1302_CabarrusCountyUnits2&3_GWMR_DIN28215_20161101

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5400 Glenwood Avenue, Suite 400
Raleigh, North Carolina 27612
tel: [phone]
fax: [phone]

February 9, 2017

Ms. Jaclynne Drummond
North Carolina Department of Environmental Quality
Division of Waste Management
Solid Waste Section
2090 U.S. 70 Highway
Swannanoa, North Carolina 28778

Subject: November 2016 Semi-Annual Sampling Report
Cabarrus County Landfill Units 2 and 3
Facility Permit No. 1302-MSWLF- and 1302-CDLF-1998
Dear Ms. Drummond:
CDM Smith Inc. (CDM Smith), on behalf of Cabarrus County, is submitting an electronic copy of the
November 2016 semi-annual sampling event report. This letter report presents the results of the
recently completed sampling at Units 2 and 3 of the Cabarrus County Landfill and constitutes the second
semi-annual sampling event for 2016.
The approved groundwater monitoring network consists of the following wells: MW-1, -3, -3 deep, -A,
-B, -C, -C Rep, -D, -E Rep, -E deep, -F, -G, -H, -H deep, -I, -J, -K, -L, -L deep, -M, -X, CD-6, assessment wells
AMW-1s, -1d, -2s, and -2d, and background wells CD-1s and CD-1d. CD-4 Rep was installed in January
2009 as part of the proposed Phase I C&D Landfill expansion. Surface water sample locations include
SW-1 and -2, which also monitor the Unit 1 Landfill. Assessment wells CD-4, -5, and -6 were added to the
groundwater monitoring network in September 2006 during the Phase I C&D Landfill expansion.
Assessment wells CD-4 and -5 were abandoned in July 2010 in preparation of the Phase II C&D Landfill
expansion. Assessment wells AMW-1s, -1d, -2s, and -2d were added to the groundwater monitoring
network in October 2009 as part of the Corrective Action Plan (CAP) implementation. Field activities,
sampling results, and an evaluation of corrective action activities are discussed below.
Field Activities
Groundwater samples from Units 2 & 3 of the Cabarrus County Landfill were collected on November 1-3,
2016. Groundwater samples were collected from the monitoring wells by use of disposable, laboratory
decontaminated Teflon™ bailers or a QED bladder pump system using low-flow sampling techniques.
Monitoring well and surface water locations for Units 2 & 3 are provided on Figure 1. Construction
details for each monitoring well are summarized in Table 1.
Groundwater elevations were measured at each well prior to sampling and are presented in Table 2.
These groundwater elevations were used to construct potentiometric contours for this sampling event

Ms. Jaclynne Drummond
February 9, 2017
Page 2

and are presented on Figure 1. The groundwater elevations and potentiometric contours were used to
estimate groundwater velocities at each well, which are presented in Table 3. After depth to
groundwater was measured, three well volumes of water were removed from each well prior to
sampling to provide fresh formation water within the well water column. Low-flow sampling techniques
were used to purge and sample wells used to monitor natural attenuation. Each well volume was
measured in the field for pH, conductivity, turbidity, temperature, dissolved oxygen (DO), and oxidation-
reduction potential (ORP) using a YSI-556 multi-parameter water quality meter and Oakton T100 and
Lamonte 2020 turbidity meters. Wells with elevated turbidity were allowed to settle prior to sampling.
The water quality parameters at the time of sampling are presented in Table 4.
The headspace of each monitoring well was screened for methane gas using a RKI Eagle multi-gas
monitor. Screening results are provided in Appendix A.
Sampling Results
Pace Analytical Services, Inc., located in Peachtree Corners, Georgia, analyzed the groundwater samples
for North Carolina Appendix I volatile organic compounds (VOCs) and metals. Samples for the North
Carolina Appendix II constituent, bis (2-ethylhexyl) phthalate, are collected annually during the spring
sampling event. Additional groundwater samples were collected to evaluate the effectiveness of natural
attenuation and the Phase II injection event and are discussed in the Corrective Action Evaluation
section of this letter report.
In accordance with the North Carolina Department of Environmental Quality’s Solid Waste Section
(SWS) guidelines the analytical results were reported to the laboratory specific method detection limit
(MDL) and are quantifiable at or below SWS Limits (SWSLs). All monitoring wells for Units 2 and 3 with
detections of analytes above the MDL but below the SWSL were qualified as estimated or “J” flags.
The following list indicates the analytes detected above the laboratory specific MDL at each sampling
location. No “J” flag or general chemistry detections are provided. Underlined analytes exceeded the
15A NCAC 02L .020 (NC 2L) Groundwater Quality Standard, Groundwater Protection Standard, or the
15A NCAC 02B (NC 2B) Surface Water Quality Standard for Class C Waters.
CD-1s (Background)
Metals: Iron, Manganese
Volatile Organic Compounds: None Detected
CD-1d (Background)
Metals: Iron
Volatile Organic Compounds: None Detected

Ms. Jaclynne Drummond
February 9, 2017
Page 3

CD-4 Rep
Metals: None Detected
Volatile Organic Compounds: None Detected
CD-6
Metals: Cobalt, Zinc
Volatile Organic Compounds: None Detected

AMW-1s
Metals: None Detected
Volatile Organic Compounds: 1,1-Dichloroethane, cis-1,2-Dichloroethene, Tetrachloroethene (PCE),
Trichloroethene (TCE)
AMW-1d
Metals: Barium
Volatile Organic Compounds: Benzene, 1,4-Dichlorobenzene, 1,1-Dichloroethane,
cis-1,2-Dichloroethene, Vinyl Chloride
AMW-2s
Metals: None Detected
Volatile Organic Compounds: 1,1-Dichloroethane, cis-1,2-Dichloroethene, PCE, TCE
AMW-2d
Metals: None Detected
Volatile Organic Compounds: 1,1-Dichloroethane, cis-1,2-Dichloroethene, PCE, TCE
MW-1
Metals: Barium, Cobalt
Volatile Organic Compounds: None Detected
MW-3
Metals: None Detected
Volatile Organic Compounds: 1,1-Dichloroethane, PCE, TCE, Trichlorofluoromethane
MW-3 deep
Metals: Not Sampled
Volatile Organic Compounds: Not Sampled

Ms. Jaclynne Drummond
February 9, 2017
Page 4

MW-A
Metals: None Detected
Volatile Organic Compounds: Benzene, 1,4-Dichlorobenzene, 1,1-Dichloroethane, 1,2-Dichloroethane,
1,2-Dichloropropane, cis-1,2-Dichloroethene, Methylene Chloride, PCE,
TCE
MW-B
Metals: Barium, Cobalt
Volatile Organic Compounds: None Detected
MW-C
Metals: Cobalt
Volatile Organic Compounds: None Detected
MW-D
Metals: Barium
Volatile Organic Compounds: Benzene, 1,4-Dichlorobenzene, cis-1,2-Dichloroethene, TCE, Vinyl
Chloride
MW-E Rep
Metals: Barium
Volatile Organic Compounds: Chlorobenzene, 1,4-Dichlorobenzene, 1,1-Dichloroethane,
1,2-Dichloroethane, cis-1,2-Dichloroethene, Vinyl Chloride
MW-E deep
Metals: Barium, Cobalt, Lead, Zinc
Volatile Organic Compounds: Chloroethane, 1,4-Dichlorobenzene
MW-F
Metals: Barium
Volatile Organic Compounds: None Detected
MW-G
Metals: Barium
Volatile Organic Compounds: Chlorobenzene, 1,4-Dichlorobenzene
MW-H
Metals: Zinc
Volatile Organic Compounds: None Detected

Ms. Jaclynne Drummond
February 9, 2017
Page 5

MW-H deep
Metals: None Detected
Volatile Organic Compounds: None Detected
MW-I
Metals: None Detected
Volatile Organic Compounds: PCE, TCE
MW-J
Metals: Zinc
Volatile Organic Compounds: None Detected
MW-K
Metals: None Detected
Volatile Organic Compounds: None Detected
MW-L
Metals: None Detected
Volatile Organic Compounds: None Detected
MW-L deep
Metals: Not Sampled
Volatile Organic Compounds: Not Sampled
MW-M
Metals: None Detected
Volatile Organic Compounds: None Detected
MW-X
Metals: None Detected
Volatile Organic Compounds: None Detected
SW-1
Metals: Dry
Volatile Organic Compounds: Dry
SW-2
Metals: Dry
Volatile Organic Compounds: Dry

Ms. Jaclynne Drummond
February 9, 2017
Page 6

“J” flags were not included in the previous list, but several locations had “J” flag detections that
exceeded the standards. These constituents along with their location are listed below.
Cobalt: CD-1s, -4 Rep, AMW-1d, MW-A, -D, -E Rep, -F, -G, -H, and -J
Vanadium: CD-1d, -4 Rep, -6, MW-H, -J, and -M
1,2-Dichloroethane: MW-E Deep
Vinyl Chloride: MW-A

The duplicate sample, identified as Duplicate, was collected from MW-K and had similar concentrations
of all compounds detected in the primary sample with the exceptions of beryllium and copper. Beryllium
and copper were detected in the primary sample as estimated concentrations, but not detected in the
duplicate sample. No analytes were detected in the trip blank. Barium, copper, lead, and methylene
chloride were detected below the NC 2L Standard in the equipment blank. Metals detected above the
standards are likely natural occurring based on concentrations in the background monitoring wells or
are from elevated turbidity at the time of sample collection. A summary of detected constituents from
the May 2011 to the November 2016 sampling events is presented in Table 5. Laboratory analytical
reports are provided in Appendix A.
Corrective Action Evaluation
In December 2008, CDM Smith, on behalf of the County, submitted an Assessment of Corrective
Measures Report to the SWS for the closed landfill Units 2 and 3 in accordance with North Carolina Solid
Waste Management Rule 15 NCAC 13B .1635. Monitored natural attenuation and institutional controls
paired with in situ remediation by enhanced bioremediation was selected as the remedy to address
groundwater contamination by select VOCs at the facility. In situ remediation efforts were to be focused
on the bedrock contamination near monitoring wells MW-E Rep and -E deep. Groundwater
contamination in the area of MW-E deep is caused by migration of leachate from the closed landfill
Units 2 and 3 downward into the shallow fractured bedrock, thereby allowing low-level VOCs to migrate
into this area prior to being attenuated below NC 2L Standards.
Following approval of the CAP in September 2009 and the Phase I injection permit, six injection wells
were installed upgradient of the MW-E cluster in October 2009 as shown on Figure 2. A 3% solution of
potable water and EOS® 450, which is an emulsion of soybean oil and water, was injected
simultaneously into the injection wells from November 2-6, 2009. A total of 38,100 gallons of the
solution were injected with each well receiving approximately 6,350 gallons.
The initial injection of EOS® 450 successfully degraded PCE and TCE to daughter products in the injection
area and neither compound has been detected above the NC 2L Standards in MW-E deep since the
Phase I injection in November 2009. It was assumed that the EOS® 450 would be viable for a period of 3
to 5 years. However, samples collected from the MW-E cluster and wells downgradient of the injection

Ms. Jaclynne Drummond
February 9, 2017
Page 7

area during the November 2013 sampling event showed that groundwater contaminant concentrations
had increased and levels exceeding the applicable NC 2L Standards had been detected in monitoring
wells near the property line. Due to the increasing downgradient contaminant concentrations and NC 2L
exceedances near the property line the groundwater conditions were re-evaluated in accordance with
the CAP and a Phase II injection was implemented.
In order to assess the biological conditions in the injection area prior to initiating the Phase II injection,
groundwater samples were collected from MW-E Rep, -E deep, AMW-1s, -1d, -2s, and -2d in January
2014 and analyzed for Dehalococcoides spp (DHC), the bacteria responsible for degrading the
chlorinated ethene species of VOCs. The specific genes of the bacteria that promote dechlorination were
also analyzed. Analytical results for the DHC analyses are summarized in Table 7 and show that a
sufficient population exists at monitoring wells MW-E, -E deep, and assessment monitoring well
AMW-2s for reductive dechlorination by enhanced anaerobic bioremediation. DHC was detected at low
concentrations in assessment monitoring wells AMW-1d and -2d and was not detected at AMW-1s. The
absence of DHC at AMW-1s is likely associated with relatively low VOC concentrations.
Following approval of the injection permit in January 2014, the Phase II injection was completed from
February 10-18, 2014, using potable water and a 10% solution of 60% SRS®-FR large droplet emulsified
vegetable oil substrate. SRS®-FR is specifically designed for use in fractured bedrock environments and is
a mixture of 60% emulsified vegetable oil, 20% water, 5-15% of proprietary emulsifiers and nutrients,
and 5% sodium lactate. The nutrient component of SRS®-FR further enhances the microbial population
growth. A total of 9,966 gallons of the solution were injected during the Phase II event with each well
receiving approximately 1,661 gallons.
In order to monitor the progress of the Phase II injection and the geochemical and biological response of
the aquifer, groundwater samples were collected quarterly from monitoring wells MW-E Rep and
-E deep and assessment wells AMW-1s, -1d, -2s, and -2d. The first and third quarterly sampling events
were completed in conjunction with the May and November 2014 semi-annual sampling events
respectively. The second quarterly sampling event was completed in August 2014 and the fourth
quarterly sampling event was completed in March 2015. A 15 month post-injection sampling event was
completed in May 2015.
Water quality measurements of pH, temperature, ORP, DO, conductivity, turbidity, and ferrous iron
were collected during each sampling event. In addition, the quarterly samples were submitted to an
analytical laboratory for analysis of nitrate, sulfate, alkalinity, chloride, chemical oxygen demand (COD),
VOCs, dissolved gases (i.e. methane, ethane, ethene, carbon dioxide), and metabolic acids (i.e. acetic
acid, butyric acid, lactic acid, propionic acid, and pyruvic acid). North Carolina Appendix I metals were
collected during events that corresponded with the semi-annual sampling program.

Ms. Jaclynne Drummond
February 9, 2017
Page 8

Additional samples were collected during the fourth quarterly sampling event (March 2015) from
monitoring wells MW-E Rep and -E deep and assessment wells AMW-1s, -1d, -2s, and -2d and analyzed
for DHC to assess the biological conditions in the injection area after initiating the Phase II injection. A
sufficient population of DHC existed at assessment monitoring well AMW-1d for reductive
dechlorination by enhanced anaerobic bioremediation and DHC was detected at low concentrations in
monitoring well MW-E deep. Detections of DHC in AMW-1d indicated a healthy population of DHC in the
primary bedrock treatment zone surrounding the injection wells. DHC detections in MW-E deep was an
indication that active treatment in bedrock was also occurring downgradient. DHC was not detected at
MW-E Rep, AMW-1s, -2s, or -2d and was likely due to reduced VOC concentrations from upgradient
treatment. Analytical results for the DHC analyses are summarized in Table 7.
On September 28, 2015, a report summarizing the results of the Phase II injection was submitted to the
SWS. The report stated that the Phase II injection of emulsified vegetable oil replenished the carbon
source and complete reductive dechlorination is occurring at MW-E, -E Deep, and AMW-1d. The
presence of DHC populations and functional genes in MW-E Deep and AMW-1d demonstrate that the
treatment process is capable of achieving complete chlorinated VOC degradation as long as a sufficient
carbon donor is present.
As part of the semi-annual monitoring program, additional groundwater samples were collected from
the background well CD-1s; monitoring wells MW-A, -E Rep, -E deep, -L, and -3; and assessment wells
AMW-1s, -1d, -2s, and -2d. Samples were analyzed for alkalinity, biochemical oxygen demand, COD,
carbon dioxide, chloride, dissolved hydrogen, ethane, ethene, volatile fatty acids (i.e. acetic, butyric,
hexanoic, lactic, pentanoic, propionic, and pyruvic), ferrous iron, methane, nitrate, sulfate, sulfide, and
total organic carbon. Note that ferrous iron was analyzed in the field using a Hach test kit due to the
short hold time of 15 minutes. These additional samples were collected to evaluate natural attenuation
and the effectiveness of the Phase II injection as part of the CAP. A complete summary of the
geochemical results is provided in Table 5.
Contaminant concentration trends for MW-A, -3, -E Rep, -E deep, AMW-1s, -1d, -2s, and -2d were
evaluated to determine the effectiveness of natural attenuation and the Phase II injection. Figures 3
through 10 present total VOC contaminant concentration data for each well. An isoconcentration
contour map with data from the November 2016 sampling event is provided on Figure 11.
The total VOC trend analysis for MW-A is presented on Figure 3. Total VOC concentrations increased in
MW-A between June 1995 and April 2003. A decreasing trend began after the April 2003 sampling event
but total VOC concentrations show an increasing trend between the May 2011 and November 2016
events. Although total VOC concentrations in MW-A show an increasing trend, concentrations of
1,1-dichloroethane, PCE, and TCE show a decreasing trend.

Ms. Jaclynne Drummond
February 9, 2017
Page 9

Figure 4 presents the total VOC trend analysis for MW-3. Total VOC concentrations show an increasing
trend between the October 2006 and the November 2016 sampling events. 1,1-Dichloroethane, PCE,
and TCE are the only compounds that have been detected in MW-3 above the NC 2L Standards. The
geochemical data indicates aerobic conditions at MW-3. VOC concentrations in MW-3 deep have never
been detected above the standards.
The total VOC trend analyses for MW-E Rep and -E deep are presented on Figures 5 and 6, respectively.
Total VOC concentrations in MW-E Rep and -E deep have decreased since the November 2009 Phase I
injection and are expected to continue to decrease. PCE and TCE have not been detected above the NC
2L Standards in MW-E deep since the Phase I injection and have not been detected above the MDL since
the August 2010 sampling event. Delivery of the carbon substrate (i.e. SRS®-FR) during the Phase II
injection was effective based on the increase in COD at MW-E deep. Reducing conditions exist at the
MW-E cluster based on low DO, a negative ORP, and high methane concentrations. The increase in
metabolic acids and ferrous iron at MW-E deep also indicates that a reducing subsurface environment
exists. A geochemically reducing environment is favorable for anaerobic reductive dechlorination.
Figures 7 and 8 present the total VOC trend analyses for assessment wells AMW-1s and -1d,
respectively. Total VOC concentrations in AMW-1s show an increasing trend from November 2010 to
May 2013 but show a decreasing trend from the May 2013 to the May 2016 sampling event. Total VOC
concentrations increased during the November 2016 sampling event. Total VOC concentrations in AMW-
1d show an increasing trend between May 2010 and November 2014. Total VOC concentrations show a
decreasing trend since the November 2014 sampling event. Reducing conditions exist at AMW-1d. The
concentration of vinyl chloride has generally increased at AMW-1d since the Phase II injection while the
concentration of TCE has decreased. The increased concentration of vinyl chloride indicates that
anaerobic reductive dechlorination is occurring as vinyl chloride is a daughter product of TCE.
The total VOC trend analyses for AMW-2s and -2d are presented on Figures 9 and 10, respectively. Total
VOC concentrations at AMW-2s show an increasing trend between the initial sampling event in October
2009 and November 2014, but show a fluctuating trend since the November 2014 sampling event. Total
VOC concentrations show an increasing trend at AMW-2d from the November 2010 sampling event to
the November 2013 sampling event, but have fluctuated since the Phase II injection. The AMW-2 cluster
is located farthest downgradient of the injection area and the shallow well is screened in partially
weathered rock. Geochemical results indicate an aerobic subsurface environment, but contaminant
concentrations are expected to decrease.
Recommendations
Units 2&3 of the Cabarrus County Landfill are unlined and are the source of VOC concentrations that are
above the NC 2L Standards in downgradient monitoring wells. The injection remedy successfully reduced
the contaminant concentrations in bedrock monitoring well MW-E deep and developed a primary VOC

Ms. Jaclynne Drummond
February 9, 2017
Page 10

treatment zone in the vicinity of the injection wells and MW-E Rep. Downgradient VOC concentrations
in bedrock and saprolite should continue to decrease due to reduced VOC concentrations in the primary
treatment zone. Additional injections will be necessary in the future once all electron donors have been
consumed and complete dechlorination stalls.
The County will continue with the semi-annual assessment monitoring program. In addition to sampling
for Appendix I VOCs and metals, and the Appendix II constituent, bis(2-ethylhexyl) phthalate (sampled at
CD-1s, -1d, MW-C, -E deep, -H, -I, and AMW-2d during the spring sampling event), samples collected
from CD-1s, MW-A, -E Rep, -E deep, -L, -3, AMW-1s, -1d, -2s, and -2d will continue to be analyzed for
natural attenuation parameters during the semi-annual sampling events. Future analytical results will be
monitored to see if another injection will be needed. The next sampling event will be completed in the
spring of 2017. In accordance with recent changes to the SWS reporting requirements, a 14-Day
Notification will be submitted with the Spring 2017 sampling report, if constituents exceed their
respective limits. CDM Smith will prepare an Alternate Source Demonstration (ASD) for inorganics in
groundwater at the Unit 2&3 landfill prior to the next sampling event.
If you have any questions or require further explanation, do not hesitate to call me at [phone] or
by email at [e-mail].
Very truly yours,

Mathew F. Colone, P.G.
CDM Smith Inc.
cc: Kevin Grant, Cabarrus County
Table 1
Monitoring Well Construction Summary
Cabarrus County Landfill Units 2 and 3
Facility Permit Numbers 1302-MSWLF- and 1302-CDLF-1998
6-inch
Casing
Screen
Interval
Filter
Interval
Seal
Interval
1302-MSWLF- &
1302-CDLF-1998
CD-1s
(background well)8/7/2006 35.47788 80.52334 Saprolite 29.53 --18.0-28.0 16.0-28.0 14.0-16.0 2.0
1302-MSWLF- &
1302-CDLF-1998
CD-1d
(background well)7/21/2004 35.47788 80.52340 PWR 52.15 --40.0-50.0 38.0-50.0 36.0-38.0 2.0
1302-MSWLF- &
1302-CDLF-1998 AMW-1 10/6/2009 35.46915 80.52225 PWR 67.57 --50.0-65.0 48.0-65.0 46.0-48.0 2.0
1302-MSWLF- &
1302-CDLF-1998 AMW-1d 10/8/2009 35.46914 80.52227 Bedrock 96.93 0-78.0 84.0-94.0 82.0-94.0 80.0-82.0 2.0
1302-MSWLF- &
1302-CDLF-1998 AMW-2 10/6/2009 35.46829 80.52232 PWR 39.90 --22.0-37.0 20.0-37.0 18.0-20.0 2.0
1302-MSWLF- &
1302-CDLF-1998 AMW-2d 10/8/2009 35.46831 80.52233 Bedrock 63.55 0-51.0 55.0-60.0 53.0-60.0 51.0-53.0 2.0
1302-MSWLF- &
1302-CDLF-1998 CD-6 9/11/2006 35.47556 80.52420 PWR 41.49 --23.5-38.5 21.5-38.5 19.5-21.5 2.0
1302-MSWLF- &
1302-CDLF-1998 MW-1 1990s 35.47355 80.52105 Saprolite/PWR 29.93 --18.0-28.0 16.0-28.0 14.0-16.0 2.0
1302-MSWLF- &
1302-CDLF-1998 MW-3 2/17/1992 35.46794 80.52120 Saprolite/PWR 35.10 --19.0-34.0 17.0-34.0 15.0-17.0 2.0
1302-MSWLF- &
1302-CDLF-1998 MW-3 deep 6/3/2003 35.46785 80.52133 Bedrock 93.76 0-44.0 75.0-90.0 71.0-75.0 68.0-71.0 2.0
1302-MSWLF- &
1302-CDLF-1998 MW-9 1990s 35.47706 80.51740 Saprolite/PWR 51.15 --39.0-49.0 37.0-49.0 35.0-37.0 2.0
1302-MSWLF- &
1302-CDLF-1998 MW-A 9/16/1994 35.47289 80.52524 Saprolite/PWR 50.42 --33.0-48.0 31.0-49.9 29.0-31.0 2.0
1302-MSWLF- &
1302-CDLF-1998 MW-B 9/16/1994 35.47165 80.52081 Saprolite/PWR 15.22 --2.5-12.5 2.0-13.0 1.0-2.0 2.0
1302-MSWLF- &
1302-CDLF-1998 MW-C 9/16/1994 35.47042 80.52556 Saprolite/PWR 18.50 --2.5-15.0 2.0-15.0 1.0-2.0 2.0
1302-MSWLF- &
1302-CDLF-1998 MW-D 9/16/1994 35.47021 80.52394 Saprolite/PWR 30.15 --18.0-28.0 16.0-28.0 14.0-16.0 2.0
1302-MSWLF- &
1302-CDLF-1998 MW-E Rep 4/9/1996 35.46983 80.52212 PWR/Bedrock 45.65 --28.0-43.0 25.0-45.0 23.0-25.0 2.0
1302-MSWLF- &
1302-CDLF-1998 MW-E deep 9/2/1999 35.46974 80.52220 Bedrock 59.57 --41.0-56.0 39.0-56.0 37.0-39.0 2.0
1302-MSWLF- &
1302-CDLF-1998 MW-F 9/15/1994 35.47050 80.52040 Saprolite/PWR 20.08 --3.0-18.0 1.5-18.0 0.5-1.5 2.0
1302-MSWLF- &
1302-CDLF-1998 MW-G 9/15/1994 35.47290 80.52121 Saprolite/PWR 20.25 --3.0-18.0 1.5-18.0 0.5-1.5 2.0
1302-MSWLF- &
1302-CDLF-1998 MW-H 9/3/1999 35.46861 80.52310 Saprolite/PWR 32.70 --19.5-29.5 17.5-29.5 15.5-17.5 2.0
Facility Permit
Numbers
Total Depth
(feet BTOC)
Monitoring Well
Diameter
(inches)
Monitoring Well
Code
Geology of
Screened
Interval
Installation
Date Latitude Longitude
Depth (feet bgs)
Page 1 of 2 January 2017
Table 1
Monitoring Well Construction Summary
Cabarrus County Landfill Units 2 and 3
Facility Permit Numbers 1302-MSWLF- and 1302-CDLF-1998
6-inch
Casing
Screen
Interval
Filter
Interval
Seal
Interval
Facility Permit
Numbers
Total Depth
(feet BTOC)
Monitoring Well
Diameter
(inches)
Monitoring Well
Code
Geology of
Screened
Interval
Installation
Date Latitude Longitude
Depth (feet bgs)
1302-MSWLF- &
1302-CDLF-1998 MW-H deep 9/2/1999 35.46851 80.52317 Bedrock 59.67 --41.0-56.0 39.0-56.0 37.0-39.0 2.0
1302-MSWLF- &
1302-CDLF-1998 MW-I 9/3/1999 35.46928 80.52076 Saprolite/PWR 65.18 --47.0-62.0 45.0-62.0 43.0-45.0 2.0
1302-MSWLF- &
1302-CDLF-1998 MW-J 9/3/1999 35.47403 80.52647 Saprolite/PWR 34.90 --29.0-32.0 28.0-32.0 25.0-28.0 2.0
1302-MSWLF- &
1302-CDLF-1998 MW-K 9/3/1999 35.46978 80.52467 Saprolite/PWR 36.08 --18.0-33.0 16.0-33.0 14.0-16.0 2.0
1302-MSWLF- &
1302-CDLF-1998 MW-L 9/2/1999 35.46771 80.52168 Saprolite/PWR 26.90 --14.0-24.0 12.0-24.0 10.0-12.0 2.0
1302-MSWLF- &
1302-CDLF-1998 MW-L deep 6/3/2003 35.46778 80.52168 Bedrock 65.20 0-48.0 53.0-63.0 50.0-63.0 47.0-50.0 2.0
1302-MSWLF- &
1302-CDLF-1998 MW-M 6/2/2003 35.46743 80.52026 PWR 39.80 --21.0-36.0 18.0-36.0 16.0-18.0 2.0
1302-MSWLF- &
1302-CDLF-1998 MW-X 12/1/1993 35.47225 80.52664 Saprolite/PWR 31.79 --20.0-30.0 18.0-30.0 16.0-18.0 2.0
Notes:
1. BTOC - Below Top of Casing
2. bgs - Below Ground Surface
3. PWR - Partially Weathered Rock
Page 2 of 2 January 2017
Table 2
Groundwater Elevations
November 2016 Semi-Annual Sampling Event
Cabarrus County Landfill Units 2 and 3
Facility Permit Numbers 1302-MSWLF- and 1302-CDLF-1998
1302-MSWLF- &
1302-CDLF-1998 MW-1 701.37 689.08 689.35 689.82 688.87 690.81 689.03 689.32 690.73 689.22 688.97 688.94 688.76
1302-MSWLF- &
1302-CDLF-1998 MW-3 670.37 652.20 651.67 654.06 652.48 654.70 654.34 656.75 652.60 655.97 654.26 657.31 655.78
1302-MSWLF- &
1302-CDLF-1998 MW-3 deep 668.33 655.15 NS 656.74 NS 657.43 NS 659.63 NS 658.99 657.48 660.27 659.10
1302-MSWLF- &
1302-CDLF-1998 MW-9 780.25 736.07 734.92 735.84 NS NS NS NS NS NS NS NS NS
1302-MSWLF- &
1302-CDLF-1998 MW-A 746.80 703.02 702.39 703.59 703.09 702.45 703.45 705.01 702.49 703.28 702.60 704.73 704.39
1302-MSWLF- &
1302-CDLF-1998 MW-B 681.66 679.04 679.56 678.34 677.44 679.71 678.96 678.96 675.25 679.06 678.86 678.89 678.77
1302-MSWLF- &
1302-CDLF-1998 MW-C 694.98 686.66 683.43 684.58 682.88 690.12 683.78 688.55 682.14 688.33 682.70 688.74 683.29
1302-MSWLF- &
1302-CDLF-1998 MW-D 720.28 692.88 691.48 693.12 691.60 692.15 692.58 696.21 692.98 692.78 691.53 694.50 693.39
1302-MSWLF- &
1302-CDLF-1998 MW-E Rep 712.58 679.94 679.07 682.38 NS 680.25 682.53 685.83 682.49 683.00 680.93 684.97 683.18
1302-MSWLF- &
1302-CDLF-1998 MW-E deep 705.70 669.66 668.80 671.10 669.31 670.05 672.21 675.55 672.75 672.71 670.65 674.67 672.88
1302-MSWLF- &
1302-CDLF-1998 MW-F 681.06 672.27 672.60 671.61 667.86 673.91 671.41 672.51 668.38 672.66 671.66 672.46 670.61
1302-MSWLF- &
1302-CDLF-1998 MW-G 695.19 685.79 686.40 685.46 685.72 686.74 685.69 685.78 685.11 685.68 685.68 685.62 685.65
1302-MSWLF- &
1302-CDLF-1998 MW-H 699.23 670.19 669.25 671.30 669.74 670.32 672.62 675.66 672.74 672.67 671.03 674.90 673.29
1302-MSWLF- &
1302-CDLF-1998 MW-H deep 699.17 669.30 668.54 670.81 669.32 669.72 672.17 675.17 672.33 672.32 670.62 674.52 672.96
1302-MSWLF- &
1302-CDLF-1998 MW-I 709.30 661.43 660.65 662.40 660.82 662.70 662.90 665.83 662.00 664.00 662.17 665.50 663.72
1302-MSWLF- &
1302-CDLF-1998 MW-J 728.47 698.68 697.11 698.49 696.45 698.77 698.02 700.14 696.55 699.10 696.77 699.52 698.05
1302-MSWLF- &
1302-CDLF-1998 MW-K 702.91 679.22 676.91 679.73 676.51 679.51 679.09 682.24 677.86 680.25 676.84 681.21 678.35
1302-MSWLF- &
1302-CDLF-1998 MW-L 669.54 653.13 651.96 654.24 652.71 655.24 654.74 657.83 654.03 656.54 654.39 657.90 655.72
10/31/2016
Groundwater Elevation (AMSL)
10/26/2015Sampling Event 5/5/20145/3/2011 5/7/2012 11/26/201211/7/2011
Facility Permit
Numbers Monitoring Well Code Top of Casing Elevation
(AMSL)
5/16/20165/4/201511/3/201411/4/20135/6/2013
Page 1 of 2 January 2017
Table 2
Groundwater Elevations
November 2016 Semi-Annual Sampling Event
Cabarrus County Landfill Units 2 and 3
Facility Permit Numbers 1302-MSWLF- and 1302-CDLF-1998
10/31/2016
Groundwater Elevation (AMSL)
10/26/2015Sampling Event 5/5/20145/3/2011 5/7/2012 11/26/201211/7/2011
Facility Permit
Numbers Monitoring Well Code Top of Casing Elevation
(AMSL)
5/16/20165/4/201511/3/201411/4/20135/6/2013
1302-MSWLF- &
1302-CDLF-1998 MW-L deep 672.51 654.62 NS 655.81 NS 656.74 NS 659.35 NS 658.15 656.14 659.50 657.51
1302-MSWLF- &
1302-CDLF-1998 MW-M 668.49 647.85 NS 648.19 NS 649.98 NS 650.69 NS 649.52 648.01 649.94 648.79
1302-MSWLF- &
1302-CDLF-1998 MW-X 710.28 697.62 700.80 697.38 695.25 699.28 696.54 698.95 695.53 698.02 696.14 698.64 696.83
1302-MSWLF- &
1302-CDLF-1998 CD-1s (background well)755.00 730.81 729.60 730.65 728.94 729.28 730.20 731.82 730.20 730.42 728.55 731.10 729.77
1302-MSWLF- &
1302-CDLF-1998 CD-1d (background well)757.40 730.49 729.46 730.96 728.75 729.09 730.00 731.54 729.95 730.20 728.33 730.89 729.57
1302-MSWLF- &
1302-CDLF-1998 CD-4 755.50 ------------------------
1302-MSWLF- &
1302-CDLF-1998 CD-4 Rep 739.15 729.45 728.68 730.45 728.90
1302-MSWLF- &
1302-CDLF-1998 CD-5 758.70 ------------------------
1302-MSWLF- &
1302-CDLF-1998 CD-6 741.40 707.71 706.81 707.55 706.10 706.02 704.04 710.20 709.30 707.64 706.65 708.75 708.44
1302-MSWLF- &
1302-CDLF-1998 AMW-1s 725.30 670.87 670.00 672.32 670.00 671.30 673.57 676.79 674.05 674.06 672.00 676.07 674.31
1302-MSWLF- &
1302-CDLF-1998 AMW-1d 725.80 670.58 669.77 672.03 670.34 671.05 673.31 676.62 673.02 673.85 671.73 675.85 674.09
1302-MSWLF- &
1302-CDLF-1998 AMW-2s 694.50 668.16 667.10 669.38 667.78 671.47 670.43 673.40 670.29 671.07 669.09 672.97 671.18
1302-MSWLF- &
1302-CDLF-1998 AMW-2d 694.50 668.49 667.68 669.90 668.32 669.12 671.05 673.95 670.70 671.60 669.65 673.53 671.82
Notes:
1. AMSL - Above Mean Sea Level
2. Blank Cells - Water level not measured or well not installed
3. MW-E deep, -H, -H deep, -I, -J, -K, -L, were installed in June 1999.
4. Asessment wells CD-4, -5, and -6 were installed in September 2006.
5. Assessment wells AMW-1s, -1d, -2s, and -2d were installed in October 2009.
6. CD-4 and CD-5 were abandoned in July 2010.
7. The November 2012 sampling event was the first event that
CD-1s/CD-1d replaced MW-9 as the background monitoring wells.
8. MW-9 was removed from the monitoring program in November 2012.
9. MW-E Rep was not sampled during the Novemver 2012
sampling event due to laboratory oversight.
Page 2 of 2 January 2017
Table 3
Summary of Groundwater Velocities
November 2016 Semi-Annual Sampling Event
Cabarrus County Landfill Units 2 and 3
Facility Permit Numbers 1302-MSWLF- and 1302-CDLF-1998
1302-MSWLF- & 1302-CDLF-1998 MW-A 0.0157 6.12E+00 0.0162 6.31E+00 0.0164 6.40E+00 0.0181 7.06E+00
1302-MSWLF- & 1302-CDLF-1998 MW-B 0.0171 1.27E+00 0.0163 1.20E+00 0.0180 1.33E+00 0.0183 1.35E+00
1302-MSWLF- & 1302-CDLF-1998 MW-C 0.0182 3.98E+00 0.0211 4.61E+00 0.0211 4.62E+00 0.0225 4.91E+00

1302-MSWLF- & 1302-CDLF-1998 MW-D 0.0097 3.42E+00 0.0104 3.68E+00 0.0100 3.53E+00 0.0109 3.88E+00
1302-MSWLF- & 1302-CDLF-1998 MW-E Rep 0.0154 5.36E+01 0.0155 5.42E+01 0.0141 4.93E+01
1302-MSWLF- & 1302-CDLF-1998 MW-F 0.0181 1.65E+00 0.0175 1.60E+00 0.0188 1.72E+00 0.0207 1.89E+00
1302-MSWLF- & 1302-CDLF-1998 MW-G 0.0265 2.92E+00 0.0255 2.82E+00 0.0265 2.93E+00 0.0227 2.51E+00
1302-MSWLF- & 1302-CDLF-1998 MW-1 0.0276 6.05E+00 0.0268 5.87E+00 0.0271 5.92E+00 0.0236 5.16E+00
1302-MSWLF- & 1302-CDLF-1998 MW-9 0.0185 4.05E+00 0.0187 4.08E+00 0.0190 4.16E+00
1302-MSWLF- & 1302-CDLF-1998 CD-1s 0.0196 2.35E-02
(background well)
1302-MSWLF- & 1302-CDLF-1998 CD-4
1302-MSWLF- & 1302-CDLF-1998 CD-5
Notes:
1. CD-4 and CD-5 were installed in September 2006.
2. CD-4 and CD-5 were abandoned in July 2010.
3. Blanks indicate no data.
4. Hydraulic conductivity and effective porosity values are estimated from previously performed slug tests
and grain size analyses.
5. The gradient and linear velocity values shown for MW-9 and CD-1s are based on the average of all the
listed wells.
6. The gradient and linear velocity values shown for MW-A are based on the average of MW-B, -C, -D, -E,
and -F.
7. The November 2012 sampling event was the first event that CD-1s/CD-1d replaced MW-9 as the
background monitoring wells.
8. MW-9 was removed from the monitoring program in November 2012.
9. MW-E Rep was not sampled during the November 2012 sampling event due to laboratory oversight.
5/7/2012 11/26/2012
Gradient Gradient
Average Linear
Velocity
feet/day
Average Linear
Velocity
feet/day
Facility Permit Numbers Monitoring Well Code Gradient Gradient
Average Linear
Velocity
feet/day
Average Linear
Velocity
feet/day
5/3/2011 11/7/2011
Page 1 of 3 January 2017
Table 3
Summary of Groundwater Velocities
November 2016 Semi-Annual Sampling Event
Cabarrus County Landfill Units 2 and 3
Facility Permit Numbers 1302-MSWLF- and 1302-CDLF-1998
1302-MSWLF- & 1302-CDLF-1998 MW-A
1302-MSWLF- & 1302-CDLF-1998 MW-B
1302-MSWLF- & 1302-CDLF-1998 MW-C

1302-MSWLF- & 1302-CDLF-1998 MW-D
1302-MSWLF- & 1302-CDLF-1998 MW-E Rep
1302-MSWLF- & 1302-CDLF-1998 MW-F
1302-MSWLF- & 1302-CDLF-1998 MW-G
1302-MSWLF- & 1302-CDLF-1998 MW-1
1302-MSWLF- & 1302-CDLF-1998 MW-9
1302-MSWLF- & 1302-CDLF-1998 CD-1s
(background well)
1302-MSWLF- & 1302-CDLF-1998 CD-4
1302-MSWLF- & 1302-CDLF-1998 CD-5
Facility Permit Numbers Monitoring Well Code
0.0143 5.56E+00 0.0165 6.43E+00 0.0154 6.02E+00 0.0169 6.59E+00
0.0162 1.20E+00 0.0175 1.29E+00 0.0186 1.37E+00 0.0195 1.44E+00
0.0137 3.00E+00 0.0219 4.78E+00 0.0183 4.00E+00 0.0226 4.95E+00
0.0098 3.47E+00 0.0104 3.67E+00 0.0084 2.97E+00 0.0091 3.21E+00
0.0148 5.16E+01 0.0139 4.86E+01 0.0128 4.46E+01 0.0133 4.65E+01
0.0168 1.53E+00 0.0188 1.72E+00 0.0191 1.74E+00 0.0201 1.83E+00
0.0224 2.47E+00 0.0234 2.59E+00 0.0242 2.68E+00 0.0237 2.62E+00
0.0226 4.95E+00 0.0242 5.30E+00 0.0250 5.47E+00 0.0232 5.08E+00
0.0163 1.96E-02 0.0183 2.20E-02 0.0177 2.13E-02 0.0185 2.23E-02
Notes:
1. CD-4 and CD-5 were installed in September 2006.
2. CD-4 and CD-5 were abandoned in July 2010.
3. Blanks indicate no data.
4. Hydraulic conductivity and effective porosity values are estimated from previously performed slug tests
and grain size analyses.
5. The gradient and linear velocity values shown for MW-9 and CD-1s are based on the average of all the
listed wells.
6. The gradient and linear velocity values shown for MW-A are based on the average of MW-B, -C, -D, -E,
and -F.
7. The November 2012 sampling event was the first event that CD-1s/CD-1d replaced MW-9 as the
background monitoring wells.
8. MW-9 was removed from the monitoring program in November 2012.
9. MW-E Rep was not sampled during the November 2012 sampling event due to laboratory oversight.
5/6/2013 11/4/2013 5/5/2014 11/3/2014
GradientGradientGradientGradient
Average Linear
Velocity
feet/day
Average Linear
Velocity
feet/day
Average Linear
Velocity
feet/day
Average Linear
Velocity
feet/day
Page 2 of 3 January 2017
Table 3
Summary of Groundwater Velocities
November 2016 Semi-Annual Sampling Event
Cabarrus County Landfill Units 2 and 3
Facility Permit Numbers 1302-MSWLF- and 1302-CDLF-1998
1302-MSWLF- & 1302-CDLF-1998 MW-A
1302-MSWLF- & 1302-CDLF-1998 MW-B
1302-MSWLF- & 1302-CDLF-1998 MW-C

1302-MSWLF- & 1302-CDLF-1998 MW-D
1302-MSWLF- & 1302-CDLF-1998 MW-E Rep
1302-MSWLF- & 1302-CDLF-1998 MW-F
1302-MSWLF- & 1302-CDLF-1998 MW-G
1302-MSWLF- & 1302-CDLF-1998 MW-1
1302-MSWLF- & 1302-CDLF-1998 MW-9
1302-MSWLF- & 1302-CDLF-1998 CD-1s
(background well)
1302-MSWLF- & 1302-CDLF-1998 CD-4
1302-MSWLF- & 1302-CDLF-1998 CD-5
Facility Permit Numbers Monitoring Well Code
0.0151 5.88E+00 0.0165 6.42E+00 0.0156 6.09E+00 0.0172 6.73E+00
0.0173 1.28E+00 0.0170 1.25E+00 0.0185 1.36E+00 0.0183 1.35E+00
0.0166 3.63E+00 0.0221 4.84E+00 0.0178 3.89E+00 0.0234 5.13E+00
0.0100 3.54E+00 0.0105 3.73E+00 0.0097 3.45E+00 0.0105 3.71E+00
0.0135 4.71E+01 0.0144 5.03E+01 0.0132 4.59E+01 0.0141 4.93E+01
0.0180 1.64E+00 0.0182 1.66E+00 0.0190 1.73E+00 0.0199 1.81E+00
0.0235 2.60E+00 0.0226 2.49E+00 0.0239 2.64E+00 0.0232 2.56E+00
0.0242 5.30E+00 0.0233 5.09E+00 0.0248 5.43E+00 0.0241 5.28E+00
0.0173 2.07E-02 0.0181 2.17E-02 0.0178 2.14E-02 0.0189 2.26E-02
Notes:
1. CD-4 and CD-5 were installed in September 2006.
2. CD-4 and CD-5 were abandoned in July 2010.
3. Blanks indicate no data.
4. Hydraulic conductivity and effective porosity values are estimated from previously performed slug tests
and grain size analyses.
5. The gradient and linear velocity values shown for MW-9 and CD-1s are based on the average of all the
listed wells.
6. The gradient and linear velocity values shown for MW-A are based on the average of MW-B, -C, -D, -E,
and -F.
7. The November 2012 sampling event was the first event that CD-1s/CD-1d replaced MW-9 as the
background monitoring wells.
8. MW-9 was removed from the monitoring program in November 2012.
9. MW-E Rep was not sampled during the November 2012 sampling event due to laboratory oversight.
5/16/2016
Gradient
Average Linear
Velocity
feet/day
Gradient
Average Linear
Velocity
feet/day
10/26/2015
Gradient
5/4/2015
Average Linear
Velocity
feet/day
10/31/2016
Gradient
Average Linear
Velocity
feet/day
Page 3 of 3 January 2017
Table 4
Water Quality Parameters
November 2016 Semi-Annual Sampling Event
Cabarrus County Landfill Units 2 and 3
Facility Permit Numbers 1302-MSWLF- and 1302-CDLF-1998
pH Conductivity Temp.DO ORP Turb.pH Conductivity Temp.DO ORP Turb.pH Conductivity Temp.DO ORP Turb.
(S.U.)(µS/cm)(deg. C)(mg/L)(mVs)(NTUs)(S.U.)(µS/cm)(deg. C)(mg/L)(mVs)(NTUs)(S.U.)(µS/cm)(deg. C)(mg/L)(mVs)(NTUs)
1302-MSWLF- & 1302-CDLF-1998 CD-1s (background well)5.58 158 16.0 5.96 191 87 5.65 120 17.5 3.83 182 59 5.86 111 16.3 1.51 181 10
1302-MSWLF- & 1302-CDLF-1998 CD-1d (background well)5.55 171 16.2 8.22 191 280 5.80 132 17.9 2.70 171 84 6.27 121 17.3 1.41 150 73
1302-MSWLF- & 1302-CDLF-1998 CD-4 (abandoned)------------------------------------
1302-MSWLF- & 1302-CDLF-1998 CD-4 Rep
1302-MSWLF- & 1302-CDLF-1998 CD-5 (abandoned)------------------------------------
1302-MSWLF- & 1302-CDLF-1998 CD-6 5.55 257 16.8 3.19 130 55 5.49 269 16.4 4.19 183 13 5.76 208 18.4 0.78 202 7
1302-MSWLF- & 1302-CDLF-1998 AMW-1s 5.23 225 21.9 1.22 176 10 6.36 237 17.8 0.17 12 7 5.67 292 27.4 0.02 121 9
1302-MSWLF- & 1302-CDLF-1998 AMW-1d 6.09 569 22.0 0.01 89 4 7.60 638 17.3 0.00 -112 3 6.00 651 24.1 0.24 95 8
1302-MSWLF- & 1302-CDLF-1998 AMW-2s 5.65 135 17.8 2.10 128 36 7.72 148 17.0 2.47 -30 10 5.74 171 18.6 0.42 195 29
1302-MSWLF- & 1302-CDLF-1998 AMW-2d 6.24 241 19.1 0.75 107 3 6.96 167 13.9 1.07 -29 3 5.78 195 17.4 0.00 195 4
1302-MSWLF- & 1302-CDLF-1998 MW-1 6.03 1,870 16.6 2.96 -77 78 6.01 1,570 16.3 2.44 139 4 6.37 1,794 16.1 0.00 -22 2
1302-MSWLF- & 1302-CDLF-1998 MW-3 5.57 127 18.1 2.60 164 27 6.01 174 17.8 4.05 198 32 5.73 155 19.5 2.76 113 9
1302-MSWLF- & 1302-CDLF-1998 MW-3 deep 7.09 469 18.3 3.98 81 242 NS NS NS NS NS NS 7.93 329 17.1 0.39 21 191
1302-MSWLF- & 1302-CDLF-1998 MW-9 6.08 90 18.9 3.45 139 4 5.91 107 18.9 4.70 212 0 6.05 106 19.1 1.82 127 3
1302-MSWLF- & 1302-CDLF-1998 MW-A 5.01 292 17.3 1.08 113 4 5.47 324 17.9 0.06 205 1 5.47 411 17.1 0.00 103 3
1302-MSWLF- & 1302-CDLF-1998 MW-B 6.45 1,350 14.2 3.70 -116 25 6.26 1,070 15.8 2.39 -78 5 6.70 1,097 14.8 0.00 -49 7
1302-MSWLF- & 1302-CDLF-1998 MW-C 5.37 152 13.8 5.23 136 54 5.79 394 16.9 4.01 130 12 5.89 200 18.3 0.83 -16 46
1302-MSWLF- & 1302-CDLF-1998 MW-D 5.36 610 16.7 3.14 87 135 5.26 501 16.5 1.99 79 4 5.36 460 16.9 0.00 79 4
1302-MSWLF- & 1302-CDLF-1998 MW-E Rep 5.73 586 17.7 0.01 34 9 5.69 659 19.0 0.00 -115 4 5.96 785 19.3 0.00 13 6
1302-MSWLF- & 1302-CDLF-1998 MW-E deep 6.40 738 15.9 0 -51 7 6.54 823 18.7 0.00 -67 3 6.50 842 21.1 2.51 -76 9
1302-MSWLF- & 1302-CDLF-1998 MW-F 6.35 1,120 14.3 2.43 -139 10 6.40 979 16.9 1.53 -95 4 6.30 826 16.2 0.00 -57 7
1302-MSWLF- & 1302-CDLF-1998 MW-G 6.11 1,110 16.5 5.79 -99 29 5.91 917 17.4 2.85 -61 2 6.21 861 14.1 0.00 -63 3
1302-MSWLF- & 1302-CDLF-1998 MW-H 5.29 230 14.5 9.03 197 212 5.82 176 14.9 6.13 193 7 5.20 145 15.0 3.90 74 13
1302-MSWLF- & 1302-CDLF-1998 MW-H deep 5.53 369 15.1 5.97 192 43 5.83 263 15.1 6.91 186 6 5.74 270 14.6 0.96 35 11
1302-MSWLF- & 1302-CDLF-1998 MW-I 5.46 99 16.2 3.44 164 10 5.67 113 15.8 4.67 114 3 5.92 109 17.9 2.58 147 3
1302-MSWLF- & 1302-CDLF-1998 MW-J 6.25 341 16.2 4.62 156 86 5.78 343 16.9 6.14 111 1 6.49 247 16.1 1.09 21 4
1302-MSWLF- & 1302-CDLF-1998 MW-K 5.47 269 15.6 4.74 153 38 5.09 311 16.4 4.32 47 8 5.75 200 15.8 1.90 143 8
1302-MSWLF- & 1302-CDLF-1998 MW-L 5.38 91 14.3 2.31 206 4 5.66 106 16.4 2.59 222 3 5.44 112 16.4 0.04 214 5
1302-MSWLF- & 1302-CDLF-1998 MW-L deep 6.65 368 18.7 3.49 103 18 NS NS NS NS NS NS 6.20 279 18.5 0.87 75 14
1302-MSWLF- & 1302-CDLF-1998 MW-M 5.53 301 14.4 6.58 194 26 NS NS NS NS NS NS 6.09 221 15.4 1.47 91 59
1302-MSWLF- & 1302-CDLF-1998 MW-X 5.93 338 15.3 4.29 174 51 6.01 260 16.6 6.51 33 20 5.13 241 14.9 0.91 69 4
1302-MSWLF- & 1302-CDLF-1998 SW-1 6.14 685 10.5 6.58 78 18 6.14 424 16.8 6.01 170 2 DRY DRY DRY DRY DRY DRY
1302-MSWLF- & 1302-CDLF-1998 SW-2 5.05 667.00 9.67 6.06 121 196 DRY DRY DRY DRY DRY DRY 6.36 455 22.3 2.49 114 13
Notes:
1. NS - Not Sampled
2. CD-4, CD-5, and CD-6 were installed in September 2006.
3. AMW-1s, -1d, -2s, and -2d were installed in October 2009.
4. CD-4 and CD-5 were abandoned in July 2010.
5. MW-3 deep, -L deep, -and -M are sampled annually during the spring event.
7. µs/cm- Microsiemens per centimeter
8. mg/L - milligrams per liter
9. ORP - Oxidation-Reduction Potential
10. Turb. - Turbidity; NTUs - Nephelometric Turbidity Units
11. mVs - millivolts
12. DO - Dissolved Oxygen
13. S.U. - Standard Units
14. Temp. - Temperature; Deg. C - Degrees Celsius
15. The November 2012 sampling event was the first event that CD-1s/CD-1d replaced MW-9 as the background monitoring wells.
16. MW-9 was removed from the monitoring program in November 2012.
17. MW-E Rep was not sampled during the November 2012 sampling event due to laboratory oversight.
5/3-5/2011
No. 32
Surface Water Sample Locations
No. 34
5/7-9/2012
No. 33
Facility Permit Numbers
Sampling Event:
Sampling Date:
Monitoring Well
Code
11/7-9/2011
Page 1 of 4 January 2017
Table 4
Water Quality Parameters
November 2016 Semi-Annual Sampling Event
Cabarrus County Landfill Units 2 and 3
Facility Permit Numbers 1302-MSWLF- and 1302-CDLF-1998
1302-MSWLF- & 1302-CDLF-1998 CD-1s (background well)
1302-MSWLF- & 1302-CDLF-1998 CD-1d (background well)
1302-MSWLF- & 1302-CDLF-1998 CD-4 (abandoned)
1302-MSWLF- & 1302-CDLF-1998 CD-4 Rep
1302-MSWLF- & 1302-CDLF-1998 CD-5 (abandoned)
1302-MSWLF- & 1302-CDLF-1998 CD-6
1302-MSWLF- & 1302-CDLF-1998 AMW-1s
1302-MSWLF- & 1302-CDLF-1998 AMW-1d
1302-MSWLF- & 1302-CDLF-1998 AMW-2s
1302-MSWLF- & 1302-CDLF-1998 AMW-2d
1302-MSWLF- & 1302-CDLF-1998 MW-1
1302-MSWLF- & 1302-CDLF-1998 MW-3
1302-MSWLF- & 1302-CDLF-1998 MW-3 deep
1302-MSWLF- & 1302-CDLF-1998 MW-9
1302-MSWLF- & 1302-CDLF-1998 MW-A
1302-MSWLF- & 1302-CDLF-1998 MW-B
1302-MSWLF- & 1302-CDLF-1998 MW-C
1302-MSWLF- & 1302-CDLF-1998 MW-D
1302-MSWLF- & 1302-CDLF-1998 MW-E Rep
1302-MSWLF- & 1302-CDLF-1998 MW-E deep
1302-MSWLF- & 1302-CDLF-1998 MW-F
1302-MSWLF- & 1302-CDLF-1998 MW-G
1302-MSWLF- & 1302-CDLF-1998 MW-H
1302-MSWLF- & 1302-CDLF-1998 MW-H deep
1302-MSWLF- & 1302-CDLF-1998 MW-I
1302-MSWLF- & 1302-CDLF-1998 MW-J
1302-MSWLF- & 1302-CDLF-1998 MW-K
1302-MSWLF- & 1302-CDLF-1998 MW-L
1302-MSWLF- & 1302-CDLF-1998 MW-L deep
1302-MSWLF- & 1302-CDLF-1998 MW-M
1302-MSWLF- & 1302-CDLF-1998 MW-X
1302-MSWLF- & 1302-CDLF-1998 SW-1
1302-MSWLF- & 1302-CDLF-1998 SW-2
Surface Water Sample Locations
Facility Permit Numbers
Sampling Event:
Sampling Date:
Monitoring Well
Code
pH Conductivity Temp.DO ORP Turb.pH Conductivity Temp.DO ORP Turb.pH Conductivity Temp.DO ORP Turb.
(S.U.)(µS/cm)(deg. C)(mg/L)(mVs)(NTUs)(S.U.)(µS/cm)(deg. C)(mg/L)(mVs)(NTUs)(S.U.)(µS/cm)(deg. C)(mg/L)(mVs)(NTUs)
6.06 116 13.8 15.50 139 7 6.02 104 15.1 1.96 206 5 6.06 100 13.0 1.74 348 42
6.16 125 16.4 9.53 140 5 6.06 117 16.9 1.11 242 27 6.03 119 14.5 1.71 320 32
------------------------------------
------------------------------------
6.03 221 16.2 0.00 71 1 5.75 223 16.9 0.60 166 11 6.15 994 17.1 1.24 -17 60
5.89 230 15.5 3.81 44 5 5.56 256 16.4 0.34 523 1 5.72 249 17.9 1.05 149 9
6.47 573 14.5 7.00 169 5 6.20 755 17.9 0.46 -53 2 6.08 727 19.6 1.40 -23 9
6.16 149 15.0 5.36 38 5 5.60 157 16.7 0.88 153 9 5.69 159 17.7 1.51 75 9
6.37 183 15.0 3.47 149 1 5.83 192 17.1 0.36 126 0 6.26 203 18.5 1.40 138 1
6.57 1,480 15.4 0.00 31 9 6.19 1,817 15.0 0.77 43 1 6.30 1,381 15.7 1.99 144 22
6.19 160 15.8 12.31 73 8 5.76 149 16.0 1.88 188 40 5.87 160 17.0 1.99 301 40
NS NS NS NS NS NS 7.76 348 16.4 0.39 -153 2 NS NS NS NS NS NS
NS NS NS NS NS NS NS NS NS NS NS NS NS NS NS NS NS NS
5.47 371 14.7 2.66 140 2 5.42 309 16.5 0.25 -34 0 5.40 333 15.3 1.89 291 1
6.87 958 15.2 0.00 -82 10 6.44 1,037 13.1 1.09 -88 1 6.33 817 16.4 1.35 -67 15
5.93 187 15.2 0.00 28 4 5.35 100 13.2 1.06 104 43 5.90 206 16.7 1.31 233 72
5.66 467 15.6 0.00 90 8 5.48 462 16.7 0.26 60 9 5.66 490 16.1 1.04 295 51
DRY DRY DRY DRY DRY DRY 6.17 991 16.8 0.47 -81 0 6.11 959 16.5 1.64 -40 3
6.50 822 16.5 1.70 78 >800 6.51 803 18.1 0.51 -80 3 6.35 836 17.1 1.21 -82 3
6.81 1,050 15.4 0.00 -92 12 6.30 745 13.7 0.64 -89 3 6.52 877 15.8 1.47 -100 10
6.51 997 16.1 0.00 -84 2 6.10 930 14.0 0.49 -98 0 6.15 1,430 16.7 1.60 -83 23
6.45 171 14.6 0.00 -22 2 5.79 149 15.7 1.77 60 9 6.04 160 15.2 2.04 335 96
6.40 251 16.1 6.27 17 1 6.13 255 16.0 1.23 130 2 6.14 259 15.1 2.75 332 15
6.14 116 14.4 0.00 84 8 5.74 112 15.3 0.21 159 1 5.97 116 15.1 1.61 311 1
6.57 251 14.1 0.00 125 1 6.40 236 15.5 1.45 223 14 6.42 242 14.7 1.64 346 37
6.00 235 14.8 0.00 103 9 5.72 207 15.2 0.66 175 1 5.79 199 15.2 1.40 266 33
6.70 227 14.9 3.03 3 5 5.30 96 15.1 1.09 188 8 5.54 106 14.6 1.39 258 68
NS NS NS NS NS NS 6.02 208 17.1 1.49 133 2 NS NS NS NS NS NS
NS NS NS NS NS NS 6.34 297 15.3 1.51 54 1 NS NS NS NS NS NS
6.37 253 14.3 0.00 145 1 6.15 222 14.6 1.20 117 2 6.25 236 15.4 1.45 348 36
DRY DRY DRY DRY DRY DRY 7.02 466 16.0 4.10 -17 15 6.16 560 11.0 2.12 341 11
DRY DRY DRY DRY DRY DRY 7.10 333 15.5 4.46 -7 6 DRY DRY DRY DRY DRY DRY
Notes:
1. NS - Not Sampled `
2. CD-4, CD-5, and CD-6 were installed in September 2006.
3. AMW-1s, -1d, -2s, and -2d were installed in October 2009.
4. CD-4 and CD-5 were abandoned in July 2010.
5. MW-3 deep, -L deep, -and -M are sampled annually during the spring event.
7. µs/cm- Microsiemens per centimeter
8. mg/L - milligrams per liter
9. ORP - Oxidation-Reduction Potential
10. Turb. - Turbidity; NTUs - Nephelometric Turbidity Units
11. mVs - millivolts
12. DO - Dissolved Oxygen
13. S.U. - Standard Unit
14. Temp. - Temperature; Deg. C - Degrees Celsius
15. The November 2012 sampling event was the first event that CD-1s/CD-1d replaced MW-9 as the background monitoring wells.
16. MW-9 was removed from the monitoring program in November 2012.
No. 35
5/6-10/1311/27-29/2012
No. 37
11/4-7/13
No. 36
Page 2 of 4 January 2017
Table 4
Water Quality Parameters
November 2016 Semi-Annual Sampling Event
Cabarrus County Landfill Units 2 and 3
Facility Permit Numbers 1302-MSWLF- and 1302-CDLF-1998
1302-MSWLF- & 1302-CDLF-1998 CD-1s (background well)
1302-MSWLF- & 1302-CDLF-1998 CD-1d (background well)
1302-MSWLF- & 1302-CDLF-1998 CD-4 (abandoned)
1302-MSWLF- & 1302-CDLF-1998 CD-4 Rep
1302-MSWLF- & 1302-CDLF-1998 CD-5 (abandoned)
1302-MSWLF- & 1302-CDLF-1998 CD-6
1302-MSWLF- & 1302-CDLF-1998 AMW-1s
1302-MSWLF- & 1302-CDLF-1998 AMW-1d
1302-MSWLF- & 1302-CDLF-1998 AMW-2s
1302-MSWLF- & 1302-CDLF-1998 AMW-2d
1302-MSWLF- & 1302-CDLF-1998 MW-1
1302-MSWLF- & 1302-CDLF-1998 MW-3
1302-MSWLF- & 1302-CDLF-1998 MW-3 deep
1302-MSWLF- & 1302-CDLF-1998 MW-9
1302-MSWLF- & 1302-CDLF-1998 MW-A
1302-MSWLF- & 1302-CDLF-1998 MW-B
1302-MSWLF- & 1302-CDLF-1998 MW-C
1302-MSWLF- & 1302-CDLF-1998 MW-D
1302-MSWLF- & 1302-CDLF-1998 MW-E Rep
1302-MSWLF- & 1302-CDLF-1998 MW-E deep
1302-MSWLF- & 1302-CDLF-1998 MW-F
1302-MSWLF- & 1302-CDLF-1998 MW-G
1302-MSWLF- & 1302-CDLF-1998 MW-H
1302-MSWLF- & 1302-CDLF-1998 MW-H deep
1302-MSWLF- & 1302-CDLF-1998 MW-I
1302-MSWLF- & 1302-CDLF-1998 MW-J
1302-MSWLF- & 1302-CDLF-1998 MW-K
1302-MSWLF- & 1302-CDLF-1998 MW-L
1302-MSWLF- & 1302-CDLF-1998 MW-L deep
1302-MSWLF- & 1302-CDLF-1998 MW-M
1302-MSWLF- & 1302-CDLF-1998 MW-X
1302-MSWLF- & 1302-CDLF-1998 SW-1
1302-MSWLF- & 1302-CDLF-1998 SW-2
Surface Water Sample Locations
Facility Permit Numbers
Sampling Event:
Sampling Date:
Monitoring Well
Code
pH Conductivity Temp.DO ORP Turb.pH Conductivity Temp.DO ORP Turb.pH Conductivity Temp.DO ORP Turb.
(S.U.)(µS/cm)(deg. C)(mg/L)(mVs)(NTUs)(S.U.)(µS/cm)(deg. C)(mg/L)(mVs)(NTUs)(S.U.)(µS/cm)(deg. C)(mg/L)(mVs)(NTUs)
6.15 119 15.9 0.02 353 9 6.10 129 15.1 6.06 135 2 6.00 115 15.5 3.99 281 7
6.21 134 19.2 4.56 293 9 6.18 139 16.5 4.68 109 14 5.97 123 16.4 4.84 186 13
------------------------------------
6.29 495 13.5 2.75 70.4 4
------------------------------------
5.84 217 17.7 2.86 137 4 5.77 253 16.4 3.35 45 67 5.79 372 17.4 2.04 142 5
5.83 251 16.8 0.02 400 10 5.72 251 17.5 3.25 132 8 4.58 243 14.9 2.00 592 6
6.04 650 20.1 2.05 -28 604 6.13 643 18.0 1.36 -68 29 5.94 518 15.9 1.78 -52 16
5.76 178 18.8 2.08 114 6 5.77 182 15.2 3.48 121 6 5.07 160 14.2 3.50 562 6
6.30 231 16.9 3.88 95 1 6.26 252 16.0 4.19 104 1 5.77 230 15.2 2.51 391 1
6.36 1,361 15.0 2.84 37 3 6.34 1,511 15.4 2.59 -37 0 6.29 2,379 14.9 2.69 -19 6
6.05 180 18.5 0.04 150 8 5.97 202 16.3 5.94 466 4 5.42 166 17.6 2.29 260 14
7.75 385 16.5 4.04 -65 4 NS NS NS NS NS NS 7.49 368 20.5 1.50 -198 4
NS NS NS NS NS NS NS NS NS NS NS NS NS NS NS NS NS NS
5.42 432 16.9 0.04 -17 1 5.47 451 16.4 1.70 45 2 4.78 390 15.6 2.34 27 2
6.66 1,033 12.6 2.58 -67 10 6.62 922 16.6 3.00 -101 1 6.70 1,485 13.0 3.03 -68 9
5.64 108 12.3 2.23 44 4 6.02 428 16.0 2.58 47 3 5.94 162 12.9 3.89 -181 8
5.85 705 17.2 1.85 -17 2 5.71 471 15.7 3.39 35 4 5.86 745 16.8 3.66 15 3
5.99 831 19.0 0.07 -24 2 6.25 1,180 17.6 1.62 -54 3 6.04 1,095 17.3 3.61 -38 9
5.60 1,042 20.2 0.09 -41 800 6.34 1,198 18.0 1.09 -82 13 6.41 1,027 18.4 0.88 -100 15
6.57 726 13.8 2.74 -81 5 6.46 919 15.4 2.18 -104 6 6.51 1,270 13.9 3.58 -58 3
6.27 1,542 13.7 2.29 -106 8 6.30 1,794 16.3 1.97 -124 14 6.31 2,445 13.9 2.66 -78 6
5.92 161 14.5 2.39 230 19 5.92 199 14.2 3.70 466 11 5.51 174 15.0 2.71 136-5 10
6.25 269 15.4 2.10 260 4 6.24 317 14.3 3.81 427 4 6.12 285 15.4 1.62 137 4
5.95 118 15.3 2.59 84 3 6.11 133 14.4 4.12 199 3 5.64 134 15.3 2.82 132 3
6.39 259 15.8 2.05 36 5 6.53 245 14.2 3.75 155 14 6.54 402 14.9 3.13 137 7
5.81 202 16.0 2.88 96 6 5.83 229 14.6 2.65 187 10 5.56 239 14.9 1.50 95 5
5.80 99 16.6 2.12 379 4 5.78 122 16.4 4.03 59 3 5.29 97 17.5 4.15 131 3
6.88 201 17.5 2.70 380 3 NS NS NS NS NS NS 6.61 341 17.5 4.79 190 3
6.31 271 15.3 2.45 211 4 NS NS NS NS NS NS 6.31 334 15.4 1.49 116 4
6.28 216 15.2 2.07 106 21 6.31 228 14.5 4.53 131 2 6.19 341 13.5 3.23 140 4
7.24 502 24.6 0.07 -26 22 DRY DRY DRY DRY DRY DRY DRY DRY DRY DRY DRY DRY
7.50 604 25.4 4.48 3 8 6.50 325 10.4 -69.80 2 43 6.89 520 24.7 2.19 4 7
Notes:
1. NS - Not Sampled
2. CD-4, CD-5, and CD-6 were installed in September 2006.
3. AMW-1s, -1d, -2s, and -2d were installed in October 2009.
4. CD-4 and CD-5 were abandoned in July 2010.
5. MW-3 deep, -L deep, -and -M are sampled annually during the spring event.`
7. µs/cm- Microsiemens per centimeter
8. mg/L - milligrams per liter
9. ORP - Oxidation-Reduction Potential
10. Turb. - Turbidity; NTUs - Nephelometric Turbidity Units
11. mVs - millivolts
12. DO - Dissolved Oxygen
13. S.U. - Standard Unit
14. Temp. - Temperature; Deg. C - Degrees Celsius
15. The November 2012 sampling event was the first event that CD-1s/CD-1d replaced MW-9 as the
background monitoring wells.
16. MW-9 was removed from the monitoring program in November 2012.
No. 40
5/4-7/15
No. 39
11/3-6/14
No. 38
5/5-8/14
Page 3 of 4 January 2017
Table 4
Water Quality Parameters
November 2016 Semi-Annual Sampling Event
Cabarrus County Landfill Units 2 and 3
Facility Permit Numbers 1302-MSWLF- and 1302-CDLF-1998
1302-MSWLF- & 1302-CDLF-1998 CD-1s (background well)
1302-MSWLF- & 1302-CDLF-1998 CD-1d (background well)
1302-MSWLF- & 1302-CDLF-1998 CD-4 (abandoned)
1302-MSWLF- & 1302-CDLF-1998 CD-4 Rep
1302-MSWLF- & 1302-CDLF-1998 CD-5 (abandoned)
1302-MSWLF- & 1302-CDLF-1998 CD-6
1302-MSWLF- & 1302-CDLF-1998 AMW-1s
1302-MSWLF- & 1302-CDLF-1998 AMW-1d
1302-MSWLF- & 1302-CDLF-1998 AMW-2s
1302-MSWLF- & 1302-CDLF-1998 AMW-2d
1302-MSWLF- & 1302-CDLF-1998 MW-1
1302-MSWLF- & 1302-CDLF-1998 MW-3
1302-MSWLF- & 1302-CDLF-1998 MW-3 deep
1302-MSWLF- & 1302-CDLF-1998 MW-9
1302-MSWLF- & 1302-CDLF-1998 MW-A
1302-MSWLF- & 1302-CDLF-1998 MW-B
1302-MSWLF- & 1302-CDLF-1998 MW-C
1302-MSWLF- & 1302-CDLF-1998 MW-D
1302-MSWLF- & 1302-CDLF-1998 MW-E Rep
1302-MSWLF- & 1302-CDLF-1998 MW-E deep
1302-MSWLF- & 1302-CDLF-1998 MW-F
1302-MSWLF- & 1302-CDLF-1998 MW-G
1302-MSWLF- & 1302-CDLF-1998 MW-H
1302-MSWLF- & 1302-CDLF-1998 MW-H deep
1302-MSWLF- & 1302-CDLF-1998 MW-I
1302-MSWLF- & 1302-CDLF-1998 MW-J
1302-MSWLF- & 1302-CDLF-1998 MW-K
1302-MSWLF- & 1302-CDLF-1998 MW-L
1302-MSWLF- & 1302-CDLF-1998 MW-L deep
1302-MSWLF- & 1302-CDLF-1998 MW-M
1302-MSWLF- & 1302-CDLF-1998 MW-X
1302-MSWLF- & 1302-CDLF-1998 SW-1
1302-MSWLF- & 1302-CDLF-1998 SW-2
Surface Water Sample Locations
Facility Permit Numbers
Sampling Event:
Sampling Date:
Monitoring Well
Code
pH Conductivity Temp.DO ORP Turb.pH Conductivity Temp.DO ORP Turb.pH Conductivity Temp.DO ORP Turb.
(S.U.)(µS/cm)(deg. C)(mg/L)(mVs)(NTUs)(S.U.)(µS/cm)(deg. C)(mg/L)(mVs)(NTUs)(S.U.)(µS/cm)(deg. C)(mg/L)(mVs)(NTUs)
5.73 132 15.0 3.84 519 3 5.91 103 15.7 3.45 245 4
5.81 136 14.5 6.96 507 7 6.06 115 15.8 4.50 210 20 5.34 124 15.9 3.10 330 8
------------------------------------
6.06 231 16.4 3.19 31.2 3 6.90 242 14.2 2.68 -54 28 5.05 113 16.1 4.49 360 6
------------------------------------
5.90 244 16.3 3.92 111 >800 6.20 271 16.9 1.50 -48 23 5.62 292 16.9 1.38 -4 29
5.80 443 16.0 2.68 253 3 6.07 224 16.5 3.77 222 8 5.02 297 18.8 1.65 377 6
6.11 1,004 15.8 2.55 -42 5 6.13 477 18.1 1.51 -28 4 5.00 583 13.3 1.73 199 8
5.92 173 16.2 4.19 187 3 5.78 154 15.8 3.22 51 7 4.92 164 16.4 3.38 235 8
6.36 260 17.2 3.90 158 2 6.04 229 15.9 2.69 88 1 5.52 356 16.5 2.15 346 4
6.31 1,743 15.5 1.94 21 7 8.05 1,515 15.4 3.48 94 4 6.13 1,812 16.2 1.03 34 8
6.20 178 19.5 3.85 166 3 6.04 167 16.5 3.18 101 1 5.52 246 20.6 3.50 439 5
7.63 387 19.5 1.67 -165 3 7.48 362 15.6 2.26 -130 0 NS NS NS NS NS NS
NS NS NS NS NS NS NS NS NS NS NS NS NS NS NS NS NS NS
5.30 402 15.5 1.41 29 3 5.48 394 16.1 1.27 -55 1 4.77 412 16.5 1.65 205 4
6.00 833 16.9 3.91 -51 6 8.32 976 14.0 3.73 53 17 6.44 1,085 17.5 2.11 -79 9
5.21 186 16.7 1.73 153 37 6.50 126 14.0 3.48 -78 6 5.52 243 17.4 2.58 49 7
5.19 520 16.5 2.60 85 14 7.26 617 16.3 1.23 -84 4 5.43 627 16.5 1.51 69 6
6.10 1,076 16.2 1.25 -36 3 6.27 1,088 17.1 1.40 -59 1 5.59 1,139 17.6 3.79 48 5
6.44 979 16.2 1.21 -71 5 6.63 1,017 17.5 3.08 -95 9 5.89 959 18.1 2.30 -39 8
6.61 1,134 15.5 2.71 -136 3 8.12 796 14.4 2.65 -47 6 6.25 1,141 16.6 1.23 -71 6
6.32 1,372 16.8 2.28 -135 0 7.96 1,671 15.0 2.40 49 12 6.07 2,320 17.6 1.09 -80 1
5.15 203 15.3 0.81 168 43 6.06 162 14.2 5.40 204 38 5.53 211 15.3 1.63 118 59
5.72 280 15.3 0.64 146 4 6.82 272 14.9 4.99 145 18 5.91 337 15.0 2.21 105 16
5.13 128 15.2 0.76 104 3 6.86 127 15.0 4.40 164 7 5.65 164 15.0 1.35 68 9
6.48 274 14.3 0.38 210 7 6.92 265 14.8 4.20 28 58 6.05 311 14.8 2.65 21 36
4.93 253 15.2 3.43 167 6 7.03 208 15.0 4.34 21 14 5.47 283 15.4 1.89 149 21
5.92 93 18.5 3.80 89 4 5.80 95 14.2 3.66 192 2 5.11 146 18.1 3.49 486 5
5.49 395 15.8 0.80 155 2 6.82 209 15.0 3.88 149 2 NS NS NS NS NS NS
5.67 334 15.7 0.49 151 10 7.97 320 15.3 4.02 -3 8 NS NS NS NS NS NS
5.03 234 15.3 2.53 342 3 7.19 210 13.9 3.98 20 6 5.94 275 15.3 1.62 78 2
6.83 840 16.0 1.04 -54 0 6.99 342 15.4 4.99 360.3 >800 DRY DRY DRY DRY DRY DRY
5.55 788 15.4 1.34 158 7 6.80 241 15.6 3.51 181 590 DRY DRY DRY DRY DRY DRY
Notes:
1. NS - Not Sampled
2. CD-4, CD-5, and CD-6 were installed in September 2006.
3. AMW-1s, -1d, -2s, and -2d were installed in October 2009.
4. CD-4 and CD-5 were abandoned in July 2010.
5. MW-3 deep, -L deep, -and -M are sampled annually during the spring event.
6. µs/cm- Microsiemens per centimeter
7. mg/L - milligrams per liter
8. ORP - Oxidation-Reduction Potential
9. Turb. - Turbidity; NTUs - Nephelometric Turbidity Units
10. mVs - millivolts
11. DO - Dissolved Oxygen
12. S.U. - Standard Unit
13. Temp. - Temperature; Deg. C - Degrees Celsius
14. The November 2012 sampling event was the first event that CD-1s/CD-1d replaced MW-9 as the
background monitoring wells.
15. MW-9 was removed from the monitoring program in November 2012.
No. 43
10/31/16 - 11/3/16
No. 42
5/16-19/16
No. 41
10/26-29/15
Page 4 of 4 January 2017
Table 5a
Detected Groundwater Constituents - Metals
November 2016 Semi-Annual Sampling Event
Cabarrus County Landfill Units 2 and 3
Facility Permit Number 1302-MSWLF- and 1302-CDLF-1998
Fa
c
i
l
i
t
y

P
e
r
m
i
t

Nu
m
b
e
r
s
Mo
n
i
t
o
r
i
n
g

We
l
l

C
o
d
e
Sa
m
p
l
e

D
a
t
e
An
t
i
m
o
n
y
Ar
s
e
n
i
c
Ba
r
i
u
m
Be
r
y
l
l
i
u
m
Ca
d
m
i
u
m
Ch
r
o
m
i
u
m
Co
b
a
l
t
Co
p
p
e
r
Ir
o
n
Le
a
d
Ma
n
g
a
n
e
s
e
Me
r
c
u
r
y
Ni
c
k
e
l
Se
l
e
n
i
u
m
Si
l
v
e
r
Th
a
l
l
i
u
m
Va
n
a
d
i
u
m
Zin
c
1*10 700 4*2 10 1*1,000 300 15 50 1 100 20 20 0.2*0.3*1,000
6 10 100 1 1 10 10 10 300 10 50 0.2 50 10 10 5.5 25 10
CD-1s 3-May-11 81.4J 0.19J 5.45JB 4.23J 16.0 2.32J 5.93J 0.14J 20.6J 26.5
CD-1s 8-Nov-11 59.7J 0.25JB 4.46J 2.67J 12.4 1.9J 4.41J 0.08J 11.2J 18.2
CD-1s 7-May-12 45.5J 3.30J 1.19J 8.75J 1.12J 3.01J 12.7J 12.6B
CD-1s 28-Nov-12 63.8J 0.11J 5.65J 3.05J 11.6 1.43J 4.66J 17.1J 16.9
CD-1s 7-May-13 0.94J 2.4JB 35.6J 0.88J 0.67J 4.04J 0.39J 1.78J 0.13J 6.06J 5.08J
CD-1s 5-Nov-13 46.8J 0.12J 3.59J 1.63J 10.2 1.35J 3.50J 18.4JB 15.4B
CD-1s 6-May-14 28.8J 4.14JB 1.48J 0.11J 1.03J 0.31J 3.40J 2.98JB
CD-1s 4-Nov-14 28.7J 0.13J 1.31J 0.06J 1.04J 0.11J 2.57JB 1.58J
CD-1s 5-May-15 1.63J 29.5JB 1.33J 371 0.15J 13.8 0.103JB 1.17J 2.40J 2.75JB
CD-1s 27-Oct-15 1.00J 28.4J 0.80J 0.39J 0.75J 234 0.12J 35.9 1.21J 4.19CN,J 0.15J 4.10J 3.36B-01,J
CD-1s 17-May-16 29.3J 0.94J 0.99J 446 0.12J 17.0J 1.01J 4.70J 1.93J
CD-1s 1-Nov-16 30.5J 1.23J 1.32J 1.36J 647 0.28J 70.8 1.35J 4.30J
CD-1d 3-May-11 2.44J 231 2.03 16.7 18.6 112 14.0 22.3J 0.11J 101 103
CD-1d 8-Nov-11 74.5J 0.51J 4.08J 4.27J 27 2.84J 5.68J 24.6J 26.3
CD-1d 7-May-12 72.4J 0.58J 3.91J 4.67J 25 2.81J 5.58J 26 27.9B
CD-1d 28-Nov-12 0.33J 37.7J 0.07J 2.38J 0.94J 12.6 1.14J 2.50J 8.90J 13
CD-1d 8-May-13 0.88J 1.02JB 31.2J 0.07J 0.78J 4.5J 0.49J 1.92J 6.18J 13.1
CD-1d 5-Nov-13 35J 0.86J 4.34J 1.13J 1.90J 17.1JB 10.8B
CD-1d 6-May-14 1.14J 37.8J 0.07J 0.05J 3.22JB 1.16J 7.34J 0.81J 2.74J 0.12J 6.16J 9.41JB
CD-1d 4-Nov-14 43.1J 0.16J 0.11J 2.25J 9.09J 0.87J 2.88J 10.2JB 10.7
CD-1d 5-May-15 34.5JB 0.84J 3.63J 1,320 0.39J 32.5 1.42J 5.18J 3.68JB
CD-1d 27-Oct-15 0.42J 42.3J 0.13J 1.87J 2.15J 8.18J 3,170 0.97J 87.4 2.49J 4.37CN,J 0.06J 10.9J 14.0B-01
CD-1d 17-May-16 81.3J 0.46J 4.86J 7.42J 26.0 12,000 3.13J 287 7.11J 2.11J 0.07J 29.3 29.7
CD-1d 1-Nov-16 32.6J 1.19J 0.77J 2.82J 1,200 0.33J 31.3J 1.24J 7.96J 4.29J
CD-4 Rep 3-May-11 206 0.9JB 17.6 0.62J 8.39J 2.72JB
CD-4 Rep (dup)3-May-11 0.21J 206 17.9 0.68J 8.98J 0.17J 2.85J
CD-4 Rep 8-Nov-11 0.14J 191 0.93J 18.2 1.00J 8.86J 9.44J
CD-4 Rep 9-May-12 184 1.69J 18.1 1.70J 0.17J 11.3J 3.03J 16.1B
CD-4 Rep 29-Nov-12 172 13.7 0.62J 7.03J 2.84J 2.14JB
CD-4 Rep 10-May-13 75.5J 0.5J 2.71J 7.87J 1.94J 0.88J 11.2J 11.1J 10.3
CD-4 Rep 7-Nov-13 1.36J 60.4J 0.35J 0.07J 0.77J 5.31J 1.83J 0.57J 5.11J 0.13J 32 4.40JB
CD-4 Rep 7-May-14 62.4J 0.31J 0.05J 3.25JB 5.02J 1.70J 0.32J 6.52J 22.2J 2.97JB
CD-4 Rep 5-Nov-14 70.0J 0.31J 2.59J 1.46J 0.72J 4.29J 14.8JB 6.85J
CD-4 Rep 6-May-15 58.4J 0.39J 1.13J 5.94J 1.90J 0.53J 4.72J 14.0J 2.99J
CD-4 Rep 28-Oct-15 0.79J 57.9J 0.32J 2.18J 5.86J 8.95J 1.26J 10.7J 4.14CN,J 13.9J 8.34B-01,J
CD-4 Rep 18-May-16 1.09J 56.2J 0.46J 1.24J 7.31J 1.02J 0.66J 5.43J 18.0J 3.70J
CD-4 Rep 2-Nov-16 46.3J 0.27J 1.35J 1.59J 1.18J 0.90J 4.18J 1.11J 18.1J 8.81J
CD-6 4-May-11 66.6J 0.42J 6.74J 4.08J 4.6J 2.01J 5.34J 0.1J 24.7J 14
CD-6 9-Nov-11 59.6J 0.26J 4.71J 2.62J 7.89J 1.31J 5.22J 15.8J 9.62J
CD-6 9-May-12 57.8J 0.20J 4.20J 2.08J 3.63J 1.21J 4.48J 17.2J 17.7B
CD-6 29-Nov-12 50.8J 0.13J 2.25J 1.80J 1.86J 0.73J 3.73J 12.3J 6.61JB
CD-6 10-May-13 61.4J 0.36J 5.89J 3.02J 4.12J 1.43J 4.77J 20.4J 13.8
CD-6 7-Nov-13 0.57J 3.77J 298 0.14J 18.3 36.9 2.13J 11.7J 1.07J 14.6J 6.88JB
CD-6 7-May-14 38.5J 0.10J 3.42JB 1.04J 0.07J 2.30J 4.39J 2.40JB
CD-6 5-Nov-14 120 0.88J 7.64J 8.02J 8.02J 3.83J 9.04J 0.14J 50.6B 25.7
CD-6 6-May-15 47.4J 0.20J 1.60J 1.84J 2.77J 0.81J 3.29J 10.5J 5.40J
CD-6 28-Oct-15 4.97J 215 2.03 32.3 19.5 25.6 16.1 21.6J 8.64J 4.05CN,J 0.37J 107 73.9B-01
CD-6 18-May-16 1.92J 62.2J 0.23J 3.46J 13.2 2.57J 1.58J 8.70J 1.01J 12.6J 7.94J
CD-6 2-Nov-16 1.89J 63.7J 0.33J 6.18J 13.3 3.12J 2.87J 9.12J 1.29J 17.3J 10.1
AMW-1s 3-May-11 104 0.92J 1.4JB 0.31J 2.08J 0.5J 3.59J 0.08J 8.1JB
AMW-1s 8-Nov-11 105 0.90J 1.43J 0.46J 1.94J 0.44J 3.67J 0.10J 8.47J
AMW-1s 7-May-12 103 0.86J 2.39J 1.87J 0.22J 3.87J 2.98J 8.49JB
AMW-1s 28-Nov-12 0.19J 97.4J 0.83J 0.78J 0.78J 0.11J 3.31J 2.41J 4.79J
AMW-1s 8-May-13 101 0.87J 1.98J 0.09J 4.05J 2.24J 6.13J
AMW-1s 6-Nov-13 98J 0.91J 0.22J 2.91J 0.32J 4.06J 16.7JB 6.70JB
AMW-1s 7-May-14 93.0J 0.95J 2.44JB 0.28J 2.27J 0.47J 3.91J 1.39J 6.35JB
AMW-1s 5-Nov-14 89.2J 1.06 0.50J 3.37J 0.78J 4.15J 4.01JB 7.60J
AMW-1s 7-May-15 87.6J 0.97J 3.78J 0.31J 2.72J 0.68J 5.86J 3.31J 6.51J
AMW-1s 29-Oct-15 82.5J 0.78J 1.03J 0.71J 0.19J 4.03J 3.18CN,J 4.22J 9.82B-01,J
AMW-1s 18-May-16 0.27J 0.82J 85.4J 1.03 1.43J 0.38J 2.47J 0.92J 4.16J 5.18J 7.43J
AMW-1s 2-Nov-16 71.7J 0.56J 0.55J 3.19J 5.78J
AMW-1d 3-May-11 0.24J 129 0.12J 4.67J 2.08J 0.25J 9.16J 0.19J 9.17JB
AMW-1d 8-Nov-11 0.18J 140 0.07J 0.94J 5.78J 1.64J 0.21J 10.2J 0.25J 7J
AMW-1d 7-May-12 0.29J 135 5.20J 2.17J 0.27J 9.17J 2.69J 8.98JB
AMW-1d 28-Nov-12 0.41J 106 0.14J 1.38JB 3.27J 2.26J 0.52J 6.21J 5.50J
AMW-1d 8-May-13 1.05JB 133 4.53J 1.63J 0.25J 7.81J 3.08J
AMW-1d 6-Nov-13 133 1.88J 4.31J 1.77J 0.45J 7.45J 20.5JB 4.30JB
AMW-1d 7-May-14 143 0.50J 0.05J 11.4B 5.48J 4.90J 3.01J 9.84J 5.89J 27.9B
AMW-1d 5-Nov-14 1.46J 168 0.69J 0.05J 4.49J 6.70J 6.53J 4.14J 11.8J 13.8JB 20.8
AMW-1d 7-May-15 133 0.40J 4.08J 5.51J 3.58J 2.14J 9.83J 5.47J 10.3
AMW-1d 29-Oct-15 1.41J 123 0.18J 3.02J 5.32J 1.06J 0.93J 8.61J 3.57CN,J 4.00J 6.79B-01,J
AMW-1d 18-May-16 1.01J 131 0.19J 2.09J 6.06J 1.52J 0.84J 9.03J 2.52J 6.84J
AMW-1d 3-Nov-16 128 0.17J 2.20J 6.09J 1.12J 0.81J 9.30J 6.65J
North Carolina 2L or Groundwater Protection
Standard
Solid Waste Section Limit
1302-MSWLF- &
1302-CDLF-1998
1302-MSWLF- &
1302-CDLF-1998
1302-MSWLF- &
1302-CDLF-1998
1302-MSWLF- &
1302-CDLF-1998
1302-MSWLF- &
1302-CDLF-1998
1302-MSWLF- &
1302-CDLF-1998
Page 1 of 14 January 2017
Table 5a
Detected Groundwater Constituents - Metals
November 2016 Semi-Annual Sampling Event
Cabarrus County Landfill Units 2 and 3
Facility Permit Number 1302-MSWLF- and 1302-CDLF-1998
Fa
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P
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Nu
m
b
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Mo
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o
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i
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g

We
l
l

C
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d
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Sa
m
p
l
e

D
a
t
e
An
t
i
m
o
n
y
Ar
s
e
n
i
c
Ba
r
i
u
m
Be
r
y
l
l
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u
m
Ca
d
m
i
u
m
Ch
r
o
m
i
u
m
Co
b
a
l
t
Co
p
p
e
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Ir
o
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Le
a
d
Ma
n
g
a
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s
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Me
r
c
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r
y
Ni
c
k
e
l
Se
l
e
n
i
u
m
Si
l
v
e
r
Th
a
l
l
i
u
m
Va
n
a
d
i
u
m
Zin
c
1*10 700 4*2 10 1*1,000 300 15 50 1 100 20 20 0.2*0.3*1,000
6 10 100 1 1 10 10 10 300 10 50 0.2 50 10 10 5.5 25 10
North Carolina 2L or Groundwater Protection
Standard
Solid Waste Section Limit
1302-MSWLF- &
1302-CDLF-1998
AMW-2s 3-May-11 52.1J 0.92J 2.49JB 1.10J 1.41J 2.2J 2.54J 7.17J 6.47JB
AMW-2s 8-Nov-11 42.3J 0.50J 1.36J 0.29J 0.82J 2.19J 1.36J 5.08J
AMW-2s 8-May-12 42.8J 0.45J 1.48J 0.23J 2.85J 0.66J 1.47J 3.77J 5.92JB
AMW-2s 29-Nov-12 45.3J 0.48J 1.02J 0.23J 0.62J 0.32J 1.19J 1.41J
AMW-2s 9-May-13 42.6J 0.57J 1.11J 0.52J 1.06J 0.63J 1.95J 3.09J 3.63J
AMW-2s 6-Nov-13 40.1J 0.54J 0.27J 0.64J 0.42J 1.48J 16.8JB 3.51JB
AMW-2s 7-May-14 43.7J 0.56J 2.16JB 0.30J 0.87J 0.35J 1.41J 1.96JB
AMW-2s 5-Nov-14 46.0J 0.69J 0.44J 1.01J 0.59J 1.88J 2.84J
AMW-2s 6-May-15 2.72J 43.4J 0.51J 1.07J 0.39J 1.46J 2.07J 2.37J
AMW-2s 28-Oct-15 1.02J 50.6J 0.88J 1.56J 0.75J 0.50J 1.23J 1.96J 6.12CN,J 6.23J 6.14B-01,J
AMW-2s (dup)28-Oct-15 1.00J 51.1J 0.85J 1.79J 0.87J 0.57J 1.34J 2.10J 3.34CN,J 7.01J 7.01B-01,J
AMW-2s 17-May-16 1.21J 45.8J 0.69J 1.15J 0.65J 0.48J 0.71J 1.63J 0.10J 4.51J 3.93J
AMW-2s 1-Nov-16 46.5J 0.73J 1.60J 0.58J 0.57J 0.74J 1.81J 5.17J
AMW-2d 3-May-11 55.2J 2.86JB 0.83J 1.03J
AMW-2d 8-Nov-11 47.5J 1.08J 0.12J 0.77J 1.23J
AMW-2d 8-May-12 78.2J 1.26J 3.20J 0.33J 1.22J 2.79J 10.5B
AMW-2d 28-Nov-12 69.1J 0.88J 2.34J 0.39J 2.56J 4.76J
AMW-2d 9-May-13 54.7J 1.75J 0.06J 1.42J 4.03J 2.4J
AMW-2d 6-Nov-13 71.1J 2.43J 2.69J 18.5JB 7.86JB
AMW-2d 7-May-14 57.0J 0.10J 2.08JB 0.84J 1.24J 0.76JB
AMW-2d 5-Nov-14 60.4J 0.07J 1.25J 2.33J 1.09JB 5.04J
AMW-2d 6-May-15 1.28J 67.4J 0.85J 1.67J
AMW-2d 28-Oct-15 0.25J 63.9J 0.45J 0.14J 1.50J 2.79CN,J 2.65J 7.41B-01,J
AMW-2d 17-May-16 64.5J 0.13J 1.37J 1.07J 1.38J
AMW-2d 2-Nov-16 67.7J 0.10J 0.66J 1.90J 5.02J
MW-1 4-May-11 0.46J 5.08J 360 0.9J 0.09J 9.05J 19.7 11.8 4.59J 20.8J 2.39J 0.09J 35.7 40.4
MW-1 9-Nov-11 2.22J 187 0.52J 16.8 6.67J 0.64J 37.7J 3.35J 3.71J
MW-1 9-May-12 201 0.16J 0.06J 2.26J 17.8 17.0 3.61J 42.4J 6.90J 12.2J 13.9B
MW-1 28-Nov-12 153 1.03J 0.75J 12.6 5.54J 0.75J 29.9J 5.75J 4.86J 3.55J
MW-1 10-May-13 172 0.12J 0.26J 0.87J 15.9 9.48J 0.3J 35.1J 8.86J 8.67J
MW-1 6-Nov-13 127 0.31J 11.5 8.66J 1.12J 28J 5.89J 11.9JB 2.64JB
MW-1 7-May-14 1.99J 120 0.06J 0.28J 10.3 10.2 0.28J 28.2J 5.61J 0.10J 6.99J 1.93J
MW-1 (dup)7-May-14 119 0.05J 0.31J 10.5 10.2 0.29J 28.0J 5.70J 6.16J 1.91J
MW-1 4-Nov-14 2.27J 126 0.05J 0.44J 12.5 9.07J 0.95J 31.1J 2.40J 5.47JB 1.72J
MW-1 5-May-15 0.83J 128 0.17J 11.6 7.74J 0.23J 29.9J 2.99J 3.77J 1.88J
MW-1 28-Oct-15 144 0.36J 1.52J 14.4 8.26J 1.15J 33.3J 4.32CN,J 3.63J 4.24B-01,J
MW-1 19-May-16 144 0.34J 0.51J 12.8 12.0 0.28J 29.4J 2.59J 1.99J
MW-1 2-Nov-16 143 0.39J 13.7 8.64J 0.63J 30.4J 3.02J
MW-3 4-May-11 36.2J 0.32J 4.19JB 1.56J 1.64J 1.14J 2.34J 0.11J 6.8J 7.68J
MW-3 9-Nov-11 35.2J 0.25J 2.56J 1.22J 1.60J 1J 2.03J 8.1J
MW-3 (dup)9-Nov-11 37.1J 0.24JB 2.30J 1.20J 1.55J 1.01J 2.00J 6.29J
MW-3 8-May-12 30.1J 2.07J 0.64J 1.69J 0.79J 2.23J 3.76J 7.63JB
MW-3 28-Nov-12 28.6J 2.30J 0.32J 0.84J 0.43J 1.20J 3.54J 1.98J
MW-3 9-May-13 37.9J 0.51J 3.28J 1.53J 1.81J 2.21J 2.36J 6.15J 8.1J
MW-3 7-Nov-13 0.50J 37.9J 0.47J 0.09J 3.93J 1.78J 3.55J 4.17J 4.47J 24.7J 82B
MW-3 8-May-14 56.2J 0.70J 3.32J 2.45J 3.08J 3.28J 3.54J 8.62J 36.6
MW-3 6-Nov-14 30.8J 0.05J 1.14JB 0.40J 1.03J 0.42J 1.56J 3.85J 3.57JB
MW-3 6-May-15 0.81J 55.4J 0.71J 4.14JB 2.59J 3.17J 3.69J 4.36J 0.07J 11.3J 15.3
MW-3 28-Oct-15 25.0J 1.23J 0.25J 0.83J 4.17CN,J 3.12J 5.43B-01,J
MW-3 18-May-16 1.46J 0.35J 0.99J 3.48J 2.10J
MW-3 2-Nov-16 27.4J 1.60J 0.25J 1.00J 2.36J
MW-3 Deep 5-May-11 2.47J 3.11J 195 1.73 1.24 52.1 16 26 14 55.4 0.17J 0.55J 77.3 81
MW-3 Deep 9-May-12 0.35J 38.3J 0.93J 2.12J 1.71JB
MW-3 Deep 10-May-13 0.41J 37.7J 0.12J 0.09J 2.18JB 0.13J 1.32J 0.17J 2.49J 2.57J
MW-3 Deep 8-May-14 40.8J 0.13J 4.10J 1.59J 0.98J 2.78J 5.44J
MW-3 Deep 6-May-15 0.26J 2.16J 44.0J 0.13J 0.29J 1.90J 1.72J 2.47J 33.2
MW-3 Deep 28-Oct-15 1.02J 42.2J 0.70J 0.50J 0.64J 0.57J 3.00CN,J 5.87B-01,J
MW-3 Deep 19-May-16 1.50J 43.0J 0.69J 0.61J 0.40J 0.58J 2.37J 3.26J
MW-9 3-May-11 11.8J 1.44JB 0.27J 3.87J 0.61J 5.87J 4.62JB
MW-9 9-Nov-11 9.87J 1.73J 0.16J 2.04J 0.54J 4.77J
MW-9 9-May-12 13.7J 1.33J 0.34J 5.65J 0.09J 0.80J 8.37J 6.19JB
MW-A 3-May-11 40J 0.15J 1.38JB 3.48J 0.87J 12.5J 3.86JB
MW-A 9-Nov-11 0.36JB 44.2J 0.13J 1.81J 0.76J 9.32J 2.82J
MW-A 9-May-12 42.4J 0.10J 1.14J 8.20J 0.91J 15.5J 4.53JB
MW-A 27-Nov-12 0.36JB 45.6J 0.13J 0.97J 2.86J 1.17J 11.6J 1.86J 2.63J
MW-A 7-May-13 43.7J 0.14J 0.64J 1.48J 1.48J 0.07J 9.14J 1.09J 2.31J
MW-A 5-Nov-13 43.4J 1.65J 2.05J 0.76J 9.93J 20.3JB 3.37JB
MW-A 6-May-14 44.2J 0.14J 3.73JB 8.88J 0.84J 16.6J 1.15J 2.10JB
MW-A 4-Nov-14 45.1J 0.20J 6.14J 0.94J 18.7J 1.41J 1.87J
MW-A 5-May-15 46.9J 0.15J 3.44J 0.84J 13.4J 1.41J 1.82J
MW-A 27-Oct-15 0.26J 47.2J 0.14J 3.15J 1.18J 0.17J 12.9J 2.25CN,J 2.14J 5.23B-01,J
MW-A 17-May-16 0.35J 1.01J 44.3J 0.17J 9.54J 0.48J 19.8J 2.40J 1.64J
MW-A 1-Nov-16 48.6J 0.17J 7.25J 19.2J 3.85J
1302-MSWLF- &
1302-CDLF-1998
1302-MSWLF- &
1302-CDLF-1998
1302-MSWLF- &
1302-CDLF-1998
1302-MSWLF- &
1302-CDLF-1998
1302-MSWLF- &
1302-CDLF-1998
1302-MSWLF- &
1302-CDLF-1998
1302-MSWLF- &
1302-CDLF-1998
Page 2 of 14 January 2017
Table 5a
Detected Groundwater Constituents - Metals
November 2016 Semi-Annual Sampling Event
Cabarrus County Landfill Units 2 and 3
Facility Permit Number 1302-MSWLF- and 1302-CDLF-1998
Fa
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i
l
i
t
y

P
e
r
m
i
t

Nu
m
b
e
r
s
Mo
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i
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o
r
i
n
g

We
l
l

C
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d
e
Sa
m
p
l
e

D
a
t
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An
t
i
m
o
n
y
Ar
s
e
n
i
c
Ba
r
i
u
m
Be
r
y
l
l
i
u
m
Ca
d
m
i
u
m
Ch
r
o
m
i
u
m
Co
b
a
l
t
Co
p
p
e
r
Ir
o
n
Le
a
d
Ma
n
g
a
n
e
s
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Me
r
c
u
r
y
Ni
c
k
e
l
Se
l
e
n
i
u
m
Si
l
v
e
r
Th
a
l
l
i
u
m
Va
n
a
d
i
u
m
Zin
c
1*10 700 4*2 10 1*1,000 300 15 50 1 100 20 20 0.2*0.3*1,000
6 10 100 1 1 10 10 10 300 10 50 0.2 50 10 10 5.5 25 10
North Carolina 2L or Groundwater Protection
Standard
Solid Waste Section Limit
1302-MSWLF- &
1302-CDLF-1998
MW-B 4-May-11 2.35J 269 0.28J 3.78JB 18 3.45J 1.36J 11.3J 3.18J 0.14J 14.3J 9.95J
MW-B 9-Nov-11 2.59J 249 0.06J 8.75J 1.51J 0.70J 8.91J 3.54J 0.13J 3.6J
MW-B 9-May-12 191 8.68J 0.89J 0.09J 6.35J 15.9B
MW-B 29-Nov-12 5.88J 268 23.5 1.08J 0.20J 9.10J 2.29J 3.58J
MW-B 10-May-13 2.55J 197 9.39J 1.1J 0.29J 6.4J 2.89J 10.7
MW-B 6-Nov-13 2.02J 225 11.7 0.97J 0.23J 6.72J 1.49J 15.9JB 3.77JB
MW-B 8-May-14 2.73J 236 0.08J 11.5 1.25J 0.55J 8.80J 1.48J 5.81J 3.14J
MW-B 4-Nov-14 6.04J 226 0.06J 21.0 1.12J 0.18J 12.1J 2.75J 2.62JB 1.52J
MW-B 5-May-15 0.30J 1.50J 160 8.50J 1.25J 0.34J 7.05J 2.25J 1.97J
MW-B 29-Oct-15 2.61J 171 0.52J 16.5 0.53J 0.31J 5.45J 2.39CN,J 0.07J 7.39B-01,J
MW-B 19-May-16 0.30B-01,J 2.16J 225 1.05J 11.7 0.81J 0.39J 6.53J 0.06J 4.64J 3.54J
MW-B 3-Nov-16 2.43J 196 13.5 0.24J 6.84J 2.71J
MW-C 4-May-11 42.3J 0.44J 0.07J 7.32J 5.63J 2.58J 1.45J 4.14J 0.08J 7.26J 9.97J
MW-C 9-Nov-11 15.5J 0.15J 0.10J 0.62J 3.43J 1.06J 0.43J 4.19J 8.62J
MW-C 9-May-12 43.5J 0.43J 7.45J 17 3.94J 2.30J 6.85J 10.4J 22.2B
MW-C 29-Nov-12 35.8J 0.13J 2.75J 9.05J 1.17J 0.71J 3.94J 4.87J 8.07J
MW-C 9-May-13 19.7J 0.24J 2.96J 0.75J 1.36J 0.8J 1.77J 3.48J 10.1
MW-C 6-Nov-13 31.7J 0.26J 3.77J 9.54J 1.79J 0.82J 3.74J 23.5JB 18.8B
MW-C 7-May-14 19.6J 0.17J 2.98JB 3.20J 0.79J 0.26J 1.65J 3.08JB
MW-C 5-Nov-14 47.2J 0.10J 0.57J 1.68J 4.20J 1.30J 0.29J 4.74J 2.11JB 3.06J
MW-C 6-May-15 20.4J 0.30J 2.38J 2.26J 1.66J 0.91J 2.34J 3.53J 3.43J
MW-C 29-Oct-15 1.42J 47.9J 0.68J 11.6 7.47J 4.52J 3.04J 9.28J 1.15J 3.79CN,J 0.10J 19.4J 14.4B-01
MW-C 18-May-16 21.4J 0.21J 0.71J 1.78J 0.47J 0.25J 1.69J 4.11J 2.01J
MW-C 2-Nov-16 2.16J 34.0J 0.18J 1.30J 10.3 0.55J 0.33J 3.79J 3.51J
MW-D 4-May-11 193 0.81J 0.12J 32.3 11.7 30.2 5.28J 30.4J 0.25J 41.7 37.3
MW-D 9-Nov-11 0.36JB 118 0.25J 8.02J 3.05J 8.5J 1.47J 15.3J 0.07J 5.68J 12.1
MW-D 9-May-12 124 3J 8.97J 3.94J 0.61J 15.7J 5.12J 9.33JB
MW-D 28-Nov-12 0.98J 1.83J 117 0.11J 0.06J 2.31J 3.01J 3.63J 0.61J 13.8J 12.1J 5.11JB
MW-D 9-May-13 140 0.21J 0.08J 6.4J 6.72J 7.78J 0.94J 17.3J 25.8 10.8
MW-D 6-Nov-13 194 0.86J 0.25J 28.6 12.8 35.5 7.32J 27J 105B 37.9B
MW-D 7-May-14 169 0.21J 3.74JB 19.0 1.16J 20.7J 8.02J 1.43JB
MW-D 5-Nov-14 121 0.11J 0.06J 1.62J 7.61J 3.41J 0.72J 18.3J 0.95JB 7.00J
MW-D 5-May-15 1.79J 164 14.2 1.06J 21.7J 4.51J 1.62J
MW-D 29-Oct-15 0.30J 5.11J 199 0.74J 0.12J 39.0 10.4 32.7 6.25J 37.0J 5.92J 3.91CN,J 0.37J 50.7 48.5B-01
MW-D 18-May-16 1.65J 157 0.11J 0.85J 17.0 0.92J 0.19J 21.0J 3.92J 1.72J
MW-D 3-Nov-16 134 0.09J 8.75J 0.85J 0.21J 19.9J 3.64J
MW-E Rep 4-May-11 262 0.57J 1.18JB 12.4 1.09J 0.62J 15.1J 6.4J
MW-E Rep 8-Nov-11 1.07JB 267 0.41J 9.28J 0.83J 13.2J 0.07J 2.88J
MW-E Rep 8-May-12 303 0.31J 12.6 0.85J 0.32J 15.2J 1.72J 10.3B
MW-E Rep 8-May-13 286 0.34J 8.29J 1.08J 0.08J 14J 0.89J 3.71J
MW-E Rep 5-Nov-13 294 15.5 0.84J 0.22J 15.8J 14JB 6.38JB
MW-E Rep 6-May-14 342 0.44J 16.8 1.45J 0.67J 15.9J 7.58J 6.46JB
MW-E Rep 4-Nov-14 326 0.21J 8.39J 0.89J 0.28J 15.9J 1.57J 2.99JB 4.31J
MW-E Rep 5-May-15 348 0.30J 7.48J 1.02J 0.62J 14.5J 1.44J 12.2J 4.46J
MW-E Rep 27-Oct-15 0.91J 294 0.26J 1.12J 10.2 0.39J 12.3J 2.07CN,J 4.84B-01,J
MW-E Rep 18-May-16 1.11J 365 0.27J 12.0 0.32J 12.9J 2.31J 2.99J
MW-E Rep 1-Nov-16 297 0.15J 5.44J 0.17J 11.4J 5.13J
MW-E Deep 4-May-11 2.96J 2,530 0.25J 0.18J 1.14JB 66.4 3.11J 20 30.8J 57.9
MW-E Deep 8-Nov-11 3.66J 2,280 0.16J 0.22J 54.2 1.38J 16.4 26J 43.5
MW-E Deep 8-May-12 2.51J 2,210 0.53J 0.36J 50.1 31.6 94 24.9J 7.65J 60.9B
MW-E Deep 28-Nov-12 0.71J 3.86J 1,820 0.84J 1.99 4.56J 39.6 22.3 213 26.1J 0.18J 9.20J 67.2
MW-E Deep 8-May-13 4.56JB 1,730 0.34J 0.71J 37.9 4.7J 74.5 20J 43
MW-E Deep 6-Nov-13 1.09J 2,240 0.19J 0.32J 39.7 2.34J 39.3 20.5J 16JB 41.2B
MW-E Deep 6-May-14 2.69J 2,080 0.60J 0.44J 63.4 6.29J 60.9 32.7J 2.49J 32.2B
MW-E Deep 4-Nov-14 3.29J 2,000 0.31J 0.47J 43.6 6.41J 55.6 20.4J 3.75JB 30.0
MW-E Deep 5-May-15 2.42J 2,040 0.25J 0.19J 34.4 2.70J 22.2 17.3J 0.87J 2.54J 19.3
MW-E Deep 27-Oct-15 2.55J 1,900 0.28J 0.23J 34.3 4.34J 38.2 14.2J 2.81CN,J 2.97J 24.3B-01
MW-E Deep 18-May-16 3.54J 2,150 0.48J 0.67J 0.93J 37.0 8.73J 76.4 16.0J 1.07J 8.52J 30.6
MW-E Deep 1-Nov-16 2.43J 1,960 0.22J 0.18J 34.5 2.34J 18.5 14.6J 19.3
MW-F 4-May-11 136 0.14J 0.75JB 1.29J 0.91J 3.15J 2.24J
MW-F 9-Nov-11 0.17J 5.42J 219 0.06J 10.6 1.06J 4.44J 1.57J
MW-F 9-May-12 3.19J 242 8.35J 1.27J 3.33J 0.92J 2.85J 2.34JB
MW-F 29-Nov-12 283 0.15J 1.86J 8.50J 1.07J 0.59J 5.00J 1.52J 3.76J 4.46J
MW-F 10-May-13 1.55J 1.17J 154 0.21J 1.63JB 5.16J 1.56J 0.15J 2.78J 2J 0.12J 4.86J
MW-F 6-Nov-13 2.01J 255 11.2 0.82J 0.19J 3.45J 0.83J 12.7JB 2.43JB
MW-F 8-May-14 5.17J 213 0.16J 10.4 0.97J 0.54J 4.88J 1.04J 6.84J 1.77J
MW-F 4-Nov-14 2.92J 262 0.23J 11.3 0.80J 0.45J 5.51J 3.09J 1.25J
MW-F 5-May-15 0.31J 2.29J 129 0.11J 1.39J 0.73J 0.10J 4.57J 1.85J
MW-F 28-Oct-15 5.94J 262 0.45J 13.0 0.79J 0.14J 4.80J 1.92CN,J 3.67B-01,J
MW-F 18-May-16 3.40J 214 9.62J 3.84J
MW-F 3-Nov-16 231 0.14J 7.64J 4.63J
1302-MSWLF- &
1302-CDLF-1998
1302-MSWLF- &
1302-CDLF-1998
1302-MSWLF- &
1302-CDLF-1998
1302-MSWLF- &
1302-CDLF-1998
1302-MSWLF- &
1302-CDLF-1998
1302-MSWLF- &
1302-CDLF-1998
Page 3 of 14 January 2017
Table 5a
Detected Groundwater Constituents - Metals
November 2016 Semi-Annual Sampling Event
Cabarrus County Landfill Units 2 and 3
Facility Permit Number 1302-MSWLF- and 1302-CDLF-1998
Fa
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Nu
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We
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C
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Sa
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D
a
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An
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Ba
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Be
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y
l
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Ca
d
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Ch
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o
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Co
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a
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Co
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Ir
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Ma
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Me
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y
Ni
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Se
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Si
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Th
a
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u
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Va
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a
d
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u
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Zin
c
1*10 700 4*2 10 1*1,000 300 15 50 1 100 20 20 0.2*0.3*1,000
6 10 100 1 1 10 10 10 300 10 50 0.2 50 10 10 5.5 25 10
North Carolina 2L or Groundwater Protection
Standard
Solid Waste Section Limit
1302-MSWLF- &
1302-CDLF-1998
MW-G 4-May-11 148 0.08J 0.19J 1.07JB 14.6 12.6 1.15J 32.5J 8.16J 6.12J 4.01J
MW-G 9-Nov-11 0.14J 2.75J 420 0.12J 4.99J 0.87JB 3.17J 2.79J 2.51J
MW-G 9-May-12 4.45J 302 2.19J 0.86J 4.40J 1.41J 4.25J 13.7B
MW-G 29-Nov-12 2.03J 385 0.15J 2.14J 0.96J 0.12J 3.69J 3.03J 2.79J 2.86J
MW-G 10-May-13 354 0.18J 5.08J 1.19J 0.14J 2.43J 1.51J 2.11J 5.14J
MW-G 6-Nov-13 5.44J 346 3.09J 0.81J 0.09J 4.81J 2.75J 12.4JB 2.49JB
MW-G 8-May-14 4.42J 373 0.20J 6.69J 1.31J 0.27J 5.00J 2.95J 7.99J 4.08J
MW-G 4-Nov-14 12.3 480 0.26J 7.02J 2.57J 0.61J 9.32J 2.96J 0.17J 10.6JB 6.72J
MW-G 5-May-15 2.13J 340 0.18J 5.62J 2.30J 0.37J 5.29J 4.79J 4.85J 4.16J
MW-G 28-Oct-15 4.45J 387 0.14J 1.23J 5.01J 0.74J 0.19J 4.88J 2.09CN,J 2.76J 3.69B-01,J
MW-G 19-May-16 3.19J 412 0.15J 1.31J 6.07J 0.89J 0.26J 5.07J 4.72J 4.62J
MW-G (dup)19-May-16 0.31B-01,J 3.51J 417 0.11J 1.05J 5.37J 0.09J 3.64J 2.55J 2.08J
MW-G 3-Nov-16 6.65J 418 0.09J 1.23J 3.67J 1.00J 5.36J 5.04J
MW-H 5-May-11 62.2J 0.31J 9.05J 2.05J 6.94J 1.68J 6.89J 0.08J 9.85J 16.9
MW-H 9-Nov-11 0.14J 32.6J 0.13J 2.69J 0.71J 2.93J 0.59J 2.83J 7.37J
MW-H 9-May-12 44.9J 0.13J 3.58J 0.89J 4.23J 1.17J 3.17J 5.79J 12.1B
MW-H 29-Nov-12 37.8J 1.68J 0.25J 1.62J 0.29J 1.13J 2.89J 5.65J
MW-H 9-May-13 27.9J 1.94J 0.21J 1.33J 0.22J 1.1J 2.68J 5.45J
MW-H 7-Nov-13 72J 0.38J 4.94J 2.51J 6.39J 2.65J 5.96J 15.4J 16.4B
MW-H 8-May-14 67.0J 0.47J 3.48J 1.73J 6.34J 2.12J 4.49J 9.00J 14.2
MW-H 6-Nov-14 49.8J 0.17J 2.04JB 0.95J 3.67J 0.95J 2.97J 5.33J 7.55JB
MW-H 5-May-15 1.20J 52.5J 0.20J 0.50JB 0.89J 4.34J 1.27J 2.94J 4.63J 7.65J
MW-H 29-Oct-15 1.85J 78.1J 0.48J 8.22J 2.56J 8.56J 2.51J 7.19J 2.57J 4.20CN,J 0.09J 14.7J 22.9B-01
MW-H 19-May-16 1.24J 52.3J 0.25J 4.01J 1.16J 3.62J 1.26J 3.27J 1.52J 8.62J 9.43J
MW-H 3-Nov-16 67.8J 0.33J 5.81J 1.96J 5.86J 1.78J 5.59J 2.87J 10.7J 15.7
MW-H Deep 5-May-11 57.5J 0.22J 4.33JB 0.82J 4.35J 1.57J 2.65J 7.23J 7.84J
MW-H Deep 9-Nov-11 29.2J 0.05J 1.17J 0.71J 2.07J 0.45J 1.62J 2.55J
MW-H Deep 9-May-12 0.74J 49.6J 0.18J 3.41J 0.95J 5.67J 1.42J 2.91J 7.53J 13.2B
MW-H Deep 28-Nov-12 52.4J 1.28J 1.59J 0.96J 2.44J 2.62J
MW-H Deep 9-May-13 0.83J 43J 0.47J 2.2J 0.22J 1.45J 6.98J
MW-H Deep (dup)9-May-13 0.24J 44.1J 1.05J 0.19J 1.72J 0.22J 1.4J 3.34J 13.3
MW-H Deep 7-Nov-13 40.9J 0.28J 1.85J 0.23J 1.39J 12.1J 5.29JB
MW-H Deep 8-May-14 55.0J 0.10J 0.32J 2.03J 0.37J 1.63J 3.89J
MW-H Deep 6-Nov-14 49.9J 0.08J 1.33JB 1.45J 0.19J 2.00J 4.18J 9.25JB
MW-H Deep (dup)6-Nov-14 49.4J 1.54JB 0.50J 1.74J 0.27J 1.93J 6.32JB
MW-H Deep 5-May-15 1.84J 44.4J 0.29J 2.69J 0.38J 1.97J 2.00J 2.00J
MW-H Deep (dup)5-May-15 1.42J 39.8J 0.13J 1.08J 0.31J 2.88J 0.37J 2.26J 3.23J
MW-H Deep 29-Oct-15 45.9J 0.64J 1.49JB 0.23J 1.57J 3.82CN,J 4.80J 3.06B-01,J
MW-H Deep 19-May-16 1.10B-01,J 55.9J 0.12J 0.87J 2.36J 0.45J 1.33J 0.10J 5.45J 2.27J
MW-H Deep 3-Nov-16 54.7J 1.14J 0.25J 0.89J
MW-I 4-May-11 26.3J 0.16J 4.87JB 0.29J 0.94J 0.44J 2.44J 4.15J 3.14J
MW-I 9-Nov-11 0.30JB 12J 0.12JB 0.66J 0.11J 0.81J 1.24J 0.28J 3.36J
MW-I 9-May-12 0.25J 17.6J 0.33J 1.80J 0.20J 1.65J 0.27J 3.01J 3.53J 11.5B
MW-I (dup)9-May-12 16.2J 0.31J 1.71J 1.11J 0.23J 2.39J 8.56JB
MW-I 28-Nov-12 0.30J 14.3J 0.73J 0.44J 0.94J 2.49J 1.05JB
MW-I 10-May-13 0.49J 17.8J 0.22J 0.07J 1.38JB 0.34J 0.79J 0.31J 1.32J 3.39J
MW-I 7-Nov-13 14.2J 0.12J 0.21J 0.59J 0.20J 1.41J 6.83J 2.61JB
MW-I 7-May-14 13.9J 0.13J 3.44JB 0.77J 0.19J 1.31J 1.31J 1.53JB
MW-I 5-Nov-14 20.7J 0.16J 0.05J 0.82J 0.26J 0.90J 0.31J 1.56J 2.55JB 1.70J
MW-I 5-May-15 0.50J 15.4J 0.17J 1.81J 1.71J 0.33J 1.85J 1.86J
MW-I 29-Oct-15 21.1J 0.21J 1.10J 0.62J 0.28J 1.57J 4.40CN,J 4.71J 4.32B-01,J
MW-I 19-May-16 0.37B-01,J 20.7J 0.20J 1.07J 0.33J 1.75J 3.09J 2.42J
MW-I 3-Nov-16 24.2J 0.29J 0.07J 1.30J 0.55J 0.84J 1.43J 3.58J
MW-J 4-May-11 38.4J 0.31J 6.14J 2.01J 3J 2.4J 5.47J 0.08J 13J 11.2
MW-J 9-Nov-11 0.16JB 35.3J 1.55J 0.44J 1.26J 0.27JB 5.84J 0.12J 5.98J
MW-J 9-May-12 15.2J 1.64J 0.38J 1.41J 0.52J 2.76J 3.35J 15B
MW-J 29-Nov-12 16.4J 1.39J 0.30J 2.54J 0.30J 1.20J 3.93J 4.89J
MW-J 8-May-13 10.6J 0.86J 0.31J 1.16J 0.27J 1.38J 4.81J 2.7J
MW-J 6-Nov-13 17.8J 0.79J 1.43J 0.91J 2.28J 21.4JB 4.73JB
MW-J 7-May-14 31.6J 3.02JB 0.52J 1.41J 0.83J 2.03J 3.40J 4.24JB
MW-J 4-Nov-14 27.4J 0.17J 1.45J 1.24J 2.00J 1.16J 3.54J 9.58JB 6.38JB
MW-J 6-May-15 10.7J 1.38J 0.51J 2.00J 0.63J 2.48J 3.51J 3.36J
MW-J 28-Oct-15 1.21J 11.0J 0.58B-01,J 0.45J 1.64J 0.38J 2.06J 3.59CN,J 2.47J 5.91J
MW-J 18-May-16 0.96J 28.2J 0.25J 3.11J 1.40J 1.62J 1.99J 3.55J 0.90J 12.0J 6.86J
MW-J 2-Nov-16 32.2J 0.28J 4.86J 2.51J 2.38J 2.74J 5.69J 1.66J 14.9J 11.0
1302-MSWLF- &
1302-CDLF-1998
1302-MSWLF- &
1302-CDLF-1998
1302-MSWLF- &
1302-CDLF-1998
1302-MSWLF- &
1302-CDLF-1998
1302-MSWLF- &
1302-CDLF-1998
Page 4 of 14 January 2017
Table 5a
Detected Groundwater Constituents - Metals
November 2016 Semi-Annual Sampling Event
Cabarrus County Landfill Units 2 and 3
Facility Permit Number 1302-MSWLF- and 1302-CDLF-1998
Fa
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We
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An
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Be
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l
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Ca
d
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Ch
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Co
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Ni
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a
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Va
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a
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Zin
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1*10 700 4*2 10 1*1,000 300 15 50 1 100 20 20 0.2*0.3*1,000
6 10 100 1 1 10 10 10 300 10 50 0.2 50 10 10 5.5 25 10
North Carolina 2L or Groundwater Protection
Standard
Solid Waste Section Limit
1302-MSWLF- &
1302-CDLF-1998
MW-K 4-May-11 25.2J 0.26J 6.52J 1.57J 2.25J 1.53J 3.65J 11J 7.96J
MW-K 9-Nov-11 17.7J 0.14JB 2.51J 0.73J 3.67J 0.73J 2.07J 0.07J 4.96J 4.09J
MW-K 9-May-12 35.2J 0.22J 7.59J 2.98J 3.66J 1.92J 6.06J 13.8J 20.1B
MW-K 28-Nov-12 16.1J 1.35J 0.28J 0.74J 0.28J 1.42J 2.53J 4.44JB
MW-K 8-May-13 1.02JB 17J 0.15J 1.91J 0.71J 1.33J 0.69J 2.24J 6.05J 5.28J
MW-K 6-Nov-13 13.9J 2.68J 0.76J 1.26J 0.43J 1.94J 23JB 4.68JB
MW-K 7-May-14 17.5J 0.12J 4.27JB 0.49J 1.30J 0.70J 1.83J 3.49J 2.46JB
MW-K 5-Nov-14 13.3J 0.13J 1.21J 0.53J 1.20J 0.43J 1.97J 3.82JB 3.19J
MW-K 5-May-15 1.16J 1.42J 15.3J 0.14J 0.49J 1.99J 0.71J 2.54J 4.66J 2.95J
MW-K 29-Oct-15 0.35J 26.2J 0.19J 2.54B-01,J 1.16J 2.41J 1.04J 4.17J 2.87CN,J 6.18J 5.60J
MW-K 18-May-16 1.43J 17.8J 0.16J 3.25J 0.89J 1.03J 0.83J 2.28J 1.18J 8.68J 5.35J
MW-K 2-Nov-16 17.8J 0.16J 2.60J 0.87J 0.94J 0.72J 2.04J 1.78J 4.01J
MW-K (dup)2-Nov-16 4.05J 1.31J 0.63J 0.18J 1.17J 1.08J 2.18J
MW-L 4-May-11 45.7J 2.67JB 0.35J 0.7J 0.2J 1.64J 3.96J
MW-L 9-Nov-11 0.19J 40.9J 0.06J 1.64J 0.41J 0.93J 0.37J 1.49J 3.72J
MW-L 9-May-12 43.8J 1.20J 0.52J 0.09J 1.27J 1.93J 2.16JB
MW-L 28-Nov-12 0.82J 23.0J 1.74J 0.32J 0.39J 2.21J 6.47J 3.75J
MW-L 9-May-13 1.24JB 43.5J 1.12J 0.49J 0.83J 0.22J 1.95J 2.9J 3.29J
MW-L 7-Nov-13 49.2J 0.19J 0.88J 1.20J 2.49J 0.85J 3.62J 11.8J 11.5B
MW-L 8-May-14 43.7J 0.07J 0.67J 0.14J 1.28J 1.95J
MW-L 5-Nov-14 38.6J 0.76J 0.14J 1.32J 2.44J 2.28JB
MW-L 6-May-15 40J 0.81J 0.16J 1.27J 2.23J
MW-L 28-Oct-15 33.5J 1.05J 0.29J 0.31J 1.07J 4.04CN,J 2.87J 6.06B-01-J
MW-L 19-May-16 38.4J 0.88J 1.01J 2.23J 1.48J
MW-L 2-Nov-16 35.2J 1.00J 1.04J 2.46J
MW-L Deep 4-May-11 0.44J 56.8J 0.34J 14.7 2.86J 3.62J 3.39J 13.6J 15.2J 12.7
MW-L Deep 9-May-12 0.62J 23J 2.03J 0.83J 1.60J 0.68J 3.14J 8.53J 7.99JB
MW-L Deep 10-May-13 0.41J 19.2J 0.24J 1.89J 0.27J 1.63J 2.08J 21.8
MW-L Deep 8-May-14 27.9J 1.34JB 0.11J 1.32J 6.06J
MW-L Deep 6-May-15 0.36J 23.1J 0.90J 1.24J 1.50J 2.45J 45.1
MW-L Deep 29-Oct-15 0.58J 23.0J 0.47B-01,J 1.23J 0.09J 1.62J 3.73CN,J 81.1
MW-L Deep 19-May-16 0.46J 30.8J 0.44J 1.87J 0.17J 1.27J 4.59J 116
MW-M 5-May-11 0.92J 64.2J 0.56J 2.68J 2.64J 15.6 4.83J 5.84J 0.14J 18.2J 15.2
MW-M 9-May-12 40.3J 0.26J 2.46J 1.38J 8.56J 3.07J 3.80J 11.8J 15.2B
MW-M 10-May-13 34.9J 0.16J 1.44JB 0.69J 2.21J 0.5J 1.68J 2.2J
MW-M 8-May-14 37.1J 0.10J 0.80J 0.30J 2.00J 0.63J 1.91J 2.42J
MW-M 5-May-15 1.93J 39.4J 0.88J 2.02J 0.51J 2.18J 4.07J 1.71J
MW-M 29-Oct-15 38.9J 0.10J 1.56B-01,J 0.39J 2.10J 0.62J 2.10J 3.09CN,J 1.78J 4.96J
MW-M 18-May-16 0.92J 38.8J 0.60J 0.46J 1.60J 0.58J 1.47J 6.84J 1.54J
MW-X 4-May-11 0.32J 51.5J 0.21J 7.8J 2.79J 2.91J 1.49JB 11J 0.08J 12.2J 12.3
MW-X 9-Nov-11 23.1J 0.22JB 2.97J 1.21J 2.46J 1.77J 4.34J 0.07J 10.5J 6.75J
MW-X 9-May-12 34.9J 1.52J 1.37J 5.63J 8.77JB
MW-X 29-Nov-12 29.3J 1.80J 0.33J 1.31J 0.25J 4.74J 5.19J 2.17JB
MW-X 29-Nov-12 32.0J 3.20J 0.75J 1.54J 0.39J 5.79J 5.63J 4.82JB
MW-X 8-May-13 1.53JB 35.4J 0.77J 0.73J 1.8J 0.24J 6.37J 3.12J 4.55J
MW-X 6-Nov-13 24.1J 1.12J 0.35J 1.04J 0.32J 4.27J 18.2JB 3.96JB
MW-X 7-May-14 37.0J 0.05J 4.91JB 0.73J 1.25J 0.44J 5.74J 4.70J 3.84JB
MW-X 5-Nov-14 26.8J 2.58JB 0.36J 0.97J 0.19J 3.67J 11.2J 2.10JB
MW-X 6-May-15 28.9J 1.86J 0.32J 2.68J 0.21J 4.33J 2.51J 1.42J
MW-X 29-Oct-15 27.8J 2.08B-01,J 1.29J 4.65J 3.24CN,J 1.74J
MW-X 18-May-16 0.86J 32.0J 1.71J 0.52J 0.68J 0.34J 4.38J 6.50J 2.22J
MW-X 2-Nov-16 32.3J 1.70J 1.60J 0.29J 3.56J 2.69J
Notes:
1. All units are in micrograms per liter (parts per billion).
2. Monitoring wells MW-3 Deep, -L Deep, -and -M are sampled annually during the spring event.
3. * - Groundwater Protection Standard
4. (dup) - Duplicate
5. J - Indicates the analytical result is an estimated concentration between the method detection limit and the Solid Waste Section Reporting Limit.
6. B/B-01 - Indicates constituent was detected in the batch blank above the method detection limit.
7. CN - Detected silver concentrations were determined to be the result of contamination from the preservative acid used.
8. The November 2012 sampling event was the first event that CD-1s/CD-1d replaced MW-9 as the background monitoring wells.
9. MW-9 was removed from the monitoring program in November 2012.
10. MW-E Rep was not sampled during the November 2012 sampling event due to laboratory oversight.
- Concentration exceeds the 15A NCAC 02L .0202 or Groundwater Protection Standard
- Indicates the result is below the detection limit or not analyzed .
1302-MSWLF- &
1302-CDLF-1998
1302-MSWLF- &
1302-CDLF-1998
1302-MSWLF- &
1302-CDLF-1998
1302-MSWLF- &
1302-CDLF-1998
1302-MSWLF- &
1302-CDLF-1998
Page 5 of 14 January 2017
Table 5b
Detected Groundwater Constituents - Volatile Organic Compounds
November 2016 Semi-Annual Sampling Event
Cabarrus County Landfill Units 2 and 3
Facility Permit Numbers 1302-MSWLF- and 1302-CDLF-1998
Fa
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6,000 1 4,000 40*700 50 3,000 70 20 6 6 0.4 7 0.6 70 600 5 560*100 0.7 600 500 200 3 2,000 0.03 3
100 1 100 50 100 3 10 5 5 1 5 1 5 1 5 1 1 100 5 1 1 5 1 1 1 1 15
CD-1s 3-May-11
CD-1s 8-Nov-11
CD-1s 7-May-12
CD-1s 27-Nov-12 0.4J 0.2J
CD-1s 7-May-13
CD-1s 5-Nov-13
CD-1s 6-May-14
CD-1s 4-Nov-14
CD-1s 5-May-15
CD-1s 27-Oct-15
CD-1s 17-May-16
CD-1s 1-Nov-16
CD-1d 3-May-11
CD-1d 8-Nov-11
CD-1d 7-May-12
CD-1d 27-Nov-12
CD-1d 7-May-13
CD-1d 5-Nov-13
CD-1d 6-May-14
CD-1d 4-Nov-14
CD-1d 5-May-15
CD-1d 27-Oct-15
CD-1d 17-May-16
CD-1d 1-Nov-16
CD-4 Rep 3-May-11
CD-4 Rep (dup)3-May-11
CD-4 Rep 8-Nov-11
CD-4 Rep 8-May-12
CD-4 Rep 28-Nov-12 0.3J
CD-4 Rep 9-May-13
CD-4 Rep 7-Nov-13 0.6J
CD-4 Rep 6-May-14
CD-4 Rep 4-Nov-14
CD-4 Rep 6-May-15
CD-4 Rep 27-Oct-15
CD-4 Rep 17-May-16
CD-4 Rep 2-Nov-16
CD-6 3-May-11 0.7J 0.9J
CD-6 8-Nov-11 1.7J 1.4 0.6J
CD-6 8-May-12 2.2J 1.7 0.9J
CD-6 28-Nov-12 2.8J 0.4J 1.2 0.8J
CD-6 9-May-13 3.6J 1.6 1.3
CD-6 7-Nov-13 36J 1.2 0.6J 1.4J 7.8 8.4 0.6J 1.2 57 0.5J 4.6 2.4 1.7
CD-6 6-May-14 5.2 0.3J 1.1 1.2
CD-6 4-Nov-14 4.7J 0.3J 1.4 1.2
CD-6 6-May-15 3.7J 1.5 1.1
CD-6 27-Oct-15 3.1J 1.0 0.9J
CD-6 17-May-16 1.5J 0.5J 0.7J
CD-6 1-Nov-16 2.2J 0.6J 0.9J
AMW-1s 3-May-11 0.5J 1J 0.9J 9.2 1J 15 0.7J 3.0 3.8
AMW-1s 8-Nov-11 0.5J 0.7J 0.9J 11 0.7J 15 0.7J 3.1 3.1
AMW-1s 7-May-12 0.7J 1J 1 12 0.8J 16 0.8J 3.5 3.9
AMW-1s 28-Nov-12 0.6J 0.8J 1.1 10 0.7J 14 0.6J 3.2 3.4
AMW-1s 8-May-13 0.9J 0.9J 1.4 13 0.9J 18 1J 4.1 4.3
AMW-1s 6-Nov-13 0.9J 0.9J 1.3 13 0.9J 15 1J 3.8 3.9
AMW-1s 7-May-14 0.9J 0.9J 1.1 9.8 0.7J 12 1.4 3.6 2.8
AMW-1s 5-Nov-14 0.6J 1.0J 9.0 0.5J 10 2.5 2.8
AMW-1s 7-May-15 0.8J 1.3 8.1 0.5J 9.9 0.9J 3.1 2.6
AMW-1s 29-Oct-15 0.4J 0.8J 0.8J 5.8 6.1 1.6 1.4
AMW-1s 18-May-16 0.6J 0.5J 0.9J 5.7 7.6 0.6J 1.8 1.7
AMW-1s 2-Nov-16 0.2J 1.1J 24 2.8J 15 10 7.1 0.9J
AMW-1d 3-May-11 1.1 2J 1.1J,B 0.8J 24 1.9J 28 0.3J 4.2 4.7 0.3J
AMW-1d 8-Nov-11 1.2 1.4J 0.8J 28 1.8J 30 0.5J 0.6J 5.8 0.3J 0.4J
AMW-1d 7-May-12 1.2 1.7J 0.9J 27 1.8J 35 0.4J 0.4J 1.7 4.8 0.4J
AMW-1d 28-Nov-12 1.2 5.0J 1.3J 0.9J 29 1.9J 36 0.4J 0.6J 2.0 5.0
AMW-1d 8-May-13 1.1 2J 1.7 26 0.2J 2J 0.6J 40 0.6J 6.2 0.4J
AMW-1d 6-Nov-13 1.1 2.6J 0.8J 29 2.2J 38 0.4J 0.5J 5.2 0.5J
AMW-1d 7-May-14 1.2 2.2J 1.0 30 2.3J 36 0.6J 1.6 7.3 0.6J
AMW-1d 5-Nov-14 1.3 1.7J 1.0J 31 1.3J 13 0.5J 0.7J 3.2 0.3J 29
AMW-1d 7-May-15 1.2 1.2J 1.1 24 0.7J 7.1 0.4J 1.2 1.9 18
AMW-1d 29-Oct-15 1.0 2.0J 0.7J 23 2.8J 20
AMW-1d 18-May-16 1.1 0.9J 23 9.7 1.6 8.0
AMW-1d 3-Nov-16 1.4 2.2J 1.0 26 0.8J 7.0 0.5J 13
AMW-2s 3-May-11 0.8J 10 1J 2.8J 2.5 5.4 3 0.7J
AMW-2s 8-Nov-11 0.8J 11 1J 3.8J 2.9 5 3.2 0.8J
AMW-2s 8-May-12 0.8J 12 1.2J 4.3J 2.7 5.8 3.8 0.9J
AMW-2s 29-Nov-12 0.7J 12 1.1J 4.9J 2.2 6.4 4.1 0.8J
AMW-2s 9-May-13 9 0.8J 4.7J 1.4 5.2 3.4 0.6J
AMW-2s 6-Nov-13 10 0.9J 4.8J 1.3 4.9 3.4 0.7J
AMW-2s 7-May-14 0.5J 12 0.8J 5.2 1.2 4.6 3.3 0.5J
AMW-2s 5-Nov-14 12 0.9J 6.4 0.9J 5.5 4.2 0.6J
AMW-2s 6-May-15 9.3 0.6J 5.5 0.6J 4.2 3.1 0.4J
AMW-2s 28-Oct-15 8.4 5.7 0.7J 3.3 2.6
AMW-2s (dup)28-Oct-15 8.4 0.7J 5.9 0.7J 3.7 2.9
AMW-2s 17-May-16 8.5 6.4 0.7J 3.5 3.0
AMW-2s 1-Nov-16 10 0.8J 8.0 0.9J 4.1 3.2
1302-MSWLF- &
1302-CDLF-1998
North Carolina 2L or Groundwater Protection
Standard
Solid Waste Section Limit
1302-MSWLF- &
1302-CDLF-1998
1302-MSWLF- &
1302-CDLF-1998
1302-MSWLF- &
1302-CDLF-1998
1302-MSWLF- &
1302-CDLF-1998
1302-MSWLF- &
1302-CDLF-1998
1302-MSWLF- &
1302-CDLF-1998
Page 6 of 14 January 2017
Table 5b
Detected Groundwater Constituents - Volatile Organic Compounds
November 2016 Semi-Annual Sampling Event
Cabarrus County Landfill Units 2 and 3
Facility Permit Numbers 1302-MSWLF- and 1302-CDLF-1998
Fa
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6,000 1 4,000 40*700 50 3,000 70 20 6 6 0.4 7 0.6 70 600 5 560*100 0.7 600 500 200 3 2,000 0.03 3
100 1 100 50 100 3 10 5 5 1 5 1 5 1 5 1 1 100 5 1 1 5 1 1 1 1 15
North Carolina 2L or Groundwater Protection
Standard
Solid Waste Section Limit
1302-MSWLF- &
1302-CDLF-1998
AMW-2d 3-May-11 5.6 0.9J 1.4J 2 4.0 2.3 1.4
AMW-2d 8-Nov-11 8.8 1J 1.9J 1.2 6.5 2.8 1.3
AMW-2d 8-May-12 9.7 1J 2J 1 6.1 3.1 1.1
AMW-2d 28-Nov-12 11 1.2J 2.5J 6.6 3.2 0.7J
AMW-2d 9-May-13 12 1.2J 4.6J 1.1 7.8 4 1.2
AMW-2d 6-Nov-13 9.4 0.6J 9.1 0.7J 2.9 1.9 0.6J
AMW-2d 7-May-14 0.7J 19 1.8J 6.0 2.0 8.5 5.6 1.4
AMW-2d 5-Nov-14 15 5.7 1.4 4.7 4.2 0.9J
AMW-2d 6-May-15 19 1.5J 8.4 1.3 9.8 6.3 0.8J
AMW-2d 28-Oct-15 14 0.8J 6.3 1.3 4.3 3.7 0.6J
AMW-2d 17-May-16 0.5J 0.3J 17 1.0J 9.2 1.3 7.6 5.2 0.7J
AMW-2d 2-Nov-16 0.4J 0.5J 5.0 6.2 2.0 1.2
MW-1 3-May-11 0.7J
MW-1 8-Nov-11 0.4J
MW-1 8-May-12 0.4J 0.7J
MW-1 27-Nov-12 0.4J 0.8J
MW-1 9-May-13
MW-1 5-Nov-13 1.0J 0.4J
MW-1 7-May-14 0.4J 0.4J 2.4J 0.9J 0.5J 0.4J
MW-1 (dup)7-May-14 0.3J 0.4J 2.4J 0.9J 0.5J 0.4J
MW-1 3-Nov-14 1.3J 0.4J 0.4J
MW-1 5-May-15 0.4J 1.1J 0.4J
MW-1 27-Oct-15 0.5J
MW-1 18-May-16 1.2J 0.6J
MW-1 1-Nov-16 1.0J
MW-3 4-May-11 7.4 1.4J 0.8J 13 4 1.1
MW-3 9-Nov-11 12 1.7J 1.8J 0.7J 16 5.3 1.2
MW-3 (dup)9-Nov-11 13 2J 1.8J 0.7J 15 5.3 1.6
MW-3 8-May-12 9.6 1.7J 1.2J 0.5J 17 5.4 1.3
MW-3 28-Nov-12 12 1.4J 1.9J 0.9J 15 5.2
MW-3 9-May-13 10 1.4J 1.7J 0.6J 18 5.7 1.1
MW-3 7-Nov-13 12 1.5J 1.7J 0.6J 15 5.1 1.0
MW-3 8-May-14 15 2.0J 2.6J 0.7J 17 6.1 1.0
MW-3 6-Nov-14 16 1.8J 3.6J 0.7J 18 7.4 1.2
MW-3 6-May-15 14 0.8J 3.1J 0.6J 17 5.9 0.9J
MW-3 28-Oct-15 13 1.4J 3.8J 13 5.2 0.8J
MW-3 18-May-16 13 1.3J 4.1J 0.6J 15 6.0 0.8J
MW-3 2-Nov-16 14 2.4J 4.8J 0.6J 14 5.7 1.2
MW-3 Deep 4-May-11 0.5J
MW-3 Deep 8-May-12 0.4J
MW-3 Deep 10-May-13 1J 0.6J 0.4J
MW-3 Deep 8-May-14 0.4J
MW-3 Deep 6-May-15 1.2J 0.4J 0.4J
MW-3 Deep 28-Oct-15 1.4J 0.4J
MW-3 Deep 19-May-16 1.2J
MW-9 3-May-11 0.8J
MW-9 9-Nov-11 1.1
MW-9 9-May-12 1.4
MW-A 3-May-11 7.4 1J 4.7J 12 14 2.2 2.2 110 0.8J 0.4J 3.9 3.1J 3.2 0.7J
MW-A 9-Nov-11 9.2 1.4J 6.5J 16 18 2.8 2.4 120 2 0.6J 6.5 5.2 3.8 1J
MW-A 9-May-12 8.8 1.1J 6.5J 17 26 3.8 0.5J 2 110 0.9J 0.4J 6.5 2.6J 0.5J 4.5 0.2J 1.1
MW-A 27-Nov-12 9.3 1.6J 6.9J 15 25 3.9 0.6J 2.2 130 0.4J 0.5J 0.5J 4.7 1.7J 0.4J 4.4 0.8J
MW-A 7-May-13 9.1 1.3J 5.1J 22 23 3 0.4J 2.4 120 0.6J 0.8J 0.5J 6.2 0.3J 8.0 4.3
MW-A 5-Nov-13 11 1.4J 5.7J 0.4J 25 22 4.1 130 1.4 6.2 6.0 3.8 1.0
MW-A 6-May-14 11 1.3J 5.6J 0.3J 28 18 3.6 0.2J 2.1 120 0.7J 4.6 0.4J 5.3 0.4J 5.8 3.3 1.0
MW-A 4-Nov-14 9.5 1.6J 5.6J 0.3J 31 21 2.6 130 0.4J 1.1 0.5J 5.7 2.0J 4.5 1.0J
MW-A 5-May-15 9.3 1.4J 5.0J 0.3J 24 16 2.5 2.1 110 0.8J 0.8J 0.5J 5.6 0.4J 5.3 3.6 0.6J
MW-A 27-Oct-15 9.1 1.4J 5.4J 28 15 2.3 110 0.7J 0.8J 5.9 0.3J 4.4J 3.4 0.7J
MW-A 17-May-16 9.7 1.5J 31 15 1.3 2.2 120 1.1 1.4 4.8 0.6J 5.2 3.7 0.8J
MW-A 1-Nov-16 11 1.6J 5.7J 36 17 1.6 2.6 140 0.7J 1.4 0.5J 5.7 4.7J 3.8 0.9J
MW-B 3-May-11
MW-B 8-Nov-11
MW-B 8-May-12
MW-B 28-Nov-12 0.9J
MW-B 9-May-13
MW-B 5-Nov-13
MW-B 7-May-14
MW-B 3-Nov-14
MW-B 5-May-15
MW-B 28-Oct-15
MW-B 18-May-16
MW-B 2-Nov-16
MW-C 3-May-11
MW-C 8-Nov-11 1.4J
MW-C 8-May-12
MW-C 28-Nov-12 0.6J 0.5J
MW-C 8-May-13
MW-C 5-Nov-13 11
MW-C 6-May-14
MW-C 4-Nov-14 0.3J 4.6J
MW-C 6-May-15
MW-C 28-Oct-15 0.7J
MW-C 17-May-16
MW-C 1-Nov-16 1.4J
1302-MSWLF- &
1302-CDLF-1998
1302-MSWLF- &
1302-CDLF-1998
1302-MSWLF- &
1302-CDLF-1998
1302-MSWLF- &
1302-CDLF-1998
1302-MSWLF- &
1302-CDLF-1998
1302-MSWLF- &
1302-CDLF-1998
1302-MSWLF- &
1302-CDLF-1998
1302-MSWLF- &
1302-CDLF-1998
Page 7 of 14 January 2017
Table 5b
Detected Groundwater Constituents - Volatile Organic Compounds
November 2016 Semi-Annual Sampling Event
Cabarrus County Landfill Units 2 and 3
Facility Permit Numbers 1302-MSWLF- and 1302-CDLF-1998
Fa
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P
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N
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D
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Be
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M
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2
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1
-
T
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Tr
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Tri
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Vin
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bi
s
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2
-
E
t
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y
l
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)
P
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t
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a
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6,000 1 4,000 40*700 50 3,000 70 20 6 6 0.4 7 0.6 70 600 5 560*100 0.7 600 500 200 3 2,000 0.03 3
100 1 100 50 100 3 10 5 5 1 5 1 5 1 5 1 1 100 5 1 1 5 1 1 1 1 15
North Carolina 2L or Groundwater Protection
Standard
Solid Waste Section Limit
1302-MSWLF- &
1302-CDLF-1998
MW-D 3-May-11 5.5 3.2J 1.9 1.9J 37 0.7J 1.6J 5.5 0.8J
MW-D 8-Nov-11 5.7 3.2J 2.9 1.8J 57 0.7J 0.4J 0.9J 1.5J 3.9 0.9J
MW-D 8-May-12 7 0.3J 2.7J 6.2 1.3J 56 1 1J 1.7J 5.3 0.8J
MW-D 27-Nov-12 6.5 0.3J 1.1J 6.4 1.3J 54 1.5 0.7J 0.2J 5.3 4.0 0.6J
MW-D 8-May-13 6.8 0.4J 1.6J 8.4 1.2J 56 0.8J 1.2 2.7J 5.9 0.7J
MW-D 5-Nov-13 7.2 0.5J 1.8J 9.3 1.0J 57 0.8J 1.8J 4.6 0.9J
MW-D 6-May-14 5.1 0.4J 1.1J 7.8 0.7J 39 3.3J 3.9 0.6J
MW-D 4-Nov-14 6.9 0.5J 0.9J 10 0.9J 53 0.2J 0.4J 1.5J 4.6 0.6J
MW-D 5-May-15 5.9 0.6J 7.3 0.5J 38 0.2J 1.8J 3.3 0.5J
MW-D 28-Oct-15 5.3 0.9J 8.1 0.5J 37 1.5J 2.7 0.6J
MW-D 17-May-16 5.0 0.7J 9.9 39 1.7J 2.8
MW-D 2-Nov-16 6.5 0.8J 1.3J 12 0.5J 48 3.2J 2.6 1.1
MW-E Rep 4-May-11 6 2.5J 4.5J 14 20 1J 1J 75 0.9J 3.6 6.3
MW-E Rep 8-Nov-11 3.3 0.7J 2.1J 4.2J 11 20 0.8J 1.1 54 0.8J 2.2 5
MW-E Rep 8-May-12 2.5 2.4J 5.7J 13 23 1.1 1.1 47 0.4J 0.9J 0.3J 1.8 6.6
MW-E Rep 8-May-13 1.3 2.78J 3.7J 14 19 0.7J 1.2 21 0.7J 0.5J 4.4
MW-E Rep 5-Nov-13 2.3 3.2 3.7J 16 19 1.2 41 0.7J 1.0 7.6
MW-E Rep 6-May-14 2.9 3.2 2.9J 16 14 1.0 1.0 53 0.7J 0.2J 1.4 9.3
MW-E Rep 4-Nov-14 1.5 4.1 3.6J 18 15 1.1 43 0.7J 1.0 7.5
MW-E Rep 5-May-15 3.4J 0.8J 3.1 4.2J 0.3J 15 8.8 1.0J 1.1 25 0.4J 0.5J 3.8
MW-E Rep 27-Oct-15 1.0 3.9 5.1J 0.3J 15 9.0 1.1 27 0.4J 0.6J 4.3
MW-E Rep 18-May-16 0.8J 2.3J 7.6J 8.2 0.9J 0.9J 12 3.2
MW-E Rep 1-Nov-16 0.6J 3.2 8.0J 15 11 1.1 18 0.5J 4.5
MW-E Deep 4-May-11 1.9 11 3.9 32 0.9J 1.1 1J 0.5J 1.8
MW-E Deep 8-Nov-11 1.5 0.6J 9.5J 3.9 34 0.8J 1.3 1.1J 0.6J 1.3
MW-E Deep 8-May-12 1 0.5J 12 4.3 29 0.9J 1.2 0.4J 0.5J 0.3J 0.6J
MW-E Deep 27-Nov-12 0.9J 1.2J 14 4.5 30 0.9J 1.1 1.0J 0.4J 0.4J 0.9J
MW-E Deep 8-May-13 0.8J 0.7J 6.8J 4.1 30 0.8J 1.3 0.5J 0.4J 0.5J
MW-E Deep 6-Nov-13 1.2 0.8J 12 5.1 26 0.7J 0.4J 1.2
MW-E Deep 6-May-14 85J 2.6 18J 15J 1.0J 9.5J 9.3 8.9 0.8J 0.7J 2.0J 10J 1.2 3.1J 0.4J
MW-E Deep 4-Nov-14 18J 0.7J 4.3J 5.4J 0.9J 17 4.1 10 0.6J 0.3J 3.4 1.0J
MW-E Deep 5-May-15 0.7J 1.1J 14 5.9 8.5 0.7J 1.9 1.4J
MW-E Deep 27-Oct-15 0.4J 0.9J 16 4.9 7.0 0.6J 0.8J 1.0J
MW-E Deep 18-May-16 0.4J 0.8J 11 4.2 1.0J 0.5J 0.5J 0.5J 0.8J
MW-E Deep 1-Nov-16 0.6J 1.1J 26 5.9 1.7J 0.8J 0.7J 4.8J
MW-F 3-May-11
MW-F 8-Nov-11
MW-F 8-May-12
MW-F 28-Nov-12 0.6J
MW-F 9-May-13
MW-F 5-Nov-13
MW-F 7-May-14
MW-F 3-Nov-14
MW-F 5-May-15 3.1J
MW-F 27-Oct-15 0.7J
MW-F 17-May-16
MW-F 2-Nov-16 0.6J
MW-G 3-May-11 0.6J 1.6J
MW-G 8-Nov-11 1.5 2.1J
MW-G 8-May-12 0.6J 1.1J 0.3J
MW-G 28-Nov-12 1.6J 1.1 0.7J
MW-G 9-May-13 2.8J 0.5J 1.6J
MW-G 5-Nov-13 3.1J 2.3J 0.9J 0.4J 1.5 0.4J
MW-G 7-May-14 0.2J 2.4J 0.8J 0.4J 1.4 0.5J
MW-G 3-Nov-14 0.3J 2.6J 1.0J 0.5J 2.0 0.6J 0.4J
MW-G 5-May-15 0.2J 2.4J 0.4J 1.9 0.5J
MW-G 27-Oct-15 1.0 5.5 0.6J 2.9
MW-G 19-May-16 0.2J 2.2J 0.7J 1.4 0.6J
MW-G (dup)19-May-16 0.2J 2.1J 1.3 0.5J
MW-G 2-Nov-16 0.6J 5.6 1.2J 0.7J 3.4 0.6J
MW-H 4-May-11
MW-H 8-Nov-11
MW-H 8-May-12
MW-H 28-Nov-12 0.7J
MW-H 8-May-13
MW-H 7-Nov-13
MW-H 7-May-14
MW-H 5-Nov-14
MW-H 5-May-15
MW-H 28-Oct-15
MW-H 18-May-16 2.7J
MW-H 2-Nov-16
MW-H Deep 4-May-11
MW-H Deep 8-Nov-11
MW-H Deep 8-May-12
MW-H Deep 28-Nov-12 0.4J
MW-H Deep 8-May-13
MW-H Deep (dup)8-May-13
MW-H Deep 7-Nov-13
MW-H Deep 7-May-14
MW-H Deep 5-Nov-14
MW-H Deep (dup)5-Nov-14
MW-H Deep 5-May-15
MW-H Deep (dup)5-May-15
MW-H Deep 28-Oct-15
MW-H Deep 18-May-16
MW-H Deep 2-Nov-16
1302-MSWLF- &
1302-CDLF-1998
1302-MSWLF- &
1302-CDLF-1998
1302-MSWLF- &
1302-CDLF-1998
1302-MSWLF- &
1302-CDLF-1998
1302-MSWLF- &
1302-CDLF-1998
1302-MSWLF- &
1302-CDLF-1998
1302-MSWLF- &
1302-CDLF-1998
Page 8 of 14 January 2017
Table 5b
Detected Groundwater Constituents - Volatile Organic Compounds
November 2016 Semi-Annual Sampling Event
Cabarrus County Landfill Units 2 and 3
Facility Permit Numbers 1302-MSWLF- and 1302-CDLF-1998
Fa
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P
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N
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2
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P
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6,000 1 4,000 40*700 50 3,000 70 20 6 6 0.4 7 0.6 70 600 5 560*100 0.7 600 500 200 3 2,000 0.03 3
100 1 100 50 100 3 10 5 5 1 5 1 5 1 5 1 1 100 5 1 1 5 1 1 1 1 15
North Carolina 2L or Groundwater Protection
Standard
Solid Waste Section Limit
1302-MSWLF- &
1302-CDLF-1998
MW-I 4-May-11 4J 0.8J 2.9 1.3 0.7J
MW-I 8-Nov-11 10J 3.5J 0.8J 2.5 1 0.6J
MW-I 8-May-12 3.3J 0.2J 0.8J 0.4J 2.8 1.1 0.7J
MW-I (dup)8-May-12 3.3J 0.3J 0.9J 0.4J 2.6 1.1 0.7J
MW-I 27-Nov-12 4.0J 0.3J 0.9J 1.2 2.4 1.1
MW-I 9-May-13 3.6J 1.3J 0.4J 2.8 1.4 0.6J
MW-I 7-Nov-13 3.9J 1.3J 0.4J 2.8 1.4 0.6J
MW-I 6-May-14 4.7J 0.2J 1.4J 2.9 1.4 0.6J
MW-I 4-Nov-14 4.9J 0.4J 1.7J 3.4 1.7 0.6J
MW-I 5-May-15 4.4J 1.4J 0.4J 3.1 1.5 0.6J
MW-I 28-Oct-15 4.6J 1.9J 3.2 1.5 0.5J
MW-I 18-May-16 3.9J 1.8J 2.9 1.5 0.5J 2.9J
MW-I 2-Nov-16 4.6J 1.0J 2.0J 0.6J 3.5 1.3 0.8J
MW-J 3-May-11
MW-J 8-Nov-11
MW-J 8-May-12
MW-J 28-Nov-12 0.8J
MW-J 7-May-13
MW-J 5-Nov-13
MW-J 6-May-14
MW-J 4-Nov-14
MW-J 6-May-15
MW-J 27-Oct-15
MW-J 17-May-16
MW-J 1-Nov-16
MW-K 3-May-11 0.6J
MW-K 8-Nov-11 5.1J 1J
MW-K 8-May-12 0.4J
MW-K 27-Nov-12 1.6J 0.3J 0.7J 0.3J 0.3J
MW-K 7-May-13 1.3J 0.4J
MW-K 5-Nov-13
MW-K 6-May-14 0.5J
MW-K 4-Nov-14 1.1J 0.5J
MW-K 5-May-15 0.6J
MW-K 28-Oct-15 1.4J 0.8J 0.4J
MW-K 17-May-16
MW-K 1-Nov-16 0.6J 0.6J
MW-K (dup)1-Nov-16 0.5J 0.9J 0.6J
MW-L 4-May-11
MW-L 9-Nov-11
MW-L 9-May-12
MW-L 28-Nov-12 11 1.0J 1.1J 1.2 2.5 2.4
MW-L 9-May-13
MW-L 7-Nov-13
MW-L 8-May-14
MW-L 5-Nov-14
MW-L 6-May-15
MW-L 28-Oct-15
MW-L 19-May-16
MW-L 2-Nov-16
MW-L Deep 4-May-11 9.4 1.4J 1.2J 0.7J 13 3.7 1.6
MW-L Deep 8-May-12 5.8 0.4J 0.6J 0.4J 1.4 1.2 0.6J
MW-L Deep 9-May-13 11 1.2J 1.8J 0.9J 16 5.1 1.5
MW-L Deep 8-May-14 0.4J 6.8 0.5J 0.8J 2.2 1.7 0.4J
MW-L Deep 6-May-15 5.6 0.5J 0.6J 0.4J 3.5 1.8 0.6J
MW-L Deep 29-Oct-15 4.6J 0.6J 2.2 1.5 0.5J
MW-L Deep 19-May-16 3.2J 2.0 0.9J
MW-M 4-May-11 0.4J
MW-M 8-May-12 0.9J 0.3J
MW-M 9-May-13 1.1J 0.5J
MW-M 8-May-14 1.1J
MW-M 5-May-15 1.0J 0.4J
MW-M 28-Oct-15 0.9J
MW-M 17-May-16 0.8J
MW-X 3-May-11
MW-X 8-Nov-11
MW-X 8-May-12
MW-X 28-Nov-12 0.6J
MW-X (dup)28-Nov-12 0.6J
MW-X 7-May-13
MW-X 5-Nov-13
MW-X 6-May-14
MW-X 4-Nov-14
MW-X 6-May-15
MW-X 28-Oct-15
MW-X 17-May-16
MW-X 1-Nov-16
Notes:1. All units are in micrograms per liter (parts per billion).
2. * - Groundwater Protection Standard
3. Monitoring wells MW-3 Deep, -L Deep, -and -M are sampled annually during the spring event.
4. J - Indicates the analytical result is an estimated concentration between the method detection limit and the Solid Waste Section Reporting Limit.
5. B - Indicates constituent was detected in the batch blank above the method detection limit.
6. (dup) - Duplicate
7. The November 2012 sampling event was the first event that CD-1s/CD-1d replaced MW-9 as the background monitoring wells.
8. MW-9 was removed from the monitoring program in November 2012.
9. MW-E Rep was not sampled during the November 2012 sampling event due to laboratory oversight.
- Concentration exceeds the 15A NCAC 02L .0202 or Groundwater Protection Standard
- Indicates the result is below the detection limit.
1302-MSWLF- &
1302-CDLF-1998
1302-MSWLF- &
1302-CDLF-1998
1302-MSWLF- &
1302-CDLF-1998
1302-MSWLF- &
1302-CDLF-1998
1302-MSWLF- &
1302-CDLF-1998
1302-MSWLF- &
1302-CDLF-1998
1302-MSWLF- &
1302-CDLF-1998
Page 9 of 14 January 2017
Table 5c
Detected Surface Water Constituents - Volatile Organic Compounds and Metals
November 2016 Semi-Annual Sampling Event
Cabarrus County Landfill Units 2 and 3
Facility Permit Numbers 1302-MSWLF- and 1302-CDLF-1998
An
t
i
m
o
n
y
Ar
s
e
n
i
c
Ba
r
i
u
m
Be
r
y
l
l
i
u
m
Ca
d
m
i
u
m
Ch
r
o
m
i
u
m
Co
b
a
l
t
Co
p
p
e
r
Le
a
d
Ni
c
k
e
l
Se
l
e
n
i
u
m
Si
l
v
e
r
Th
a
l
l
i
u
m
Va
n
a
d
i
u
m
Zi
n
c
Ac
e
t
o
n
e
St
y
r
e
n
e
To
l
u
e
n
e
0.64*0.01*200*0.0065**0.00015**0.024**0.004*0.0027*0.00054**0.016**0.005**0.00006**0.00047*NS 0.036*2,000 NS 11
0.006 0.01 0.1 0.001 0.001 0.01 0.01 0.01 0.01 0.05 0.01 0.01 0.0055 0.025 0.01 100 1 1
SW-1 5-May-11 0.0002J 0.0718J 0.0012J 0.00381J 0.00115J 0.00623J 0.00248J 0.00369J
SW-1 9-Nov-11 0.094J 0.00077J 0.0026J 0.00023J 0.00532J 0.00174J
SW-1 10-May-13 0.0821J 0.00006J 0.00379J 0.00201J 0.00016J 0.0063J 0.00205J 0.00493J
SW-1 5-Nov-13 0.00106J 0.139 0.00952J 0.00175J 0.00009J 0.00851J 0.00285J 0.00012J 0.00755JB 0.00938JB 2J 0.3J
SW-1 5-May-14 0.00180J 0.146 0.00037J 0.00463JB 0.00117 0.00634J 0.00358JB 0.00979J 0.00283J 0.0144J 0.0343
SW-1 5-May-15
SW-1 29-Oct-15 0.00089J 0.0692J 0.00101J 0.00172J 0.00509J 0.00439J 0.00293CN,J 0.00237J
SW-1 19-May-16 0.00352J 0.157 0.00144 0.0372 0.0156 0.0251 0.0148 0.0172J 0.00533J 0.00008J 0.0652 0.0640
SW-1 3-Nov-16
SW-2 5-May-11 0.00019J 0.091J 0.00018J 0.00251J 0.00425J 0.0034J 0.0013JB 0.00626J 0.00388J 0.00384J 0.00639J
SW-2 9-May-12 0.0653J 0.00106J 0.00088J 0.00168J 0.00085J 0.00333J 0.00133J 0.00301J 0.00267J,B
SW-2 10-May-13 0.00097J 0.0789J 0.00063J 0.00253J 0.0022J 0.00084J 0.00636J 0.00302J 0.00605J
SW-2 6-May-14 0.00145J 0.137 0.00005J 0.00329J 0.00365J 0.00152JB 0.00699J 0.00368J 0.00711J 0.0245
SW-2 3-Nov-14 0.00188J 0.067J 0.0127 0.00057J 0.00005J 0.00142J 0.00108J 0.00515JB 6.0J 2
SW-2 5-May-15 0.00732JB 0.00316J 0.00121J 0.00634J 0.00340J 0.00136J
SW-2 29-Oct-15 0.00168J 0.0811J 0.00010J 0.00069J 0.00364J 0.00095J 0.00460J 0.00650J 0.00328CN,J 0.00193J 0.00548J
SW-2 19-May-16 0.00235J 0.0890J 0.00094J 0.0122 0.00721J 0.0119 0.00873J 0.00833J 0.00340J 0.0327 0.0350
SW-2 3-Nov-16
Notes:
1. All units for metals are in milligrams per liter (parts per million). All untis for volatile organic compounds are in micrograms per liter (parts per billion).
2. Standards obtained from 15A NCAC 02B .0211 (North Carolina 2B) Fresh Surface Water Quality Standards for Class C Waters - June 2016.
3. * - Human Health Standard
4. ** - Freshwater Aquatic Life Standard
5. NS - No Standard
6. J - Indicates the analytical result is an estimated concentration between the method detection limit and the Solid Waste Section Reporting Limit.
7. B - Indicates constituent was detected in the batch blank above the method detection limit.
8. CN - Detected silver concentrations were determined to be the result of contamination from the preservative acid used.
9. SW-1 was dry during the Fall 2007, Fall 2009, Spring 2010, Fall 2011, Spring 2012, Fall 2012, Fall 2014, Spring 2015, and Fall 2016 sampling events.
10. SW-2 was dry during the Fall 2009, Spring 2010, Fall 2010, Fall 2011, Fall 2012, Fall 2013, and Fall 2016 sampling events.
- Concentration exceeds North Carolina 2B Human Health or Freshwater Aquatic Life Standard for Class C Waters.
- Indicates the result is below the detection limit.
Volatile Organic Compounds
Solid Waste Section Limit
North Carolina 2B Human Health or
Freshwater Aquatic Life Standard
Metals
1302-MSWLF- &
1302-CDLF-1998
Fa
c
i
l
i
t
y

P
e
r
m
i
t

N
u
m
b
e
r
s
Su
r
f
a
c
e

W
a
t
e
r

S
a
m
p
l
e

Lo
c
a
t
i
o
n
Sa
m
p
l
e

D
a
t
e
1302-MSWLF- &
1302-CDLF-1998
DRY
DRY
DRY
DRY
Page 10 of 14 January 2017
Table 5d
Geochemical Constituents in Groundwater
November 2016 Semi-Annual Sampling Event
Cabarrus County Landfill Units 2 and 3
Facility Permit Numbers 1302-MSWLF- and 1302-CDLF-1998
Fa
c
i
l
i
t
y

P
e
r
m
i
t

N
u
m
b
e
r
s
Mo
n
i
t
o
r
i
n
g

W
e
l
l

C
o
d
e
Sa
m
p
l
i
n
g

D
a
t
e
Di
s
s
o
l
v
e
d

O
x
y
g
e
n

Ox
i
d
a
t
i
o
n
-
R
e
d
u
c
t
i
o
n

P
o
t
e
n
t
i
a
l

Et
h
a
n
e
Et
h
e
n
e
Me
t
h
a
n
e
Ac
e
t
i
c

A
c
i
d
Bu
t
y
r
i
c

A
c
i
d
Fo
r
m
i
c

A
c
i
d
He
x
a
n
o
i
c

A
c
i
d
i-
H
e
x
a
n
o
i
c

A
c
i
d
i-
P
e
n
t
a
n
o
i
c

A
c
i
d
La
c
t
i
c

A
c
i
d

a
n
d

H
I
B
A
Pe
n
t
a
n
o
i
c

A
c
i
d
Pr
o
p
i
o
n
i
c

A
c
i
d
Py
r
u
v
u
c

A
c
i
d
Dis
s
o
l
v
e
d

H
y
d
r
o
g
e
n
Ca
r
b
o
n

D
i
o
x
i
d
e
Al
k
a
l
i
n
i
t
y
Bio
c
h
e
m
i
c
a
l

O
x
y
g
e
n

D
e
m
a
n
d

(B
O
D
)
Ch
e
m
i
c
a
l

O
x
y
g
e
n

D
e
m
a
n
d

(C
O
D
)
Ch
l
o
r
i
d
e
Fe
r
r
o
u
s

I
r
o
n
Nit
r
a
t
e
Su
l
f
a
t
e
Su
l
f
i
d
e
To
t
a
l

O
r
g
a
n
i
c

C
a
r
b
o
n

(
T
O
C
)
mg/l mVolts µg/l µg/l µg/l mg/l mg/l mg/l mg/l mg/l mg/l mg/l mg/l mg/l mg/l nM mg/l mg/l mg/l mg/l mg/l mg/l mg/l mg/l mg/l mg/l
MW-9 3-May-11 3.45 139 <0.010 0.004J 1.7 0.088 <0.05 <0.1 <0.05 <0.05 <0.15 0.14 <0.07 0.1 <0.15 0.65 37 50 <0.5 <6 1.3 0.16J 0.091 0.41J <0.6 3.1
MW-9 9-Nov-11 4.70 212 0.062 0.078 3.5 <0.07 <0.05 <0.1 <0.05 <0.05 <0.15 0.033J <0.07 <0.05 <0.15 1.4 53 35 <2 11 1.3 0.9JH 0.094 0.26J <1 0.4JB
MW-9 9-May-12 1.82 127 0.11 0.012J 6.7 0.038J <0.05 0.051J <0.05 <0.05 <0.15 0.086J <0.07 <0.05 <0.15 2.8 41 36 <0.002 <10 1.6 <0.2H 0.180 <5 <0.2 0.484J
CD-1s 3-May-11 47 3.6 1.2J
CD-1s 8-Nov-11 40 4 1.1J
CD-1s 7-May-12 46 3.9
CD-1s 27-Nov-12 15.56 139 <0.025 0.019J 1.1 <0.07 0.029J 0.019J <0.10 <0.05 <0.15 <0.10 <0.07 <0.05 <0.15 0.94 54 39 <2 <10 4.1 0 0.06 <5 <0.2 <1
CD-1s 7-May-13 1.96 206 0.21 0.14 3.8 <0.07 <0.05 0.062J <0.10 <0.05 <0.15 0.055J <0.07 <0.05 <0.15 0.82 30 42 <2 0.64 4 0.22 0.066 <5 <0.2 <1
CD-1s 5-Nov-13 1.74 348 0.0033J 0.0037J 0.33 0.034J 0.056 <0.5 <0.1 <0.15 0.20 <0.07 <0.05 <0.15 0.74 15 30 <2 <10 3.8 2.42 0.082 <5 <0.2 <1
CD-1s 6-May-14 0.02 353 0.0032J 0.010J 3.4 0.037J <0.05 <0.5 <0.1 <0.15 <0.10 <0.07 <0.05 <0.15 0.94 54 42 <2 <10 3.8 0 0.077 <5 <0.2 1.07
CD-1s 4-Nov-14 6.06 135 0.0061J 0.011J 1.8 0.041J <0.05 <0.5 <0.2 <0.15 0.037J <0.07 0.052 <0.15 1.7 62 41 <2 <10 3.9 0 0.065 <5 <0.2 <1
CD-1s 5-May-15 3.99 281 0.0034J 0.016J 0.060J 0.081 <0.05 0.10 <0.5 <0.2 <0.15 0.019J <0.07 <0.05 0.034J 26 42 38 <2 <10 3.8 0 0.120 <5 <0.2 3.48
CD-1s 27-Oct-15 3.84 519 <0.10 0.012J 0.12J 0.036J 0.0094J 0.033J <0.20 <0.20 <0.10 <0.20 <0.10 0.0024J <0.10 40 61 43 <2 30.6 3.8 0 0.130 <5 <0.2 <1
CD-1s 17-May-16 3.45 245 <0.10 <0.10 0.048J 0.020J <0.10 0.045J <0.20 <0.20 <0.10 0.011J <0.10 <0.10 <0.10 22 46 43 <2 <10 3.7 0 0.079 1 <0.2 <1
CD-1s 1-Nov-16 4.49 360.2 0.0031J 0.0099J 0.84 0.038J 0.0076J 0.059J <0.20 <0.20 <0.10 0.0090J <0.10 <0.10 <0.10 3.1 60 46 <2 26.5 4.2 0 0.067H-02 <5 <0.2 <1
CD-1d 3-May-11 57 2.6 3J
CD-1d 8-Nov-11 30 2.9 3J
CD-1d 7-May-12 50 2.8 <5
CD-1d 27-Nov-12 9.53 140 46 3 0 0.07 <5
CD-1d 7-May-13 1.11 242 0.015J 0.015J 0.31 0.021J <0.05 0.052J <0.10 <0.05 <0.15 0.06J <0.07 <0.05 <0.15 0.61 40 52 4 6.05 3 0.56 0.069 <5 <0.2 1.42
CD-1d 5-Nov-13 1.71 320.1 42 3 <5
CD-1d 6-May-14 4.56 293 46 2.9 0.077 <5
CD-1d 4-Nov-14 4.68 108.7 43 3.1 0 <5
CD-1d 5-May-15 4.84 186 44 2.9 0 0.086 <5
CD-1d 27-Oct-15 4.10 507 46 2.9 0 <5
CD-1d 17-May-16 4.50 210 96 18.0 0 <0.05 14
CD-1d 1-Nov-16 3.10 330 52 3.4 0 <5
AMW-1s 3-May-11 1.22 176 0.007J 0.004J 810 0.57J <0.05 <0.1 <0.05 <0.05 <0.15 0.13 <0.07 0.63 <0.15 1 250 114 <0.5 <6 3.2 0.13J <0.006 0.36J <0.6 1J
AMW-1s 8-Nov-11 0.17 12 0.031 0.068 1,100 <0.07 <0.05 <0.1 <0.05 <0.05 <0.15 0.08J <0.07 <0.05 <0.15 1.1 320 95 3 9J 3.1 <0.2 <0.05 0.26J <1 0.7JB
AMW-1s 7-May-12 0.02 121 0.043 0.047 1,300 0.061J <0.05 0.055J <0.05 <0.05 <0.15 0.089J <0.07 <0.05 <0.15 82 300 105 <0.002 <10 3.2 <0.2H <0.004 <0.18 <0.2 0.524J
AMW-1s 28-Nov-12 3.81 44 0.064 0.031 1,000 <0.07 <0.05 0.036J <0.10 <0.05 <0.15 <0.10 <0.07 <0.05 <0.15 1.1 280 92 <2 <10 3.1 0.3 <0.05 <5 <0.2 <1
AMW-1s 8-May-13 0.34 523 0.11 0.054 1,600 0.029J <0.05 0.064J <0.10 <0.05 <0.15 0.073J <0.07 <0.05 <0.15 0.69 260 87 <2 14.4 3.5 0.11 <0.05 <5 <0.2 <1
AMW-1s 6-Nov-13 1.05 149 0.11 <0.025 1,400 0.041J 0.061 <0.5 <0.1 <0.15 0.15 <0.07 0.015J <0.15 0.85 270 107 <2 <10 3.6 0.34 <0.05 <5 <0.2 <1
AMW-1s 7-May-14 0.02 400 0.095 <0.025 1,200 0.054J <0.05 <0.5 <0.1 <0.15 0.026J <0.07 0.036J <0.15 0.86 280 105 <2 <10 3.4 0 <0.05 <5 <0.2 <1
AMW-1s 5-Nov-14 3.25 132.2 0.15 0.015J 1,000 0.055J <0.05 <0.5 <0.2 <0.15 0.031J <0.07 0.053 <0.15 1.7 280 120 <2 <10 3.7 0 <0.05 <5 <0.2 <1
AMW-1s 7-May-15 2.00 592 0.2 0.0073J 1,600 <0.07 <0.05 0.11 <0.5 <0.2 <0.15 0.031J <0.07 <0.05 <0.15 12 310 96 <2 <10 3.5 0 <0.5 <5 <0.2 <1
AMW-1s 29-Oct-15 2.68 253 0.21 0.0064J 1,100 0.028J 0.0052J 0.036J <0.20 <0.20 <0.10 0.0094J <0.10 0.0022J <0.10 8.2 300 10.5 <2 <10 3.7 0 <0.05 0.22J <0.2 <1
AMW-1s 18-May-16 3.77 222 0.17 <0.10 1,000 0.015J <0.10 0.030J <0.20 <0.20 <0.10 0.0072J 0.012J <0.10 <0.10 1.5 210 85 <2 <10 3.8 0 <0.05 <5 <0.2 1.44
AMW-1s 2-Nov-16 1.65 377.2 0.13 0.0064J 820 0.044J <0.10 0.048J <0.20 <0.20 <0.10 0.0092J <0.10 <0.10 <0.10 6.0 270 100 <2 23.6 3.3 0 <0.05 <5 <0.2 <1
1302-MSWLF- &
1302-CDLF-1998
Units
1302-MSWLF- &
1302-CDLF-1998
1302-MSWLF- &
1302-CDLF-1998
1302-MSWLF- &
1302-CDLF-1998
Page 11 of 14 January 2017
Table 5d
Geochemical Constituents in Groundwater
November 2016 Semi-Annual Sampling Event
Cabarrus County Landfill Units 2 and 3
Facility Permit Numbers 1302-MSWLF- and 1302-CDLF-1998
Fa
c
i
l
i
t
y

P
e
r
m
i
t

N
u
m
b
e
r
s
Mo
n
i
t
o
r
i
n
g

W
e
l
l

C
o
d
e
Sa
m
p
l
i
n
g

D
a
t
e
Di
s
s
o
l
v
e
d

O
x
y
g
e
n

Ox
i
d
a
t
i
o
n
-
R
e
d
u
c
t
i
o
n

P
o
t
e
n
t
i
a
l

Et
h
a
n
e
Et
h
e
n
e
Me
t
h
a
n
e
Ac
e
t
i
c

A
c
i
d
Bu
t
y
r
i
c

A
c
i
d
Fo
r
m
i
c

A
c
i
d
He
x
a
n
o
i
c

A
c
i
d
i-
H
e
x
a
n
o
i
c

A
c
i
d
i-
P
e
n
t
a
n
o
i
c

A
c
i
d
La
c
t
i
c

A
c
i
d

a
n
d

H
I
B
A
Pe
n
t
a
n
o
i
c

A
c
i
d
Pr
o
p
i
o
n
i
c

A
c
i
d
Py
r
u
v
u
c

A
c
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d
Dis
s
o
l
v
e
d

H
y
d
r
o
g
e
n
Ca
r
b
o
n

D
i
o
x
i
d
e
Al
k
a
l
i
n
i
t
y
Bio
c
h
e
m
i
c
a
l

O
x
y
g
e
n

D
e
m
a
n
d

(B
O
D
)
Ch
e
m
i
c
a
l

O
x
y
g
e
n

D
e
m
a
n
d

(C
O
D
)
Ch
l
o
r
i
d
e
Fe
r
r
o
u
s

I
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o
n
Nit
r
a
t
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Su
l
f
a
t
e
Su
l
f
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e
To
t
a
l

O
r
g
a
n
i
c

C
a
r
b
o
n

(
T
O
C
)
mg/l mVolts µg/l µg/l µg/l mg/l mg/l mg/l mg/l mg/l mg/l mg/l mg/l mg/l mg/l nM mg/l mg/l mg/l mg/l mg/l mg/l mg/l mg/l mg/l mg/l
1302-MSWLF- &
1302-CDLF-1998
Units
AMW-1d 3-May-11 0.01 89 0.059 0.71 1,100 0.11 <0.05 <0.1 <0.05 <0.05 <0.15 <0.1 <0.07 0.29 <0.15 0.89 170 295 1.8J <6 7.3 0.14J <0.006 31 3 1.3
AMW-1d 8-Nov-11 0.00 -112 0.18 1.4 2,900 0.23 <0.05 <0.1 <0.05 <0.05 <0.15 0.2 <0.07 <0.05 <0.15 0.89 280 320 4 19 6.8 1 <0.05 27 <1 4.6
AMW-1d 7-May-12 0.24 95 0.17 1.7 2,500 0.097 <0.05 0.058J <0.05 <0.05 <0.15 0.11 <0.07 <0.05 <0.15 480 270 230 6 <10 6.6 1.91H 0.006J 15 <0.2 4.11
AMW-1d 28-Nov-12 7.00 169 0.15 1.8 2,000 1.9 <0.05 0.039J <0.10 <0.05 <0.15 <0.10 <0.07 0.039J <0.15 0.51J 240 265 4 30.2 6.4 1.8 <0.05 9.2 0.434 3.02
AMW-1d 8-May-13 0.46 -53 0.32 1.6 3,800 0.054J <0.05 0.079J <0.10 <0.05 <0.15 0.089J <0.07 0.028J <0.15 1 300 375 4 8.99 7.1 3.3 <0.05 12 <0.2 4.95
AMW-1d 6-Nov-13 1.40 -22.7 0.28 1.1 3,400 0.033J 0.066 <0.5 <0.1 <0.15 0.12 <0.07 <0.05 <0.15 0.96 290 315 <2 19.7 5.6 2.91 <0.05 6.4 <0.2 3.4
AMW-1d 7-May-14 2.05 -28 0.32 0.82 3,700 0.082 <0.05 <0.5 <0.1 <0.15 0.047J <0.07 0.032J <0.15 1.3 330 230 2 <10 5.6 5 <0.05 <5 <0.2 2.16
AMW-1d 5-Nov-14 1.36 -67.7 0.33 1.3 3,000 0.34 <0.05 <0.5 <0.2 <0.15 0.042J <0.07 0.077 <0.15 2.0 320 375 2 44.9 5.4 4.0 <0.05 <5 0.241 2.15
AMW-1d 7-May-15 1.78 -52 0.5 2.2 3,400 0.15 <0.05 0.11 <0.5 <0.2 <0.15 0.014J <0.07 <0.05 0.035J 7.3 320 230 2 35.2 5.4 2.0 <0.5 <5 <0.2 3.41
AMW-1d 29-Oct-15 2.55 -42 0.79 4.0 4,000 0.27 0.0061J 0.038J <0.20 <0.20 <0.10 0.011J <0.10 0.0050J <0.10 8.2 330 255 9BOD-3 <10 5.5 2.5 <0.05 <5 <0.2 2.67
AMW-1d 18-May-16 1.51 -28 2 2.2 3,700 0.021J <0.10 0.040J <0.20 <0.20 <0.10 <0.20 <0.10 <0.10 <0.10 1.8 300 225 <2 13.2 5.9 3.0 <0.05 <5 <0.2 2.93
AMW-1d 3-Nov-16 1.73 199.2 2.2 3.4 3,900 0.045J <0.10 0.054J <0.20 <0.20 <0.10 0.0083J <0.10 <0.10 <0.10 19 350 215 10 41.6 5.9 2.0 <0.05 <5 <0.2 3.42
AMW-2s 3-May-11 2.10 128 0.003J 0.014 0.240 0.098 <0.05 <0.1 <0.05 <0.05 <0.15 0.12 <0.07 0.063 <0.15 1.2 130 77 <0.5 20 3.2 <0.07 0.086 0.2J <0.6 1.2
AMW-2s 8-Nov-11 2.47 -30 0.016J 0.076 4 <0.07 <0.05 <0.1 <0.05 <0.05 <0.15 0.092J <0.07 <0.05 <0.15 0.68 170 70 1J 10 3.2 0.2JH 0.1 0.097J <1 0.6JB
AMW-2s 8-May-12 0.42 195 0.014J 0.022J 0.34 0.042J <0.05 0.066J <0.05 <0.05 <0.15 0.53 <0.07 <0.05 <0.15 9.7 170 70 1.29J <10 3.4 <0.2H 0.12 <5 <0.2 0.418J
AMW-2s 29-Nov-12 5.36 38 <0.025 0.026 0.86 <0.07 0.025J 0.023J <0.10 <0.05 <0.15 <0.10 <0.07 <0.05 <0.15 0.41J 170 8 <2 <10 3.3 <0.2H 0.11 <5 <0.2 <1
AMW-2s 9-May-13 0.88 153 0.008J 0.022J 4.30 0.047J <0.05 0.066J 0.068J <0.05 <0.15 0.11 <0.07 <0.05 <0.15 0.87 160 46 4 13.5 3.5 0.43 0.13 <5 <0.2 1.52
AMW-2s 6-Nov-13 1.51 75.1 0.0045J <0.025 0.58 0.020J 0.068 <0.5 <0.1 <0.15 0.10 <0.07 <0.05 <0.15 0.94 140 63 <2 15.8 3.5 0.55 0.16 <5 <0.2 12.3
AMW-2s 7-May-14 2.08 114 0.022J 0.0081J 0.31 0.062J 0.033J <0.5 <0.1 <0.15 0.032J <0.07 0.032J <0.15 25 180 60.6 <2 <10 3.6 0 0.16 <5 <0.2 1.07
AMW-2s 5-Nov-14 3.48 120.5 0.0054J 0.014J 0.20 0.036J <0.05 <0.5 <0.2 <0.15 <0.10 <0.07 0.048J 0.046J 1.4 180 95 <2 <10 3.6 0 0.17 <5 <0.2 <1
AMW-2s 6-May-15 3.50 562 0.0044J 0.020J 1.10 <0.07 <0.05 0.088J <0.5 <0.2 <0.15 0.013J <0.07 <0.05 <0.15 52.0 180 53 <2 <10 3.5 0 0.22 <5 <0.2 1.05
AMW-2s 28-Oct-15 4.19 187 0.0048J 0.056J 0.26J 0.026J 0.0050J 0.044J <0.20 <0.20 <0.10 0.0087J <0.10 0.0016J <0.10 8.0 160 64 <2 <10 3.7 0 0.24 <5 <0.2 1.15
AMW-2s 17-May-16 3.22 51 <0.10 0.012J 4.60 0.017J <0.10 0.038J <0.20 <0.20 <0.10 <0.20 <0.10 <0.10 <0.10 1.9 180 65 <2 <10 3.4 0 0.29 <5 <0.2 <1
AMW-2s 1-Nov-16 3.38 235.1 0.0087J 0.014J 3.8 0.027J 0.0073J 0.051J <0.20 <0.20 <0.10 0.0077J <0.10 <0.10 <0.10 2.9 200 69 <2 25.8 3.7 0 0.31H-02 <5 <0.2 1.02
AMW-2d 3-May-11 0.75 107 0.005J 0.037 0.41 0.052J <0.05 <0.1 <0.05 <0.05 <0.15 0.12 <0.07 0.066 <0.15 0.86 44 129 <0.5 <6 3.1 0.08J 0.017J 4.3J <0.6 0.8J
AMW-2d 8-Nov-11 1.07 -29 0.03 0.19 7.10 <0.07 <0.05 <0.1 <0.05 <0.05 <0.15 0.032J <0.07 <0.05 <0.15 1.4 96 75 <2 7 2.9 <0.2H 0.011J 3.5J <1 0.7JB
AMW-2d 8-May-12 0.00 195 0.053 0.073 1 0.037J <0.05 0.053J <0.05 <0.05 <0.15 0.087J <0.07 <0.05 <0.15 31 98 80 <0.002 <10 3 <0.2H <0.05 <5 <0.2 0.932J
AMW-2d 28-Nov-12 3.47 149 0.10 0.69 30 0.99 <0.05 0.031J <0.10 <0.05 <0.15 <0.10 <0.07 0.030J <0.15 0.68 110 79 <2 13.5 3.2 0.3 <0.05 <5 <0.2 <1
AMW-2d 9-May-13 0.36 126 0.013J 0.049 1.1 0.1 <0.05 0.064J <0.10 <0.05 <0.15 0.08J <0.07 <0.05 <0.15 1.5 110 65 1.48J 11.7 3 0.06 <0.05 <5 <0.2 <1
AMW-2d 6-Nov-13 1.40 137.7 0.0072J 0.048 0.48 0.027J 0.061 <0.5 <0.1 <0.15 0.12 <0.07 <0.05 <0.15 0.65 68 85 20.4 <10 3.1 0.16 0.18 <5 <0.2 <1
AMW-2d 7-May-14 3.88 95 0.0068J 0.021J 0.36 0.073 <0.05 <0.5 <0.1 <0.15 0.033J <0.07 0.030J <0.15 18 170 78.8 <2 <10 3.2 0.5 <0.05 <5 <0.2 <1
AMW-2d 5-Nov-14 4.19 103.5 0.016J 0.016J 0.27 0.040J <0.05 <0.5 <0.2 <0.15 0.016J 0.082 0.048J <0.15 1.3 100 130 <2 <10 3.3 0 <0.05 <5 <0.2 <1
AMW-2d 6-May-15 2.51 391 0.011J 0.035J 0.97 <0.07 <0.05 0.098J <0.5 <0.2 <0.15 <0.1 <0.07 <0.05 <0.15 23.0 200 90 <2 <10 3.4 0 <0.5 <5 <0.2 <1
AMW-2d 28-Oct-15 3.90 158 0.013J 0.039J 0.20J 0.030J 0.0075J 0.038J <0.20 <0.20 <0.10 0.0051J <0.10 0.0024J <0.10 9.0 120 98 <2 <10 3.3 0 <0.05 <5 <0.2 <1
AMW-2d 17-May-16 2.69 88 0.023J 0.012J 0.49J 0.036J <0.10 0.095J <0.20 <0.20 <0.10 <0.20 <0.10 <0.10 <0.10 1.0 160 110 <2 <10 3.5 0 <0.05 <5 <0.2 <1
AMW-2d 2-Nov-16 2.15 345.8 0.015J 0.20 2.0 0.020J <0.10 0.046J <0.20 <0.20 <0.10 0.075J <0.10 <0.10 <0.10 2.3 230 110 <2 31.2 4.2 0 <0.05 <5 <0.2 <1
1302-MSWLF- &
1302-CDLF-1998
1302-MSWLF- &
1302-CDLF-1998
1302-MSWLF- &
1302-CDLF-1998
Page 12 of 14 January 2017
Table 5d
Geochemical Constituents in Groundwater
November 2016 Semi-Annual Sampling Event
Cabarrus County Landfill Units 2 and 3
Facility Permit Numbers 1302-MSWLF- and 1302-CDLF-1998
Fa
c
i
l
i
t
y

P
e
r
m
i
t

N
u
m
b
e
r
s
Mo
n
i
t
o
r
i
n
g

W
e
l
l

C
o
d
e
Sa
m
p
l
i
n
g

D
a
t
e
Di
s
s
o
l
v
e
d

O
x
y
g
e
n

Ox
i
d
a
t
i
o
n
-
R
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d
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c
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n

P
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Et
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a
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Et
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Me
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Ac
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A
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Bu
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A
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Fo
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A
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A
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A
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Bio
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(B
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Ch
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Ch
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Fe
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I
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Nit
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Su
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(
T
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C
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mg/l mVolts µg/l µg/l µg/l mg/l mg/l mg/l mg/l mg/l mg/l mg/l mg/l mg/l mg/l nM mg/l mg/l mg/l mg/l mg/l mg/l mg/l mg/l mg/l mg/l
1302-MSWLF- &
1302-CDLF-1998
Units
MW-3 4-May-11 2.60 164 0.003J 0.006J 0.5 0.24 0.098 <0.1 <0.05 <0.05 <0.15 0.19 <0.07 0.094 <0.15 1.1 69 69 <0.5 <6 2.8 0.18J 0.022J 0.25J <0.6 0.3J
MW-3 9-Nov-11 4.05 198 0.04 0.059 1.6 <0.07 <0.05 <0.1 <0.05 <0.05 <0.15 0.043J <0.07 <0.05 <0.15 0.8 120 65 <2 <10 2.9 0.18JH 0.019J 0.15J <1 0.4JB
MW-3 8-May-12 2.76 113 <0.025 0.021J 0.14 0.072 <0.05 0.094J <0.05 <0.05 <0.15 0.13 <0.07 <0.05 <0.15 1.5 100 60 <0.002 <10 3.6 0.3H <0.05 <5 <0.2 0.303J
MW-3 28-Nov-12 12.31 73 0.044 0.022J 0.83 <0.07 <0.05 0.038J <0.10 <0.05 <0.15 <0.10 <0.07 <0.05 <0.15 1.1 120 91 <2 <10 3.2 <0.2H <0.05 <5 <0.2 <1
MW-3 9-May-13 1.88 188 0.018J 0.0079J 0.40 0.025J <0.05 0.058J <0.10 <0.05 <0.15 0.082J <0.07 <0.05 <0.15 1.6 82 52 <2 10.1 3.1 1.11 <0.05 <5 <0.2 <1
MW-3 7-Nov-13 1.99 301.1 0.0035J 0.0075J 0.34 0.049J <0.05 <0.5 <0.1 <0.15 0.22 <0.07 0.015J <0.15 1.4 110 69 26 28.1 3.4 0.83 <0.05 <5 <0.2 9.12
MW-3 8-May-14 0.04 150 0.0062J 0.030 0.16 0.080 <0.05 <0.5 <0.1 <0.15 0.053J <0.07 0.034J <0.15 1.1 140 63.6 6 <10 3.2 0 <0.05 <5 <0.2 1.67
MW-3 6-Nov-14 5.94 465.6 0.0040J 0.015J 0.30 0.045J <0.05 <0.5 <0.2 <0.15 0.040J 0.068J 0.048J <0.15 1.6 140 61 <2 <10 3.3 0 <0.05 <5 <0.2 <1
MW-3 6-May-15 2.29 260 0.0085J 0.016J 0.18J <0.07 <0.05 0.077J <0.05 <0.02 <0.15 0.014J <0.07 <0.05 <0.15 14 140 65 <2 76.2 3.4 0 <0.5 <5 <0.2 1.43
MW-3 28-Oct-15 3.85 166 0.23 0.022J 0.20J 0.026J 0.0058J 0.043J <0.20 <0.20 <0.10 <0.20 <0.10 0.0016J <0.10 11 130 69 <2 <10 3.4 0 <0.05 <5 <0.2 <1
MW-3 18-May-16 3.18 101 <0.10 <0.10 0.87 0.015J <0.10 0.079J <0.20 <0.20 <0.10 0.0092J <0.10 <0.10 <0.10 9.6 120 75 <2 <10 3.7 0 <0.05 <5 <0.2 1.32
MW-3 2-Nov-16 3.50 438.8 0.020J 0.021J 0.72 0.031J <0.10 0.10 <0.20 <0.20 <0.10 0.0082J <0.10 <0.10 <0.10 1.9 130 60 <2 14.9 4.1 0 <0.05 <5 <0.2 <1
MW-A 3-May-11 1.08 113 0.018 <0.010 3,600 0.085 0.12 <0.1 <0.05 <0.05 <0.15 0.13 <0.07 0.063 <0.15 1.3 470 134 6 7J 11 0.14J <0.006 4.5J <0.6 7.6
MW-A 9-Nov-11 0.06 205 0.084 0.057 9,300 <0.07 <0.05 <0.1 <0.05 <0.05 <0.15 0.22 <0.07 <0.05 <0.15 1.3 610 115 2 <10 11 0.6H <0.05 4.3J <1 2.6
MW-A 9-May-12 0.00 103 0.11 0.027 8,000 0.16 <0.05 0.056J <0.05 <0.05 <0.15 0.11 <0.07 0.020J <0.15 3.2 560 146 6 <10 14 2.22H <0.05 <5 <0.2 0.364J
MW-A 27-Nov-12 2.66 140 0.073 0.018J 9,000 <0.07 <0.05 0.016J <0.10 <0.05 <0.15 0.043J <0.07 <0.05 0.071J 4 530 127 8 13.3 19 0.60 <0.05 <5 0.228 2.52
MW-A 7-May-13 0.25 -34 0.11 0.033 7,500 0.03J <0.05 0.07J <0.10 <0.05 <0.15 0.07J <0.07 <0.05 <0.15 0.54J 470 131 5 5.15 16 0.28 <0.05 <5 <0.2 2.62
MW-A 5-Nov-13 1.89 290.8 0.051 <0.025 8,000 0.028J 0.044J <0.5 <0.1 <0.15 0.11 <0.07 <0.05 <0.15 0.84 530 128 6 <10 20 0.60 <0.05 3 <0.2 2.53
MW-A 6-May-14 0.04 -17 0.048 <0.025 11,000 0.21 0.077 <0.5 <0.1 <0.15 0.026J <0.07 0.050 <0.15 0.90 580 131 4 <10 29 2 <0.05 3.5J 0.232 3.1
MW-A 4-Nov-14 1.70 45 0.082 0.019J 10,000 0.038J <0.05 <0.5 <0.2 <0.15 <0.1 <0.07 0.048J <0.15 4.8 640 111 2 <10 32 1 <0.05 4.4J <0.2 2.32
MW-A 5-May-15 2.34 26 0.080J 0.015J 10,000 <0.07 <0.05 0.090J <0.5 <0.2 <0.15 0.027J <0.07 <0.05 <0.15 14.0 580 117 4 <10 28 1 <0.05 5.9 <0.2 3.15
MW-A 27-Oct-15 1.41 29 0.084J 0.011J 9,900 0.032J 0.0066J 0.022J <0.20 <0.20 <0.10 0.013J <0.10 0.0033J <0.10 7.2 600 123 11 <10 25 0.5 <0.05 7.4 <0.2 4.18
MW-A 17-May-16 1.27 -55 0.094J <0.10 11,000 0.21 0.084J 0.032J <0.20 <0.20 <0.10 0.0075J <0.10 <0.10 <0.10 1.3 540 85 6 <10 18 1.0 <0.05 13 <0.2 3.68
MW-A 1-Nov-16 1.65 205 0.087J 0.015J 9,500 0.040J <0.10 0.057J <0.20 <0.20 <0.10 <0.20 <0.10 <0.10 <0.10 1.8 640 129 12BOD-4 33.8 27 1.5 <0.05 19 <0.2 3.28
MW-E Rep 4-May-11 0.01 34 0.37 0.38 5,000 0.22 0.086 <0.1 <0.05 <0.05 0.092J 0.13 <0.07 0.092 0.18 1.4 410 261 5 13 30 <0.07H <0.006 13 <0.6 4.2
MW-E Rep 8-Nov-11 0.00 -115 4.9 0.36 4,300 <0.07 <0.05 <0.1 <0.05 <0.05 <0.15 0.21 <0.07 <0.05 <0.15 1.4 460 275 5 34 32 5.89H <0.05 11 <1 4
MW-E Rep 8-May-12 0.00 13 4.6 0.33 2,200 0.048J <0.05 0.052J <0.05 <0.05 <0.15 0.086J <0.07 <0.05 <0.15 2.1 430 285 4 <10 30 8.22H <0.05 8.1 <0.2 0.317J
MW-E Rep 8-May-13 0.47 -81 6.6 0.5 1,600 0.048J <0.05 0.074J <0.05 <0.05 <0.15 0.072J <0.07 <0.05 <0.15 0.56J 350 405 2 16.9 52 3.3 <0.05 <5 <0.2 4.89
MW-E Rep 5-Nov-13 1.64 -39.8 4.2 0.36 1,700 0.038J 0.058 <0.5 <0.1 <0.15 0.11 <0.07 <0.05 <0.15 0.81 330 320 4.09 24.6 31 2.77 <0.05 5 <0.2 4.18
MW-E Rep 6-May-14 0.07 -24 2.6 0.27 2,400 0.095 0.091 <0.5 <0.1 <0.15 0.15 <0.07 0.048J <0.15 0.97 400 285 3 <10 28 5 <0.05 8.5 <0.2 4.08
MW-E Rep 4-Nov-14 1.62 -54 3.7 0.56 2,800 0.038J <0.05 <0.5 <0.2 <0.15 0.051J 0.070 <0.05 <0.15 1.4 430 610 3 <10 45 3.5 <0.05 11 <0.2 4.44
MW-E Rep 5-May-15 3.61 -38 3.4 0.47 1,700 <0.07 <0.05 0.12 <0.5 <0.2 <0.15 0.036J 0.028J <0.05 0.044J 13 340 415 4 11 48 2.5 <0.05 11 <0.2 6.14
MW-E Rep 27-Oct-15 1.25 -36 4.1 0.73 2,300 0.038J 0.0062J 0.049J <0.20 <0.20 <0.10 0.011J 0.011J 0.0026J <0.10 7.3 380 365 5 <10 48 2.0 <0.05 8.3 <0.2 4.82
MW-E Rep 18-May-16 1.40 -59 3.3 0.63 680 0.21 1 0.12 <0.20 <0.20 <0.10 <0.20 0.024J 0.021J 0.014J 1 250 425 3 <10 55 0.5 <0.05 6 <0.2 4.49
MW-E Rep 1-Nov-16 3.79 48.1 4.8 0.73 660 0.035J <0.10 0.056J <0.20 <0.20 <0.10 0.0060J0.0086J <0.10 0.012J 2.3 370 475 <2 33.4 50 3.0 <0.05 78 <0.2 5.06
1302-MSWLF- &
1302-CDLF-1998
1302-MSWLF- &
1302-CDLF-1998
1302-MSWLF- &
1302-CDLF-1998
Page 13 of 14 January 2017
Table 5d
Geochemical Constituents in Groundwater
November 2016 Semi-Annual Sampling Event
Cabarrus County Landfill Units 2 and 3
Facility Permit Numbers 1302-MSWLF- and 1302-CDLF-1998
Fa
c
i
l
i
t
y

P
e
r
m
i
t

N
u
m
b
e
r
s
Mo
n
i
t
o
r
i
n
g

W
e
l
l

C
o
d
e
Sa
m
p
l
i
n
g

D
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t
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Di
s
s
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d

O
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Ox
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Ca
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Al
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Bio
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O
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D
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d

(B
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Ch
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Ch
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(
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mg/l mVolts µg/l µg/l µg/l mg/l mg/l mg/l mg/l mg/l mg/l mg/l mg/l mg/l mg/l nM mg/l mg/l mg/l mg/l mg/l mg/l mg/l mg/l mg/l mg/l
1302-MSWLF- &
1302-CDLF-1998
Units
MW-E Deep 4-May-11 0.00 -51 3.3 0.14 6,900 4.3 0.13 <0.1 <0.05 <0.05 <0.15 <0.1 <0.07 0.25 <0.15 2.3 100 401 7 37 27 2.7 <0.006 0.096J <0.6 5.4
MW-E Deep 8-Nov-11 0.00 -67 10 0.29 19,000 2.2 0.021J <0.1 <0.05 <0.05 <0.15 0.076J <0.07 <0.05 <0.15 2 160 345 16 33 26 2.2 0.007J <5 <1 2.9
MW-E Deep 8-May-12 2.51 -76 7.5 0.11 14,000 0.84 <0.05 0.090J <0.05 <0.05 <0.15 0.10 <0.07 0.024J <0.15 3.3 160 305 24 22.6 27 4.03H <0.05 <5 <0.2 0.207J
MW-E Deep 27-Nov-12 1.70 78 9.8 0.14 16,000 0.19 <0.05 0.058J <0.10 <0.05 <0.15 0.034J <0.07 <0.05 0.11J 1.1 160 255 10 39.2 28 7H <0.05 <5 <0.2 1.37
MW-E Deep 8-May-13 0.51 -80 13 0.13 16,000 0.25 <0.05 0.12 <0.10 <0.05 <0.15 0.066J <0.07 0.028J <0.15 0.99 140 370 5 26.4 28 3.3 <0.05 <5 <0.2 2.3
MW-E Deep 6-Nov-13 1.21 -82.2 13 0.18 15,000 0.11 <0.05 <0.5 <0.1 <0.15 0.16 <0.07 <0.05 <0.15 1.5 170 345 5.97 23.1 31 3.3 <0.05 <5 <0.2 2.51
MW-E Deep 6-May-14 0.09 -41 4.6 0.13 19,000 120 20 2.9 <0.1 1.9 <1 20 100 4.0 1.3 480 320 1,580 2,410 20 5.5 <0.05 <5 <0.2 432
MW-E Deep 4-Nov-14 1.09 -82.3 2.8 0.056 22,000 52 2.3 0.44J <0.2 0.18 0.046J 0.37 5.4 0.21 6.7 310 625 208 355 30 1.5 <0.05 <5 <0.2 41.6
MW-E Deep 5-May-15 0.88 -100 9 0.059J 22,000 7.1 0.092 0.23 <0.5 <0.2 0.029J 0.019J <0.07 0.12 0.042J 17 220 410 47 59.2 35 1 <0.50 <5 <2 8.26
MW-E Deep 27-Oct-15 1.20 -71 8.1 <0.50 26,000 2.4 0.085J 0.035J 0.012J <0.20 <0.10 <0.20 <0.10 0.026J <0.10 8.7 170 415 36 22.4 34 3.0 0.13 <5 <0.2 4.52
MW-E Deep 18-May-16 3.08 -95 3.9 0.021J 16,000 2.8 0.2 0.064J <0.20 <0.20 <0.10 <0.20 <0.10 0.064J 0.012J 2.3 130 <1 28 63.8 37 3.0 <0.05 <5 <0.2 6.34
MW-E Deep 1-Nov-16 2.30 -39.0 12 0.063J 29,000 0.12 <0.10 0.072J <0.20 <0.20 <0.20 <0.20 <0.10 <0.10 <0.10 2.7 210 415 27BOD-4 62.5 44 2.0 <0.5 <5 <0.2 3.16
MW-L 4-May-11 2.31 206 <0.01J 0.003J 0.3 0.22 0.11 <0.1 <0.05 <0.05 <0.15 0.32 <0.07 0.097 <0.15 0.7 72 44 <0.5 <6 2.2 0.16J 0.13 1.8J <0.6 0.5J
MW-L 9-Nov-11 2.59 222 <0.025 0.066 0.3 <0.07 0.019J <0.1 <0.05 <0.05 <0.15 0.16 <0.07 <0.05 <0.15 1.4 83 30 <2 10J 2.6 <0.2H 0.096 1.8J <1 0.5JB
MW-L 9-May-12 0.04 214 <0.025 0.014J 0.69 0.049J <0.05 0.062J <0.05 <0.05 <0.15 0.11 <0.07 <0.05 <0.15 1.1 98 37 <0.002 <10 2.6 <0.2H 0.096 <5 <0.2 0.342J
MW-L 28-Nov-12 3.03 3 0.22 0.037 2.8 <0.07 0.033J 0.031J <0.10 <0.05 <0.15 0.066J <0.07 <0.05 <0.15 0.43J 72 90 <2 <10 2.7 <0.2H 0.052 <5 <0.2 <1
MW-L 9-May-13 1.09 188 <0.025 0.024J 0.55 0.024J <0.05 0.056J 0.044J <0.05 <0.15 0.085J <0.07 <0.05 <0.15 1.2 79 28 1.91J 2.22 2.7 0 0.06 <5 <0.2 <1
MW-L 7-Nov-13 1.39 258.1 <0.025 <0.025 0.059J 0.034J <0.05 <0.5 <0.1 <0.15 0.12 <0.07 <0.05 <0.15 0.78 90 35 2 <10 2.8 0.61 0.065 <5 <0.2 1.43
MW-L 8-May-14 2.12 379 0.0030J 0.0038J 0.042J 0.063J <0.05 <0.5 <0.1 <0.15 0.033J <0.07 0.034J <0.15 0.79 100 34.3 <2 <10 2.8 0.5 0.061 <5 <0.2 <1
MW-L 5-Nov-14 4.03 59.2 0.0037J 0.014J 0.63 0.042J <0.05 <0.5 <0.2 <0.15 0.058J <0.07 0.049J <0.15 1.3 100 31 <2 <10 3.1 0 0.081 2.8J <0.2 <1
MW-L 6-May-15 4.15 131 0.0050J 0.016J 0.055J <0.07 <0.05 0.12 <0.5 <0.2 <0.15 0.014J <0.07 <0.05 <0.15 26 100 31 <2 11 2.7 0 <0.5 1.9J <0.2 <1
MW-L 28-Oct-15 3.80 89 0.0058J 0.019J 0.077J 0.029J 0.0081J 0.033J <0.20 <0.20 <0.10 <0.20 <0.10 0.0022J <0.10 8.9 94 39 <2 <10 3 0 0.054 1.5 <0.2 <1
MW-L 19-May-16 3.66 192 <0.10 <0.10 0.031J 0.012J <0.10 0.033J <0.20 <0.20 <0.10 0.0063J <0.10 <0.10 <0.10 0.63 98 35 <2 10 2.8 0 <0.05 1.4 <0.2 <10
MW-L 2-Nov-16 3.49 486.0 0.028J 0.013J 0.80 0.029J 0.0079J 0.046J <0.20 <0.20 <0.10 0.0062J <0.10 <0.10 <0.10 1.7 87 40 <2 12.9 3.2 0 0.085 <5 <0.2 <1
Notes:
1. Blank cells indicate parameter was not analyzed or the result was below the detection limit.
2. Assessment wells CD-4 and CD-5 were installed in September 2006.
3. Assessment wells AMW-1s, -1d, 2s, and 2d were installed in October 2009.
4. Assessment wells CD-4 and CD-5 were abandoned in July 2010.
5. J - Indicates the analytical result is an estimated concentration between the method detection limit and the Solid Waste Section Reporting Limit.
6. BOD-1 - Indicates the dilutions selected for the BOD analysis based on screening COD values did not meet the oxygen depletion criteria of at least 2mg/L dissolved oxygen depletion.
The result is reported as an estimated value or non-detect at the elevated reporting limit.
7. H, H-02 - Sample was analyzed outside the U.S. Environmental Protection Agency recommended holding time.
8. B - Indicates constituent was detected in the batch blank above the method detection limit.
9. BOD-3 - Lab control recovery was outside control limits biased low. Samples could not be reanalyzed due to holding time requirements. Sample values are reported as estimated values with possible low bias.
10 BOD-4 - Lab control recovery was outside control limits biased high. Samples are reported as estimated with possible high bias.
11. mg/l - milligrams per liter/µg/l - micrograms per liter/mVolts - millivolts/Nm - nanomoles
12. HIBA - Hydroxyisobutyric Acid
13. Alkalinity, chloride, ferrous iron, sulfate, and total dissolved solids were added to the sampling program in May 2010 for CD-1s and CD-1d.
14. The November 2012 sampling event was the first event that CD-1s/CD-1d replaced MW-9 as the background monitoring wells.
15. MW-9 was removed from the monitoring program in November 2012.
16. MW-E Rep was not sampled during the November 2012 sampling event due to laboratory oversight.
1302-MSWLF- &
1302-CDLF-1998
1302-MSWLF- &
1302-CDLF-1998
Page 14 of 14 January 2017
Table 6
Constituents Detected Above Standards
November 2016 Semi-Annual Sampling Event
Cabarrus County Landfill Units 2 and 3
Facility Permit Numbers 1302-MSWLF- and 1302-CDLF-1998
Notes:
1. MW-E deep, -H, -H deep, -I, -J, -K, -L are assessment wells installed in June 1999.
2. Assessment wells CD-4, CD-5, and CD-6 were installed in September 2006.
3. Assessment wells AMW-1s, -1d, -2s, and -2d were installed in October 2009.
4. Assessment wells CD-4 and CD-5 were abandoned in July 2010.
5. Monitoring wells MW-3 deep, -L deep, -and -M are sampled annually during the spring event.
6. * - Constituents exceed the Groundwater Protection Standard.
7. Bold - J Flag - Indicates the analytical result is an estimated concentration between the method detection limit and the Solid Waste Section Reporting Limit.
8. The November 2012 sampling event was the first event that CD-1s/-1d replaced MW-9 as the background monitoring wells.
9. MW-9 was removed from the monitoring program in November 2012.
Tetrachloroethene
1,1-Dichloroethane, Tetrachloroethene, Trichloroethene
Cobalt*, Benzene, 1,4-Dichlorobenzene, Vinyl Chloride
Cobalt*
MW-E Rep
None DetectedMW-K
MW-J
MW-I
None DetectedMW-L
Tetrachloroethene
Cobalt*, Vanadium*
MW-C
MW-D
Cobalt*, 1,4-Dichlorobenzene, 1,1-Dichloroethane,
1,2-Dichloroethane, Vinyl Chloride
PARAMETERS EXCEEDING NORTH CAROLINA 2L OR
GROUNDWATER PROTECTION STANDARD ASSESSMENT
MONITORING - NOVEMBER 2016
MONITORING
WELL
FACILITY PERMIT
NUMBERS
MONITORING
WELL
1302-MSWLF- &
1302-CDLF-1998 Not SampledMW-9
PARAMETERS EXCEEDING NORTH CAROLINA 2L OR
GROUNDWATER PROTECTION STANDARD ASSESSMENT
MONITORING - NOVEMBER 2016
1302-MSWLF- &
1302-CDLF-1998 AMW-1s
1302-MSWLF- &
1302-CDLF-1998
1302-MSWLF- &
1302-CDLF-1998
Cobalt*, Iron, Manganese
Iron, Vanadium*
1302-MSWLF- &
1302-CDLF-1998
1302-MSWLF- &
1302-CDLF-1998 CD-5 Not Sampled
1302-MSWLF- &
1302-CDLF-1998
CD-6
CD-4 Rep
1,1-Dichloroethane, Tetrachloroethene, Trichloroethene
CD-1s
(background well)
CD-1d
(background well)
1302-MSWLF- &
1302-CDLF-1998
1302-MSWLF- &
1302-CDLF-1998
1302-MSWLF- &
1302-CDLF-1998 MW-3 deep Not Sampled
MW-1 Cobalt*
MW-3
1302-MSWLF- &
1302-CDLF-1998 MW-A
1302-MSWLF- &
1302-CDLF-1998 MW-B Cobalt*
Cobalt*, Benzene, 1,4-Dichlorobenzene, 1,1-Dichloroethane,
1,2-Dichloroethane, 1,2-Dichloropropane, cis-1,2-Dichloroethene,
Tetrachloroethene, Trichloroethene, Vinyl Chloride
None Detected
Not SampledMW-M
MW-X
MW-L deep Not Sampled
1302-MSWLF- &
1302-CDLF-1998
AMW-2d1302-MSWLF- &
1302-CDLF-1998
1302-MSWLF- &
1302-CDLF-1998
AWM-1d
AMW-2s
MW-E deepCobalt*, Vanadium*
MW-F
Barium, Cobalt*, Lead, 1,2-Dichloroethane
Cobalt*, Vanadium*
MW-GCobalt*, Vanadium*
MW-H deep None Detected
1,1-Dichloroethane, Tetrachloroethene, Trichloroethene
Cobalt*
Cobalt*
MW-H
Cobalt*, Benzene, 1,1-Dichloroethane, Vinyl Chloride
Page 1 of 1 January 2017
Table 7
DHC Sampling Summary
Cabarrus County Landfill Units 2 and 3
Facility Permit Numbers 1302-MSWLF- and 1302-CDLF-1998
Monitoring Well
Code
Sample
Date
DNA
(ng/L)
Universal
PCR*
DHC 16S rRNA Gene
copy/L
Functional Gene tceA
copy/L
Functional Gene bvcA
copy/L
Functional Gene vcrA
copy/L
MW-E Rep 9-Jan-14 1,958 +1.37E+06 + 1.81E+05 9.48E+05 + 8.02E+04 0.00E+00 + 0.00E+00 5.46E+02 + 1.02E+02
MW-E Rep 4-Mar-15 328 +0.00E+00 + 0.00E+00 0.00E+00 + 0.00E+00 0.00E+00 + 0.00E+00 0.00E+00 + 0.00E+00
MW-E deep 9-Jan-14 3,524 +1.38E+07 + 2.23E+06 7.85E+05 + 1.10E+05 0.00E+00 + 0.00E+00 2.84E+06 + 4.53E+05
MW-E deep 4-Mar-15 6,848 +5.20E+03 ± 6.72E+02 9.00E+03 ± 8.24E+01 0.00E+00 ± 0.00E+00 7.06E+02 ± 1.28E02
AMW-1s 9-Jan-14 8,214 +0.00E+00 + 0.00E+00 0.00E+00 + 0.00E+00 0.00E+00 + 0.00E+00 0.00E+00 + 0.00E+00
AMW-1s 4-Mar-15 538 +0.00E+00 ± 0.00E+00 0.00E+00 ± 0.00E+00 0.00E+00 ± 0.00E+00 0.00E+00 ± 0.00E+00
AMW-1d 9-Jan-14 2,648 +3.53E+03 + 3.17E+03 0.00E+00 + 0.00E+00 0.00E+00 + 0.00E+00 0.00E+00 + 0.00E+00
AMW-1d 4-Mar-15 1,716 +1.03E+06 ± 1.12E+05 6.18E06 ± 2.89+05 0.00E+00 ± 0.00E+00 3.13E+04 ± 2.79+03
AMW-2s 9-Jan-14 1,917 +3.09E+05 + 5.12E+04 1.24E+06 + 2.26E+05 9.61E+04 + 1.86E+04 5.66E+04 + 1.12E+04
AMW-2s 4-Mar-15 1,564 +0.00E+00 ± 0.00E+00 0.00E+00 ± 0.00E+00 0.00E+00 ± 0.00E+00 0.00E+00 ± 0.00E+00
AMW-2d 9-Jan-14 1,320 +8.81E+03 + 3.15E+02 0.00E+00 + 0.00E+00 0.00E+00 + 0.00E+00 0.00E+00 + 0.00E+00
AMW-2d 4-Mar-15 108 -0.00E+00 ± 0.00E+00 0.00E+00 ± 0.00E+00 0.00E+00 ± 0.00E+00 0.00E+00 ± 0.00E+00
Notes:
1. PCR - Polymearse chain reaction
2. DHC - Dehalococcoides spp
3. * - A "+" inidicates that amplication of bacteria was successful. "-" indicates that ampification was not successful.
4. ng/L - Nanogram per liter
5. copy/L - Copy per liter
- Indicates the result is between the laboratory method detection limit and the reporting limit.
Page 1 of 1 January 2017
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Figure 3
Total Detected Volatile Organic Compounds
Cabarrus County Landfill Units 2 and 3
MW-A
Facility Permit Numbers 1302-MSWLF- and 1302-CDLF-1998
Note: Only detections above laboratory method detection limits represented in figure.Figure 3 (MW-A)
0
50
100
150
200
250
300
350
400
450
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Figure 4
Total Detected Volatile Organic Compounds
Cabarrus County Landfill Units 2 and 3
MW-3
Facility Permit Numbers 1302-MSWLF- and 1302-CDLF-1998
Note: Only detections above laboratory method detection limits represented in figure.Figure 4 (MW-3)
0
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t
-
1
4
Ma
r
-
1
5
Au
g
-
1
5
Ja
n
-
1
6
Ju
n
-
1
6
No
v
-
1
6
To
t
a
l

D
e
t
e
c
t
e
d

V
O
C
s

(
u
g
/
l
)
Date
Figure 5
Total Detected Volatile Organic Compounds
Cabarrus County Landfill Units 2 and 3
MW-E Rep
Facility Permit Numbers 1302-MSWLF- and 1302-CDLF-1998
Notes: Only detections above laboratory method detection limits represented in figure.
MW-E was not sampled during the November 2012 sampling event due to laboratory oversight.Figure 5 (MW-E Rep)
0
20
40
60
80
100
120
140
160
180
200
Se
p
-
9
4
Ap
r
-
9
5
No
v
-
9
5
Ju
n
-
9
6
Ja
n
-
9
7
Au
g
-
9
7
Ma
r
-
9
8
Oc
t
-
9
8
Ma
y
-
9
9
De
c
-
9
9
Ju
l
-
0
0
Fe
b
-
0
1
Se
p
-
0
1
Ap
r
-
0
2
No
v
-
0
2
Ju
n
-
0
3
Ja
n
-
0
4
Au
g
-
0
4
Ma
r
-
0
5
Oc
t
-
0
5
Ma
y
-
0
6
De
c
-
0
6
Ju
l
-
0
7
Fe
b
-
0
8
Se
p
-
0
8
Ap
r
-
0
9
No
v
-
0
9
Ju
n
-
1
0
Ja
n
-
1
1
Au
g
-
1
1
Ma
r
-
1
2
Oc
t
-
1
2
Ma
y
-
1
3
De
c
-
1
3
Ju
l
-
1
4
Fe
b
-
1
5
Se
p
-
1
5
Ap
r
-
1
6
No
v
-
1
6
To
t
a
l

D
e
t
e
c
t
e
d

V
O
C
s

(
u
g
/
l
)
Date
Phase I Emulsified Oil Injection -November 2009 Phase II Injection -
February 2014
Figure 6
Detected Volatile Organic Compounds
Cabarrus County Landfill Units 2 and 3
MW-E deep
Facility Permit Numbers 1302-MSWLF- and 1302-CDLF-1998
Note: Only detections above laboratory method detection lmits represented in figure.Figure 6 (MW-E deep)
0
20
40
60
80
100
120
140
160
180
No
v
-
9
9
Ma
y
-
0
0
No
v
-
0
0
Ma
y
-
0
1
No
v
-
0
1
Ma
y
-
0
2
No
v
-
0
2
Ma
y
-
0
3
No
v
-
0
3
Ma
y
-
0
4
No
v
-
0
4
Ma
y
-
0
5
No
v
-
0
5
Ma
y
-
0
6
No
v
-
0
6
Ma
y
-
0
7
No
v
-
0
7
Ma
y
-
0
8
No
v
-
0
8
Ma
y
-
0
9
No
v
-
0
9
Ma
y
-
1
0
No
v
-
1
0
Ma
y
-
1
1
No
v
-
1
1
Ma
y
-
1
2
No
v
-
1
2
Ma
y
-
1
3
No
v
-
1
3
Ma
y
-
1
4
No
v
-
1
4
Ma
y
-
1
5
No
v
-
1
5
Ma
y
-
1
6
No
v
-
1
6
To
t
a
l

D
e
t
e
c
t
e
d

V
O
C
s

(
u
g
/
L
)
Date
Total VOC
PCE
TCE
DCE
VC
Phase I Emulsified Oil Injection -November 2009 Phase II -February 2014
Figure 7
Total Detected Volatile Organic Compounds
Cabarrus County Landfill Units 2 and 3
AMW-1s
Facility Permit Numbers 1302-MSWLF- and 1302-CDLF-1998
Notes: Only detections above laboratory method detection limits represented in figure.
Figure 7 (AMW-1s)
0
20
40
60
80
100
120
Se
p
-
0
9
No
v
-
0
9
Ja
n
-
1
0
Ma
r
-
1
0
Ma
y
-
1
0
Ju
l
-
1
0
Se
p
-
1
0
No
v
-
1
0
Ja
n
-
1
1
Ma
r
-
1
1
Ma
y
-
1
1
Ju
l
-
1
1
Se
p
-
1
1
No
v
-
1
1
Ja
n
-
1
2
Ma
r
-
1
2
Ma
y
-
1
2
Ju
l
-
1
2
Se
p
-
1
2
No
v
-
1
2
Ja
n
-
1
3
Ma
r
-
1
3
Ma
y
-
1
3
Ju
l
-
1
3
Se
p
-
1
3
No
v
-
1
3
Ja
n
-
1
4
Ma
r
-
1
4
Ma
y
-
1
4
Ju
l
-
1
4
Se
p
-
1
4
No
v
-
1
4
Ja
n
-
1
5
Ma
r
-
1
5
Ma
y
-
1
5
Ju
l
-
1
5
Se
p
-
1
5
No
v
-
1
5
Ja
n
-
1
6
Ma
r
-
1
6
Ma
y
-
1
6
Ju
l
-
1
6
Se
p
-
1
6
No
v
-
1
6
To
t
a
l

D
e
t
e
c
t
e
d

V
O
C
s

(
u
g
/
l
)
Date
Phase I Emulsified Oil Injection -November 2009 Phase II -February 2014
Figure 8
Total Detected Volatile Organic Compounds
Cabarrus County Landfill Units 2 and 3
AMW-1d
Facility Permit Numbers 1302-MSWLF- and 1302-CDLF-1998
Notes: Only detections above laboratory method detection limits represented in figure.
Figure 8 (AMW-1d)
0
20
40
60
80
100
120
Se
p
-
0
9
No
v
-
0
9
Ja
n
-
1
0
Ma
r
-
1
0
Ma
y
-
1
0
Ju
l
-
1
0
Se
p
-
1
0
No
v
-
1
0
Ja
n
-
1
1
Ma
r
-
1
1
Ma
y
-
1
1
Ju
l
-
1
1
Se
p
-
1
1
No
v
-
1
1
Ja
n
-
1
2
Ma
r
-
1
2
Ma
y
-
1
2
Ju
l
-
1
2
Se
p
-
1
2
No
v
-
1
2
Ja
n
-
1
3
Ma
r
-
1
3
Ma
y
-
1
3
Ju
l
-
1
3
Se
p
-
1
3
No
v
-
1
3
Ja
n
-
1
4
Ma
r
-
1
4
Ma
y
-
1
4
Ju
l
-
1
4
Se
p
-
1
4
No
v
-
1
4
Ja
n
-
1
5
Ma
r
-
1
5
Ma
y
-
1
5
Ju
l
-
1
5
Se
p
-
1
5
No
v
-
1
5
Ja
n
-
1
6
Ma
r
-
1
6
Ma
y
-
1
6
Ju
l
-
1
6
Se
p
-
1
6
No
v
-
1
6
To
t
a
l

D
e
t
e
c
t
e
d

V
O
C
s

(
u
g
/
l
)
Date
Phase I Emulsified Oil Injection -November 2009 Phase II -February 2014
Figure 9
Total Detected Volatile Organic Compounds
Cabarrus County Landfill Units 2 and 3
AMW-2s
Facility Permit Numbers 1302-MSWLF- and 1302-CDLF-1998
Notes: Only detections above laboratory method detection limits represented in figure.
Figure 9 (AMW-2s)
0
5
10
15
20
25
30
35
Se
p
-
0
9
No
v
-
0
9
Ja
n
-
1
0
Ma
r
-
1
0
Ma
y
-
1
0
Ju
l
-
1
0
Se
p
-
1
0
No
v
-
1
0
Ja
n
-
1
1
Ma
r
-
1
1
Ma
y
-
1
1
Ju
l
-
1
1
Se
p
-
1
1
No
v
-
1
1
Ja
n
-
1
2
Ma
r
-
1
2
Ma
y
-
1
2
Ju
l
-
1
2
Se
p
-
1
2
No
v
-
1
2
Ja
n
-
1
3
Ma
r
-
1
3
Ma
y
-
1
3
Ju
l
-
1
3
Se
p
-
1
3
No
v
-
1
3
Ja
n
-
1
4
Ma
r
-
1
4
Ma
y
-
1
4
Ju
l
-
1
4
Se
p
-
1
4
No
v
-
1
4
Ja
n
-
1
5
Ma
r
-
1
5
Ma
y
-
1
5
Ju
l
-
1
5
Se
p
-
1
5
No
v
-
1
5
Ja
n
-
1
6
Ma
r
-
1
6
Ma
y
-
1
6
Ju
l
-
1
6
Se
p
-
1
6
No
v
-
1
6
To
t
a
l

D
e
t
e
c
t
e
d

V
O
C
s

(
u
g
/
l
)
Date
Phase I Emulsified Oil Injection -November 2009 Phase II -February 2014
Figure 10
Total Detected Volatile Organic Compounds
Cabarrus County Landfill Units 2 and 3
AMW-2d
Facility Permit Numbers 1302-MSWLF- and 1302-CDLF-1998
Notes: Only detections above laboratory method detection limits represented in figure.
Figure 10 (AMW-2d)
0
5
10
15
20
25
30
35
40
45
50
Se
p
-
0
9
No
v
-
0
9
Ja
n
-
1
0
Ma
r
-
1
0
Ma
y
-
1
0
Ju
l
-
1
0
Se
p
-
1
0
No
v
-
1
0
Ja
n
-
1
1
Ma
r
-
1
1
Ma
y
-
1
1
Ju
l
-
1
1
Se
p
-
1
1
No
v
-
1
1
Ja
n
-
1
2
Ma
r
-
1
2
Ma
y
-
1
2
Ju
l
-
1
2
Se
p
-
1
2
No
v
-
1
2
Ja
n
-
1
3
Ma
r
-
1
3
Ma
y
-
1
3
Ju
l
-
1
3
Se
p
-
1
3
No
v
-
1
3
Ja
n
-
1
4
Ma
r
-
1
4
Ma
y
-
1
4
Ju
l
-
1
4
Se
p
-
1
4
No
v
-
1
4
Ja
n
-
1
5
Ma
r
-
1
5
Ma
y
-
1
5
Ju
l
-
1
5
Se
p
-
1
5
No
v
-
1
5
Ja
n
-
1
6
Ma
r
-
1
6
Ma
y
-
1
6
Ju
l
-
1
6
Se
p
-
1
6
No
v
-
1
6
To
t
a
l

D
e
t
e
c
t
e
d

V
O
C
s

(
u
g
/
l
)
Date
Phase I Emulsified Oil Injection -November 2009
Phase II -February 2014

Appendix A 
P AC
E
AN
A
L YT
I
C
A
L S
E
R VI
C
E
S
,
I
N
C
.
En
v
i
r
o
n
m
e
n
t
a
l

M
o
n
i
t
o
r
i
n
g

&

La
b
o
r
a
t
o
r
y
An
a
l
y
s
i
s
1 10

T ec
h
n
o
l
o
g
y

P
a
r
k
w
a
y
,
P
e
a
c
h
t
r
e
e

C
o
r
n
e
r
s
,

G A 30
0
9
2
(7
7
0
)

7
3
4
-
4
2
0
0

F AX

(7
7
0
)

7
3
4
-
4
2
0
1
Ca
m
p

D
r
e
s
s
e
r

&

M
c
K
e
e

I
n
c
.

-

R
a
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e
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g
h
Pr
o
j
e
c
t
:

C
a
b
a
r
r
u
s

C
o

-

2

&

3
Ra
l
e
i
g
h
,

N
C

2
7
6
1
2
54
0
0

G
l
e
n
w
o
o
d
A ve
.
,

S
u
i
t
e

3
0
0
M r .
M
a
t

C
o
l
o
n
e
W e
a
p
p
r
e
c
i
a
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e

t
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o
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cl
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Pa
c
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An
a
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S
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e
s
, Inc. certifies that
th
e

f
o
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a
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Ac
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f
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(N
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)
.
A
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a
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La
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y

R
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#
:
[
n
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]
Pr
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p
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d

F
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:
At
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:
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3
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2
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1
6
Re
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:
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4
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:
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f
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,

wi
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.
Page 1 of 155
En
v
i
r
o
n
m
e
n
t
a
l

M
o
n
i
t
o
r
i
n
g

&

La
b
o
r
a
t
o
r
y
An
a
l
y
s
i
s
1 10

T ec
h
n
o
l
o
g
y

P
a
r
k
w
a
y
,
P
e
a
c
h
t
r
e
e

C
o
r
n
e
r
s
,

G A 30
0
9
2
(7
7
0
)

7
3
4
-
4
2
0
0

F AX

(7
7
0
)

7
3
4
-
4
2
0
1
P AC
E
AN
A
L YT
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C
A
L S
E
R VI
C
E
S
,
I
N
C
.
Ca
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&

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c
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.

-

R
a
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54
0
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.
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3
0
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2
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November 30, 2016
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Page 8 of 155
En
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M
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November 30, 2016
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Page 9 of 155
En
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Page 10 of 155
En
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November 30, 2016
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Page 12 of 155
En
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M
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At
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:

M
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M
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C
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November 30, 2016
Re
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An
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SW
S
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RL
Pr
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Page 13 of 155
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Page 14 of 155
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Page 16 of 155
En
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Page 17 of 155
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En
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Page 20 of 155
En
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Page 21 of 155
En
v
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r
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a
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M
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r
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November 30, 2016
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November 30, 2016
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Page 24 of 155
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Page 27 of 155
En
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M
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M
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C
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November 30, 2016
Re
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Page 28 of 155
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Page 30 of 155
En
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Page 31 of 155
En
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M
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November 30, 2016
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Page 34 of 155
En
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M
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November 30, 2016
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Page 35 of 155
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Page 36 of 155
En
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M
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November 30, 2016
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Page 39 of 155
En
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M
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Page 40 of 155
En
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M
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Page 42 of 155
En
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M
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November 30, 2016
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Page 43 of 155
En
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Page 45 of 155
En
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M
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Page 46 of 155
En
v
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r
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m
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a
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M
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M
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C
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November 30, 2016
Re
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Page 49 of 155
En
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M
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November 30, 2016
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Page 50 of 155
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Page 51 of 155
En
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M
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November 30, 2016
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En
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Page 54 of 155
En
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Page 55 of 155
En
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M
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Page 57 of 155
En
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M
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C
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November 30, 2016
Re
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SW
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RL
Pr
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Page 59 of 155
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Page 60 of 155
En
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M
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C
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November 30, 2016
Re
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SW
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Page 61 of 155
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Page 62 of 155
En
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M
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M
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November 30, 2016
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Page 64 of 155
En
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M
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M
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M
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C
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November 30, 2016
Re
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SW
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RL
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Page 66 of 155
En
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Page 67 of 155
En
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M
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M
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November 30, 2016
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Page 69 of 155
En
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M
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November 30, 2016
Re
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Page 70 of 155
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Page 71 of 155
En
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M
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M
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C
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November 30, 2016
Re
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Page 73 of 155
En
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a
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M
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Page 74 of 155
En
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M
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M
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November 30, 2016
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Page 76 of 155
En
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M
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November 30, 2016
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Page 77 of 155
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Page 78 of 155
En
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M
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M
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C
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November 30, 2016
Re
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SW
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RL
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Page 80 of 155
En
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M
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M
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C
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November 30, 2016
Re
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Page 81 of 155
En
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Page 83 of 155
En
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Page 85 of 155
En
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M
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Page 86 of 155
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Page 87 of 155
En
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M
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November 30, 2016
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Page 89 of 155
En
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M
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M
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C
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November 30, 2016
Re
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Page 90 of 155
En
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Page 91 of 155
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Page 92 of 155
En
v
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m
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t
a
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M
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1 1/03/16 13:07
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Page 93 of 155
En
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M
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November 30, 2016
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Page 95 of 155
En
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M
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M
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C
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November 30, 2016
Re
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SW
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Pr
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Page 97 of 155
En
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M
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November 30, 2016
Re
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SW
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RL
Pr
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Page 98 of 155
En
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November 30, 2016
Re
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Page 100 of 155
En
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M
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M
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November 30, 2016
Re
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Page 102 of 155
En
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a
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M
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g

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:

M
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M
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C
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November 30, 2016
Re
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An
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SW
S
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RL
Pr
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Page 104 of 155
En
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M
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Page 107 of 155
En
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M
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C
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November 30, 2016
Re
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SW
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Page 108 of 155
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Page 109 of 155
En
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M
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M
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November 30, 2016
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Page 111 of 155
En
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M
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November 30, 2016
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Page 113 of 155
En
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M
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Page 114 of 155
En
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M
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At
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:

M
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M
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C
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l
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November 30, 2016
Re
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u
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t
An
a
l
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SW
S
L
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RL
Pr
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Me
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Page 115 of 155
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Page 116 of 155
En
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M
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M
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C
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November 30, 2016
Re
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SW
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1 1:00 Page 118 of 155
En
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M
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M
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M
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C
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November 30, 2016
Re
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Page 120 of 155
En
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1 1:00 Page 123 of 155
En
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1 1:00 Page 125 of 155
En
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M
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November 30, 2016
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Page 127 of 155
En
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M
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M
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November 30, 2016
Re
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Page 129 of 155
En
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Page 130 of 155
En
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November 30, 2016
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En
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Page 133 of 155
En
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Page 134 of 155
En
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November 30, 2016
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Page 135 of 155
En
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M
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C
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November 30, 2016
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Page 136 of 155
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November 30, 2016
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Page 137 of 155
En
v
i
r
o
n
m
e
n
t
a
l

M
o
n
i
t
o
r
i
n
g

&

La
b
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P
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k
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c
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C
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n
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s
,

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(7
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November 30, 2016
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Page 138 of 155
En
v
i
r
o
n
m
e
n
t
a
l

M
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n
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t
o
r
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n
g

&

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b
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C
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M
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M
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C
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November 30, 2016
Re
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Re
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Un
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Page 139 of 155
En
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M
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M
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November 30, 2016
Re
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Un
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Page 140 of 155
En
v
i
r
o
n
m
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t
a
l

M
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n
i
t
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r
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n
g

&

La
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P
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At
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:

M
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M
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C
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November 30, 2016
Re
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Re
p
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Un
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Page 141 of 155
En
v
i
r
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n
m
e
n
t
a
l

M
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n
i
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r
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n
g

&

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Page 142 of 155
En
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M
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M
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C
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November 30, 2016
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Page 143 of 155
En
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M
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M
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November 30, 2016
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Page 145 of 155
En
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M
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Page 146 of 155
En
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M
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C
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November 30, 2016
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November 30, 2016
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Page 154 of 155
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