
r y

RECORD OF SUBSURFACE EXPLORATION
lllw v
to Boring B-11
Project dame: Cranston Print works Date of Boring: 4129/81
Site:_ Fletcher r, C Project No.: 472-15040
DESCRIPTION DEPTH ELEV. SAMPLE N Mc REMARKS
SURFACE
Auger probe to 9.5'
• Groundwater
5 @ 24 hrs.
Loring terminated 9.5' 10