NCD991278540_20100201_Weyerhaeuser Company_FRBCERCLA SAP QAPP_Monitoring Report OU-3 January 2010-OCR

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•••••
AMT
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•ENVIRONMENT• ENERGY• ENGINEERING
Monitoring Report
Operable Unit No. 3 (OU-3) -Former Chlorine Plant Area
Domtar Paper Company, LLC, Martin County, North Carolina
January 2010
'.i 'e r.·~ .. -~ll\:'
CREATING BALANCE'" •
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RMT
A
•ENVIRONMENT• ENERGY• ENGlr-JEERING
Monitoring Report
Operable Unit No. 3 (OU-3) • Former Chlorine Plant Area
Domtar Paper Company, LLC, Martin County, North Carolina
January 2010
Michael B. Parker, P.E.
Senior Client Service Manager
RMT North Carolina, Inc. I Domtar Paper Company, LLC
Monitoring Report
OU-3 -Former Chlorine Plant Area
/:\ WPGI '/, \J'J711/0-05 J 7 / ',0-l',00001 ,,woo5 J 7 J 0-1-00 J. IXJCX
Heather H. Smith
Environmental Specialist
010/0 RAil'. Inc.
All Righi., Re.wrved
30 Patewood Drive, Suite 100 • Greenville, SC 29615-3535 • {864) 281-0030 • [phone] FAX• www.rmtinc.com
C R E A T I N G B A L A N C E'"
ly
'----Dom tar
It all bq~ins with ]Ktpcr.'
Domtar Paper Company, I.LC
Plymouth Mill
PO Box 747
Highway 11+9 North
Plymouth, NC 27962
T 257.-793·8111
WWW domlai-.com
February I, 20 I 0
Mr. Randy Bryant
Remedial Project Manager
~:~= ~n,:.~~
SUPERFUND SECTION
Certified Mail
Returned Receipt Requested
United States Environmental Protection Agency. Region 4
Atlanta Federal Center
6 I Forsyth Street, S. W.
Atlanta, GA 30303-3104
Subject: Domtar Paper Company, LLC, Plymouth, N.C.
Operable Unit No. 3 (OU-3); Former Chlorine Plant Annual Monitoring Report
Dear Mr. 13ryant:
Enclosed please !ind 3 copies of the Fonner Chlorine Plant Monitoring Report. The purpose
of this monitoring report is to present the results of the Former Chlorine Plant Area surface
cap containment syste111 inspection and groundwater monitoring events conducted during the
week of Decc111ber I, 2009. A copy of the report has also been provided to the North Carolina
Department of Environment and Natural Resources.
Please contact 111e i r you have questions or co111ments concerning the docu111cnt.
Sincerely, iq~
Bill MotTis
E;:nvironmental Engineer
Domtar Ply111outh Mill
xc: Nile Testcrn1,1ii ·
M:1rcel Sylvestre
Diane Hardison
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Table of Contents
Cert i Ii cat ion .............................................................................................................. . . ... II
I. Introduction ....................................................................................................................................... I
I.I
l.2
Background .............................................................................. .
Purpose ........................ .
2. Methods ............................................................................................................. .
3. Results and Discussion ....... .
3.1
3.2
3.3
Surface Cap Containment System Monitoring
Groundwater Monitoring ...
Recommendations ..
List of Tables
Table I
Table 2
Table 3
List of Figures
Figure 1
Figure 2
List of Appendices
Historical Groundwakr Elevations ...
Historical Mercury Analyses of Groundwater Samples
Historical Groundwater Monitoring Field Parnmctcrs ................... .
Sample Locations ............ .
Water Table Surface December I, 2009 ............................ .
Appendix A Analytical Data
Appendix l3 Field Notes
Appendix C Photographic Log
RMT North Carolina. Inc. I Dom/or Paper Company. LLC
Monitoring Ncport
OU-3 -Former Chlorine />fa111 Area
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Certification
The hydrogeology work for the Domtar Paper Company, LLC (Domtar), Plymouth Mill in Martin
County, North Carolina, was performed by an RMT, Inc. consulting hydrogeologist in support of RMT
North Carolina, Inc.
RM[ North Carolina, Inc. \ Domtar Paper Company, LLC
Monitoring Report
OU-3 -F'ormer Chlorine Plant Area
/:\ Wl'(Wf, il'f/100-05 I 7 J\O-IIOOOOZIR0005 J 7 I 0-1-/JO 1.lJOCX
ii
January 2010
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1.1 Background
Section 1
Introduction
Opcrahlc Unit No. 3 (OU-3), also referred to as the Fonner Chlorine Plant Arca, is located at the Domtar
!'aper Company, LLC (Domtar), Plymouth Mill in Martin County, North Carolina. The Record or
Decision (ROD) for this area was issued in September 2003. The negotiated Consent Decree [Civil
Action 4:03-CV-90(1-1)(3)] established remedial design (RD) and remedial action (RA) activities for this
area. The RA activities were completed during 2006, with the Pre-Final RA inspection accepted as the
Final RA inspection under United Stales Environmental Protection Agency (USEPA) approval in August
2006. The Interim RA report was completed and approved by USEPA on September 29, 2006.
The Pe1.for111a11ce Sta11dards Venjicatio11 Pla11 (PSVP)fl1r f"ormer Chlori11e I'la111 Arca (RMT, 2005)
'describes procedures !'or the inspection, monitoring, and reporting activities required for the Former
Chlorine Plant Area. The PSVP was required by the Statement or Work (SOW) for the Former Chlorine
Plant Arca in response lo the USEPA Consent Order Docket No. 98-10-C issued by USEPA on March 24,
1998.
The performance monitoring activities for the Formcr_Chlorinc Plant J\rca arc being conducted according
to the PSVP and as such have been divided into two lcchnical tasks. The objective or each task is listed
below:
■ Task I. Surface Cap Containment System l\1onitoring
■
A surface cap containmcnl syslcm reduces the infiltration of surface water in the vicinity or tht.:
Former Chlorine Plant Arca. The objective of the surface cap containment system is to assure that
the cover system components arc maintained, including concrete, asphalt, and stormwater system
components. The surface cap containment system is inspected on a semiannual basis for surface
crncks, holes, depressions, or olhcr signs of surface integrity degradation. Construction of the
surface cap containment system was completed in August 2006.
Task 2. Groun(hYater !\t1onitoring
The objective of the groundwater monitoring program is to assess the effectiveness of the remedy to
protect groundwater quality by reducing the migration of mercury from the Former Chlorine Plant
J\rca. Institutional controls arc applied to the Former Chlorine Plant J\rca in order to prevent future
use of the groundwater as a potable water source.
1.2 Purpose
The purpose of this monitoring report is to present the results of the Pormcr Chlorine Plant Arca surface
cap containment system inspection (Task I) and groundwater monitoring (Task 2) events conducted
during the week or December I, 2009. This report presents surface cap inspection results, and analytical
RMT Nor//1 C(lm/inu. Inc. I /Jomtar Paper Company. LLC
Moniroring Report
OU-3 -Former Clilorine Flont Arct1
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data from groundwater sampling, pre-and post-construction water table elevations, and provides
recommendations for modifications in the sampling plan. Water table elevations and mercury
concentrations lcir the semiannual sampling events (November 2006, May 2007, November 2007, May
2008 and December 2008) and the subsequent annual monitoring event in December 2009 are compared
lo baseline sampling results obtained in February 2006. According to the PSVP, semiannual monitoring
was lo he conducted through Fall 2008, followed by annual monitoring until the 5-ycar review.
RMT Norrh Carolina, Inc. I Domtar Paper Company, U,C
Moniloring Heport
OU-3 -Fonner Clilori11e /1/(III( Area
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Section 2
Methods
/\ baseline sampling event was conducted by RMT North Carolina, Inc. (RMT) during the week of
January 22, 2006. This sampling event served as the baseline for the short and long-term performance
monitoring or the Former Chlorine Plant J\rca. Remedial activities (target soil excavation, barrier wall
installation, and surface capping) took place between March and August 2006. Semiannual sampling
events were initiated in November 2006. The initial sampling event served to evaluate any immediate
changes in groundwater !low or groundwater mercury concentration levels due to the remedial
construction activities as well as a basis for evaluating remedy effectiveness. Subsequent semiannual
sampling events look place in May 2007, November 2007, May 2008 and December 2008, followed by
the annual monitoring in December 2009. In addition, two new monitoring wells were installed at the
Former Chlorine Plant /\rca in November 2007. Groundwater monitoring well locations arc depicted on
Figure I.
Groundwater samples w1.:rc collected using low !low purge methods in which a minimum or three well
volumes of groundwater were removed before sample collection. Groundwater samples were analyzed hy
Columbia /\nalylical Services in Jacksonville, Florida lor mercury using USEP/\ Method 245.l. The
laboralnry analytical data reports for December 2009 arc included in /\ppcnclix /\ and !he licld notes arc
included in Appendix 13. Purge water was contained, sampled, and properly discharged into the on-site
was\cwater lrcalmcnl plant (WWTI').
RMT North C(lro/ina, Inc. I Domtar /'oper Company, LLC
Monitoring Report
OU-3 -Former Ch/or/111: Pion! Area
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METAL BULKHEAD/ SEA WAl
PRoouc TION FA
CIUTy
@CP-15-1
0
LEGEND
0MW-2-2
CP-U-1
..
APPROXIMATE LOCATION OF FORMER EQUIPMENT
AND SUBSURFACE UTILITIES
EXISTING EQUIPMENT
BURIED CONCRETE SLABS
GROUNDWATER MONITORING WELL LOCATION
@El
CP-11-2
Ii) CP-12-1
CP-12-2
60'
SCALE: 1 "= 60'
NOTES
I. BASE MAP PRODUCED BY PHOTOGRAMMETRIC DAT A SERVICES,
INC.
2. DETAILS OF MAP DETERMINED FROM FIGURE 5 OF HLA !1992),
WEYERHAEUSER 1951 ENGINEERING DRAWINGS OF THE FORMER
CHLORINE PLANT, AND FIELD MEASUREMENTS TAKEN BY
WEYERHAEUSER STAFF. DATA TRANSFERRED FROM FIGURE 8 OF
HLA !1992).
120'
PROJECT: FORMER CHLORINE PLANT AREA
DOMTAR PAPER COMPANY MARTIN COUNTY, NORTH CAROLINA
SHEET TITLE: SAMPLE LOCATIONS
i.:DR=AWN=:..::.BY:.:• ___ .:.DOM=1SCALE1
CHECKED BY1 TAT AS NOTED
i.;APPR::..:..:.::0:..:YE=:Dc..::BY:..:•----I0ATE0 PRINTEOa
OATEt JANUARY 20IO
PRO.I. NO.
FLE NO. wto-00-~TI.OH)Olo.dQn
FIGURE 1
PalrMood Plaza Ono, Suit9 ,00
30 PaJewood £live
Gn,snvile, s.c. 29615-JSJS
Phone: 8M-281-0030
Fax: [phone]
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Section 3
Results and Discussion
This section presents the results or the baseline and scmiannunl surface cap and groundwater monitoring
activities. Where applicable, results are compared to data from previous monitoring activities.
3.1 Surface Cap Containment System Monitoring
The surface cap containment system is inspected during each semiannual monitoring sampling event as
described in the PSYP. The surface cap containment system was inspected for surface cracks, holes,
depressions, and other signs of surface integrity degradation. During a site visit conducted by USEPA on
November 18, 2009, it was noted that two monitoring wells CP -04-1 and CP-04-3 were rusted and locks
nel'.dcd to be replaced. Four monitoring wells covers were replaced and new well lncks were installed on
all wells during the annual inspection in December 2009. Photographs taken of the surfocc cap
containment system, including the repaired monitoring wells during the December 2009 inspection, arc
included in Appendix C. No additional maintenance of the surface cap containment system is
recommended at this time.
3.2 Groundwater Monitoring
The water table elevations measured during the baseline sampling event in January 2006 and the
subsequent semiannual monitoring events arc summarized in Tab!L: I. J\ water t.Jhle map for the
December 2009 sampling event is presented in Figure 2. In January 2006, prior to installation of the
Waterloo® barrier \Vall, there was a small ridge in the water table surface extending from a mounded area
at monitoring well Cl'-10-1 (western end or the Former Chlorine Plant Arca) to a second, lesser mounded
area at monitoring well CP-08-1 (northeastern end or the Former Chlorine Pbnt J\rL:a). This ridge was
still present during the December 2009 sampling event. On the northern end of this ridge, groundwater
flows northward to the Roanoke River. South of the ridge, groundwater appears to flow south and then to
the northeast towards monitoring well CP-11-1 where it ultimately discharges into the Roanoke River.
The water table is at its lowest elevation at well CP-11-1.
The installation of the \Vaterloo® barrier wall had a minor impact on the overall water table surface at the
site from November to December 2008. In November 2006, the water level within the confines or the
barrier wall (CP-06-1) was 5.89 feet above mean sea level (msl), which is 1.3 to 2.89 feet higher than the
water elevations measured in wells surrounding the barrier. In May 2008, the water level within the
barrier perimeter was slightly lower with an elevation ol·4.98 feet msl, 0.25 to 2.05 feet higher than the
water elevations measured in wells directly surrounding the barrier. In December 2008, the water level
within the baiTicr perimeter increased to 5.27 reel ms!, 0.13 to 1.3 feet higher than thl: water elevations
RMT North Carolina. Inc. I Dom/ar Paper Company, LLC
Monitoring Report
OU-3 -Former Chlorine F!a!lt A reo
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measured in wells directly surrounding the harrier. In December 2009, the water level at CP-06-1
(located inside tlie Waterloo® barrier) decreased slightly from 5.27 feet ms! in 2008 to 4.90 feet ms!, with
water elevations in wells directly surrounding the harrier ranging from 3.86 feet msl (Cl'-05-1) to
5.09 feet msl (CP 08-1). The water level at CP-06-1 has continued to slightly fluctuate since installation
of the barrier. Outside of the barrier perimeter, the water table conligurations in December 2009 are
similar to the baseline water table map (January 2006).
Table 2 presents the mercury analytical results for groundwater samples collected from the designated
wells as outlined in the Perfurn11111ce Standards Verification Plan (RMT 2005). Field parameters
measured include pH, specific conductance (SC), dissolved oxygen (DO), turbidity, and temperature arc
presented in Table 3.
Mercury results were below the method detection limits for most of the groundwater samples collected.
The North Carolina groundwater quality standard for mercury is 0.00 I 05 mg/L ( 15 NC/\C 02L.0202,
revised April 2005). Mercury concentrations detected during the baseline and semiannual sampling
events are summarized as follows:
■ Baseline l\'Jonitoring Event (January 2006)-The concentrations of mercury in monitoring wells
CP-02-1, CP-04-1, CP-05-1, and CP-08-1 were above the 2L Standard for mercury in the January
2006 monitoring event.
■ Semiannual J\'Jonitoring Event (November 2006)-Thc conccntra1ions of mercury in monitoring
wells CP-01-2, CP-04-1, CP-05-I, and MW-113 were above the 2L Standard for mercury in the
November 2007 monitoring event.
■ Semiannual l\.1onitoring Event (]\'lay 2007) -The concentrations or mercury in monitoring wcl!s
Cl'-01-2, CP-04-1, CP-05-1, CP-08-1, and MW-I B were above the 2L Standard for mercury in the
May 2007 monitoring event.
■ Semiannual l\.1onitoring Event (November 2007) -The concentrations of mercury in nwnitorillg
wells CP-01-2, CP-0 l-3R, CP-04-1, CP-05-1, CP-08-1, and CP-08-3 were above the 2L Standard for
mercury in the November 2007 monitoring event
■ Semiannual l\.1onitoring Event (!\'lay 2008) -The concentrations of mercury in monitoring wc!ls
CP-04-1, CP-05-1, CP-08-1, and MW-113 were above the 2L Standard li>r mercury in the May 2008
monitoring event
■ Semiannual l\.'Jonitoring Event (Dec cm her 2008) -The concentrations of mercury in monitoring
wells Cl'-04-1, Cl'-05-I, MW-113, and Cl'-01-2 were above the 2 L Standard for mercury in the
December monitoring event
■ Annual i\1onitoring Event (December 2009) -The concentrations of mercury in 1nonitoring wells
CP-04-1, CP-05-1, MW-18, CP-08-1, and CP-01-2 were above the 2L Standard for mercury in the
December monitoring event.
While the concentrations in some wells n.:main slightly above the 2L standard ror mercury, detected mercury
concentrations have continued to decline in two of the monitoring wells (CP-04-1 and CP-05-1) from
November 2007 to December 2009 monitoring event. Mercury concentrations appear to be !luctuating at
RMT North Carolina, Inc. I Domtar !'aper Company. I.LC
Mo11itori11g Report
OU-3 -Former Chlorine Plant Areo
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MW-I B, with detected concentrations above the 2L standard in May 2007 through December 2009,
·compared to a detected concentratioi1 slightly below the 2L standard in November 2007. The mercury
concentrations in shallow well CP-08-1 have fluctuated slightly above the North Carolina 2L groundwater
standard from May 2007 to May 2008 and again in December 2009 and the detectable mercury concentration
foll below the 2L standard in December 2008. Mercury was detected in well CP-01-2 at concentrations
above the 2L standard from November 2007 through November 2008, December 2008, and December 2009,
compared to non-detect in May 2008. Mercu1y concentrations were above the 2L standard in November
2007 at replacement well Ci'-Ol-3R and CP-08-3 and may have been affected by well construction activities
conducted just prior to sampling. Mercury was not detected at wells Cl'-Ol-3R and CP-08-3 from May 2008
through December 2009. The mercury concentrations in deeper well CP-08-2 fluctuated from the baseline
sampling event to December 2009 sampling event at concentrations either below the 2L Standard or
non-detect. Mercury was detected at a concentration below the 2L Standard in well CP-03-3 in December
2008; however, in December 2009, mercury was non-detect at this location.
Nine wells had low levels or detected mercury concentrations below the 2L standards during December 2009
sampling event. Four of the nine wells had detected concentrations for the first time during this monitoring
program; however, all concentrations were qualified by the analytical laboratory with a J flag, for estimated
concentration between the method reporting limit and method detection limit. The monitoring results
continue to show that lhe majority of the wells had no detectable mercury or low concentrations below the
,2L standard. Specifically during December 2009, 16 of the 30 area wells had no detectable concentrations or
mercury (consistent with the upgradient wells). Of the five wells that contained mercury above the 2L
Standard, three (MW-I 13, CP-01-2, and CP-08-1) arc located north to northeast or the barrier perimeter and
two (Cl'-04-1 and CP-05°1) arc located south of the barrier perimeter. At all !Jvc locations, the measured
concentrations of mercury were generally consistent ovcr'thc six reported rounds with slight fluctuations on a
well by well basis and no increase in the area of impacted groundwater.
3.3 Recommendations
The Five-Year Review ortlie performance monitoring and remedy effectiveness evaluation will be prepared
by USEPJ\ in 2010. Based on the data trends from the performance monitoring, it is recommended that the
annual groundwater monitoring program be refined lo focus on continued monitoring of the following wells
on an annual basis: Cl'-04-1, Cl'-05-1, MW-113, and CP-01-2. These wells have had detected mercury
concentrations above the 2L standards in the previous two sampling events. In addition, the following wells
should be monitored every other year for the next five years in order to continue to ensure remedy
effectiveness: CP-06-1, CP-09-1, CP-14-1, CP-07-1, and CP-08-1. The remaining wells should continue to
have annual monitoring or water levels. The surface cap containment system should continue to he inspected
annually for surface cracks, holes, depressions, or other signs of surface integrity dcgradc.Jtion.
RMT North C{/ro/ino, Inc. I Domtar Paper Compony, !JC
Monitoring Report
OU-3 -Former Chlorine 1~ta11t 1/rea
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The Five-Year Review of the performance monitoring and remedy effectiveness evaluation will be
prepared by USEPA in 2010. Based on the data trends from the performance monitoring, ii is
recommended that the annual groundwater monitoring program be refined to focus on continued
monitoring of the following wells on an annual basis: CP-04-1, CP-05-1, MW-113, and CP-01-2. These
wells have had detected mercury concentrations above the 2L standards in the previous two sampling
events. In addition, the following wells should he monitored every other year (beginning in 2011) for the
next five years in order to continue to ensure remedy effectiveness: CP-06-1, Cl'-09-1, CP-14-1, Cl'-07-1,
and CP-08-1. Well pairs at locations MW-02, CP-10, and CP-11 have had no detections of mercury in at
least the past two sampling events and could be decommissioned prior to the 2010 annual monitoring
event. The remaining wells should continue to have annual monitoring of water levels until
decommissioned. The surface cap containment system should continue to be inspected annually for
surface cracks, holes, depressions, or other signs or surface integrity degradation.
RMT Norrh Carolina, Inc. I Domtar Pot)er Company, LLC
Monitoring Report
OU-3 -Former Clilorine /-'!a11t Area
f:\Wf'Gl'/,il'J !1/I/J,05/ 7 / ll/.f'fHl//f/}!//Vl//1517 /04-IJII/.DOC\"
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METAL BULKHEAD/ SEA WALL
0CP-13-I
3.64
PRooucr10N F Ac1urr
\
\
'
0
' CP-12-1
'-@_3.47
LEGEND
0MW-2
3.65
2.s
, APPROXIMATE LOCATION OF FORMER EQUIPMENT
AND SUBSURFACE UTILITIES
EXISTING EQUIPMENT
BURIED CONCRETE SLABS
GROUNDWATER MONITORING WELL LOCATION
WITH GROUNDWATER ELEVATION
GROUNDWATER ELEVATION CONTOUR.
DASHED WHERE INFERRED.
CONTOUR INTERVAL AS SHOWN.
'-',cP-12-2
, .. 3 .s
60'
SCALE: 1•= 60'
NOTES
I. BASE MAP PRODUCED BY PHOTOGRAMMETRIC DATA SERVICES,
INC.
2. DETAILS OF MAP DETERMINED FROM FIGURE 5 OF HLA (1992>,
WEYERHAEUSER 1951 ENGINEERING DRAWINGS OF THE FORMER
CHLORINE PLANT, AND FIELD MEASUREMENTS TAKEN BY
WEYERHAEUSER STAFF. DATA TRANSFERRED FROM FIGURE 8 OF
HLA !1992).
120'
PROJECT: FORMER CHLORINE PLANT AREA
DOMTAR PAPER COMPANY MARTIN COUNTY, NORTH CAROLINA
SHEET TITLE: WATER TABLE SURFACE
DECEMBER 1, 2009
DRAWN 8Y1 DOM SCALE,
J'C'-HE-Ott:_O_BY-,---,T,cA,,lT AS NOTED
APPROVED BYt DATED PRINTEDt
OAT[1 JAHUARY 20K)
PR0J. NO.
Fil.[ N(), WTG-00.5ITLOl-00lo.GQn
FIGURE 2
Po/rN,Ood Plaza 0oo, Suits 100
30Patuwoodlkfre
GnJsnVW, S.C. 29615-3535
Phone: 864-281-(XJJ() Fax: [phone]
- --- - ----------Table I
Historical Groundwater Ele\'alions
~~&~< ~!~•;i;•,}!,c_ro"" 1-· !'/iiT9;i/1 ~•9§NDwATE•\I\ ,.;~orJ;r~;fQ.,,.1, [\c~qli:ioj~:EI~~~ ~~''J:l',!'! -~-ti,to~ '\'GRO~-~c59_u_ ;.hc':}•w t{:-},ftj ::fi'°_EL~Y~:£!~ "/$• ;'°;:_rEf'b-~ ~•:.JLfYt,Tl_~'i-~ t.,-3'wA_1:ER}-,,0 !~...:.__~LE~TJO:-.'_:-•:,_~· ~-j/t~:,'-'.fEi½;;fJ. •• V . 'l': ,.W~J,_E~ ~-:J_!i_f_\',UIO, ~~X T ~-<£,LEV_~TIO. -''>~~•Jft(..s."' • ~; ,/½f (r~--.. ,,,,_ .,~Ht~,i~~ ~tJ.f;; cr.:~i1.1½'·l ~ ·':'.,·'ft,(<i~1)~-'-? ~ 5':li(it~tl~~ ~~11r1:1:11'i"~~ if.ii-\fw~:1 [~,, &"'1rr,1 ·-~'.%+frrt •. :, ~--.. ~ -l"-•, ~ ~•v, "'-'='"• ,..<;?-;:,,-VM•;~---...... ~,:.,;,"'7 •, _-, _.i_.,,t,_,..,~ •·'/ • '4•.:Li,,' ,.. .. ~ -~-'¥"' · • ,J. \,.l's,. _ ;'">'.-_-':,,-,,-r·• ,:Jfi_;:i.'lcJ(,,~'r,L~ -~~s:r: ·-" .t'tti05fJ0/07•;,,J.; ~-,:.r05fil)/()7',;,_:,,'.'"", :,0,11"1106111,::· ... :: ?I-~·i·lli06iO? • .i:;,,,5i;, ,_,J.o;11l/lll!';p,";1 .. 1.1 ~~11,01:ils<,:2 -.,,:,.if1::i01iOS:§ ·., f"; !Zitll/09· ,_"l-,·~1tlllo
1\1\\'.0\B 8.32 4.45 3.S7 3.i4 4.53 05 3.97 3.6 4.72 3.67 4.65
cp.01.2 7.9.1 4.6S
cp.01 •. , S.22 NI-,!
CP.OJ.3R S.14 NM
cr.02.1 7.88 5. ! 5
cr.02.2 7.85 4.90
cp.03.1 7.9-l 4.2i
cr.o:i.2 S.09 5, I 0
(p.03.; 8.17 6.0S
CP.04-1 7.50 '.IS
cr.0.1.2 7.57 4.60
(p.0.1._; 7.46 4.57
cr.os.1 7.75 4_.F)
CP-05·2 773 4.77
CP.06-l 7.50 2.02
cr.06.2 7 54 2.25
cr.01.1 8.\6 5.12
cr.01.2 8.11 5.12
cr.03.1 7_51) 2.71
cr.os.2 7.57 -l.58 er.as .. , 8.10 NM
(p.Q(). 1 7.4S 5.06
cp.00.2 7.46 4.55
CP·IO·l 7.46 0.93
CP-10·2 7 49 4.48
CP•! 1•! 7.62 6.41
CP·l 1·2 7 69 4.80
CP•l2·1 8 01 5.00
CP-12·2 8.10 5. !6
CP·l3-l ! 1 56 8.51
cr.14.1 11.54 8'9
cr.1s.1 11.54 Nl\1
l\1W•02 "' 4.7 I
l\J\V.02•' i. 7-l 4.49
'" .\kas,ircd 111 kc1
\kasu1"d m f~~I ~bo,~ site d~rnm
NM <','01 m~a,urc-d. ""II nol acccssabk
fl.\ f /" Norrh (",1n,/ma. t,,,-_ I / lo111111r l'apcr ("01111•,111.1· l.f.C
.\fomrr,,·mg lfr1,,,n
()l.'.3 · h•mwr Chlorm<' /'/a/II An.'<!
r ·n r,,, 1;1•.n ""•"Jin,,,.,,,.,,,_: mmJl'i"<·m,1.,1,,
:us 4.79
NM NM
NM ~M
2.73 5.42
2.95 5.06
3.67 3.69
2.99 5.14
2.09 5.77
3.72 4.07
2.97 4.7S
2,89 4.27
3.26 4.65
2.% 4.88
5.4S 2.1JO
5.21J 3.14
3.04 5.3 l
2.1J1J 5.25
-US 2.36
2.99 4.71
NM !'JM
2.42 5 92
2.91 4.98
6.53 1.95
3.01 5.02
1.2 l 6.39
2.89 4.99
3.01 5.42
2.9-l 5.39
3.05 8.65
3 05 8,63
:--::-.1 NM
2.70 4.77
~ 25 4.67
3.14 4.50 J.43 4.45 3.4S 4.05 3.8S
NM NM NM NM NM NM NM
NM 5JO 2.84 5.03 3.11 4.44 3.70
2.46 4.95 2,93 5.07 2.81 4.9! 2.97
2.79 4.78 3.07 4.74 3.1 l 4.29 3.56
4.25 4.15 3.79 2.52 5.42 2.73 5.21
2.95 4.92 3.17 4.77 3.32 4.5' 3.56
2.40 5.30 2.3 7 5.53 2.64 5.17 3.00
3.43 3.60 3.90 3.67 3.33 3.37 4.13
2.79 -U2 3.15 4.4:1 3.14 4.00 3.57
3, 19 4.35 3.11 4.32 3. 14 3.9--l 3.52
3.10 -U6 3.-19 4.21 3.54 3.89 3.86
2.85 4.54 3. ]() 4.57 3. 16 4,14 3.51J
.J.60 2.52 .1.1JS 2.23 5.27 2.60 4.90
4.40 2.75 4,71J 2.44 5. JO 2.32 5.22
2.85 4_()() 3.17 4.85 3.31 4.51 3.65
2.86 4.1J4 3.17 4.86 3.25 4.52 3.59
5.23 2.S6 4.73 2.20 5.39 2.50 5.09
2.86 -l.40 3. l 7 4.27 3.30 3.96 3.61
NM 4.17 3.93 5.95 2. I 5 4.20 3.90
1.56 5 20 2.28 5.35 2.13 5.22 2.26
2.48 4,4 l 3.05 4.42 3.04 3.89 3.57
5.51 I 09 6.37 0.89 6.57 0.85 6.61
2.47 4.35 3.14 4.40 3.09 3.8 ! 3.68
1.23 6.29 1.33 5.75 1.87 5.55 2.07
2.70 4.59 3.10 4.45 3.24 4.20 3.-19
2 59 4.72 3.29 4.79 3.22 4.54 3.47
2.71 4.98 3.12 4.88 3.22 4.63 3.47
2.91 8.33 3 23 8.40 3.16 7.92 3 64
2.91 8.30 '.24 8.39 3.15 7 .90 3.64
Nl\1 NM Nlvl NM NM NM NM
2.64 4.59 2.82 3.76 3.65 4.02 3.39
3.07 4.25 3.-l9 4.13 3.61 3.SS 3.86
January 20/0
-
I Table 2
llistorirnl :\1ercury ,\naly\cs of Groundwater S:rn1ples
I ~-(:-~~~ ~~ rl · , ,.D,\'I ~: , (m~L) -,
I Alluvi:11 aquifrr (water lahlc)
01/24/06 0.001
! 1/07/06 $i:ttl1t#t-~0.0027~h@!'
05/30/07 F~~o:on1s~
MW-OIB 11/07/07 0.001
I 05/13108 ~~o:001zrt!'~~~
12/05/08 ~tlIRo:0015,m""~i§t
12/01/09 ~t).00206~~IB;
01125/06 ~o.1,012r.!1-'t~1
I l/08/06 0.0005
05/31/07 <0,0002
C1'·02-l 11/08/07 IJ.0002
05/13/08 <0.0005
12/05108 <0.0005 U
12/02/09 0.0001 I .I
I 01/24106 <0.0002
11107/06 <0.0002
05/30/07 <0.0002
CP-03-1 11/07107 <0,0002
05/13/08 <0.0005
12/05/08 <0.0005 U
12/01/09 <0.0005 U
01/25/06 :>:,..~0.0681~~"
! 1/08/06 ~~~11:1184:&t~liM¾-m\'
05/31/07 1ffl.'lMl~~o:oos9~t•!'J
I Cl'-0•l-1 I 1/08/07 i'1Ktsi2.l!~o:014sru1~M
05/13/08 ~'.'fillf,i'>;HIJ'.0089l"Et.'tili1i-'\W
12/05/08 fu;".µjj.::.•)\filito:ou1sM!tt~tr.M
12/02/0() [!;;•1\ff1.1!}E~0:110114!ifi:t1/M'.~~
· 01/25/06 ~ .. }.'!',:.~~~'\ 0.0 IO I ~"'~;
11/08/06 \1tJVfil£,_~,1:Wi0Jl27¥i~~W
05/31/07 (';.'~"'J~0.0137!~.;;;ll.J
CP-05-1 11/08/07 l'\1:~'°J¼.f,SZY.0.069t~'¾li~"'i~
05/13/08 l:'fii•~._,~1~0.U'.?:4f,1;;.~1\!1?
12/05/08 1t.~&:n:11019tt.:.Jw_sr;r:;tJ;?
I !2/02/()9 ntt~ffi(}t1'!lltl.!lf)757M'!:k?f\!£,!;:,wt!
01/25/06 <0.0002
11107/06 <0.0002
05/0J/99 <0.(1002
CP-07-1 l 1/08/07 <0.(1002
05/13/08 <U.0005
12/05/08 <0.0005 U
)2/01/09 <0.0005 lJ
01/25/06 '.~J;tr!"<:':31! 0.00 14 'M" .,"&l:J·.!~
l 1/07/06 0.0004
I 05/30/07 f..'?,iittT*Yf o.oo 15 7,~J,1,1;,~
CP-08-! 11/08/07 ;.~&,::'(r,;:,..1wo:no 12 ~'.:'.ff'%m;;u
05/13/08 -m~'ltl!tl?ikt !Ult 114 :l}"ft'iE.i~Ji'ffi.1:
!2/05/08 0.0007
12/01/09 u;:;pJiJi,Wti:> o:oo 1521-i't-3Ml"i\\ml:J
I 01/24/06 U.0007
11/08/06 <0.0002
05/31/07 <0.0002 , CP-09-1 I 1/08/07 <0.0002
I 05/13/08 <0.0005
12/05/08 <0.0005 U
12/02/09 (l.00011 .I
0ln4/06 <0.0002
11/08/06 <0.0002
05/31/07 <0.0002 I. CP-10-1 I 1/08/07 <0.0002
05/13/08 <0.0005
12/05/08 <0.0005 U
12/02109 <0.0005 U
01/24/06 <0.0002
I 11107/06 <0.0002
05/30/07 <0.0002
CP-1 !-I 11/07/07 <0.0002
05/U/08 <0.0005
12/05/08 <0.0005 U I 12101/09 <0.0005 U
I RMT ,\I,,, ti, r"1 r,/ino. Jnr. I Domrw /'"I'",-c,,,,,,,miy, /J,C
Moniw, ing R11mr1
I 01.i-3 -Form,•, 01/ori11(' l'/11111 Area
I HJ/~,<'/ 1/'H,/1> 1/\/IJ l!HN~Hl}•/"'}\17//H i,U_\/.1 Jam1<u;r }()///
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Table 2
lfotorical Mercury Analyses of Groundwater Samples
Bu~·"-~-~ ~·~ , • ,}l~,-·. -. ' , ', '
' ' {mi:/1.1 · •
01/24/06 <0.0002
11/07/06 <0.0002
05/J0/07 <0.0002
CP.]2-1 11/07/07 <0.0002
05/13/08 <0.0005
12/05/08 <0,0005 U
12/01/09 <0.0005 U
01/25/06 <0,0002
11/08/06 <0.0002
05/3 !/07 <0,0002
CP-13-1 11/08107 <0.0002
05/13/08 <0.0005
12/05/08 <0.0005 U
12/02/09 0.000 I .I
01/25/06 <0.0002
11/08/0(1 <U.0002
05/31/07 <0.0002
CP-14-1 11/08/07 <0.0002
05/1 3/08 <0.0005
12/05/08 <0,0005 U
!2/02109 0.00008 .J
CP-!5-1 01/25/06 <0.0002
01/25/06 <0.0002
11/07/06 <0.0002
05/30/07 <0.0002
MW-02 11/07/07 <0.0002
05/!3/08 <0.0005
12/05/08 <0.0005 U
12/01/09 <0.0005 U
,\llu,·i:11 :u•nifcr (-20 fl l'll·,·.1fion)
01/2,1/06 <0.0002
11/07/06 i\lS¼ll;&.1ru-4ilfO.IJ051)•~l>0ilSirdMt
05/30/07 i;~ie-.m.t\io.oo38Z-~&i',,.;;,-.,~
Cl'-01-2 I 1/08/07 fa'.iffe,~S>llF!'kO:oo 11~~».ti;;w
05/13/08 <0.0005
12/05/08 ~SJ:til'~l0.0022~':SL~
12/02/09 ~~J«s.!Jl' 0: 00 I 5 .WJY;:,.½Sf~
01/25/06 <0.0002
l 1/08/06 <0.0002
05/31/07 <0,0002
Cl'-02-2 11/08/07 <0.0002
05/13/08 <0.0005
12105/08 <0.0005 U
!2/02/09 0.00009 .I
01/24/06 <0,0002
11/07106 0.0004
05/30/07 <0.0002
Cl'-03-2 11/07/07 <0.0002
05/13/08 <0.0005
12/05108 <0.0005 U
!2/01/09 <0.0005 U
01/25/06 0.0006
11/08/06 <0,0002
05/31107 <0.0002
Cl'-(M-2 1 l/08107 0.(HJ07
05/13108 <0,0005
12105/08 <0.0005 U
12/02109 <0.0005 lJ
01/25/06 <0_(){)02
11108/06 <0.0002
05/31107 <0.0002
Cl'-05-2 1 ]/08107 <0.0002
05/1 3108 <0.0005
12/05108 <0.0()05 ! J
12/02/09 0.00018 .I
01/25106 0.0002
] !107106 0.0003
05/30/07 0.0002
Cl'-07-2 11108107 0.IJ00J
05/i3108 <0.0005
12/05/08 <0.0005 lJ
12/01/09 0.00008 .I
RMT.\'011/i Caro/i11a. Inc. I Domwr /'nper Com1inm·, 1.1.C
.\fom/m·i"g /frpo1·1
OU-3. F0111wr 01/ori11e /'/nm A1<'a
I ,,u,;, /'·l'Jr,,,,,.,nNH-OIKJtJN>ll)•/JII!< ,.,, "·' Jum,wy.'()11)
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Tahlc 2
llislorical .\1crcnry Analyses of C.ruundwatcr Samples
~r,wmr!!~~ ~111W.f'if-~ 't~di5 , "')l~~-1~L~' '. ~~-, D,\'l'E~l :-, OOt i111~(R<:u'R~,a ITTA' '' "~~WW. ' ' '
01/25/06 <0.0002
11/07/06 0.0006
05/30107 0.0007
Cl'-08-2 11/08/07 <0.0002
05/13/08 <0.0005
12/05/08 <0.0005 U
12/01/09 0.00065
01/24/06 <0.0002
l l/08/06 <0.0002
05/31/07 0.0002
CP-09-2 11/08/07 <0.0002
05/13/08 <0.0005
12/05/08 <0.0005 U
12/02/09 <0.0005 U
Ul/24/06 <0.0002
1 !/08/06 0.0004
05/31/07 <0.0002
Cl'-I0-2 I !108/07 0.0002
05/13/08 <0.0005
12/05108 <0.0005 U
12/02/09 <(l.0005 ll
01/24/06 <0.0002
11/07/06 <0.0002
05/30/07 <0.0002
Cl'-1 !-2 11/07/07 <0.0002
05/13/08 <0.0005
12/05/08 <0.0005 l J
12101/09 <0.0005 \J
01/24/06 0.0004
11/07/06 0.0002
OS/30/07 0.0002
CJ'-12-2 ! 1/07107 0.0003
05/13/08 <0.0005
12/05/08 <0.0005 I J
12/01/09 0.00008 .,
01/25106 <0.0002
11/07106 <0.0002
OS/30/07 <0.0002
MW-02-2 ! 1/071U7 <0.0002
05/13108 •!(l.()005
12105108 <0.0005 U
]2/01/09 <0.0005 \J
.,1:1rinl' ~and
Cl'-0J-3 Oln4106 0.0002
] ]/!4107 ~~14'.'?.1..~ll:0023;S." ... "-~~;!t
Cl'-Ol<"m 05/13/08 <0.0005
12/05/08 <0.0005 \J
12/01/09 <0.0005 U
01/24/(J(, <0.0002
11/07/0(, <0.0002
05/30/07 <0.0CXJ2
Cl'-03-3 11/07107 <0.0002
05/t 3108 <(J.0005
!2/05/08 ().00071
12/01109 <0.0005 U
01/25106 <0.000iC)
11108/06 <0.0002
05131/07 <0.0002 CP-04-3 11108/07 <0.0002
05/13/08 <0.0005
12/05/08 <0.0005 U
12/()2109 <O U005 U
1 l/)4/07 t\i;r:¼"irt;(;f;:-.iu tl .002 I X:N:!Jl&It'."'3!:_>R)'.
Cl'-08-3 05/18108 <0.0005
12/05/08 <0.0005 U
)2101/09 <0.0005 U
''' Sh3'h:d •aluc5 ,nJ,ca1~ ,m c-crcd~nc~ ol 1he North Caruhna groundwater qualny >lan~an1 of
II 011105 "'!fl. ( 15A NCAC 21..02112)
Well s,1m1•ks Cl'-IJ~.1 atid CJ•.1M.3 wc1e mi1l,,bde<l durn1g samplir,i;: the s..mpl~ lah~te,1 Cf'-0,!-I
in lhe f,d,I d1ld in lhe laho,ato11· ,q,0,1 wa; JCl1J,1lly Cl'-ll,1 .. 1,1nd vi,,· vc,sa
J fa1ima1e,1 < .\1HL.,. Ml}I.
Concenlr,,fion I= than lhc f)uan1'1a1ion Limit.
tJ Jhe crnnpouml was analy,ed lo,, bul wJ5 u,,t ,1t·1ec1,·,I ;11 ,,, Jbm·e 1hc Mellmd 1cporting lirn,t (Ml(L)
1/Mf' .Vol"/// C"aJ"o/ina, foe. I /)0111/ar l'opi•r (" 0111p1111y. 1./.C
Monitoring lfr111n1
OU-3-r,,rmrr Clrlori11r Plnm .11ro
/ IJli,;, I 'l'J/,,W, //</1/•IU,HXH!/'IJ/N/'11111, IWJ/ .\/.,
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Tahle 3
lli\lorical Croundwakr i\1onitorin~ Field l'aramctcrs
.,_,,,,f_ {11 ye t -,1
'"l'tf~; '.l't,oiiJj ·~ ~Fe:!'"! ~1,')l $, OXY(;EN gvu1 ~CONDl!ClWIT\' " ~ Tl£MI', ,
m;:~:ffifl!,: 1
, (~. -~.I~{,~''. f:Jlf :C)
Alhn•i;1I m uifor (waler t:1hle)
MW-OIB
Cl'-02-1
Cl'-0.l-l
C!'-O•l-1
Cl'-05-1
Cl'-07-1
Cl'-08-1
Cl'-09-1
Cl'-10-1
CP-11-1
RMT ,\'0,1/1 Cmoli11n, fot. I Domtnr l'ap,•1· Compo11_1·. I.LC
Monitoring 1/,•pm I
()(j.J. Fo, me,· 01/oritw /'l,1111 A, rn
I u1,;1·1 rJ/1 ... <J!!1!1J<•N•"'l"'•1'J11'U,.J/.1/.\
01/24106
11/07/06
05/30107
l 1/07/07
05/14/08
12/05108
12/01109
0112510(,
11/08/06
I 1/08/07
05131/07
05/14/08
12/05108
12102109
01/24106
J 1/07/0(,
05/30107
11/07/07
05/13108
12/05/08
12/01/09
01/25/1)6
I !/08/06
051.11/07
I l/08107
0511•1/{)l:I
12/0511)8
12102/(){)
01/25/06
11/08106
OS/3 J/07
11108/07
05/1·1108
12105/08
!2102/()(J
OJ/25106
111011or,
05/J0/07
J 1/08/07
05/U/08
12105108
12/0)/0'!
01/25/0{,
! 1/07/06
0513()/()7
! 1108/07
05113108
12105/08
12/0110')
01(24/0(,
l l/08/0r,
05131/07
l 1108/07
05/1,1108
!2105108
12102/0'J
01/24/()(,
1110810(,
05131107
11/08/07
05/14108
/2105108
)2102/09
0)/24106
! l/07/06
05130107
! 1107107
05/IJ/08
12105/08
1210!/0()
7.82
0.00
2.68
0.14
0.12
0.21
0.4.1
5.10
0.10
0.31
2.56
0.67
0.7')
0.29
9.90
0.00
2.99
0.24
0.8'J
2.9
1.09
1.(,.1
1.38
4.0U
1.20
3.7
3.98
1.47
5.45
0.13
2.6()
0.39
(l.2(,
0.55
029
J. JJ
0.00
3.18
0.3•1
0.37
0 51
1.2
8,79
5.26
6.59
,1,45
•l.46 :u,
1.76
7.34
0. I 5
J.38
0.28
0.68
0.88
0.63
(,,20
.H9
3.J
0.77
0,{J!
1.59
0.85
6.87
U.00
2_()()
0J,1
0.91
0.57
0.68
7.29 644 16.4
7.12 744 22.0
7.09 519 20.88
7.26 561 23.47
7.35 636 19.8)
7.45 586 20.23
7.42 406 20.64
6.92 786 22.1
6.30 900 21.8
6.::n '!08 22.91
(,J6 ()7 20.11
6.92 854 19.6)
6.77 786 20.21
7.05 (,44 20.97
7.52 321 12.4
6.69 810 20.2
6.82 298 19.2-1
7.28 600 21.6
7 . .1,5 561 11_3,1
6.77 570 14.46
7.42 510 16.4
7.09 1257 22.1
7.80 1490 21.1
6.68 1790 21.19
8.(,5 1355 22.3 l
8.0! 1501 20.8')
7.44 1265 17.87
7.82 1045 19.U,
8.78 1033 22.1
9.50 1570 20.5
8.7 l I JOO 2 ! .81
9.79 425 21.09
9.72 619 20.76
9.23 727 1(,.57
9.0fi 0.357 l!l..17
7.4] 980 22.1
7.16 IYJO 23.5
7.17 !360 2! 0-1
7.58 !306 23.68
7.72 I 182 20,5(,
7.7·1 !035 20.73
7.58 1220 2 l .24
'J.22 392 21.4
8.56 900 22.2
8.61 (,{}] 25.7
9 . .13 •159 ] '!.51
9.05 6.~8 21.89
7.8-1 263 21.07
9.08 •180 I 'J.81
6.9•\ 905 201
(,.34 %0 22.6
6.J5 661 20.8
6.92 889 22.88
7.05 8•15 18.77
(,.55 910 21.) I
6.71 831 21.01
6.98 6')4 20.1
6.74 940 21.7
6.55 714 22.28
7.27 8}1 21.1
7.65 2'4 2 l.l4
73 606 20.1 l
1.5(, 706 19.7
6.79 422 H,.9
6.05 568 23.1
5.8-1 4(,6 l'J.77
6.34 571 H.l5
6.37 5.19 17.98
IJ.37 6] I 2()_()4
6.49 533 20.99
'rU)
I.I
2.1
0.78
0.67
1.17
1.96
2.49
45.5
I 1.0
5.17
5.44
4.2J
5.40
2A3
7.7
3.2
1.%
0.59
2.03
2.77
!.43
11.0
41.2
5.18
5.16
25.2
10.S
3.78
31.9
S•Ll
46,J
!•J2
138
8.l.9
63.8
I.(,
6.7
1.32
17.9
4.8
l.48
1.74
17,0
60.1
14.8
8.7(,
4.6
7.25
9.7
3.1
.u
0.(,-1
0.42
2.32
2.92
1.02
!_()
o.r,
1.49
0.99
9.75
2.88
l.71
2.(,
1.7
1.8()
8 08
5.89
3.51
0.78
.lanumy ll/lU
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Table 3
llistorical r:roundwatrr ;\lonitorin~ Ficltl Paramch'rs
-Wi>iss7ii:vii1>l//,"< £'tlx\i(•1>Nff~ / : .. ,:,.:;,;:;w, ,;,,; :Ill.' .\k {ml!/l,Jl'Mk11.'
01/2,1106
11107/06
05130/01
Cl'-12-1 11/07/07
05/13/()8
12/05/08
!2/01/09
01/25/06
I J/08/06
05/31107
Cl'-13-1 11/08/07
0511•1108
12/05108
12/02/09
Atluvi:11 i1uuifrr (waft•r tahll')
0)/25106
11/08/0(,
0501/07
Cl'-1•1-1 11/08/07
05/14/08
12/05/08
12/02/09
Cl'-15-1 01{15/06
01{15/06
l 1/07/06
05/."l0/07
MW-02 11/07/()7
05/13108
12105108
12/()1/0')
,\lhn·i:il m uili-r 1-20 fl dn·:11io11)
C!'-01-2
Cl'-02-2
Cl'-0.1-2
CP-(M-2
Cl'-05-2
Cl'-07-2
RMT North Cmoli,m, !11r. I Om111r11 l'ap,,, lm111m11_1. f.l.C
Moni1mi11g Rqiort
OU-3 -Foi me,· C/1/ori11e f'h/111 .4rm
/·IIJ"<;,1·1•J/ <HJ/11/1/ r1,,.m11.'1!1"1!l.'/II< <JIii,\/,\
01/24106
11/0710!,
05/J0/07
I !/08107
05/IJ/08
12/05/08
12102/09
01/25/0(,
11/01@(,
05/J 1/07
l 1/08107
05/1•1/()8
12/05/08
12/0210')
0ln.\t0<,
11107/06
05/.10/07
I 1101,0·1
05/1.l/0H
12/05/0X
12101/0')
01/25/0(,
I 1108/06
05/.11/07
) 1108/07
05/J,1/08
12105108
12/02/09
01/25/0(,
11/08/0h
05131/07
11/08107
05ll4/08
12/05/08
12/02/09
0112510(,
I 1/07/0()
05/.10107
11108107
05/J_l/{)8
!2105108
12/0110')
5.33
0.00
3.ll
OJ
0.52
0.49
0.6J
6.02
0.18
2.74
0.29
0.-1
05
0.58
5.18
0.13
2.4•1
0.36
0.96
0.82
J.95
6,0
5.00
3.05
(J.84
1.58
4.30
•l.10
,\.66
5.37
0.00
2.M
0.14
0.3
0.32
0.19
7.11
0.00
2.61
0.17
0.53
0.45
0, 18
7.25
0.00
2.79
0.18
0.(,8
0.71
0.48
4.J l
0.00
2.G
0.2
(),(,
0.56
0.64
5.65
0.00
2.5
0.18
0.28
0.5
0.37
4.20
0.00
2.66
O.J.1
0.25
0.26
0.57
l'sl:i:'i:i'fl(;l.'.~ ~'IJ.~. : <:C)NDl"1('.fi'\;t,1~.? .,.n;Mn:NATIJRR
~i,~ll:f.i~ ~~
6.72 607 ! 7.5
6 .. n 900 21.9
6.20 671 20.84
6.50 664 23.02
6.60 727 19.29
5.71 (,76 21.16
7.08 869 2(U
7. l 5 8'J7 21.9
6.90 900 23 0
6.59 685 22.8 !
7.21 580 24.07
7.29 723 22.9
7.2 562 2.H,
7.54 616 ns
6.80 1196 21.6
(,_1(, 1440 23.0
6.38 IJ00 21.14
6.81 t 178 2•1.18
6.8,\ 1153 21.4
6.1,1 102! 23.1
7.12 812 23.26
6J.1 .174 21.8
6.22 432 22.1
6.12 900 21.0
5.91 599 20.81
6.2.l 502 22.2 l
6.6(, 7J5 20.16
(,.42 Sr,'> 18.-12
6.56 603 18.53
7.0l 633 19.5
r,.98 840 19.9
r,.7r, 511 19.84
7.2(, 552 20.2
7.19 5()(, 20.11
7.15 536 20.15
7.32 330 19.9
(,.17 2735 22.1 r,. !O 2470 19."!
6.1(, 1780 19-'17
6.65 !11-1 19.9!
6.71 106! !9.97
6.62 63 l 19.56
r,.93 47') 19.67
7.03 843 17,8
r,.87 900 19.7
6.37 (,88 )8 5')
6,87 (,25 20.0!
6.SJ 873 18.2')
7.0(, 725 19.47
7.02 5()2 18 ')
5.8J 2319 22.1
6.09 1480 21.0
5.65 1290 20.3.l
5.'!') 123,1 2 l .02
(,.03 l."197 20.70
5.95 142.1 20.77
(,.2 ! l 16 21.04
6.24 1406 22.1
6.69 ') JO 21.0
6,04 H'/4 20.41:<,
6.72 H 10 21.14
6.8 %(1 20.8
6.66 !MO 20.9,1
6.88 685 2).().1
6.61 9H 22.1
(,J\2 '>00 21.8
6.62 JOOO 21
6.98 658 22.03
6Ji6 8.17 21..l
7. 13 S0J 21.98
7.2(1 279 21.55
( -
19.7
8.0
2.82
5.28
4.09
9.95
IA?
22.8
!3.9
2.62
3.7
22.2
6A
6.05
144.0
18.J
10.'1
21.9
40.5
17.8
22.1
36.9
J.7
NM
3.1
2 27
ID
122
2.69
I.I
1.4 o,
0.51
0.57
1.5(,
0 82
12.0 ,. ,
1),6•1
{)..18
0.9·1
2.75
0.58
11.0
•15.J
8.52
4.26
2.38
2.76
l.67
•!.I
2.2
0.28
2.-1(,
0.<,1
l.72
0.43
38.3
2.0
0.57
0.55
J.01
1.23
I.SJ
16,6
4.7
0 1,J
0 .lf,
0.7
l.05
ON>
Jmmary lll/11
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Table 3
llistorkal Groundwalrr J\11witorinJ..: Field l'arnmctcrs -B'!!:!si•ic,Wc~-~,. ~JN,lUCn\·nv, l!UTI~~ UIDll)'c4 . ,::J/.:"i•j:,...;jf<'fi er.ww---.~, ~ ~:_ l1iSfrm) . .,-~¼\f C)~~ I)\ >il
0l/25/06
I J/07/06
05/30/07
CP·0S-2 11/08/07
05/13/08
12/05/08
12101/09
01/24106
l 1/08/06
05131/07
C1'·09-2 l !/08107
05/14108
12/05108
12/02109
01/24106
11/08/06
05/J 1/07
CP-10-2 l 1/08/07
05/14/08
12/05/08
12/02/0()
,\lhn·i,11 ,wuifn (·20 II l'11•valion)
CP-11-2
Cl'-12-2
MW-02-2
l\la1 inl· .\mHI
CP-01-3
Cl'-0t-3R
Cl'-03-3
Cl'-0•l-3
Cl'-08-3
N.\1/' Nmth (molina, li1c. I Domtal' /'apcl' Company L/.C
Mo1111mi11g N,'f'(JII
OU-3 -Fu,-m,'1 CJ,h,,·it,c f'lam A,-ea
,,,,,.;n·1·11 r,illJ//1 '""'""'-'m•1\!llrH ,.,, 11,
01/24/06
11/07/06
05/30/07
11/07/07
05/13108
12/05/08
12/01109
0!/2•1106
I !/07/06
051]0/07
11107107
05/13108
12/05108
12/0)/()(J
01/25/()(,
11/07106
05/.10/07
11/07/07
05/13/08
12/05/08
12/01/09
01/24/0/)
11/J-1/07
05/14/08
l 2/05/08
12/02/()<J
01/24/06
J 1/07/06
05/.'0/07
l l/07107
05/U/08
12105/0X
121()1/()()
01/25106
11/08106
05/31107
l 1/08/07
05/J.1108
12/05/08
12/02/09
I I/J4/07
05/13/08
!2/0S/08
!2/01109
5. 14 6.80
0.00 7A5
2,8 l (,.93
0,14 7.17
0.32 7.26
0.34 7.34
0.4 7.54
7.23 6.27
0.00 6.06
3.02 5.92
0.2 (>..17
0.69 6.43
0 . .18 6J9
0.29 6.7')
7.02 6.19
0.00 fl.04
2.49 SJB
0.2 l 6.21
0.52 6.25
0.43 6.14
0.2•1 6.4
6J9 7.42
0.00 7.J I
2.94 h.82
0.23 7.38
0.J7 7.49
0.29 7.61
0.'16 7.5J
6.02 7. l 5
0.00 7.00
2.85 6.79
0.19 7.38
0.28 7.49
O . .' 7.J 7
0.5 7.28
4.(,/, 7.25
0.00 r,.95
2.7•1 6.58
0.27 7.4 j
0.5') 7.48
0.2 7.54
0.51 7.46
4.94 7.05
1.03 6.98
0.09 7.03
0 25 (,.93
0.22 7.18
6.51 7.00
0.00 7.13
2.8') 6.77
0.45 (,.93
0.56 h.91
0 88 7.11
0.47 7.0 I
5.02 b.95
0.00 7.08
2.36 6.52
(J.J.l r,.80
{)_l() 6.91
0,37 (i.76
0.9·1 7
0.18 7.49
0.08 7.04
0) 7.07
0.27 6.')4
420 21.4 12.5
537 21.8 3.2
425 20.94 0.44
542 22.17 0.28
542 20.99 0.77
456 23.02 0.92
279 22. l 4.03
239 20.! 23.7
242 20.4 2.4
2370 19.35 0.42
1987 20.66 0.46
1786 19.19 0.79
!5•!0 20.18 1.6 I
869 20.08 0.93
1851 20. l 17.4
1620 21,6 1.2
1500 21.04 0.75
IJ JO 21.61 0.27
l 146 20.5(, 1.04
1165 2 l .05 1.72
915 20.84 1.44
()ll 18.9 ·l.9
90 20.9 2J
737 l!U 1.28
772 21.51 0.61
769 18.43 0,87
740 20.()2 l.28
7.lJ 20.52 0.-1-1
C),J() 20.5 7 .. ~
900 21.7 ').5
713 20.')2 0.3
553 22. 12 0.58
516 20,')2 1.05
•163 22.03 1.U
4.15 21.57 0 .. ,
•! )2 22.1 .to
(,),\ 20.8 (U
•113 20.84 0 .. ,1
·188 21.43 U.29
539 20.-!8 ().(,2
5(,5 20.77 0.M
4(,7 20.03 0.77
1•!80 18.7 4--1
I.W20 21.47 X.2
l 5310 19.49 0.7·1
12100 18.82 1.98
10220 19.l•I 0.'/8
1•102 llU 9.0
1390 18.9 55.0
15(,00 19.17 ,,
IYJ.10 19.22 0,92
14230 18.98 ,1.(,5
IJ020 18.82 8.19
I !680 18 .. 17 8.5 J
2299 22.1 2J.IJ
765 20.7 1.9
lJ JOO 2Ll2 3.6b
1•1710 20.(1•! l.•U
15520 21.0~ 1.0.l
14200 20.35 .,.01
1225 20.4(, 0.51
40(,50 23 . .' I 12_()
5492 2 ! .23 0,5•1
6732 21.21 1.14
8465 20.53 0.59
}(11!1//!I). ]////)
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RMT North Carolinu, Inc. I Domtar /'aper Company, LLC
Mo11itori11g Report
OU-3 -FOrmer Chlorine P/0111 A rC({
I: I ll'f'GI' /, lf'JIV///-11517 / I l/,fll)f !/// i:!IH/J(H! 5 I 7 I 1)4 ./1/J I. /JO<.\
A-I
Appendix A
Analytical Data
Ja1111my 20 I 0
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~ Columbia ~.l Analytical Services· www caslab.cmn
December 24, 2009 Service Request No: .10906031
Heather Smith
RMT Inc.
30 Patewood Drive
Suite I 00 Patcwood Plaza One
Greenville, SC 29615-3535
Laboratory Results for: Domtar Former Chlorine Plant/5171.04
Dear Heather:
Enclosed arc the results of the sample(s) submitted to our laboratory 011 December 5, 2009. For
your reference, these analyses have been assigned our service request number ,J0906031.
All analyses were perrormed according to our laboratory's quality assurance program. The test
results meet requirements of the NELAP standards except as noted in the case narrative report.
All results arc intended to be considered in their entirety, and Columbia Analytical Services, Inc.
(CAS) is not responsible for use or less than the complete report. Results apply only to the items
submitted to the laboratory for analysis and individual items (samples) analyzed, as listed in the
report.
Please contact me if you have any questions. My extension is 4408. You may also contact me
via email at [e-mail].
Respectfully submitted,
Columbia Analytical Services, Inc.
Tom Kissinger
Project Manager
Page I of -----
CAS Jacksonville is NLLA C-accredi1ed by 1he SI ale uf Florida. #E82502. 01hcr s/a/e accrcdi1a1ions
include: Georgia. #958: Kenlucky. 1163: Louisiana, #02086: Norlh Carolina, #527: Soulh Carolin".
#9602 /00/; Texas. #T/04704197-09-lX
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Client:
Project:
Sample Matrix:
COLUMBIA ANALYTICAL SERVICES, INC.
Domtar Paper C1)mpany
Domtar Fonner Chlorine Plant
water
CASE NARRATIVE
Service Request No.:
Date Received:
J090C,03\
12/5/09
All analyses were perfonncd consistent with the quality assurance program of Columbia Analytical Scrvlc<.:s, Inc.
(CAS). This report contains analytical results for samples designated for Tier II data ddivcrab!cs, including results of
QC samples analyzed from this delivery group. Whcn appropriate to the procedure, method blank results have been
reported with each analytical test. Analytical procedures performed by the lab are validated in accordancl'. with
NELAC standards. Parameters that arc included in the NELAC Fields of Testing but arc not inc\udcd in the lab's
NELAC accreditation an; identified in the discussion of each analytical procedure.
Sample Receipt.
36 water samples were received for analysis Jt Columbia Analytical Services on 12/5/09. The samples were received
in good condition and consistent with the accompanying chain of custody form. Samples arc refrigerated at 4±2')C
upon receipt at the lab except for aqueous samples designated for metals analyses, which were stored at room
temperature.
l\:lcrcury by CV AA
No problems were ob.served with this delivc1y group.
2
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*
!.ncrganic Data
The result is ~m ourlier. See G~sc 11a1Tativc.
The control limit criteria are not applicable. See case narrative.
B
E
J
u
z
The analyte was found in the associated method blank at a level that is significant relative to the sample result.
The result is an estimated amou_nt because the value exceeded the instrument calibration range.
l
X
The result is an estimated concentration that is less than the MRL but greater than or equal to the MDL.
The compound was analyzed for, but was not detected ("Non-detect") at or above the MRL/MDL.
Too many colonies were present (TNTC). The numeric value represents the filtration volume.
The MRL/MDL has been elevated due to matrix interference.
See case narrative.
Metals Data
* The result is an outlier. Sec case narrative.
~ The control limit crilcri~1 :.ire nClt <.1pplicabk. See case 1nrrat!'.·~-
The result is an ..:stim:~led cnncentratic,n th:n is kss than 1hc MF.L t·,ut g_rl':11'::r ll·.:m ()i" cq1d tn 1h~ i, !Di_
f-: Thi_: rcpoi"l!.X! ..-,1h1c i~ cstinn1cd hcc:n.1.-.;~-<'f th::--;•:·::.·sc1:•:•.: ,,f 1:1:ili"i·-. i:1tL·:·l"crc•;·,:.:;.'
\1 Th,..· dup\ic:!lt' i;1je..:1i.:sn pn:cisi,·,n w::'.: :w1 IT'L'i.
N The (-.fo:,"i.-: Spil:c ~~1111;)\c n:c1_)\·cry i~ !11,t \\·:1hir, ,::,t"itn1I ii::::i::. '<._:...: :..:::s;c :·1::;·:·:'.ti··.·:..'.
S The r~:::1.il! w:iS ·J...'.tcnnincrJ hy ,1\1.::thud 1.if Su10,.Li:·d _,-\Jdiiic1:-is (\·IS/.).
U The cc•rnpound v..-:J.s :.rn~:lyzcd fnr. h~ll ,_.._•::;; 1w1 dc!-:.·Cl:.:d {_"\'<(~n-ll·~·tc-:.:t"') ::i (li" ::!),,u..: 1!1c f\1R[_:~·iL)L
\\' The post-di~estion spike for f"urn::1ec .'-\/\ :11nlysis is cir.!; llf cnnr;-nl li:~1i:s. \t,')1ik sc:rnpk :1hs(_1rh :i1c~· ::-: l~·.,s th;!:1
50''.,;; or spike :.ibsorbcncc.
The ~vlRL/lvlDL has hcl'n clc\·2tcd c!u;.' 1-~1 n~~11ri:-: it:1L:rti..:rL'iKs: .
.\ ~l~C c~:sc /lJJTClli\"~.
+ The c011cki1ion CPtrfri:ic111 t(,r the [\·!S.-'\ i:; ks'.:-tli::n rJ.~_HJ).
*
Organic Data
The rcsult is an outlier. SL'c cast: n:.iiTJti\'C.
Thl: control limit criteria c1rc ;1ot applic..tble. See CJ.Se 112r;·ati\"e.
The tentatively identified cDmpound is a susp\:.'ctcd alclol-ct)ndcns3lion product. ,\
ll
C
The an:ilyte was found in the asso-:..:iatt.:d mctl10d bbnk Jt a level that is signiC1c<illl rclativL'. t0 the s;1mplc n:suit.
The analyte was qualiwti,·cly confinned tising GC/!"v!S tcchniquL'.S. pattern rcu,~nitinn, ll!' by comparing to
D
E
.I
N
p
u
X
historlca! (!ma.
The reported n.:sult is f"wm .i dilu1ion.
The result is o.n ,:stimJtecl amount because t!K value exce .. -d,..·d lhl' inqrumc;1! c.i.!ibratic1n r:i.r~8e.
The result is an l'stirnatl'd conce11tr:11ion th.i.t is less th:m the MRL hut greater than or equal w the l\·lDL .
The result is presumptive. The analyte was tentatively identified, but u confrnnatii:.m an::lysis was 1101
pcrfom1cd.
The GC or HPLC confirmation criteria were cxccc:dcd. The relative percent difference: is grc:c.1tcr th.'.ln 4(J~,-(I
hetwec:n the iWO anulytical results (2:?1//1 for CLP Pesticides)
The compound \\'J.5 analyzed f(lr. brn was not Jcu:cted ('·!\lon-clctect··) at or .:ibove the JvlRL1!'vlDL.
The MRU'."v1DL h3~ t1cen ele\·a1cd clue 10 a chwmato;;raphic interference.
Ste CO.Sl' narraiivc.
Prlroleum Hydrocarbon Specific
F The chromatc,graphic i1nsnprint of the sornple matches the elution pattern of the calihrotiun s•.anda;d.
L Thl' chromJtogrnphic :·mgcrprint of the SJmple resembh:s a petroleum proclucl, hut the elution p:..!:tcrn indic:iti..:~
the presence of :i greater amou1E of lighter mo!ccular weight consti1uents than tl1c calihra11nn str:mbrcL
H The chromo.tographic iingcrprint of the sample resembles a petroleum ;:-:roduct, hut the elution pJtlcrn indic:i!cs
1he presence of 3 greater amount of hcavier molt:cubr weight constituents limn the ca\ib:-:1tio11 slc1miard.
0 The chromatogr:iphic fingeqJrint of the sample resembles an oil, but docs not ma1ch the calibration standarJ.
Y The chromatographic lingerprint of the sample resembles a petroleum product eluting in opproxirnatel\· the
correct carbon range. but the elution pattc111 docs not match the calibr;:ition sta11c!c1rc!.
Z Thc chromatographic fingerprint ci(1cs not resL'.mblc a petroleum product.
3
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ASTM
I A2LA
CARE
I CAS Number
CFC
CFU
I DEC
DEQ
I DHS
DOE
DOH
I Ei' . .\
[L:\i1
GC
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klCL
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RCR.-\
I SIM
TPH
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.--\cronyrus
An_1eiic::,n Society for Testing and {v'!;:1tt:ria!s
Americ3n Association for Labor3t01y AccrcditJ.tion
California Air Resources Board
Chemical Abstract Service registry Number
Chlorofluorocarbon
Colony-Forming Unit
Department of Environmental Conservation
Department of Environmental Quality
Deportment of Health Services
Dcpartmenl nf Ecology
Dcp:1:-tm:.:ni ,,fi-lcJith
(i:.i.s Ch1·c,matc1gr:1fi!;y
L(.'akin~ L;i1cicr;i·(iu11d F11cl T:rnL
Mnciificcl
!'."1:1ximum Cc'llt:1111inant Le,·d is th-:.:: highc~i ;·,cnlii:c~il-ik '-',.\t1..:•..:m;·.:ih.1:: c.j .~cr[--.,c;;~,1~-~ ;.iik1,,·1;d 1;1
drinking ,,,-~~t:!r ;:i.s cst:ibiish;:d by the USEl'A.
J\·ktiwd l}.:kction Limii
Most Probabk Number
Hethod Repo:1.ing Limit
Not .t\ppliecible
Not Calcub1cd
National lnstitut:.: for Occuparion;d S3fcry and HL.:alfr,
Practical Quantit:nion Limit
Resource Const:n·a~ion and Recovery Act
Stk:ct:-::d lon Monitniing
Tr:icc 1::n:1 is the ccn::eilltJtion of ar, ~1.1..:ly1c th::11 is ic::;s than the f'(JL ~1u1 :;n.:ai~i-th~u1 c,i· cqu3] t1J ::1~·
MDL
4
I Client: RMT Inc.
Project: Domtar Former Chlorine Plant/5171.04
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SAMPLE#
10906031-00 I
10906031-002
10906031-003
1090603 1-004
10906031-005
10906031-006
10906031-007
10906031-008
10906031-009
10906031-0 I 0
1090603 1-0 I I
10906031-012
1090603 1-013
1090603I-014
10906031-015
10906031-016
1090603I-017
10906031-0 I 8
10906031-019
1090603 I -020
10906031-021
10906031-022
10906031-023
J0906031-024
J090603 I -025
10906031-026
J0906031-027
1090603 1-028
J090603 I -029
J090603 I -030
J090603 I -03 I
10906031-032
10906031-033
J090603 l-034
J090603 I -035
.10906031-036
l'rintctJ ! 2/24/0() 6:36
SAMPLE CROSS-REFERENCE
CLIENT SAMPLE ID
MW-2-2
MW-2
CP-03-1
CP-03-2
CP-03-3
CP-11-1
CP-11-2
CP-12-1
CP-12-2
DU-09401
FBLK-09401
CP-08-3
CP-08-2
CP-08-1
CP-07-1
CP-07-2
MW-113
CP-04-3
CP-04-2
DU-09.402
Cl'-04-1
CP-05-1
CP-05-2
FBLK-09402
CP-02-1
CP-02-2
CP-01-2
CP-13-1
Cl'-14-1
CP-09-1
Cl'-09-2
Ci'-10-1
Cl'-I 0-2
FBLK-09403
CP-01-3R
DU-09403
Sample Summary
Service Rc(1ucst: 10906031
DATE TIME
12/1/0<) 09:15
12/1 /09 09:50
I 2/l /09 10:05
12/1/09 10:20
I 2/l /09 10:40
12/1 /09 10:55
12/1 /09 I 1:10
12/1/09 11 :35
12/1/09 12:00
12/1 /09 00:00
12/1 /09 14:50
12/1/09 16:20
12/1/09 16:35
12/1/09 16:50
12/1 /09 17:00
12/1 /09 17: 15
12/1/0</ 17:45
12/2/09 08:35
12/2/09 08:50
12/2/09 00:00
12/2/09 09:05
12/2/0'J 09:20
12/2/09 09:40
12/2/09 09:55
12/2/09 10:05
12/2/09 10:25
I 2/2/09 10:45
12/2/09 11: 10
12/2/09 11 :30
12/2/09 13:20
12/2/09 13:35
12/2/09 13:55
12/2/09 14:10
12/2/09 14:20
12/2/09 17:10
12/2/09 00:00
5 Page I of I
I CULUMlnA ANALYTICAL SERVICES, INC.
/\nalyt ical Repot1
Clicnl: Domtar Industries Service Request: )0906031 I Project: Domtar Former Chlorine Plant/5171.04 Date Collected: 121 I /09 -121 2109
Sample Matrix: Water Date Received: 121 5109
Prep Method: Mclhod Units: 11g/L I Analysis Method: 245.1 Basis: Ni\
Mercury, Total
I Sample Name
Dilution Date Date
Lah Code Result Q MRL MDL Factor Extracted Analyzed I MW-2-2 1090603 1-00 I ND lJ 0.50 0.08 121 8/09 1219109 14:26
MW-2 J090603 l -002 ND lJ 0.50 0.08 121 8109 1219109 14:28
CP-03-1 J090603 l-003 ND lJ 0.50 0.08 1218109 1219109 14:32
CP-03-2 10906031-004 ND lJ 0.50 0.08 121 8109 1219109 14:41 I CP-03-3 1090603 l-005 ND lJ 0.50 0.08 121 8/09 1219109 14:43
CP-11-1 J0906031-006 ND lJ 0.50 0.08 121 8109 1219/09 14:4,J
Cl'-\ 1-2 10906031-007 ND lJ a.so 0.08 121 8109 1219109 14:45 I Cl'-12-1 10906031-008 ND lJ 0.50 0.08 121 8109 1219109 14:47
Cl'-I 2-2 10906031-009 0.08 J 0.50 0.08 121 8/09 1219/09 1,1:5 I
DU-0940 I J0906031-0 I 0 ND lJ 0.50 0.08 121 8109 1219109 14:53 I FBLK-09401 10906031-011 ND lJ 0.50 0.08 121 8109 1219109 14:54
CP-08-3 10906031-012 ND lJ 0.50 0.08 121 8/09 1219/09 14:56
CP-08-2 J090603 l-O I 3 0.65 0.50 0.08 121 8109 1219/09 14:57
CP-08-1 J090603\-0l4 1.52 0.50 0.08 121 8109 1219109 14:59 I Ci'-07-1 10906031-0 I 5 ND lJ 0.50 0.08 121 8/09 1219109 15:00
Cl'-07-2 )0906031-016 0.08 J 0.50 0.08 121 8109 1219109 15 :02
MW-113 10906031-017 2.06 0.50 0.08 121 8109 1219109 15:03 I CP-04-3 J090603 l-O I 8 ND lJ 0.50 0.08 12110109 12111/0912:48 ' Cl'-O,J-2 1090603 1-019 ND lJ 0.50 0.08 12110109 12/\110912:52
DU-09402 J0906031-020 ND u 0.50 0.08 12110109 12111109 12:58
CP-04-1 )090603 1-021 1.14 0.50 0.08 12110109 12111109 13:00 I Cl'-05-1 J090603 1-022 7.57 0.50 0.08 12110109 12/\\/0913:01
CP-05-2 ,]090603, 1-023 0.18 J 0.50 0.08 12110109 12111/09 13:03
FBLK-09402 J0906031 -024 ND lJ 0.50 0.08 12110/09 12111/09 13:04 I Cl'-02-1 10906031-025 0.11 J 0.50 0.08 12110109 12111109 13:06
CP-02-2 ]0906031-026 0.09 J 0.50 0.08 12110/09 12111109 13:19
CP-01-2 J090603 J -027 I.SO 0.50 0.08 12110109 12111/09 13:20 . Cl'-13-1 10906031-028 0.10 J 0.50 0.08 12110109 12111109 13:22
ICl'-14-1 J090603 l-029 0.08 1 0.50 0.08 12110109 12111109 13:23
CP-09-1 1090603 1-03 0 (I.I I J 0.50 0.08 12110/09 12111109 13:25
CP-09-2 )0906031-031 ND lJ 0.50 0.08 12110/09 12111109 13:26
ICl'-10-1 10906031-032 ND lJ 0.50 0.08 12110/09 12/\ 1109 13:28
CP-10-2 )0906031-033 ND lJ 0.50 0.08 12110109 12111109 13:29
FBLK-09403 J090603 I -034 ND lJ 0.50 0.08 12110109 12111109 13:30
IC\'-01-JR )0906031-035 ND lJ 0.50 0.08 12110/09 12111109 13:32
DU-09403 J090603 l -036 ND lJ 0.50 0.08 12110109 1211 I 109 18:48
Method Blank J090603 l-Mll I ND lJ 0.50 0.08 121 8109 12/9109 14:06
Method Blank J090603 l-MB2 I ND lJ 0.50 0.08 12110109 12111109 12:42
ICommn>ls:
Printed 12/15/09 17:18 Fo1111 1/\ I .-1 JI fl< 1w 2' S 1:1 r li ms' I ,in 1\ H l'p~\A 11;1 lyt ic~ 1 lkpor1. rpt Super Set Rckrencc· 09.()()()()16,11) r!."v OU
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Client: I Project:
Sample Matrix:
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I Sample Name:
Lah Code:
I Analytical Method:
Prep Method:
I Analytc Name
Mercu,y, Total
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l'rin!cd 12/ t 5/09 17: IX
COLUMBIA ANALYTICAL SERVICES, INC.
QA/QC Report
Domtar Industries
Domtar Fonner Chlorine Plant/5I71.04
Water
CP-03-1
1090603 1-003
245.1
Method
Matrix Spike Summary
l\11crcury, Total (Cold Vapor, Manual)
Service Request: 10906031
Date Collected: 12/1/09
Date Received: 12/5/09
Date Analyzed: 12/ 9/09
Units: µg/L
Basis: NA
Matrix Spike Duplicate Matrix Spike
Sample
Result
ND
Result
5.18
10906031-MS I
Amount % Rec
5.00 104
Matrix Spike Summary
.10906031-DMSI 1½, Rec RPI)
Result Amount 11/0 Rec Limits RPD Limit
5.23 5.00 105 70 -130 20
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I Client:
Project:
Sample Matrix:
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I Sample Name:
Lah Code:
I Analytical Method:
Prep Method:
I Analytc Name
Mcrc111y. Total
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Pri111cd 12/ I 5/(Y..) I 7: IX
COLUMIIIA ANALYTICAL SERVICES, INC.
QNQC Report
Domtar Industries
Domtar Fonner Chlorine Plant/5171.04
Water
CP-04-3
.10906031-0 I 8
245.1
Method
Matrix Spike Sunun:.uy
Mercury, Total (Cold Vapor, Manual)
Service Request: 10906031
Date Collected: 12/2/09
Date Received: 12/5/09
Date Analyzed: 12/11/09
Units: µg/L
llasis: NA
Matrix Spike Duplicate Matrix Spike
Sample
Result
ND
Result
4.55
J0906031-MS2
Amount 0./4, Rec
5.00 91
Matrix Spike Sunnnary
J090603 l-DMS2 1¼, Rec RPD
Result Amount 11/0 Rec Limits RPD Limit
4.63 5.00 93 70 -130 2 20
Sup1.:rSct Reference: 09-000018)415 rev 00
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Project:
Sample Matrix:
I
I S,1111plc Name:
Lah Code:
I Analytical Method:
Prep Method:
I Analytc Name
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Mercury, Total
l'rintcd 12/15/09 t 7: 18
COLUMBIA ANALYTICAL SERVICES, INC.
QA/QC Report
Domtar Industries
Domtar Fonner Chlorine Plant/5171.04
Water
CP-02-1
J090603 l-025
245.1
Method
Matrix Spike Summary
Mercury, Total (Cold Vapor, Manual)
Service Request: ]0906031
llate Collected: 12/2/09
Date Received: 12/5/09
Date Analyzed: 12/11/09
Units: µg/L
Basis: NA
Matrix Spike Duplicate Matrix Spike
Sample
Result
0.11
Result
4.85
J0906031-MS3
Amount 0/4, Rec
5.00 95
,".1atrix Spike Summary
J090603 I-OMS3
Result Amount
4.86 5.00
11/.i Rec Rl'D
%1 Rec Limits RPD Limit
95 70 -130 0 20
I', In flow 2' S!a r li111s··, Li ms [{cp~IM ;i I rixSpi kt·. rpl Superset Rcfr1cncc 09-00001~-11) rn· 00
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Project:
Sample Matrix:
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Mercury, Total
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Printed 12/15/09 17:18
COLUMBIA ANALYTICAL SERVICES, INC.
QA/QC Report
Domtar Industries
Domtar Fonner Chlorine Plant/5171.04
Water
Lah Control Sample Summary
Mercury, Total (Cold Vapor, Manual)
Melhod
245.1
Lah Control Sample
10906031-LCS I
Result Expected 0/4, Rec
5.15 5.00 103
Lab Control Sample Summary
'1/o Rec
Limits
85 -115
1 •• I allow 1 •'"""""'Lim, Reps' l~bCoo<ml S"" ,pie. o><
Service Request: )0906031
Date Analyzed: 12/9/09
Unils: µg/L
Basis: NA
SupcrSc! Rcti:rcncc: ()()-fJ(H1l\:)9·115 rev 00
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Clicnl: I Project:
Sample Matrix:
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I Analytc Name
Mercury, Total
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Printed I 2/ l 5/09 17: 18
COLUMBIA ANALYTICAL SERVICES, INC.
QA/QC Rcporl
Domtar Industries
Domtar Former Chlorine Plant/5171.04
Water
Lab Control Sample Summary
Mercury, Total (Cold Vapor, Manual)
Method
245.1
Lah Control Sample
J090603 i-LCS2
Result ExpectCd '½, Rec
5.03 5.00 101
Lab Control Sampk Summary
11/0 Rec
Limits
85 -115
Service Requesl: 10906031
Date Analyzed: 12/11/09
Units: 11g/L
Basis: NA
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2
3
4
(,
,.
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C)
iO
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12
13
14
15
Colun1hia Analytir:al Ser-\'ices, inc.
Coo!~r Receipt Fonn
Were custody seals on outside of cooler?
If yes, how many and where9
Were seals intact and si[o•riature and date correct0
Were custody papers properly filled out?
COC#
TcmptTattire 0r cookr{s) upnn receipt
\Vti\: Jc,_: (I!" ],,._-;.:: [\1ci::~ p-.--<:1:
Did "11 h(,ri.lc::-Cl:'!"!VC !]1 g1,_•C••:! c;~;-;(:;;iun ( unhrc,l,:,:;~.
T~ipc <i/'packin):: n~<i:cri;:;l pi·•.::::;ct,l
-::1C. ,'!
\Vcr-:.· (d ! honk i:1bc!~ C(1rnpick (_ s: i ;;7 !-~] C iD. i'.'i\S:..:;·,:;1'.i:1n. etc.
Diel :il! hnttlc )uhei.s ;:1;id l<tgs c:grcc' ·,vi 1 h Cl..'.~;tndy pupl'.rs?
\\·'en.: llic CCi!TC1.:l b(\ti.ks USl'(l Lr th•c tes!s indi•.:atl:d'?
--, ,_
V,·'~~·~_,,dtt-1· ;he preseri't'd bc,aks rc.::(:i\·ec! with :he a;mrqJriat.:: pr•,'~.::;·\·ziti\'C .. '
-~ <2 H2S(JJ pH<: Zn.-\c~.r\'~:CJH rH:->9 N:-i0!-1 p/-1>1.::
(_ '. __ <.T• ;:ti,•-: ;1dditior1~ :1,.trd b~+•w
--Were all samples recciH::cl \\·ithin analysis holding timcs··.1
Were VO:\ -,•iJi\ checked f"or a·:~scnc1.._. uf ,1ir bubbk::-;'.' ! f prt:Sl'ilt. llOLC bL'lO\\"
\\'lie re did the houics origin,1tc?
(
(
Yes
ex: l on lid
Yes
Yc.s
(7 Ve~ .. ·.
k~· ';
i,0
No
No
No
0. q r~~---
k·.:' ! ':::· '>
\:,.1
NIA
--
!<,.-\
Jv -e -fti h r, I Bubbl<e cv,r,_.f)
( ,-.cs) !~iu t~i:\
( Y,-s') '.\t.' :<'A
(\:~ ) ;'\(1 N1A
~.,c(i -'.?/') -~0) Ni:\
HCi pl-1<2
~ i\"o N-::\
Yes Ne, (~
(c\S ' ) Clirnt
Sample lD Reagent Lot# ml added Initials
rDu·J-'\ HAio-, <\,,of.I;>. 0, \ )L. il/)/,,r, /v{c,
C/J_o/-3R u,1J/ f,1.,)e,,Lr il, .,_ -, Sl /lh/c,; { '-'_;' j
Additi0nal comments and/or ~~:planc.tion ofall discrepanc'.es noted aboYe:
Client approval to run s:unpks if discrepancies noted: 12 Date:
' I
-- - --- ---- -- - -- -- --
Bollie CO(!~
"I: ----·
•tl,l
·•1:a
I.
- -----------CHAIN OF CUSTODY RECORD - - -77344
30 Patewood Drive, Suite 100, Patewood Plaza One, Greenville, SC 29615-3535
Phone [phone] • Fax [phone]
Date Time Sample Station ID
CP--I-J
cP-11-
IJDO cP-/o2--J-
SPECIAL INSTRUCTIONS
SA d y (Signature)
/J-4-6?
Date/Time Received by (Signotur
fJ[x
Relinquished by (Signature) Dale/Time
Re~uished by (Signature) Date/Time Received by (Signatu
Custody Seal: Present/ Absent Intact/Not Intact Seal #s
F-268 (10/08)
Filtered (Yes/No)
Pre~erved [Code)
WITH SAMPLES
D Flammable
0 Corrosive
0 Highly Toxic
0 Other /list}
WHITE-lABORATORY COPY
Comments:
C-H2S04
D-NaOH
E-HCI
F-METHANOL
G-
Turn Around (circle one) Normal Rush
Report Due ___________ _
(For Lab Use Only)
Receipt Temp:
Temp Blank Y N
YELLOW-REPORT APPENDIX
Receipt pH
(Wet/Metals)
PINK-SAMPLER/SUBMITTER
- - -----------------RNIT CHAIN OF CUSTODY RECORD 7 7 3 4 3
30 Patewood Drive, Suite 100, Patewood Plaza One, Greenville, SC 29615-3535
Phone [phone] • Fax [phone]
Project/Client:
Sample Stotion ID
ci o I
cP-Cfl-d--
SPECIAL INSTRUCTIONS
SAM PL a lure) Dote/Time Received by (Signature) Dote/Time
J-4-(jq
Relinquished by (Signature) Dote/Time
Refi,\quished by (Signature) Dote/Time
c tY-. /J.-~-6~
Received by (Signature)
f0Tirne /2-)09
I /3
Dote/Time
Custody Seal: Present/ Absent Intact/Not Intact Seal #s
F 268 (10/08)
Preserved (Code)
HAZARDS ASSOCIATED
WITH SAMPLES
D Flammable
0 Corrosive
0 Highly Toxic
D Other [list)
WHITE-LA.BORA.TORY COPY
Comments:
C-H2S0.4
D-NoOH
E-HCI
F-METHANOL
G-
Turn Around (circle one) Normal Rush
Report Due ___________ _
(For Lob Use Only)
Receipt Temp:
Temp Blank Y N
YElLOW-REPORT APPENDIX
Receipt pH
(Wet/Metal,)
PINK-SAMPLER/SUBMITTER
--·--RNIT ---------CHAIN OF CUSTODY RECORD ------77342
30 Patewood Drive, Suite 100, Patewood Plaza One, Greenville, SC 29615-3535
Phone [phone] • Fax [phone]
Sample Station ID
c.P-l/-
P-1~-
C D-D9-
SPECIAL INSTRUCTIONS
Date/Time
R~~r t~Sig~;~~ -lf1 -llq
Relinquished by [Signature) Date/Time R:::P: /L nature)
Rel;:;;quished by (Signature) Date/Time Received by [Signature)
Custody Seal: Present/ Absent Intact/Not Intact Seal #s
F-268 (10/08)
Date/Time
Filteced [Yes/No)
Preserved (Code)
HAZARDS ASSOCIATED Turn Around (circle one) WITH SAMPLES
D Flammable Report Due
Comments:
Normal
C-H2S04
D-NoOH
E-HCI
F-METHANOL
G-
Rush
0 Corrosive (For Lab Use Only)
□ Highly Toxic Receipt Temp: Receipt pH
O Other (list) Temp Blank y N (Wet/Metals)
WHITE-LABORATORY COPY YELLOW-REPORT APPENDIX PINK-SAMPlER/SUBMITTER
- - - ----------- - - - -77341 RNIT CHAIN OF CUSTODY RECORD
30 Patewood Drive, Suite 100, Patewood Plaza One, Greenville, SC 29615-3535
Phone [phone] • Fax [phone]
Project/Client:
Lob No. Yr.cti
Dole Time
SPECIAL INSTRUCTIONS
Sample Station ID
Ds
ignoture) Date/Time Received b (Si nature) Dole/Time
;}-L/-tf? ~( --oq
Relinquished by (Signature) Dote/Time _!?le/Time rz)~;or /f3
Relin1:iui,hed by [Signature) Dote/Time Date/Time'
Custody Seal: Present/ Absent lntocl/Not lntocl Seal #,
Preserved (Code)
HAZARDS ASSOCIATED
WITH SAMPLES
D Flammable
D Corrosive
D Highly Toxic
D Other (list!
Comments:
Turn Around (circle one) Normal
C-H2SOJ
0-NaOH
E-HCI
F-METHANOL
G-
Rush
Report Due ____________ _
(For Lob Use Only)
Receipt Temp:
Temp Blank Y N
Receipt pH
[Wet/Metal,)
-
F-268 (10/08) WHITE-LABORATORY COPY YELLOW-REPORT APPENDIX PINK-SAMPLER/SUBMITTER
00
--- -- -- -- -- -- --Sample Collection Checklist for Domtar Former Chlorine Plant
December 2009
Project: Domtar CAS Labs
Project Number: 5171.04
Sample Date: Week of 12/7/2009
9143 Philips Highway, Suite 200
Jacksonville, FL 32256
Type of Turnaround: Standard Contac1: Tom Kissinger
OC Package: N/A
CP-01-2
CP-01-3
CP-0i•3A
CP-02-1
CP-02-2
CP-04,1
C?-04-2
CP-05-1
CP-05-2
CP-06-1
CP-06-2
904-739-2277 lab
904-739-2011 fax
X
54.8 X
12.1 X
30.2 X
11.5 X
30.2 X
50 X
10.8 X
30 X
CP-07-1 12 x
CP-07-2 30 x
CP-08-1 12.5 x
X
X
X
X
X
X
X
X
X
X
X
X
X
RMT Project Manager: Mike Parker
AMT Project Contact: Heather Smith
AMT Alterna:e Contacts: Travis Tarbet
Work Order Prepared By/Date: TAT 11/10/2009
Work Order OCed By/Date: HHS
GROUNDWATER 1---'CccP~--"O"-B-cc2~-+----"'3"-0.c:8 __ -+----'x'---+----"-----I-----------------~ CP-08-3 50.98 x
X
CP-03-1 12.2 x
CP-03-2 29.5 x
CP·03·3 51 X
CP·09·1 12 x
C0·09·2 28 x
CP·10-1 12 x
CP·10·2 28 x
CP·11·1 14 x
CP-11·2 28 x
CP·12-1 12 x
CP·12·2 27 x
CP·13·1 15 x
CP•1.:!•1 16 x
CP·15-1
,'v1W•2 13 X
MW•2·2 27 X
Analytical Method: Analyze for total mercury using USEPA method 245.1
Sample Containers: 125 ml ultra clean glass bottle with HNO3 preservative.
Volume: minimum 125 ml
cou_ec_t),tiet~:d~·piiCiiteS:an9.):f!eiCf~1"a:~~~\-/'J·f~\~;t·-
X
X
X
X
X
X
X
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Abandoned 3/08
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Rr-,1T. Inc. f Domtar Company
C :()acLJm~n" .;nd Sor,mg••C,>l'lAT'L.-,c~I S~1M,;s:Tem))O'~'Y ln!ein~, FU•s'Ca,wnt 0u'IM-'OTFHG54DII llOMWD fl)"'
- - -
December 2009
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RMT North Carolina. Inc. I Domtar Paper Company, LLC
Monitoring Report
OU-3 • Former Chlorine Plo11t Area
l:l!l'f'GV/,IPJT,/IIJ-115/ 7 /i/1411)1//lf/2 Rf!/10.\17 f/l.t-0/1/ .f)OC\"
B-1
Appendix B
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Well Repairs and Well Abandonment
Domtar Paper Company
Plymouth, North Carolina
Below is a summary of the work perfmmed at the above site (12/1-12/3/09):
Well Repairs
l) Removed & replaced (4) 8" flush covers and J plugs
2) 5 wells -grouted in 2" PVC riser inside flush cover and put on J plugs
3) 4 wells -tapped out bolt holes and put in new bolts and new J plugs
4) 5 wells -cut down ½" wells and replaced J plugs
5) Total 1 plugs installed - I 8
Well Abandonments
1) (2) ½" wells -grouted to surface and pulled covers
a) (1) -38 ft. deep
b) (I) -40 ft. deep
2) (l) 4" well -plugged screen and grouted to surface -165 ft. deep
- - ---RINIT - -- - - --··-CHAIN OF CUSTODY RECORD
-a·:•
77344
30 Patewood Drive, Suite 100, Patewood Plaza One, Greenville, SC 29615-3535 Filtered (Yei/No) /N ./ / . / / / 7 / / .
Phone [phone] '. Fax [phone] . Preserved {Code) / K / . / / /./ / / -;-
Pro~tl7 /, OY Project/Client: 0Mv\ior 00, '. PRES~RVED CODES § .
Project Man~Contact Pe7n: . ,;:,0 . ·A.~NONE
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lob No. .£ U· F-METHANOL ~o Date Time Sample Slalion ID· Comments: G
C1/ .ocir~ /'(I (u-J -1:. I Gt, l 1/-._
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SPECIAL INSTRUCTIONS
.
\ -A -· · . R711-/-i\l -12:i 71 <_. .
s:/L\ Rtt~Y/~g:~u~~
•Date/Time Received by [Signatun,J,/l Date/Time HAZARDS ASSOCIATED Turn Around (circle one)· Normal Rush ~(Jt K 11-(/-(fl WITH SAMPLES
D Flommoble Report Due .
Relinquished by (Signature) Dole/Time . Received by (Signature) Date/Time 0 Corro.sive [For Lab Use Only)
. . □ Highly Toxic
Relinquished by (Signature) · Dol~/Time Received by. (Signature) Date/Time □ Olhei llisl)
Receipt .Temp: Receipt pH
· . Temp Blank .Y N (WetiMetals) .
Cuslody Seal: Present/ Absenl Intact/Not lnlact Seal#s ...
F-268 (10/08) WHITE-LABORATORY COPY YEUOW-REPORT APPENDIX . PINK-SAMPLER/SU.BMITTER
- -.. -RNIT --- - - -----CHAIN OF CUSTODY RECORD -·----------77343
30 Patel'1ood Drive, Suite 100, Patewood Plaza One, Greenville, SC 29615-3535 Filtered ~~s/Na) /4_(7 7 7 .· / / /· / / .
Phone 864/281'0030 • Fax [phone] Preserved (Code] /P. / 7 -;; / / ./ / /
Pro~tlli. oL/ Proiect/Client: \)r, -f · e,o PRESERVED CODES ,r'\\ :ar § A-NONE
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lab No. _gu F-METHANOL
Date Time Sample Station ID .20 ' Comments: G .
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SPECIAL INSTRUCTIONS
\ /.......___ f\r
SAMPLER R~in~uu ighature) Date/Time
.
Received by (Signature) Date/Time HAZARDS ASSOCIATED Turn Around (circle one) Normal Rush
'-) I . ,, (_X_ /J . l/ -(jq r(Jt'I.. rJ-l/-oCJ WITH SAMPLES
D Flammable Report_Due
Relinquished by (Signature) Date/Time Received by (Signature) .Date/Time D Corro_sive IF.or Lob Use Only)
. □ Highly Toxic
Relinquished by (Signature) Date/Time ·. Received _by (Signature) · Date/Time Receipt Temp: _Receipt pH
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Custody Seal: Prese_nt/ Absent Intact/Not Intact Seal #s ·.·
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F-268 (10/08) WHITE-LABORATORY COPY YELLOW-REPORT-APPENDIX PINK~SAMPI.ER/S_UBMIITTR
--··-··-··-,_ RNIT -·-··-··-- -CHAIN Of CUSTODY RECORD -·:···-,···,-·,, .. _ .. ,,,.,_ ... ,,,,,._.,;,,,,-·•.
. 77342
30 Pate\'lood Drive, Suite 1mi, Patewood Plaza One, Greenviile, SC 29615-3535
.· Phone [phone] • Fax [phone]
Project No.
1 1 1 t:;, /1 6'1 Project/Client; D 1 · · · 0,rvn-a,
· · Dote Tim.e Sample Stotion ID :
SPECIAL INSTRUCTIONS
SAMPL~ Rf/inqu1h J y'ISignalure) Date/Time
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Relinquished by !Signature)· Date/Time Received by !Signature)
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F-26B (10/08) .
Date/Time
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:Report Due ------'--'--'---'-----'-
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. WHITE-lABORATORY COPY.
!For Lab Use Only)
Receipt Terrip:
Temp Blank Y N
YELLow,.:REPORT APPENDIX
Receipt pH
(Wet/Metals)
PINK-SAMPLER/SUBMITTER
'
- - ---RNIT ---·----CHAIN OF CUSTODY RECORD -· ---····,-·,,-, 77341
-
30 Patewocid Drive, Suite 100, Patewood Plaza One, Greenville, SC 29615,3535 filtered (Ye,/No) /4/ / / / / / /7 /
Phone 864/281,0030 • Fax [phone] Preserved (Code) /1~ / / / / / / / /
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D Flommoble · Report Due
Relinquished by (Signoture) Date/Time Received by (Signature) Dote/Time D Corrosive (For Lob Use Only) ·
. · D Highly Toxic
Relinquished by (Signature) Dote/Time Received by (Signature) Date/Time D · Other (li,t)
Receipt Temp: Receipt pH
· Temp. Blank y N (Wet/Metals) ' .
Custody Seal: Present/ Absent lntoct/Not Intact Seal#s . :
. · . .· . ..
F-268 (10/08) .. WHITE-LABORATORY COPY YELLOW-REPORT APPENDIX PINKC..SAMPLER/SUBMITTER
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RMT North Caroli 110, Inc. I Domtar Paper Company, LLC
Mo11i10ri11g Report
OU-3 -Former Chlorine /'/ant Arca
I:\ tr'!'G l'l If' J]'.{JIJ-I) 5 / 7 / ll).fl/H/()l/2,Rf!l//151 71 IJ.I. f}(! I. DOCX
C-1
Appendix C
Photographic Log
Ja1111my 2010
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Photographic Log
Photo No.
Description
MW-2
Photo No.
2
Description
MW-2-2
Date
12/01 /09
Date
12/01/09
RMT North Carolina, Inc. I Domtar Paper Company, LLC
Monitoring Report
OU-3 -Former Chlorine Plant Area
/·\WPGVL\PJ71()().0J 171\04\00001\ROOOJ/ 7104-001.DOCX
C-2
Jan11a1y 2010
I I I I I I I I I I ,, I I I I I I I I Photographic Log Photo No. 3 Description CP-11-1 Photo No. 4 Description CP-11-2 Date 12/01/09 Date 12/01/09 RMT North Carolina, Inc. I Domtar Paper Company, LLC Monitoring Report OU-3 -Former Chlorine Plant Area l:\WPGVL\PJnOQ.nJ / 7 l l/J4\00(){)}1R(){){)J 17104-001.DOCX C-3 Januaty 2010
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Photographic Log
Photo No.
5
Description
CP-07-1
Photo No.
6
Description
CP-07-2
Date
12/0 1/09
Date
12/0 1/09
RMT North Carolina, Inc. I Domtar Paper Company, LLC
Monitoring Report
OU-3 -Former Chlorine Plant Area
/:\WPGVL\P.fT1()().0J 171'1!41/)()()()]\R(/()()J 17 /04-00/.DOCX
C-4
January 2010
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Photographic Log
Photo No.
7
Description
CP-08-3
Photo No.
8
Description
CP-08-1
Date
12/01 /09
Date
12/0 1/09
RMT North Carolina, Inc. I Domtar Paper Company, LLC
Monitoring Report
OU-3 -Former Chlorine Plant Area
i'\WPGVL \P .171()().05171\04100001\ROOOJ I 7104-1/01.DOCX
C-5
Janumy2010
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Photographic Log
Photo No.
9
Description
CP-12-2
Photo No.
10
Description
CP-12-1
Date
12/01/09
Date
12/01/09
RMT North Carolina, Inc. I Domtar Paper Company, LLC
Monitoring Report
OU-3 -Former Chlorine Plant Area
l:\WPGVL\P J11(J().05/ 7 /11!4\00002\RO/)/)J 17104-00/.DOCX
C-6
January 2010
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Photographic Log
Photo No.
11
Description
CP-05-1
Photo No.
12
Description
CP-05-2
Date
12/02/09
Date
12/02/09
RMT North Carolina, Inc. I Domtar Paper Company, LLC
Monitoring Report
OU-3 -Former Chlorine Plant Area
l:\WPGVL \Pf/1()().0J I 7 l\/J4\(J()()()]\R/J/JOJ 17 /04-001.DOCX
C-7
January 2010
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Photographic Log
Photo No.
13
Description
CP-02-1
Photo No.
14
Description
CP-02-2
Date
12/03/09
Date
12/03/09
RMT North Carolina, Inc. I Domtar Paper Company, LLC
Monitoring Report
OU-3 -Former Chlorine Plant Area
l·\WPGJIL \PJnOO-O!J/ 7 /\()4100001\ROOO!J I 7 /04-00/.DOCX
C-8
January 2010
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Photographic Log
Photo No.
15
Description
CP-0l -3R
Photo No.
16
Description
Date
12/03/09
Date
12/03/09
CP-08-2 replaced surface
completion.
RMT North Carolina, Inc. I Domtar Paper Company, LLC
Monitoring Report
OU-3 -Former Chlorine Plant Area
l:IH'PGVL\P .171()().05/ 7 /104\000011R0005/ 7 /04-001.DOCX
C-9
Jan11a1y 2010
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Photo No.
17
Description
CP-03-1
Photo No.
18
Description
CP-03-3
Date
12/03/09
Date
12/03/09
Photographic Log
RMT North Carolina, Inc. I Domtar Paper Company, LLC
Monitoring Report
OU-3 -Former Chlorine Plant Area C-10
l:\WPGVL\PJ71/)().05/7 /\04\(l()(}/}2\R()/)/)5/ 7/04-00I.DOCX Janua,y 20 I 0
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Photographic Log
Photo No.
19
Description
CP-03-2
Photo No.
20
Description
Date
12/03/09
Date
12/03/09
CP-04-1, CP-04-2, and CP-04-3,
replaced surface completions.
RMT Nor1h Carolina, Inc. I Domtar Paper Company, LLC
Monitoring Report
OU-3 -Former Chlorine Plant Area
l:\WPGVL\P JT1()().0J 17111)4\0000llR()(l()J 17 /04-1)0/,DOCX
C-11
January 20/0