NCS000330_Permit application NC0045993_20020404

STORMWATER DIVISION CODING SHEET
NCS PERMITS
PERMIT NO.
J�G� o6o
DOC TYPE
K FINAL PERMIT CAX0 0(4 c,-,<�l 2�
—❑-MONITORING-REPORTS--- -- --- —
❑ APPLICATION
❑ COMPLIANCE.
0 OTHER
DOC DATE
❑ 2c>07 • a q • o
YYYYM M DD

March 27, 2002
Ms. Natalie V. Sierra
NC DENR — Division of Water Quality
1617 Mail Service Center
Raleigh, NC 27699-1617
Subject: Allvac — Monroe Plant
NPDES Permit #NC0045993
Union County
Correction
Dear Ms. Sierra:
Allvac
An Allegheny Technologies Company
P.O. Box 5030
2020 AshcraR Ave.
Monroe, NC 28111
Phone: [phone]
Fax: [phone]
Email: [e-mail].
Please note the following correction for the EPA Forms 1 and 2C that I recently submitted.
In the "EPA I.D. Number" block, I listed the Allvac-Monroe facility's Hazardous Waste
Identification Number, NCD07061991 L I should have entered the Allvac-Monroe facility's
NPDES Identification Number, which is NC0045993.
Please make the appropriate corrections on the EPA forms.
If you have any questions or need any additional information, please contact me at 282-1533.
Thank you.
Sincere] ,
Ky inn
Manager of Environmental Affairs
APR - 4 2002

Please pr,nj or type in the unshaded areas only
!fill—in areas are spaced fir elite rvne. i.e.. r 7 Charat tern Anch 1.
Form approved. 0ME3 No. 2040-0086.
FORM - U•S• a:NvIRONMENTAL PROTU=TION AGENCY
I. EPA i,p. NUMBER
_
GENERAL. INFORMATION
•
\�/EPA Consolidated Permits' Program
F N C D 0 7 0 6 1 9 9 11 D.
GENERAL (Read the "General Initrurtiona" before starting.)
A
- GENERAL INSTRUCTIONS
11 a preprinted. tabet,'has been provided, affix.
I. EPA I.D. NUMBER
\
111. FACILITY NAME \
it in the designated space. Review the inform-.
ation careful! y; if any of, it is incorrect, erosi '
through it and enter the correct daia in the.
\
\
appropriate fill-in aria below. Also, if any of
the preprinted dots is absent (the area, to the'
FACILITY \ '
left of the label space fists the information
V MAILING ADDRESS �\\ PLEASE PLACE -LABEL
IN THIS SPACE that should alopear),-please provide it in the'
proper fill—in erea(s) below, If the label .is'
\\
complete and correct, you need not Lamplete,
Items 1, III, V. and. Vi (except B,which
\
,V1
must be corrrplared .regardless), Complete..oll.:
V 1 FACILITY
items If no label has been -provided. Refer to
LOCATION
the instructions, for .'.detailed item descrip-_
tions and for -the legal .authorizations. under '.
which this data is collected.':. .
it. POLLUTANT CHARACTERISTICS
INSTRUCTIONS: Complete A through J to determine whether.you need to submit any per application forms to the EPA. If you:answer "yes" to any
questions, you must submit this form and the supplemental form
listed in the parenthesis following the question; Mark "X" in the box in the third column =?
if the supplemental form is attached. If you answer "no",ta each question, you need not Submit any of these forms. You may answer"to.:if your activity-, -:
is excluded from permit requirements; see Section C of the ,instrtietioni. See also, Section D of the instructions for definitionsbf bald=faced term Li
SPECIFIC GUCSTIONL
ref
No.
.ow..
,'FPGCI IICOUESTIONS -
r[■
.,o
A. Is this facility a publicly owned troatment.works
S.,Does or will this facility (either existing orpropasedl_:
which results in a discharge to waters of the U.S.7
X
:include a', concentrated animal feeding operation,or::
X
tFORl112Ai
aquatic animal, production facility which results in,a
'
discharge to waters of the U.S.? (FORM 29)
C. Is this a facility which currently results In, discharges
X
0 Is this a propose et icy or er an those exribe
l X'
to waters of the -U.S. other than those described in
In 'A ar 8 abolJel which will result in a distisarQe to.
A or above? FORM 2C1
w en of th6 U S ? IFORM 20i
facility dispose
X
F. Do you or witl.you inject at this.fa6ility'industrial dot.'
E. Does or will this treat, store, or of
municipal effluent below the lowermost stratum'chn`•"
hazardous wastes? (FORM 3)
twining, 'within ',quarter mile of the well 'bore;'
X
underground,irources of drinking water? (FORM 4),::`:.,
,,,
„
„
G. o you or will you Inject at this facility any produced.:-
..._
H. Oo you or.witl,you injact'at this tacility'fluids for. spe..
waxer or other fluids which are brought to the surface
X
sulfur Csli the Frisch`
: cial process such:as'mg..bf
in connection with conventional oil or natural ,gas pro-
in
'process tiotution mining'ot minorals,::In;sits 'coitibus K
X
duction, inject fluids used for enhanced recvvery'.of,
tlon.of fosslCfuel or recovery of geothermal ene}gy?..;
oil or natural .gas, or inject fluids 'for -storage of,lic uid
4} " , 4 r „ ,.
Ff drocarbons? (FORM 41
.iFORM
- s this facility a proposed stationary. source wh?ch Is
J. s It Is aci icy a propose stationary souree'which,ls,
one of the 28 indusirial categories.�listed in:the,in•
'and
NOT one ot.the•2$.industriel categories listed fn'the.;
X
siructions which -will potential,!y.ernit,'.100 ,to'ns
X
-. iri ructions and which;will.patentially emlt,250 Loris ,
per year of -.'any ''aid"poll utant `regulated under ,ihe
per of:any elr, pollutant regulated undit' the Cjaan
:,Clean Air and. 'may 'affect ar-tie located_ In an,
,year
Alr'Act:in C may el4ect erbedoea:ed In'an attalnmen4;;
:attainment
eal'[FOFIM'S1, r: t`:�-:i
.
,,:
r.c• :
III. NAME OF FACILITY
t SKIP A 1 1 v a c, a d i v i s i o n
o f T D Y I n d u s t r i e s, I n c.
>r
IV. FACILITY CONTACT
`''' ' q. NAME A TITLE flax 1, fir!!,:'4'liliCl' '.'•fa.,PHONE {p rrn;[orlr
y.
2 D u n n K y 1 e E n v i r o n m
I
e n t a 1 M r 7 0 2$ 1 2 1 5 3 's
., .. I
V. FACILITY MAILING ADDRESS
A. STREET OR P.O. BOX•, -
3Posax o3a
B. CITY OR TOWN
C:STATE 0. ZIP CODE = • .
c ,
g M o n r o e
I.
NC 2$ 1 1 ;
VI. FACILITY LOCATION
A. STREET, ROUTE NO. OR OTHER SPECIFIC IDENTIFIER _ _
51 2 0 2 0 A s h c r a f t A.v e
e. COUNTY NAMEtz
,
70 a
C. CITY OR TOWN
e. COUNTY
- w7 ; O.STATE •� E IZIP CODE ^+ ?
1 1 r I I I
I Ia:
g Mon r o a
NC 2 8 1 1
EPA Form 3510.1 (8-90) CONTINUE ON REVERSE

r FIMTMIIICM COMRA TUIP e0flMY
V I I'. SIC CODES N-Aor,';,Torder of priority!
A. FIRST
S ONX) 7
i(speci y/
(speed')7
3. 4'�, 1 Nckel and Titanium 7
3 3 5
Nickel and Titanium
C. THLRD
L
7
7
.. VillOPERATOR INFORMATION MOM"
A. NAMK. - - . *. :I I...
S.-ts ths'nikma rjjte
I t I I V
'o
owner7'..'.
8 A I I v a c, a d i v i s; n o -f T D Y I d u s
t*�r i e
s n c.' YES
.N
'C. S.TWAYVS OF OpcPAToR.fEnrer Ott apprupKm lertcr Into rite answer box.* At'.*00ter", irecib-.1
O. PHoKe farra code - n
rj- rr-UtMAL '.m -.ruvA"• Corner man jqacrai or slarej
STATE .0 OTHER (specify)
PRIVATE
Y,•
"It. STREET OR P.d. 0
PO ox 5, 0,' 3, 07.
F.'r-ivy O'R'TOWN'
B.1 M o n ruo, e
X. EXISTING ENVIRONMENTAL PERMITS:
. - x'Npoes (DuOidrre: io Surface Water)
(_'pEC'Iy)r
.1 L
jG.9TA*C
H.:24P`r_00'j�. Ix,
Is
NC
2 8 1-1
...7 0 4 2 1 8
4 5
21 12
-;. - D.',Fsu fA (j, Emissions froin Pr6posrd Sour6cr) ?,: I -, " " -.'i,`
L 4 1 1 1 1 1 1 .1 1
9-1ml
C' 0
LN 4 59. 3. 9[01
JN C. 0 4. 3.
a. U Ic (Umdergrqwnd 1n)ertion ofF[trfdsj -1r. DTKER,1-rPedffx1
CT
r
I I
I
-T].•
I
Ppeclfy)
9
rju
. . . . .
Q. M:t.1 5. . .
Pretreatment
is
116117
.
Lis 30 111-1.1
'1 so W
• r—,'Ft C R 4 E. OTHER (:PFC'fyj
C1
-9
T 1 1.1
FR , , , 2 � q. Q . . . stormw
T71N C.D 0 7 0 6 1.9. 9. 1 '9 N C. S 0 0 ater
X1. MAP��
extending I oat east one We .,,yqn
4 ..Prgn•y, ouDdenit.; e
Th
;in'takd 'eaqmol�ils'pazar
treAhe oLltline�bfthi;fgia�iit�. propo'se'
-storage, a, .4,
ent,-. jkfierj� nji n'&Idd r6 ?cts fluids
�t 8C
ns
tructiong fi�r.,.preci�e.,recL4�,rAm�nts-,, th
. . . . . . . . s,
e in:., e. ap. j!�ea.,, ee-
dqi'
Produce nickel and titanium alloys, in billet, bar and rod.
X111. CERTiFICATION'(saein$trueions)-
I Certify unde�r'pe'naly law.that iar.-With 'th.tIn fo?ha'.;tfdh:kbr�ltted In t is bpp iejti ori an
cof
attachments and that; -based oh my Inquiry those peribis immediately resp ilnfornaii 'c
application, I, believe that -theInformation Is true, accurate and complete."I am aware that there bre:sAgrifkant pieinijiles for submitting
false information, including the possibility of tine and Imprisonment.
A. NAME 1k OFFICIAL TIYLe (rype or Print) - B. SIGNATU C. DATE SLG740
'Ag
&t& 4A
COMMENTS FOR -OFFICIAL USE ONLY "
MIT
, L j;:L� MIT."Itt 494; ItAle - I —I
C
EPA Form 3510.1 (8.90)

Please print or type in the unshaded area only
Form+°Dprovd.
PA I.D. NUMa[R copy m Item o oOMBNa20480%WO,
rm
NCD070619911 ' App-.V6 V14838-31-98.
CORM U.S. [NVIRONMfftJTAL PROTECTION AGENCY
2CIPAN APPLICATION FOR PERMIT TO DISCHARGE WASTEWATER
vvEPA EXISTING MANUFACTURING, COMMERCIAL, MINING AND SILVICULTURAL OPERATIONS
IrtP Consolidated Permits Program
L OUTFALL LOCATION
For each outfall, list the latitude and longitude of Its location to the nearest 15 second& and the name of the receiving water.
NUMa[R
■• LATITUDE
C. LONGITUDE
O- REC[IYING WATER (ra6ane)
t- eW04
a. Wilde
a. faC.
I, erte.
a. MIN.
S. *Ise,
001
35
49
00
80
30
50
Richardson Creek
11. FLOWS, SOURCES OF POLLUTION, AND TREATMENT TECHNOLOGIES
A. Attach ■ line drawing showing the tester flow through the facility. Indicate sources of intake water, operations contributing wastewater to the affluent,
and treatment units labeled to eorrespaxl to the more detailed descriptions in Item B. Construct a water balance on the line drawing by showing average
flows .between Intakes, oparaIEoi i, ,traatnim :units, and outfalls. If a water balance cannot be determined (e,g:, 1br cwrfaln minkw activftiesl, provide e
pictorial description of the nature acid amount of any sources of water and any collection or treatment measures.
B. For each outfall, prcMde a description Of: 71TAII Operations contributing wastewater to the effluent, Including proem wastewater, sanitary weatevrater,
tooling water, and storm water runoff; 13) The average flow contributed by each operation; and (3) The treatment received by the wentewatw. Continua
on additional shoats If necessary.: ....:' :., _
1. OUT-
E. OPERATION(B) C0NTRI11UT1NQ PLOW
a. TREATMENT
*A%.LN
(list)
a. OPERATION (LstJ
. AVaRAG[ FLOW
(ytclude Iaaltl}
a. DCSCRIPTION
. LIST CODES FROM
TAaL[ 2C-1
See Attachment I
AR NL,
LVA FOrM 3510-ZC (d-S8) PAGE 1 OF 4 ' LAM] rout WN Rcr[nse

i
C. Except for storm runoff, leaks, or spills, ere any of the discharges described its Item I I -A or 8 intermittent or seasonal?
❑Past (complete the followW toble) [f NO too to Section III)
r
f
f. OUTFALL
HUMMER
(Out)(I(stJ
2. OPERATION(!
CONTRIBUTING FLOW
3.FREQUENCY
A. FLOW
a. DAYS
'Pan W[CK
(spectry
wmrage)
b. MONTHS
Pan Y[AR
(Spaeth
aLe rage}
e' *Low HATS
(in mac}
b TOTAL VgWM[
(specify with units)
Spun•
ATION
(in days)
1. LON• TRAY
AV9KAYK
r. rA=IMUY
DAILY
f. LpND T■M
t
AV[AAft
A. MAxIMYM
DAILY
Ill. PRODUCTION
A. Does an effluent guideline limitation promulgated by EPA under Section 304 of the Clean Water Act apply to your facility?
jN YES (camp lets Item III-BJ' ❑ NO (to to Section IVJ
• 9. Are the limitations In the applieable,effluent guidellne sxpresw In terms of production (or other measure of operation)?
[NY[S (Complete Item III-C) ❑ NO (fro to See Ilan IV)
C. If you answered "yes" to Item III-8, list the quantity whkh represents an actual measurement of your level of production, expressed in the terms and units
used In the applicable effluent guideline, and indicate the affected oudells.
-r. e+T rvs v . •vvvrrvrT 7, APF[CT[D
LLS
j, OVANTrTT ran DAY {s, VNIT■ OF McAeYAe C. OrtAAlnon, PRODUCT. MATSAIAL. sec. OUTll num
(specify) . (list Duffels numbers)
SeeAttach4ent 11
- Outfall 001
IIV. IMPROVEM
A. Are you -now required by any Federal, State or �oc�l"eathority, fo meet any implementation schedule for the construction, upgrading or operation of waste-
water treatment equipment or practices or any other environmental programs which may affect the discharges described in this appNi etion? This includes,
but is not limited to, permit conditions, administrative di enforcement orders, enforcement compliance schedule letters, stipulations, court orders, and grant
or loan txlnditiDns. ❑ Tee Oakelete the followins table) MO (7o to Item IV-B)
. IDRNTIFiCATION,pF CON>a1T10N, a. AFI"[CTRD`CVTrALLS 4.rlqAL Om
AQJR[[M[MT.aXTC. .. 1. ■nI[F D[ScRIFTION OF PROja:cT w cy
e. +ro. b. eouee:r'oF apeNwwe=. q. ire
8. OPTIONAL: You:lney,ettechedditions! sheets'- describing eny additional water pollution control programs (or other environmental projects whkh mey affect
our d4lChfi *q you" now have underwsy Or wljEcfitJrou?plan Indicate. whether each program is now underway or planned, end indicate your actual or
lanrtedsef>edules its eorntru. t t- t: �MwRfC �rx� N! btseRlretoN:or ADDITIONAL CONTROL PROGRAMS 16 ATTACHZO
EPA Fir— in— o_ea PAf--W T" e%W A CONTINUE ON PAGE 3
K

EPA 1.0. NUM,RER(eopy nM It*m I of onm 1]
CONTINUED'FROM PACIC 2 NCD 070619911
V tpTrWg:ANp: FWEOTCHARACTERiSTIC$
number In the space provide
es`infVuetlons before proceeding-� — Complete one set of tables for each outfall Annotate the outfall d,
NOTE: Tables V-A, V�B, and V•C ere included on wparets sheets numbered V-1 through V-8.
-D.: Use the speoe below to lift any of the pollutants listed In Table 20 of the Instructions, which you know or have reason to bellm Is discharged or may be
discharged from any outfall. For every pollutant you list, briefly describe the mesons you believe it to be present and report any analytical date In your
possinion.
1, POLLUTANT
Z, SOURCE
1. POLLUTANT
2. SOURCE
NA
VI. POTENTIAL DISCHARGES NOT COVERED BY ANALYSIS
to any pollutant listed in Item V-C a substance or a component of a substance which you currently use or manufacture as an intermediate or final product or
byproduct?
�y9s Oijf all such pollutants below) Elm (so to Item VI•B)
Cadmium
Chromium
Copper
Nickel
EPA Form 3510-2C (6-90) PAGE 3 OF 4 CONTINUE ON REVERS]

CONTINUED FROM THE FRONT
VII. BIOLOGICAL TOXICITY TESTING DATA
' !. Do youliave anyknowledge or reason to believe that any biological -test has been mede,onAny-of yg'' lie aryes or on a
receiving water In relation to your discharge within the fast 3 years?":
Yes (identify the lest(s) and describe theirpurposes below) ❑ WO (go to Section YIII)
Quarterly pass/fail chronic toxicity sampling required by current NPDES Permit.
Last four samples attached - all a� ssed,
IIJCONTRACT ANALYSIS INFORMATION _
Were any of the. analyses reported in item V performed by a contract laboratory or consulting firm?
] yes (list the name, address, and telephone number of and pollutan to ❑No (so to see tion IXJ
analysed by, each such laboratory or firm below)
A. NAME D. ADDRESS NE TS ANA 2E4
Prism Laboratories Inc. 449 5 rim brook Rd. 704-529-6364 All Analysis
P g
Charlotte, NC 28224-0543
K. CERTIFICATION
!certify under penalty of few that this document end all attachments were prepared under my direction or supervision in accordance with a system designed to
assure chat qualified personnelproperlyga&her and evaluate the information submitted. Based on my inquiry of tha person orpersons who menage the s ystam or
those parsons directlyresponsible forgathering the information; the informstionsubmitted is; to the bast of my knowledge andbelief, true, accurate, and complate,
l am aware that there are significant penalties for submitting false information, including the possibility of fine and imprisonment for knowing violations.
A. NAME & OFFICIAL TITLE (type or print) 6. PHONE NO. (circa code 6 no,)
Kyle J. Dunn Manager of Environmental Affairs 704-282-1533
C. 51GNATURE D. DATE SIGNED
4�2-� 3112/02
EPA Fo 351 -2C (8-90) PAGE ■ OF A
11

CPA I.U. NUMBER fcOpy from INN I of Form 1)
PLEASE POINT OR TYPE IN THE UNSHADED AREAS ONLY- You may report some or ail of `
this information on separate sheets (use the same formstl Instead of completing these pages. C D Q706 ! q Q ( I
SEE INSTRUCTIONS. v
GUTFALL No.
V. INTAKE ANp EFFLUENT CHARACTERISTICS (continued born page 3 of Fenn 2LC)
V 1
FAR7.A - You must provide the results of at least one analysis for every pollutant in, -this table. Complete one table for each autfall. See instructions for additional details.
2. EFFLUENT '
3. UNITS
4. INTAKE (opriuual
t. POLLUTANT
(Specify it blank)
a. MAXIMUM DAILY VALUE
• MAXI -A-3
-07 VALUE
(J D!
a aaa a `
d, NO.
A. LONG
TERM
NO. OF
lIl
121 MASS
11)
C ONc INTO A TION
Ill MASS
III
(ll MA�s
(�)
TION
Ili MASS
SE
ANALYSES
t CONCEN-
TRATION
Q MASS
ANALYSES
a. Biochemical
Oxygen Demand
(�
T 1
7
I
V- a
# i
O °�
(BOD)
r I
J4-
b. Chemical
Oxygen Demand
(P
e. Total Organic
Carbon (TOC)
9,9 Z
t
31 I7 i
SoTotalIdrrsSspended
1
?j 11
g.% 2
7-9
e. Ammonia fas N)
0, D
M7 Z
Sy
6.137
2
-
f.Flow
VALUE
I �z0
VALUE
Q.Z9O
VALUE +
0, I S 3
^�
(6
MGb
VALUE
g Temperature
(LNnt..r)
VALUE
2—
VALUE ++
S
VALUE �
1 L
y
°C
VALUE
1
f� I
!�
h. Temperature
(summer)
VALUE �7 0
7
VALUE �y
-Z
VALUE
-Z 9
3
OC
VALUE
1
MINIMUM
MAXIMUM
lN1MUM
MA)UMU#A
-
1. PH
71
71
-
5 3
STANDARD UNITS
PART 8 - Mark "A" in column 2-e for each pollutant you know or have reason to believe is present. Mark "X" in column 2-b for each pollutant you believe to be absent. If you marls column 2a for any pollutant
which is limited either directly, or indirectly but expressly, In an affluent limitations guideline, you must provide the reaults of at least one analysis for that pollutant. For other pollutants for which you ma rk
column 2s. you must provide quantitative data or an explanation of their presence in your discharge. Complete one table for each outf ell. See the instructions for additions I details and iaquirements.
t. POLLUT-
2. MARK -X-
3. EFFLUENT
4. UNITS
5. INTAKE (opr(anal)
ANT AND
CAS NO.
e• •�_
Irv■
p• ea
ucve
e. MAXIMUM DAILY VALUE
• MAXI M ]
a
Y VALUE
brt
C. O ji /�{(
fitaYallab
$ VALU
tJ
CL NO- O
a CONCKN-
a. NG TER
AVERAGE VALUE
No. OF
�ASl��
Ewa-
faNT
11a-
faMT
ANAL-
YSES
TRATION
b, MASS
ANAL'
YSES
*
CONCENTRATION
Ill "ASS
Ill
I
CONCtNTe ATIgN
l:1 YA71
I
CONCLNTNATION
111 MA7f
1
CONCEMTa Al10N
I21 Mwf7
s. Bromide
(24959-67-91 .
b. Chlorine,
Total
oi Residual
OI
, I I +U
0,110
I
C- Color
d. Fee -al
Golltnrm
i e sorlda
3-2-
4. y
7, 94
Z• Z 3.
I.8 g
rr^
f. Nitretw—,
Ntlrfte (a+ ll►1
SPA Form 3510-2C (8-90)
PAGE V-t CONTINUE ON REVERSE

tt*sa V-ri murfiNIfF rt CDean CQrtwrr
LU
3. MARK 'x
;, EFFLUENT.
4. UNITS
6: INTAKE (aprinna))'PC
ANO
ND
a. aa-
v
6.Rs-
vaaX
MAXIMUMOA14.Y VALUi
MAXI M
��
7 V VA UJK
0.
as
d. ND.D
L CONGCN-
ee.• ��pp T�qM
AVER YALU!
„O.OF
blaJ
taa-
As.
ANAL-TilA71ON
VsKsCONGiNTRATION
MASS
ANAt.-
YSES
GONGaRTRATIO
"Aa■
GONG aNTRATION
l
in) p.ASa
1!rAfi
1!1 rsAf■
)0
[Lfhowhomv
cf,�9!),
.Tota1
3.14.0)
�dloaethrlty
.
Total
Taal_
!X,
(3).
Total',
1X,
(4) Radium
226. Total
r
'
(as U4) 304)
(14808-7943
). Su)11dt
(aa 8)
IX_
M. Su ita
(
�(
(14265-66-45.3) 1r`
n. Surfactants
{�
o. Aluminum,Total
1
D r
D. 0 Sol
(7429.910.5)
1
?V j
p, Barium
Tool
(7 "0.39-3 )
q. Boron,
Total
(7440.42.0 )
r. cobalt.
Total
(7440-48-4)
LID0+P
0.00 235
/
a. Iran, Total
17439-s9.61
�,
D, � S
D , 1 ; 7
t. M"nallum.
Total
\l
(7439.96.4)
l�
u. Molybdenum,
Total
�C
(�
D' 2
_i
Q' QGO+
K
/
* 0/1 6L
(7439-98-7)
v. Mangane".
Total
(7439.96.61
fv, Tin. Total
(7440.31 11s )
Total«
� �1
©- DI I
0100431
I
EPA Form 3510-2G (8-90) PAGE V-2 CONTINUE ON PAGE V .3
r

EPA I.D.{NUMBER (COPY from Item I of%rfn If
OUTFALL NUMBER
CONTINUED FROM PAGE 3 OF FORM 2•C
, V C Q o 7 0 !o J 9 q[ f
QQ
PARTC- If you are a primary industry and this outfa It contains process wastewater. refer to Table 2c-2 in the instructions to determine which of the GC/MS fractions you must test for, Mark "X"in column
2-a for all such GC/MS fractions that apply to your industry and for ALL toxic metals. Fyanides, and total phenols. If you are not required to mark column 2-a (sacondary industries, nonprocess
wastewater outfalls, and nonrequired GC/MS fractions), mark "X" in column 2-b for each pollutant you know or have reason to believe is present. Mark "X" in column 2-C for each pollutant you
believe is absent. If you mark column 2a for any pollutant, you must provide the resulls of at least one analysis for that pollutant. If you mark column 2b for any pollutant, you must provide the results
of at least one analysis for that pollutant if you know or have reason to believe it rill be discharged in concentrations of 10 ppb or greater. It you mark column 2b for acrolain, acrylonitrile, 2,4
dinitrophenol, or 2-methyl-4, 6 dinitrophenol, you must provide the results of at least one analysis for each of these pollutants which you know or have reason to believe that you discharge in
concentrations of 100 ppb or greater. Otherwise, for pollutants for which you mark column 2b, you mus! either submit at least one analysis or briefly describe the reasons the pollutant is expected to
be discharged. Note that there are 7 pages to this parr; please review each carefully. Complete one table (all? pages) for each outfall. See instructions for additional details and requirements.
I. POLLUTANT
2. MARK W
3. EFFLUENT
4. UNITS
S. INTAKE (uprional)
• AND CAS
NUMBER
T••T ••'
IMP ,fV•
c••
L�•V•
a MAXIMUM DAILY VALUE
6, MAxI M =p pA Y YALUE
oualiab7e
C i ONG T M
aycu�a��e
Y ALUE
dNO.OF
a. CONCEN'
•. LONG
TERM
b,NO.OF
ttfsuatlallfe}
•u`•- �CNT
CNT
ANAL-
YSES
TRATtON
b. MASS
ANAL•
Ysesa
CONCtY�1AAT,OM
(R� YAf■
CONC•NTAATIPN
{�}.,Af•
CONC•NTNAT,oN
{.I..ASs
eowe an-
1 TwwT10N
1=I MPf}
METALS, CYANIDE. AND TOTAL PHEN¢LS
1 M, Antimony,
,Total 17440-36-01
2M. Arasnie, Total
(7440.38.2 )
3M.8arylllum,
Total, 74 0.41.7)
X
4M. Cadmium,
Total (7440-43-91
1
61611. Chromium,
Total 17440 47-3)
y�
ZL)
p, 0 2 6
2
o, o
Tat
x
71r1.Loot -Ij
p4311-92-t l
x
0,040
tY,s
0.01 Zq
8.-11
0.007
2-Li-Li
a
8M: Mercury, Total
�(
(74=-97-6)
r
SM- Nickel, Total
a7 :01..:
77
0•117
76,5
�.09
SI,2-
pO�S
,
Z
+ A Q
/
+ q
d
104. selenium,
`(
Tooll'(7782-41i-2)
r
111iR $liver; Total :
, /
'
72M:`Thalltum,,
To1a117440-28.01 .
13W zlnG, Total
'(744a�-B)
J'�D
0, 3► S
�►, O
O� 1 8C
'! q . �{
�,0 SO
2
L!
l
�`61 qk
14M. Cyanide,
Total(57.12-6)
3.0
0,00(7
L,S
1 �(
JT
,dT
d 0�z
/1
J
#/U4f
.ISM. Phanob,
�(
Total
DIOXIN
2,3,7,8-IT
q I;W dit:2., P-
1
DESCRIBE RESULTS
1
D104ih (t76"1 8)
EPA Form 3310.20 (If -so) PAGE V-3 CONTINUE ON REVERSE

MNTINUEl7 FAOM T14F FRANT
1. POLLUTANT Z.;MIANK -JP 3. EFFLUENT
4. UNITS
S. INTAKE (opflona)j
AND CAS AXI M sp Y VALUZ aL.ona r Me VALUIC
TOOT b. ■■- C ws- a. MA7LIMUItI awrl_r VA anollaW acla![a d N
NUMBER
; CONCEN-
e. LONG
rtRM
b No. or
w„■ ■„■ ^L-
�A- iA■- we- ANAL-
(1/alrallebfeJ eulr- sa1+T rewT UI 121 MATS 111 (�) ww■T 1') li) wws■ YSEli
TRATIt7N
MATS
ANAL-
VSKS
111 cowcrlr
(81 MAT*
G ONC ■ NTA ATIOM .0 aftcs M TAwT10M CO N C ■ NTe ATOON
TAATIer
GCMs FRACTION -- VOLATILE COMPOUNDS
1V. Acrolefn
(107-0R# )
2V. Acrylonitrile
11 a7-13.1)
3V. Benzene
(71.43-2)
4V. Bls (Chforo-
methyl) Ether
(542-68.1)
5V. Bromoform
175-25-2)
BV. Carbon
Tetrachloride
(56.23-51
7V- Chloroberizarm
(108-20-71
RV. Chlorodk-
bromomethare
Y
1124-48-11
1`
9V,.Chloroethane
(75.00.31.
, r
X
10V. 2-Ch loro-
ethylvinvf Ether
(110-75.8 )
11 V. Chloroform
(67$b-3)
12V. Dichloro-
bromomethena
(75.27-4)
13V. Dlchloro-
dlfluoromethuri
n(
(75-71.6)
14V.1,1-01chlore-
ethene 175.34.3)
15V.1,2-131ohloro-
ethane (107-06-2)
J�
1fsV, 1,1-Dlchloro-
(75-35-41
ethykere
17V.1,2-Dichloro-
�f
propane (78-67-5)
I eV. l •3-Bbdiloro-
wWM (542.7&4)
prc
19V. Ethvibenzerle
(100-bi-4)
20V. Mathyk
Bromide 17"3-9)
21 V. Methyl
Chlorkde (74-87.3)
EPA' Form 3510.2C-(8'90) PAGE V-4 CONTINUE ON YAGE V-1

cOl11TImima FanAA PA(;F V.&
I. POLLUTANT
t..r+^RK x
!. EFF LIiENT .
.4. UNITS
3;'INTAKE'(opgoxatJ.
-'AND CAS
-..�; NU1415Efe
ras
Q w--
Sara
t aa-
; NAXINYM.DAILr VALUE
MAXI M
cna -
aLONa T mMiatlal�it
-
VALU i
f!a -
d MO.OF
a.
'.
.
S. LONG'
[RM
ALU
0. HOOF
_
'
-^. (1/aYpjl4blf}
.wa
ra-
YVI--
Ko
�ww-
-ENT
� m
mow-
on
ANAL-
tl6Ei
TRATIOM
RATION-
Q MAii
1�) cone*-*-
Tw TIOw
lal Mwft
ANA4'
VSEs
h1• (al MASS
CONc-prw wTlOM
h1
c—cawTwArinw
lal "Ass
",
CONCa M TRATIOb
la) MASS
OC}MS FRACTION! — VOLATILE COMPOUNDS (conttnuea)
22V: Methysana
CMOri".(75-09-2)
23V: 1.1,2,2-Tour
chlaroethan
24V. Touachloro-
athy" (127-18-4
25V. Toluene
(108-683)
26V- 1,2•Trana-
Oichloroathyiana
(156-6")
27V.1,1,1-Tri-
`
chloroathana
`If
28V.1,1,2-Trl-
chloroathana
(79-DO-5)
ly\
29V. Trichlaro-
ethylene (79-01-6)
30V. Trichloro- .
4 /
iluararnothar-
`,
(75.69-4)
31V. Vint yI
GhioriC}a
�(
(75-01-4)
QCJMIS FRACTION — ACID COMPOUNDS
I A; 2•Chlorophano
(9"7.8) ..
2A.,2;"Ichloro.
phanal (120•E3-2)
3A 2,4-Dlmwthyl-
�(
pMnol 1705 67.9)
n
C►aaal (534-62-1 }
54:-2;4-0lnitro-
phenol 151-28-61
17�_
SA: 2-NlVophanol
1B8�7b-61..
.
'7A- 4-f4ltraphanol
0 04.OR-7 )
8Ai
/
Cnaol (58-ti0.71
al (SO-SG-71
1X,
9A��P�iitachloro-.
phiol {87 86-5)
14A, phaml:^
EPA Form 3510-2C (8-90) PAGE V-5 CONTINUE ON REVERSE

CONTINUED FROM THE FRANT
1. POLLUTANTFK W
3. EFFLUENT
A. UN1TS
S. INTAKE: (uprionoi)
ANDCAS
a- t •a•
A MAXIMUM DAILY VALUE
. MAX9 M7D
fYfffOb!!
pJ►Y VALUE
c.LONG �itM AYNG VALUE
f,Ta�af�blfJ
d nO.O/
�.CONcEN-
a" LONG
TERMNUAABEI�
LX
h NO.O/
r ii r.r
TRATION
tY MAsf
ANAI-•((lewellealf)
YSE5
cowc [war. ar�or lal rwra
cor-c aH�rr.r,aw
(al wwaa
co..e[wY:.r�ar
('1 "w►•
ANAL-
Y3RS
I�iw w. ow*'
1el rwa■
GC/MS FRACTION — RASEJNEUTRAL COMPOUNDS
1a. Acenaphtheno
483-32.9)
n
2B. Acenaph"Iene
(208.95-8 )
313. Anthracene
(120.12.7)
4B. BanrIdin•
(92-87-51
58, Benzo (a)
+ !
Anthrocane
5655-3
6B. Benrb (a)
PYreM (50.72$)
70. 3,4•Benzo•
Ituoronthene
(205$941
'as. Beruo (ohi1
Perylene • .
(191.24-2)
:98. *nzo(k1
Flucranthine .
' 1207-06.9 )
108: Bia (S-Chloro-
ethozy) Methane
1 I B- Bir (2-Chloro-
ethyl) Ether
{ 11 t-4441
12B: BirlZthknile-
ornarc Etlrr (102-6Q11
13B. Ble (2-Ethyl-
;hezyj)' Phthalate
.(117$1-7) ' _
14Q,,�{-Boma
Ijagyl PdenY) ' .
:T6B :Butyl Benzyl
;Phtl►aAlate (BB-68-7
rp1+�!r14 Phhany.l..-'
+7ithel�'#005-72-3
f�
f'
FSS fyhrywna
.
.
_f218.91.-a1..;
19B;:O benxo la, )
Alitluioir+e� .
.200. 1,2-Dichloro-
banxene 185 641 }
21 B. 1,3-V.chloro-
:beozerH (541-73.1
PAGE: V-6 CONTINUE ON PAGE V-7
EPA Fom 3510-2C 19-90)

CONTINUED FROM PAGE V-6
1.,POLLUTANT
2.MARM W
3. EFFLUENT
4. UNITS
S. INTAKE (upriana!)
., AND CAS
NUIrtBER
aT9'T
h •e- ��
a. MAXIMUM DAILY VALUE
. MAxi M 1p p/� Y VALUE
available
G.LONG Y M
atya�aCle
1/p -VALUE
d NO.OF
e- CO NCE H•
e. Lo NG
TERM
b. NO.OF
- �(If.eveiWiYlef
Iwr.
ow-
ui
�ww le��
•iMs si r
ANAL•
7RATIOH
b. MASS
ANAL-
TSES
lei
Gowc�wTw ATIOw 1�1 y,TT
1'I
�OwC L'wTwf r.o.
1.1 r.r•
cPwcewTw Allow
(.I cowce �-
Tw ATow
la) rAr■
GCNS FRACTION — BASE/NEUTRAL COMPOUNDS (continued,
yl .
PIuIa
Uitr thYt'
X
`gly`4r}e(121-142)
'talti" 1605.20-2)
1�
:22s: ol-nl-0atyl
Phthalate - .
(117-84-0)
308:l,2-0WhuWl-
Ay�lraxlrle'(m'Aro-
Daiuenel (122�8-7
!T�
31I ., F.IUoranOwne
J
'120044-0)
r
-320.' Flunrene
;1t�B7 '31
348. Huts•
chlorobutadlone
` ,
yl+
(87.883) -
35B. Hexechloro-
oyclopentadlene
/
(77-47-4) .
rye
36B. Hexachloro-
athene (67-72-1)
37 B. I ndeno
(l,2,3-cd) Pyrane
1193-39-6)
38 8. I eophorona
(78.59-1)
398. Naphthatene
- r
(91.20.3)
yip_
40B. Nttrgbenzena
(98.95-31
sodlmethylemin*
�f(`
162-75.9) _
4213. N-NIVO-dl-
N-Propylam Ins
t;21 �4 7
EPA Form 3510-2C (8-90) - PAGE V-7 CONTINUE ON REVERSE

CONTINUED FROM THE FRONT
L. POLLUTANT 2. MARK 'X•
3. EFFLUENT
4. UNITS
5. INTAKE (apsianal)
AND CAS
NUMBER *"■ b •� ""
0. MAXIMUM DAILY VALUE
-
.MAX! M ]
ayppg��pyal�p���'
V VALU!
C.LONG M V VALIjE
d. NO.OF
a. LONG
TERM
o. NO.OF
a lava �iw■
(flava!lrblc) OV w- ■ Mr
ANAL-
yss s
i CONCEN•
TRATION
h MASS
ANAL.
MSES
Cant■MTRaiION Ill �a■■
CONC"nTIRaY.On
Isl Ma■f
CO,nc■nTRaTioR
I•i wPf■
IltwaT Onn
1■1 MA■■
GcAn FRACTION — BASE/NEUTRAL COMPOUNDS (cantintiod)
N-Nhro bod1
aodlphrnyhunlnr
_
(86.30.6)
"S. Phenenthrenr
E85-o1.8)
'
4a8. Pyrrni
461L 1,2,4- Trl-
ch1wohrn"wlr..
! -1
OCIWVRACTION
- PESTICI DES
fP;l i LV- In
3
1
31
4P:yy;8HC
(68-69-91
6P. b-sHc
6P. Chtordaru
(57-74-9}
7P.4,k-DDT
(50-29•31
8P.4,4'-DOE
(72-06-9)
9P. 4.4--000
(72-54-8)
lop. Dieldrin
11P, aLEndosulfan
"
(115-29-71
12P. Y-E ndosuifan
(115-29-7)
13P. Endosulfan
sulfate
(1031-07-8)
r
14P. Endrin
(72-20-8)
16P. Endrin
Aldehyde
(7421-93.4)
16P. Heptachlor
(76.44-8)
EPA Form 3516.2C (8-90)
PAGE V-8
CONTINUE ON PAGE V-9
i

ErA 1 II. NUM $ER (opy \ M fain 1 OfForm 1) OUTFALL NUMBER
CONTINUED FROM PAGE V-S O-7 o q c 11 001
1. POLLUTANT
s. MApm x 3. EFFLUENT
4. UNITS
S. INTAKE (upllonal)
AND CAS
NUMBER
Taa*
aR
G'w �. MAXIMUM IIAILY VALUi
MAXI M
aua�a
Y VALUC
G LO G 7Ep M AYR¢ A
(tl �ollnbla) '
tl MO.OF
a. CONCLM-
.. LONG TER
b. NO -OF
(llaualtabtel
Ana
wr-
our.•
Ia6M
awr-
cnT
ua.va
wa-
aaw■ 1'! LI rua
COMCc wTa.TlPn
ANAL-
YsEs
TRATIpM
b. MASS
AMAL.
Yaai
11
C pMC �[ NTrw Tpn
III .�..ra
hI
F pn GCMYc aYpw
(�) rw.a
1.1 coneaw-
T. A TIOM
LI r.aa
GCA0 FRACTION —PESTICIDES (cantlnnad)
17P. Flaplacbtar
E pox Ida
( 1024-57J)
18P. PCO-1242
(53469-21.9)
19P. PCB-1264
(11097.69.11
20P. PCB-1221
(11104.28.21
I]C_
21P. PCB-1232
{11141-16-6)
22P. PCB-1248
�(
(12672.29-8)
J
23P. PCa-1260
(11096-B2-6)
24P. PCB-1016
(12974-11-2)
26P- ToxapMna
(8001-35-21
PAGE V-9
"-PA Form 3510-2C (8-90)

Allvac -Monroe NPDES/Pond water diagram

Attachment I
Allvac -Monroe Plant Process Flowrates for Outfall 001
Operation
Average Process
Flow {GPD}
Description
List Codes
Sawing
11,000
Settling Pond
1-U
Forging Equipment Cleaning Water
100
Settling Pond
1-U
Forging Contact Cleaning Water
75,000
Settling Pond
1-U
Forging Press Hydraulic Fluid Leakage
25
Settling Pond
1-U
Misc. Wastewater Sources
200
Settling Pond
1-U
Rolling Contact Cooling Water
150,000
Settling Pond
1-U
Cooling Tower & non -contact cooling water
275,000
Settling Pond
1-U
Stormwater
69,000
Settling Pond
1-U
Total Process Fiow:I 580,325 1
Operation
Average Effluent
Flow (GPD)
Sawing
1,895
Forging Equipment Cleaning Water
17
Forging Contact Cleaning Water
12,924
Forging Press Hydraulic Fluid Leakage
4
Misc. Wastewater Sources
34
Rolling Contact Cooling Water
25,848
Cooling Tower & non -contact cooling water
47,387
Stormwater
11,890
Total Effluent Flow:
100,000
Note: The first Table lists the estimated daily process flows. The second table estimates the
average daily effluent flow due to each process based on an average daily effluent flow of
100,000 GPD.

Attachment II
Outfall 001
Attvac -Monroe
NPDES Permit # NCO045993
Effluent Limitations Guideline
Avg.
Daily
Parameters
Chromium
Nickel
Fluoride
Cyanide
Lead
Zinc
Ammonia
Prod.
(M. lb.)
Nickel -Cobalt Forming (471.32)
(c)
Daily Max
0.270
0.028
0.008
0.042
0.011
4.49
1.21
Rollin contact coolingwater
Mnthl Av
0.270
0.011
0.003
0.026
0.007
1.99
0.54
0)
Daily Max
2.33
0.002
0.005
0.002
0.005
0.238
0.555
Forging equip. cleaningwastewater
Mnth1 Avg.
2.33
0.0006
0.001
0.002
0.005
0.106
0.247
(k)
Daily Max
2.33
0.018
0.042
0.026
0.061
2.82
6.57
Effluent Limitations Guideline
Mnthl Av .
2.33
0.007
0.016
0.016
0.037
1.25
2.91
(1)
Daily Max
2.33
0.069
0.161
0.103
0.240
11.2
26.1
For in ress h d. fluid leaks a
Mnthl Av .
2.33
0.028
0.065
0.069
0.161
4.94
11.52
(z)
Daily Max
0.171
0.067
0.011
0.1
0.017
10.8
1.85
Sawin or Grinding Rinse
Mnthl Av
0.1711
0.027
0.005
0.067
0.011
4.78
0.819
(ff)
Daily Max
2.77
0.091
0.252
0.136
0.377
14.7
40.8
Misc. Wastewater Sources
Mnthly Avg.
2.77
0.037
0.103
0.091
0.252
6.5
18.0
Titanium Forming (471.62)
(b)
Daily Max
0.326
29.1
9.5
0.142
0.046
0.205
0.067
0.713
0.232
65.1
21.2
Rolling contact cooling water
Mnthl Av .
0.326
12.9
4.21
0.059
0.019
0.098
0.032
0.298
0.097
28.6
9.3
(h)
Daily Max
1.50
5.95
890
0.029
0.043
0.042
0.063
0.146
0.218
13.3
19.9
Forging contact cooling water
Mnthly Avg,
1.50
2.64
3.95
0.012
0.018
0.02
0.030
0.02
0.030
5.86
8.76
(i)
Daily Max
1.50
2.38
3.56
0.012
0.018
0.017
0.025
0.059
0.088
5.33
7.97
ForginZ equip. cleaning wastewater
Mnthly Avgj
1.50
1.06
1.58
0.005
10.121
0.007
0.008
0.012
0.025
0.037
2.35
3.51
0)
Daily Max
1.50
60.1
89.9
0-293
0.438
0.424
0.634
1.48
2.213
135
202
Forging ress h d. fluid leakage
Mnthly Avg.
1.50
26.7
39.9
0.181
0.202
0.302
0.616
0.921
59.2
88.5
(x)
Daily Max
1.82
1.93
3.51
0.01
0.018
0.014
0.025
0.048
0.087
4.32
7.87
Misc. wastewater sources
nthly Avg.
1.82
0.856
1.56
0.004
0.007
0.007
0.013
0.02
0.036
1.9
3.46
Daily Max (lbs.):
Lonthli
0.479
0.711
.192
0.564
0.814
2.84
259
Avg. (lbs.)•
0.193
0.474
853
0.233
0.389
1.12
114

Effluent Toxicity Report Form - Chronic Pass/Fail and Acute LC50 Date 21-Nov-01
Facility: TELEDYNE ALLVAC EFFLUENT NPDES# NC0045993 Pipe# County: UNION
Laboratory Perf rming Test: Comments
X
Signature o Aerator in pon ' le Char
X v
Signature of Laboratory Supervisor
MAIL ORIGINAL TO Ctivirin nIfncesBranch
it.ei ak tQurt27699[g oertrviKCoe�nao 1621
North Carolina Ceriodaphnia Chronic PasslFall Reproduction Toxlclty Test Chronic Test Results
CONTROL ORGANISMS Calculated t= 0.756
Critical Value= 2.508
1 2 3 4 5 6 7 a 9 10 11 12 % Reduction= 7%
# Young Produced
Adult (L)ive (D)ead
% Mortality Avg. Reprod.
0% 20.4
Contmi Control
Effluent % 62.000/6 25% 19.0
Treatment 2 Treatment 2
Control CV
TREATMENT 2 ORGANISMS 1 2 3 4 5 6 7 S 9 10 11 12 12.3%
N Young Produced
Adult (L)ive (D)ead
pH 13t sample
Control 7.6 8.1
Treatment 2 7.6 8.2
23
23
1 17
1 20
1 24
1 18
1 22
1 22
18
1 18
1 22
1 18
L
L
L
L
L
L
L
L
L
L
L
I L
26
21
21
11
23
11
B
22
18
24
20
21
L
L
IL
ID
IL
ID
ID IL
IL
IL
IL
IL
ist sample
7.9 7.8
7.8 8,3
2nd sample
7.6 7.9
7.3 7.9
start end start and start end
D.O. 1st sample 151 sample 2nd sample
Control 8.6 8.6 B.5 8.9 8.6 8.7
Treatment 2 8.6 $.7 8,7 8.4 B, B 8.8
A
LC50/Acute Toxicity Test
(Mortality expressed as %, combining replicates)
Concentration
Mortality
LC50 = Method of Determination
95% Confidence Limits Moving Average Probit
Spearman Kamer 11 Other
Organism Tested Cerradaphnia dubia
DEM Form AT-1
% 3rd Brood PASS FAIL
100% X
Complete This for Either Test Test Start Date
Collection {start) Date 11-2-01
Sample 1 11-1 2001 Sample 2 11-6 2001
Grab Com Dura'o
Sample 1 X
Sample 2 X
Hardness (mgfL)
Spec. Cond. (pmhos)
Chlorine (mg/L)
Sample Temp. at receipt (IC)
1st 2nd
Tox Tox
Dilution Sample Sample
46.0
wilAf
41
290
09
446
D rl.�s
<0.05
0.05
%,1
4
0.4
startiend starVend
Control
High Conc. a.]
pH D.O.

Effluent Toxicity Report Form - Chronic Pass/Fall and Acut; LC50 Date 17-Avg-01
Facility- ,TELEDYNE ALLVAC EFFLUENT NPDES# N00045993 Pipe# County; UNION
Laboratt Performing Test: Comments
Signature of
X
of La
or
MAIL ORIGINAL TO 1EnvIr� intab�cprcesBranch
Ra eig a�orihlFaro? na 27699-1621
North Carolina Cerioda hnia Chronic PasslFall Reproduction Taxlcl Test Chronic Test Results
CONTROL ORGANISMS Rank sum= 137.5
Critical Value= 109
1 2 3 4 5 s 7 8 9 10 11 12 % Reduction- 5%
# Young Produced
Adult (L)ive (D)ead
Effluent % 62.D0%
TREATMENT 2 ORGANISMS
# Young Produced
Adult (L)ive (D)ead
pH 1st sample
Control 7.4 7.9
Treatment 2 7.5 7.0
F32
30
26
28
24
29
29
27
15
23
18
32
L
L
L
L
L
L
L
L
L
L
L
L
1 2 3 4 5 8 7 8 9 10 11 12
27
17
27
29
24
24
28
11
28
30
24
28
L
D
L
L
L
L
L
L
L
L
L
L
1st sample
7.4 8.0
7.0 8.2
2nd sample
8.0 7.5
7.7 7.9
start end start end start end
D.O. 1st sample 1st sample 2nd sample
Control 8.6 8.4 8A 8.5 8.4 8.6
Treatment 2 8.2 8.2 8.3 8.4 8.0 8.7
LC50/Acute Toxicity Test
(Mortality expressed as %, combining replicates)
Complete This for Either Test
1 8-2 2001
% Mortality I Ava. Reorod.
0%
Control
26.1
Control
8%
24.8
Treatment 2
Treatment 2
Control CV
20.3%
PASS FAIL
% 3rd Brood
100%
X
Test Start Date
8-3-01
Sample 2 8-7 2001
Grab lComplDuratio
Sample 1 X 4hrs,
Sample 2 X 4hrs.
Hardness (mg1L)
Spec. Cond. (Nmhos)
Chlorine (mglL)
Sample Temp. at receipt ('C)
1st 2nd
Tox Tox
Dilution
Sample Sample
47.5
245
368
368
i � ���ky
rtf'aris!.
<0.05
<0.05
E M� ',r;
2
0.7
Concentration
Mortality start/and startlend
LC50 = Method of Determination Control
95% Confidence Limits Moving Average Probit High Cone. E]�]
% Spearman Karber [I Other pH D.O.
Organlsm Tested Ceriodaphnia dubia
DEM Form AT-1 � ; l

_r L1 IUG11L IVA R.I ty r%VF %JIL rV111ti 1i VIi IL, raaarrau 4311N ML.ULU L6+OV WOM lr-mayw"
Facility: TELEDYNE ALLVAC EFFLUENT NPDES# NC9045993 Pipe# County: UNION
Laboratory Performl2p Test: Comments
X
Signature of Operato in Respon ! Charge
X t�--
Signature of Laboratory Supervisor
MAIL ORIGINAL TO vlr,7n entaaualptyces Brant,
�aelg aarihl arofina 27699-1621
North Carolina Ceriodaphnla Chronic Pass/Fall Reproduction Toxicity Test Chronic Test Results
CONTROL ORGANISMS Rank sum= 160
Critical Value= 106
1 2 3 4 5 8 7 8 9 10 11 12 % Reduction= -8%
# Young Produced
Adult (L)ive (D)ead
% Mortality Avg, Reprod.
0% 24.3
Control Control
Effluent % 62,00% 0% 26.4
Treatment 2 Treatment 2
Control CV
TREATMENT 2 ORGANISMS 1 2 3 4 5 e 7 8 9 10 11 12 12.8%
# Young Produced
Adult (L)ive (D)esd
27
24
27
22
IL
1 26
1 26
1 27 1
23
1 27
1 17
1 21
1 25
L
L
L
L
L
L
L
L
L
L
L
% 3rd Brood PASS FAIL
100% X
Complete This for Either Test Test Start Date
Collection (Start) Date 5-9-01
pH 1st sample 1st sample 2nd sample Sample 1 5-8 2061 Sample 2 5-14 2001
Control 7.6 8.1 7.9 7.6 7.8 .7.9
Treatment 2 7.6 8.1 7.8 8.1 7.7 8.0
28
28
25
27
22
MAL
29
28
26
23
29
25
L
L
L
IL
IL
IL
IL
L
IL
IL
IL JL]
start end start end start and
D.O. 1st sample 191 sample 2nd sample
Control
Treatment 2
LC501Acute Toxicity Test
(Mortality expressed as %, combining replicates)
LC50 = I Method of Determination
95% Confidence Umlts Moving Average Probit
%n Spearman Kerber 11 Other
Organism Tested Ceriodaphnia dubia
DEM FoCt AT-1
Grab lComplDuratio
Sample 1 x
Sample 2 x
Hardness (mgfL)
Spec. Cond, (Nmhos)
Chlorine (mg/L)
Sample Temp. at receipt ('C)
1st 2nd
Tox Tax
Dilution Sample Sample
49.4
{�
220
328
337
0.07
0.11
'+
1.1
3.0
Mortality startlend startlend
Control
High Conc.
pH D.O.

----Effluent Toxicity Report Form - Chronic Pass/Fall and Acute LC50 Date 20-Feb-02
Facility: TELEDYNE ALLVAC EFFLUENT NPDES# NCO045993 Pipe # ot County: UN10N
Laboratory Performing Test: Comments
X
Signature of Operat in Respon Charge
XQ
of Laboratory Supervisor
MAIL ORIGINAL TO tIvi5 r%S iiryecesBranch
Ra�elg aerth��`alrol na 27649.1fi21
North Carolina Cerioda hnia Chronic Pass/Fail Reproduction Toxicity Test Chronic Test Results
CONTROL ORGANISMS Calculated t= 1.657
Critical Value= 2.508
1 2 3 4 5 6 7 8 9 10 11 12 % Reduction= 7%
# Young Produced
Adult (L)ive (D)ead
% Mortality Avg. Reprod.
0% 26.3
Control Control
Effluent % 62.00% 0% 24.5
Treatment 2 Treatment 2
Control CV
TREATMENT 2 ORGANISMS 1 2 3 4 5 6 7 6 9 10 11 12 7.1 %
E25
27
26
25
28
24
25
25
30
27
29
25
L
L
L
L
L
I L
I L
L
L
L
L
L
# Young Produced
26
24
25
19
27
25
23
27
30
18
24
26
% 3rd Brood
FAIL
Adult (L)ive (D)esd
L
L
L
L
L
L
L
L
L
L
L
L
100%
nPASS
Complete This for Either Test Test Start Date
Coltection (Start) Date 2-8-02
pH 1st sample 1st sample 2nd sample Sample 1 2-7 2002 Sample 2 2-12 2002
Control 7.8 8.3 8.1 7.7 7.9 8.6 Sample Type (Duration)
Treatment 2 7.8 9.5 8.2 7.4 7.6 8.2 Grab Comp Duratio 1st 2nd
Sample 1 X Tox Tox
start end stag and start end Sample 2 X Dilution Sample Sample
D.O. 1st sample 1st sample 2nd sample Hardness (mg/L) L44,0 ,Control 8.3 8.2 8.2 $.5 8.5 8.6 Spec. Cond. (Nmhos)35 260 265
Treatment 2 8.3 8.2 8.2 $.2 8.2 8.5 Chlorine (mg1L), �0.05 <0.05
Sample Temp. at receipt ('C) 2.1 1.2
CRIME
LC50/Acute Toxicity Test
(Mortality expressed as %, combining replicates)
Concentration
Mortality startlend start/end
LC50 = Method of Determination Control
95% Confidence Limits Moving Average Probit H1 High Conc. Ell
% Spearman Karber Other 1 D.O.
Organism Tested Ceriodaphnia dubia '
DEM Form AT-1 FEB 2 5 20

Allvac - Monroe
Special Sampling
Sample Date: 2/28/2002
Parameter
oncentratio
(mg/1
Mass
#/day
BOD
11
4.31
COD
68
26.6
TOC
8.92
3.49
Aluminum
0.13
0.0509
Cobalt
0.006
0.00235
Iron
0.35
0.137
Molybdenum
0.23
0.0901
Manganese
0.099
0.0388
Titanium
0.011
0.00431
Chlorine
0.28
0.110
Flow (2/28/02
0.047 MGD

P.02
Mar-13-02 12:19P
Lab Report
PRISM
��, 1�90pATOp1ES. MC.
I _
F�rA S.lMf. r, lk,trlynLil E EnrirnnRyniSl lKyrrliUn3
318102
Page 1 of 2
Teledyne Allvac
Customer Project ID: POND (FES 03)
Attn: Mr. Tommy Lang
Customer Sample ID: FES 03
PO Box 5030
Prism Sample ID: AC35711
Monroe, NC 28110
Looin Group: WM37H1
Sample Collectlon Dateliime: 2128/02
08.00
Lab Submittal Date/Time: 2/28102
11:30
The following analytical results have been obtained
for the indicated sample which was submitted to this laboratory:
TEST
TEST
REPORTING METHOD
DATEITIME
PARAMETER
RESULT
UNITS UMIT REFERENCE
STARTED
ANALYST
TOTAL ORGANIC CARBON
6,92
mglL 1.00 415.1
3/6102 04:59
TA
METALS DIGESTION
Compleled
EPA 200.7
311102 06:00
M65
ALUMINUM, TOTAL
0.13
mg/L 0.010 EPA 200.7
314102 16:13
MSC
COBALT, TOTAL
0.006
mg/L 0.002 EPA 200.7
314102 15:13
MSC
IRON, TOTAL
0.35
mg/L 0.020 EPA 200.7
314102 16A3
MSC
MOLYBDENUM, TOTAL
0.23
mg/L 0.005 EPA 200.7
314102 16:13
M5C
MANGANESE, TOTAL
0.099
mg/L 0.002 EPA 200.7
314102 16*13
MSC
TITANIUM, TOTAL
0.011
mg/L 0.010 EPA 200.7
314102 16:13
MSC
CHEMICAL OXYGEN DEMAND
68
mg/L 50 HACH 8000
311102 11'w
MLD
BIOCHEMICAL OXYGEN DEMAND, 5D
11
mg/L 3.4 SM 5210E
2128/02 1150
MLD
CHLORINE, RESIDUAL
0.28
mglL 0,10 SM4500-CI G
311102 17:00
RVE
NC Ceflification No 402 - SC Certification No, 99012 - NC Nnkinq Water Cert No. 37735 - FL Certification No. E87519
1-1" SI'ri11hbr011k Ituod & I'l1 %i \ 2403 13 AL Cherintlr•, NC 3h'L'2•i-il,+i?.
Phono: 7041 514-{i ih1 Ak Tolt rrrr• Nwii cr: 1-H10, 5.2y-63(4 Ah, r'(SA: 70,1/52,1 0401)

P.03
Mar-13-02 12.19P
Lab Report
318102
Teledyne Allvac
Attn: Mr. Tommy Long
PO Box 5030
Monroe, NC 28110
PRISM
L.80RATONES, INC.
Full Sm
vi!: Af yn8l A Fnvirprnwila! CpWnM.,;
Page 2 of 2
Customer Project ID:
POND (FEB 43)
Customer Sample ID:
FEB 03
Prism Semple ID:
AC35711
Lenin Group:
WM37H1
Sample Collection Dale/Time,
2128102
08:00
Lab Submittal DatefTime:
2/26/02
11:30
The following analytical results have been obtained for the indicated sample which was submitted to this laboratory:
TEST TEST REPORTING METHOD DATErTIME
PARAMETER RESULT UNITS, LIMIT _ REFERENCE STARTEp ANALYST
Sample Commonts:
All containers indicated to be properly preserved and holding times
were met according to 40 CFR Part 136, Table II.
NOTE: Residual chlorine was received and analyzed out of the recommended EPA holding time.
NOTE: TOC was subcontracted to certified laboratory #387,
Anqela Q. Overcash, V.P. Laboratory Services
NC Certification No. 402 - SC Certification No. 99012 - NC Drinking Water Cert. No. 37735 - FL Certification No. E57519
d 14"ad A& ChAl lk'(W, M' 78N 4.05 i7
1'llnilr:?Ild.;;2V_41 r1 +lull l.s,, �unllq'1': I-Ia)Uk:x:70.4 �ti tallrF

CHAIN OF CUSTODY RECORD LAB USE ONLY 3
: •{ES- NO N:A i
PRISM
PAGE i OF OU I T� 3URE VRO*iR i1 LLIM0; Samples INTACT Upon arvivar; ✓ f
LAeONATORtr�9.INC. �•
_ Project Name: . — Raceaed ON WET ICE7 Tamp W
PROPER PRESERVATIVES lndicaled? _
FWI Service Areytcal d Et1+VOrlrn¢nf:Gl jnlWiunS Short Hold Analysis: (Yes) (No) UST Project: (Yee) (No) +
4495prinp4rook Road- P.O. Bat 24pS41• Chmlotte. NC 25224.OS43 'Please ATTACH arry project specific reporting Aecirved WITHIN HOLDING T11AES11
�!} provisions arldlor Requirements = CUSTODY SEALS INTACT? ✓ �
Client Company Name: /T Invoice To: �� G - — VOLATILES rec-dMOUIT HEADSP4CEI �_ ✓ N
Report TolContact Name: --"'f/ LD� Address: e4!' v v / + PROPER CONTAINERS used? — I N
Reporting Address: S
/1 [ I 1 /0 / ' Purchase Order No./Bifting Reference TO BE FILLED IN BY CLIENTISAMPLING PERSONNEL
: e(y
Phone-. i- S ax (Y� (kaj: ��' (_`� fW ' C�1 y+�e acted D., Cat, , i ]Av 7 ? Days D 3 Days :1 4 Dayss 5 Days Cerllfieation: NELAG USACE FL NC _IV
Site Location Name: ffG- LL_�_..- 7 6-9 Days D S:atrdaru 10 days SC -- OTHER N/A
Site Location Psical Add re s: yamp es rc_ered alter 15 00 will be prxesserd next busicess day. Water Clorinated: YES — NO
r TWngru•ind'imc is kasae on bs. Sine;55 days. eaehlding was<Eni7s at«i holidays 7
�j' S L /I e LL (SEE REVERSE SIDE FOR RUSH TURNAROUND FEES) Sample Iced Upon Collection: YES NO
TIME MATRIK
CLIENT DATE COLLECTED (SOIL.
SAMPLE CONTAINER t ANALYSES REOUESTEO
PRESERVA•
SUB
LAB PRISM
SAMPLE DESCRIPTION COLLECTED UAILITARY WATER OR
TYPE TIVES % f RfMARt($ LAO
NO. SIZE ' . CERT. ID MO-
MOUAS SLUDGE
5 EE BELOW
In NO.
i /� r /rJ � .3 � -� 3' �r1. c' �'�°-z Cam'
.. /`- ! �► f _�,�„� � C�/; _r!� .---.... �
�� 3
-- -__
CL
___._
-35
_7- / Sa�A t L l �� C ,-Tv
Satnp-t-e r alur2 _ , F / !� Z Sampled By iPnrt Namej �/al/K1 G C' Affiliation
F� -qrr t �+ -, r:ecc .ed a ;Srgr ae,rer o�i. +a::a-::4iovn Additional Comments:
i e 6PRISM USE O"LY
RP ^- s•i< fi: :3iL971L O; 9r�ur
v' F,�: k,S ;natures ---- la f!
P
Site ar'm81 TinQ:
ar 'qurfnoe i-,:Sgr•atJrcr Rase
j l41,
Fa• Pr t :x� ayes 97 a;e
l�<<4
Sila Oeperwra T•rre;
r/et-=d = SS+prey :: ��—^
J Foc Er '. Pu Hind-Judi.:•er 7 P; FAd o-e ^Ihs-
- ----_o�•!r o�ryy�!la. l
l�l
�,? -
Field Tech Fee:
Mileage:
%T .Sr_ _-.
_ - -- — T 1 14 1
j1
NPDES: UST: GROUN(IWATER: DRINKING WATER: ' SOLID WASTE: RCRA: CERCLA: LANDFILL; R: K
T
r
INC > INC ] INC � U INC
! i NC : I NC J NC JINC lfqt � 1 �
A
O
:I SC 7 SC J SC J SC
J SC a -SC J SC ZI SC a SC f
Of
'CONTAINERTYPIE CODES: A = Amaer C = Clear G = Glass P = Plastic; TL = Teflon•Lined Cap VOA = Volatile Organics Analysis (Zero Head Spars) i/J �n,
OPIGINAL

Daily
Flow
Mar-Ol
0.158
0.049
Apr-01
0.116
0.076
May-01
0.076
0.066
Jun-01
0.270
0.131
Jul-01
0.220
0.041
Aug-01
Sep-01
0.114
0.071
0.136
0.023
Oct-01
0.057
0.137
Nov-01
0.037
0.049
Dec-01
0.103
0.124
Jan-02
0.146
0.128
Feb-02
0.112
0.074
Average:
# of Samples:
Allvac - Monroe March 2001 through February 02 Sams. le Data Summary
Chromium
Nickel
Fluoride
Cyanide
Lead
Zinc
Ammonia
TSS
Oil & rease
Cone.
Mass
Cone.
Mass
Cone.
Mass
Cone.
Mass
Cone.
Mass
Cone.
Mass
Cone.
Mass
Cone.
Mass
Cone.
Mass
ug/l
Wday
ug/l
Wday
mgll
Wday
ug/l
Wday
ugll
Wday
ugll
Wday
mg/i
Wday
mg/l
4/day
mgll
Wday
5
0.007
34
0.045
1.4
1.85
<2.0
0.003
5
0.007
67
0.088
<0.1
0.132
7
9.23
<5.0
6.59
15
0.006
65
0A26
1.1
0.446
<2.0
8E-04
11
0.0041
54
0.022
<0.1
0.041
9
3.65
<5.0
2.03
18
0.017
71
0.069
1.3
1.26
<2.0
0.002
8
0.008
44
0.043
<0.1
0.097
11
10.7
7
6.78
10
0.006
49
0.031
2.6
1.65
<2.0
0.001
7
0.004
110
0.070
<0.2
0.127
8
5.07
<5.0
3.17
10
0.006
58
0.037
1.8
1.13
<2.0
0.001
13
0.008
45
0.028
0.2
0.126
10
6.30
<5.0
3.15
6
0.003
41
0.023
2.2
1.21
<2.0
0.001
13
0.007
25
0.014
<0.1
0.055
8
4.41
<5.0
2.75
10
0.022
52
0.117
1.7
3.82
<2.0
0.004
9
0.020
140
0.315
<0.1
0.225
14
31.5
6
13.5
7
0.008
28
0.031
1.7
1.86
<2.0
0.002
5
0.005
42
0.046
<0.1
0.109
7
7.66
<5.0
5.47
6
0.011
34
0.062
2.4
4.40
3
0.006
4
0.007
28
0.051
0.1
0.183
8
14.7
<5.0
9.17
8
0.003
35
0.012
2.2
0.743
<2.0
7E-04
11
0.004
29
0.01
0.1
0.034
12
4.05
<5.0
1.69
10
0.009
40
0.038
2.7
2.55
<2.0
10.002
9
0.009
44
0.042
<0.1
0.095
8
7.57
11
10.4
8
0.005
40
0.024
3.2
1.90
<2.0
0.001
6
0.004
28
0.017
<0.1
0.059
<2.0
1.19
<5.0
2.97
8
0.009
40
0.045
2.9
3.28
<2.0
0.002
5
0.006
23
0.026
<0.1
0.113
4
4.53
<5.0
5.66
8
0.002
42
0.008
1.9
0.367
<2.0
4E-04
5
0.001
24
0.005
0.2
10.039
7
1.35
<5.0
0.966
5
0.002
36
0.017
2.8
1.33
<2.0
9E-04
4
0.002
28
0.013
0.3
0.142
8
3.79
<5.0
2.37
12
0.014
63
0.072
2.5
2.86
<2.0
0.002
10
0.011
31
0.035
<0.1
0.114
9
10.3
<5.0
5.71
10
0.0031
48
0.015
2.5
0.778
<2.0
6E-04
11
0.0031
35
0.011
<0.1
0.031
8
2.49
<5.0
1.56
12
0.005
56
0.023
2.9
1.19
2
8E-04
9
0.004
37
0.015
<0-1
0.041
7
2.86
<5.0
2.04
6
0.005
61
0.052
2.7
2.31
<2.0
0.002
6
0.005
41
0.035
<0.1
0.086
6
5.14
<5.0
4.28
10
0.010
66
0.068
2
2.07
<2.0
0.002
9
0.009
48
0.05
<0.1
0.104
8
8.29
<5.0
5.18
20
0.024
77
0.094
1.9
2.31
<2.0
0.002
11
0.013
79
0.096
0.8
0.972
12
14.6
<5.0
6.08
24
0.026
76
0.081
2.1
2.24
2
0.002
9
0.010
64
0.068
0.2
0.213
15
16.0
<5.0
5.34
13
0.012
58
0.054
2.4
2.25
<2.0
0.002
' 19
0.018
73
0.068
<0.1
0.094
9
8.43
<5.0
4.68
14
0.009
59
0.036
2.6
1.60
<2.0
0.001
10
0.006
46
0.028
<0.1
0.062
10
6.17
<5.0
3.08
10.6
0.009
51.2
0.045
2.23
1.89
2.04
0.002
8.71
10.0071
49.4
0.05
0.154
0.137
8.62
7.91
5.38
4.78
24
24
24
1 24
1 24
24
24
1 24
24 1
24 1
24
24
24
24
24
24
24
24
Note: Less than detectable calculated at the detectable limit (i.e. <0.1 = 0.1)

Max.
Allvac -Monroe March 2001 through February 2002 Monthly Average
Chromium
Nickel
Fluoride
I Cyanide
Lead
Zinc
Ammonia
TSS
Oil & grease
Cone.
Mass
Cone.
Mass
Cone.
Mass
Conc.
Mass
Cone.
Mass
Cone.
Mass
Cone.
Mass
Cone.
Mass
Cone.
Mass
ugll
#/day
ug/l
#/day
mgh
#/day
ug/l
#Iday
ug/l
#/day
ug/l
#Iday
mgll
#Iday
mg/l
#Iday
mgll
#/day
10
1 0.01
49.5
0.036
1.25
1.15
2
0.002
8
10.0055
60.5
0.055
0.1
0.086
8
6.44
5
4.31
14
0.01
60
0.050
1.95
1.45
2
0.002
7.5
0.0061
77
0.056
0.15
0.112
9.5
7.87
6
4.98
8
0.00
49.5
0.030
2
1.17
2
0.001
13
0.0077
35
0.021
0.15
0.091
9
5.35
5
2.95
8.5
0.02
40
0.0741
1.7
2.84
2
0.003
7
0.0129
91
0.1801
0.1
0.167
10.5
19.57
5.5
9.48
7
1 0.01
34.5
0.037
2.3
2.57
2.5
0.003
7.5
0.0055
28.5
0.031
0.1
0.109
10
9.36
5
5.43
9
0.01
40
0.031
2.95
2.23
2
0.002
7.5
0.0060
36
0.029
0.15
0.077
8
4.38
8
6.69
8
0.01
41
0.027
2.4
1.83
2
0.001
5
0.0033
23.5
0.015
0.15
0.076
5.5
2.94
5
3.31
.8.5
0.01
49.5
0.0451
2.65
2.09
2
0.002
7
0.0067
29.5
0.0241
0.2
0.128
8.5
7.04
5
4.04
11
1 0.00
52
0.019
2.7
0.98
2
0.001
10
10.0036
36
0.013
0.1
0.036
7.5
2.67
5
_1.80
8
0.01
63.5
0.060
2.35
2.19
2
0.002
7.5
0.0072
44.5
0.042
0.1
0.095
7
6.71
5
4.73
22
0.02
.76.5
0.087
2
2.28
2
0.002
10
0.0115
71.5
0.082
0.5
0.593
13.5
15.30
5
5.71
13.5
0.01
58.5
0.045
2.5
1.93
2
0.002
14.5
0.0120
59.5
0.048
0.1
0.078
9.5
7.30
5
3.88
22.0
0.0250
76.5
0.087
2.95
2.84
2.5
0.00334
14.5
0.0129
91.0
0.180
0.50
tEE3
13.5
19.6
8.0
9.48
Note: Less than detectable calculated at the detectable limit (i.e. <0.1 = 0.1)

Allvac - Monroe
r
March 2001 through February 2002 Temperature Summary
Mar-Ol
14
16
A r-Ol
17
25
May-01
25
27
28
29
29
Sun-01
28
29
29
30
N
Jul-01
28
29
ai
oA
>
E
UO
29
30Ct
Aug-01
28
29
29
30
29
Sep-01
27
27
29
Oct-01
Nov-01
Dec-01
Jan-02
Feb-02
21
22
21
20
17
16
16
17
18
17
17
16
10
11
11
12
22
16
14
14
16

Allvac - Monroe
March 2001 through February 2002 Flow Summary
Average Flow
(MGD)
Mar-01
0.274
A r-01
0.092
May-01
0.128
Jun-01
0.248
Jul-01
0.207
Aug-01
0.093
Sep-01
0.104
Oct-01
0.135
Nov-01
0.092
Dec-01
0.167
Jan-02
0.204
Feb-02
0.086
Average:
0.153

Allvac - Monroe
March 2001 through February 2002 pH Summary
Mar-01
7.3
7.4
7.6
7.5
7.5
A r-01
7.3
7.4
7.3
7.4
May-01
7.4
7.4
7.3
7.5
7.4
Jun-01
7.6
7.4
7.6
7.5
Jul-01
7.4
7.3
7.3
7.4
Aug-01
7.3
7.3
7.4
7.4
7.3
Sep-01
7.2
7.1
7.2
7.2
Oct-01
7.2
7.5
7.4
7.4
Nov-01
7.5
7.3
7.4
7.3
Dec-01
7.4
7.2
7.2
7.3
Jan-02
7.4
7.5
7.4
7.2
7.2
Feb-02
7.5
7.3
7.4
7A
7.3
Average: 1 7.36

March 18, 2002
Ms. Natalie V. Sierra
NC DENR -- Division of Water Quality
1617 Mail Service Center
Raleigh, NC 27699-1617
Subject: Allvac -- Monroe Plant
NPDES Permit #NC0045993
Union County
Permit Application Addendum
Dear Ms. Sierra:
Attached, please find the following documents:
AlAHvac
wigAn Allegheny Technologies Company
P.O- Box 5030
2020 Ashcraft Ave.
Monroe, NC 28111
Phone: [phone]
Fax., 704-282-1534
Email: [e-mail]
1
1 VA9 2 0 2002
1L---
QUALITY
Si,L30H bi ANCH
1. EPA Form 2C Part V. C. Analytical Results
2. Attachment I (Process Flowrate) Update
3. "Special Sampling" Attachment Update (Copper Added)
4. March 2001 letter to Samar Bou-Ghazale concerning the USGS estimate of the
7Q 10 flowrate of Richardson Creek at the Allvac=Monroe facility.
If you have any questions or need any additional information, please contact me at 282-1533.
Thank you.
T
nvironmental Affairs

EPA 1.0. NUMaER reapy from Item I of arm I]
PLEASE PRINT OR TYPE IN THE UNSHADED AREAS ONLY. You may report some or all of
this Information on separate sheets (um diesel" fomred instead of completing these pages. %� �_ 1)(��%n� 1 q i I
SEE INSTRUCTIONS,
OUTFACE No.
V. INTAKE AND EFFLUENT CHARACTERISTICS (conrfrrueif from page 3 of Form �C1 w u Vol
"i t �
,
PARTA -You must provide the refults of at least one aneiysis for every pollutant in. -.this table. Complete one table for each outfall. See instructions for additional details.
2. EFFLUENT .l
3. UNITS
4. INTAKE (opr(ona[
1. POLLUTANT
(sperify ll blank)
a. MAXIMUM DAILY VALUE
. MAXI M 7a
au
pAY VALUE
MY
4
1 aaa a e
d. No. of
A. LOµG TERM
Q NO. oP
I11
( 21 MASS
``
CONCAMVtIATION
l21 MASS
CoNCEM'TNITiON
III Mwss
CONCeNTNAT1aN
! MA}}
I t
ANALYSE
a C6NCBN-
TRATIOH
Q MASS
ANALYSESOF
e Biochemical
Oxygen Demand
I
u
I
f
1
iM°J OJ�.
$
0.
(9OD)
f r
b- Chemical
oxygen Demand
/_ S
ro
r _
Z r_ �a
l�
(
l0
c. Total Organic!
Carbon (A'OC)
9, 9 2
3,
a
d. Total Suspended
SaIldf (TSS1
15
31, s
l�,g,�
z
- T cl 1
2 4
� L
# / d a
e.Ammenle(as N)
0,9
6Ig72-
0.50
0, 54 3
O.I Sy
a•i37
2�
►..• It
#�d«
f. Flaw
VALUE
l. t o
VALUE -
O.zwO
VALUE
0, i 5 3
3(-S
MGb
VALUE
0. emjeratun
VALUE
VALUE
S
VALUE I
-I
� �
eC
VALUE
22.
r
h. Temperature
(Summer)
VALUE �7 O
7
VALUE p,
z
VALUE p
2 1
� �
eG
VALUE
1
_
i, pH
MINIMUM _
��
MAXIMUM
T (o
INIMUM _ JMAZMU!�SL
/
3
STANDARIO UNITS
PART 9 - Mark —A" in column 2-a for each pollutant you know or have reason to believe is present Mark'%- in column 2-b for each pollutant you believe to be absent. If you mark column 2a for any pollutant
which is lim#tad either directly, or lndkWty but axpnmly, in on trtfiuent limitationsquideline, you mustprovidethe results of at [east one enalysia for that pollutant. For other pollutants for wNehyou mark
column 20, you must provide quantitative data or an explanation of their presence in yourdischarge. Complete one table for each outfall. See the Instructions for additional details and requirements.
t. t}OLLUT-
_• MARK •X•
3. EFFLUENT
4. UNITS
5. INTAKE (optional)
ANY AND
CAS NO.
a- —
Isv[
O; Z
L.e =
n. MAXIMUM DAILY VALUE
MAXI M �A �AY VAEUt
avo a
a R
au a e
aNO or
a COMGEN-
Q
a TER
AVERAGE VALUE
rtMASS
OF ND.
AISAL-
C OMCaMTe ATION
Ill MASS
1
CO-C=NTe ATION
I21 MASS
I
Conew TNATION
111 MAss
CONC [NYa ATIaN
(il MASS
((f aveAabre)
}Na-
HNT
All -ANAL
f[NT
YSES
TRATION
YSES
e Bromide
(24959.67-9) .
X
b. Chlorine.
To
Total Fluldual
0.29
0,110
o. Color
d. Fecat
Collform
i;s a4 s`-B)
3.1
4 A
Z.�S
2.�4
-
N bras (as N)
NOWE
MISS
EPA i`olytt 3310-2C (5-40}
PAGE V-1 CONTINUE ON REVERSE

3'iitwdtk'x
n1,i.U.T- , . .
A.-EFFLU,1~HT.
4. UNITS S:INT•AIiE (apt[nrrd)
rANd':.:■l.
.•f s NO. 3■v[
b.■.-
b mswn MA7[IMUM DAILY VALUE
. MAXI M 7 Y VA UE le -LONG -
r .� - - ay
d. MO.O
a� �,p/�G RM
e, CONCILN- AOL ^ % V ALLrt
•R;-
(d/eaauaetej. /■NT
A■- t
ILRT c4NilNTRATON (l1 wwi[
_
(7 A// 1r1 -Aia
coNCeNTRA.0. 1r- towC■wTRwT10N
ANAL-
YSES
7p ATIQN b. MASS ANAL-
i MAri YS[a
C■wCaNTRATIow (1
i.T4t+-1:Organla
t4
`
I. Pboaphoru■
Nh f'J„Total
(773344.0)
!. Ridlo:cririty _
.
Ill%Alpha,= '
Total Y
Total Tota,
Ta tel_
131- Ridlum,
Towl'
(4) Radium
h _
226, Total
x
k. Sulf"o
(as S0f)
1480E-79-
1_ Sulfide
m.5u Ite
(air SO3)
(14255-45-3)
n. Surfactents
o. Aluminum, Totsj
D
D. 0 50Q
e
"/
(7429-90-61
1
>� 1
P. Barium,
Total
(7440.39-31
oron,
T
Total
,
(7440-42.81
r. Cobalt,
Total
�
�/� !!
�y 7
!
kr /L
J
#/N Al
(7440-46-41
l-�' W'P
l�
O c) L- 7 S
'
(7439-89.8 Total
v
7�
If
t
�� 7
7j 7
t `" %r'
#/� a j(
L Magnesium,
Total
�!
(7439.96-41
A
u. Molybdenum,
Tau!
�
D, Z 3
0I O O
�f �
�
CL
(7479.98.7)
rY .
(743Total9-96.61
rj',O1q
6•03Ob
I Ira
l'�/fir -
!`
w. Tin, Total
(744p-31-51
><. Titanium,
i74aa.sx.�►
©. I
0.OD
EPA Form
3510-2C (8.94)
PAGE: V-2
CONTINUE ON PAGE V -3

PA 1.0. NUMBER (copy from Item I Of FO"" J) 131ITFAI-L NU
NC p 070(o! Qq (I Do I
PARTC- ifyouareaprimary industry and this outfellcontains processwastewater, refer toTable 2c-2inthe instructions todetermine which ofthe GUMS fractionsyou must lost for.Mark "X"incglumn
2-a for all such GUMS fractions that apply to your industry and for ALL toxic metals, Fyenides, and total phenols. If you are not required to mark column 2-a (secondary i»dustriait nonprocess
wastewater mirMfls, andnonrequired GC/MS fractions), mark "A" in column 2-b for each pollutant you know or have reason to believe.is present. Mark "A" in column 2-c for each pollutant yuu
believe is absent_ if you mask column 2a for any pollutant, you must provide the results of at least one analysis for that pollutant. If you mark column 2b for any pollutant, you must provide the results
of at least one analysis for that pollutant if you know or have reason to believe it will be discharged in concentrabons'of 10 ppb or greater., if you mark column 2b for acrolein, awylonitrile, 2.4
dinitrophenol, or 2-methyl-4. B dinitrophenal, you must provide the results of at least one analysis for each of these pollutants which you know or have reason to believe that you discharge in
concentrations of! 00 ppb orgreater. Otherwise, for pollutants for which you murk lumn 2b, you must either submit at least one analysis or briefly describe the reasons the pollutant Is expected to
be discharged. Note that there are 7 pages to this part; please review each careful) . Complete one table (ad 7 pages) for each outiall. See instructions far additional details and requirements.
I. POLLUTANT
2. MARK W
3. EFFLUENT
4. UNITS
S. INTAKE (optional)
AND CAS NUMBER
Tsar b, aa-
Ina .rv�
■a-
I.enn.r
a. MAXIMUM GAILY VALUE
b• MAXt M !e fb7AY+VALUE
RL a e
C.LON4 T M /�{��R . �/ALUE
a4af
d NO.O
ANAL-
6
b. MAs3
�, LONG
TERM
b, NO.OP
1
f OMCrNTR wT10M
]
(1• YR{{
1
GONCR"TRATION
Ill M^{{
I
Cpwe{rliT)r ATION
fi1 YA{{
cowcaw-
I TRAr1ON
(fi YA{{
ava((able
(if )
RR- �w[-
qulw- {rNT
•
flNT
Y6fB
TAATION
YSES
METALS, CYANIDE, AND TOTAL PHENOLS
11A. Antimony,
Total. 17440-3")
�
� 0.00 S
,✓ A
2M. Arsenlc, Total
(7440-38-2)
�(
c 0. 00 Z
N A
3M. Barvillum,
Total, 7440-4t-71
CC).(50z
/ A
`
1
4M. Cadmium,
-Total (7440 43-9)
GD,QO�
`1iA
u
Total mium17O440-47-3)
Zy .
o.oZA-.
22-
002.So
Cori
in, ooR
2-4
R43�
x
r4
aoto
ry.s
0101zg
V11
0,007
Zq
`J/Q
T*/4�
y� . .Total
�[
I`
IC
0, DD02,
1v A
JC
9W Nkkel, Total.,
;c7ua a).:.:
77
O.fl7
7G,5
0.097
S1,2
Q,0` 5
2`4
JA
ja
1 OM:�SiNnlum,
To"I:(7711249.2).
a-0.00
NA
11W.$lNor ;:Total::
ITota417440-28.0).
l�[_
eQ,Qo 2-
/JA
.
l3rMi Z1nt Total
(74404")
Noo.
31 S
91.0
©. � � a
�f4 .�
0,v50
z,
�g/1
�rd4
141I : Gyanido, , •
Totalt47.12-a)
r
3.0
0• OO
Z r 5
D,o03�4
�.Q=�
0
CJ,a�Z
L�
Q
r
76M: Phenoh.
.Total
Q V.O V
/U A
M'lljs_
i
Chlgjo'dlbrrs:o.P. � sl � P
p!d�tln (1>64-o1-e1
EPA Form 3510.2C (S.9p) PAGE V-3 CONTINUE ON REVERSE

CONTINUED FROM TH9 FRONT
I. POLLUTANT 2.;MARK •xI 3, EFFLUENT
4. UNITS
5. INTAKE (optioned)
AND CAS t Y VALUz ALONG TVALUE
TAST b, ■e- C aa- M
NUMBER R MAXIMUM GAILY VA- pap Sw onm d Na•or
* CONGEN•
a. LONG
TERM
00
E NO.L,
... fe a ueYe
PAZ As. L1 1 ANAL-
(t�aeaddebde) euspi- fepiT' spiv c,"', TeAT}pN ([) IrAMf Sel.caN/TfAT10N ([I gaff COR[a„YIIATI6M la( MA1f VSK
TRATPON
b MASS
1 eomraw
1 TIIAt1De/
(!I MAlf
AlIAL-
YSES
OC1MB FRACTION —VOLATILE COMPOUNDS
1V. Acrolein
(107.0248) x
A/
2V. Acrylonitrila
s
3V. Benzene
171.43-21 Y,
G Al po S N A
4V. Bin (Ch[aro-
methyl) Ether
0,010 /JA
p
(542-88-1)
SV. Bramoiorm
(75-25-2)GV.
C6.OQ� NYC
Tatraehlorlde
Tet C Mori
G 00S N/1+
7
7C
(5B-23-5)
7V. Chlarobenzene
{10e-90-71
8V. Chlarodl-
bromomathane
z o, 0 05 Af A
-
I
(124-48-1) (�
9V. Chforosthane
(75-00-3)
p, 00 5 uA
10V. 2-Chloro-
athylvinyl
q
(110-75-8) (�
I V. Chloroform
i�
` IJA
0,005
(
try
g
12V. Dlchloro-
bromomathane
0, oO S R
w 1
!�
(75-27-4)
13V. Dlchloro-
dilluoromathane
L p.Q[0
(75-71.8)
1
14V. 1,1-131chloro-
ethane (75-34-3)
11
0.
15 V. 1,2-D Ichloro-
.than. (107-05-2)
� 0, 005 N! A
19v. 1,1-131chloro•
(75-35-4)
C' 0. NA
�
w L
ethylane
�
17 V. 1.2-D Ich loro-
propane (78.87-51
L Or d S rf A
r/
1 wVW.042-154
L c�. Q4 S A/
1BV. Ethy(benzene
1100-41-4)
+r
- OPOS I A
Bro de (74-83-5)
GLmothyl-i, f� i j A,
ChlwEds 17447-3)
e0, 010 Ai A
EPA Form 3SIO.2C (e-90) PAGE V-4 GONTINOE UN PAUFL V-ti

MNY1NIWn rAnu PArSE V.&
I. -POLLUTANT
ANa CASlK
i•,arwwlt x S. EFFLUENT: -
' :
f. UNITS'
w 9.'1NTAKE (aptiprlalJ::
/nus 6
Rvi ,evi R MA]UMYid,t7AILY VALUt
•' 1 o t
C. ON. T 1rI AQ15R AL C
auaf! !t
dwKA-orL-
R CONE[PM
r LOMrr'TERM
• ,
HALT
NUMBER
f�/eusunate 1
•-
a+..n-
'n�- ••
■anT aawr S•1 lal a,Arr
cone.,rrw w�taw
YaE9
TA ATEOM
MAIs
I�1 ceMctn-:
NA"on
. 1.1
1,1
co co.TwAY,Gn
II} rAsa
1'1
Cofte Mrwwner
Ir rwas
I
OCAIS F•RACTIOH —VOLATILE COMPOUNDS (contemned)
22V_ 1N.1l7Ylsn.
23W I A.,2-Tarr-
chlpro.fA.na
c v. ii0 S
N
A
(79-.i46I : :..
!Z
24V ,T.trmc lord
27-18-41
G D, 0
A
otfiY;iemw ll
1I
26 V: Talu.n*
1108:88�31
0.00s
h
20W 1.2-Trons-
6loro.ehrl.n.
1�1
,00S
j,f 1�
(
27V. 1,,,1-Trl-
chloroethsnr
(7"5-e)
28V. 1,1,2-Trl-
chloroetlun.'
`
1
/1
7�
/
(79.0)•Ii1
I
w
Trtchloro-
rhv
thy Ra-o
el.n. 1-8}
%
�fl.'
QL�,OOS
A.fA-
I
>
30V. Trichioro-.
(75-69-41
310 Neil Y1
Chloride 575-01-4)
� 0 1 O
l
+
OC/m FRACTION -- ACID COMPOUNDS
, A: 2-Chloropheno
S9lI�7�1..
v
�Q, �I(7
/
P—) �
n
plt*n ,l//�
3A}4�171methYl
p1►inol (106.67-9}
p, 0 I t7
/JA
f
6A:'?;4Dlnitro-
ph�nol'561-28-6)
7�
1
40, 0 �}
l� q
/A
8A: 2-N itrpph*nol
PJA
7A3 iiNitroph.nol
D 57O
N+4
w
IIA:ip.Chlore-
creiol (6s-ao-7) 71
`I(
C ((),()10
AJ A10
(
/
flApiirb"loro-'
PtiM�bf:(B78Bf51
Y1
40-00
w
'
:.�m..
o, 01 o
rJAj
EPA Fol,el 9510.= t$-SQy
PAGE V-5 CONTINUE ON REVERSE

a CONTINUED FROiY1 THE FRONT
f- POLLUTANT 2. MARK 'x' 3. EFFLUENT 6. UNITS S. INTAKE loarienall
ANp GAS • MAXI M
NUMBER *rer her• c.c- i MAXIMUM DAILY VALIf >~ QOaf1a8[[
]D
(1 [i1 811J
d, n0.0I
i COlICriN-
.. LdNG
TERM h Ivd.dr
�Xa �cva uaX.
fllaaeRaDle wa' �aa -"
J avow• seXT .awr CawC[wi.wriaw le) ww.■ eawe ¢{�rwwner
JL-
ANAL-
Y][! TRATIOq
h MASS
Wi-.voww
ANAL-
le] rwec YSE9
{�I rwa CaMC■wf Xw TlaM Ir) �+-.e
GC/NIS FRACTION — BASE/NEUTRAL COMPOUNDS
-
1 B. Acenaphthene �(
(83-32.9)
O Q
u,
/
n
2B. AC.naPhtyl.n.
(208.96A)
3B. Anthraces.
1120.12.7)lM
40,010 h
AB- B.n:ldlne
(92.8
G7-51 Q 1 O S Q R
l
/
59• Banza (a)
C Q. 0 10 p1
AAnthracen.
56&55-3)
68. Benz*
4 0.010.
f /�
46 -3
PYr.na 160-32�)
l
7 B. 3. 4-B.nro.
;fluor.nth.na
• 4205-69.2)
P.ryMne
(191-24-2)
3B.;�ntb fkJ
Fluannth.na _
X A
(207CB-9)
j h
10Bs Bln (s-Chlaro-
[thday) Morthan.
^
1,111
t IL Btu (2-Chloro-
11144
len010 WA
Aaryii Ph h. ito
c 0. 010 /J Lh
/ L
il (t17 11-7 ).
118,;!4.B►omo
At
7*w�Autl/l Biviivi
`.Prren!klts (B6 8B-7
C Q, Q 1
Xtlt�Pl I.ct.
e O. D O -. A
wq��
, hl,:nYr:: x
1D'DIO N A,
tet�'�tlo�;ri�)
0,01
19B;iplben:o 4.h)
/Lntliricina :. t
...
�D.otO N
:155. ).,
`208. 1,x-Pichloro-
b.n:el►e 196.60.1)
"�
s o ..0oS /" A
219. f 33Dtchlora-
40.00
PAGE V-6 CONTINUE ON PAGE V-7
EPA F8m 1510-2C (LU)

CONTINUED FROM PAGE V-6
I..POLLUTANT ¢. MAErK'X 3. EFFLUENT 4. UNITS S. INTAKE foorlerlarl
.: AHD GAS
'NUMBER
STK,T b+c-
G +e- a- MAXIMUMt t]AILY VALUL
. MAXI M 7p pwT VALUE c.LGNG'r M eyR . VALUE
ovaiWDie I avnRab!!
a NO -Of a. LONG TEgM b. MQ.OF
e. Ld HCE N•
(If,avalla8leJ
IMa Yee
o� �- silii
uevc
,irr !•I
C OMca Mrw wTlpN
1,1 ..�■•
ANAL- b. MASS ANAL-
rsES TwwrFON 1.1 ee.+ca+ Ial ..wa. VSES
rwArloq
1.1 III Y4,■ 1�! I,1 ..w■,
lOwClw►w Arlo. caxc axrw wrl0x
OCIMS FRACTION — BASEINEUTRAL COMPOUNDS (conHnusd,
�7RBi'.%4-Dlchloro-
�'2�8.�.3;-blch ror
yRt]InhYl -
1
W-2
�`
GD,OfD
nJ�
'
;�}J�i;�,4•QIrlltro-
•taluaC►f (601s2a2}
/-01010
tiA.
:Pph
o0,4(a
N A
l lR
(1,7 B4-0Z
l-
hYdca=�r+e;(alAso
tea.Iij:
BOA-4�1-0r+ntMnr<
J
LOr Of 0
IJ A`
R
J
�
-,326' .F luorena
chlorobutadiene
�
� Q• © � 0
N r5
/r
356. Hexechlom-
cYalapentedlene
x
C D, ©j 0
N A
(77.47-41
368- Flaxechioro-
athane (67-72-1)
37B.Ind2'no
(1,,3-cd PYranr
��I0/
N P
1 vn/Q
(t93-39-61
4 / /�
(76-63899 ;horone
eoofo
/'A
' 1�
(91--20-3lhthalena
n
94
40B. Nitrabenrena �r
4713, N-N Itia-
■odlmethYlamine
D, 05,0
<r A
I 1A-
j
(62-75.9)
l(/
420. N.Nltramodi-
N-propYlemine
/-0.010
�f q
B2,-S4-7
'
pncslr V-7 CONTINUE
ON REVERSE
LrA rorm oa iv-w-ww f

CONTINUED FROM THE FRONT
>1. POLLUTANT 2.'MARK •x' 3. EFFLUENT 4. UNITS 3. INTAKE favdonall
AND CAS
NUMBER TcfT
.ws
bac•
.1.IAX! M ip p� Y VALUE
G.a- 41MA%p.1Ui� OA10.Y VALUE daailable
cam■
e.LONG T jZM A1[p�w VALOR
J617dfldhle
QNO.op a. LONG TERM p,HO.or
a. CONClN- E
rrldewrld6la we
01.IA-
Icvc
�-
•fMT
ANAL- TRATION 11lMA!! ANAL-
y5E5 IIT..To M• Irl wA�• h•gE5
w
•■MY GOMC ('1T.wilON (!1 MA�f COMC�MIT 111TI O.. Iil MA■f
co—It.tRATlaw fol Ill MI1!•
GCJMS FRACTION — BASE/NEUTRAL CON(POUNDS (condnurd)
S. N-Nlvo-
wdlphanylamin■ 7�
L`J.QS[� A'A
(ad
"R. Pa nant,..lte
40, 01`0 t► R
w�f
4es. Pyian:
e- o. D! 0 N A—
46t1:-112,4 • Trl.
OC. AIY FRACTION -PESTICIDES
2P,i sic.
..
e-0.05o A/At
4P. BMC
(Ba-a")
c 0. 0 SO ,A1 A-
6P. F)-BtIC
^
/A6P.
Chlordane
(57.74-9)
O / ` }
!�
SS
` �/ /�
f
8P. 4.4'-DBE
[72-a5-9)
Z, J A-
II
1 u?
%
4 2-b4.)
C s
10P. Dieldrin
NJ A
1P. owMrn
(115-29.7)
C p, 05 0 /Nf A
12P. ft-Endossuil■n
4115-29.7)
L V. 10 14 AV
4
13P. Endosultan
9 utfate l(
G f�l L S /�
/J
( 0314 6}
14P. Endrin
(2-20-81
L 0.05 N A
W
160. Endrfn
Aldehyde
G. fi Q 5 N A-
wf//
(7421-93-4)
16 .Heptachlor
7`
1 Q 5 � A
L 1! �y /?
qq
I v
EPA Farm 3510-20 (6.90)
PAGE V-6
CONTINUE ON PAGE V-9

SrA 117. NnnVM=ER (Cop7 from Jlan J of o►m J) OVTFA LL NUMBER
CWTIPIUED FROM PAGE V B t� ,) �% ` q %
.1. POLLUTANT 2. MAsm w _ 3. EFFLUENT
4. UNITS
S. INTAKE (opt fat)
AND CA5 I.MAXI M 7p Y VALUE a.LO G T
NUMBER TIaT 6 ww' Owl" 4L MAXIMIUM DAILY VALUE p d Np•or
Ewa 69uw is w�0 I •
ti C4NCEN-
A. LONG
TERM
b. 040. or
wl. •w T ww- ICI t ANAL-
(If auaftghtl) wU.w- •wNi ■lwT eewtl wiw wTtow Irl wwaa CMIGwwTw ATIOM I1I MAa■ CO MGIMTw ATIOw III YAff YSE$
JLjm
TRATION
IYIA$S
AMAL-
Y3C!
_
I�TRA1 Onw
If1 Mwal
GCOM FRACTION — PESTICIDES (continued)
Epox dehlor
t Q,O s
N
II
S
u1 ,�
11024-67-3)
1
18P. PC6-1242
(153469.21-9)
Q SQ
/V A-
/o
C
1AP. PCB-12B4
(11097-69-11
N A_
/Q
(11104- 8-2) 1
K
�,s
AfA-
u!
21P. PCB-1232
(11141-16-S)
22P- PCB-1249
(12672-29-t11
x
I
d-D. $O
AM
D
us/Q
(11098.82-6► °
0, -q
N A-24P.
4- 118 (12
(12874-11-21-2I
hone
t 5.0
Al A-
18001-36-2
PAGE V-4
IPA Form 3510-2C (8-90)

Mar-19-02 11t10A r va
Lab Report
PRISM
I Manrrotnt;s, INC.
run r�wvity 4naOcni A cswipom11 w Sou, i(x*
3119/02 Page 1 of 6
Alivac Customer Project ID: Pond Water
Attn: Mr. Tommy Long Customer Sample to: POND WATER
PO Box 6030 Prism Sample ID: AC36518
Monroe, NC 28110 Login Group: WM314H1
Sample Collectlon DatefTime: 318102 08:00
Lab Submittal Date/Time: 3/8102 09:27
The following analytical results have been obtained for the indicated Sample which was submitted to this laboratory
TEST
TEST
REPORTING
METHOD
DATEITIME
PARAME7ER
RESULT
UNITS
LIMIT
REFERENCE
STARTED
ANALYST
METALS DIGESTION
Completed
EPA 200.7
3/13102 06:00
MBS
ANTIMONY, TOTAL
Less than
mg/L
0.005
EPA 200.7
3113/02 21:20
MSC
ARSENIC, TOTAL
Less than
mg/L
0.002
EPA 200.7
3113102 21:20
MSC
BERYLLIUM, TOTAL
Less than
rng1L
O.D02
EPA 2D0.7
3113102 21:20
MSC
CADMIUM, TOTAL
less than
mg1L
0.001
EPA 200.7
3113102 21:20
MSC
COPPER OTAL
OA7
mg1L
0.002
EPA 200.7
3113102 2120
MSC
SELENIUM, TOTAL
Loan than
rmg1L
0.002
EPA 2007
31IT02 21:20
MSC
SILVER, TOTAL
Lama than
mg/L
0.002
EPA 2001
3113/02 21:20
MSC
THALLIUM, TOTAL
Less than
mg1L
0,002
EPA 200.7
3113102 21:20
MSC
MERCURY, TOTAL
Less than
m91L
0.D002
EPA 245.1
3112102 18A3
MSC
MERCURY DIGESTION
Completed
EPA 245.1
3112/02 12.20
MBS
PREP. METHOD EPA 608
Completed
EPA 608
3112102 09:30
GRR
ALDRIN
Not detected
ug/L
0.05
EPA 608
3113102 13.00
LAC
A-SHC
Not detected
ug/L
0.05
EPA 005
Vi3/O2 13:00
LAC
a-eHC
Not detected
uglL
0-05
EPA 608
31131U2 1100
LAC
D-BHC
Not detected
UgIL
0.05
EPA 608
3113102 13:D0
LAC
G-SHC
Not detected
ttg1L
0.06
EPA 608
3113t02 13:00
LAC
CHLORDANE
Nat detected
ug/L
0.5
EPA 608
311310213.00
LAC
4,4'-DDD
Not detected
ug/L
0.26
EPA 608
3/ 13M2 13:00
LAC
4,4'-DDE
Not detected
ug/L
0.05
EPA 808
3/1 Y02 13:00
LAC
4,4'-DDT
Not detected
ug/L
0-25
EPA 608
W13/02 13:00
LAC
DIELDRIN
Not detected
ug/L
0.05
EPA 60B
3113102 13:DO
LAC
ENDOSULFAN I
Not detected
u911-
0.05
EPA 608
3113102 13-00
LAC
ENDOSULFAN II
Not detected
ug/L
0.1
EPA 608
3113102 13:00
LAC
ENDOSULFAN SULFATE
Not detected
ug/L
0.25
EPA 608
3113102 13:00
LAC
ENDRIN
Not detected
ug/L
0.05
EPA 608
N13/02 13:00
LAC
ENDRIN AL OP-HYDE
Not detected
ug/L
0.05
EPA 608
Y13102 13:00
LAC
HEPTACHLOR
Not deterred
ugIL
0.05
EPA 608
3/13/02 13:00
LAC
HEPTACHLOR EPDXIDE
Not detected
ug/L
0.1
EPA 608
31131U2 13:00
LAC
4.4'-METHOXYCHLOR
Not detected
ug1L
0.1
EPA 606
3113102 13:00
LAC
NC Certification No. 402 - SC Certiflcation No. 09012 - NC Drinking Water Cert. No. 37735 - FL
Certification No.
E87519
449 Sprinrhrovk Rind AL 1'.I1
kt, 24(64
1 Ak Cltutk 1C, Alt- 29"4
(154.1
r IK m:t 7514; -29-6 64 A Tull F.q-
Numhvr'.
1 •KfH1;'j?4_b:f/r1ALP. t: %114152,i {I111W

r. v�
Mar-19-02 11:11A
Lab Report
3/19/02
A lvac
Attn: Mr. Tommy Long
PO Box 6030
Monroe, NC 26110
PRISM
. M.�►eastA'taat:s, IraC
t i k,
Page 2 of 6
Customer Project ID:
Pond Water
Customer Sample ID:
POND WATER
Prism Semple ID:
AC36518
Login Group:
WM314H1
Sample Collection Detefrime:
3002 08:00
Lab Submittal Date/Time:
3/8/02 09:27
The following analytical results have been obtained for the indicated sample which was submitted to this laboratory
TEST
TEST
REPORTING
METHOD
DATEMME
PARAMETER
RESULT
UNITS
LIMIT
REFERENCE
STARTED
ANALYST
TOxAPHENE
Not detected
ug/L
5.0
EPA 608
3113102 13:00
LAC
PCB-1016
Not detected
ug/L
0.5
EPA SOB
3113102 13:00
LAC
PCB-1221
Not detected
ug1L
2.5
EPA 608
3113/02 13:00
LAC
PCB-1232
Not detected
ug/L
0.5
EPA 608
3/13/02 13:00
LAC
PCB-1242
Nat detected
ug/L
0.5
EPA 608
3113102 13,00
LAC
13CB-1248
Not detected
ug/L
as
EPA 608
3/13/02 13:00
LAC
PC9-1254
Not detected
ug/L
0.5
EPA 60B
3/13102 13,00
LAC
PCB-1260
Not detected
ug/L
0.5
EPA 608
3113102 13:00
LAC
2,3,7,8 7etrachiorodibenzo-p-dioxin
Not Detected
ppq
5.0
EPA 613
3115/02
TL
ACROLEIN
Not detected
rng/L
0.100
EPA 624
3/111W 21:25
MP
ACRYLONITRILE
Not detected
mg/L
0.100
EPA 624
3111102 21:28
MP
BENZENE
Not detected
mg/L
0.005
EPA 824
31M1/02 2125
MP
CARBON TETRACHLORIDE
Not detected
mg/L
0.005
EPA 624
3111/02 21:25
MP
CHLOR09ENZENE
Not detected
mg/L
"0.005
EPA 624
3111102 21:25
MP
1,2-DICHLOROETHANE
Not detected
MqA-
0.005
EPA 624
3111102 21,25
MP
1. 1: 1 -TRICHLOROETHANE
Not detected
mg/L
0.005
EPA 824
3111102 21:25
MP
1,1-DICHLOROETHANE
Not detected
mg/L
0.005
EPA 624
3111/02 21:25
MP
1,1,2-TRICHLOROETHANE
Not detected
mg/L
0.005
EPA 624
3/11102 21:28
MP
1,1,2,2-TETRACHLOROE7HANE
Not detected
mg/L
0.005
EPA 624
3111/02 21:25
MP
CHLOROETHANE
Not detected
mg1L
0.005
EPA 624
3111/02 21:25
MP
2-CHLOROETHYL VINYL ETHI=R
Not detected
mg/L
0.010
EPA 624
3111/02 21:25
MP
CHLOROFORNt
Not detected
Ing&
0.005
EPA 624
3111102 21:25
MP
1.2-DtCHLOROSE NZENE
Not detected
mg/L
0.005
EPA 924
3111102 21:25
MM IR
1,3-OMCHLOROBEN=ENE
Not detected
mg/L
0.01)5
EPA 624
3111102 21.25
MP
1,4-DICHLOROBENZENE
Not detected
mg1L
0.005
EPA 624
3111102 21:25
MP
1.1-DICHLOROETHENE
Net detected
mglL
0.005
EPA 624
3/11102 21:75
MP
1,2-TRANS-DICHLOROETHENE
Not detected
ttV&
0.005
EPA 824
3111/02 21:25
MP
12-DICHLOROPROPANE
Not detected
mg/L
0.005
EPA 624
3111102 21:25
MP
1,3-DICHLOROPROPENE
Not detected
mgA-
0.006
EPA 624
3111M2 21:25
MP
NC CertiflcatIon No. 402 - SC C"fic2tion No. 99012
- NC Drinking Water Cert. No. 37735 - FL
Cerdficalion No.
E87519
4•11) Srrinhfirxx+k
RvaLl Ak P.O.
It— Z405-13.&
Churlotiv, Ni:-1S2)4-t}.3t3
I'hr+nr, 7041 21y-h31,-1 Ak Toll I -ve N,+rnL,er: 1-14I101,'529
h:1fr1 � Faa: ifM4 523.01(14

Y.U7
Mar— 19--02 11 : 11A
Lab Report
r
3/19/02
Allvac
Attn: Mr. Tommy long
PO Box 5030
Monroe, NC 28110
y PRISM
LABDRATME& KC.
FuK Se,vR:4 Ana"oel A Fnvkmmen151 $olutiorm
Page 3 of 6
Customer Project ID:
Pond Water
Customer Sample ID:
POND WATER
Prism Sample ID:
AC316518
Login Group:
WM314H1
Sample Collection Date/Time:
3/8102 08:00
Lab Submittal Date/Time:
3/8102 09:27
The following analytical results have been obtained for the indicated sample which was submitted to this laboratory
TEST
TEST
REPORTING
METHOD
DATEITIMI-
PARAMETER _
RESULT
UNITS
LIMIT
REFERENCE
STARTED
ANALYST
ETHYLSENZENE
Not detected
mg/L
0.005
EPA e24
3111102 21:25
MP
METHYLENE CHLORIDE
Not detected
mg/L
O.Oos
EPA 624
311 NO2 2115
MP
CHLOROMETHANE
Not detected
mg/L
0.010
EPA 624
3111102 21:25
MP
9ROMOMETHANE
Not detected
mg/L
0.010
EPA 624
3f 11102 21,25
MP
BROMOFORM
Not detected
mg1L
0.005
EPA 624
3111102 21:25
MP
DICHLOR08ROMOMETHANE
Not detected
mg/L
0.005
EPA 624
31W02 21:25
MP
CHLORODIBROMOM ETHANE
Not detected
mgfL
0.005
EPA 624
3111102 21:25
MP
TETRACHLOROETHENE
Not detected
mg/L
0.005
EPA 624
3r11102 2115
MP
TOLUENE
Not detected
mg/L
0.005
EPA 624
3111/02 21:25
MP
TRICHLOROETHENQ
Not detected
mg/L
0.006
EPA 624
3111/02 21:26
MP
VINYL CHLORIDE
Not detected
mg1L
0.010
EPA 624
3111102 2115
MP
TRICHLOROFLUOROMETHANE
Not detected
mg/L
0.010
EPA 624
3111102 21:25
MP
DICMLOROMFLUOROMETHANE
Not detected
mg/L
0.010
EPA 624
3/11/02 21:25
MI'
PREP, METHOD 825
Completed
EPA 625
3111102 13:00
Ap
ACENAPHTHENE
Not detested
mg/L
0.010
EPA 625
3113/02 08:19
LAC
BENZIDINE
Not detected
mg1L
0.060
EPA 625
3113102 00:19
LAC
1,2,4 TRICHLOROBENZENE
Not detected
mg/L
0.010
EPA 625
3113102 08:19
LAC
HEXACHLOROSENZENE
Not detected
mg/L
0.010
EPA 625
3113M2 08:19
LAC
HEXAC►4LOROETHANE
Not detected
mg/L
0.010
EPA 625
3113102 08;19
LAC
BIS{2-CHLOROETHYL)ETHER
Not detected
mg/L
0.010
EPA 625
3113102 06:18
LAC
2-CHLORONAPHTHALENE
Not detected
mg1L
0.010
EPA 625
3113102 0&19
LAC
2.4,6-TRICHLOROPHENOL
Not detected
mg/L
0.010
EPA 625
3113/02 08:19
LAC
PARACHLOROMETA CRESOL
Not detected
mg/L
0.010
EPA 625
3113/02 08:19
LAC
2-CHLOROPHENOL
Not detected
mg/L
0.010
EPA 625
3113102 08:19
LAC
1,2-DICHLOR06ENZENE
Not detected
mg/L
0,010
EPA 625
311W02 09:11
LAC
1.3-DICHLOROBFNZENE
Not detected
mg/L
0.010
EPA 82$
3113102 08:19
LAC
1.4-DICHLOROBENZENE
Not detected
mg/L
0.010
EPA 825
3113102 011;19
LAC
3,3-DICHLOROBENZIDINE
Not detected
mg/L
O.D50
EPA 625
3/13102 03:19
LAC
2,4-DICHLOROPHENOL
Not daiscled
mg/L
0.010
EPA 625
$113/02 08:%
LAC
NC Certification No. 402 - SC Certification No. 99012 - NC Drfnkfng Water Celt. No. 37735 - FL Certification No. E87519
4411.Spiinl brwli Ko.ul AL f 0. N,', 1441..;4", AL ('ilt+ris�tt+, tiL 2t32.?4 tlK:l:1
I'fu tli :7114/j4.r,1 l Tt+ll fire Vumbt r: 1-RINIj j29-h:ihd A Per: 71F1/52n-1141N1

Mar-11= —Vz 11 : 11F1
Lab Report ,
j PRISM
LABO iATOMU, Men
t
FuH :;elricm I,nnlyticet tt rrmronrn9rvW S oliev"I
3119102 Page 4 of 6
Allvac Customer Project u Pond Water
Attn: Mr, Tommy Long Customer Sample ID: POND WATER
PO Box 5030 Prism Sample ID: AC30518
Monroe, NC 28110 Login Group. WM314H1
Sample Collection Date/Time: 318102 08:00
Lab Submittal DatefTlme: 318102 09:27
The following analytical results have been obtained for the indicated sample which was submitted to this laboratory
TEST
TEST
REPORTING
METHOD
DATErTWE
PARAMETER
RESULT
UNITS
LIMIT
REFERENCE
STARTED
ANALYST
2,4-DIMETHYLPHENOL
Not detected
mg1L
0.010
EPA 625
3113102 08:19
LAC
2,4-DIN1TROTOLUENE
Not detected
mg1L
0.910
EPA 625
3113t02 08:19
LAC
2,6-DINITROTOLUENE
Nat detected
mglt
0.010
EPA 625
3113102 DB:1a
LAC
1,2-DIPHENYLHYDRAZINE
Not detected
mg/L
0.100
EPA 625
3113102 06:19
LAC
FLUORANTHENE
Not detected
mg1L
0.010
EPA 625
3113/02 08:19
LAC
a-CHLOROPHENYL PHENYL ETHER
Not detected
mg1L
0.010
EPA 625
3113102 08:10
LAC
4-BROMOPHENYL PHENYL ETHER
Not detected
mg/L
(010
EPA 625
3/13102 08:19
LAC
BI5{2-CHLOROISOPROPYL)ETHER
Not detected
mg1L
0.010
EPA 625
3113/02 08:19
LAC
B15(2-CHLOROETHO)(Y)METHANE
Not detected
mg/L
0.010
EPA 625
3113102 08;19
LAC
HExACHLOROBUTADIENE
Not detected
rng/L
0.010
EPA 625
3/13102 08'19
LAC
HEXACHLOROCYCLOPENTADIENE
Not detected
mg1L
0.010
EPA 625
31l3102 08:19
LAC
ISOPHORONE
Not detected
mg1L
0.010
EPA 625
3113/02 08;19
LAC
NAPHTHALENE
Not detected
mg/L
0.010
EPA 625
3113102 08:19
LAC
NITROBENZENE
Not detected
mg1L
0.010
EPA 625
&13102 08:19
LAC
2-NITROPHENOL
Not detected
mg/L
0.010
EPA 625
3/13/02 08:19
LAC
4-NITROPHENOL
Not detected
mg/L
0.050
EPA 625
3113/02 08:19
LAC
2.4-DINITROPHENOL
Not detected
mg1L
0.050
EPA 625
3113102 08;19
LAC
4,6-DI NITRO-O-CRESOL
Not detected
mg/L
0.050
EPA 626
3113102 06:19
LAC
N-NITROSODIMETHYLAMINE
Not detected
mg/L
0.050
EPA W5
3/13102 0E:19
LAC
N-NITROSOOIPHENYLAMINE
Not detected
mg/L
0.050
EPA 625
3113102 08:19
LAC
N-NITROSODI-N-PROPYLAMINE
Notdete0ed
mg/L
0.010
EPA 625
3/13102 08:19
LAC
PENTACHLOROPHENOL
Not detected
mg/L
0.010
EPA 625
3/13102 08;19
LAC
PHENOL
Not detected
mg1L
0.010
EPA 625
3113102 06:19
LAC
BIS(2-ETHYLHEY.YLIPHTHALATE
Not detected
mg1L
0.010
EPA e25
3113/02 08.19
LAC
BUTYLBENZYL PHTHALATE
Not detected
mg/L
n.010
EPA 625
ail3/02 08:1B
LAC
DI-N-BUTYLPHTHALATE
Not detected
rng1L
0.010
EPA 625
3113102 08:19
LAC
DI-N-OCTYLPHTHAIA.TE
Not detected
mg/L
0.010
EPA 625
311 V02 08' 19
LAC
DIETHYL PHTHALATE
Not detected
mg/L
0.010
EPA 625
3113102 D8:19
LAC
DIMETHYL PHTAHALATE
Not detected
mg/L
0.010
EPA 625
3/13/02 08:19
LAC
BENZO(A)ANTHRACENE
Not detected
mg/L
0.010
EPA 625
3113/D2 08:19
LAC
NC Certification No. 402 - SC Certification No. 99012 - NC Drinking Water Ceti. No. 37735 - FL Certification No, E87519
d-I4 Springbr,kil: Road r I'.0 Rox 24(13-9 + Cirarinuo, NC_' 2N224-(1r13
Pham.: 04;529-06A A'kdl Fier• Numbcr: 1-Iiilll/i15t-f,3hlA Ca,<: j114/5254WIN

Mar-19-02 11:11A
P.07
Lab Report
3/19102
Alivac
Attn: Mr. Tommy Long
PO Box'5030
Monroe, NC 28110
` PRNM
ueMr0046, tmc.
nin ;ravia Analymai t: envirimmvnlal Solutrorn
Page 5 of 6
Customer Project ID:
Pond Wager
Customer Sample ID:
POND WATER
Prism Sample 10:
AC36518
Login Group:
WM314H1
Sample Collection Date/Time:
316102 08:00
Lab Submittal Date/Time:
318102 09:27
The following analytical results have been obtained for the indicated sample which was Submitted to this laboratory
TEST
TEST
REPORTING
METHOD
UATEftINtE
PARAMETER
RESULT
UNITS
LIMIT
REFERENCE
STARTED
ANALYST
SENZO(A)PYRENE
Not datetted
mg/L
"ID
EPA 625
3113/02 08:19
LAC
BENZO(B)FLUORANTHENE
Not detected
mg/L
0.010
EPA 625
3/13102 08:19
LAC
BENZO(K)FLUORANTHENE
Not detected
mg/L
0.010
EPA 625
3/13102 08:19
LAC
CHRYSENE
Nnt detected
mglL
0.010
EPA 625
311310Y 08:19
LAC
ACENAPHTHYLENE
Not detected
mg1L
0.010
EPA 625
3113102 05:19.
LAC
ANTHRACENE
Not detected
mg/L
0.010
EPA 625
3113102 08:19
LAC
BENZO(GHI)PERYLENE
Nat detected
mg1L
0.010
EPA 625
311310208:19
LAC
FLUORENE
Not detected
rng/L
0.010
EPA 625
3113102 08:19
LAC
PHENANTHRENE
Not detected
mg/L
0.010
EPA 625
3113102 08:19
LAC
OISENZO(A.H)ANTHRACENE
Not detected
rnWL
0.010
EPA 625
3113/02 08:19
LAC
INOEN0(1,2,3-CD)PYRENE
Not detected
mg/L
0.010
EPA 625
VIV02 00:10
LAC
PYRENE
Not detected
mg/L
0.010
EPA 625
3113/02 08:19
LAC
NC Certification No. 402 • SC Certification No. 99012 - NC Drinking Water Cert. No. 37735 - FL Certification No. E87519
4 L9 !�-trcinKbrook K,ra,i ,& V.0 Kv-, 2441:4.5 ,& (3indultc. NC 2Pt'224-(tS13
1'hono+ 70A/52y [et(,4 a lNI F,,.,: Vunrhrr: 1•H001-'5?O-h..W A, Fax: 7M/175 04(19

Mar' Aw-ue 11 : ZeH - - - -
Lab Report
PRISM
r,
r i�4 LAWRATQWEl INC.
I 1 •
Fill Snrv-oa Analytical A Cnvirnnmental SoN,Ons
3119102 Page 6 of 6
Allvac Customer Project 1D: Pond Water
Attn: Mr. Tommy Long Customer Semple ID: POND WATER
PO Sox 5030 Prism Sample ID: AC36518
Monroe, NC 2t3110 Login Group: WM314111
Sample Collection DatelTime: 3/8102 05:00
Lab Submittal Date/Time: 318/02 09:27
The following analytical results have been obtained for the indicated sample which was submitted to this laboratory
TEST TEST REPORTING METHOD DATElrIME
PARAMETER RESULT UNITS LIMIT REFERENCE STARTED ANALYST
Sample Comments:
All containers indicated to be properly preserved and holding times
were met according to 40 CFR Part 136, Table 11.
Analysis note for EPA-625' Acid side-MS/MSD % recoveries for 2,4-Dinitrophenol and 4-Nitrophenol below
QC limits. RPD's for 2,4-Dinitrophenol and 4,6-Dinitro-2-methylphenol above QC limits.
NOTE: Dioxin was subcontracted to Triangle Laboratories, Inc.
NOTE: This report is a revision and supersedes our original laboratory dated 3/15/02.
Angela D. Overcash, V.P. Laboratory Services
NC Certification No. 402 - SC Certification No. 99012 - NC Drinking Water Cart, No. 37735 - FL Certification No. E87519
+19 S*prntl;Ln4+k WRIJ A I'.( f. N.,t 74o`4 w ChArloIly. NC 28Q2441543
l'luuu': /l14!52V li3FT ,& Talf rrk1• Nlnnhri 1-80 I/yL9-{>NA LF;r.,' U4; 52S-Wny

a, kk
PRISM
O WGMt'OIIIIti,111C.
Q run Sr a Ervi•on wwwni Sakatia a:
4sa 4rkVeno0Y Road • P.Q. t" 24MM • C6ulatte. NC 28224.OSO
Cllenl Company Name: e%
ReporiTorGontact Na
Reoortina Address: A
CHAIN OF CUSTODY RECORD
fAOE — of QUOT f Toe K ►ROPI a suLOfB:
Project Nmne: ' u C r
Short Hold Analysis: (Yes) (Nol UST Project: (Yes) (No)
•Please ATTACH any project specltic reporting
proVislans Art r Q� a�rairememo
Invoias To:
Address: Q c:
Purchase Order NoJBMIng Reference
Phorre:h - Ci Fe■ +(No): Syf urq.wa:ed Due Date .,a' Day O 2 Days D 3 Days J4 Days :JS Days
Silt Location Nanw; J 6 9 M-ys J Standard 10 day&
Slte�oCatiOnPhySifauAddres,: G �G �� Swvles ecei,ederterlSpUiwloeprcceSeedneRlbrsinassday.
�I z iilJ _ Txna+ound time is t:asea on pu:inesc dayS, excluding weal�ends e'td holidaya.
�J CS 11,(s�r7L'�t 12_G
ISEE REVERSE SIDE FOR RUSH TURNAROUND FEES)
TIME MATRIX SAMPLE CONTAINER
CLIENT DATE COLLECTED (SOIL, PRESERVA-
SAMPLE DESCRIPTION . COLLECTED MILITARY WATER OR *TYPE ; NO. SIZE TIVES
HOURS SLUDGE) SEE BELOW '
046 J.
1/Jr�Ode,- 3-Y-t1��vl -- ..� A� I �
d `7 r -
Samples INTACT upon eniwW? o
ReesiveC ON WET ICE? Temp
PPOPEA PRESERVATIVES indicated?
Received WITMN HOLDING TIMES?
CUS-MDy SEALS INTACT?
_
VOLMILES w'd W/0UT HEADSRACE?
PROPER CONTAINERS used?
__✓
TO BE FILLED IN BY CUE NTISAMPLING PERSONNEL
Certification: NELAC USACE FL TIC AZ
SC OTHER NIA
water Clarinated: YES _ NO
Sample Iced Upon Codeetion: YES -J1_NO
ANALYSES REQUESTED
7*V
116..
y/
-..._ A
it, �'r� c,� 3 - �'_b"z C �a 1�% .. c'. csr r .. d,n� V S .lam
a/L . L
Sampler's Sign1tu71nL lh 5arnated By (pr rd hame) �Q AH"Jlalion
R. cd •-S;wr.rc: n. F.nsaid Bi 1"- �al�ti+5 Da
Rol +avK-ed 6::
UPW.:d of S*rranl,� / -
J Fed=s - -amdw• ved
NPDES: i UST:I j 1
J NC NC
SC J SC
•CDNTA:NERTYPE CODES
_..—. - --- ...._.. Rucewhd 95 ISrg•aaj•a]
'--' -- — or_�ry Sp.,— — -' P:[
"it4anGftup No
0?
SUB
L.AB,
PRISM
REMARKS CERT_
LAB
ID NO.
ID ND.
Additional Cormnents:
1 OC
P-if1=.Mic SirMOe JOrher_
N../3; f4 I
—,J
tOUNDWATER: DRINKING WATER:
SOLID WASTE:
RCFIA:
CERCLA:
LANDFILL:
OTHER:
NC J NC
� NC
O NC
J NC
J NC
D NC
SC J SC
J SC
1 SC
J SC
J Sc
D SC
- — J — — --
J
c J _ —
J
D--.—
'J -- . - - - -
A � Amber C = Clear G = Glass P = Plastic; TL = Teflon Lined Cap VOA = Volatile Organics Analysis (Zero Head Space)
$+le Arrive Tune:
$•fe na 9arlurE Ti-r�.
SEE REVERSE FOR
TERMS a CON�ITIOris

ll �
Attachment I
Allvac - Monroe Plant Process Flowrates for Outfal1001
Operation (Note 1)
Average ProcessDescription
Flow (GPD)
List Codes
Sawing
11,000
Settling Pond
1-U
Forging Equipment Cleaning Water
100
Settling Pond
1-U
Forging Contact Cleaning Water
75,000
Settlin Pond
1-U
Forging Press ILydraulic Fluid Leakage
25
Settling Pond
1-U
Misc. Wastewater Sources
200
Settling Pond
1-U
Rolling Contact Cooling Water
150,000
Settling Pond
1-U
Cooling Tower & non -contact coolin water
2,643,675
Settling Pond
1-U
Stormwater
69,000
Settling Pond
1-U
Total Process Flow: 2,949,000 1
Operation
Average Effluent
Flow (GPD)
Sawing
589
Forging Equipment Cleaning Water
5
Forging Contact Cleaning Water
4,018
Forging Press Hydraulic Fluid Leakage
1
Misc. Wastewater Sources
11
Rolling Contact Cooling Water
8,037
Cooling Tower & non -contact cooling water
141,641
Stormwater
3,697
Total Effluent Flow:
158,000
Notes: The second table estimates the
1) Process flowrate estimates based on pond water system pumping 2000 GPM.
2) Stormwater based on average 48" of rain and Allvac's drainage area.
3) The average daily effluent flowrate based on the % from each process and the average
daily effluent of 158,000 GPD. (12-month average flow)
4) The pond water is recycled several times prior to becoming effluent.

Allvac -Monroe
Special Sampling
Sample Date: 2/28/2002
Flow (2/28/02)
0.047 MGD
Mass rates only calculated for parameters greater than detectable
Parameter
Concentration
(mg/1)
Mass
#/day
BOD
11
4.31
COD
68
26.6
TOC
8.92
3.49
Aluminum
0.13
0.0509
Cobalt
0.006
0.00235
Iron
0.35
0.137
Molybdenum
0.23
0.0901
Manganese
0.099
0.0388
Titanium
0.011
0.00431
Chlorine
0.28
0.110
Copper
0.17
0.067

March 1, 2001
Mr. Samar Bou-Ghazale
NC DENR
Division of Water Quality
919 North Main Street
Mooresville, NC 28115
RE: NPDES Permit No. NCO045993
Allvac - Monroe Facility, Monroe, North Carolina
Dear Mr. Bou-Ghazale:
P.O. Box 5030
2020 Ashcraft Avenue
Monroe, NC 28111-5030
Phone: [phone]
Fax: [phone]
Email: [e-mail]
On June 2, 1999 we submitted our National Pollutant Discharge Elimination System (NPDES) permit
renewal application to the North Carolina Department of Environment and Natural Resources (NCDENR)
Water Quality Division for the above -referenced permit. This letter includes a discussion of additional
information that Allvac believes will be relevant to the current NCDENR permit renewal review process,
and may affect the discharge limits for certain parameters currently in force.
In an effort to obtain a greater understanding of historical stream flow levels in Richardson Creek adjacent
to the facility, Allvac contacted the United States Geological Survey (USGS) Water Resources Division
in Raleigh. Mr. Curtis Weaver of the USGS' conducted a review of available information related to
Richardson Creek in the vicinity of the Allvac facility and its hydrologic drainage basin. A downstream
monitoring station on Richardson Creek near Wingate, NC (Sta. 02125310) has a record of 25
miscellaneous measurements collected during the period 1952 to 1977. The drainage area for the basin
was estimated by the USGS to be approximately 89 square miles. Previous analyses of these records
suggest that a 7Q10 estimate for the creek is approximately 0.6 to 0.8 cubic feet per second (cfs).
The Allvac facility location has a drainage area of approximately 52 square miles. Interpolating the flow
measurements and drainage area for the downstream location and applying this data to the drainage area
surrounding the Allvac facility, the USGS estimated the 7Q10 in Richardson Creek adjacent to the facility
would be approximately 0.4 cfs. In addition, this estimate for the 7Q10 does not take into account any
potential flow contributed to the creek from Lake Lee.
Allvac is interested in whether a revised 7Q10 value from zero to 0.4 cfs would affect the NPDES permit
limits for any or all of the monitored parameters. We would appreciate your consideration of this
information as part of the NPDES permit renewal review process.
If you have any questions about the above information, please call me at [phone].
of Environmental Affairs
cc: Mike Condran — Dames & Moore -NC