NCS000251_COMPLETE FILE - HISTORICAL_20190806

° ---STORMWATER DIVISION CODING SHEET - .
RESCISSIONS.
PERMITNO..
L
DOC TYPE
COMPLETE FILE- HISTORICAL
DATE OF
RESCISSION
❑ c� � I� l� � L)
YYYYMMUD

Georgia-Pacific Chemicals LLC
Conway Resins Plant
P.O. Box 368
Conway, NC 27820
Phone [phone]
Fax [phone]
July 30, 2019
Certified Mail — 7019 0160 0001 1456 0108 PUG i:�LE�
North Carolina Department of Environmental Qualityy►,��'��Or,
Division of Water Quality
Surface Water Protection Section
1617 Mail Service Center
ATTENTION: Central Files
Raleigh, NC 27699-1617
RE: Stormwater Permit NCS000251
Georgia-Pacific Chemicals LLC
Northampton County
Stormwater Monitoring - February 1, 2019 — July 31, 2019
Conway, NC
Dear Gentlemen/Ladies;
Georgia-Pacific Chemicals LLC (GP) is respectfully submitting the facility's 2019 Spring Stormwater
(February 2019 - July 2019) sampling data on Form SWU-246-051 100, pursuant to the monitoring
requirements set forth in the above noted permit. Although NPDES stormwater permit NCS000251
expired on January 31, 2016, the facility continues to discharge stormwater per the automatic
authorization to discharge beyond the expiration date granted in Part 11, Section 13: General Condition 1,
of the permit. The facility submitted all necessary forms required by the agency to renew the permit on
July 30, 2015.
']'he analytical laboratory noted on their report that the relative percent difference between laboratory
duplicate sample results for Outfall 002 was outside the acceptance limits for phenol.
Should you have any questions, please feel free to contact Tim Riddick at [phone].
Sincerely,
<f-z OX4
Ron Walls
Regional Manufacturing Manager

STORNINYATER DISCHARGE OUTFALL (SDO)
MONITORING REPORT
Permit Number: NC NCS000251 or
Certificate of Coverage Number: NCG
FACILITY NAME Geor ia-Pacific Chemicals LLC
PERSON COLLECTING SAMPLE(S) Tim Riddick
CERTIFIED LABORATORY(S Universal Laboratories LabP 543
Summit Environmental Lab# 631
Georgia-Pacific Chemicals LLC Labs! 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 Northam (OR
PHONE NO. 52 585- 32
(S[GNATIjRE OF P :RM['I"rEF. 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
00556
00310
00340
00600
0066.9
00400
Total
Flow
Oil and
Grease
MODS
COD
Total
Nitrogen_-
Total
Phosphorus
[I
molddlyr
MG
mg/1
m /I
mg/1
mg/1
mg/1
S.U.
001
07/07/19
0,033
<5
8
47.8
2.33
0.33
6.9
002
0 7107/19
0.157
<5
7
20.6
9.86
0.11
7.3
003
07/07/19
0.018
<5
7
32.0
2.57
0.10
6.8
004
07/07/19
0.024
<5
7
38.7
1.62
0.08
7.1
Does this facility perform Vehicle Maintenance Activities using more than 55 gallons of new motor oil per month?_\ ves _no
(If yes, complete fart 13)
Part R: Vehicle Maintenance Activitv Monitoring Requirements
Otttfall
No.
Date
Sample
Collected
50050
00556
00530
00400
'Total
Flow
Oil
and
Grease
'Total
Suspended
Solids
pH
New Motor Oil
Usage
moldd/vr
\1G
mg/1
mg/1
S.U.
al/mo
002
07/07/19
0.157
<5
7.2
7.3
100
Form SWU-246-051100
Page I of 3

STORLMIWATER DISCHARGE OUTFALL (SDO)
MONITORING REPORT
Permit Number: NC NCS000251 or
Certificate of Coverage Number: NCG
FACILITY NAME Geor ia-Pacific Chemicals LLC
PERSON COLLECTING SA,IIPLF(S) Tim Riddick
CF,RTIFIFD LABORATORY(S Universal Laboratories Lab# 543
Summit Environmental Lab#€ 631
Georgia-Pacific Chemicals I.LC Lab## 5464
Part A: Specific Monitoring Requirements
SAXIPI,FS COL.LFC'i'VD DURING CAIA NDAI2 YEAR: 2019
('Phis 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 North n
PHONIC: NO. 25 1 -585- 2
1 ',�— VVA
(SIGNATURE 01 ERMri TEE 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
Flow
-cresol
o-cresol
in -cresol
Cresol
Phenol
Formaldehyde
NPDES
Flow (a7 R'ier
mo/ddh•r
,IG
m =!l
m I
m /l
mg/1
m g/I
mg/1
MGD
002
07/07/19
0.157
< 0.005
< 0.005
< 0.005
< 0.005
0.0061
0.219
nla
Dorm SWU-246-051100
Page 2 of

STORM EVENT CHARACTERISTICS: Mail Original and one copy to:
Division of Water Quality
Date: 07/07/2019 Attn: Central Files
Total Event Precipitation (inches): 1.00 1617 Mail Service Center
Event Duration (hours): 2. 0 (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 ant aware that there are significant penalties for submitting false information,
including the possibility of fines and, im�pri/sonnment for knowing violations."
71:a 1/3 r
(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 0.62 cfs
jjj3 ;b Gallons
mmPG 03
Q = c iA, where
Spring Event - 2019
07/07/19
1 inches
120 minutes
0.500 in/hr
Q = Flow (cfs)
c = runoff coefficient
i = rainfall 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 2.92 cfs
fd,4--4MGalIons
Outfall 003
Stommater Flow Estimate
Drainage Area Runoff
(acres) Coefficient (c)
1.30 0.2
0.45 0.9
1.8 0.38
Calculated Flow 0.33 cfs
Gallons
v1a
Outfall OG4
Stormwater Flow Estimate
Drainage Area Runoff
(acres) Coefficient (c)
1.01 0.9
1.0 0.90
Calculated Flow 0.45 cfs
Gallons
Ga

Universal Laboratories
20 Research Drive, Hampton, VA 23666
TELEPHONE: [phone]
TOLL FREE: [phone]
FAX: [phone]
REPORT OF ANALYSIS
TO: Georgia Pacific
Order ID:
1810134
Receive Date:
07/08/2019
Mr. Tim Riddick
Print Date:
7/24/2019
P.O. Box 368
Quote Number:
UL-060419-001
Conway, NC 27820
PO Number:
P552190029
COC Name: Semi -Annual Stormwater
Report Date: July 24, 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 Cart #f column. This
report shall not be reproduced except in full.
.;# V� - %%%
The data in this report has been reviewed and validated by:
SEgn^a'jurre
.�l V —Na
a
" Vim
Thla
Ropon SOW r: 1810134 Page 1 of 7

OF-001 Collection pate: 07/07/2019 15:30
Lob 10: 1810134.001
Permit: Matrix: AQUEOUS
SM 5210 8 (2011)
Holding Time Met
Sample Receipt Temperature
Biochemical Oxygen Demand
Result Unit Analysis Date Anallnt ualifi RI Cert#
Yes Yes/No 07/09/2019 15:26 EK
1 C 07/091201915:28 EK
8 mg/L 07109/201915:26 EK 2 460030
EPA 351.21 EPA 353.2
Resul Unit
Analysis Date
An-adlys
Quanti.Rh
Cart#
Sample Preservation pH
1 pH Units
07/t1/2019 19;04
AP
Holding Time Met
Yes Yes/No
07111/2019 19:04
AP
Sample Receipt Temperature
1 C
07/11/201919:04
AP
Nitrogen, Total
2.33 mg/L
07/1112019 19:04
AP
0.2
'
EPA 1664A
Result Unit
Analysis Pat
AnAlysfi
Dualifler
IL
gad#
Sample Preservation pH
1 pH Units
07/111201912:46
EK
Holding Time Met
Yes Yes/No
07/11/20i912:46
EK
Sample Receipt Temperature
1 C
07/1101912:46
EK
Petroleum Oil Hydrocarbons
ND mg/L
07/11/201912:46
EK
5
460036
(SGT-HEM)
EPA 365A
Result 9-RB
Analysis Date
Analyst
Qualif€er
RL
9-9-119
Semple Preservation pH
1 pH Units
07109/201014:66
AP
Holding Time Met
Yes Yes/No
07/09/201914:55
AP
Sample Receipt Temperature
1 C
07/09/201914:56
AP
Phosphorus, Total
0.33 mg/L
07109/201914:56
AP
0,02
460036
HACH 8000
Result [snit
Analysis Date
Anallys
Quallflar
RL
Cart#
Sample Preservation pH
1 pH Units
07/2212019 14:18
EK
Holding Tlma Met
Yes Yes/No
07/22/2019 14:18
EK
Sample Receipt Temperature
1 C
07ra=1914:18
EK
Chemical Oxygen Demand
47.8 mg/L
07/221201914:18
EK
20
460036
OF-002 Collection Date: 07/07/2019 14:30
Leh 10: 1810134-002
Permit: Matrix; AQUEOUS
SM 5210 8 (2011)
Result Unit
Analysis Date
Analyp gualifiar a Cart,�[
Holding Time Met
Yes Yes/No
07/09/2019 15:26
EK
Sample Receipt Temperature
1 C
07/09/201915;26
EK
Biochemical Oxygen Demand
7 mg/L
07/09/2019 15:26
EK 2 460036
EPA 351.21 EPA 353.2
Result Unit
Analysis Date
Anal s Quallfle RL Cert
Sample Preservation pH
1 pH Units
07/11/201919:04
AP
Holding Time Met
Yes Yes/No
07/111201919:04
AP
Sample Receipt Temperature
1 C
07/t 1/2019 19:04
AP
RepcA SsAsM ie10134
Pago
2 0f 7

OF-002 goilaction Date: 07/07/2019 14:30
Lob ID: 1810134-002
Permit; Matrix, AQUEOUS
EPA 351.21EPA 353.2
Re Unit
Analysis Date
Analyst
Quallfle
RL
Cart#
Nitrogen, Total
9.86 mgIL
0711 M019 19:04
AP
0.2
EPA 1664A
Result Unit
a� Ivsl_s Date
Analval
Clusliiler
RL
Cert#
Sample Preservation pH
1 pH Units
07/11/2019 12:46
EK
Holding Time Met
Yes Yes1No
07/11/2019 12:46
EK
Sample Receipt Temperature
1 C
07/11=19 1246
EK
Petroleum Oil Hydrocarbons
NO mg/L
07/1112019 1246
EK
6
460036
(SGiT-HEM)
EPA 365.1
Res"It Unit
Analysis Date
Analyst
gualifier
RI
Cart#
Sample Preservation pH
1 pH Udia
07/09/2019 14:56
AP
Holding Time Met
Yes Yes/No
07/0912010 14:56
AP
Sample Receipt Temperature
I C
07/0912019 14:56
AP
Phosphorus, Total
0.11 mg/L
07/09/2019 14:56
AP
0.02
460036
SM 2540D (2011)
Result Und
Analysis Date
Analyst
uallfier
R
Cert#
Holding Time Met
Yes Yes/No
07/1 M019 19.18
LS
Sample Receipt Temperature
I C
0711112019 19:18
LS
Solids, Total Suspended
7.2 mg/L
07/1112019 1918
LS
1
460036
EPA 625.1
Result U-n-11
Analysis Date
Analyst
ualifier
R�L
Cert
Holding Time Met
Yes Yes1No
IOJul2019 10:57 pm
BD
Sample Receipt Temperature
1 C
10Jul 2019 10:57pm
BD
Cresols, Total
NO ug&
10 Jul 2019 10:57 pm
BD
5
460038
m,p-Cresols
Na ugA.
10 Jul 2019 10:57 pm
BD
5
460036
o-Cresol
NO ug1L
10 Jul 2019 10:57 pm
BD
5
460036
Phenol
6.1 ug&
10 Jul 2019 10:57 pm
BD
0
5
46D036
surrogate2,4,6-
78 %
10Jul 2019 10:57pm
BD
9.5-123.4
Trlbromophenol (% Recovery)
surrogate 2-Fluoroblphenyl
48 %
10 Jul 2019 10:57 pm
BD
42.6-
(% Recovery)
116.5
surrogate 2-Fluorophenol (%
34 %
10 Jul 2019 10:57 pm
BD
20.6.
Recovery)
110.5
surrogate Nitrobenzene-d5
47 %
10 Jul 2019 M57 pm
BD
34.6-
(% Recovery)
114.5
surrogate p-Terphenybd14
87 %
10Jul 2019 10:57 pm
BD
32.6-
(% Recovery)
141.4
surrogate Phenol-& (%
23 %
10 Jul 2019 10:57 pm
BD
9.5-110.5
Recovery)
MACH 6000
Result U_nIj
Analysis pate
Anallys
Qualifier
RL
Cart#
Sample Preservation pH
i pH Units
07/22/2019 14:18
EK
Holding Time Met
Yes Yes/No
07=2019 14:18
EK
Sample Receipt Temperature
1 C
07/22/2019 14:18
EK
Chemical Oxygen Demand
20.6 mg1L
07/22J2019 14.18
EK
20
460036
R4?p9d 8edd a: 1810134 Page 3 o1 7

OF-003 Collection Date: 07/07/2019 15:00
Lab We 1810134-003
Permit: Matrix: AQUEOUS
SM 5210 B (2011)
1Resu ! nit
Analysis Date
Analys
Quallfier $b
Holding Time Met
Yes Yes/No
07/09/2019 15:26
EK
Sample Receipt Temperature
1 C
07/09/201915:26
EK
Biochemical Oxygen Demand
7 mg/L
071091201915:26
EK
2
460036
EPA 351.21 EPA 353.2
Result Unit
Analvels-Mota
Analyst
uallfie
Cert#
Sample Preservation pH
1 pH Units
07/11/2019 19:04
AP
Holding Time Met
Yes YeslNo
07/11=10 %04
AP
Sample Receipt Temperature
1 C
07/11/2019 19:04
AP.
Nitrogen, Total
2.57 mg/L
07/11/2019 19:04
AP
0.2
EPA 1664A
Result unit
Analysts Date
Analyst
ualifi S6
cart#
Sample Preservation pH
1 PH UM3
07/1112019 12:46
EK
Holding Time Met
Yes YeslNo
071111201912:46
EK
Sample Receipt Temperature
1 C
071111201912:48
EK
Petroleum Oil Hydrocarbons
ND mg/L
07/11/2019 12:46
EK
5
460036
(SGT-HEM)
EPA 365.1
Ream[ Unit
Analysis Date
Analyst
Qualifier $L
Cert#
Sample Preservation pH
1 pH UNIS
(17/0912019 14:56
AP
Holding Time Met
Yes YeslNo
07/09/2019 14:56
AP
Sample Receipt Temperature
1 C
07/D9PM019 14:55
AP
Phosphorus, Total
0.10 mg/L
07109/201914:56
AP
0.02
460036
HACH 8000
Result 90It
Analysis Oat
Analyst
Qualifie�,I.
Cert#
Sampfe Preservation pH
. 1 pH Unils
07/2212019 14:18
EK
Holding Time Met
Yes YeslNo
07)2212019 14:18
EK
Sample Receipt Temperature
1 C
07/2Z2019 14:18
EK
Chemical Oxygen Demand
32.0 mg/L
07/22/201914:18
EK
20
460036
OF-004 Collection Dale: 07/07/2019 15:55
LgD113: 1810134-004
Parmltb Mgtrlx: AQUEOUS
SM 5210 B (2011)
Result t�it�
Analysi"at
Anglys Qualifler R1 Cart#
Holding Time Met
Yes Yes/No
07/091201915:26
EK
Sample Receipt Temperature
1 C
07/09/201915:26
EK
Biochemical Oxygen Demand
7 mg/L
07/09/201915:26
EK 2 460036
EPA 351.21 EPA 353.2
RqsuJt YJIAI
Analysis Date
Analyst Qualifler L Cert#
Sample Preservation pH
i pH Units
07/11/2019 19:04
AP
Holding Time Met
Yes YeslNo
07A 1/201919:04
AP
Sample Receipt Temperature
1 C
07/11/201919:04
AP
Report 8ori¢1 r; 410134
Page
4 of 7

OF-004 Collectlon Date: 07/07/2019 15:55
Lab IM, 1610134-004
Permit: Matrix; AQUEOUS
EPA 351.21 EPA 353.2
Raoult W
Analysis Date
Analyst
Qualifier RL
Cert#
Nitrogen, Total
1.62 mg1L
07111/2010 19.04
AP
0.2
'
EPA 1664A
Result Unit
Analysis Date
Analys
Qualifier U
Gert#
Sample Preservation pH
1 pH Units
07111/201912:46
EK
Holding Time Met
Yes Yes/No
0711la019 12:46
EK
Sample Receipt Temperature
1 C
07I1112019 12:46
EK
Petroleum 611 Hydrocarbons
ND mg1L
07111/201912.46
EK
5
460036
(SGT-HEM)
EPA 365.1
Res f ijj
Analysis Date
Analyst
ualifler RL
C, ert#
Sample Preservation pH
1 pH Units
071091201914:56
AP
Holding Time Met
Yes YeslNo
07109W 19 14:56
AP
Sample Receipt Temperature
1 C
071091201914:56
AP
Phosphorus, Total
0.08 mgJL
0711091201914:56
AP
0.02
460030
MACH 6000
Result MOR
Pnalvsl"ate
Analys
Qualifler RL
Cert#
Sample Preservation pH
1 pH Units
07122/201914:18
EK
Holding Time Met
Yes Yes1N0
0712MO 19 1 4:18
EK
Sample Receipt Temperature
1 C
0712PJ2019 14:18
EK
Chemlcat Oxygen Demand
38.7 mglL
07122MI 9 14:18
EK
20
460036
Analytical Quality Control Results
OGN
LIDS ID
Test
Parameter
Result
071119.011-Me-01
ON and Grease (SGT-HEM) - MB
Petroleum Oil Hydrocarbons (SGT-HEM)
0 marl.
071119-011-LCS-01
ON and Grease (SOT -HEM) - LCS
Petroleum Oil Hydrocarbons (6GT-HEM) (%
91 %
Recovery)
1010134.001
Op and Grease (SGT-HEM) - MS
Petroleum Ol Hydrocarbons (SGT•I IEM) (%
76 %
P eCovery )
PREP SVOA AO 62513510
LIMS ID
Test
Parameter
Result
0710t9.007-MB-01 SVOA 625 - AO M8 m.p-Cresols 0 uglL
071019.007-LCS-01 SVOA 625 - AO LCS
Repon Srrinl +: 1810r3<
n
Phenol
0 ugA.
surrogate 2-Fluorobiphanyl (% Recovery)
80.8 %
surrogate p•Terphanyl-d14 (% Recovery)
92.4 %
surrogate Nitrobonzene45 (% Recovery)
79.0 %
surrogate 2-Fluorophenol (% Recovery)
58.7 %
surrogate Phenol-d5 (% Recovery)
37.0 %
surrogate 2,4,6-Tnpromophonal (% Recovery)
$2.0 %
surrogate 2-Fluorobiphanyl (% Recovery)
61 %
surrogate p-Torphanyl-d t 4 (% Recovery)
12o %
surrogate Nitrobenzone-d5 (% Recovery)
67 %
surrogate 2-Fluorophenol(%Recovery)
54%
surrogate Phenol-d5 (% Recovery)
33 %
Page 5 0f 7
Batch: 071119-01
RL Oual Accuracy Precision
Control Control
1.4
63.6 - 132.5
63.5. 132.5
Batch: 071019-00
RL Quel accuracy Proclerorr
Control Control
0
0
42.6 - 116,5
32.6 -141.4
34.6. 114.5
20.6. 110.5
9.5- 110.5
9.5- 123.4
36 - 120
50. 181
29 • 114
13.69
10.5a

PREP SVGA A 0 62513510
Batch: 071019-007
LIMS ID
Teat
Parameter
Result
RL Quail Accuracy Prvclefon
Cdnfrol Control
071019.007-LCS-01
SVOA 625 - AQ LCS
surrogate 2,4,6-Tdbtomophenol (% Recovery)
102 %
42. 122
Phenol 1% Recovery)
25 %
17. 120
1810134-DO2
$VOA 625 - AO MS
surrogate 2-Fluorebiphenyi (% Recovery)
47 %
32 - 110
surrogate p-Terphanyl-d 14 (% Recovery)
114 %
45. 172
eurrogato 1,1140craws-0 (% Recovery)
43 %
22. 104
surrogate 2-Fruorophanol (% Recovery)
29 %
13- 60
surrogate Phanol•d5 (% Recovery)
19 %
10.50
surrogate 2,4,6-Tr)bromophono) (% Recovery)
98 %
50. 128
Phenol (%RecOMM
13 %
10. 120
SVOA 625 - AO DUP
surrogate 2-Fluoroblphonyl (% Recovery)
20 %
5 32 -•1 i0
surrogate p-TBrpheq-di4 (% Recovery)
SB %
45. 172
surrogate Nitrabenzone•6 (% Recovery)
22 %
22. 104
eutrogale 2-Fluoroph8nol (% Recovery)
17 %
13 - 60
8urrogale Phenol-d5 (% Recovery)
101.
S 10 • s0
surrogate 2,4,6.Tdhromophenol (% Recovery)
76 %
50 - 126
Phenol (RPD)
200 ti;
0 0.04
m.p-Cresols (RPD)
0 %
0.30
SOUDS
Batch: 071119-025
LIMS 10
Teat
Parameter
Rosulr
RL Quirt Accuracy Pieclslan
Control Control
071119-025-MB-01 TSS - MS Spuds. Total Suspended 0 mWIL 0.5
BOD Batch: 070919-013
LIMS ID
Test
Parameter
Result
RL
Quirt Accuracy
Precision
Control
Control
070919-013.LCS•01
SOD - A0 OQA
Biochemical Oxygen Demand
200 mgll-
2
167.6 - 228.5
070919.013-LCS-02
Biochemical Oxygen Demand
195mgIL
2
167.5-228.5
070919-013-LCS-03
Slochemkal Oxygen Demand
189mg/L
2
167.5-228.5
070919.013-MEWI
BOD - AO M8
Biochemical Oxygen Demand
0.05 mgA-
0.2
070919.013-KM-02
Slochemlcal Oxygen Demand
0 mgA
0.2
COD
Batch: 072219-008
LIMS ID
Test
Parameter
Result
RL
Qual Accuracy
Precision
Control
Control
1610134.004
Chemical Oxygen Demand - AO
Chemical Oxygen D4mend (RPD)
6 %
0 - 18.1
DUP
072219.008-LCS-01
Chemical Oxygen Demand - AO
Chemical Oxygen Demand (% Recovery)
101 %
89.5. 110.5
LCS
072219-Ooo-MR-Di
Chemical Oxygen Demand - AQ
Chemical Oxygen Demand
0 mglL
10
MB
1010134.001
Chemical Oxygen Demand - AO
Chemical Oxygen Demand (% Recovery)
94 %
81.5. 117.4
MS
Report Sewed C 1810134 Page 6 of 7

Glossary of Terms and Abbreviations
No
No Analyla Detected
NR
No Results available, anafyte not In Instrument calibration r
RL
(Reporting Limit) The minimum levels, concentrations, or quantities of a target analyto that can be reported within a speciliod
degree of confidence. Generally, this number Is equal to or just above the lowest calibration standard run with the analytical batch.
B
Analyse was found In the method blank
D
RPD outside acceptable limits
H
Holding time exceeadsd
Is —
Internal standard outside acceptable limits
J
Result above callbratfon curve • results are approximate
L
_
LCS Outside acceptable omits
MI
Matrix Interance
MS
Matrix spike recovery outside acceptable Ilmlls
0C
Method OC criteria not met
S.
Surrogate outside acceptable Ilmlts r
V
ICVICCV/FCV outside acceptable limits
LCS
(Laboratory Control Sample) A sample matrix, free from the analytes of Interest, spiked with verified known smounis of analytes
or a material containing known and verified amounts of analytes.
MDL
Method Detection LlmilEs Is an estimate of the minimum amount of a substance that an analytical process can
reliably detect
RPD
(Relative Percent Dlflerence) The difference between a set of duplicates or sample spike duplicates.
MSIMSD
(Matrix Spike or Matrix Spike Duplicate) A sample prepared by adding a known mass of target anelyte 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 effect of the matrix on a method's recovery efficiency,
Calibration
Verfication
(Initial, Continuing, or Final) A standard analyzed at different times to verify that the Initial callbratlon curve Is still valld.
,
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 fast 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 analyses of interest and Is
processed simulatanously with and under the same conditions as samples.
Surrogate
A substance with properties that mimic the anatyte of interest. It Is urf. kely to be found In environmental samples and Is added to
them for quallty control purposes In Organics,
EPL
Exceeds Permit Limit. This Is a qualifier to denote that the result exceeds the permit limit of the sample iocatlon.
Exceeds
Benchmark
Concentration
Result Exceeds Benchmark concentration listed In the General Permit. Benchmark Concentratlons are primarily used to
determine the overall effectivenss of the Stormwater pollution prevention plan. Excedance of Benchmmrk concentrations does
NOT constitute a dolalfon of this permit and does NOT Indicate that violation of a water quality standard has occured,
nepod Sodas r: t$1004 Page 7 of 7

Georgia Pacific
P.O. Box 368
Corlway,NC,27820
Ca la=Ttm Rkkick.M- 585-123Z (C)252.395-
1625.TARIDDtC0GAPAC,00M
Universal Laboratories
CHAIN OF -CUSTODY
ID: 1810134
Semi -Annual Stormwater
20 Pasawth Dyke
HanVwm VA 23%5
1-BOD-E95-2162
h tt P:/Avww. u n i ve ma I Iabo rats rie s. net
Page 1 of 2
.Ssmpi wrli6l
UL Sarleple'
Matrix
SamplJa'DaLedF[mJrJtnttlals
~
[3ottlslD
•:S�_e v�
Prekrvitkm
Te�Fn9 '.;:_; ` - • -a
0E-07
1810134-001
AQUEOUS
AQUEOUS
AQUEOUS
AQUEOUS
AQUEOUS
'!`SIe4� j b 0 `./ 4—
0(1A
2500G =
H2SO4k6 C
write, TRANS. AM, COD, TN,
OGN.T•PNOS
001B
500fHDPE
ODIC
I/HDPE
451C
001D
11Glass
H2SO4/e6-C
ODIE
1/131M
H2SZW<VC
OF-=
181M34 )M
AQUEOUS
AQUEOUS
AQUEOUS
AQUEOUS
AQUEOUS
AQUEOUS
AQUEOUS
AQUEOUS
e I
? J? 1 t4t�i3d i� �L
002A
250JGIass
H25'4 16'C
Irr
,OGN,
aSte. B D. C . TN, OGN
T
0023
SOMMPE
H2SO4/<5'C
002C
1hiDPE
cM
002D
11GLass
H2SO4kWC
002E
1/QLMS
H2SON<C'C
002E
t/Gtass
41C
002G
2MDPE
-eve
002H
11GLass
we
Of-OQ3
1810134.OW
AQUEOUS
AQUEOUS
AQUEOUS
AQUEOUS
AQUEOUS
7/.�144' )�oa : tj-rL
003A
25O G3Ms
H2SO41sfi'C
Zta
waste, BOO. COD. TN, OGN,
T.PHOS
0D3a
50&14DPE
H2SO4/<M
003C
IMOPE
-CwC
OMD
Il[3tasg
H2SO4/<S`C
O03E
11Gtass
H25O4kg*C
OF-004
1810134-004
AQUEOUS
AOU€OUS
AQUEOUS
AQUEOUS
IAOUEOUSI
/ � p
7�Zf iql
004A
25QfG:WS
H2SO �
W2S1Jf. BOO. COD. TN. mm
T.PHOS
�8
50G'HDPE
H2SCW,-6'C
004C
1/HDPE
<6'C
CM
1/C,lass
H2SOdkVC
OD4E
H2SO4kWC
NOTES: CooI erTemp f _C
Phenol utt Brock______ CH bst dreek_ SOD tnt deck_ NH3 hlr Check
TRANSFER SIGNATURE DATElTIME TRANSFER SIGNATURE
DATEMME
9

Universal Laboratories 20 RWCVMDfM
Georgia Pacific Kanplo%vA236W
P.O. Box368 CHAIN �� CUSTODY 1-800-695-2162
C4nway.NC,27820 ID: 1810134 nttp:l/www.universaltaboratories.net
Caaap rcn R'i&kk,M-sas-1232, (c)M-395- Semi -Annual Stormwater Page 2 of 2
16n 7AMOD3CO GAPAC.=n
Relinquished by
41m< Lit
i•S'w ! GRemivedby
'�—
Refsnquished by
Received by
r Za
Relinquished by
Received by
Relinquished by
Received by
0
1

Srmmrif E+rvirnnnrcnlaf Teduralogres, lnc.
3310 wr„ sr.
ENVIli014blewrAt:'lcrtINOI,oS918s, INC Co3mhoga Falls, Ohio 44223
EI]Annfyflcal Lnbaratofleg TFL: [phone] FAX.- [phone]
Websrfe: hum-11immsertek.cor+r
July 12, 2019
Tim Riddick
Georgia Pacific Inc. 27820
200 Ampac Rd.P.O. Box 368
Conway, NC 27820
TEE,: [phone]
FAX: [phone]
RE: Water Formaldehyde Test
Dear Tim Riddick:
Order No.: 19070460
Summit Environmental Technologies, Inc. received 1 sample(s) on 7/7/2019 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,
Holly Florea
Project Manager
3310 Win St.
Cuyahoga Falls, Ohio 44223
ArkwLsas 88-0735, ('alifarnia 07256CA, Celorado, Conrtecdcut PH-0108, Pda+vare, Florida NELAC E87688, Geergin E87688, Idaho OH00923, Illinois
2{10061. Indiann C•014-13, Kansas E-10347, Kenhrclry (Undergrotmd Stornge Tank) 3, Kentucky 90146, Louisiana 04061, Maryland 339, Ivihinesotn
409711, Ncry Hampshire 2996, Nov Jersey OH006, New York I1777, North Carolina 39705 and 631, North Dakota 11.201, OMo DW, Ohio VAP
CL0052, Oklahoma 9940, Oregon 0}1200001, Pntroylvania 010, Rhode Island LA000317, Sotalt Carolina 92016001,'fexas T104704466-11-5, Utah
01100923201 l-1, Virginia ViLAP9456, Wash:inglon Ca9l
Page 1 of 9

Sunrnril Environmental Technologies, Inc. Case Narrative
SUMMIT 3310 Yin St.
ENvttfoilrlrzrrTACTZMVJO_Lorirs, wc. Cu)whoga !'ells. Ohio d4223 WO#: 19070460
Anirlyfical taborbiorloe TEL [phone] rAX: [phone]
Websire: haaVivivivsauek.cora Dale: 7/12/2019
CLIENT: Georgia Pacific Inc. 27820
Project: Water Formaldehyde Test
WorkOrder Narrative:
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.
Analytical Sequence QC Notes:
LCSD-38298 svoc-8315_npw(8315A): LCSD RPD out of acceptance limits for Formaldehyde
Original
Page 2 of 9

Sumruitbon,it•ormrental Technologies, Irrc.
Workorder
SUMM07-
3310 1vin Sr.
Sample Summary
ENVII19MMENiALTMINOLOPIFS,INC
CiryalrogaFalls, Ohio44223
Armlyllcal
Laboralorlar
TEL: [phone] FAX: [phone]
WON: 19070460
WebsUs: hrin:/fwrvrrsellek.cnrrr
12-Jn1-19
CLIENT:
Georgia Pacific Inc. 27820
Projcct:
Water Formaldehyde Test
Lab SamplelD
Client Sample lD 'fag No Date Collected
Date Received Matrix
19070460-001
OF-002
7M2019 2:30:00 PM
7l7l2019 2:30:00 PM Nan-lVable
Water
Page 3 of 9

snn�nt�tr:,:vire menralTechnologies.,nc. Analytical Report
3310 [Yin Sr.
SUMMIT
, C+ryahagaFalls, Ohio 44223 _ (consolidated)
AnaIyflcal LaboriPforlRG TEL: [phone] FAX. [phone] WO#: 19070460
Website: h1lp.1AysPiy.seuek.con1 Date Reported: 7/12/2019
Lab ID: 19070460-001 Collection Date: 7/7/2019 2:30,00 PM
Client Sample ID OF-002 Matrix: NON -POTABLE WATER
Analysis Result MIA, PQL Qual Units Dilution Batch Date Analyzed
ALDEHYDES (EPA 8315A) EPA 8315 A Analyst: PGP
Formaldehyde 0.219 0.0153 0.229 1 mg/1, 1 38298 711 112019 4:01:54 PM
Qualifiers: ft Analyte detected in the associated Method Blank P, Value above quantitation range
I I I [aiding times for preparation or analysis exceeded M Manual integration used to determine area response
MC Value is below Minimum Compound Limit. N Tentatively identified compounds
ND Not Detected P Second column confirmation exceeds
I'L Permit Limit R RPD outside accepted recovery limits
Page 4 of 9

55mmrrr l•)brnnrmeatol 7irhnnlaglcs. 11w, QC SUM_ViARY REPORT
m o r 3310 1vin Si.
FnylnOttm NTALTCCHNOL(IOlES,19C Ce}ahoga Farb, Ohio 44223
Arlalytleal Leborararw M: [phone] FAX, (330) 253-44,99 WON: 19070460
IYrbs7r: hna✓•irnrr.serrekcanr f1�7u1-19
Client: Georgia Pacific Inc. 27820
Project: Water Formaldehyde Test BatchlD: 38299
Semple ID MB3ffi98
SampType: MBLK
TeslCoda: rvoc-8316 n Units: mgfL
Prep 0219: 711012019
RunNo: 100680
Client ID: PBW
Beteh 10: 38290
TastNa: SW8316A SW8315A
Analysis Dale 711112019
SegN¢ 2210757
Artalyte
Resin
PQL SPK value SPK Ref Val
%REC Lowl-imit HIDhl-knit RPD RefVal
%RPD RPDUrnit Qual
Formaldehyde ND 0.200
Sample to LCS302U SampType: LCS
TeslCode: avoc-8315_n Units: mgrL
Prep Date: 711W2019
Rumo: 100680
Client ID: LCSW Baton 10: 39298
Tes1No: SW8315A SW8315A
Analysis Date: 711112019
SegNo-- 2210758
Arm" Resua
PQL SPK value SPK Ref Val
%REG Lowl.lmil F90hl-knit RPD Rel Val
%RPD RPOLimit Dual
Formaldehyde 0.134 0.200 0.150 0 89,2 39 153 JQLR
Sample10 LCSD38290
SampType: LCSD
TeslCods: svoc-8318_n Units: mg1L
Prep0ate: 7110120119
RunNo: 100680
Cllent ID: LCSS02
Batch ID: 38298
Testft. SW8315A SW0315A
Analysis Data: 711112019
SegNo: 2210769
Analyte
Resua
PQL SPK value SPK Ret Val
%REC LowLimit HlphLimil RPD Ref Vel
%RPD RPOLImit Dust
Formaldehyde 0,0973 0.200
0,150 0 04.9 39
153
0.134 31-6 20 JR.
Qusilncrs: B Analyle deeded in the associated Method Blank
S Value above quantitation range
H
11o26ns times fnrpreparalien or gnat?
1 Anslyle detected below quandution limits
M hfanud lrttegatian used W dHermine Brea response
MC
Value is below Minimum Compound
Original
NO Not Detected
p Second cobnen canfirmaGon esttods
Pl.
Permit t.imit
it RPF outride accepted recovery limits
RL Reporting Detection Umit
S
Spike Recovery outside accepted reco
Page 5 of 9

$nrnrrrifrnvironnrentalTechnologies. In 3310 iVrn Qualifiers and Acronyms
El11'll ONI,tENTAL IVEC11NOLOGIF$, IiYC Cuyahoga Falls, Ohio 4422 Wou: 19070460
Analutical Laberrptarlos TEL: [phone] FAX: [phone]
lYebstre: hun://ivrvn•settek,ca
Dale: 7l12/2U19
These commonly used Qualifiers and Acronyms may or may not be present in this report.
Qualifiers
U The compound was analyzed for but was not detected.
J The reported value is.greatcr than the Method Detection Limit but less than the Reporting Limit.
H The hold time for sample preparation and/or analysis was exceeded.
D The result is reported from a dilution.
F The result exceeded the linear range of the calibration or is estimated due to interference.
MC The result is below the Minimum Compound Limit.
The result exceeds the Regulatory Limit or Maximum Contamination Limit.
m Manual integration was used to determine the area response.
d Manual integration in which peak was deleted
N The result is presumptive based on a Mass Spectral library search assuming a 1:1 response.
P The second column confirmation exceeded 25% difference.
C The result has been confirmed by GUMS.
X The result was not confirmed when GUMS Analysis was performed.
DIMB+ The analyte was detected in the associated blank.
G The ICB or CCB contained reportable amounts of analyte.
QC -I+ The CCV recovery failed low (-) or high (+).
I21QDR The RPD was outside of accepted recovery limits.
QL-/+ The LCS or LCSD recovery failed low (-) or high (+).
QLR The LCS/LCSD R.11D was outside of accepted recovery limits.
Q114-1+ The MS or MSD recovery failed low (-) or high (+).
QMR The MSIMSD RPD was outside of accepted recovery limits.
QV-/+ The ICV recovery failed low (-) or high (+).
S The spike result was outside of accepted recovery limits.
Z Deviation; A deviation from the method was performed; Please refer to the Case Narrative for
additional information
Acronyms
ND
Not Detected
RL
Reporting Limit
QC
Quality Control
NiDL
Method Detection Limit
MB
Method Blank
LOD
Level of Detection
LCS
Laboratory Control Sample
LtiQ
Level of Quantitation
LCSD
Laboratory Control Sample Duplicate
PQL
Practical Quantitation Limit
QCS
Quality Control Sample
CRQL
Contract Required Quantitation Limit
DUP
Duplicate
PL
Pennit Limit
MS
Matrix Spike
RegLvl
Regulatory Limit
NISI)
Matrix Spike Duplicate
MCL
Maximum Contamination Limit
RPD
Relative Percent Different
NIinCL
Minimum Compound Limit
ICV
Initial Calibration Verification
RA
Reanalysis
ICB
Initial Calibration Blank
RE
Rccxtraction
CCV
Continuing Calibration Verification
TIC
Tentatively Identified Compound
CCB
Continuing Calibration Blank
RT
Retention Time
I1LC
Reporting Limit Check
CF
Calibration Factor
Dh
Dilution Factor
RF
Response Factor
This 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

5umrrritErrriromrrerrralTechnologie.c, brc. ACCCeCjltiit10I1 Prograin
3310 Win St.
EtiVlrfptartENr�t rCcnrant,[3ri�^,,rHC GryahogaFalls. Ohio 44223 Analytes Report
Analytical Laboratories TGI,: [phone] FAX. [phone] Woll; 19070460
IYebsile: hire:/hvww.settgk sore 12-Jtr1-19
Client: Georgia Pacific Inc. 27820 State: NW
Project: Water Formaldehyde Test Program Name: NC_W W_SCrM
Sample rD Matrix Test Flame Analyte Status
19070460-001 A Non-Patable Water Aldehydes (EPA 8315A) Formaldehyde N
NC W W SCM N Not Accredited
Original #1
Page 7 of 9

ENViROHMENTACTECHNOLOGIES.- INC.
Ew7ahcjj*.FOIII. ONO 44273
800.278-C1140
Analysis Request/ Chain of"Custody.
For Summit F6vironmenW TecKnolorics.-Inc, use only.
Page
i
Cliern Name - VnUM tuen%hc.,dan
Georg ia-Paiific.clieriiica Is LLC' water Formaldehyde test
Project Addrcsc
200 Ampac Road -200 Ampac Road
Conway, INC. _ 27820 Conway, NC 27820
cli.-c-al ?hone Rcpon To
(252)75.35-3819 Tim Riddick
Oi6t VxNo.. N' :6 Rcccic e R% siAts b;. rax' PO Numbtr
P552190027
'-rattan Person.. QuDL, Number
mirn Riddick
;wm.plvJ 0-%1'if'Ohio VAP Samples
IFWEMLOZ MR RIM.-p fe,I dle�7�a V 1ri�qtji2Nn
a'1jmt
.MM:CD7ie¢tcd CaElct
d
-A
)�Z- Riil-1n:q_uj:6E_d-6y-
Fticil�x:d b)F-1
Nores f UG"Imen1b.
Walterlee-
7/812019
1300
Fedex tracking no, .40933897181()
CC15 Ile r1zC__ Aeoed FC14 Ex.
-.1
U_ Di tF7 7
�__
Rush Requesled: Dav(s)'
Z7M'7
Most he appn)'cd by LahNI-an2gt
1:11 —

Summir Enriraurrerrrnl Tec'lmologies, hrc.
3310HinS1.
EffVIEtONrdCrITAI TCCHHr)L[)nIL-S,INC. Cuyahoga rails. Ohio44223 Sample Log -in Check List
AnnlytlCa Lnboraror�as TEL: [phone] FAX: [phone]
iVebsrte: ht '1A n PSP r k e n
Client Name: GEO-NC-27820-A Work Order Number. 19070460 RcptNo: 1
Lugged by: John A.Semenik 717/2019 2:30:00 PM10,
/—!�"" 1�
Completed By: Jesseca E. Westfall 71912019 1:26.04 PM
�//�';
-M �" i
Reviewed By: Hotly Florea 7/10/2019 9:33:00 AM
Chain ofCus[ody
1, Is Chain of Custody complete? Yes No ❑ Not Present ❑
2. How was the sample delivered? FedEx
Log In
3. Coolers are present? Yes No ❑ NA ❑
4. Shipping containedcooler In good condition? Yes © No ❑
Custody seals Intact on shipping container/cooler? Yes ❑ No ❑ Not Present W
No. Seal Date: Signed By:
5. Was an attempt made to coot the samples? Yes © No ❑ NA ❑
6. Were all samples received at a temperature of >0" C to 6.0°C Yes R No ❑ NA ❑
7. Sample(s) In proper contalner(s)?
Yes 2
No ❑
8. Suff:clent sample volume for Indicated test(s)?
Yes 0
No ❑
9, Are samples (except VOA and ONG) properly preserved?
Yes 0
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
13. Does paperwork match bottle labels?
Yes R
No ❑
(Note discrepancies on chain of custody)
14. Are matrices correctly identified on Chain of Custody?
Yes
No (J
16. 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 authorization.)
Special Handlincr Of applicable)
17. Was client notified of all discrepancies with this order?
Yes ❑
No ❑ NA ❑�I
Person Notified: pate
By Whom: Via: [] eMail ❑ Phone ❑ Fax ❑ In Person
Regarding:
Client Instructions:
18. Additional remarks:
Cooler Information
Page 9 of 9