NCS000251_COMPLETE FILE - HISTORICAL_20191231

ILU
STORMWATER DIV1510N CODING SHEET -
RESCISSIONS .
PERMIT N0..
�I L S U
DOC TYPE
�i COMPLETE FILE- HISTORICAL
DATE OF
RESCISSION
❑ ��� �� 3'
YYYYMMDD

Georgia-1'aciFe Clxemicals LLC
December 18, 2019
Certified Mail — 7014 2120 0004 5521 2507
North Carolina Department of 1 rnvironmental Quality
Division of Water Quality
Surface Water Protection Section
1617 Mai[ Service Center
ATTIE-'NfION: Central Files
Raleigh, NC 27699-1617
R1 : Stormwater Permit NCS000251
Georgia-Pacific Chemicals L,LC
Northampton County
Stormwater Monitoring - August
Conway, NC
Dear Gentlemen/Ladies:
Conway Resins Plant
P.O. Box 368
Conway, NC 27820
Phone [phone]
Fax [phone]
P. r.-
°°°�
DEC 31 Z010
1, 2019 — January 31, 2020
Georgia-Pacific Chemicals L,LC (GP) is respectfully submitting the facility's 2019 Fall Stormwater
(August 2019 - January 2019) sampling dam on Form SWIJ-246-051 100, pursuant to the monitoring
requirements set forth in the above noted permit. Although N['[)[ S Stormwater permit NCS000251
expired on January 31, 2016, the Iacility continues to discharge Stormwater per the automatic
authorization to discharge beyond the expiration date granted in Part II, Section 13: General Condition 1,
of the permit. The fticility submitted all necessary forms required by the agency to renew the permit on
July 30, 2015.
Should you have any questions, please feel free to contact Tim Riddick at [phone].
Sincerely, kf
A
Ron Walls
Regional Manufacturing Manager

STORNINVATER DISCHARGE OUTFALL (SDO)
MONITORING REPORT
Permit ;Number: NC NCS00025I or
Certificale of Coverage Number: NCG
FACILITY,NANIE Georgia-Pacific Chemicals LLC
PERSON COLLF,Cf1NC SAMPLE(S) Tim Riddick
CERTIFIED LARORATORY(� Universal Laboratories Lab# 543
Summit Environmental Lab# 631
Georgia-Pacific Chemicals LLC Lah9 5464
Part A: Specific Monitoring Requirements
SAMPLES COLLECTED DURING CALENDAR YEAR: 2019
("phis monitoring report shall be received by the Division no Inter than 30 days from
the date the facility receives the sampling results from the laboratory.)
COUNTY Northampton I
(SIGNATUREE OEl PFRINIITTEF OR DFSIGNEF)
By this signature, I certify that this report is accurate
complete t0 the hest of my knowledge
Outfall
No.
Date
Sample
Collected
50050
00556
00310
00341)
00600
00665
00400
Total
Flow
Oil and
Grease
RODS
COD
Total
Nitrogen
Total
Phosphorus
PH
mu/dd/vr
\IG
m lE
m lE
mQ/1
m<'Il
S.U.
001
11/01/19
0.040
<5
5
46.9
1.40
0.45
7.2
002
11/01/19
0.188
<5
3
2 8. 5
2.64
0,12
8.9
003
11/01/19
0.021
<5
8
56.2
1.69
0.32
7.1
004
11/01/19
0.029
<5
3
23.8
0.86
0.12
6.9
002
12/09/19
0.063
n/a
n/a
n/a
n/a
nla
8.1
Does this facility perform Vehicle',Maintenance Activities using more than 55 gallons of nes+ motor oil per month? _\_N.es _no
(Ifyes, complete fart R)
Part B. Vehicle Main tcoaFlee Activity Monitoring Re uirernents
Oulfall
No.
Date
Sample
Collected
50050
00556
00530
00400
Total
Flow
Oil
and
and
Grease
Total
Suspended
Solids
[A[
New Motor Oil
nto/dd/yr
AIG
Mg/]
m gl1
S.U.
gallmo
002
11/01119
0,188
<5
11.0
8.9
100
[IO2
12/09/19
O.U63
nla
n/a
8.1
l0U
Form SNN'U-246-051 I00
Page 1 of 3

STORMWATER DISCI IARC, E OUTFALL (SDO)
mom,1'ORING REI'ORr
Permit Number: NC NCS0002-51 or
Certificate of Coverage Number: NCG
FACILITY NAME Georgia-Pacific Chemicals LLC
PERSON COI,LLC'I'ING SAMPLE(S) Tim Riddick
CERTIFIED LABORATORY(S Universal Laboratories l,ab# 543
Summit Environmental Lab# 631
Georgia-Pacific Chemicals LLC Lab# 7464
Part A: Specific Monitoring Requirements
SAMPLES COLLECTED DURING CALENDAR 17EAI2: 2019
('this monitoring report shall be received by the Division no later than 30 days from
the date the facilitv receives the sampling results from the laboratory.)
COUNTY Northampton
(SIGNATURE OF PERNIITTI- E OR DESIGNEE)
By this signature. I certify that this report is accurate
complete t0 the best of my knowledge
Outfall
No.
Date
Sample
Collected
50050
Total
Flo"i
-cresol
o-cresol
m-cresol
Cresol
Phenol
Formaldehyde
NPDES
Flown Wier
molddfvr
N I G
mg/1
m /l
mg/I
mg/1
m,-/l
mg/1
MGD
002
11/01/19
0.188
n/a
n/a
n/a
n1a
nla
0.0939
n/a
002
12/09/19
0.063
t S
<
¢ S
¢
a 7
n/a
n/a
Form SNVU-246-051100
Page 2 of 3

STORM E 'ENT CHARACTERISTICS: Mail Original and one coPy to:
Division of WMCr QUalir,
Date: 11/01/2019 Attn: Central Files
Total Event Precipitation (inches): 1.2 1617 Mail Service Center
Event Duration (hours): 1.5 (only ifapplicable—see permit.) Raleigh. forth Carolina 27699-1617
(if more than one storm event was sampled)
Date
Total Event Precipitation (inches):
Event Duration (hours): (on]vifapplicable — see permit.)
"1 certify, under penalty of lqw- that this document and all attachments were prepared under my direction or supervision in accordance with a
system designed to assure that qualified personnel properly gather and evaluate the information submitted. Based on my inquiry of the person
or persons who manage the system, or those persons directly responsible for gathering the information, the information submitted is, to the
hest of my knowledge and belief, true. accurate, and complete. 1 am aware that there are significant penalties for submitting false information,
including the possibility of fines and imprisonment for knowing violations."
WA ! Z/1P// Q
Signature of Permittee) (Date)
Form SWU-247. last revised 21212012
Page 3 of 3

Input total inches during storm event
Input storm event duration
Calculated rainfall intensity
Outfall 001
Stormwater Flow
Estimate
Drainage Area
Runoff
(acres)
Coefficient (c)
0.49
0.2
1.26
0-9
1.75
0.7
Calculated Flow
0.99 cfs
39 a10 Gallons
mni
0.040
0 = OA, where
Fall Event - 2019
11/01/19
1.2 inches
90 Iminutes
0.800 inthr
0 = Flow (cfs)
c = runoff coefficient
i = rainfall intensity (inmr)
A = area (acres)
Outfall 002
Stormwater Flow Estimate
Drainage Area Runoff
(acres) Coefficient (c)
6.48 0.9
6.48 0,9
Calculated Flow 4.67 cfs
188 453 Gallons
0.188
Outfall 003
Stormwater Flow Estimate
Drainage Area Runoff
(acres) Coefficient (c)
1.30 0.2
0.45 0.9
1.8 0,38
Calculated Flow 0.53 cfs
21489 Gallons
0.021
Outfall 004
Stormwater Flow Estimate
Drainage Area Runoff
(acres) Coefficient (c)
1-01 0.9
1.0 0.90
Calculated Flow 0.73 cfs
29 373 Gallons
0.029

S'rORA7 EVENT CHARACTERISTICS:
Date: 12/09/2019
Totai Event Precipitation (inches)
Event Duration (hours): 7.0
0.4
(only if applicable — see permit.)
(if more than one storm event was sampled)
Date
Total Event Precipitation (inches):
Event Duration (hours): (only ifapplicable — see permit.)
Mail Original and one copy to:
Division of Water Quality
Attn: Central Files
1617 Mail Service Center
Raleigh. North Carolina 27699-1617
"I certify, under penalty of law, that this document and all attachments were prepared under my direction or supervision in accordance with a
system designed to assure that qualified personnel properly gather and evaluate the information submitted. Based on my inquiry of the person
or persons who manage the system, or those persons directly responsible for gathering the information, the information submitted is, to the
best of my knowledge and belief, true, accurate, and complete. I am aware that there are significant penalties for submitting false information,
including the possibility of fines and imprisonment for knowing violations."
(Signature of Permittee) (Date)
Fomi SWU-2.37. last revised 21212012
Page 3 of 3

Input total inches during storm event
Input storm event duration
Calculated rainfall intensity
Outfall 001
Stormwater Flow Estimate
Drainage Area Runoff
(acres) Coefficient (c)
0.49 0,2
1.26 0.9
135 0.7
Calculated Flaw 0.07 cfs
1111[772-70= Gallons
mmPG 0.013
0 = ciA, where
Fall Event - 2019
12/09/19
0.4 inches
420 minutes
0.057 inlhr
0 = Flow (cfs)
c= runoff coefficient
i = rainfall intensity (inlhr)
A = area (acres)
Outfall 002
Stormwater Flow Estimate
Drainage Area Runoff
(acres) Coefficient (c)
6.48 0.9
6.48 0.9
Calculated Flow 0.33 cfs
jjj62 818 Gallons
0.063
Outfall 003
Stormwater Flow Estimate
Drainage Area Runoff
(acres) Coefficient (c)
1.30 0.2
0.45 0-9
1.8 0.38
Calculated Flow 0.04 cfs
jjj7163 Gallons
0.007
Outfall 004
Stormwater Flow Estimate
Drainage Area Runoff
(acres) Coefficient (c)
1.01 0.9
1.0 C.90
Calculated Flow C.05 cfs
9 791 Gallons
D.OiO

a
Client Report For:
Attention:
Client Address:
Georgia Pacific
Mr. Tim Riddick
P.O. Box 368
Conway, NC 27820
Universal Laboratories
20 Research Drive
Hampton, VA 23666
Phone: [phone]
Fax: [phone]
Project:
Semi -Annual Stormwater
Order Number:
1910289
Report Date:
12/03/2019
Lab Receipt Date:
11101/2019
Comment:
This report contains the analytical results for the indicated Project and Order. The
results contained in this report relate only to the samples identified in this Order. The
analytical results meet all requirements of the 2009 TNI Standard, unless specifically
stated or laboratory does not hold accreditation as seen in the Cert # column. This
report shall not be reproduced except in full.
�+� __ signature
The data in this report has been reviewed and validated by: �!_i
R'po,t serial N: 401ma0
Page 1 of a
Name
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Repon Type: Odginal

Universal laboratories
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Analyses
Biochemical Oxygen Demand
(BOD) 5 Day SM 5210 B (2011)
Holding Time Met
Sample Recelpl Temperature
Biochemical Oxygen Demand
Chemical Oxygen Demand
Sample Preservation pH
Holding Time Mel
Sample Receipt Temperature
Chem[cal Oxygen Demand
Nitrogen, Total
Sample Preservation p H
HDlding Time Met
Sample Receipt Temperature
Nitrogen, Total
Oil and Grease (SGT--HEM)
Sample Preservation pH
Holding Time Met
Sample Receipt Temperature
Petroleum Oil Hydrocarbons (SGT-
HEM)
Phosphorus, Total
Sample Preservation pH
Holding Time Met
Sample Rerelpl Temperature
Phosphorus, Total
Test Result Unit
Yes Yes/No
1 C
5 mg1L
HACH 8000
Test Result
Unit
1
pH Units
Yes
Yes1No
1
C
46.9
mg1L
EPA 351.21 EPA 353.2
Test Result Unit
1 pH Units
Yes Yes/No
1 C
1.40 mg1L
EPA 1664A
Test Result
Unit
2
pH Units
Yes
Ye51No
1
C
ND
mg1L
EPA 365.1
Teat Resulj
Unit
1
pH Units
Yes
Yes/No
1
C
11.45
mg+L
RL Analvsis Date Analysis B Qualifie Cert
111011201915:49 LS
111011201915:413 LS
2 111011201915:49 LS 460036
RL— Analysis date Anal sla By Qualifier Cert 0
111051201913:06 LS
11/051201911106 LS
11105120119 13:06 LS
20 111051201013:06 LS 460036
RL Analysis Date Analysis By ualifler Cert #
1110512019 15:07 AS
11/0512019 15:07 AS
1110512019 15:07 AS
0.2 1110512019 15:07 AS
RL Analysis Date Analysis By Qualifiler Cart
111131201912:37 LS
1111312019 12:37 LS
111131201912:37 LS
5 ill 1312019 12:37 LS 460036
RL Analysis Date Analysis By QUallfier Curt Al
11/051201914:59 AS.
111051201914:59 AS.
11105/2019 14:59 AS.
0.02 111051201914:59 AS. 460036
Reparl Serial p, 141AIM0 Page 2 of 6 Roporl Typo' Orlplml

Universal Laboratorles
;C�li t: Oeorgfa P �iiic ;. rl, �` � , ClientlSarnple I[? OF 002 ; Y'
labi1D910289-002�',1 ;4' j�� F,':!JColleakionlC7ateti�1�I10112019J0030> 9s. Y .fi,, i4 t l .sJ• SF •, : t fi .`' ss i. l ' l� 1 xµ r - s `e T - e'ys'a• t) IF_7 ' a ' i"- „s
►!'
Analyses
Biochemical Oxygen Demand
(a OD) 6 Day SM 6210 B (2011)
Holding Time Met
Sample Receipt Temperature
Biochemical Oxygen Demand
Chemical Oxygen Demand
Sample Preservation pH
Holding Time Mel
Sample Receipt Temperature
Chemical Oxygen Demand
Nitrogen, Total
Sample Preservation pH
Holding Time Met
Sample Receipt Temperature
Nitrogen, Total
Oil and Grease (SGT--HEM)
Sample Preservation pH
Holding Time Met
Sample Receipt Temperature
Petroleum Oil Hydrocarbons (SGT-
HEM)
Phosphorus, Total
Sample Preservation pH
Holding Time Met
Sample Receipt Temperature
Phosphorus, Total
Solids, Total Suspended
Holding Time Met
Sample Receipt Temperature
Solids, Total Suspended
RowsQdal!!: solmao
Test Result unit
Yes Yes/No
1 C
3 mg1L
HACH 8000
Test Result Unit
1 pH Units
Yes Yes1No
1 C
28.5 mgfL
EPA 351.21 EPA 353.2
Test Result
1 pH Units
Yes Yes1No
1 C
2.64 mg1L
EPA 1664A
Test Result
unit
1
pH Units
Yes
Yes/No
1
C
NO
mall.
EPA 365.1
Test Result
Unit
1
pH Units
Yes
Yes/No
1
C
0.12
mg1L
SM 2540D (2011)
Test ResultPRO
Yes Yes1No
1 C
11.0 mg1L
RL Analysis Date Analvais By Quallifler Cert it
111011201915:49 LS
11101/201915:49 LS
2 11101/201916:49 LS 460036
RL Analysis Date Analysis B ualifier Cart
11/05/201913:08 LS
11105/201913:08 LS
11105/201913:06 LS
20 11105/201913:06 LS 460036
RL Analysis Date Analysis By Aijalliffer Cert #
111051201915:07 AS
11/051201915:07 AS
11105/201915:07 AS
0.2 11/051201915:07 AS
RL Analysis Date Analysis By Quallifier Cert #
111131201912:37 LS
11/131201912:37 LS
111131201912:37 LS
5 111131201912:37 LS 460036
RL Analysis Date Analysis By Qualffle Cert
111051201914:59 AS.
11105/201914:59 AS.
11105/201914:59 AS.
0.02 11105/201914:59 AS, 460036
R{1 Analysis Date Analysis -By Qualfiier Gert #
1110712019 20:09 EK
11107/2019 20:09 EK
1 11107/2019 20:00 EK 460036
Page 3 of 6
Ropod Type; Odg''nal

Universal Laboratories
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Analyses
Biochemical Oxygen Demand
(BOD) 5 Day SM 5210
S (2011)
Test Result Unit RL Analysis Date Analysis By Quallifle cers ft
Holding Time Met Yes YCSINo 11/0112019 15:49 LS
Sample Receipt Temperature 1 C 111011201915:49 LS
Biochemical Oxygen Demand 8 mg1L 2 11/011201915:49 LS 460036
Chemical Oxygen Demand . HACH 8000
Test Resullt
Unit
RL Analysis Date
Analysis 8 Quallifler Cart 0
Sample Preservation pH
1
pH Units
1110512010 13:06
LS
Holding Time Met
Yes
Yes/No
111051201913:06
LS
Sample Receipt Temperature
1
C
111051201913:06
LS
Chemical Oxygen Demand
56.2
mg1L
20 11/0512019 13:06
LS 460036
Nitrogen, Total
EPA 351.21 EPA 353.2
Test Result
Una
RL Analysis Date
Analysis B QualifiQr Cart
Sample Preservation pH
1
pH Units
1110512019 15:07
AS
Holding Time Met
Yes
Yes/No
11105/2019 15:07
AS
Sample Receipt Temperature
1
C
11/051201915:07
AS
Nitrogen, Total
1.69
mg1L
0.2 11/051201915:07
AS '
Oil and Grease (SGT-HEM) EPA 1664A
Test Result
Unit
RL
Analysis Date
Analysis 13v Qualliflew
Cert
Sample Preservation pH
1
pH Units
11/13/2019 12:37
LS
Holding Time Met
Yes
Yes/No
11/1312019 12:37
LS
Sample Receipt Temperature
1
C
111131201912:37
LS
Petroleum Oil Hydrocarbons (SGT-
ND
mg)L
5
11/1312019 1 X
LS
460036
HEM)
Phosphorus, Total
EPA 365.1
Test Result
Unit
RL
Analysis Date
Analysis By Quallifier
Cert
Sample Preservation pH
1
pH Units
11/05/2019 14:59
AS.
Holding Time Met
Yes
Yes/No
11/0512019 14:59
AS.
Sample Recelpi Temperature
1
C
1110512019 14:59
AS,
Phosphorus, Total
0,32
mg1L
0.02
1110512019 14:59
AS.
460036
RepudSaderp: iGIMIAo Page 4 of 6 Rapo+tT}po: odgrnal

Unlversal Laboratories
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Analyses
Biochemical Oxygen Demand
(BOA) 5 Day SM 5210 B (2011)
Holding Time Met
Sample Receipt Temperature
Biochemical Oxygen Demand
Chemical Oxygen Demand
Sample Preservation pH
Holding Time Met
Sample Receipt Temperature
Chemical Oxygen Demand
Nitrogen, Total
Sample Preservation pH
Holding Time Met
Sample Receipt Temperature
Nitrogen, Total
Oil and Grease (SGT-HEM)
Sample Preservation pH
Holding Time Met
Sample Receipt Temperature
Petroleum Oil Hydrocarbons (SGT-
HEM)
Phosphorus, Total
Sample Preser allon pH
Holding Time Met
Sample Receipt Temperature
Phosphorus, Total
Test [jesullr Unit
Yes Yes/No
1 C
3 mg1L
HA CH 8000
Test Result
Unit
1
pH Units
Yes
Yes/No
1
C
23.6
mg1L
.EPA 351.2/ EPA 353.2
Test -Result unit
1 pH Units
Yes Yes/No
1 C
0.86 mg1L
EPA 1664A
Test Result U t
1 pH Units
Yes Yes/No
1 C
ND mg1L
EPA 365.1
Test Result
unit
i
pH Units
Yes
YesINO
1
C
0.12
mg1L
RL
Analysis Date
Analvsis Dv
Quallfier
Cert
11/01/2019 15:49
LS
11101120113 15:49
I'S
2
111011201915:49
LS
460030
RL
Analvsis Date
Analysis By
gualifier
Cert #
11/051201913:06
LS
111051201913:06
LS
11/051201913:06
LS
20
111051201913:06
LS
460036
RL
Analysis Date
Analysis By
Qual fear
Cert #
11/06/2019 15:07
AS
11/05/201915:07
AS
1110512019 15:07
AS
0.2
11105/201915:07
AS
'
RL
^
Analysis Date
Analysis By
u e
Cert
11/1312019 12:37
LS
111131201912:37
LS
11113/201912:37
LS
5
111131201912:37
LS
460036
RL
0.02
Analysis Date Analysis ualifier Cert
11/051201914:59
AS,
11/051201914:59
AS.
11/051201914:59
AS.
11/051201914:59
AS. 460036
ReponaorielrY +0111700 Page 5 of 6 RepodTy9o: Original

Glossary of Terms and Abbreviations
ND
No analyte detected at or above the RL (Reporting Limit) listed
NR
No Results available, enalyle not In Instrument calibration
i
(Reporting Limit) The minimum levels, concentratlons, or quantifies of a target anatylo that can be reported within a specified
RL
1
degree of confidence. Generally, this number Is equal to or Just above the Torras{ calibration standard run wllh the analytical batch.
Analyte was found in the method blank
B
�D
RPD outside acceptable limits
H�
Fielding time exceeeded i
Internal standard outside acceptable limits
Its
IJ
Result above calibration curve - results are approximate
IL
T _
LCS Outside acceptable limits
I M I
Matrix Interence
-
Matrix spike rewYeryoutside acceptable limits
IMS
!UC
Method QC criteria not met
IS
Surrogate outside acceptable limits
IV
ICVlCCVlFCV outside acceptable limits
(Laboratory Control Sample) A sample matrix, free from the analytes of Interest, spiked with verified known amounts of analytes
iLCS
or a material containing known and verified amounts of onalytes.
Method Detection Limitis is an estimate of the minimum amount of a substance that an analytical process can
IMDL
y
refiabiy detect
I RPD
_
(Relative Percent Difference) The difference between a set of duplicates or sample spike duplicates.
IM SIMSD
(Matrix Spike or Matrix Spike Duplicate) A sample prepared by adding a known mass of target anal 4e too specified amount of
matrix sample for which an Independent estimate of target analytes concenlration Is avallab%. Matrix Spikes are used, for
i
example, to determine the effect of the matrix on a method's recovery efficiency.
(Initial, Continuing, or Final) A standard analyzed at different times to verify that the Initial calibration curve is still valid,
�Colibratlon
Verfication
Holding Tlmo
The maximum lime that samples may be held prior to analysis and still be considered valid or not compromised.
Internal SlandarT
A known amount of standard added to a test portion of a sample as a reference for evaluating and controlling the precision and
bias of the applied analytical method.
Method Blank
A sample of a matrix similar to the batch associated samples (when available) that is free from the analytes of interest and is
processed slmulatanouslywfth and under the some conditions as samples,
A substance with properties that mimic the analyle of fnteresl. It is unlikely to be found in environmental samples and Is added to
1 Surrogate
I
them for quality control purposes in Organics.
1-
Exceeds Permit Limit. This Is a qualifier 10 denote that the result exceeds the permit Itmit of the sample location.
Exceeds
Result Exceeds Benchmark concentration listed in the General Permii. Benchmark Concentrations are primarily used to
Benchmark
determine the overall effectivenss of the Slormwaler pollution prevention plan. Excedence of eenchamrk concentrations does
I Concentration
NOT constitute a vidallon of this permit and does NOT indicate that violation of a water quality standard has occured.
*
11 present under tho "Cori ff" cotumn, Indicates that the laboratory does not have 2009 TNI accreditation in Virginla. These
anatytes should not be reported for Virginia Air, Water, or Waste Laws or the Safe Drinking Water Act to meet their requirements.
460036
If present under the "Cent #' Column, indicates that the laboratory holds accreditation under the 2009 TNI Standard in Virginia.
R
SM 52108-2011 7.b. Test replicates show more than 30`k difference between high and low values
Ropod Sodol #. Page 6 of 6 nepod Typo: Wg! W

Georgia pacific
P.O. Box 368
Conway,NC,27820
CCntact:Tim Riddiek252-585-1232, (C)252-395-
1625,[e-mail]
universal Laboratories
CHAIN OF CUSTODY
ID: 1910289
Semi -Annual Stormwratelr
20 Research Drive
Hampton, VA 23666
1-800-695-2162
http,//www.universallaboratories.net
Page 1 of 2
Sample_Name- ;
_
UL-,Sample',
=1D:
Matrix.-
- Sample Date/Time/lnitials_
-., _
BottlelD
:Sample, :
:?Container.:_-
Preserwition
Testing
OF-001
1910289-001
AQUEOUS
AQUEOUS
AQUEOUS
AQUEOUS
AQUEOUS
`11 Zo,Q
0,`0 0.'~
`
001A
2501Glass
H2SO4/<6°C
v
te, TRANS, BOD, COD, TN,
OGN, T.PHOS
OD1B
SOOIHOPE
H28O41<67
OO1C
1/HDPE
<6`C
OD1D
1/Glass
H2SO4/<6'C
001E
I/Glass
H2SO4!<6•C
IOF-002
f
1910289-002
AQUEOUS
AQUEOUS
AQUEOUS
AQUEOUS
AQUEOUS
AQUEOUS
AQUEOUS
AQUEOUS
2O` t
,c'� go a+"^
If
002A
250/Glass
H2SO41<6'0
waste, BOD, COD. TN. OGN,
T.PHOS, TSS, 625
002B
5001HDPE
H2SO4/<6'C
002C
i/HDPE
<6'C
002D
1/Glass
H2SO4/c6'C
002E
11G1'tss
H2SO41<6`C
002F
1:Glass
<61C
002G
121HDPE
<6"C
002H
1/Glass
<6'C
OF-003
1910289-003
AQUEOUS
AQUEOUS
AQUEOUS
AQUEOUS
AQUEOUS
n�q
5 0. VA
��" `
y1
003A
250/Gtass
H2SO41<6•C
waste, SOD, COD- TN, OGN,
T.PHOS
003E
SOO/HOPE
H2SO4/<6'C
003C
1/HDPE
c6"C
003D
1/Glass
H2SO41c6'C
003E
1/Glass
H2SO41<6'C
OF-004
1910289-004
AQUEOUS
AQUEOUS
AQUEOUS
AQUEOUS
AQUEOUS
� ct
o \3t7
�� [�
004A
25O/Glass
H2SO4/c6`C
waste, SOD, COD, TN, OGN,
.PROS �
004E
SOO/HDPE
H2SO41<6'C
004C
11HDPE
<61C
004D
1/Glass
H2SO4/-:VC
004E
1/Glass
H2SO4/<6'C
NOTES: CoolerTemp C
Phenol int check CN int check SOD int check NH3 int check_
TRANSFER SIGNATURE DATE) TIME TRANSFER SIGNATURE DATEITIME

Georgia Pacific
P.O. Box 368
conway,NC,27820
Contact Tim Riddlck,252- 585-1232, (c)252-395-
1625,TARMICO GAPAC.Cam
Universal Laboratories
CHAIN OF CUSTODY
ID: 1910289
Semi -Anneal Stermwater
20 Research Drive
Hampton, VA 23666
1-800-695-2162
http://www.universallaboratodes.net
Page 2 of 2
Relinquished by��
Lez
Received by
I --
Relinquished by
Received by
Relinquished by
Received by
Relinquished by
Received by

?Nq S (W mP-mt r]`D-
EPCh1110Nr.1lftirALirctomionir-r, It:S
J1;m(YOcAl i,rrboralofios
November 12, 2019
•Mini Riddick
Georgia Pacific Inc. 27820
200 Ampac Rcl.P.O. Box 368
Conway, NC 27820
TEL.: [phone]
FAX: [phone]
RI?: Water Formaldehyde test
Dear Tim Riddick:
Sunurtil Environmental Tcclorologies, 6ic,
3310 Win S1.
Oyalioga Rills, Ohio 44223
Tla,: [phone] PAX, [phone]
ii'ebsire: hrrn://+rutrseuek.conf
NOV 12'2919
Order No.: 191 10070
Summit Environmental 'Technologies, Inc. received 1 sample(s) on 11/2/2019 Ior the
analyses presented in the following report.
There were no problems with the analytical events associated with this report unless noted
in the Case Narrative.
Quality control data is within laboratory defined or method specified acceptance limits
except where noted.
If you have any questions regarding these tests results, please feel free to call the
laboratory.
Sincerely,
Holly Florca
Project Manager
3310 Win St.
Cuyahoga Falls, Ohio 44223
Arkansas 88-0735, Califonria 07256CA, Colorado, Conneclicut 1`11-0108, Delaware, Florida NELAC F97688, Georgia 1187688, Idaho 01100923, Illinois
200061, liuliana C-OH-13, Kansas E-10347, Kentucky (Undergrotusd Storage Taint) 3, Kentucky 90146, Louisiana 04061, Nfarylaad 339, Minnesota
409711, New Hmnpsltire 2996, New Jersey OH006, New York 11777, North Carolina 39705 and 631, Narlh Dakota R-201, Ohio 131V, Ohio VAP
CL0052, Oklahoma 9940, Oregon 011200001. Pennsylvania 010, Rhode Island I.A000317, South Carolinn 92016001. Texas T104704466-11-5. Utah
01100923201 1-1. Virginia VI7LAI' 9456, Washington C891
Page 1 of 9

sJ Summil k'nrir•oro�+euml ''1eclmologies, Inc.
Case Narrative
3310 Win S7.
eo-aSRhr�nraern'hl_Iwimolontr.5,CityahoKaPalls,Ohio 44223 WON: 19110070
Analyflant f abcualtmo: TFL: [phone] FAX. [phone]
If obsile: hygrlAri-u-,seliek.cL)m Daie: 1 1/12/2019
CLIENT: Georgia Pacific Inc. 27820
Project: Water Formaldehyde test
This report ill Its entirety consists of the following documents: Covet' Letter, Case Narrative, Analytical
Results, QC Summary Report, Applicable Accreditation Information, Chain -of -Custody, Cooler
Receipt Dorm, and other applicable forms as necessary. All documents contain the S[Illllllit
Environmental Technologies, Inc., Work Order Number assigned to this report.
Summit Environmental 'Technologies, Inc., holds the icct-e(iitatioiis/certificatioiis listed at the bottom of
the cover letter that may or may not pertain to this report. Please refer to the "Accreditation Program
Analytes Report" for accredited analytes list.
The information contained in this analytical report is the sole property of Summit E'nvironmental
'technologies, Inc. and that of the customer. It cannot be reproduced in any form without the consent of
SM11111it Environmental Technologies, Inc. or the customer for which this report was issued. The results
contained in this report are only representative of the samples received. Conditions can vary at different
times and at different sampling conditions. Summit Environmental Technologies, Inc. is not responsible
for use or interpretation of the data included herein.
All results for Solid Samples are repotted on an "as received" or "wet weight" basis unlcss indicated as
"dry weight" using the "-dry" designation on the reporting units.
This report is believed to meet all of the requirements of the accrediting agency, where applicable. Any
comments or problems with the analytical events associated with this report are noted below.
Original
Page 2 of 9

r SrmmitEnvirarnnental'1'echnolcgies,Inc. wor kordcr
ab "Ti- 3310Win St. Sample S
ENVIFi0tILalltIYAL I rC.l0401 pfra� :, 1Nr, Cuyahngn ilm Falls, Uhin 44223 I Summary
AirnJpric;d trlUnralwie� TEL [phone] FAX: [phone]d89 Noll: 191 10070
lf'ebsilc: lrttu:/hr,u irsellek,calm 12-Am-0
CLIENT: Georgia Pacific lac. 27820
Project: Water Formaldehyde test
Lab SanaplelI) Cticnt sample Il) Tag No Date Collected Date Received Alatrix
19110070-001 OF-002 1 1/1/2019 12:30:00 PM 111212019 I0:00;00 AM Non -Potable
Water
Page 3 of 9

4s ��kk� ffl ` �r LI�(�-Summit Envir�ounemal7WJirologies•Inc. Analytical Report
C'. — "k16Ly .ft�r' 4• �!,lli,- l,.:l 3310Whr51.
ENV11ir]tlt"Ll"17 rre":dol.Ar;iF ,, Sn•r•, Cn}• hogo 1 tills. 016a 44123 (consolidated)
Anelyflcal Ckloro mlo:• 77,- [phone] FAX: [phone] W011: 191 10070
Websile: /hr ru c rw Dale Rcporied: 11/12/2019
Lab ID: 191 10070-001 Collection Date: 11/1/2019 12:30:00 I'rM
Client Sample 11) OF-002
Matrix: NON -POTABLE WATER
Analysis Resitll MDL PQL Qual Units Dilution l3alch Date Analyzed
ALDEHYDES (EPA 8315A) EPA 8315 A Analyst: PGP
Formaldehyde 0.0939 0.0164 0.222 1 mg1L 1 40428 111,112019 11:15:00 AM
Qualifiers: 13
Analyte detected in the nssocirrted Method Blank
fi
Value above quantiialion range
H
Holding limes for pmpnrmtiou or analysis exceeded
M
Manual Integration used to detennine area response
MC
Value is below Minimum Compound Limit.
N
Tentatively identified compounds
ND
Not Detected
P
Second column confirmation exceeds
1'L
Permit Limit
It
RPD outside accepted recovery limits
Page 4 of 9
i

rs7 5nrxrnlllvn•lronx+rrrhvl7'.•chmrlu r hrc.
njr"v-; �f1VIl�ffiv) L I 331011lrrSr. QC SUMMARY REPORT
Cz:viu0n41eB1At tirnnOtonlFS.tyr Crij,drvg,,14,1A.Mir, 1J223 WON: 14110070
Annfyllca! tabprntanes 779.: (330) 253,v2117•'AA7 (330) 233.4aS9
Bebsife: hHrj-6o axr.aelfek.cnn 12-A'nt,19
Client: Georgia Pacific Inc. 27820
Project-. tiYmer Ponnaldehyde Iesl 11atchll7: 40428
Sample ID 1AR-4042B
SampType: MRLK
TestCode: svoc•8315_n Units: mgfL
Prep DaW 111312010
RunNo: 105643
Clienl ID: PBW
Batch ID: 40420
TeslHo SW8315A SW8316A
Analysis Date: 111412019
SegNo: 2462916
Analylo
Result
PQL SPK value SPK Rcl Val
%REC LavLimil HighLimil RPD Rcrl Val
%RPD RPDLimit ❑ual
Formaldehyde ND 0.2D0
Sample ID LCS-40428
SampType: LC5
TeslCDde: svac•8316_n Units: mg1L
Prep Date: 111312019
RunNo: 105643
Client ID: LCSW
Batch ID: 40428
TesIND: SW6315A SW831SA
Analysis Date: 111412019
SegND: 2459917
Analylo
Result
PQL SPK valve SPK Rcf Val
%REC Lowl-imil HighLimil RPD Ref Val
%RPD RPDLimil Qual
Formaldehyde 0,151 a200 0.150 0 101 70 130 3
Sample ID LCSD-40428
SampType: LCSD
TnslCode: svor•8315_n Units, mgfL
Prep Date: 11f312019
RunNa: 1D5643
Client ID: LCSS02
Balch ID: 40428
TeslNo: SW5315A SW831SA
Analysis Date: 111412019
Segk3: 2459918
Analyle
Result
PQL SPK value SPK Ref Val
%REC LowLlmil HigbLimil RPD Ref Val
%RPD RPDLimil Qual
Formaldehyde 0.148 0.2D0
0.150 0 98A 70
130
0.151 2.07 20 J
Qualifiers: B Aaalyie detected in the associated \lethod Blank
H Value above quawitation range
H
Holding times for pmparation or anals
J Amlyxe detected below qunnihation limits
\1 Manual Integration used to determine arcs response
NIC
Value is below kl l r imum Compound
OCiglnak
ND Not Detected
P Second column confirmation exceeds
Pt.
permit [ imil
R RPD outside accepted recovery limits
RL Reporting Detection Limit
S
Spike Recovery outside accepted reca
Page 5 of 9

Sumadi rm-h-onmemal7echnologies, lu ,
Qualifiers and Acronyms
3310 Win'
EPtV10010.10-n'AI. ICm111N Onus, ""Cl Cuyahoga Falls, Oltio 942; WOO: 19110070
hnalyllcal imbormone_ TEL: [phone] EYLK (330) 253-446
Wehsire: hay.-Marie-senek.co Dale: 11/12/2019
'these commonly used Qualifiers and Acronyms may or may not be present in this report.
Qunlifers
U The compound was analyzed for but was not detected.
J The reported vnluc is greater than the Method Detection Limit but less than the Reporting Linlit,
If The hold time for sample preparation and/or analysis was exceeded.
D The result is reported from it dilution.
L The result exceeded the linear range of the calibration or is estimated due to interference.
\IC '['Ire result is below [tic Minimum Compound limit.
* The result exceeds the Regulatory Linlit or Maximum COntnrttlltatlon Linlit.
nr Manual integration was used to determine the area response.
If Manual integration in which peak was deleted
N The result is presitmplive based on a Mass Spectral library senrch assuming it 1:1 response.
p The second column confirmation exceeded 25%diflercrice.
C 'file result has been confirmed by GUMS,
The result was not confirmed when GUMS Analysis %vas perforated.
B/\IB+ The analyle was detected in the associated blank,
G The IC13 or CCI3 contained reportable amounts of analyte.
QC-1+ The CCV recovery fabled low () or high (+).
12/QDR The RI'D was outside ofacccptcd recovery limils.
QL-1+ '['lie LCS or LCSD recovery failed low (-) or high (4).
Q1,12 '['lie I.CSILCSI) RPI) was outside of accepted recovery limits.
Q\d-I+ The NIS or aMSD recovery failed law (-) or high (+).
Q\l R The MSIMSD RI'D was outside of accepted recovery limits.
QV-1+ 'file ICV recovery failed low (-) or Itigh (P).
S The spike result was outside of nccepted recovery limi(s.
z Deviation; A deviation from the method was perforated; please refer to the Case Narrative for -
additional information
Acronyms
ND
Not Detceted
RL
1(cporting Lirnit
QC
Quality Contra)
\IDL
Method Detection Limil
Al It
Method Bland:
1.01)
Level of Dcicctioti
LCS
Laboratory Control Sample
1.0Q
Level of Quanlitation
LCSD
Laboratory Control Sample Duplicate
1'QL
Practical Quantitation Limit
QCS
Quality Control Sample
CRQL
Conlract Required Quamitation Limit
Dlli'
Duplicate
1'L
Pcrmil Limit
\IS
Matrix Spike
Regl.vl
Regulatory Limit
NISD
Matrix Spike Duplicate
\ICL
Maximum Comantinatiolt Limit
RPD
Relative PCTMit DiRereni
MiaCl,
Minimum Compound Limit
ICY
Initial Calibration Verification
HA
Reanalysis
ICB
Initial Calibration Blank
RL
Reextradion
CC1'
Continuing Calibration Verification
TIC
Tentatively Identified Compound
CC13
Continuing Calibrttioa Blank
111,
Retention Time
RLC
Reporting Limit Check
Ch
Calibration factor
Df Dilution
Paclor
R1,
Response Factor
'['his list of Qualifiers aid Acronyms reflects the most commonly ntilired Qualif-ters and Acronyms for reporting.
Please refer to the Analytical Notes in the Case Narrative for any Qualifters or Acronyms that do not appear in this
list or for additional information regarding the Ilse of these Qualifiers ou reported data.
Original
Page 6 of 9

(� Ulu?
ip y �II„I�I� SuannirlirnvivomrentalTechnologies, Inc. Accreditation IlrogI'am
t-� 'l 11 ►tC�Iit�Tl��AL N"J "Of 33101i7nSr.
ENVIHONMUN�nLILGHNOI(ICnF.S IN'r. Cu)•ahogrrlalls.Ohio dd223 ArlaiyfcS Report
Anniyflcal Loboraforlos TEL: [phone] FAX: (330J 253-4-189 WON: 191 10070
11 ebsire: hrrtr.1Aeienaserrek.com 12-Nor-19
Client: Georgia Pacific Inc. 27820 State: NW
Projecl: Water Formatdchyde test Program Name: NC_W W_SCM
Sample ID Alalrix 'Pest Name Analyte Status
191 10070-001 A Non-Volable Water Aldehydes (EPA 8315A) Formnldchydc N
Key
NC WW SCM N Not Accredited
Original #1
Page 7 of 9

CD
00
0
SUMMIT
ENVIRONMENTAL TECHNOLOGtES.:NC.
CLnchoca Foils,'.. L5223
S00-278-01 AO
Analysis Request/ Chain of Custody
For Summit CrivironmentLI Technologies, Inc. use oniv
Pace
CI ,n; Nura_-
—i
E777r.
Georgia-Pacific Chemicals LLC
Water Formaldehyde testfit
ar �,4te ",A: v--
drWt
Ci;cm AdJ�­:z�
Projccl Addtr�N�
ctl
L
200 Arnpac Road
200 Ampac Road
J
Conway; NC 27820
1 Conway, NC 27820
d
jRe-m,;,.
(252)-585-3819
Tim Ridd;ck
S.?
N
EZ_
c1:11r No N �%z R,,I:eh by F.9%
P-D
(252)-585-1754 J
P552190585
"Liy E "t
r
co'.11-1r, Ivrqq
Nnm�
rim Riddick
if Ohio VAP Samples
z4. x
.00
%zk -
A
12/01119 1 1230arn
R
Walter Lee
11/11201911300
_-Tiro
Rush Requ"Ied: Dny(s)
co
PtCs I f f)T:l M
Feclex sating no.. 409338969615
I
01

MR
r i Swinnil Envirofnrrenral nchirologics, Inc.
1� RIsJI TT 331011in.Sr.
ENVI CMMENrAL lC(:1IU01Or,[F Pic. Crpynhognl'alls, Oldo44223 Sample Log -In Check List
Anplyllcol 1,r,bormorlcs T1iI,: [phone] I•)f l:• [phone]
11'ehslta: lrrr„•//n•u•�rserrck.carrr
Client Name: GEO-NC-27820-A Work Order Number: 19110070 Rcp1No: 1
Logged by: Jacqueline Rasllo 11/2/2019 10:00:00 AM
Completed By: Jacquollno Rastlo 111212019 12:37:06 PM
l/ItP
Reviewed By: Molly Florea 111412019 7:56:17 AM�/
Chain of Custody
1, Is Chain of Custody complete? Yes 10 No Ei Not Present ❑
2, How was the sample delivered? eF dEx
Lou In
3• Coolers are present? Yes �/❑ No ❑ NA ❑
q, Shipping container/cooler in good condition? Yes No ❑
Custody seals Intact on shipping container/cooler? Yes No ❑ Not Present 0
No. Seal Hate: Signed By:
5. Was an attempt made to cool the samples? Yes EVI No ❑ NA ❑
6, Were all samples received at a temperature of >0' C to 6.0°C Yes 5 No ❑ NA ❑
7• Sample(s) in proper container(s)?
Yes
EVI
No ❑
8. Sufficient sample volume for indicated lesl(s)?
Yes
R/I
No ❑
9. Are samples (except VOA and ONG) properly preserved?
Yes
No ❑
10, Was preservative added to bottles?
Yes
❑
No NA ❑
11 • Is the headspace In the VOA vials less than 114 inch or 6 mm?
Yes
❑
No ❑ No VOA Vials RIJ
12• Were any sample containers received broken?
Yes
❑
No R
13• Does paperwork match bottle labels?
Yes
iZ
No ❑
(Note discrepancies on chain of C(rstody)
14. Are matrices correctly identified on Chain of Custody?
Yes
EVI
No ❑
15 • Is it clear what analyses were requested?
Yes
5V
No ❑
16• Were all holding times able to be met?
Yes
o
No ❑
(It no, notify customer for authorization.)
Special Handliltu (if applicable)
17• Was client notified of all discrepancies with this order?
Yes
❑
No ❑ NA ❑�/
Person Notified: W_ Date
By Whom: Via: ❑ eMail ❑ Phone ❑ Fax ❑ In Person
Regarding:
Client Instructions:
18. Additional remarks:
Only reed one vial
Cooler Information
Cooler No I Temp °C I ConditionI Seal Intact Seal No Seal Date Signed 13
1 14.2 1 Goodl Not Present
Page 9 of 9

Universal Laboratories
20 Research Drive, Hampton, VA 23666
TELEPHONE: [phone]
TOLL FREE: [phone]
FAX: [phone]
REPORT OF ANALYSIS
TO: Georgia Pacific
Mr. Tim Riddick
P.O. Box 368
Conway, NC 27820
Order ID:
COG Name:
Receive Date:
Report Date:
1911258
Semi -Annual Stormwater
12/09/2019
12/18/2019
This report contains the analytical results for the indicated Project and Order. The results contained in this report
relate only to the samples identified in this Order. The analytical results meet all requirements of the 2009 TNI
Standard, unless specifically stated or laboratory does not hold accreditation as seen in the Cert # column. This
report shall not be reproduced except in full.
The data in this report has been reviewed and validated by:
_.__Ll
Signasu(a
Repoo Serial M: 1911258
Page 1 of 3
- _.. -0'. "),k Z�'-)
Name
l
T10D

1 O027' 1
,r
s(,
IsbID: Collection gate: 1210912019 02:40
� i�11�P58�042'� ect
Matrix: AQUEOUS
Semi Volatile Organics
EPA 625.1
Result
Unit
Analysis Date
Analyst
Qual. RL
Cert#
Holding Time Met
Yes
Yes/No
12/18/2019 13:10
GH
Sample Receipt Temperature
2
C
12118/2019 13:10
GH
Cresols, Total
ND
ug/L
12118/2019 13:10
GH
5
4600M
m,p-Cresols
NO
uglL
12/18/201913:10
GH
5
460036
o-Crosol
ND
ug/L
12118/201913:10
GH
5
46CC36
Phenol
NO
ug/L
12/181201913:10
GH
5
46CC36
surrogate 2,4,6-
54
%
12/16/2019 13:10
GH
9.5-123.4
Tribromophenol (% Recovery)
surrogate 2-Fluorophenol (%
33
%
IPJI812019 13:10
GH
2O.6.110.6
Recovery)
surrogate Phenol-d5 (%
20
%
12J%Q019 13:10
GH
9-5-110.5
necovery)
Analytical Quality Control Results Report
JPREP SVOA AQ 62513510
Batch: 121319-0091
LlMS10
Teat
Parameter
Result
RI. dual Accumcy
Precision
Control
Control
121319.009-M6.01
SVOA 625 - AQ W
m,p-Cresols
0 uglL
0
Phenol
0 ug/L
0 V
su,rogale 2-Fluorophenol (% Recovery)
38.5 %
20.6 - 1105
surrogale Phend•d5 (% Recovery)
23.3 %
9.5. 110.5
surrogate 2,4,6-Tribromophenel (% Recovery)
0 %
5 9.5. 12.34
121319-009-LCS-Dl
SVOA 625 - AQ LCS
surrogate 2•Fluorophenol (% Recovery)
50 %
13 • 69
suirogale Phonol-d5 (% Recovery)
24 %
10. 56
surrogale 2.4,6 •Tribromophenol (% Recovery)
70 %
42 - 122
Phenol (% Recovery)
33 %
17 - 120
19112511-002
SVGA 625 - AO MS
surrogaln 2•Fluaruphenol (% Recovery)
40 %
13 - 60
surrogale Phencl•d5 (% Recovery)
20 %
10. 50
surrogale 2,4,6•Tribromophenol (% Recovery)
70 %
50 - 126
Phenol (% Recovery)
20 %
10 - 120
SVOA. 625 • AQ MSD
surrogale 2-Flvorophenol (% ReCovery)
47 %
20.6 - 110,5
surrOgal6 Phen01-d5 (% Recovery)
23 %
9.5 - 110.5
surrogate 2,4,6•T4brumophenQJ (% Recovery)
69 %
9.5 - 1234
Phenol (% Recovery)
33.6 %
10 - 120
Phenol (RPD)
ND %
0- 64
m,p-Cresols (% Recovery)
57.3 %
MS r0 - 130
rn p•Cresols (RPO)
ND %
0.30
o-Cresol (% Recovary)
0 %
MS 70 • 130
aCresol (RPD)
ND %
0. 30
Report Sarla! C 1911258 Page 2 01 3

Quallfler Codes
*
If present under the "Cart #" column, indicates that the laboratory does not have 2009 TNI accreditation in Virginia These
analytes should not be reported for Virginia Air, Water, or Waste Laws or the Safe Drinking Water Act to meet their requirements.
B
Analyte was found in the method blank
D
R PD outside acceptable limits
EPL
Exceeds Permit Limit. This Is a qualifier to denote that the result exceeds the permit limit of the sample location.
H
Holding lime exceeaded
IS
Intemal standard wiside acceptable limits
J
Result above calibration curve - results are approximate
MI
Matrix Interence
MS
Matrix spike recovery outside acceptable Ilmlis
ND
No enalyte detected at or above the RL (Reporting Limit) listed
NR
No Results available, analyze not in Instrument calibralion
GIC
Method QC criteria not met; GGA or LCS Failure
R
SM 52108-2011 Tb. Test replicates show more than 30°/e difference between high and low values
S
Surrogate outside acceptable limits
V
ICWCCVIFCV outside acceptable limits
Glossary of Terms
460036
If present under the "Cart #" Column, indlcalas that the laboratory holds accreditation under the 2009 TNI Standard in Virginia.
Calibration
(Initial, Continuing, or Final) A standard analyzed at different limes to verify that the initial calibration curve is still valid.
Verification
Exceeds
Result Exceeds Benchmark concentration listed in the General Permit. Benchmark Concentrations are primarily used to
Benchmark
determine the overall effectivenss of the Stormwater pollution prevention plan. Excedence of Benchamk concentrations does
Concentration
NOT constitute a Adalion of this permit and does NOT indicate Thal violation of a water quality standard has occured.
Holding Time
The maximum time that samples may be held prior to analysis and still be considered valid or not compromised.
Internal Standard
A known amount of standard added to a test portion of a sample as a reference for evaluating and contr(Aing the precision and
bias of the applied analytical method.
LCS
(Laboratory Conlrol Sample) A sample matrix, free Irom the analyzes of interest, spiked with vertf led known amounts of analytes
Dr a material containing known and verified amounts of analyzes.
M DL
Method Detection Limilis Is an estimate of the minimum amount of a substance that an analytical process can
reliably detect
Method Blank
A sample of a matrix similar to the batch associated samples (when available) that Is free from the analyzes of interest and is
processed sirnulatanously with and under the same conditions as samples.
MSIMSD
(Matrix Spike or Matrix Spike Duplicate) A sample prepared by adding a known mass of target anayte to a specified amount of
matrix sample for which an independent estimate of target analyzes concentration is available. Matrix Spikes are used, for
example, to determine the off act of the matrix on a method's recovery efficiency.
RL
(Reporting Limit) The minimum levels, concentrations, or quantities of a target analyze that can be reported within a specified
degree of confidence. Generally, this number is equal to or just above the lowest calibration standard run with the analylicaf batch.
RPa
(Relative Percent Difference) The difference between a set of duplicates or sample spike duplicates.
Surrogate
A substance with properties that mimic the analyte of interest. It is unlikely to be found in environmental samples and is added to
them for quality control purposes in Organics.
Repon Sedai r W 1258 Page 3 of 3

0
Georgia Pacific
P.O. Box 368
Conway, NC,27820
Contact:Tim Riddlck,252- 585-1232, (c)252-395-
1625,TARIDDIC O GAPAC.Com
Universal Laboratories
CHAIN OF CUSTODY
ID: 1911258
Semi -Annual Stormwater
20 Research Drive
Hampton, VA 23666
1-800-695-2162
http://www.universalIaboratories.net
Page 1 of 1
_Sample Name
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, Matrix
Sample Datw7imellnitials-
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Sample
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TRANSFER SIGNATURE
DATE/TIME TRANSFER SIGNATURE
DATE/TIME
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