NCS000251_COMPLETE FILE - HISTORICAL_20200124

- .,,..,..,...:::: - -. STORMWATER=DIVISION CODING -SHEET...
RESCISSIONS -
PERMIT NO..
N,
[DOCTYPE
COMPLETE FILE = HISTORICAL
DATE OF
RESCISSION
❑ .
YYYYMMDD

Georgia-Pacific Chemicals LLC
Conway Resins Plant
P.O. Box 368
Conway, NC 27820
Phone [phone]
Fax [phone]
January 20, 2020
Certified Mail — 7014 2120 0004 5521 1593
North Carolina Department of Envieonmental Quality
Division of Water Quality
Surface Water Protection Section; i1
1617 Mail Service CcnD
ter V �
ATTENTION: Central files JAN 2 4 2020
Raleigh, NC 27699-1617
CENTRAL FILES
DWR SECT10N
I Z I Stormwatcr Permit NCS000251
Georgia-Pacific Chemicals LLC
Northampton County
Stormwater: Monitoring - August 1, 2019 —January 31, 2020 - R1 VISED
Conway, NC
Ms. McCoy;
During a recent document review, Georgia-Pacific Chemicals LLC discovered that a portion of the data
was incorrectly documented on our Stormwater Discharge Outfall (SDO) Monitoring RCpOrt (Form
SWU-246-051 100) originally submitted to your office on December 23, 2019.
In summary, the contract lab reported the analytical results for Cresols and Phenol as ug/L. When filling
the 1=orm SWU-246-051 100, these results were not converted to mg/L, the units shown on the form, and
therefore results of the analysis were overstated. Note that all parameters were within the compliance
limits and are supported by the enclosed contract lab analysis (enclosed Order ID: 191 1258).
Although only page 2 of the Form SWU-246-051 100 was revised, the entire package for the monitoring
period (August 1, 2019 — January 31, 2020) is being resubmitted for the sake of completeness.
We helieve that the corrected report will meet with your approval. Should you have any questions, please
feel free to contact Tim Riddick at [phone].
Sincerely, A /�
�. VV ✓ v�
Ronald E?. Walls
Regional Manufacturing Manager
w/attachments:
cc: Tim Riddick, Georgia-Pacific Chemicals I'I,C

STORNINVATER DISCHARGE OUTFALL (SDO)
\IONTTORING REPORT
Permit Number: NC NCS000251 or
Certificate of Cos•erage Number: NCG
FACILITY NAME? Georgia-Pacific Chemicals LLC
PLRSON COLLECTING SAMPLE(S) Tim Riddick
CERTIFIED LARORATORY(� Universal Laboratories Lab# 543
Summit Environmental Labe# 631
Georgia-Pacific Chemicals LLC Lab# 5464
Part A: Specific Monitoring Requirements
SAMPLES COLLECTED DURING CALENDAR YEAR: 2019
(This monitoring report shall be received be the Division no later than 30 days from
the date the facility receives the sampling results from the laboratory.)
COUNTY No
rthampton
PHONE , -123
(SIGNATURE OF PERMTTTE F, OIL DESIGNEE)
By this signature. 1 certify that this report is accurate
complete t0 the best of nry knowledge
Outfall
No.
Date
Sample
Collected
50050
00556
00310
00340
00601)
00665
00400
Total
Flow
Oil and
Grease
RODS
COD
Total
Nitrogen
Total
Phosphorus
PH
moldd/ yr
11G
m /l
m /l
m /I
m dl
mg/1
S.U.
001
11/01/19
0.(140
<5
5
46.9
1.40
0.45
7.2
002
11/01/19
0.188
<5
3
28.5
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
nla
n/a
n/a
n/a
nla
8.1
Does this facility perform Vehicle Maintenance Activities using more than 55 gallons of new motor oil per month?_\ yes _no
(If yes, complete Part R)
Part It: Vehicle Maintenance Activity Monitorin-, Requirements
Outfall
No.
Date
Sample
Collected
50050
00556
00530
00400
Total
Flow
Oil
and
Grease
Total
Suspended
Solids
PH
New Motor Oil
Usage
moldd/vr
11G
m ll
m 1l
S.U.
Ra1/mo
002
11/01/19
0.188
<5
11.0
8.9
100
002
12/09/19
(1.063
nta
n/a
8.1
100
Form SNYU-246-051 100
Page I of3

STOR,NINYATER DISCIIARGL OUFFALL (SDO)
MONITORING REPORT
PermitNumber: NC NCS000251 or
Certificate of Coverage Number: NCG
FACILITY NAME Georgia-Pacific Chemicals LLC
PERSON COLLECTING SAMPLE(S) Tim Riddick
CERTIFIFI) LABORATORY(S Universal Laboratories Lab# 543
Summit Environmental Lab# 631
Georgia-Pacific Chemicals LLC Lab# 5464
Part A: Specific Monitoring Requirements
SAMPLES COLUCTED DURING CALENDAR YEAR: 2019
("this monitoring report shall be received by the Division no later than 30 days from
the date the facility receives the sampling results from the laboratory.)
COUNTY Northampton
PIIONE . . J 25 585- 2 2
(SIGNATURE OF PERMITTEE OR DESIGNEE)
By this signature, 1 certify that this report is accurate
complete t0 the best of my knowledge
Outfall
IN
Date
Sample
Collected
50050
Total
Flow
-cresol
o-cresol
m-cresol
Cresol
Phcnol
Formaldehyde
NI'DES
Flow re, Wier
moldd/yr
\IG
m =/I
m I
m g/I
m /I
m /I
mall
MGD
002
11/01/19
0.188
nIa
n/a
n/a
n/a
nla
0,0939
n/a
002
12/09/19
0.063
<0.005
<0.005
<0.005
<0.005
41.005
nla
n/a
Form .SNN'ti-246-051100
Page 2 of 3

STORM EVENT CHARACTERISTICS: flail Original and one copy to:
Division of Water QUalit,,
Date: 11/01/2019 Attn: Central Filcs
Total Event Precipitation (inches): 1.2 1617 Mail Service Center
Event Duration (hours): 1.5 (only if applicable — see permit.) Raleigh. North Carolina 27699-1617
(if more than one storin event was Sampled)
Date
Total Event Precipitation (inches):
Event Duration (hours): (only if applicable — see permit.)
"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."
kuZ�
(Signature of Permrttee) (Date)
Form SWU-247. last revised 21212012
Pate 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
37 810 Gallons
mmPG
0.040
Q = ciA, where
Fall Event - 2019
11/01/19
1.2 inches
90 Iminutes
0.800 inlhr
Q = Flow (cfs)
c = runoff coefficient
i - rainfa€I intensity (in/hr)
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
IIIF2—i 4-89-= Gallons
0.021
Outfall 004
Stwrwater Flow Estimate
Drainage Area Runoff
(acres) Coefficient (c)
1.01 0.9
1.0 0.90
Calculated Flow 0.73 cfs
jjj29 373 Gallons
0:029

STORM EVENT CHARACTERISTICS. -
Date: 12/09/2019
Total Event Precipitation (inches): 0.4
Event Duration (hours): 7. 0 (only if applicable —see permit.)
(if more than one storm event was sampled)
Date
Total Event Precipitation (inches):
Event Duration (hours): (only if applicable— see permit.)
Mail Original and one copy to:
Division of Water Quality
Attn: Central files
1617 ,Mail Service Center
Raleigh, North Carolina 27699-1 G 17
"1 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 inquire 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."
M& I /Z°Iza
(Signature of Permittee) (Date)
Form SWU-247_ Iasi 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 0.07 cis
111IF-72-7,51M Gallons
mmPG 0.013
O = ciA, where
Fall Event - 2019
12/09/19
0.4 inches
420 minutes
0,057 in/hr
O = Flow (cfs)
c = runoff coefficient
i = rainfall intensity (inthr)
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
62 818 Gallons
pA63
Outfall 003
Stormwater Flow Estimate
❑rainage Area Runoff
(acres) Coefficient (c)
1.30 0.2
0.45 0.9
1.8 0.38
Calculated Flow 0.04 cfs
7163 Gallons
OA07
Outfall 004
Stormwater Flow Estimate
Drainage Area Runoff
(acres) Coefficient (c)
1,01 0.9
1.0 0.90
Calculated Flow 0.05 cfs
9 791 Gallons

Universal Laboratories
20 Research Drive
Hampton, VA 23666
Phone: [phone]
Fax: [phone]
Client Report For: Georgia Pacific
Attention: Mr. Tim Riddick
Client Address: P.O. Box 368
Conway, NC 27820
Project:
Semi -Annual Stormwater
Order Number:
1910289
Report Date:
12/03/2019
Lab Receipt Date:
11/01/2019
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 floes not hold accreditation as seen in the Cert # column. This
report shall not be reproduced except in full.
} /J � The data in this report has been reviewed and validated by:- ���,,,a-..cJ Signature
.-. ._ f� _/ 1-1-a- n e— Nama
tPl/ nt1I�Z, TIUe
Repoli Smut rt. loinlGC Page 1 of 6 Repon Tym Oipinal

Universal Laboratories
�Cli t gGeorgiafPacific '' + '11+r c r -: -� f -"-VTY-T-r?—_-
Clienrrinle,ID: F,001f
I .� - �7' ♦S, / 1
';i?'li]:?'19,10289r00,1(
.,5.
., r] 1 .' Y •.,
I+ts`, z';";;, ���y
'4 1 r I✓ �l •�� k "i�... :r'�.''4!'.' 1., : a,�l, ,'
�CollaCtionlDate.,,191011�01901.101
, � i
r v
t erml Dar ;j c
.
t ` 4ii �I
.f..,,i
1 1 �.',�Qu�CEU�I
IM iriX
I !
Analyses
Btochernkal Oxygen Demand
(BOD) 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
Chern'cal 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
Test Result Unit
Yes Yes/No
1 C
5 mg1L
HACH 8000
Test Result
lJni_t
1
pH Units
Yes
Yes/No
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
Yes1No
1
C
ND
mg1L
EPA 365.1
Test Result
Unit
1
pH Units
Yes
YesINO
1
C
0.45
mg+L
RL Analysis date Analysis 13y _QUaliiier cert ##
11/011201915:49 LS
11/011201015:49 LS
2 111011201915:49 LS 460036
RL Analysls Date Analysis BV Qualiffler Cert #
111051201913:06 LS
11105/201913:06 LS
1110512019 13:06 LS
20 11/051201013:06 LS 460036
RL Analysis Date Analysis By Quallifier Cert #
11105120i9 i5:07 AS
1110512019 15:07 AS
1110512019 15:07 AS
0.2 1110512019 15:07 AS
RL Analysis Date Analysis By Quallifler Cert
1111312019 12:37 LS
111131201912:37 LS
111131201912:37 LS
5 111131201912:37 LS 460036
RL AnPIYW.% Date Analysis By 9yalffler Cert
1110512019 14:59 AS.
111051201914:69 AS.
11/05/2019 14:59 AS,
0.02 11105/2019 14:59 AS. 460036
Repod Serial a: 10MIALo Page 2 of 6 Repon TW9' Odginsl

Universal Laboratories
Cliert;YC3eorgia,F'acific ;4 '�r,, r Client:Sar7i ID:[OF,1002fy >°
^. .• yr. i A.•r1 `, !- 'A f.. �•..1�t[�.
[WIQ-- e1910289-002�' € '` [ [�Gollect�gn'Date �,11101720,19,00 301
r L �ti--� -v1v rr �, •� [ jS �J .I - r_ ,�' [ ..S J T "rt r'rr"�k J•� a �€�� �• '[ �• �,.,
IPe"mtilD� r };: '{ ;+� r .,' a `'''r� ";.r ' at UEOUS[f.''
Analyses
Blochemical Oxygen Demand
(BOD) 5 Day SM 5210 B (2011)
Holding Time Met
Sample Receipt Temperature
Biochemical Oxygen Demand
Chemical Oxygen Remand
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 Preservation PH
Holding Time Met
Sample Receipt Temperature
Phosphorus, Total
Solids, Total Suspended
Holding Time Met
Sample Receipt Temperature
Solids, Total Suspended
Test Result Unit
Yes Yes/No
1 C
3 mglL
HACH 8000
Test Result
Unit
1
pH Units
Yes
YeslNo
1
C
28.5
mglL
EPA 351.21 EPA 353.2
Test Result Unit
1 PH Units
Yes Yes/No
1 C
2.64 MO.
EPA 1664A
Test Result
Unit
1
pH Units
Yes
Yes/No
1
C
ND
mglL
EPA 365.1
Test Result
Unit
1
pH Units
Yes
YeslNo
1
C
0.12
mglL
SM 2640D (2011)
Test Result Unit
Yes YeslNo
1 C
11.0 mg1L
RL Analysis Date Analysis By. Quallifler
111011201915:49 LS
111011201915:49 LS
2 11101/201915:49 LS
RL Analvsls Date Analysis By quallfler
11105/201913:05
LS
111051201913:06
LS
111051201913;06
LS
20 11106/201913:06
LS
RL Analysis Date Analysls By Qualifler
11/051201915:07
AS
111051201915:07
AS
111051201015:07
AS
0.2 111051201915:07
AS
RL Analysis Date
Analysis By Quallifie
111131201912:37
LS
111131201912;37
LS
111131201912:37
LS
5 111131201912:37
LS
RL Analvsls Date Analysis By Qtwiffler
111051201914:59
AS.
111051201914:59
AS.
111051201914:50
AS.
0.02 111051201914:59
AS.
RL, Analysis Date Analysis By Qualifier
11107/2019 20:09 EK
11107/2019 20:09 EK
1 11107/2019 20:09 EK
ReW &60 p: so,noaa Page 3 of 6 Rapo6 Type; odg!nal
Cert
460036
Cert
460036
Cert Al
Cert 1t
460036
Ce
460036
Cart Al
460036

Universal Laboratories
4 9aP, ac c ,:
, ClfentSamule'IQ�, OF,-q
, Uab 1 '',1990289 003?
,.
Collect{ori�D�te:�,9;1I01l2019i00'.a,�
1 lY
J
i]� r' �l 7�" i +� a
•6'R
s
11•1' IVY lr r'
t `
11 ,.
,ill. er nit r_`
.-r'tttettt _-�....—._r .-+J+1Sll �.�.�rr{l�ili� •i .�
r1 # tr ..AQU>=OUS
__1__., _��. �Nr _��._.-.��+�.r. _.�w+}.+�lL' _ Y�.�—�_�-_._—.�_•
—
al ses
Biochemical Oxygen Demand
(SOD) 5 Day SM 5210 B (2011)
Test Resul#
Unit
RL Analysis Date Anal sis By Qualifle
Cert #
Holding Time Met Yes
Yes1No
11101/201915:49 LS
Sample Receipt Temperature 1
C
11101/201915:49 LS
Biochemical Oxygen Demand a
mg1L
2 111011201915:49 LS
460036
Chemical Oxygen Demand . HACH 8000
Test Result
Unit
RL Analysis Date
Analysis B Quallfier Cert #
Sample Preservation pH
1
pH Units
11105/2019 13:06
LS
Holding Time Met
Yes
Yes/No
11105/2019 13:06
LS
Sample Receipt Temperature
1
C
11/05/201913:06
LS
Chemical Oxygen Demand
56.2
mg1L
20 11105/201913:06
LS 460036
Nitrogen, Total
EPA 351.21 EPA 353.2
Test Result
Unit
RL Analysis Date
Analvols By Qualifle Cort #
Sample Preservation pH
1
pH Units
1110512019 15:07
AS
Holding Time Met
Yes
Yes/No
11/05/201915:07
AS
Sample Receipt Temperature
1
C
11/05/2019 15:07
AS
Nitrogen, Total
1.69
mg1L
0.2 11/0512019 15:07
AS
Oil and Grease (SGT-HEM) EPA 1664A
Test Resin
Unit
RL
Analysis Date
Analysis 8 Qualifier
Cert Al
Sample Preservation pH
1
pH Units
11/1312019 12:37
LS
Holding Time Met
Yes
Yes1No
11/131201912:37
LS
Sample Receipt Temperature
1
C
11113/201912:37
LS
Petroleum Oil Hydrocarbons (SGT-
ND
m01
5
1111312019 12:37
LS
460036
HEM)
Phosphorus, Total
EPA 365.1
Test Result
Unit
QL3
Analysis Date
Analysis 0 Qualifier
Cert #
Sample Preservation pH
1
pH Units
11/0512019 14:59
AS.
Holding Time Met
Yes
Yes/No
11/051201914:59
AS.
Sampla Receipt Temperature
1
C
11/05/201914:69
AS,
Phosphorus, Total
0.32
Mg1L
0.02
11105/201914:59
AS.
460036
Repmd SedsI p: IGIMAm Page 4 of 6 Raporr Tjvc Odpinal

Universal Laboratories
�C Ie rt: G pe rg a1 Pacificl
�- �rClie tr1 S ma loll -woF'0041
iL6llD:i9910289-004i"
��lr
r r
lec o dilate-i"'I910,1720,190i 30;
1. 'I, M., 1r1 ,''^"1--"
a �.`•
i+ .,_,.
�
yyCri
.`l Y,1 Vy11kX"ti rri. r�4
4 ",
IlPeirnitlil]''
,,:
k jMatrix:'AGIUEOUS
Analyses
Blochemlcal Oxygen Demand
(BOD) 5 Day
SM 5210 a (2011)
Holding Time Mel
Sample Receipt Temperature
plocherrical Oxygen Demand
Chemical Oxygen Demand
Sample Preservation pH
Holding Time Met
Samp% Receipt Temperature
Chemical Oxygen Demand
Nitrogen, Total
Semple Preservation pH
Holding Time Met
Semple Recelpt 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 Presem Ean pH
Holding Time Met
Sample Receipt Temperature
Phosphorus, Total
Test Result Unit RL Analysis Date Analysis By gualifier Cert #
Yes YWNo 111011201915:49 LS
1 C 11/01/201915:49 t•S
3 mg1L 2 1110 1/2019 15:49 LS 460030
HACH 8000
Test Result Unit
1 pH Units
Yes YeslNo
1 C
23.8 mgfL
EPA 351.21 EPA 353.2
Test Result U�
i pH Units
Yes Yes/No
1 C
0.86 mg1L
EPA 1664A
Test Result
Unit
1
pH Units
Yes
Yes/No
1
C
ND
mg1L
EPA 365.1
Test Result
Y919
1
pH Units
Yes
YeslNo
1
C
0.12
mg1L
RL
Analysis Date,
Analysis By Quallifier
curt #
11/05/201913:06
LS
11105/2019 13:96
LS
1110512019 13;06
LS
20
11105/201913;06
LS
46OD36
RL
Analysis Date
Analysts By Qualifie
CeEj
111051201915:07
AS
i t10512019 15:07
AS
111/0512019 15:07
AS
0.2
11/051201915:07
AS
RL
Analysis Date
Analysis sy Qualifier
Ce
11113/2019 12:37
LS
11113120t912:37
LS
11113/201912:37
LS
5
111131201912:37
LS
460036
RL
0.02
Analysis Date Analysis B Quallfier Cart Al
111051201914:59
AS.
111051201914:59
AS.
1110512019 14:59
AS.
1110512019 14:59
AS, 460036
Reppn Serial k 161r1 0 page 5 of 6 liepekt Type: Original

Glossary of Terms and Abbreviations
ND
No analyte dslecled al or above the RL (Reporting 1-161) listed
NR
No Results available, analyte not in instrument calibration
(Reporting L1mll) The minimum levels, concentrations, or quantities of a target analyle that can be reported within a specified
degree of confidence. Generally, this number Is equal to or just above the lowest calibration standard run wilh the analytical batch,
RL
Ii
f B
Analyle was found In the method blank Ji
�p
H
RPD outside acceptable limits
Holding lime excooWod
[is
Internal standard outside acceptable limits f
�J
Result above calibration curvo - results are approximate
L
LC Outside acceptable limits ~
Matrix tnterence
Matrix spike recovery outside acceptable limits
)MI
[MS
1QC
Method OC criteria not met
Surrogate outside acceptable limits
S
IV
LCS
ICVICCVIFCV outside acceptable limits
(Laboratory Control Sample) A sample matrix, free from The analytes of Interest, spiked with verified known amounts of analytes
or a material containing known and verified amounts of anafytes.
Method Detection Llmitis is an estimate of the minimum amount of a substance that an analyllcal process can
reliably detect
IMDL
j RPD
(Relative Percent Difference) The difference between a set of duplicates or sample spike duplicates.
M SIMSD
(Matrix Spike or Matrix Spike Duplicate) A sample prepared by adding a known mass of target analyto to a specified amount of
matrix sample for which an Independent estimate of target onalytes concentration is available. Matrix Spikes are used, for
example, to determine the effect of the matrix on a method's recovery efficiency.
ICalibratlon
Verficatlon
(Initial. Continuing, or Final) A standard analyzed at different times to verify that the Initial calibration curve Is still valid.
The maximum time that samples may be held prior to analysis and still be considered valid or not compromised.
lHolding Time
(Internal standard
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 enalytes of interest and is
processed slmulatanouslywith and under the same conditions as samples.
Surrogate
A substance with properties that mimic the anadyte of interest. It is unlikely to be found In environmental samples and is added to
them for quality control purposes in Organics. _
Exceeds Permit Limit. This Is a qualifier to denote that the result exceeds the permit limit of the sample location,
EPL.
Exceeds
Benchmark
I Concentration
Result Exceeds Benchmark concentration listed in the General Permit. Benchmark Concentrations are primarily used to
determine the overall affectivenss of the Siormwater pollution prevention plan. Excedence of Benchamrk concentrations does
NOT constitute a violation of this permit and does NOT indicate that violation of a water quality standard has occured.
yr
It present under the "Cart #" column, Indicates that the laboratory does not have 2009 TNt 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.
460036
if present under the "Cent #' Column, Indicates that the laboratory holds accreditation under the 2009 TNI Standard in Virginia.
SM 521 OB-2011 7.b. Test replicates show more than 30efe difference between high and low values
R
Report sodAI M. to,n,.o Page 6 of 6 Report Types Original

Georgia Pacific
P.O. Box 368
Conway,NC,27820
C,ontact:Tim Riddick,252- 585-123Z (c)252-395-
1625,TARIDDIC®GAPAC.Com
Universal Laboratories
CHAIN OF CUSTODY
ID: 1910289
Semi -Annual Starer water
20 Research Drive
Hampton, VA 23666
1-800-695-2162
http://www.universallaboratohes.net
Page 1 of 2
' Saiteple:Narne_'
-
11L'%Sample`,
:ID
Matrix;
Sample DateJTiiiseAnitials_ _
BattlelD
Sample.'
'Container
Prjeservation
Testing. j
OF-M11
1
1910289-001
AQUEOUS
AQUEOUS
AQUEOUS
AQUEOUS
AQUEOUS
q
6,10 a'^
001A
2501GIass
H2SO4/<6°C
r
vrdste'TRANS, SOD, COD, TN,
OGN,T.PHOS
001E
5oOMOPE
H2SO4c6°7
ODIC
I/HOPE
<WC
0010
1/Glass
H2SO41-cVC
001E
1/Glass
H2SO41<6°C
IOF-002
1910289-M
AQUEOUS
AQUEOUS
AQUEOUS
AQUEOUS
AQUEOUS
AQUEOUS
AQUEOUS
AQUEOUS
lq
� }0 0.+M
,�
OD2A
250/Glass
H2SO4/<6°C
T6V
waste, BOD, COD, TN. OGN,
T.PHOS. TSS, 625
002B
500/HDPE
H2SO4/<6°C
OD2C
1/HOPE
<6'0
002D
1/Glass
H2SO4/<6°C
002E
1/Glass
H2SO41<6°C
002F
1/Glass
<6'C
002G
2/HDPE
<6°C
002H
1/Glass
<61C
OF-003
1910289.003
AQUEOUS
AQUEOUS
AQUEOUS
AQUEOUS
AQUEOUS
I , q
/ p V^
��' ` 7
003A
2501GIass
H2SO41<6•C
:ql<
waste, SOD, COD. TN, OGN,
T.PHOS
0038
500/HDPE
H2SOW S-C
O03C
1/HDPE
<6°C
003D
11Gtas5
M2SO41<6'C
003E
1/Glass
H2SO41<6`C
OF-004
1910289-004
AQUEOUS
AQUEOUS
AQUEOUS
AQUEOUS
IAOUEOUSI
{�+ j�� O l
0\10
1004E
004A
250/Giass
H2SO4/<WC
waste, BOD, COD, TN, OGN,
.PHOS t
f
0048
SOO/HDPE
H2SO4/<6=C
004C
11HDPE
<6'C
004D
VGlass
H2504/<6°C
1
11GIass
H2SO4/<e C
NOTES: CoolerTernp C
Phenol int checK- CN int check BOD int check NH3 int check
TRANSFER SIGNATURE DATEITIME TRANSFER SIGNATURE DATE/TIME

Georgia Pacific
P.O. Box 368
Conway,NC,27820
Contact:Tim Riddck,252- 585-1232, (c)252-395-
1625,TARtDDIC@ GAPAC,=n
Universal Laboratories
CHAIN OF CUSTODY
ID. 1910289
Semi Annual S$ormwater
20 Research Drive
Hampton, VA 23666
1-800-695-2162
http:tlwww.universa iaboratodes.net
Page 2 of 2
Relinquished by��c*
j I-�t4 1
Received by
Relinquished by
Received by
I(-�1415(
Relinquished by
Received by
Relinquished by
Received by

S, r - e I�j -S'moerir Dwironmenmi 7eclurologhm Inc.
ZN� k �� L� 3310 Win St.
E;;inlGlllaE'14rnL7Fcno"01,orm ir:r Cuyahoga Frrlls,Ohio 44223
Almiyrlcaf Lnbormorl6s THL (330) 25.3-8211 I:LY: (330) 253.4.189
1Vebsire: 11irU:/ltrrrrrse!!ed'.cour
November 12, 2019
Tim Riddlek
Georgia Pacific hic. 27820
�Q�g
1
200 Ampac Rd.P.O. Box 368
1�0V
Conway, NC 27820
TEL: [phone]
FAX: [phone]
REi: Water Formaldehyde test
Dear Tim Riddick:
Order No.: 19110070
Summit Environmental Technologies, Inc. received 1 sample(s) on 11/2/2019 for 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,
]-lolly Florea
Project Manager
3310 Will St.
Cuyahoga Falls, Ohio 44223
Arkansas 88.0735, Cnlifomia 07256CA, Colorado, Connecticut f H-0108, Dclnware, Florida NFI.AC F87688, Georgia F87688, Idaho O1100923, Illinois
200061. fndiana C-011-13, Knusas E-10347, Kcutucky (Underground Storage Tank) 3, Kcnlucky 901.16, Louisiana 04061, Maryland 339. Nlinnesola
409711, New Hompsldre 2996, New Jersey 01,1006, New York 11777, North Carolina 39705 nod 631, North Dakota R-201, Ohio DW, 016o VAP
CL0052, Oklahoma 9940, Oregon OH200001, Pcmtsyfcania 010, Rhode Island LA000317, Smah Carolina 91016001, Texas T104704466.11-5, Ulah
OH009232011-I, Virginia VELAP9.156, WnslungtonC891
Page 1 of 9

'T7,J r struruut Ern.1r-o..... rtn! Teclurola�ies, hrc.
t: : ,%��y'� ������j�t Case Narrative
E,`NIIII)fIMOJ1'hLTfi1:HNO1OnIF M'r.. C+rydreigaFolls.Ohio 44223 11to/: 19110070
hrJ,dyflcal I abounfoiles TEL (.330) 253-82111•i1X: [phone]
Website: h j.-Mvinvaeltekmrr Date: 11/12/2019
CLIENT: Georgia Pacific Ills. 27820
Project: Water Formaldehyde test
This report in its entirety consists of the following dOe1.1111C tS: Cover I.cttei•, Case Narrative, Analytical
Results, QC SLlnlmary Report, Applicable Accreditation 111FOl'mati011, Chalil-Of-CLIstody, Cooler
Receipt Form, and other applicable forms as necessary. All dOCLIInCntS contain the Summit
Environmental Technologies, Inc., Work Order Number assigned to this report.
Surnmi( Lilvii-ollilletltal'l'ccllllologies, Inc., holds the,iccreditatioiis/certifications 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 I3'nvirollmental
Technologies, Inc. and that of the customer. It cannot be reproduced in any form without the consent of
Summit 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. Suminit Environmental Technologies, Inc. is not responsible
for use or interpretation of the data included herein.
All results for Solid Samples are reported on an "as received" or "wet weight" basis unless indicated as
"dry weight" using the "-dry" designation On the reporting U111tS.
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

+-- .SumsUft lir4rir•oirutcouil7eclauilogies, Asc. ] ,
l.
I9 (, , S:4 IJ LJ 33I0 ii'irr Sl. 1
EhYll3allr 0jl'n�irmiumonir.-n,tr•� Cis)alragaFalls,Oldo44223 Sample. Summary
AmmfyoIcal t aboralwioe TEL [phone] FWX. [phone] w01l: 19110070
Wcbsile: bujj;1A is,ir.seuck.cU?u 12-Aot+-19
CLIENT: Georgia Pacific Inc. 27820
Project: Water Formaldehyde test
Lab Snmplell) Clicai Sample 1D Tag No Datc collected Dnle Received \lalris
191 10070.001 O -002 11/1/2019 12:30:00 PM l 1/2/2019 10:00:00 AM Iron -Potable
Water
Page 3 of 9

f .•-� Summit Enviromneural 7echnologies. 6rc.u-1, ��[�r'_ 3310 ►insr.
Analytical Report
£PA11110r11AUMAL Tf,VJNJOI OMP ., IN!: Cit yrhoga Falls, Olrm ,1d213 (consolidated)
Ilnalyrlerrl TEL. [phone] PAX; [phone] 1V0I1: 19110370
II'ebsire: Date Reported: 11/12/2019
Lab ID: 19110070-001 Collection bate: 1 I/1/2019 12:30:00 I'M
Client Sample ID OF-002 Matrix: NON-POTABIA" WATER
Analysis Resull MDI, PQL Qual Units Dilution 13 itch Date Analyzed
ALDEHYDES (EPA 8315A)
Formaldehyde 0.0939 0.0164 0.222 3
Qnalifrers: R Attalyte detected in the associated Method 131:mk
H Holding times for preparation or analysis exceeded
MC V11l,e is below Minimum Compound Limit.
ND Not Detected
111, Pennillimit
EPA 8315 A Analyst: PGP
rng/L 1 40428 11/4/2019 1 1:15:00 AM
F Value ubovc gwintitation range
M Manual Integration used to detenninc arcs response
N Tentatively identified compounds
P Second column confirmation exceeds
R RPD outside accepted recovery limils
Page 4 of 9

4 �f t +
ITS
Summil Firrirownenral 7ichnulogies, hw.
3J101Pfrr.S'r.
QC SUMMARY REPORT
c:VutolntDITAticC.n:lnlnrtFS.MC
(:n3TJrogerFnlle,Oldv44223
won1911 OU70
Allalyfkal lrrbMnlorr¢e'
71u7.: [phone] EAV. 030) 253-4489
If'rbsin: hfm�%•trruserreR.rnm
12-Nar,19
Client;
Georgia Pacific Inc. 27820
Project:
Water Fonnaldehgde test
Rarehlll: 40428
Sample ID MBA0428
SampType: MBLK
TeslCode: svov-8315 n Units: mg1L
Prep Dale: 111312019
RunNo: 105643
Client ID: PBW
Balch ID: 40428
TestNo: SWO316A SW8316A
Analysis DaW 111412019
SegND: 2469916
Analyte
Result
PQL SPK valua SPK Rat Val
%REC LavLimil H &LImil RPD Rel Val
%RPD RPOUrnit Quol
Forrnaldahyde ND 0.200
Sample ID LCS40428
SampType: LCS
TeslCode: svoc-8315_n. Units: mg1L
Prep Date: 111312019
RunNo: 105643
Client ID: LCSW
Batch ID: 40428
TestNo: SWO315A SW8315A
Analysis Date: 111412019
SegND: 2469917
Anatyle
Result
PQL SPK value SPK Raf Val
%REC LmvLimit HghLimit RPD Rer Vol
°%RPD RPDLimil Qual
Formaldehyde 0.151 0.2D0 0.15D 0 101 70 130 .1
Sample ID LCSD-40428
SampType: LCS❑
TeslCode: svoc-8315 n Unila! mg1L
Prep Date: 111312019
RunND: 105643
Client ID; LC8802
Balch ID; 40428
TestNo: MOMSWO316A
Analysis DaW 111412019
SegND: 2459910
Analyle
Result
PQL SPK va!uo SPK Ref Val
Y.REC Lc vLImIL HghLimlt RPD Ref Vol
%RPD RPDLImll Qual
Formaldehyde 0.148 0,200 0,150 0 98.6 70 130 DAM 2.07 20 J
Qualifiers; 13 Analyse detected in the associated Method Blank E Value above quanthation range H Holding fines ror preperalion or anal!
1 Analyic detected below quanii{alien li mils .1 Manual rntegrafion used to determine area response M Value is below Minimum Compound
ND Not Detected P Second column confirmation exceeds PI. Permit Limit Original
R RPD outside accepted recovery limits RL Reporting Detrciion Limit S Spit:e Recovery outside accepted reco
Page 5 of 9

'? lCt^t Summit Euvirwmrerual7echnologies, h,
PS`�� �_� Qualifiers and Acronyms
4 Lt�1 + 1 J 331011'in 4
Eit1'1ft0tJ1.1U'H1'AL IF-VIIN ni1f11F , SPtr., C'uy'ahognFalls, Ohio442i Wolf: 19110070
rt,l,�fyllctrf f.nbornturk': 77i1: [phone] FAX, (330) 253.446
tPebsite: lu1V.11 va a'.seuek.ca I)atc: 1 1/12/2019
These commonly used Qualifiers and Acronyms may or may not be present in this report.
Qualiticrs
U 9'lte compound was analyzed for but was not detected,
.1 'Elie reported value is greater than the Method Detection Limit but less than the Reporting Limit.
IT "fhe (told tine for sample preparation and/or analysis was exceeded.
1) 'I'hc result is reported frown dilution.
1; 'I'hc result exceeded the linear range of the calibration or is estimated due to interference.
1�TC 'I'hc result is below the Minimum Compound Limit.
t 'Elie result exceeds Il►c Regulatory Limit or Maximum Contamination Limit.
n1 Manual integration was used to determine the area response.
d Manual integration in which peak was deleted
N 'I Ile result Is presumptive based on a Mass Spectral library search assuming a 1:1 response.
1' 'fho second calunua confirmation exceeded 25%differencc.
C 'I'hc result has been confirmed by GC/MS,
X 'file result teas not confirmed when CC/MS Analysis was performed.
1 AMB+ The analyle was detected in the nssocialed blank.
G 'fhe ICl3 or CCI3 coninined reportable amounts ofanalyte.
QC-1+ The CCV recovery failed low (-) or high(+),
R/QDIt The Rl'D was outside of accepted recovery limits.
QL-/+ 'file LCS or LCSD recovery failed low (-) or high (+).
QL1Z The LCSILCSD Rill) was outside ofaccepted recovery limits.
Q\I-1+ The MS or MST) recovery failed low (-) or high (+).
QNIR The MS/MSD R111) was outside of accepted recovery limits,
QV-/+ 'Elie ICV recovery flailed low (-) or high (4),
S "fhe spike result was outside of accepted Recovery limits.
z Deviation; A deviation front the metlrod was performed; Please refer to (lie Case Narrative for
additional infomlalion
Acronyms
ND
Not Detected
Ill,
Reporting Limit
QC
Quality Control
tNIDL
Method Detection Limit
rM R
Method Blank
1101)
Level of Detection
LCS
Laboratory Control Sample
LOQ
Level of Quanlitation
LCSD
Laboratory Control Sample Duplicate
I'QI,
Practical Quanlitation limit
QCS
Quality Control Sample
CRQL
Contract Required Quamlatioaa Umil
DUI'
Duplicate
PL
Permit Limit
MS
Matrix Spike
RegLA
Regulatory Limit
D1SD
Matrix Spike Duplicate
AICI,
Maximum Contamination Limit
RI'D
Relative Percent Different
MinCI,
Mininxan Compound Limit
ICV
Initial Calibration Verification
RA
Reanalysis
ICI3
Initinl Calibration 131ank
RE
Recxtmclion
CCV
Condoning Calibration Verification
'HC
fcn1a1ivcly Idenlilicd Compound
CC13
Continuing Calibration Blank
ItT
Retention Time
RLC
Reporting Limit Check
CI.,
Calibration Factor
DF
Dilution Factor
RF
Response Factor
'I'his list of Qualifiers and Acronyms reflects the most commonly utilized Qualifiers and Acronyms for reporting.
Please refer to the Analytical Notes in the Case Narrative for any Qualifiers or Acronyms that do not appear in this
list or for additional information regarding the use of these Qualifiers on reported data.
Original
Page 6 of 9

{ ,, �M6,
fr Srunnrirlirrsiromnemn!'I'echnologies,Inc. /1CC1'CC�llrili 0ll h1'OgI'R)1]
�� 11 l=:f �11i(�ilf [�d �J l�! 3310 11'in .SY.
EN%'IIK)1It.1LrJfAL i :ctl\1Ulctc �r:,t;;! Cuyrrhogal�alls.Ohio4422.i 1�rl�liyfCS Re�Io�'f
rlrralyfical Ujborntorlve• TF.l.: (330j 253-8211 FAX: [phone] WOtt: 0110070
Websile: h1rn;//wu wscrfek.coul 12-Nor-19
Client: Georgia Pacific [tic. 27820 State: NW
Project: Water Formaldehyde test Program Dame: NC_WW_SCM
Sample 111 Alnlrix Test Nnme rinnlyte 81111rs
191 10070-001 A Non -Potable Water Aldehydes (EIIA 831 SA) Formnldchyde N
NC WW SCM N Not Accredited
Original ill
Page 7 of 9

E-MRONAPENTA TECHtiOLOG1ES.:rrC.
321 n W:n Srrcer
Cuycbce AM11e. bhao -'-223
800.278-0140
Analysis Request / Chain of Custody
For SRmmi1 Environmem.;11 Technolocics_ Inc. use only
C1:.-t;N.rn
P%,i: :!f:i;i::. :n�
�':rF
`w 7:_•e�
�^ ^ ; T
s
� •�,� ,_ r` � v v V
C1�emiralsLLC
Georgia-PacificWa:crFormaldeh
Ydetes;
3i"
�r.�
r
'•'-�
+.t,•,,
� w�ti I'3111etC>-C
'�:
•�'
j �
d
fy.Y
�r..,r
jz, �'/j�
R. 'Q
�,
L. :� s {y�
,y .• L�
f��+
�! 1
'S�'
+,�w>
s � � , -t�1 �j j� ��.♦.•L ��� �.=�-n a
�t. 1V'�Ri ll;•4J it ��lf�� �y f
?•a1 jr•-.^^F-w�.r.+•y�SS
\I'C;1l :lt�lrc"
ZyIi tt C: i:CGLr��C
k1 i
n4
k3''.p
.? �
�. ! h r•
�.,..^
ti ,
. _.- rti�. _'- .:.�... �1.- w�_
1-C,w7.ai..
200 Arnpac Road
200 Arnpac Road
'Conway, NC 27820
Conway, NC 27820
n
,'
w
;'
o
(252)-585.3819
I Tim Riddick
ij;
rt -ni a, s� ,:, .^: C:: c. t?•: it:il: i'C 1":: •.
!'.'.\LT.:;+c•
e
(2521-595.1754
P552190585
V
t.,
'
fr:••XC
C.r.:;x;::4t:]
\:I-:^c:
_,�§
,y
Tim RiddicR
�
I
Lj !• if Ohio VAP Samplesaa
rr 'i.�ni fCdiKtti 1C:1ftt3C
,F '�-`� � �TSO•
r
t; U
�y�
_,
!.:.'�:--..�ay.�;__.•�-m :.�•-.--.--
•�� _ �:.:_:� if:nl�cctcti� ',Ga11ec!ed
v.
,��
'�r:,t"�1:,
.� ���>u�
zk
"��
J
A
12:30am
--.Fi liiigni+lreil_Dr^
'Jiir : "—Tiro^_
: rZecciti_i�i!'b:_ -_' tDatr: ''��7ime-
Walter Lee
11/1/2014 1300
RuSh Requcsted:
:.1u,: 4 C�:i;�e!,hv [.:m: t':r� •c:
/I
L i 1(1 3
(D
co
O
t0
Fedex tracking no. - 409338969615

Ix Srrnoair nriromnewal7echnologies, hrc.
0 1T 3310 Win St,
EIAIIRON61ENCAL 1['uluv110r+IF:, wC., Cuyahogah'alls, Ohia44223 Sample Log -in Check List
AwflyfhSof f:oborwor'lvr TE'L, [phone] h?I.Y: [phone]
lI ebsire: !s!(!r./hs a uasellek.cons
Client Name: GEO-NC-27820-A Work Order Number: 19110070 RcptNo: 1
.�.rk •G,z.F
Logged by: Jacqueline Rasile 111212019 10:00:00 AM
l�r.ru •�ti1
Completed By: Jacquelino Rasile 111212019 12:37:06 PM / 1
Reviewed By: Holly Florea 1114/2019 7:56:17 AM
Chain of Custody
1, Is Chain of Custody complete?
2, How was the sample delivered?
Lop In
3. Coolers are present?
4. Shipping container/cooler in good condition?
Custody seals intact on shipping container/cooler?
No. Seal Date:
5, Was an attempt made to cool the samples?
6. Were all samples received at a temperature of >0" C to 6.0'C
7, Sample(s) in proper container(s)?
$. Sufficient sample volume for indicated lesl(s)?
9, Are samples (except VOA and ONG) properly preserved?
10. Was preservative added to bottles?
11. Is the headspace In the VOA vials less Ihan 114 Inch or 6 mm?
112. Were any sample containers received broken?
13. Does paperwork match bottle labels?
(Note discrepancies on chain of custody)
14. Are matrices correctly identified on Chain of Custody?
15. Is it clear what analyses were requested?
16. Were all holding limes able to be met?
(If no, notify customer for authorization.)
Special Handling (if applicable)
17. Was client notified of all discrepancies with this order?
Yes I0 No Not Present ❑
FedEx
Yes W No ❑ NA ❑
Yes o No ❑
Yes 0
No ❑
Not Present (]
Signed By:
Yes IV]No
0
NA ]J
Yes W
No ❑
NA ❑
Yes 96
No ❑
Yes
No ❑
Yes IV]
No ❑
Yes ❑
No Fvfj
NA 0
Yes ❑
No ❑
No VOA Vials
Yes ❑
No n
Yes rrR
No ❑
Yes W71 No ❑
Yes IiJ No ❑
Yes r] No ❑
Yes ❑ No ❑ NA W
Person Notified: Date
By Whom: Via: ❑ eMall ❑ Phone ❑ Fax ❑ In Person
Regarding: T
Client Instructions:
18. Additional remarks:
Only reed one vial
Cooler Information
Cooler No I Temp °C I Condition I Seal Intact I Seal No I Seal Date I Signed By 4 I K2 1 Goodl Not Present I I}
Page 9 of 9

Universal Laboratories
20 Research Drive, Hampton, VA 23666
TFLEPHONE: [phone]
TOLL FAEC: [phone]
PAX: [phone]
REPORT OF ANALYSIS
TO: Georgia Pacific
Order ID:
COC Name:
Mr. Tim Riddick
Receive Date:
P.O. Box 368
Report Dale:
Conway, NO 27820
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.
pcc
The data in this report has been reviewed and validated by:, tJ
Signature
Nuno
74(
TEt1e
RRpoR $$61 c 1911258 Page 1 of 3

Lob low } '.#�� }p$Q.QQ'� Collecllon Date: 12J0912019 02:40
jamiL ii• Matrix. AQUEOUS
Sarni Volatile organics
EPA 625.7
ResultUnit
Analvsls Dat
Analyst
Qual. RL
Cert#
Holding Time Met
Yes
Yes/No
12118/201913:10
GH
Sample Recelpt Temperature
2
C
1?J1812019 13:10
GH
Cresols, Total
ND
ugA.
12/10/20191310
GH
6
460036
rn,p-Cresols
ND
ug1L
12/101201913:10
GH
5
460036
o•Crosol
ND
ugtL
12/18/201013:10
QI.1
5
460030
Phenol
NO
ugtL
121IM01913:10
GH
5
460036
surrogate 2,4,6-
54
%
121i012019 13:10
GH
9.5.123.4
Tribromophenol (R. Recovery)
surrogate 2-Fluorophenol (%
33
%
12J18/2019 13:10
GH
2O.6-110.5
Recovory)
surrogate Phenol-d5 (%
20
%
12/t9l2019 13:10
GH
9.5.110.5
Recovery)
1 Ouality Control Results
PREP SVGA AQ 62513510
Batch: 121319-0091
Ltilts /a
Toot
PAramerer
Result
R4 Outil Accuracy
Predolon
Control
control
t21319.009•M0.01
SVOA 625 - AQ MB
m,p,Cresols
0 ugrL
0
Phenol
0 u1[L
0 V
surrogale 2•Fluorophenol (% Recovery)
38.5 %
20.6 - 110.5
surrogate Phenol-d5 (% Recovery)
23.3 %
0.5. 110.5
surrogate 2,4,6-Tdbromophenol (% Recovory)
0 %
e 115. 193 4
121319-009.LCS•01
SVGA 625 - AQ LCS
surrogate 2•Fluorophenol (% Recovery)
50 %
13 - 69
surrogate Phenol-d5 (% Recovery)
24 %
10.68
sullogats 2,4,6•T11b(omophenol (% Recovery)
70 %
42. 122
Phenol J% Recovory)
33 %
17 - 120
1911258-002
SVOA 625 - AO MS
surrogate 2• Fluorophenol (% Recovery)
40 %
13.60
smogala Phenol•d5 (% Recovery)
20 %
10.50
surrogate 2,4,6-Trlbromophenol t% Recovory)
70 %
50 - l26
Phenol (% Recovery)
28 %
10 - 120
SVOA. 625 - AQ MSO
surrogalo 2•Ftuorophon01 (% Recovery)
47 %
20.6 - l 10.5
sunogale Phenol-0 (% Recovery)
23 %
9.5. 110.5
surrogate2,4,6-Trlbromophonol1%Rccoveiy)
69%
9,5.1234
Phenol (% Recovery)
33.6 %
10 . 120
Phenol (RPD)
ND %
0.64
m,p-Crosols (% 110covery)
51.3 %
MS rU - M
m,p-Cresols (RPD)
ND %
0.30
0-cresol (% Rocovoiy)
0 %
MS 70 • I:KI
o-Cresol (RPD)
ND %
0. 30
Rapod sorlal 1: 191125tr Page 2 of 3

4ualliler Codes
*
If present under the "Cart 4' column, indicates that the laboratory does not have 2009 TN accreditation In Virginia. Thaso
analytos should not be reporled for Virginia Air, Water, or Waste Laws or ilia Salo Drinking Water Act to meet their roquiroments.
B
Analyto was found in the method blank
D
RPD outsido acceptable limits
EPL
Exceeds Permit Limit. This Is a qualifier to donote that the result exceeds the permit Ilmll of the samplo location.
H
Holding time oxceeaded
is
Internal standard outside acceptable limits
J
Result above calibration curve - results are approximala
MI
Matrixlnloronce
Ms
Matrix spike recovery outside acceptable Ilmlts
ND
No anatyte detected at or above the RL (Reporting 'Limn) listed
NR
No Results available, analyse not in Instrument calibration
QC
Method QC criteria not met; GGA or LCS Failure
R
SM 5210B•201 17.b. Test replicales show more than 30%difference between high and low values
S
Surrogate outside acceptable limits
V
ICViCCV1FCV pulside acceptable limits
Glossary of Terms
460036
if present under the'Cert d" Cotumn, Indicalas Thal the laboratory holds accreditation under the 2009 TNI Standard in Virginia.
Calibration
(initial, Continuing, or Final) A standard analyzed at different times to verify that the initial calibration curve Is still valid.
Verficetion
Exceeds
Res ull Exceeds Benchmark concentration listed in the General Permit, Benchmark Coneaniralions aro primarily used to
Benchmark
determine the overall effeclivenss of ilia Sturniwater pollution pievonllon plan. Excedonco of Barschamrk co-tcenlrallons duos
Concentration
NOT constitute a violation of this permit and does NOT Indicate that violation of a water quality standard has occ tired.
Holding Time
The maximum time thal samples may be hold prior to analysis and still be considered valid or not compromised.
Internal Standard
A known amount of standard added to a lest portion of a sample as a reference for evaluating and controRing the precision and
bias of the applied analytical method.
LCS
(Laboratory Control Sample) A sample matrix, free from the anafyles of interest, spiked wills verlfled known amounts of analytos
or a material containing knrn-m and verified amounts of analylos.
M DL
Method Detection Limltis Is an estimate of the minimum amount of a substance that an analytical' prncess can
rellably detect
Method Blank
A sample of a matrix simllar tolhe batch associated samples (when available) that Is free from the analytos of interest and is
processed simutatanously 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 anafyta to a specified amount of
matrix sample for which an independent estimate of target analytos conceniratlon Is available. Malflx Spikes are used, for
example, to determine the eflect of the matrix on a method's recovery efficiency.
RL
(Reporting Limit) The minimum levels, concentrations, or quantities of a target analyte that can be reported within a specified
degree of confidence. Generally, this number Is equal to or just abovo the lowest calibration standard run with the analytical batch.
RPD
(Relative Percent Difference) The difference between a sot of duplicates or sample spike duplicates.
Surrogate
A substance with propertios that mimic the analylo of interest. It Is unlikely to be found in onuironrnonial samples and Is added to
them for quality control purpos as In Org anics.
Reportsed8r.: 191r25a Pogo 3 of 3

Georgia Pacific
P.O. Box 368
Conway,NC,27820
Contact tun RiddiCk252- 585-1232. (c)252.395-
1625.TARIOOIC O GAPAC.corn
Universa9 Laboratories
CHAIN OF CUSTODY
ID: 1911258
Semi -Annual Stormwater
20 Research OrKe
Hampton. VA=669
1-800-695-2162
http:t/www.universailaboratories.net
Page 1 0l 1
Sample Name
Ui_Santple-,
113 -
Matrix
Sample DateTime/lnitials
SottlelD
- Sample
Container _
Preservation
Testing
OF-002
1911258.002
AQUEOUS
AQUEOUS
12. .9.19 Cz t fd pv'/s ff
=r
1/Glass
<5°C
waWle. 625
002H
1/Glass
<M
40TES: CoolerTemp— —Z _,__C
3henol int check,. Cr1 int check BOD int check HH3 irft cheek
TRANSFER SIGNATURE
DATEITIME TRANSFER SIGNATURE
DATEITIME
Relinquished by
j2'9•l4 i(!q
Received by
Z Gl I
Relinquished by
-IC171,�L5
Received by
Relinquished by
Received by
7-4
Relinquished by
Received by

STORMWATER DISCHARGE OUTFALL (SDO)
MONITORING REPORT
Permit Number. NC NCS000251 or
Certificate of Coverage Number: NCG
FACILITY NAME Georgia-Pacific Chemicals LLC
PERSON COLLECTING SAMPLE(S) Tim Riddick
CERTIFIED LARORATORY(S Universal Laboratories Labll 543
Summit Environmental LabN 631
Georgia-Pacific Chemicals LLC Lab# 5464
Part A: Specific Monitoring Requirements
SAMPLES COLLECTED DURING CALENDAR YEAR: 2019
(This monitoring report shall be received by the Division no later than 30 days from
the date the facility receives the sampling; results from the laboratory.)
COUNTY Northampton
P110IN, E , . 52 _85-123
(SIGNATURE OPI, PERMITTEE OR DESIGNEE)
By this signature, 1 certify that this report is accurate
complete t0 the best of my knowledge
Outfall
No.
Date
Sample
Collected
50050
00556
00310
00340
00600
00665
00400
Total
Flow
Oil and
Crease
BOD5
COD
Total
Nitrogen
Total
Phosphorus
PH
me/ddlyr
MG
m /I
mg/1
m /I
m 1l
m !I
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
28.5
2.64
0.12
8.9
003
II101119
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
Wit
n/a
nIn
n/a
n/a
8.1
Does this facility perform Vehicle Maintenance Activities using; more than 55 gallons of new motor oil per month? _%_yes __-_no
(If yes, complete Part B)
Part B: Vehicle Maintenance Activity Monitoring Requirements
Outran
No.
Date
Sample
Collected
50050
00556
00530
00400
.total
Flow
Oil
and
Grease
Total
Suspended
Solids
pH
New Motor Oil
Usage
g
mo/dd/ r
MG
m /l
mg/1
S.U.
gallmo
002
11/01/19
0.188
<5
11.0
8.9
100
002
12/09/19
0.063
n/a
n/a
8.1
i0o
Form SWU-246-051100
Page I of 3

STORMWATER DISCHARGE OUTFALL (SDO)
MONITORING REPORT
Permit Number: NC NCS000251 or
Certificate of Coverage Number: NCG
FACILITY NAiv1E Georgia-Pacific Chemicals LLC
PERSON COLLECTING SAMPLE(S) Tim Riddick
CERTIFIED LABORATORY(S Universal Laboratories Lab# 543
Summit Environmental Lab# 631
Georgia-Pacific Chemicals LLC Lab# 5464
Part A: Specific i<Ionitoring Requirements
SAMPLES COLLECTED DURING CALENDAR YEAR: 2019
(This monitoring report shall be received by the Division no later than 30 days fUUFT]
the date the facility receives the sampling results from the laboratory.)
COUNTY Northampton
PHONE (25 585-t2321�
�7LE-�L-11
(SIGNATURE OF PERiIIITTEE OR DESIGNEE)
By this signature, I certify that this report is accurate
complete t0 the best of my knowledge
Date
50050
Outfall
No.
Sample
Collected
Total
hiow
-cresol
a -cresol
m-cresol
Cresol
Phenol
Formaldehyde
NPDES
Flow (a� Wier
mo/ddlyr
MG
mg/1
m /l
mg/1
m /l
m /I
m /I
MG❑
002
11/01/19
0.188
n/a
n/a
n/a
n/a
ills
0.0939
n/a
002
12/09/19
0.063
<0.005
<0.005
<0.005
<0.005
<0.005
nla
n/a
I,orm SWU-246-051100
Page 2 of 3

STOPUM EVENT CIIARACTERISTICS: i`lail Original and one copy to:
Division of Water Quality
Date: 11/01/2019 Attn: Central Files
Total Event Precipitation (inches): 1.2 1617 Mail Service Center
Event Duration (hours): 1 . 5 (only if applicable — see permit.) Raleigh, North Carolina 27699-1617
(if more than one storm event was sampled)
Date
Total Event Precipitation (inches):
Event Duration (hours): (only if applicable-- see permit.)
"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."
f/Zo
1
(Signature of Perm ttee) (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 Fiow 0.99 cfs
39 814 Gallons
mmPG 0.044
Q = ciA, where
Fall Event - 2019
11/01/19
1.2 inches
90 minutes
0.800 inlhr
Q = 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 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
jjj21489 Gallons
0.021
Outfall 004
Stormwater Flow Estimate
❑rainage Area Runoff
(acres) Coefficient (c)
1.01 0.9
1.0 0.90
Calculated Flow 0.73 cfs
29 373 Gallons

STOR]VI EVENT CHARACTERISTICS:
Date: 12/09/2019
Total Event Precipitation (inches): 0.4
Event Duration (hours): 7.0 (only if applicable — see permit.)
(if more than one storm event was sampled)
Date
Total Event Precipitation (inches):
Event Duration (hours): (only if applicable —see permit.)
Mail Original and one copy to:
Division of Water Quality
Attn: Central Files
1617 Mail Service Center
Raleigh, North Carolina 27699-1617
"1 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."
KA 1 / Z ° / z a
(Signature of Permittee) (Date)
Form 5WU-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 0.07 cfs
O3 270 Gallons
mmPG
Q = ciA, where
Fall Event - 2019
12/09/19
0.4 linches
420 minutes
0.057 inlhr
Q = 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
tit 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
7163 Gallons
0.007
Outfall ON
Stormwater Flow Estimate
Drainage Area Runoff
(acres) Coefficient (c)
1.01 0.9
1.0 0.90
Calculated Flow 0.05 cfs
'9'791 Gallons

Universal Laboratories
20 Research Drive
Hampton, VA 23666
Phone; 1-000-695-2162
Fax: 757-865-t30'14
Client Report For: Georgia Pacific
Attention. Mr. Tim Riddlck
Client Address: P.O. Sox 368
Conway, NC 27820
Project:
Semi -Annual Stormwater
Order Number.
1910289
Report Date:
12/03/2019
Lab Recelpt Date:
11/0112019
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.
f
The data In this report has been reviewed and validated by: 7 Signature
.._ . / Name
Title
Roporisadeln: +nin.)ao Page 1 of 6 RepotlrWe: (kiginal

Universal Laboratories
r lam/ .. ^T: �i• Y.i' -�.- '[ i - - 7 r T •-ti=.^f�a r""' c
iCI�B.L{GeorglaiF',a_ciftc'+ �` .{Et}r'��, ,�' f M� $; Y,rCifent'Samnld,ID: O_F7009D';L <<
>r; {`31 t !�.rrr r
Id,19,10289 0411p ' '� >> 't 'rx,r•i;�,�l,v; ��, 'a} ir,:.l',, o D t1,110112079,01:10
•�1._'..r �+, .�--"J 1 t. L 11` i 11 -:t,
1pe1r�11t'1ib�r �3 �,rf;- 1 �41j { t ;:on Y l�r�, ssr;T'...111 ; ! ) 1.. 'inc �`d atr' :tAQIJf Ol15�i,,` f' ; c i,
.cu va»w•••ai .r k� , ._ 'J �L:4.1r+.i.ir..x�t�l:`''h. r!- '. £-�i _.. n} Ya�ranui�T-2r►u:. tsF .ijr`�! ..AiK'
Analyses
6lochemlcal Oxygen Demand
(BOD) 5 Day 5M 5210 B (2011)
Holding Time Met
Sample Recelpl Temperature
Biochemical Oxygen Demand
Chemical Oxygen Demand
Sample Preservation pH
Holding Time Met
Sample Recelpt Temperature
Chemical Oxygen Demand
Nitrogen, rota!
Sample Preservation pH
Holding Time Met
Sample Receipt Temperature
Nitrogen, Total
Off 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
Test Result
Unit
RL
Analysis Date
Anaivsis ByQualifie
Cart #
Yes
YeslNo
11/01/2019 15:49
LS
1
C
111011201915:49
LS
5
mg1L
2
11/011201915:49
LS
460036
HACH 6000
Test Result
unit
RL
Analysis Date
Analvsia By Quallfler
Cert #
1
pH Units
111051201913:06
LS
Yes
YeslNo
1N051201913:08
LS
1
C
111051201913:06
LS
46.9
mg1L
20
111051201913:06
LS
460036
EPA 351.2/ EPA 353.2
Test Result Unit
1 pH Units
Yes YeslNo
1 C
1.40 mg t.
EPA 1664A
Test Result
Unit
2
pH Units
Yes
YeslNo
1
C
ND
mg&
EPA 365.1
Test Result
Unit
1
pH Units
Yes
YeslNo
1
C
0.45
mgk
RL Analysis Date Analysis By ualifler Cert #
___ 11/051201915:07 AS
11/0512019 15:07 AS
111051201915:07 AS
0.2 111051201915:07 AS
RL Analysis Date Analysis By Quallfler Cert #
111131201912:37 LS
111131201912:37 LS
W1312019 112:37 LS
5 11113120€9 i2:37 LS 460036
RL
0.02
Analysis Date Analysis By Quallfier Cert
1110512019 14:59
AS.
1110512019 14:69
AS.
111051201914:59
AS.
111051201914:69
AS. 460036
Repal Sodal a: 10iMA4 page 2 of 6 RapeA T�pw Wgh31

Universal Laboratories
. nr..?'r".;�Im•r cis-cr,•�-�+c.- -c,-. -r� ,t.-j. • - . ; tr^- �- ice-, rxr�..�,�.y, .,r .r �; �.,.--•-- x t---F -'r- ,st•, �, i .
�� • Oeor is Iilc•:� t�� t, � .�, �� ��.� ?r'�
,.Client. 9EaP c q Rti ,� ;. 9 ; Ci;erlt Sampla Fb'TOR,
r.��. li ni�rii
lDCotla tionate y,11I0i12019
s a +' �I: 1 , -A
� !Si 1 - ��,A, c.� .SL r�, rn
r f 1� t ti. AQUEOUS
� t � 7 .., '4.`�.
Matr}x
�rPe t r�J::.:i,. `.:5. _ `.`."... z'�.V_. `E t' •`i _1 rs:a, y r14n,' ._ - a J
Analyses
Biochemical Oxygen Demand
(BOD) 5 Day SM 5210 B (2011)
Holding Time Met
Sample Receipt Temperature
Blochemlcal Oxygen Demand
Chemical Oxygen Demand
Sample Preservation pH
Holding Timo Mot
Sample Recelpt Temperature
Chemical Oxygen Demand
Nitrogen, Total
Sample Preservation pH
Holding Time Met
Sample Receipt Temperature
Nitrogen, Total
Oil and Grease (SOT -HEM)
Sample Presemlion pH
Fielding Time Mel
Sample Receipt Temperature
Petroleum Olt Hydrocarbons (SGT-
HEM)
Phosphorus, Total
Sample Preservation pH
Holding Time Met
Sample Receipt Temperature
Phosphonrs, Total
Solids, Total Suspended
Holding Time Met
Sample Receipt Temperature
Solids, Total Suspended
Test Result Unit
Yes Yes1N0
1 C
3 mglL
MACH 8000
Test Result Unit
1 pH Units
Yes YeslNo
1 C
28.5 mg1L
EPA 351.21 EPA 353.2
Test Result Unit
1 pH Units
Yes Yes/No
1 C
2.64 mg.1L
EPA 1664A
Test Result
Unit
1
pH Units
Yes
Yes/No
1
C
ND
mg/L
EPA 365.1
Test Result
Unit
1
pH Units
Yes
Yes/No
1
C
0.12
mg/L
SM 2540D (2011)
Test Result
Unit
Yes
Yes1No
i
C
11.0
mg1L
RL Analysis Date Analysis BM Quallfler Cert #
11101/201915:49 LS
111011201916:49 LS
2 111011201916:49 L5 460036
RL Analysis Date Analysis By ualifier Cert
111051201913:06 LS
1110512019 13:06 LS
11105/201913:06 LS
20 111051201913:05 LS 460036
RL Analysis Date Analysis By Quallfier Cert #
111051201915:07
AS
11105/2019 i 5:07
AS
111051201915:07
AS
0.2
11105/201915:07
AS
'
RL
Analysis Date
Analysis By
Quallifier
Cert #
11113/201912:37
LS
11 It 3/2019 12:37
LS
11113/201912:37
LS
5
111431201912:37
LS
460036
RL
Analysis Date
Analysis Bx
Qualifier
Cert
111051201914:59
AS,
111051201914:59
AS,
111051201914:50
AS.
0,02
111051201914:59
AS.
460036
Analysis Date
Analysis B
Qualliffe
Cart #
11/07/2019 20:09
EK
11/07/2019 20:09
EK
1
11/07/2019 20:09
EK
460036
Rgpon sous n: 1 OWDAD Page 3 of 6 ROPOrt Typal Uipinal

universal Laboratories
'�1..^' ♦. w. s"�i, F.iL T':' �Yf'"'r"77i. r"hCe".^ 'd. r `7', ���
iClEer�t; Gt o►gla Paclflc d �, , , CIIerIk alnnle-Ib:IOF 003
3�, ; �abf {d• ,1910289 003
1 1a"1I01126i - 0`45S ,
0- ¢ i ,.i Y�" � cr 4r �o. rr'i r - s1� 'sr
R a 'AQUEous.
sC1G
Analyses
Biochemical Oxygen Demand
(130D) 5 Day 5M 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 Demarod
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-
HBM)
Phosphorus, Total
Sample Preservation pH
Holding Time Met
Sample Receipl Temperature
Phosphorus, Total
rt'est Result A119
Yes Yes1No
1 C
6 mglL
HACH 8000
Test Result
Unit
1
pH Units
Yes
Yes/Na
1
C
56,2
mg1L
EPA 351.21 EPA 353.2
Test Result Uni
1 pH Units
Yes Yes1No
1 C
1.69 mgiL
EPA 1664A
Test Result
unit
1
pH Units
Yes
Yes1No
1
C
NO
mg1L
EPA 365.1
Test Result
Unit
1
pH Units
Yes
Yes/No
1
C
0.32
mg1L
RL
Apalysis Date
Analysls BY
Quallfler
Cert #
111011201915:49
LS
11101/2019 15:49
LS
2
111011201915:49
LS
460036
HL
Analysis Date
Analysis By
Qualifier
Cert #
11105120101106
LS
11/05/2019 13:06
LS
111051201913:06
LS
20
11/051201913:06
LS
460036
RL
Analysis Date
Analysls By
Quallifi
Cori
11/0512019 15:07
AS
11/05/2019 15:07
AS
1110512019 15:07
AS
0.2
111051201915:07
AS
RL
Anal s-s Rate
Analysis Ily
QuAliflerCert
11113/2019 12:37
LS
11/131201912;37
LS
11/131201912:37
LS
5
111131201912:37
LS
460030
RL
0.02
Analysis Date Analysis By Qualliflo Cert #
11/051201914:59
AS.
111051201914:59
AS,
11/051201914:59
AS.
11105/201914:59
AS, 460036
ReporiSadslft IOMIOo Page 4 of 6 HeportT)ve: Odglnal

Universal Laboratories
-,', rClienfi Georg aiai ',Pacific,T•e T'-l'z ' :, ,;i' s lCllen lamp
s�.. + r•rrr..,Lr-"ln�i it , 1 rr irk r ��r. J i..... �' 19 r�tN...�y._T,r-•�"'I'�;nk"Y' „nr.t' �Y►1i rh icy) bi° .,r�- r 1'i.
910289 W41r,'{ Co lee o `- fa� � 1/011201901 3
■
yL i% { �, tt', sk t' In c/SY. ti'Yr� rt y.I ttl! !
I'!r ,1.� , r4e �1. S1
`Pe it• b � ,', �r .,� � , '•r, 5 ,� .,F �y � • � atrlx�AQUEOUS � , ., ,�, , ,,
. ....,a.oror.:ao.r..r!... .... _.. .. .. .,..... ,,.. , _.,.r...._.{._.r.1t...�J.��ar:�.�i+n't'}Irr•,`: _ ?•_ .�;n..�. _. _. :!it.sla•.
Analyses
BlochemlCal Oxygen Demand
(BOD) 5 Day SM 5210 B (2011)
Holding Time Met
Sample Receipt Temperature
Blochemlcal Oxygen Demand
Chemical Oxygen Demand
Sample Preservation pH
Holding Time Mot
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
Teo Rywit Unit
Yes YeslNo
1 C
3 mglL
HACH 8000
Test Result
Unit
1
pH Units
Yes
YesfNo
1
C
23.8
mg1L
EPA 351.21 EPA 353.2
Test Result
Unit
1
pH Units
Yes
YesfNo
1
C
0.86
mglL
EPA 1664A
Test Result
unit
1
pH Units
Yes
YesfNo
1
C
ND
mgfL
EPA W5.1
Test Result
unit
1
pH Units
Yes
YesINO
1
C
0.12
mg1L
RL Analysis Date Analvsis� ualifier Cert
11101/201915:49 LS
11/0112019 15:49 LS
2 111011201915:49 LS 46C036
RL Analysis Date Analysis By guallifier Cert #
111051201913:06 LS
111051201913:06 LS
111051201913:06 LS
20 111051201913:06 LS 460036
RL Analysis Date Analvals By. Qualifie Cert
1110512019 15:07
AS
111051201916:07
AS
111051201915:07
AS
0.2 111051201915:07
AS '
RL Analysis Date
Analysts B-y Qualiffe Cert At
11/131201912:37
US
11/13/2019 12:37
LS
11113/2019 12:37
LS
5 11/131201912:37
LS 460036
Rh Analysis Date Analysis 8 Qualifier Cert #
11105/201914:59 AS.
11105120i9109 AS.
111051201914;59 AS,
0.02 11 f0512019 14:59 AS. 460036
naponsesialrt. ,o+moo Page 5 of 6 ReponTypo: Original

Glossary of Terms and Abbreviattons
ND
No analyte detected al or above lie RL (Reporting Lfmit) listed
No Results available, analyte not in instrument calibration
(Reporting Limit) The minimum levels, concentrations, or quantities of a target analyze that can be reported within a specified —
NR
RL
degree of confidence, Generally, this number Is equal to or just above tie lowest calibration standard run with the analytical batch.
! B�
Analyte was found in the method blank
D
RPD outside acceptable limits
H M
Holding time excoceded
Internal standard outside acceptable limits
' IS
?,i e_
Result above calibration curve- results are approximate
L
LCS Outside acceptable limits
Matrixinterence
Matrix spike recovery outside acceptable limits
;MIM
M5
QC
Method QC criteria not met
Surrogate outside acceptable limits
i S
V
ICVICCVIFCV outside acceptable limits
LCS
(Laboratory Control Sample) A sample matrix, free from the analyles of Interest, spiked with verified known amounts of analyles
or a material containing known and verified amounts of analytes,
Method Detection;_Imilis is an estimate of the minimum amount of a substance that an analytical process can
MDL
reliably detect
' RPD
_
(Relative Percent Difference) The difference batween a set of duplicates or sample spike duplicates.
M SIMSD
(Matrix Spike or Matrix Spike ❑uplicate) A sample prepared by adding a known mass of target analyto to a specified amount of u
malr€x sample for whtGh an Independent estimate of target analytes concentration Is avaliab'.e. Matrix Spikes are used, for
example, to determine the effect of the matrix on a method's recovery efflctency.
`Calibration
(Initial, Continuing, or Final) A standard analyzed at different times to verify (hat the Initial calibration curve is still valid, _
•Vertication
Holding Time
The maximum time that samples may be held prior to analysis and still be considered valld or not compromised.
`Internal Standard
A known amount of standard added to a test portion of a sample as a reference for evaluating and controlling the precision end
hlas 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 analyzes of Interest and is _
processed simulatanouslywith and under the same conditions as samples,
A substance with properties that mimic the analyze of interest. It is unlikely to be found In environmental samples and Is added to
Surrogate
them for quality control purposes in Organics,
Exceeds Permit Limit. This Is a qualifier to denote that (he result exceeds the permit limit of the sample location. ^�
EPL
Exceeds
Result Exceeds Benchmark ooncentral€on listed in the General Permit, Benchmark Concentrations are primarily used to i
Benchmark
determine the overall effectivenss of the Stormwaterpoltution prevention plan. Extedence of Benchamrk cancentratlons does
(Concentration
NOT conslittle a violation of this permit and does NOT indicate that violation of a water quality standard has occured.
* — —
1I present under the "Cart #" Column, indicates that the laboratory does not have 2009 TNI accreditation in Virginia. These
analyzes should not bo reported for Virginia Air, Water, or Waste Laws or the Sale Drinking Water Act to meet their requirements.
460036
If present under (he "Geri ft' Column. Indicates that the laboratory holds accreditation under the 2000 TN Standard in Virginia,
SM 5210E-20t 1 TI.). Test replicates show more than 30% difference between high and tow vafuesnv
j3
Report Soriel k 101MAe page 6 of 6 Roporl Typo; Original

Georgia Pacific
P.O. Box 368
Corrvvay,NC,27820
Ccntact:Tim Ridciick,252- 585-1232, (c)252-395-
1625,TARIDDIC@ GAPAC.Corn
Uniyersag Laboratories 20Research Drive
CHAIN OF CUSTODY Hampton, VA236%
'I-800-695-2162
1 D: 1910289 httpJ/www.universallaboratodes.net
Semi -Annual Stairmwrater Page 1 of 2
Sample'.Nance'
UL_Sarnple
AID.
Matrix..-:
Sample DatelTiinellnitials...=
_
Bottlell)
:Sample., .
;!Container
Preservation
Testing
OF-001
i
1910289.001
AQUEOUS
AQUEOUS
AQUEOUS
AQUEOUS
AQUEOUS
\�� Q
4 \0 0.'^
` V
001A
250/Glass
H2SO41<6°C
r
waste, TRANS, SOD, COD, TN,
OGN, T.PHOS
i
001B
SOOIHOPE
H2SO4k6'C
001C
1/HOPE
c6°C
001D
1/Glass
H2SO4!<6°C
001E
1/Glass
H2SO4/<6"C
,OF-002
i
j
19102S9.002
AQUEOUS
AQUEOUS
AQUEOUS
AQUEOUS
AQUEOUS
AQUEOUS
AQUEOUS
AQUEOUS
2'0 �Q
O 0.
,r't
U
002A
250fGlass
H2SO41<6°C
waste, SOD, COD, TN, OGN,
T.PHOS, TSS, 625
002B
5001HDPE
H2SO4/<6°C
O02C
1/HDPE
c6'C
002D
1/Glass
H2SO4/<6'C
002E
11G1ass
H2SO4/<6`C
002F
11Glass
<61C
002G
21HDPE
<SIC
002H
1161ass
<6'C
OF-003
1910289-W3
AQUEOUS
AQUEOUS
AQUEOUS
AQUEOUS
AQUEOUS
, p
/ p Vvl
��^ ' 7
003A
250/Glass
H2SO4t<6•C
:ql<
waste, SOD, COD. TN, OGN,
T.PHOS
003E
500/HDPE
H2SO4/c6'C
003C
1/HDPE
<6`C
003D
1lGlass
H2SO41<6'C
003E
1/Glass
H2SO4/-c6'C
JOF-004
i
1910289-004
AQUEOUS
AQUEOUS
AQUEOUS
AQUEOUS
AQUEOUS
ji �- �a ct
b \30 a�
004A
2501GIass
H2SO4/a6'C
waste, BOD, COD, TN, OGN,
PHDS
�
t
i
004E
50on-0PE
H2SO4/-4T-C
004C
1/HDPE
<61C
004D
1/Glass
H2SO4/<6°C
004E
1/Glass
H2SO41<6 C
NOTES: CoolerTernp C
Phenol int check CN int check SOD int check _ NH3 int check
TRANSFER SIGNATURE DATEMME TRANSFER SIGNATURE DATEITIME

Georgia pacific
P.O. Box 368
Conway, NC,27820
Comacf:Tim Riddick,252-585-1232, (c)252-395-
1625,TA R i o e f C'9GA PA C, can
Universa6 Laboratories
CHAIN OF CUSTODY
I D : 1910289
Semi -Annual Storer water
20 Research Drive
Hampton, VA 23666
1-800-695-2162
http:/Iwww.universallaboratodes.net
Page 2 of 2
Relinquished by
W0.1�t; Le.L
deceived by
Relinquished by
Received by
Relinquished by
Received by
Relinquished by
Received by

3
'"ail jj r E I Ina
Summit Environs+e+rml 7cclmologies. l+rc.
PMl 31r _,�1 �41/l� f 3�v/LI3310Win A
tP;4litr�111.1rt17IH-1L1710201nmrF-"lu-- Cujohogrr Fails, Ohio,14223
AI.rllyficaf TV.: [phone] FAA, [phone]
li'cbsuc: hrru://unrrsarlck.co+d
November 12, 2019
Tim Riddick
Georgia Pacific Inc, 27820
200 Ampac Rd.P.O. Box 368
Conway, NC 27820
TEL: [phone]
FAX: [phone]
RE: Water Foi-maldehyde test
Deal -Tim Riddick;
Order No.: 19110070
Summit Environmental Technologies, Inc. received 1 sample(s) on 11/2/2019 for 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 [it -nits
except where noted.
If you have any questions regarding these tests results, please feel free to call the
laboratory.
Sincerely,
(Vue-A-67&1
Holly Florea
Project Malrager
3310 Win St.
Cuyahoga Falls, Ohio 44223
Arkansas 88-0735. California 07256CA, Colorado, Connecticut M-0108, DClaware, Florida NEiLAC U97688, Gcorgin E87688,1daho OH00923, Illinois
200061. lnditnw C,OH• 13, Kansas E-103-17, Kentucky (Undergomid Slnrage Tank) 3, Kmuucky 90146, Louisinun 04061, Mlarylnud 339, hlimmsota
409711, New Hampshire 2996, New Jersey OH006, New York 11777, Nm16 Carolina 39705 and 631, North Dakota K-201, 01tio DW, 011io VAP
C1.0052, Oklnhairm 9940, Oregon 0142O0001, Pennsylvania 010, Rhode Island LA000317, Sau111 Cnrolinn 92016001, Texas T] 04704466.11-5, U1111
011009232011-1. Virginia VELAP 9456, Washington C891
Page 1 of 9

PME�;t4�1{Jr1r.4PrlrnL 1CC'.�ltdoLOn�F$, sr:r.
rtrr��lurlcn7! at�nrGlurles
CLIENT: Geargia Pacific Inc. 27820
Project: Water Formaldehyde test
Sroumil Eimirorrmculal'lcchnologics, Inc.
3310 i3 ra Sr.
CiUvhoga falls, Ohio 44223
TEL: [phone] FAX, [phone]
!i'cLsirc: Irrrr�://,�:�tirselrek. corn
Case Narrative
Wolf: 19110070
Date: 11112/2019
This report in its entirety consists of the following documents: Cover Letter, Case Narrative, Analytical
Results, QC Summary Report, Applicable Accreditation Information, Chain -of -Custody, Cooler
Receipt Form, and other applicable forms as necessary. All documents contain the Summit
Environmental Technologies, Inc., Work Order Number assigned to this report.
Summit Environmental 'Technologies, Inc., holds the accreditations/certifications 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 Environmental
Technologies, Inc, and that of the customer. It cannot be reproduced in any form without the consent of
Summit 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 reported on an "as received" or "wet weight" basis unless 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 Suawrit Enriroinueutal Teclu+ologles, Inc.
r
� u
3310Will St.
DWI1lrJt1 AUNTAL TGCHN01 OGIFR, INr, Cuyahoga Falls, Ohio 4,1213
Allafltdlcnl I fltlarafurfn�' TEL: [phone] FAX: [phone]
fl ebsite: lrrtlt://iru rrsctlek.cam
CLIENT: Georgia Pacific Inc. 27820
Project: Water Formaldehyde test
Sample Summary
WWI: 19110070
12-Nor-19
Lab SnmpleIl) Client Sample It) Tng No Dnic Collected Date Rcccivcd 1IatrN
19110070-0O1 OF-002 11/1/2019 12:30:00 PM l 1/2/2019 10:00:00 AM Non-1101able
Water
Page 3 of 9

summil Emironllrcrunl Technologies. 11rc.
;� r 1�Analytical Report
.� i...'� ��? 4i.j:?�.J 1.1,�'� !' J f,� t.! �:� L:l � 3310 fli,r Sr.
1?NV111UNI1[:Nir1L 1fC1sN01 oGir-S.,Ir:r Ciryahoga Falls, 01do 44223 (consolidated)
P11.11yr"On/ t jbor0IU19,v 7I;L; [phone] FAX: [phone] WOII: 19110070
ll'ebsite: Ir1!pWirumtseack.c°Nr Date lkeporled: 11112/2019
Lab Ill: 19110070-001 Collection pate: 1 1/1/2019 12:30:00 I'M
Client Sample ID Or-002 Matrix: NON -POTABLE WATER
Analysis Result MDI, PQL Qual Units Dilution Batch Datc Analyzed
ALDEHYDES (EPA 83115A)
Fonnaldchyde
0.0939 0.0164 0.222 1
Qualifiers: B
Analyle detecled in the associated Method Blank
H
Holding times for preparaliort of analysis cxccedcd
MC
Valuo is below Minimlan Compound Limil.
ND
Not Detecled
PL
Permit Limit
EPA 8315 A Analyst: PGP
mg/L 1 40429 1 11-012019 1 1:15'00 AM
E Valuc above gtranlitation range
M Manual Inlegration used to detenninc area response
N Tentatively identified compounds
P Second cOAattn confirmation exceeds
R Rt'D outside accepled recovery lintils
Page 4 of 9

uouraiu-i
Sinwnir frn•;ru n,+crrr l T chnoingie.k, Ne,
33100,111ST.
QC SUMMARY REPORT
Ct:Y111qt161Uri rA1-7Gmisnt�.^.I�S.e;r;
Cayedrog(i Falls, Ohio 44223
LVOB: 191100T0
A ualprlcal LAGOrPfnrlas
71:1.: (330) 25.14211 !•'.1.Y: [phone]
F) e8silr: hrrp;! iru}rsrrlrk, rmrr
12-A'0st19
Client:
Georgia Pacific hie. 27820
ProJeel:
Water Formaldehyde test
Hilchil): 40428
Sample iD NiB40428
SampType: h1BLK
TeslCods: svoc-8311b_n Units: ang1L
Prep Data: 111312019
RunND, 105643
Client ID: PBW
Belch 10: 40428
TesiNo: SWB315A SW0315A
Analysis Date: 111412019
SegNo: 2459916
Analyle
Result
PQL SPK vaius SPK Ret Val
IV REC LrnaLimit HlghLlmit RPD F2ef Val
%RPD RPDLImit Qual
Formaldehyde ND 0.2D0
Sample ID LCS40428
SampType: LCS
TeslCods: svoc.9315 n Units: mg1L
Ptep Date: 111312019
RunNo: 105643
Client ID: LCSW
Batch ID: 40428
TeslNw SWO315A SW8315A
Analysis Date: 11/412019
SegNo: 2459917
Analyto
Result
PQL SPK value SPK Rel Val
%RLC [.=Urnil HighUmil RPD Ref Vel
%RPD RPOLWI Quel
Formaldehyde 0151 0.200 0.150 0 101 7D 130 3
Sample ID LCSD-40428
SampType: LCSU
TaslCodo: svoc•8315 n Units: mg1L
Prep Dale: 111312019
RunNo: 105643
Client ID: LCS502
Balch ID: 40428
TeslNm SW9315A SW8315A
Analysis Dole: 111412019
SegNo: 2459918
Analyle
Result
PQL SPK value SPK Ref Val
%REC LrnvLimit highl-imit RPD Ref Val
%RPD RPDLFmll Dual
Formaldehyde 0.148 0.21X1 0.150 0 98.6 70 130 0.151 2.07 20 3
Quntificrs: B Analytic detected in the associated Mcthed Blank Ei Value above quentitatien range H Holding limes for preparation or anal;
J.Utaly1edetected bclmvquan6talionlimits \1\fanuallntegrationused [adeterminearearesponse MC Value is Wow Minimum Compound
NO Not Detected E' Second column confirmation exceeds PL Pemtit LindI Original
R RPD outside Accepted tecoveq• limits RL Reporting Detwian Limit S Spike Recovery outside accepted reca
Page 5 of 9

C�m i('t T r:'', 'Swrnnitlinriroim;emal7echnologies.ln
f ! l Qualifiers and Acronyms
°:1� 3310 Win
PIVlt;nlJ1AL' t)'liL ll:l:tilmiomr,",, iF;! Cn)-aliognI-alls, Ohio442� WO#: 19110070
An,ifyflcal i.ubornlvrh-,s '1''T/.: [phone] EefX: (330) 253.446
Websire: lrlro:1Ann tr.serrek.co Dnte: 11112/2019
I'ltese commonly used Qualifiers and Acronyms may or may not be present in this report.
Qualifiers
I3 The compound was analyzed for bnt was not detected.
d The reported valtnc is grenler than the Method Detection Limit but less than the Reporting Limit.
11 The hold time for sample preparntion and/or analysis was exceeded.
f) The result is reported from a dilution.
L The result exceeded the linear range of the calibration or is eslinaated due to interference.
Al The I-Mdt is below the Minimum Compound Limit.
The resull exceeds the Regulatory Limit or Maximum Contamination Limil,
nt Manual integralion was used to determine the area response.
d Manual integration in which penk was deleted
N The result is presumptive based on a Mass Spectral library search assuming a 1:1 respotasc.
1' The second cohnnm confirmation exceeded 25%difference.
C The result has been confirmed by GUMS.
X The result was not confirmed when GC/MS Analysis was performed.
B/A'IB+ The analyte was detected in lbe associated blank.
G The ICB or CCB contained reportable amounts of analyse.
QC-/+ The CCV recovery failed low () or high (+).
It/QDR The RPD was outside of accepted recovery li mils.
QL-1+ The LCS or LCSD recovery failed low (-) or high (a).
QLR The LCSILCSD Rl'D was outside oflaccepted recovery limits.
Qi1,I-/+ The MS or MSD recovery failed low (-) or high (+).
QXIR The MS/MSD RID was outside of accepted recovery limits.
QV-/+ The ICV recovery failed low (-) or high (A).
S The spike resell was outside of accepted recovery limits.
z Deviation; A deviation fionl the method was performed; Please refer to the Case Narrative for
additional infomintion
Acronyms
ND
Not Detected
RL
Reporting Limit
QC
Quality Control
,IIDL
Method Detection Limit
N111
Method Blank
LOD
Level ofDelcclion
I,CS
Laboratory Control Sample
I.OQ
Level of Quaulilation
LCSD
Laboratory Control Sample Duplicate
I"QL
Practical Quantization Limit
QCS
Quality Control Sample
CRQL
Contract Reqnired Quantization Limit
Dull
Duplicate
FL
Permit Limit
PIS
Matrix Spike
RegLv1
Regulatory Limit
AISD
Matrix Spike Dtiplicate
A1CL
Maximum Contamination Limit
III')
Relative Percent Different
kliuCl,
ivlinfnaim Compound Limit
ICI'
Initial Calibration Verification
RA
Reanalysis
ICB
Initial Calibration Blank
RE
Reextraction
CCV
Contiuniug Calibration Verification
TIC
Tentatively identified Compound
CCB
Coninuing Calibration Blank
1tT
Retention Time
RLC
Reporting Limit Check
CF
Calibration Factor
DF
Dilution Factor
RF
Response Factor
This list of Qualifiers and Acronyms reflects the most commonly utilized Qualifier's and Acronyms for reporting.
Please refer to the Analytical Notes in the Case Narrative for any Qualifiers or Acronyms that do not appear in this
list or for additional information regarding the use of these Qualifiers on reported data,
Original
Page 6 of 9

SIllmNil Enviionmental Technologies, lnc• Accreditation Program
fil �t ,+ l E J ��•
} t 33lO11'in5l. 1�4,�rj �•Y {
Anal tes Report
E;:VU,otdi,it:n'nt trrtitcslnrirg t;;c Cul�nhognFalls. Ohio 14223 y
Annity0ca/ 1_abc}rare es TEL: [phone] FAX: [phone],169 WON: I9110070
fl'eLsife: hrlo://iv,v„,serrek,co�n 12-Nor-19
Client: Georgia Pacific Inc. 27820 State: NW
Project: Water Formaldehyde test Program Dante, NC_W W_SCM
Sample ID Matrix Test Nance Analyte Slnh,s
191 10070-001 A Non-Polable Writer Aldehydes (EPA 8315A) Formaldchyde N
NC WW SCM N Not Accredited
Original #1
Page 7 of 9

JENVIRONMENTAL TECHNOLOGIES. INC.
Ur7ahcCo �;:s, ONa .44223
SO4-?78-014C
Ana'lYsis Request Chain of Custody
Fbr Summit Environmcnlal Tcchnalo,gies. Inc. LLse O;jh,
Pace , Of
0-`,nt N=-:
-J L 4 - I
Georgia-Paciric ChernicAls LLC
Watcr Forrnafdehyde test
4
r
%IJ
3
200AMpac Road
200 Ampac Road
V,
Conway, NC 27820
Conway, NC 27820
C;:Lcn! Phr"Ic
::To
(252)-585-3819
Tim Riddick
0
10
'NC,
U
(252)-595-1754 U
P552190585
3
Tim Riddick
1, if Ohio-VAP Samples
Trio.
1AN, MIMMOMMEEMPM M-UM
IN MIN 11MMUM iIMi
IM ON M
M. MMI1MM M IN
IN MEN a IN IMIN IM
IN on M11MM11M
IN �MMIM MM IN IMMUMIN
V­ - -0-
Walter Lee
11/112019
1300
L
the
Rush Requested; Da,.
Ll
G1
Co
0 1
QD
Fedex tracking no. - 409338969615
)I

Swim!( EriNronarenrnl71 chrrologies, Lrc.
331011'MS1,
PAIIH011Plt:nrnLirmmoionir-5,irrG. CuynhogaFalls, ohro,1d223 Sample Log -in Check List
Analyllcal Laborarrrn& TEL: [phone] I-AX: (i30) 253-4,189
!1'ebsire: hrflL/Annr.sel!ek.covrr
Client Name: GEO-NC-27820-A Work Order Number: 19110070 RcptNo: 1
Logged by: Jacqueline Raslle 11/212019 10:00:00 AM
�♦'s'Fti.F
Completed By: Jacqueline Rasilo 11/2/2019 12:37:06 PM
Reviewed By: Holly Florea 11/4/2019 7:56:17 AM !
Chain of Custod
1 • Is Chain of Custody complete?
Yes 0
No ❑
Not Present ❑
2. Flow was the sample delivered?
FedEx
Login
3. Coolers are present?
Yes
No ❑
NA ❑
4, Shipping container/cooler in good condition?
Yes
No ❑
Custody seals intact on shipping containerlcooler?
Yes ❑
No ❑
Not Present 91
No. Seal Date:
Signed By:
5, Was an attempt made to cool the samples?
Yes 0
No ❑
NA ❑
6. Were all samples received at a temperature of >0° C to 6.0°C Yes 11/1 No ❑ NA ❑
7, Sample(s) in proper container(s)?
Yes
©
No ❑
8, Sufficient sample volume for indicated lest(s)?
Yes
EVI
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
12. Were any sample containers received broken?
Yes
❑
No S�
13. Does paperwork match bottle labels?
Yes
FV1
No ❑
(Note discrepancies on chain of Custody)
14, Are matrices correctly identified on Chain of Custody?
Yes
{]
No ❑
15. Is it clear what analyses were requested?
Yes
No ❑
16. Were all holding times able to be met?
Yes
No ❑
(If no, notify customer for aulhorization.)
Special Handling [if applicable)
17, Was client notified of all discrepancies with this order?
Yes
❑
No ❑ NA W
Person Notified; Date
By Whom; Via: ❑ eMall ❑ Phone ❑ Fax ❑ In Person
Regarding:
Client Instructions;
18. Additional remarks:
Only reed one vial
Cooler Information
Cooler No I Temp °C I Condition 19eal Intact Seal No Seal Date Signed By
t 14.2 1 Goodl Not Present
Page 9 of 9

f
Universal Laboratories
20 Research Drive, Hampton, VA 23666 Z t7
1 ELEPHONE: [phone]
TOLL. FREE: [phone]
rnx: (757)8G5.8014
REPORT OF ANALYSIS
TO: Georgia Pacific
Order ID:
1911258
COC Name:
Semi -Annual Slormwater
Mr. Tim Riddlok
Receive Date:
12/09/2019
P.O. Box 368
Report Date:
12/18/2019
Conway, NC 27820
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:,.._f;�t1,-���.r�
Signature
Name
TIVe
ROP011606414: 1911258 Page t 01 3

OF-002�r��"�i�•,"ar"r
Lae Irl ; f -14v 8.002• Collection Deter MOT20te 02:40
Permit: --- —Malr(X; AQUEOUS
Semi Volatilo arganks
EPA 625.1
Holding Time Met
Sample Receipt Temperature
Cresols, Total
m,p-Cresols
o-Cresol
Phenol
surrogate 2,4,6-
Tribromophenot (% Recovery)
surrogate 2-Fluorophenol (7
Recovery)
surrogate Phenol-db (%
Recovery)
Reaut
"
AnalVals Dat
Artalyst
Qual. RL
Certtl
Yes
Yes/No
12IW01913:10
GH
2
C
1W181201013:10
GH
ND
ug/L
12/181201913:10
GH
6
460036
ND
uWL
121181201913:10
GH
5
460030
ND
uglL
12I8120191110
Gil
5
460036
ND
uglL
12118/20191110
GH
5
466036
54
%
121181201913:10
GH
9.5.123A
33
%
12/181201913:10
GH
2O.6.110.5
20
%
1211812019 1310
GH
915.110.5
Analytical Ouality Control Results Report
PREP SV_O_ A AO 62513510
Batch: 121319-0091
LIMSIV -
Test
Parameter
Result
RL Gunt �Accurvcy
Pra91at0n
Control
control
121319.009-MB•01
SVGA 625 - AQ MB
m,p•Cresols
0 ugrL
tl
Phenol
0 ugR
0 V
Surrogate 2-Fluoraphenoi (% Recovery)
38.5 %.
20.6 • 110.5
6urrogato Phanol•d5 (% Recovery)
23.3 %
0.5 - 110,5
Surrogate 2,4,6-Trlbramephenol (% Recovery)
0 %
5 9 S • 17..1 4
121310.00n,LC$01
SVOA 625 - AQ LCS
surrogate 2-Fluoraphenol (% Recovory)
50 %
13.69
surrogate Phenol•0 (% Recovery)
24 %
10. 68
surrogate 2,4,6,Trlbremoph0nol (% Recovery)
70 %
42 - 122
Phanol (% Recovery)
33 %
17. 120
1911258,002
SVGA 625 - AO MS
Surrogate 2-Fluoraphenol (% Recovery)
40 %
13 - 60
surrogate Phenol-d5 (% Recovery)
20 %
10. 50
surrogate 2,4,6•Tr+bromophenol(%Recovery)
70%
50-126
Phenol (%. Recovery)
26 %
10. 120
MA. 625 - AQ M30
surroguto 2-Ftuorophenol (% Recovery)
47 %
20.6. 110.5
surrogate Phenol-d5 (°% Recovery)
23 %e
9,5 - 110.5
surrogate 2,4,6•Tr1hrornophenol (% Recovery)
69 %
9.5 • 123.4
Phenol (% Recovery)
33.6 %,
to. 120
Phenol (RPD)
ND %
0. 64
m,p-Cresols (% Rocovery)
: /; s 7.
MS 10. 13'1
m,p-Crasdr (RPD)
NO %
0. 30
o-Cresol (% Recovery)
0 %
MS 70, 11-)
o-Cresol (RPD)
ND %
0.30
napoa $wlal Y: 101126B Pag1) 2 Ot 9

Quallf ler Codes
*
II present under the "Carl 11' column, indicalos that the laboratory does not have 2009 TN accreditation In Virginia. These
analyles should not be reported for Virginia Air, Water, or Waste Laws or the Sale Orinking Water Act to meet their requirements.
S
Analyto was found in the method blank
D
RPD outside acceptable llmlls
EPL
Exceeds Permit Limit, This Is a qualliler to denote that the result exceeds the permit limit of the sample location.
H
Holding lime excoaeded
IS
Internal standard outside acceptable limits
J
Result abovecallhrallon curve - results are appro dmale
MI
Matrixlnlerence
Ms
Matrix spike mcoveryouWde accaplabla limits
ND
No analyle defected at or above the RL (Reporting Limit) listed
NR
No Results available, analyla not In Instrument calibration
QC
Method OC criteria not met; GGA or LCS Failure
R
SM 52109.2011 7.b. Test replicates shall more than 30% differenco between high and low values
S
Surrogale outside acceptable limits
V
ICVICCWFCV outside acceptable limits
Glossary of Terms
460036
If present under the'Cert t1" Column, Indicates that the laboratory holds accreditation under the 2009 TNI Standard In Virginia.
Calibration
(Inllial, Continuing, or Final) A standard analyzed at different times to verify that the Initial calibration curve Is slip valid.
Verlication
Exceeds
Result Exceeds Benchmark concentralion listed in the General Permit, Boncismark Concenitaiions are primarily used to
Benchmark
determine the overall effectivenss of the Stonnwaler pollution prevention plan. Excedenco of Senchamrk concentrations (loos i
concentration
NOT constitute a violation of this permit and does NOT Indicate that violation of a water quality standard has occurad.
Holding Time
The ma)dmum lima that samples may be held prior to analysis and still be considered valid or not compromised.
Internal Standard
A known amount of standard added 10 a lest portion of a sample as a reference for evaluating and controlling the precision and
bias of the applied analytical method.
LCS
(Laboratory Conlrol Sample) A sample matrix, frog from the analyzes of interest, spiked with verified knorm amounts of analyzes
or a material containing known and verified amounts of analyis.
MOIL
Method Detection Llmitis is an estimate of the minimum amount of a substance that an analytical process can
reliably detecl
Methed Blank
A semplo of a matrix simllar to the batch associated samples (whan available) that Is lroo from the anaiylas of interosz and is
processed slrnuialanously with and under the same conditions as samples.
MS/MSD
(Malri)(Spike or Matrix Spike Duplicate) A sample prepared by adding a known mass of target analyze to a specilied amount of
matrix sample for which an Independent osllmato of target analylers concentration is available. MalOx Spikes are used, for
oxamplo, to delermina the effect of the matrix on a method's recovery efficiency,
AL
(Reporting LIrnl1) The minimum levels, concentrations, or quantilies of a target analyze that can be reported within a specilled
degree of confidence. Generally, this number Is equal to or Just above the lowest calibration standard run wilh the analytical batch.
RPD
(Relative Percent Difference) The difference between a sot of duplicates or sample spike duplicates.
Surrogato
A subs lance with properties that mimic the analyle of Interest. It is unlikely to be found in environments! samples and Is added to
them for quality control purposes In Organics.
R7porrsedaIN: 1911258 Page 3 of 3

Georgia Pacific
P.O. Box 368
Conrvay,NC,27820
Contact:Tirn Riddick252-585-1232, (c)252-395-
1525,TARIDDIC 0 GAPAC-Corn
Universa0 Laboratories
CHAIN OF CUSTODY
I®: 1911258
Semi -Annual Stormwatetr
20 Research Drive
Hampton, VA 23666
1-800-695-2162
hitpJ/mvw.un iversallaboratories.nei
Page 1 of 1
Sample Name
UL Sample,
ID
Matrix
' Sample Daterrime/Initials
BDttlelD
Sample
Container _
Preservation
Testing
OF-002
i911256002
AQUEOUS
AQUEOUS
q_t 0�tir7 /�
i/
002G
110ass
<6°C
waste.625
002-H
11Giass
<6°C
VdTES_ CoolerTemp--,Z:-c
'henot Int check CN int check BOD int check- NH3 int check
TRANSFER SIGNATURE
DATEITIME TRANSFER SIGNATURE;
DATEMME
Relinquished by
VAI
I;Z414 f('bd
Received by
Relinquished by
G S
Received by
Relinquished by
Received by
Relinquished by
Received by