7401_PittCountySouthUnitMSWLF_GWMR_20170303

Compounds Detected At or Above the SWSL during the January 2017 Sampling Event (1/11-12/2017)
Southern Unit of the Pitt County Municipal Solid Waste Landfill (Permit #74-01)
Well
ID Parameter Results
(µg/L)
MDL
(µg/L)
NC SWSL
(µg/L)
NC 2L or
2B Std*
(µg/L)
GWP Std
(µg/L)
MCL
(µg/L)
EB Zinc Total 58.7 4.4 10 1000 --
MW6R Barium Total 1440 1 100 700 -2000
P04^Barium Total 101 1 100 700 -2000
Barium Total 957 1 100 700 -2000Benzene2.4 0.15 1 1 -51,4-Dichlorobenzene 3.5 0.19 1 6 -75Barium Total 638 1 100 700 -2000Benzene1.7 0.15 1 1 -5Ethylbenzene1.2 0.13 1 600 -700P28Zinc Total 19.2 4.4 10 1000 --
SW1^Zinc Total 41.0 4.4 10 60 --
SW2 Zinc Total 26.4 4.4 10 60 --
MDL = Method Detection Limit MCL = Federal Maximum Contaminant LevelNC SWSL = North Carolina Solid Waste Section Limit GWP STD = groundwater protection standard
J = The analyte was positively identified, but the value is estimated below the reporting limit.
All concentrations reported in micrograms/liter (µg/L).
Concentrations in bold and highlighted in yellow were detected above the 2L (or 2B) standards.
*15A NCAC 2L groundwater standards are listed for all groundwater sampling locations. 15A NCAC 2B standards are listed for
surface water sampling locations (SW1 and SW2).
The concentrations of barium in wells MW6R and P16R are believed to be partially attributable to natural
sediment as has been previously demonstrated in the Alternative Source Demonstration Report dated April
20, 2011 and the January 2015 Semi-Annual Water Quality Monitoring Event Report. Barium is ubiquitous
in groundwater samples collected at this site, including all upgradient samples.
The source of benzene in wells P16R and P20R is unknown. P16R is located upgradient of the Southern
Unit of the Pitt County Landfill.
P16R
P20R

TABLE OF CONTENTS

1.0 INTRODUCTION ........................................................................................ 1
2.0 GROUNDWATER HYDROGEOLOGY............................................................ 1
3.0 SAMPLE COLLECTION AND ANALYTICAL ANALYSES ................................ 1
4.0 ANALYTICAL RESULTS AND DATA EVALUATION ....................................... 2
5.0 SCHEDULED ANNUAL MONITORING ......................................................... 3
6.0 REPORT CERTIFICATION .......................................................................... 3
7.0 REFERENCES ............................................................................................. 4

FIGURES

1. Site Layout and Existing Monitoring Network
2. Groundwater and Surface Water Sampling Locations
3. Equipotential Map, January 11, 2017

TABLES

1. Monitoring Well Construction and Elevations
2. Monitoring Well Water Levels and Sample Purge Volumes
3. Calculations of Groundwater Velocity
4. Water Quality Parameters
5. Appendix I Target Parameters
6. List of Compounds Detected during the January 2017 Sampling Event

APPENDICES

A. Correspondence from the NC Division of Waste Management
B. Laboratory Report and Chain-of-Custody Forms for Water Samples
C. Monitoring Well and Surface Water Sampling Records

1.0 INTRODUCTION

Groundwater Management Associates, Inc. (GMA) performed a semi-annual monitoring
event for the southern unit of the inactive Pitt County Solid Waste Municipal Landfill (Figure
1) between January 11 and 13, 2017. The work was performed by GMA on behalf of Mr.
Phil Dickerson, PE, Pitt County Engineering Department. Twenty-two groundwater-
monitoring wells comprise the groundwater-monitoring network for the entire landfill (Figure
1, Table 1). The water-quality monitoring network used for the January 2017 semi-annual
monitoring of the southern unit (Figure 2) consists of two hydraulically-upgradient
monitoring wells (P4 and P16R), four hydraulically-downgradient monitoring wells (P12,
P20R, P28, and MW6R), one hydraulically-upgradient surface water sample (SW1), and one
hydraulically-downgradient surface water sample (SW2). Sampling procedures and
analytical methods complied with the approved Water Quality Monitoring Plan dated
September 8, 1994, and subsequent groundwater policy memos issued by the Solid Waste
Section of DENR-DWM (Appendix A).

2.0 GROUNDWATER HYDROGEOLOGY

Static water levels (Table 2) were measured in all 22 monitoring wells on January 11, 2017.
The depth to groundwater ranged from 2.73 to 10.20 feet below the land surface,
depending on local elevation at the well and proximity to surface water features. An
equipotential map prepared using these water-level measurements (Figure 3) was similar to
previous maps prepared for this facility, and generally indicates that the horizontal
component of groundwater flow was directed toward the south and southeast in the
direction of the large ditch forming the southern boundary of the facility. Estimates of
horizontal groundwater velocity (Table 3) ranged from approximately 0.001 to 0.034
feet/day, or 0.46 to 12.49 feet/year.

3.0 SAMPLE COLLECTION AND LABORATORY ANALYSES

The semi-annual monitoring event occurred between January 11 and 12, 2017. Water
samples collected from 6 monitoring wells and two surface water locations were analyzed in
the field for water-quality parameters during sampling (Table 4). GMA used standard hand
bailing sampling procedures to collect all samples. All groundwater and surface water
samples were analyzed for Appendix I parameters. Groundwater samples were not filtered
in the field such that all metals were analyzed as total metals. Samples were transferred to
ENCO in an ice-filled cooler under chain-of-custody protocol. Copies of the chain-of-custody
forms and analytical report are provided in Appendix B. As required, laboratory method
detection limits are reported, and all data is quantifiable at or below the Solid Waste Section
January 2017 Semi-Annual Water Quality Monitoring Report
Southern Portion of the Pitt County Solid Waste Municipal Landfill
March 3, 2017
Page 2 of 4
Limits (SWSLs) for all Appendix I compounds (Table 5). Monitoring well and surface water
sampling records are provided in Appendix C.

4.0 ANALYTICAL RESULTS AND DATA EVALUATION

During the January 2017 annual monitoring event, five parameters (1,4-dichlorobenzene,
barium, benzene, ethylbenzene, and zinc) were detected at concentrations above their
respective SWSL, and two of those constituents (barium and benzene) were detected at
concentrations above both their SWSL and their 15A NCAC 2L standard (Table 6).

1,4-Dichlorobenzene and ethylbenzene were detected in downgradient well P20R at
concentrations above their respective SWSL but below their 15A NCAC 2L standard. Zinc
concentrations above the SWSL but below the 15A NCAC 2L standard were also detected in
both upgradient and downgradient samples as well as the equipment blank. GMA believes
that zinc concentrations are related to residual powder from the manufacturing process used
to produce the ‘powder-free’ gloves that were used during sampling.

The sample from well MW6R contained 1440 µg/L of barium, which exceeded the 15A NCAC
2L standard of 700 µg/L. Barium is an alkaline earth metal, and it is possible that fine
particulate or colloidal aquifer materials containing barium were dissolved when placed in the
acidified sample containers, thus leading to an overestimation of the true amount of the
dissolved metal in the groundwater. In the Alternative Source Demonstration (ASD) Report
dated April 20, 2011, filtered samples from MW6R indicate that dissolved barium
concentrations did not exceed its respective 15A NCAC 2L standard and that barium was
most likely a constituent of the particulate matter.

The concentration of barium in well P16R (957 µg/L), which was above the 15A NCAC 2L
standard, is also believed to be partially attributable to natural sediment. The barium
concentration in a low-flow, filtered sample collected in January 2015 did not exceed the 15A
NCAC 2L standard whereas an unfiltered sample did, indicating that a portion of the barium
at this location is associated with particulate materials (GMA, 2015). Furthermore, barium is
ubiquitous in groundwater samples collected at this site. Barium was detected in both deep
and shallow, hydraulically-upgradient monitoring wells in concentrations as great as 105
µg/L (well P4), which is just above the SWSL of 100 µg/L. The presence of barium in
hydraulically upgradient areas further illustrates the presence of naturally-occurring barium
in the aquifer.

The samples from well P16R and well P20R contained 2.4 and 1.7 µg/L of benzene,
respectively, which slightly exceed the 1.0 µg/L 15A NCAC 2L benzene standard. The source
January 2017 Semi-Annual Water Quality Monitoring Report
Southern Portion of the Pitt County Solid Waste Municipal Landfill
March 3, 2017
Page 4 of 4
7.0 REFERENCES
GMA, 2011, Alternative Source Demonstration Report, Pitt County Solid Waste Municipal
Landfill, Greenville, Pitt County, 8 pp.

GMA, 2015, January 2015 Semi-Annual Water Quality Monitoring Report, Southern Portion of
the Pitt County Solid Waste Municipal Landfill, 147 pp.

FIGURES
SW1
SW2
P12
MW6R
P16R
P20R
P19
P18
P28P17
P11R
P7
P13D
P13
P9
P3
MW5
P8
P10
P24
P23P21
P2
MW3
P25
MW2
P26
P15
MW8
P14
MW1R
P4
P5
P6 SW4
MW7D
SW1
SW2
P12
MW6R
P16R
P20R
P19
P18
P28P17
P11R
P7
P13D
P13
P9
P3
MW5
P8
P10
P24
P23P21
P2
MW3
P25
MW2
P26
P15
MW8
P14
MW1R
P4
P5
P6 SW4
MW7D
Date: 3/24/2015SITE LAYOUT AND EXISTING MONITORING NETWORK
PROJECT 25101
0 500'
FIGURE 1
-LEGEND-
File: DRAWINGS/25101
FIG 1
PITT COUNTY LANDFILL, GREENVILLE, PITT CO., NC
SCALE IN FEET
MONITORING WELL
SURFACE WATER SAMPLE
RAILROAD CENTERLINE
DITCHES
PONDS
PARCELS
!>
!>
!>
A
A
A
A
A
A
A
A
A
AA
A
A A
A A
A
A
AA
AA
AA
AA
A
A
A
AA
A
A
AASW1
SW2
P12
MW6R
P16R
P20R
P28
P4
!>
!>
!>
A
A
A
A
A
A
A
A
A
AA
A
A A
A A
A
A
AA
AAA
AA
A
A
A
AA
A
A
AASW1
SW2
P12
MW6R
P16R
P20R
P28
P4
Date: 3/25/2015GROUNDWATER AND SURFACE WATER SAMPLING LOCATIONS - SOUTHERN UNIT
PROJECT 25101
0 500'
$
FIGURE 2
-LEGEND-
File: DRAWINGS/25101
FIG 2
PITT COUNTY LANDFILL, GREENVILLE, PITT CO., NC
SCALE IN FEET
A MONITORING WELL
!>SURFACE WATER SAMPLE
RAILROAD CENTERLINE
DITCHES
PONDS
PARCELS
P5
P4
P6
MW1
P11R
P1276.58
P16R
P20R
P19
P28
P17 MW6R
P23
P21 P9
P13DP13
MW4
P7
P2
MW3
P26
P25
MW7
MW2MW8
MW8D
P14
74.67 75.01
74.35
75.20
75.86 77.32
77.08
77.35
(75.12)77.71
77.7
P24 P10
P8
MW5
P3
78.58
78.01
77.31
78.56
80.2781.03
81.33
78
80 P15
140
120
1 0 0 801 0 0
MW7D
76.61
77
77
80
79
76
78
MW1R(78.06)
76
81
81
79
75
75
(75.14)
75 75
1 0 0
1 0 0
12080
808080
8080
80808 0
8080
80
8 0 80808080
80
80 0 350 700'
EQUIPOTENTIAL MAPJANUARY 11, 2017
- LEGEND -
PROJECT: 25101
FIGURE 3
DATE 2/23/2017
SCALE IN FEET
GENERAL NOTES:
1. TOPOGRAPHIC CONTOUR INTERVAL = 2.0 FEET2. GROUNDWATER CONTOUR INTERVAL = 1.0 FOOT3. ARROW INDICATES DIRECTION OF GROUNDWATER FLOW4. WATER LEVEL ELEVATIONS ARE POSTED BY EACH WELL5. ( ) INDICATES DATA NOT USED
1" = 350'
POND
PROPERTY LINE
TOPOGRAPHIC CONTOUR
NORFOLK SOUTHERN RAILROAD (100' R/W)
RAILROAD TRACKS
GROUNDWATER ELEVATION CONTOUR
WATER LEVEL(FEET ABOVE SEA LEVEL)77.31
DRW BY: EHS
MONITORING WELL
ABANDONED MONITORING WELL
UNMEASURED MONITORING WELL
INDICATES DIRECTION OFGROUNDWATER FLOW

TABLES

Table 1.Monitoring Well Construction and Elevations
Pitt County Municipal Solid Waste Landfill, Pitt County, NC (Permit # 74-01)
MW1R 85.48 82.50 40.0 50.0 42.5 32.5
MW3 82.97 80.50 35.0 45.0 45.5 35.5
MW6R 80.94 78.15 7.0 17.0 71.2 61.2
MW8 84.41 81.62 4.0 14.0 77.6 67.6
P02 84.65 80.60 11.0 15.0 69.6 65.6
P04 85.02 81.50 8.0 18.0 73.5 63.5
P05 85.94 82.30 8.5 13.5 73.8 68.8
P06 84.72 81.50 8.5 14.5 73.0 67.0
P07 85.41 81.90 11.0 16.0 70.9 65.9
P09 84.08 80.10 9.5 14.5 70.6 65.6
P11R 86.04 82.30 13.0 16.0 69.3 66.3
P12 79.31 75.90 10.5 17.5 65.4 58.4
P13 85.80 82.00 11.0 16.0 71.0 66.0
P13D 84.67 81.20 51.5 29.7
P16R 87.44 84.30 11.0 14.0 73.3 70.3
P17 80.38 76.30 8.0 11.0 68.3 65.3
P19 83.90 78.50 9.0 13.0 69.5 65.5
P20R 85.21 81.70 10.0 30.0 71.7 51.7
P21 82.07 77.80 8.0 11.0 69.8 66.8
P23 82.93 79.40 11.0 16.0 68.4 63.4
P26 84.59 82.20 9.0 14.0 73.2 68.2
P28 77.74 74.80 3.5 8.0 71.3 66.8
Well
Number
Top of Casing
Elevation
Land Surface
Elevation
Depth to Top
of Screen
Depth to
Bottom of
Screen
Elevation of
Top of
Screen
Elevation of
Bottom of
Screen
Table 2.Monitoring Well Water Levels and Sample Purge Volumes
Pitt County Municipal Solid Waste Landfill, Pitt County, NC (Permit # 74-01)

MW1R 1/11/17 85.48 7.42 78.06 46.6 22.6 22.6 3.0 no
MW3 1/11/17 82.97 7.83 75.14 39.6 19.3 19.3 3.0 no
MW6R 1/11/17 80.94 6.59 74.35 13.8 6.7 6.7 3.0 no
MW8 1/11/17 84.41 5.85 78.56 10.9 5.3 5.3 3.0 no
P02 1/11/17 84.65 7.30 77.35 11.8 5.7 5.7 3.0 no
P04 1/11/17 85.02 4.75 80.27 16.8 8.1 8.1 3.0 no
P05 1/11/17 85.94 4.61 81.33 12.5 6.1 6.1 3.0 no
P06 1/11/17 84.72 3.69 81.03 14.0 6.8 5.2 2.3 yes
P07 1/11/17 85.41 8.33 77.08 11.2 5.4 3.8 2.1 yes
P09 1/11/17 84.08 6.76 77.32 11.7 5.7 5.7 3.0 no
P11R 1/11/17 86.04 7.46 78.58 12.3
P12 1/11/17 79.31 2.73 76.58 18.2 8.8 4.0 1.4 yes
P13 1/11/17 85.80 8.09 77.71 11.7 5.7 5.7 3.0 no
P13D 1/11/17 84.67 9.55 75.12 45.4 22.1 22.1 3.0 no
P16R 1/11/17 87.44 9.43 78.01 7.7 3.7 2.1 1.6 yes
P17 1/11/17 80.38 3.77 76.61 11.3
P19 1/11/17 83.90 6.59 77.31 11.8
P20R 1/11/17 85.21 10.20 75.01 23.3 11.3 11.3 3.0 no
P21 1/11/17 82.07 6.21 75.86 9.1 4.4 4.1 2.8 yes
P23 1/11/17 82.93 7.73 75.20 11.8 5.7 4.1 1.5 yes
P26 1/11/17 84.59 6.89 77.70 9.5
P28 1/11/17 77.74 3.07 74.67 7.9 3.8 3.3 2.6 yes
Well
Number
Depth to
Water
(feet)
Height of
Water in
Well (feet)
Three Well
Volumes
(gallons)
Amount
Purged
(gallons)
Elevation
of WaterDate
Elevation
of Top of
Casing
Number of
Well Volumes
Purged
not sampled
not sampled
not sampled
not sampled
Purged to
Dryness?

Table 3.Calculations of Groundwater Velocity
Pitt County Municipal Solid Waste Landfill, Pitt County, NC (Permit # 74-01)
Horizontal Horizontal Horizontal
Hydraulic Hydraulic Groundwater Groundwater
Well Gradient Conductivity Effective Velocity VelocityNumberDate(ft/ft)(ft/day)Porosity (ft/day)(ft/year)
MW6R 1/11/17 0.005 0.50 0.29 0.009 3.15
P04 1/11/17 0.013 0.50 0.19 0.034 12.49
P12 1/11/17 0.003 0.20 0.43 0.001 0.51
P16R 1/11/17 0.002 0.80 0.24 0.007 2.43
P20R 1/11/17 0.004 0.10 0.32 0.001 0.46
P28 1/11/17 0.012 0.30 0.17 0.021 7.73

Table 4.Water Quality Parameters
Pitt County Municipal Solid Waste Landfill, Pitt County, NC (Permit # 74-01)
Well
Number
Sample
Date pH
Temperature
(degrees
Celsius)
Conductivity
(µS)
Dissolved
oxygen
(mg/L)
Turbidity
during
collection of
organic
samples (ntu)
MW1R 1/12/2017 5.22 17.3 79 1.12 5.5
MW3 1/12/2017 4.88 19.0 77 2.07 6.7
1/11/2017 6.69 16.8 2182 0.55 98
1/12/2017 ----------
MW8 1/11/2017 4.35 14.7 81 2.31 59
P02 1/12/2017 4.40 18.3 51 1.23 57
1/11/2017 4.64 16.0 68 5.04 18
1/12/2017 ----------
P05 1/12/2017 4.93 16.8 46 1.77 50
P06 1/11/2017 5.52 16.4 104 0.82 70
P07 1/12/2017 4.16 18.6 162 1.87 13
P09 1/11/2017 4.69 17.2 2 9.40 94
1/11/2017 6.61 17.4 63 2.96 162
1/12/2017 ----------
P13 1/12/2017 4.82 18.2 47 47 33
P13D 1/12/2017 5.78 18.2 72 1.94 16
1/11/2017 6.34 16.8 4300 0.75 82
1/12/2017 ----------
1/11/2017 6.25 17.8 1676 1.21 43
1/12/2017 ----------
P21 1/11/2017 5.08 16.4 61 0.79 37
P23 1/11/2017 5.20 19.4 41 2 39
1/11/2017 5.46 14.8 66 3 373
1/12/2017 ----------
SW1 1/12/2017 5.87 14.8 446 --341
SW2 1/12/2017 6.26 14.6 237 --44
SW4 1/12/2017 5.82 15.7 151 --14
MW6R
P04
P12
P20R
P28
P16R
Table 5. Appendix I Target Parameters
Pitt County Municipal Solid Waste Landfill, Pitt County, NC 74-01
CAS Number Name Other Names 2L Std.GWP Std.SWSL
630-20-6 1,1,1,2-Tetrachloroethane Ethane, 1,1,1,2-
tetrachloro-NE 1 5
71-55-6 1,1,1-Trichloroethane;
Methylchloroform Ethane, 1,1,1-trichloro-200 --1
79-34-5 1,1,2,2-Tetrachloroethane Ethane, 1,1,2,2-
tetrachloro-0.2 0.18 3
79-00-5 1,1,2-Trichloroethane Ethane, 1,1,2-trichloro-NE 0.6 1
75-34-3 1,1-Dichloroethane;
Ethyldidene chloride Ethane, 1,1-dichloro-6 --5
75-35-4 1,1-Dichloroethylene; 1,1-
Dichloroethene;Ethene, 1,1-dichloro-7 --5
96-18-4 1,2,3-Trichloropropane Propane, 1,2,3-
trichloro-0.005 --1
96-12-8 1,2-Dibromo-3-
chloropropane; DBCP
Propane, 1,2-dibromo-
3-chloro-0.04 --13
106-93-4 1,2-Dibromoethane;
Ethylene dibromide; EDB Ethane, 1,2-dibromo-0.02 --1
107-06-2 1,2-Dichloroethane;
Ethylene dichloride Ethane, 1,2-dichloro-0.4 --1
78-87-5 1,2-Dichloropropane Propane, 1,2-dichloro-0.6 --1
591-78-6 2-Hexanone; Methyl butyl
ketone 2-Hexanone NE 40 50
108-10-1 4-Methyl-2-pentanone;
Methyl isobutyl ketone 2-Pentanone, 4-methyl-NE 560 100
67-64-1 Acetone 2-Propanone 6000 --100
75-05-8 Acetonitrile; Methyl
cyanide Acetonitrile NE 42 55
7440-36-0 Antimony Antimony NE 1 6
7440-38-2 Arsenic Arsenic 10 --10
7440-39-3 Barium Barium 700 --100
71-43-2 Benzene Benzene 1 --1
7440-41-7 Beryllium Beryllium NE 4 1
74-97-5 Bromochloromethane;
Chlorobromethane Methane, bromochloro-NE 0.6 3
75-27-4 Bromodichloromethane;
Dichlorobromomethane
Methane,
bromodichloro-0.6 --1
75-25-2 Bromoform;
Tribromomethane Methane, tribromo-4 --3
7440-43-9 Cadmium Cadmium 2 --1
75-15-0 Carbon disulfide Carbon disulfide 700 --100
56-23-5 Carbon tetrachloride Methane, tetrachloro-0.3 --1
108-90-7 Chlorobenzene Benzene, chloro-50 --3
75-00-3 Chloroethane; Ethyl
chloride Ethane, chloro-3000 --10
67-66-3 Chloroform;
Trichloromethane Methane, trichloro-70 --5
7440-47-3 Chromium Chromium 10 --10
156-59-2 cis-1,2-Dichloroethylene;
cis-1,2-Dichloroethene
Ethene, 1,2-dichloro-
,(Z)-70 --5
10061-01-5 cis-1,3-Dichloropropene 1-Propene, 1,3-dichloro-
, (Z)-0.4 --1
All units are in micrograms per liter (ug/L)
2L STD = 15A NCAC 2L groundwater standard
GWP STD = groundwater protection standard
SWSL = Solid Waste Section Limit
Table 5. Appendix I Target Parameters
Pitt County Municipal Solid Waste Landfill, Pitt County, NC 74-01
CAS Number Name Other Names 2L Std.GWP Std.SWSL
7440-48-4 Cobalt Cobalt NE 1 10
7440-50-8 Copper Copper 1000 --10
124-48-1 Dibromochloromethane;
Chlorodibromomethane
Methane,
dibromochloro-0.4 0.41 3
100-41-4 Ethylbenzene Benzene, ethyl-600 --1
7439-92-1 Lead Lead 15 --10
74-83-9 Methyl bromide;
Bromomethane Methane, bromo-NE 10 10
74-87-3 Methyl chloride;
Chloromethane Methane, chloro-3 --1
78-93-3 Methyl ethyl ketone; MEK;
2-Butanone 2-Butanone 4000 --100
74-88-4 Methyl iodide;
Iodomethane Methane, iodo-NE NE 10
74-95-3 Methylene bromide;
Dibromomethane Methane, dibromo-NE 70 10
75-09-2 Methylene chloride;
Dichloromethane Methane, dichloro-5 --1
7440-02-0 Nickel Nickel 100 --50
95-50-1 o-Dichlorobenzene; 1,2-
Dichlorobenzene Benzene, 1,2-dichloro-20 --5
106-46-7 p-Dichlorobenzene; 1,4-
Dichlorobenzene Benzene, 1,4-dichloro-6 --1
7782-49-2 Selenium Selenium 20 --10
7440-22-4 Silver Silver 20 --10
100-42-5 Styrene Benzene, ethenyl-70 --1
127-18-4
Tetrachloroethylene;
Tetrachloroethene;
Perchloroethylene
Ethene, tetrachloro-0.7 --1
7440-28-0 Thallium Thallium NE 0.28 5.5
108-88-3 Toluene Benzene, methyl-600 --1
156-60-5
trans-1,2-
Dichloroethylene; trans-
1,2-Dichloroethene
Ethene, 1,2-dichloro-
,(E)-100 --5
10061-02-6 trans-1,3-Dichloropropene 1-Propene, 1,3-dichloro-
, (E)-0.4 --1
110-57-6 trans-1,4-Dichloro-2-
butene
2-Butene, 1,4-dichloro-
, (E)-NE NE 100
79-01-6 Trichloroethylene;
Trichloroethene Ethene, trichloro-3 --1
75-69-4 Trichlorofluoromethane;
CFC-11 Methane,trichlorofluoro-2000 --1
7440-62-2 Vanadium Vanadium NE 3.5 25
108-05-4 Vinyl acetate Acetic acid,
ethenylester NE 88 50
75-01-4 Vinyl chloride;
Chloroethene Ethene, chloro-0.03 --1
1330-20-7 Xylene (total)Benzene, dimethyl-500 --5
7440-66-6 Zinc Zinc 1000 --10
All units are in micrograms per liter (ug/L)
2L STD = 15A NCAC 2L groundwater standard
GWP STD = groundwater protection standard
SWSL = Solid Waste Section Limit
Table 6. List of Compounds Detected during the July 2015 Sampling Event (1/11-12/2017)
Southern Unit of the Pitt County Municipal Solid Waste Landfill (Permit #74-01)
Well
ID Parameter Results
(µg/L)
MDL
(µg/L)
NC SWSL
(µg/L)
NC 2L or
2B Std*
(µg/L)
GWP Std
(µg/L)
MCL
(µg/L)
Copper Total 4.41 J 1.6 10 1000 -1300^
Zinc Total 58.7 4.4 10 1000 --
Copper Total 3.02 J 1.6 10 1000 -1300^
Methylene chloride 0.79 JB 4.4 10 1000 --
Barium Total 1440 1 100 700 -2000Benzene0.56 J 0.15 1 1 -5Cobalt Total 5.71 J 1.1 10 -1 -Nickel Total 5.51 J 2.2 50 100 --Barium Total 101 1 100 700 -2000
Beryllium Total 0.199 J 0.1 1 -4 4Chromium Total 5.67 J 1.4 10 10 -100
Copper Total 1.97 1.6 10 1000 -1300^
Nickel Total 2.96 J 2.2 50 100 --Thallium Total 0.153 J 0.11 5.5 -0.28 2
Zinc Total 5.61 J 4.4 10 1000 --Barium Total 32.1 J 1 100 700 -2000
Beryllium Total 0.585 J 0.1 1 -4 4Thallium Total 0.120 J 0.11 5.5 -0.28 2Acetone10 J 1.2 100 6000 --
Antimony Total 0.504 J 0.22 6 -1 6
Arsenic Total 8.19 J 6.8 10 10 -10Barium Total 957 1 100 700 -2000
Benzene 2.4 0.15 1 1 -5
Chlorobenzene 0.79 J 0.17 3 50 -100Cobalt Total 1.54 J 1.1 10 -1 -
Ethylbenzene 0.84 J 0.13 1 600 -700
Nickel Total 10.2 J 2.2 50 100 --Selenium Total 0.966 J 0.91 10 20 -50
Thallium Total 0.111 J 0.11 5.5 -0.28 2
Vanadium Total 3.55 J 1.4 25 -0.3 -
Xylenes Total 0.72 J 0.45 5 500 -10
1,1-Dichloroethane 0.79 J 5 6 --1,4-Dichlorobenzene 3.5 0.19 1 6 -75Arsenic Total 9.90 J 6.8 10 10 -10Barium Total 638 1 100 700 -2000Benzene1.7 0.15 1 1 -5Beryllium Total 0.616 J 0.1 1 -4 4Chlorobenzene1.4 J 0.17 3 50 -100Cobalt Total 3.23 J 1.1 10 -1 -Ethylbenzene 1.2 0.13 1 600 -700Nickel Total 9.59 2.2 50 100 --Vanadium Total 4.11 J 1.4 25 -0.3 -Xylenes Total 0.74 J 0.45 5 500 -10Barium Total 41.3 J 1 100 700 -2000Beryllium Total 0.975 J 0.1 1 -4 4Chromium Total 5.99 J 1.4 10 10 --100
Cobalt Total 2.03 J 1.1 10 -1 -Copper Total 1.66 J 1.6 10 1000 -1300^
Nickel Total 5.00 J 2.2 50 100 --Thallium Total 0.125 J 0.11 5.5 -0.28 2Vanadium Total 9.14 J 1.4 25 -0.3 -Zinc Total 19.2 4.4 10 1000 --2-Butanone 2.2 J 1.3 100 20000 --
Acetone 22 J 1.2 100 2000 --
Barium Total 57.8 J 1 100 1000 -2000
Chromium Total 1.57 J 1.4 10 20 -100
Cobalt Total 1.75 J 1.1 10 3 1 -
Copper Total 5.50 J 1.6 10 7 -1300+
Lead Total 5.22 J 3.10 10 15 -15+
Nickel Total 3.69 J 2.2 50 100 --
Thallium Total 0.137 J 0.11 5.5 0.24 0.28 2
Vanadium Total 3.19 J 1.4 25 -0.3 -
Zinc Total 41.0 4.4 10 60 --
P28
SW1
MW6R
P12
P20R
EB
FB
P04^
P16R
Table 6. List of Compounds Detected during the July 2015 Sampling Event (1/11-12/2017)
Southern Unit of the Pitt County Municipal Solid Waste Landfill (Permit #74-01)
Well
ID Parameter Results
(µg/L)
MDL
(µg/L)
NC SWSL
(µg/L)
NC 2L or
2B Std*
(µg/L)
GWP Std
(µg/L)
MCL
(µg/L)
Barium Total 40.5 J 1 100 1000 -2000
Nickel Total 2.67 J 2.2 50 100 --
Thallium Total 0.134 J 0.11 5.5 0.24 0.28 2
Vanadium Total 2.57 J 1.4 25 -0.3 -
Zinc Total 26.4 4.4 10 60 --
Antimony Total 0.608 J 0.22 6 -1 6Barium Total 20.8 J 1 100 1000 -2000
Copper Total 1.71 J 1.6 10 7 -1300+
Nickel Total 3.11 J 2.2 50 100 --
Zinc Total 8.08 J 4.4 10 60 --
MDL = Method Detection Limit MCL = Federal Maximum Contaminant Level
NC SWSL = North Carolina Solid Waste Section Limit GWP STD = groundwater protection standard
J = The analyte was positively identified, but the value is estimated below the reporting limit.All concentrations reported in micrograms/liter (µg/L).
Concentrations listed in bold exceeded the NC SWSL. Concentrations highlighted in yellow were detected above the 2L (or 2B) standards.Concentrations highlighted in orange were detected above the GWP standard.
SW2
SW4
*15A NCAC 2L groundwater standards are listed for all groundwater sampling locations. 15A NCAC 2B standards are
listed for surface water sampling locations (SW1 and SW2).

APPENDIX A

CORRESPONDENCE FROM THE NC
DIVISION OF WASTE MANAGEMENT

Mr. Philip G. Diokerson
Pitt COunLy Engineer
Pitt County Office Building
1717 WestFit..h S1:n!et
Greenville, N.C. 27834
Re: SemiaJ:U1unl Water Quality Sempling Requirements for1he I'fortbem
Portion of the Pitt ,County Landfill (permit #74-01).
Dam-:MIA Dickcrso~
A..o~otding to ~ telepho~ «JIlVCf.sation yesterday I bav~ alh1t;h~d two
letters1b1rt may help clarify the sampt±ng requirements for. the northern. portion
or: the clostd Pitt a:mnty ] and1iU.· "fhe DeCember 21J 1994 letter sp~cifies the
sampling points and analyses. This letter also explains that the semiannDa1
~.Pling events fnrilienolihernporuon of1h~fncilitjcan be c0D:d]1,?~.d.-~·
simultaneously with the southern subtitle D ceIl to PfC""Ylt--dupllcation of
samples. Subsequent 1~ have modlfied the :required analytical methods ..
The April 8, 1997 letter disc:us~es ilie .i:J;Is1aI];,UlOD of five new wells to the
monitoring: .;w~t:l}m to 1) acquire dala 011 both the vertical and horizontEtl ground
wilter now, 2) to determine the continuity of the 7J gray cIai' ]a.yet·be:EU~ntll the
.§ne arid :3) establish true 11pgradient monitoring stations for the northern portion
-of the Inndfm. WIth the additions to thCIJ monitoring Sj'Stem. the Section did oot
gee "the :t1ted to tOfttii1'l1c oollcci:ing samples on a routine-basis fi:om mouHonng
pointsP-14, P-15, P .. 25, p ... 2-5,. MW-2As.nd:MW2B beCDl!Se of their pt;oxfm.ityto
wasta.. After the initial data. Vr"aB co11ected on the abov~ items I .. :;', the Section
did not require samples to be 'taken ftom fur;) two bew' deeper opgradient wells.
Addlfionaily, MW-2 VrllS abandoned.
In s:nmmruyt the follo'wing monitoring poin~.ShOllld be sampled on a
'semlannlL:ll basis furtbe northern portion offue landfill (thiS' is.notmeant to
~x.cltl(1e previously a:pproved!Il.Onitoring requirements. for the solI'"JIern portion):
M1V .. 1. MW .. 3. P-l. P-2.P-4,. P .. S.P,6. P .. 7~ P-9~ P-1J. P-16, P-21..P .. 23, the two
!le~v upgtadleut sballo'\\! wcll~ HJ1d the Dew downgtadieElt "yell nested Y\'ith P-13 .
.Prt:!-zrp,PrQyed surtact! water locntions should also be snmpl~ci. Potentiometric
data should be collected an 0.11 i.velis at the site during each sampling episode and
a Jlotemlometric map submitted \\1th f!a.ch semiannual dais. package:..
.Ila I O:r=r:t.1':'>I "'O.r.:J. '::JUI"TI:: I.nO, I1AI..::;)a:llr N~ ::t'1'OC!!l
ll'utms; i'1 p.?.:t3'''lDD!r YA~ IlUI-7tU':100S
Ali E'.:.tUAL OPI"~"Il;TVHIn' J ""''':''Ji;/It'''r1vs:: .l.c'UCJN .lLl.1r-:l..UT:c.n.-lI0;;' l1J::s:'(IJL;>;C(S 0".1. I'C:;'-t.:D~.I.lU~I"h. I>""p'c:n
~
,I
. If the ·County de.$es to tlrop'or aad monitoring p'oints to the se.miar;mual s~pli.ug .
r:outi:Qe; please submit proposals to the Solid Waste Section rco: evaluatioD,.a:nd approval. If you
have '£my que~ons br commerrrn, please call me at 919-133 .. 0692. extension 261.
'.
C: . Philip ?rete
Terry-Dover .
BobbyNe1.ms
Central file
?;l?4-------·
Mark Poindexter, Hydrogeologmt '
Groundwater Compliance Unit
Solid, Waste Section
ir'A -;;-;-;. ,,,----
NCDENR
North Carolina Department of Environment and Natural Resources
Dexter R. Matihews, Direclor
Mr. Philip G. Dickerson
Pill County Eugineer
riM Coun!y Office Building
1717 West FiftJl Srreet
Greenville, NC 27834
Division of Waste Management
Juoe 14, 2004
Michael F. Easley, Govemor
William G. Ross Jr., Secretary
RE: Enviroomenlal Monitoring Requiremcnts -PiM County Landfill, Northern Portion (Perroi! "/I 74-01)
Dear Mr. Dickerson:
The proposal submitted by (lroundwater Managemem Associates, Inc. (GMA) on behalf of Pitt County to
stop water quality monitonng of the llorthcm portion on ,the Pitt County Landfill has been rev iewed. The
northern portion of the facility is subject to mDnitoring requirements specified in 15A NCAC 13B .0600.
Rule .0601 (8) states, "The Division shall require a solid waste management facility to provide such
ground-water monitoring capability as the Division determines to be necessary to delect ilie effects of the
facility on gmund-wa1er io [he area." As stat!?d in .060 t (a) (1-5), a. number of faGt011S eao be med ,in
making slJCh a determinalion. In addition to monitoring datil, the "type of waste" !.he landfill accepted, tbe
ground-\vatcr level in the area, and "usc~ that are being or nu),y be made of any ground-water" that may
have been affected by !.he facility are all importanr factors in determioing monitoring requirements.
Arter reviewing these factors, the Solid Waste Section will continue to require limited water quality
mOll itol'i,ng at the landfill for the followin:J. leasons:
1. Thufc is increased residCFltia l .:tm1 business development on property adjacent II) t,lie facility.
Olltcr properties in the general area of the sile are also beiog developed.
2. The-landfill is unlined and therefore continues to plOduce leachate that affects groundwater.
TIle affected groundwater cvelltually moves .from beneatb tbe site.
:.. nlC leachate may bave contaminants that pose a risk to human health and tbe eDvironment.
4. Allhough there is public water aVl"lilable ill Ih", general area of the· landfill, there arc: a number
of potable supp.ly wells wilhin 500 feet of the landfill according to the 200 I HWTicane
Landfill Assessment Project survey for the r-.:C Department of Environment and Natural
Resources.
H owcvcr a modi fication of current monitoring requirements will be permitted, Beginning this calendar
year. the Solld \VaSle SectIOn will allow :wnual groundwater and smfac.; water monitoring [N the northern
portior. of tIle Pitl County Landfill. The wells and surface waler locations will be sampled for Ihe same list
of cons! ltuents as have been silmpled for 1 n the past. Because the hydraulic gradient in (he area is low.
groundwater is slCl\v to move and annual sampling should provide adequate delection monitoring for
Cr)lItJlllinant rdc~,;cs.
The southern pOJ'1ion Wllt continue 10 be suhject iI, the monitol'ing rcquirements of ISA NCAC t38 .1630
throngh .16.37.
1646 Mail Service Cenler, Rab ign, North Carolina 27699-1646
Phone [phone] \ FAX 91 9<715-3605 \ inlernet http://wasleno!nc.org
One additional environmental monitoring issue for the northern portion of the landfi.ll needs to be
addressed, <lnd that is the need to monitor for methane gas. Solid waste management rules require that
concentrations of explosive gases, such as meUlane, not exceed the lower explosive limit of 5% by volume
at the property botmdary (15A NCAC l3B .0503). Because of the property development adjacent to the
landfilllhere should be documentation that there is no threat to public healtll from the off-site migration of
methane. TIle only reliable way to insure the detection of methane is to install a permanent methane
monitoring system. 1lle bar plUlch method with temporary monitoring locations that is being used at the
landfill is not an acceptable metltod.
TIlerefore tbe Solid Waste Section is requiring Pitt County to install a permanent methane monitoring
system along the northern property boundary between the landfill and the adjacent residential properry that
is being developed. A methane monitoring plan that includes sampling probe construction design,
proposed probe locations, and sampling methodology should be submitted to the Solid Waste Section for
approval bef9re implementation. /\ monitoring system installed according to accepted industry stanchrds
can provide more accurate and reproducible infonnation and mcrea$c the confidence level that protection
of public health is being served.
Thank you for your cooperation wirb. th.is important matter. I fyou bave any questions, please call me at
[phone], extension 257.
Sincerely,
<f~;4~
Larry Rose
Solid Waste section
cc: James C. ColTey -Chief, Solid Waste Section
Mark Poindexter -Head, Field Operations Branch
Mark Fry -Eastern District Supervisor
Chuck Boyene -Waste Management Specialist
Pete Monc\a, P.G. -GMA, inc.

APPENDIX B

LABORATORY REPORT AND CHAIN-OF-CUSTODY FORMS FOR
WATER SAMPLES

ENVIRONMENTAL CONSERVATION LABORATORIES CHAIN·OF·CUSTODY RECORD
Client Name
10775 Central Port Dr.
Orlando, FL 32824
(407) 826·5314 Fax [phone]
Project Number
GrOl nd'Na~er Man aoement l\ssociate s. Inc. (GR022 fnn nAl
Address Project Name/Desc
4810 Executive Park Court, Suite 111
Jacksonville, FL 32216·6069
(904) 296·3007 Fax (904) 296·6210
4300 Saoohire Court Suite 100 Pitt Countv Landfill · ADO I
City/STlZip PO # / Billing Info
Greenville NC 27834 $lSIO I
Tel I Fax Reporting Contact
(252) '158-331 0 Emma Shiplev
Sampler(s) Name, Affiliation (Print) Billing Contact
t:~ Sn',r1ttv f.JJmA Emma Shipley
Sampler(s) Signature u I Site Location / TIme Zone
~~~t~
'" \....J
Collection Matrix Total # of
Item # Sample 10 (Field Identification) Collection Date Time Comp /Grab (see codes) Containers
7An1.II.AVV1 1\\2.\\1 l~~ ~o ~(Qb r.: VlJ A
"l401.I\nW3 \\\1.-\\1 q!55 I r.,W d ·
7401.I\WJ6R V 11/1%,1.\\1-\S~~.rJ> r.,W d
7401·MW8 '/II/l1 \O!';O GW 4
7401·P02 ,/,,../,' ~:30 GW 4
7401·P04 'ht;'l, ... /t1 \':"~ <0, \0· GW 4
7401·POb 'it'}./I? I);S5 GW 4
7401·P06 \/\, "1 t ( : 2..~ GW 4
7401 ·P07 \/(1./,1 ti \ 'S GW 4
'l401·P09 '/,< It' 'b'·20 GW 4·
7401·P12 .(\\/l1!"J\1 ':%: l't· 'Il: ~5 GW 4
7401-P1 3 'IlL-I" 1\:00 ... 1 GW 4
~
)(
:0 C ~ 0-oct:
III
0 CO N CO
V
X
X
X
X
X
X
X
X
X
X
X
ri .c:i f4 .Q 0. Z a ti 8 -ci Q
<I) III oj
~r:j i~ F
v
X
)(
X
X
X
X
X
X
X
X
X
102-A Woodwinds Industrial Ct.
Cary, NC 27511
(919) 467·3090 Fax [phone]
Requested Analyses
Preservation (See Codes) (Combine as necessary)
---.,. tn <--Total # of Containers / /'\ y '
~q Prepared By w/j Relinquished By DatelTime IC~~~ ~S~\f'l)f .L IhJ \""1 \~\Jo
C~mmeQWSpecial Reporting Requirements Relinquished By U DatelTime Receiv~l'
Relinquished By Date/Time Received By
~OOler #'s & Temps on Receipt
..;-1'2Q4-C-ZO~ l ~&O"
www.encolabs.com
Page _,_ of ~
Requested Turnaround
Times
Note : Rush requests subject to
acceptance by the facility
x.... Standard
_ Expedited
Due _1_1-
Lab Workorder
CZ19289
Sample Comments
otA.~. 1--.''1; . ~UI>Oe, NV_to...ls
I
I
I
DrTT
\ I~ '1-(I ro
DatelTime
DatelTime
cond~,pon Receipt
Acceptable Unacceptable
Matrix: GW·Groundwater SO·Soil OW-Drinking Water SE-Sediment SW-Surface Water WW·Wastewater A-Air O·Other (detail in comments) Preservation: Hce H-HCI N·HN03 S-H2S04 NO·NaOH a-Other (detail in comments)
Note: All samples submitted to ENCO Labs are in accordance with the terms and conditions listed on the reverse of this form, unless prior written agreements exist
ENVIRONMENTAL CONSERVATION LABORATORIES CHAIN·OF·CUSTODY RECORD
Client Name
Ground""ln~r M .. ·,e.
Address
10775 Central Port Dr.
Orlando, FL 32824
[phone] Fax [phone]
Project Number
Inr. (GR022 fnflnF!l
Project Name/Desc
4810 Executive Park Court, Suite 111
Jacksonville, FL 32216-6069
[phone] Fax (904) 296·6210
4300 Saoohire Court Suite 100 Pitt Count" Lardfill • AOD I
Cily/STlZip PO # / Billing Info
Greenville NC 27834 d-.SlOl
Tel I Fax Reporting Contact
(2 52) 758-33 1 () Ernma Shipley
Sampler(s) Name, Affiliation (Print) 0f/\A Billing Contact
SvUrl~ £b.It.A Ernma Shipley
sampler(~ Site Location / Time Zone
--Collection Matrix Total # of
Item # Sample ID (Field Identification) Collection Date Time Comp/Grab (see codes) Containers
7.d.111.P1'::r'I \-1"2'11 to ! 50 €:}("W r..W A
7.d.C11-P1 F;R ~( ,\1r-t.,,/11 ILl~.?.t~ ?j ~W .d.
740 1.P?nR '\'\ 11y'\ \~\"1 lSi t1,.{.l"S GW 4
740 1·P21 ,/"1,, t~:~5 GW 4
740 1·P2~, '/II/r~ ,\'~ o£ GW 4
7401·P2El '/11../17 tV. ~O GW 4
7401·SW1 ,\n.\\1 ,~: ?,~ GW 4
7401-SW2 '\1'2..\\1-l "1..'. Oc, GW 4
7401-SW4 \lt1.h·~ l"f~ ~O GW 4
7401·EB 111l-tlj l'f', (0 WA 4
7401 ·FB 'k~l'1 u:55 VI·/l. 4
7401·TripBlank --~..-V WA 2
"t-
X :0 C ~ c.. «
CO
0 CO N CO
y
)(
)(
X
X
X
X
X
X
X
X
X
j,
.0 ~ .&l tL Z 8 Ii ~ "C f..l CD cc ~,q ~> ~F
Y
)(
)(
X
X
X
X
X
X
X
X
102-A Woodwinds Industrial Ct.
Cary, NC 27511
[phone] Fax [phone]
Requested Analyses
Preservation (See Codes) (Combine as necessary)
~~ <--Total # of Containers ( 11 0-
Sample Kit Prepared By DatelTime Relinquished By Datemme l~eiA !j ~ ~~ \ll'l-(n l S,,ac> ~
Comments/Special Reporting Requirements Relinquished By V DateiTime Rec~q-'--"
Relinquished By DateiTime Received By
Cooler #'s & Temps on Receipt
t "l 1'C
www.encolabs.com
Page ~ of -.L
Requested Turnaround
Times
Note : Rush requests subject to
acceptance by the facilily
~Standard
_Expedited
Due _1_1-
Lab Workorder
C:219289
Sample Comments
D~a;;]1 ~ (( 0'0
DateiTime
DatelTime
co?pon Receipt
Acceptable Unacceptablei
Matrix : GW-Groundwater SO-Soil OW-Drinking Water SE-Sediment SW-Surface Water WW-Wastewater A-Air O-Other (detail in comments) Preservation: I-Ice H-HCI N-HN0 3 S-H2S04 NO-NaOH O-Other (detail in comments)
Note : All samples submitted to ENCO labs are in accordance with the terms and conditions listed on the reverse of this form, unless prior written agreements exist
ENVIRONMENTAL CONSERVATION LABORATORIES CHAIN-OF-CUSTODY RECORD
Client Name
10n5 Central Port Dr.
Orlando, FL 32824
[phone] Fax [phone]
Project Number
Ground'N8~er Man80er lent Associates ,nco (GR022 fnonel
Address Project NamelDesc
4810 Executive Park Court, Suite 111
Jacksonville, FL 32216-6069
[phone] Fax (904) 296·6210
4300 Saoohire Court Suite 100 Pitt Countv Landfill -A DD I
City/STlZip PO # / Billing Info
Greenville NC 27834
Tel rax Reporting Contact
[phone] Emma Shh>ley
Sampler(s) Name, Affiliation (Print) Billing Contact
~~ Sh;oltu 6inA-Emma Shipley
sampler(S~ ~~ Site Location / Time Zone
\
Collection Matrix Total # of
Item # Sample ID (Field Identification) Collection Date Time Camp/Grab (see codes) Containers
7.d.n1_Trir.RI::mlc WA ?
Ii ~ J:i
"-' CL ...r
)( Z
=0 8
C cj
Q) ({ 0. 0. -0
c( Q <D
CD cc .,;
0 ~~ <.0 ~-N -;>
cx:J ~F
Y
1 02-A Woodwinds Industrial CI.
Cary, NC 27511
[phone] Fax [phone]
Requested Analyses
, ,
Preservation (See Codes) (Combine as necessary)
J, <--Total # of Containers ( ~ ------Sample Kit Prepared By DatefTime Relinquished By DatefTime Ir~n; ), ~Stvr.-IL_ 1{l2f1 ') fS,' 2tJ
Comments/Special Reporting Requirements Relinquished By r (j DatefTime Rece. ~-
Relinquished By DatefTime Received By
Cooler #'s & Temps on Receipt l~ <0 L
www.encolabs.com
Page 3 of 3
Requested Turnaround
Times
Note : Rush requests subject to
acceptance by the facility
~ Standard
_ Expedited
Due _1_1-
Lab Workorder
CZ19289
Sample Comments
--D~tj~;e J. ';} \100
DatefTime
DatefTime
Condition Upcn Receipt
~ Acceptable Unacceptable
Matrix: GW-Groundwater SO-Soil OW-Drinking Water SE-Sediment SW-Surface Water WW-Wastewater A-Air O-Other (detail in comments) Preservation: I-Ice H-HCI N-HN0 3 S-H2S0 4 NO-NaOH O-Other (detail in comments)
Note: All samples submitted to ENCO Labs are in accordance with the terms and conditions listed on the reverse of this form, unless prior written agreements exist
Sample Preservation Verification
ENCO Cary
Work Order: CZ19289 Project:
Client: Groundwater Management Associates, Inc. (GR022) Project #:
Pitt County Landfill -App I
[none]
Logged In: 13-Jan-1712:06 Logged By: John C King
CZ19289-01
Cant Type Pres (pH) pH Checked! pH Adjusted Dateffime Reagent Used/Comments Requirement In Control Adjusted
A 250mLP+HN03 <2 (}>J I NINA Y I~I NA
v IV CZ19289-02
Cant Type Pres (pH) pH Checked / pH Adjusted Datemme Reagent Used/Comments Requirement r-..ln Control Adjusted
A 250mLP+HN03 <2 ~ I NINA Y I @ I NA
CZ19289-04
Cant Type Pres (pH) pH Checked I pH Adjusted Datemme Reagent Used/Comments Requirement In Control Adjusted
A 250mLP+HN03 <2 It') I NINA Y If] I NA
" -
CZ19289-05
Cont Type Pres (pH) pH Checked / pH Adjusted Datemme Reagent Used/Comments Requirement In Control Adjusted
A 250mLP+HN03 <2 [1 1 NINA Y I (N)I NA -
CZ19289-06
Cant Type Pres (pH) pH Checked / pH Adjusted Datemme Reagent Used/Comments Requirement In Control Adjusted
A 250mLP+HN03 <2 11 / NINA Y I" I NA
v
CZ19289-08
Cant Type Pres (pH) pH Checked/ pH Adjusted Datemme Reagent Used/Comments Requirement In Control Adjusted
A 250mLP+HN03 <2 Yy NINA Y I (~ I NA
CZ19289-09
Cont Type Pres (pH) pH Checked! pH Adjusted Datemme Reagent Used/Comments Requirement " In Control Adjusted
A 250mLP+HN03 <2 I/r I NINA Y I Ir I NA
•
CZ19289-10
Cont Type Pres (pH) pH Checked! pH Adjusted Dateffime Reagent Used/Comments Requirement ,.J n Control Adjusted
A 250mLP+HN03 <2 I(v)' NINA Y I ~ I NA -v
CZ19289-11
Cont Type Pres (pH) pH Checked / PH~jUsted Datemme Reagent Used/Comments Requirement In Control Adjusted
A 250mLP+HN03 <2 Y}I NINA Y I@ I NA -
Page 1 of 3
Sample Preservation Verification
ENCO Cary
Work Order: CZ19289 Project: Pitt County Landfill -App I
Client: Groundwater Management Associates, Inc. (GR022) Project #: [none]
Logged In: 13-Jan-17 12:06 Logged By: John C King
CZ19289-12
Cont Type Pres (pH) pH Checked/ pH Adjusted Datemme Reagent Used/Comments Requirement ~W Control Adjusted
A 250mLP+HN03 <2 (jI1 NINA Y lin I NA
CZ19289-14
Cont Type Pres (pH) pH Checked / pH Adjusted Datemme Reagent Used/Comments Requirement In Control Adjusted
A 250mLP+HN03 <2 (Y}I NINA Y ItlJ I NA -...
CZ19289-15
Cont Type Pres (pH) pH Checked / pH Adjusted Datemme Reagent Used/Comments Requirement In Control Adjusted
A 250mLP+HN03 <2 fIT) I NINA Y ,fI , NA
v
CZ19289-16
Cont Type Pres (pH) pH Checked / pH Adj!~sted Datemme Reagent Used/Comments Requirement In Control Adjusted
A 250mLP+HN03 <2 i f~' N I NA Y (N)I NA
..., V
CZ19289-18
Cont Type Pres (pH) pH Checked / pH Adjusted Datemme Reagent Used/Comments Requirement In Control Adjusted
A 250mLP+HN03 <2 ~ I NINA Y I If, NA
V V CZ19289-20
Cont Type Pres (pH) pH Checked I pH Adjusted Datemme Reagent Used/Comments
'" Requirement • /:.In Control Adjusted
A 250mLP+HN03 <2 \')1 NINA Y 'f} I NA
CZ19289-21
Cont Type Pres (pH) pH Checked/ pH Adjusted Datemme Reagent Used/Comments Requirement In Control Adjusted
A 250mLP+HN03 <2 t\ I NINA Y I(~ I NA
\J v
CZ19289-22
Cont Type Pres (pH) pH Checked/ pH Adjusted Datemme Reagent Used/Comments Requirement In Control " Adjusted
A 250mLP+HN03 <2 1/1' NINA Y I ~ I NA
"" CZ19289-23
Cont Type Pres (pH) P7{heckedl pH Adjusted Datemme Reagent Used/Comments Requirement I Control f Adjusted
A 250mLP+HN03 <2 \jN I NA Y (~/ NA
"V
Page 2 of 3
Sample Preservation Verification
ENCO Cary
Work Order: CZ19289 Project: Pitt County Landfill -App I
Client: Groundwater Management Associates, Inc. (GR022) Project #: [none]
Logged In : 13-Jan-1712:06 Logged By: John C King
CZ19289-24
Cant Type Pres (pH) pH Checked I pH Adjusted Datemme Reagent Used/Comments Requirement In Control Adjusted
A 250mLP+HN03 <2 1) I NINA Y If; / NA .....
CZ19289-25
Cant Type Pres (pH) pH Checked I pH Adjusted Datemme Reagent Used/Comments Requirement In Control Adjusted
A 250mLP+HN03 <2 IV) I NINA Y I~ I NA
( '"
CZ19289-26
Cant Type Pres (pH) pH Checked / pH Adjusted Datemme Reagent Used/Comments Requirement In Control Adjusted
A 250mLP+HN03 <2 r I N I NA Y I jJ I NA ... • CZ19289-27
Cant Type Pres (pH) pH Checked/ pH Adjusted Datemme Reagent Used/Comments Requirement In Control Adjusted
A 250mLP+HN03 <2 ~ I NINA Y I f1 I NA
~
CZ19289-28
Cont Type Pres (pH) pH Checked/ pHAd~usted Datemme Reagent Used/Comments Requirement . \ In Control Adjusted
A 250mLP+HN03 <2 ~ I NINA Y IlN \' NA .....
: I Reagent Name 10 I ! I Reagent Name 10 I : I Reagent Name 10
Page 3 of 3

APPENDIX C

MONITORING WELL AND SURFACE WATER SAMPLING
RECORDS

Pitt County Landfill -Jan 2017 Field Sheet (Water Levels Only)
'" .... o · ~ 8'_ ~ .... ~ ~ a..
I-III ti o,g_ =" S" SG ~ 'E .g i s ~ ~ ~ j .5 j ~ e Note 'i Co :!:. Q 0 :!:. 't: .... ~ _ i ~ _ 0 ~ condition of ~'_ .... = 00GJ OGJ .... 0 .... en en .c C III .c -u C -u .c -vent rac C .... .... ra ra .... = ~ 'iii 'iii -Q. ~ -g Q. ~ 't: ~ ~ 't: Q. ~ (obstructed,
Well Number I Date Time 8 iii a a 5 ~ ~ .!! ~ :!:. iil ~:!:. iil ~ :!:. clear, other)
Note condition of well
cap, lock, casing, etc.
". i c. E ~
v:. MWiR \\11 \(:} I l~~'l. EHS/BNB 85.48 2 40.0 50.0 40-50 '1 .L{'2. char Yes (I)
'f... MW3 \ q :4 q EHS/BNB 82.97 2 35.0 45.0 35 -45 1 . <01 f A 1 CU'Z Yes (1)
~ MW6R CJ ~ .j~, "EHS/BNB 80.94 2 7.0 17.0' 7 -17 19 .')4 ~tuWl Yes (DM)
y.. MW8 i v', ocr EHS/BNB 84.41 2 4.0 14.0 4 -14 C; .~5 d.a.o.-~ Yes (1)
)C P02 OJ : "f <b EHS/BNB 84.65 2 11.0 15.0 11 -15 --, , '1 0 (,lUJ/> Yes (I)
:5?l P04 IO ~ 'to EHS/BNB 85.02 2 8.0 18.0 8 -18 '1 .15 0LHVt Yes (DM)
(\J pos il ',S61' EHS/BNB 85.94 2 8.5 13.5 8.5-13.5 1.-\.\.\ d.lt.l V' Yes (1)
y... P06 n'J 0 C; EHS/BNB 84.72 2 8.5 14.5 8.5 -14.5 ~'1o(1 cNaA Yes (1)
7; ,P07 jo q : tl O EHS/BNB , 85.41 2 11.0 16.0 11 -16 R, 3.3 ( lw Yes (I)
''A P09 ~~ O~ EHS/BNB 84.08 2 9.5 14.5 9.5 -14.5 (0 :1-6 cltctl) Yes (I)
i I PiiR 0.-1" , P EHS/BNB 86.04 2 13.0 16.0 13 -16 I" 'i ltt (MeL') No
~I P12 q ., 'l.0 EHS/BNB 79.31 2 10.5 17.5 10.5 -17.5 1...-:f~ cka.A Yes (DM)
~ P13 q'. ~S EHS/BNB 85.80 2 11.0 16.0 11 -16 ~.o q dpl1r-. Yes (I)
\.L P13D q 'I S '3 EHS/BNB 84.67 2' 51.5 ? -51.5 q . SC; c.\e Qr Yes (I)
~ P16R q f~ /1.. EHS/BNB 87.44 2 11.0 14.0 11 -14 '~l ~:3 l \Q.M Yes (DM)
't P17 EHS/BNB 80.38 2 8.0 11.0 8 -11 '} .11 { 117M No
{. P19 ~ '.1.0 EHS/BNB 83.90 2 9.0 13.0 9 -13 f" ,c:;q I la 0.1 No
~ P20R q '. "1,'~ EHS/BNB 85.21 2 10.0 30.0 10 -30 \ o. LO I han Yes (DM)
)( P2i q : 00 EHS/BNB 82.07 2 8.0 11.0 8 -11 lp. 2-1 J. t)v\ Yes (I)
X P23 q : 01-EHS/BNB 82.93 2 11.0 16.0 11 -16 1.13 r A.M,~ Y~s (I) I
'f. P26 l 0 ~ 0 Lj EHS/BNB 84.59 2 9.0 14.0 9 -14 to f(]q l'ltP.v\. No
~ P28 ~ q ',1.. +-EHS/BNB 77.74 2 3.5 8.0 3.5 - 8 ~,C+ (lQi\l\, Yes (DM)
Pitt County Well Sampling Record
Appendix I
Well No.:_----'.!.M!..:,W-'-'l=.:.R.!-
Date:
Collected by (name and company): _--=B;.:..;N=B.l-I =EHc..:..:S::........L.(G=M,-,-,-,-,A,,-) ______________ _
Note condition of vent (obstructed, clear, other): _---1c..,.lU.=..>!GL""-V' ______________ _
Note condition of well cap, lock, casing, etc.: _--><.J _________________ _
Well Information
Casing Elevation:
Casing Diameter (d):
85.48
2
(feet)
(inches)
Depth of Well (a):
Screen Interval:
Height of Casing (b):
50
40-50
3.0
(feet below land surface)
(feet below land surface)
(feet below land surface)
Water Level Measurements
Depth to Water (c)
Time (feet from top of casing)
Calculation of Height of Water Column
Total depth of well (a + b): 53.0
Depth to water (c): -J," 'L.
Height of water column (h): = y C;. 5~
Calculation of Three Well Volumes
If d = 2 inches, use r = 0.083 feet
If d = 4 inches, use r = 0.167 feet
V = 70.5 r2h = 2.. '2,.. , I gallons
Purging
Number of gallons extracted:
Was well bailed dry? )1\ ()
Time & date purging completed:
Field Analyses ',S, I \ 1st bail-pH: S ,CO\ Temp: <;5 2nd bail-pH: S I ~ 1 Temp:l:':}--. 6
3rd bail-pH: 5, vv Temp: (-=1 ,? ~~ pH: Temp:
Date and Time of sampling (volatiles):
Date and Time of sampling (metals):
Conductivity: t;~S
Conductivity: "1-::)", 5""
Conductivity: 'J.cn I >
Conductivity:
,111-\ I') I Jr'lCi
'lIrl..HJ i t ~t/t.) \ (,
Turbidity: I. ;/'1 DO: V\"1-:1P
Turbidity: i2 ... ~ DO: /,2.?
Turbidity: ')' lit."}, DO: ld2:
Turbidity: DO:
Turbidity: S, ~ ~
I
4~
1'"
Appendix I
Pitt County Well Sampling Record Well No.: MW3
Date: 41/..c..:./1f-l/ Iu:'t __ _ \ I
Collected by (name and company): _--=B;..:.;N:..:BCL..! =EH,-"S:........I...(G=Mc.:..:..:...;A:.L..) ______________ _
Note condition of vent (obstructed, clear, other): -~ru::lC:i!~Q ... If,----------------
Note condition of well cap, lock, casing, etc.: __ ----loOI-'o(0_· ______________ _
Well Information
Casing Elevation:
Casing Diameter (d):
82.97
2
(feet)
(inches)
Depth of Well (a):
Screen Interval:
Height of Casing (b):
45
35-45
2.5
(feet below land surface)
(feet below land surface)
(feet below land surface)
Water Level Measurements
Depth to Water (c)
Time (feet from top of casing)
Calculation of Height of Water Column
Total depth of well (a + b): 47.5
Depth to water (c): -_I.!1.I.fBt.:.~'-----__
Height of water column (h): = ;\9 .k}
Calculation of Three Well Volumes
If d = 2 inches, use r = 0.083 feet
If d = 4 inches, use r = 0.167 feet
V=70.5r2h= 10.1.. gallons 11 bttA \~
Purging
Number of gallons extracted: lq·2
Was well bailed dry? n6
Time & date purging completed: i(r~n ti ·. ~~
Field Anal~ses
1st bail-pH: <;.4~ Temp: l ~,l Cond uctivity:
2nd bail-pH: '11 titt Temp: l Cf. 0 Co nd uctivity:
3rd bail -pH: l4;, ~1 Temp: 1'1 10 Cond uctivity:
pH: Temp: Conductivity:
Date and Time of sampling (volatiles):
Date and Time of sampling (metals):
IO'O..~
·l~·.q
~(;4
Turbidity: /1 ,7-DO: 1..1 ~
Turbidity: l2.1-DO: II ~/
Turbidity: bltZ DO: '2.. ()"+
Turbidity: DO:
Turbidity: t & ~
\
Appendix I, Delayed metals (use Teflon)
Pitt County Well Sampling Record Well No.:_----'-"M.:....:.W..:...;6=R~
Date:
Collected by (name and company): _--,=,B,,-,NC!::B.l-.' !:.!EH...!.::S,,----,-,(G:::..:M..:..:.!...!A.l-.) ______________ _
Note condition of vent (obstructed, clear, other): __ Wa~l """"'k~! ______________ _
Note condition of well cap, lock, casing, etc.: _J>L-_________________ _
Well Information
Casing Elevation:
Casing Diameter (d):
80.94
2
(feet)
(inches)
Depth of Well (a):
Screen Interval:
Height of Casing (b):
17
7 -17
3.4
(feet below land surface)
(feet below land surface)
(feet below land surface)
Water Level Measurements
Depth to Water (c)
Time (feet from top of casing)
Calculation of Height of Water Column
Total depth of well (a + b): 20.4
Depth to water (c): I.? S"tj
Height of water column (h): = \ ". lQ \
Calculation of Three Well Volumes
If d = 2 inches, use r = 0.083 feet
If d = 4 inches, use r = 0.167 feet
V = 70.5 r2h = to, 3: gallons
Purging
Number of gallons extracted:
Was well bailed dry?
Time & date purging completed: I ('ll rT (5 ).{~
Field Analyses
1st bail-pH: !C, S ':J. Temp: Conductivity: 7·(;;'1, Turbidity: \ S· 2-DO: I. 'l. 1 lY e ~
l iii 2nd bail-pH: ~ . !.t'-' Temp: H •. :} Conductivity: lil;lS Turbidity: nt DO: O'ZS'
(}C; 3rd bail -pH : L&Cl Temp: (",. f'7 Conductivity: 2-i f,2-Turbidity: '1f).CJ DO: (),SS
pH: Temp: Conductivity: Turbidity: DO:
Bate and Time of sampling (volatiles):
Date and Time of sampling (metals): Turbidity: '+S "P
Appendix I
Pitt County Well Sampling Record Well No.: MW8
Date: 1\1 '\11.
Collected by (name and company): _--!::B:.!..:N~B:L.' !:::-,EH~S~(G~M~A~) ______________ _
Note condition of vent (obstructed, clear, other): _~( :..lo..\1!.!:cy..::..l.... _____________ _
Note condition of well cap, lock, casing, etc.: _~/~ ________________ _
Well Information
Casing Elevation:
Casing Diameter (d):
84.33
2
(feet)
(inches)
Depth of Well (a):
Screen Interval:
Height of Casing (b):
14
4-14
2.8
(feet below land surface)
(feet below land surface)
(feet below land surface)
Water Level Measurements
Depth to Water (c)
Time (feet from top of casing)
Calculation of Height of Water Column
Total depth of well (a + b): 16.8
Depth to water (c): S. (OS
Height of water column (h): = i 0, Cj 5
Calculation of Three Well Volumes
If d = 2 inches, use r = 0.083 feet
If d = 4 inches, use r = 0.167 feet
V = 70.5 r2h = S ,3 gallons Z 1.0 t3".i\~
Purging
Number of gallons extracted :
Was well bailed dry?
Time & date purging completed:
Field Analyses
1st bail -pH: g.J 'j Temp:
IIJ 2nd bail-pH: ~, {,<i Temp:
20 3rd bail-pH: ~, ]~ Temp:
pH: Temp:
if"l ,:! ill: :,t't ,
i Lt· ( Conductivity:
i'j . ":1-Conductivity:
(Cj·l Co nd uctivity:
Conductivity:
Date and Time of sampling (volatiles):
Date and Time of sampling (metals):
.., 10, 3
Iq.~
~(, 1
Turbidity: I. 3'1 DO: q.l{q
Turbidity: Id.4 DO: ? 5"$
Turbidity: SB'!{2 DO: 2 .; ,
Turbidity: DO:
Turbidity: ~fI. tt
\
Appendix I
Pitt County Well Sampling Record Well No.: P02
Date: 'I" (, '1-
Collected by (name and company): _---=B-'-'N:.=B.L-l =.;EH..;.:S,,-,-(G=.;M..:.:.:..:A.L-) ______________ _
Note condition of vent (obstructed, clear, other): --.... L .... ~ .... y"""aA~------______ _
Note condition of well cap, lock, casing, etc.: _-=~'--________________ _
Well Information
Casing Elevation:
Casing Diameter (d):
84.65
2
(feet)
(inches)
Depth of Well (a):
Screen Interval:
Height of Casing (b):
15
11-15
4.1
(feet below land surface)
(feet below land surface)
(feet below land surface)
Water Level Measurements
Depth to Water (c)
Time (feet from top of casing)
Calculation of Height of Water Column
Total depth of well (a + b): 19.1
Depth to water (c): -~ '"77 0
Height of water column (h): = ! I. ~
Calculation of Three Well Volumes
If d = 2 inches, use r = 0.083 feet
If d = 4 inches, use r = 0.167 feet
V = 70.5 r2h = C;}. 1-gallons
Purging
Number of gallons extracted:
Was well bailed dry? ,\,6
Time & date purging completed:
Field Anal~ses
1st bail-pH: 1i.]S: Temp: (~,~ Conductivity: q-l , I Turbidity: I. ~ £) DO: ,./ J
\ ~ 2nd bail-pH: ~.'7~ Temp: I ~··2 Conductivity: 5' 2.,£, Turbidity: l~(,'J DO: 1.0 0
)..\ 3rd bail-pH: Temp: l~. 3 Conductivity: '21.'f. Turbidity: 2(a ·9 DO: 1.2-3-~1'itJ
pH: Temp: Conductivity: Turbidity: DO:
Date and Time of sampling (volatiles):
Date and Time of sampling (metals): Turbidity: Slt· q
Appendix I, Delayed metals (use Teflon)
Pitt County Well Sampling Record Well No. :---:--,-,PO::...4,"-_
Date: -1/tJl ''Lf,/.!...f1L...-__
Collected by (name and company): _--"B,",-,NC!::BLI :::..:EH",:,=S::........I..:(G",-!MC!..!.!...!AL) ______________ _
Note condition of vent (obstructed, clear, other): __ .L...t.~L!..l£"C0.!£.'l..It.-. ____________ _
Note condition of well cap, lock, casing, etc.: --lI:J~ _________________ _
Well Information
Casing Elevation:
Casing Diameter (d):
85.02
2
(feet)
(inches)
Depth of Well (a):
Screen Interval:
Height of Casing (b):
18
8-18
3.5
(feet below land surface)
(feet below land surface)
(feet below land surface)
Water Level Measurements
Depth to Water (c)
Time (feet from top of casing)
Calculation of Height of Water Column
Total depth of well (a + b): 21.5
Depth to water (c): £1.15
H~ght of water column (h): = lit '15 ·
Calculation of Three Well Volumes
If d = 2 inches, use r = 0.083 feet
If d = 4 inches, use r = 0.167 feet
V = 70.5 r2h = <6.1 gallons '~ =)0 1~ls
Purging
Number of gallons extracted: ~. \
Was well bailed dry? '1a
Time & date purging completed: _',..1!.!.1I pll-J·1'--:-........... I I.!..::O'-"-()_
Field Anal~ses
i 1st bail-pH: q . SLf Temp: 11 / I Conductivity:
'}D 2nd bail-pH : '1. ~~ Temp: IS'. j Conductivity:
l;,O 3rd bail-pH: 't .l~~ Temp: (\.;.0 Conductivity:
pH: Temp: Cond uctivity:
Date and Time of sampling (volatiles):
Date and Time of sampling (metals):
(~If·. 0
1./1'2
lr."~
Turbidity: ~,~(, DO: I , 23
Turbidity: .]Ij. \ DO: /.22-
Turbidity: p .5
Turbidity:
DO: 5,DY
DO:
Turbidity: d qr ~i
Appendix I
Pitt County Well Sampling Record Well No.: P05
Date: I I It /,-t
Collected by (name and company): _--=B",,",N=B.I.-' =EHc...:..:S::..->...(G=Mc.:...:..:....:A",-) ______________ _
Note condition of vent (obstructed, clear, other): --'c(,~lJJ~(vI,-,---------------
Note condition of well cap, lock, casing, etc.: __ J _________________ _
Well Information
Casing Elevation:
Casing Diameter (d):
85.94
2
(feet)
(inches)
Depth of Well (a):
Screen Interval:
Height of Casing (b):
13.5
8.5 -13.5
3.6
(feet below land surface)
(feet below land surface)
(feet below land surface)
Water Level Measurements
Depth to Water (c)
Time (feet from top of casing)
Calculation of Height of Water Column
Total depth of well (a + b): 17.1
Depth to water (c): H. \(J I
Height of water column (h): = '1 '1-.. 4 "I
Calculation of Three Well Volumes
If d = 2 inches, use r = 0.083 feet
If d = 4 inches, use r = 0.167 feet
V = 70.5 r2h = ~ lQ.' gallons
Purging
Number of gallons extracted: If, (
Was well bailed dry? no
Time & date purging completed: --+i({c.c.I'="·~(I-''-")'----
Field Analyses
\ 1st bail-pH:
\C, 2nd bail-pH:
')J3rd bail-pH:
pH:
It,q 0
t·ao
t-t.,q)
Temp: \3.l.j-Conductivity:
Temp: ~ Conductivity:
Temp: ~ Conductivity:
Temp: Conductivity: ------------
Date and Time of sampling (volatiles):
Date and Time of sampling (metals):
,t-ftJ / 9 Turbidity:
ttq , ~ Turbidity:
.c.!-t4=.l-{ ___ Turbidity:
Turbidity: ------
/,?t(
i~,8
~t5 ~1
-----
DO: l...fL ------
DO: 0-1.7
DO: / .. 7-'?-
DO:
Turbidity: ~O J '/
Appendix I
Pitt County Well Sampling Record Well No.: P06
Date: I , It /11-I
Collected by (name and company): _-=B,,-,N=B.L..1 =.:EHc...:..:S::.....J..;(G=Mc:..:.:...;ACL..) ______________ _
Note condition of vent (obstructed, clear, other): _----'-("-1A:1.J.fl..,.'O''--' _____________ _
Note condition of well cap, lock, casing, etc.: __ ,"'1 _________________ _
Well Information
Casing Elevation:
Casing Diameter (d):
84.72
2
(feet)
(inches)
Depth of Well (a):
Screen Interval:
Height of Casing (b):
14.5
8.5 -14.5
3.2
(feet below land surface)
(feet below land surface)
(feet below land surface)
Water Level Measurements
Depth to Water (c)
Time (feet from top of casing)
\\'. 05
Calculation of Height of Water Column
Total depth of well (a + b): 17.7
Depth to water (c): ----I.,;3.""'le--tq __ _
Height of water column (h): = r1. 0 I
Calculation of Three Well Volumes
If d = 2 inches, use r = 0.083 feet
If d = 4 inches, use r = 0.167 feet
V = 70.5 r2h = 1-, <l1 gallons
Purging
Number of gallons extracted:
Was well bailed dry?
Time & date purging completed:
Field Analyses
1st bail-pH: ~'. 0 0
I ('I 2nd bail-pH: ') / ') l.
Temp:
Temp:
Temp:
11,,, ,... ~ I
~ 3rd bail-pH:
pH:
-------
Temp: -----------
Date and Time of sampling (volatiles):
Date and Time of sampling (metals):
Conductivity:
Conductivity:
Conductivity:
Co nd uctivity:
,1 II /11 , ,
~C ,'0
/0'1
((.25
Turbidity: l ,""~ DO: If .O)
Turbidity: ~1 · '7 DO: O.~2-
Turbidity: DO:
Turbidity: DO:
Turbidity: (,/-1· 1-
I
Appendix I
Pitt County Well Sampling Record Well No.: P07
Date: ..... 11L4-11#11-I-1--,
Collected by (name and company): _----!::B~N~BL, !::.!EH...!.::S::.......l.:(G::.,:M.!..!.!...!AL) ______________ _
Note condition of vent (obstructed, clear, other): --,("",-1~1oo'-lr~ ______________ _
Note condition of well cap, lock, casing, etc.: __ /=---________________ _
Well Information
Casing Elevation:
Casing Diameter (d):
85.41
2
(feet)
(inches)
Depth of Well (a):
Screen Interval:
Height of Casing (b):
16
11-16
3.5
(feet below land surface)
(feet below land surface)
(feet below land surface)
Water Level Measurements
Depth to Water (c)
Time (feet from top of casing)
Calculation of Height of Water Column
Total depth of well (a + b): 19.5
Depth to water (c): <3 . 3 ~
Height of water column (h): = ,I I I J
Calculation of Three Well Volumes
If d = 2 inches, use r = 0.083 feet
If d = 4 inches, use r = 0.167 feet
V = 70.5 r2h = t;d gallons -20 ba.dS
Purging
Number of gallons extracted: \(t{ ~{)
Was well bailed dry?
Time & date purging completed:
'frS _
Field Analyses '1·32-1st bail-pH: Temp: is ·tf Conductivity: lLf7.2-Turbidity: 12 3'3 DO: 1.5-0 ~ \ ""i%. 2nd bail-pH: q .1.J) Temp: i£'·~ Conductivity: (Sf.l·a Turbidity: It-·g DO: ;'2.7
\~ ~ 3rd bail-pH: ~I l!l Temp: I~· ~. Conductivity: It.zl. '1 Turbidity: (2..-~1 DO: jt~1
pH: Temp: Conductivity: Turbidity: DO:
Date and Time of sampling (volatiles):
Date and Time of sampling (metals): Turbidity: [2.. 'I
/'
Appendix I
Pitt County Well Sampling Record Well No.: P09
Date: '(',111-
Collected by (name and company): _----=B:.!.CN,."B:L., -,=,EH,-"S~(G""MC!..!!..CA,",-} ______________ _
Note condition of vent (obstructed, clear, other): _---'-(t+l =C·ll .... f ______________ _
Note condition of well cap, lock, casing, etc.: __ /~ ________________ _
Well Information
Casing Elevation:
Casing Diameter (d):
Depth of Well (a):
Screen Interval:
Height of Casing (b):
84.08
2
14.5
9.5 -14.5
4.0
Water Level Measurements
Depth to Water (c)
(feet)
(inches)
(feet below land surface)
(feet below land surface)
(feet below land surface)
Time (feet from top of casing)
Calculation of Height of Water Column
Total depth of well (a + b): 18.5
Depth to water (c): ~~. tit?
Height of water column (h): = ll. =tLf
Calculation of Three Well Volumes
If d = 2 inches, use r = 0.083 feet
If d = 4 inches, use r = 0.167 feet
V = 70.5 r2h = 5. '1-gallons ~
Purging
Number of gallons extracted:
2..1 ~il.£
Was well bailed dry? ~p..·~llpl(+'II'--'-7--'I'--'~=--=:2J=--O
Time & date purging completed: ~=--L1i'\t.f.I.a-----
Field Anal~ses
1st bail-pH: "3; v "2-Temp: lCf.f4 Conductivity: f~-t Turbidity:
Iy 2nd bail-pH: Lt.J:b Temp: ('l.1p
'1.\ 3rd bail-pH: ~l~q Temp: l'7:J-. 1-
pH: Temp:
Date and Time of sampling (volatiles):
Date and Time of sampling (metals):
Co nd uctivity:
Conductivity:
Conductivity:
qL(.Cf Turbidity:
;"·4 Turbidity:
Turbidity:
f ((;; '2Jj'J
(",.:W
Z. .'2.] DO: ;. ~ t
~ )~ DO: 1...~1
'i 2, s:: DO: (1. ~fJ
DO:
Turbidity: q 1. S"
I
Appendix I, Delayed metals (use Teflon)
Often goes dry
Pitt County Well Sampling Record Well No.: P12
Date: '1"/r1
Collected by (name and company): _--==B:..:..:N=B:.t.... =EH,-"S:::.....J,.(G=M:..!..!!..;A:.t..) ______________ _
Note condition of vent (obstructed, clear, other): _ ..... d...,f..::;l{ ..... t" ______________ _
Note condition of well cap, lock, casing, etc.: __ J _________________ _
Well Information
Casing Elevation:
Casing Diameter (d):
79.31
2
(feet)
(inches)
Depth of Well (a):
Screen Interval:
Height of Casing (b):
17.5
10.5 -17.5
3.4
(feet below land surface)
(feet below land surface)
(feet below land surface)
Water Level Measurements
Depth to Water (c)
Time (feet from top of casing)
Calculation of Height of Water Column
Total depth of well (a + b): 20.9
Depth to water (c): -1... I '-13
Height of water column (h): = 11,. \ r
Calculation of Three Well Volumes
If d = 2 inches, use r = 0.083 feet
If d = 4 inches, use r = 0.167 feet
V = 70.5 r2h = ~.?; gallons ~ ") S lY;tilS
Purging
Number of gallons extracted:
Was well bailed dry? 'l e5
Time & date purging completed: _----'-+!\( ..... \,+\\'t-,I"'--~l,.....'1,....:.~-=-v'
Field Anal~ses
1st bail-pH: 7 , 'iP Temp: l2.·Q Conductivity: 1'1'0. rj Turbidity: ~f .ft1 DO: (j (13
') ~ 2nd bail-pH : ~!¥' Temp: i1-·Y Conductivity: ~ \:;1-:1Turbidity: I 't'"2.-DO: 1..., &1 Ie \ 'fl. 3rd bail-pH:
,
Turbidity: Temp: Co nd uctivity: DO:
pH: Temp: Conductivity: Turbidity: DO:
Date and Time of sampling (volatiles): \:'01Ii : (4: ''LO
Date and Time of sampling (metals): f-~]U!:i1i::!.......l.. -4J---..!.\.!....I ;-'~~5:........-__ Turbidity: It&: J ~ J j)
I
It{
1.'
Appendix I
Pitt County Well Sampling Record Well No.: P13
Date: Iluqf f
Collected by (name and company): _----"B:..!..:N:..:::BCL. =EHc..:..:S~(G~M~A~) ______________ _
Note condition of vent (obstructed, clear, other): _--I.C,Ly.=()..:..:...I" ______________ _
Note condition of well cap, lock, casing, etc.: _-"j'------________________ _
Well Information
Casing Elevation:
Casing Diameter (d):
84.98
2
(feet)
(inches)
Depth of Well (a):
Screen Interval:
Height of Casing (b):
16
11-16
3.8
(feet below land surface)
(feet below land surface)
(feet below land surface)
Water Level Measurements
Depth to Water (c)
Time (feet from top of casing)
q:ss
Calculation of Height of Water Column
Total depth of well (a + b): 19.8
Depth to water (c): 'ott'
Height of water column (h): = /I. ~/
Calculation of Three Well Volumes
If d = 2 inches, use r = 0.083 feet
If d = 4 inches, use r = 0.167 feet
V=70.5r2h= ?=t gallons ~1,1 ~;i~'
Purging
Number of gallons extracted:
Was well bailed dry?
Time & date purging completed:
Field Anal~ses
1st bail-pH: ~. tJ 1.( Temp: (':1,7-Conductivity:
2nd bail-pH: 4 .'1"0 Temp: {:,.~ Co nd uctivity:
3rd bail-pH: ~ I ~ '2.-Temp: j rQ ,2 Conductivity:
pH: Temp: Conductivity:
Date and Time of sampling (volatiles):
Date and Time of sampling (metals):
--:jC/' I
&-;;, )'
~=i ':/
Turbidity: '1 . 2../0
Turbidity: 3'1 r 0
Turbidity: "i3 _ 0
Turbidity: ---
DO: ct· ')?
DO: ,. 'LO
DO: /' (,5'
DO:
Turbidity: 33. ()
Appendix I
Pitt County Well Sampling Record Well No.: P13"D
Date: '1 1' (/1
Collected by (name and company): _--=B:..:..;N:..=B;L..! =.:EH'-"S::........L;(G~M:.!..!!...;A"-) ______________ _
Note condition of vent (obstructed, clear, other): _--,C",,~ ...... ML!.( ______________ _
Note condition of well cap, lock, casing, etc.: _---><./ _________________ _
Well Information
Casing Elevation:
Casing Diameter (d):
84.67
2
(feet)
(inches)
Depth of Well (a):
Screen Interval:
Height of Casing (b):
51.5
3.5
(feet below land surface)
(feet below land surface)
(feet below land surface)
Water Level Measurements
Depth to Water (c)
Time (feet from top of casing)
q,S5
Calculation of Height of Water Column
Total depth of well (a + b): 55.0
Depth to water (c): ~ q,5'S
Height of water column (h): = l(}, 4$
Calculation of Three Well Volumes
If d = 2 inches, use r = 0.083 feet
If d = 4 inches, use r = 0.167 feet
V = 70.5 r2h = l-"1-gallons ~ h
Purging
Number of gallons extracted:
Was well bailed dry?
Time & date purging completed:
Field Analyses "
1st bail-pH: t] .-::)0 Temp: tic 5"
~'1 2nd bail-pH: 5 , Z2 I Temp: , J
~'Y 3rd bail-pH: <> 'J'O Temp: !.
Conductivity:
Co nd uctivity:
Conductivity:
pH: Temp: Conductivity: ------------
Date and Time of sampling (volatiles):
Date and Time of sampling (metals):
------
(()~ 50
Turbidity: 2.. 0,,"
Turbidity: tp, 3
Turbidity: {5~k
Turbidity: ------
DO: ~,~ I
DO: ,.'IZ
DO: I,q if
DO:
Turbidity: 15, 0
Appendix I, Delayed metals (use Teflon)
Often goes dry
Pitt County Well Sampling Record Well No.: P16R
Date: 'I"~ ( I+'
Collected by (name and company): _--=Bc:...;N:..::B:.z...r =EHc..:..:S::........>..,;(G=.:M=.:....:A:.z...) ______________ _
Note condition of vent (obstructed, clear, other): _~du.ta,."r,---_____________ _
Note condition of well cap, lock, casing, etc.: _---'J!<....-________________ _
Well Information
Casing Elevation:
Casing Diameter (d):
87.44
2
(feet)
(inches)
Depth of Well (a):
Screen Interval:
Height of Casing (b):
14
11-14
3.1
(feet below land surface)
(feet below land surface)
(feet below land surface)
Water Level Measurements
Depth to Water (c)
Time (feet from top of casing)
q', \1 ..
Calculation of Height of Water Column
Total depth of well (a + b): 17.1
Depth to water (c): q .L{]
Height of water column (h): = I. 1,·1
Calculation of Three Well Volumes
If d = 2 inches, use r = 0.083 feet
If d = 4 inches, use r = 0.167 feet
V = 70.5 r2h = )·12-gallons
Purging
Number of gallons extracted:
Was well bailed dry?
Time & date purging completed:
Field Analyses
j/ /1 /I 'or
[55
1/P,0
\ 1st bail-pH: lp. ~O Temp:
6 2ndbail-pH: 1p,3l{' Temp:
J/}' 3'd bail-pH: ___ Temp: __ _
pH: Temp: ---
Date and Time of sampling (volatiles):
Date and Time of sampling (metals):
IY ~i15
Conductivity: L/ I " 0
Conductivity: If?oO
Conductivity:
Conductivity:
Turbidity: l-(,'39 DO: O·v'fJ
Turbidity: qi~;l DO: (J . 'j-f'
Turbidity: DO :
Turbidity: DO :
Turbidity: 4 b, 1
I
Appendix I, Delayed metals (use Teflon)
Pitt County Well Sampling Record Well No. :_----'-P.=.20.=..;R'-'--_
Date: fit, /(?-i
Collected by (name and company): _--=Bc:...;N:.:B-,-, =EHc...:..:S::........l.-'(G:::.;M=.:...;A:L..) ______________ _
Note condition of vent (obstructed, clear, other): _-->.("""LR....,C ..... l .:....r _____________ _
Note condition of well cap, lock, casing, etc.: __ ....... 0....,&"""-_______________ _
Well Information
Casing Elevation:
Casing Diameter (d): 2
(feet)
(inches)
Depth of Well (a):
Screen Interval:
Height of Casing (b):
30
10-30
(feet below land surface)
(feet below land surface)
(feet below land surface)
Water Level Measurements
Depth to Water (c)
Time (feet from top of casing)
Calculation of Height of Water Column
Total depth of well (a + b): 30+stickup
Depth to water (c): -l b, ?cO
Height of water column (h): = ~
Calculation ofThree Well Volumes
If d = 2 inches, use r = 0.083 feet
If d = 4 inches, use r = 0.167 feet
V = 70.5 r2h = ~., 1 • .3 gallons ....
Purging 1M-Number of gallons extracted: II. :3
Was well bailed dry? t\o
Time & date purging completed: ti 'l lrl 0C7' ;)1 I ." ,
Field Anal~ses
1st bail-pH: Temp: IIJ, ~ Cond uctivity: '2 ('3S Turbidity: cr. It;O DO: 2,~6 ), t,t[
iJI 2nd bail-pH : ~(o ~ Temp: Ild Cond uctivity: "2-1 ~j Turbidity: °7(),() DO : ; ,J~
~ 3'd bail-pH: ~, -lof Temp: !1.~ Conductivity: 1~1t.t Turbidity: '-(c). ~, DO: I . '2./
pH: Temp: Conductivity: Turbidity: DO:
Date and Time of sampling (volatiles):
Date and Time of sampling (metals): Turbidity:·S:,// t il :<f5
I
Pitt County Well Sampling Record
Appendix I
Often goes dry
Well No . :_-,-P=21=--_
Date: ....... ,..,.1,'+,1 ...... ,,'--__ I t
Collected by (name and company): _--=Bc:....:N=B""", E::..:H,.:.:S:......>..:(G:..:M..:..:.!...:A ...... l ______________ _
Note condition of vent (obstructed, clear, other): _-,cA~' ~(i=tl.=r ______________ _
Note condition of well cap, lock, casing, etc.: _--"/0<...-________________ _
Well Information
Casing Elevation:
Casing Diameter (d):
82.07
2
(feet)
(inches)
Depth of Well (a):
Screen Interval:
Height of Casing (b):
11
8-11
4.3
(feet below land surface)
(feet below land surface)
(feet below land surface)
Water Level Measurements
Depth to Water (c)
Time (feet from top of casing)
Calculation of Height of Water Column
Total depth of well (a + b): 15.3
Depth to water (c): (0. 21
Height of water column (h): = q. 0 q
Calculation of Three Well Volumes
If d = 2 inches, use r = 0.083 feet
If d = 4 inches, use r = 0.167 feet
V = 70.5 r2h = Lf . "l gallons ~ I ~
Purging
Number of gallons extracted: __ .,--_---'I-=6"~~,-I(
Was well bailed dry? i e<
Time & date purging completed: ---1..1p;11I'-f'II'-'l_---'-I .L.:?;'-.!lf-"'S"_ I
Field Analyses
1st bail-pH: S., If Temp: n I ~
141 2nd bail-pH: S .O"L Temp: \~ '1
, ~3rdbail-PH: ',0£1 Temp: (!;J.t.( \S pH: ___ Temp: __ _
Conductivity:
Conductivity:
Conductivity:
Co nd uctivity:
Date and Time -of sampling (volatiles):
Date and Time of sampling (metals):
liO .)
S~~2
V· o. t",
Turbidity: ~.q o DO: ( .t71
Turbidity: 2 iJ..l DO: f!~~q
Turbidity: n "2 DO: C~7f
Turbidity: DO:
Turbidity: 11. '3
Pitt County Well Sampling Record
Append ix I
Often goes dry
Well No.: P23
Date: ...J{I.fJ/I!!-f1 f-,-,I1~--
Collected by (name and company): _--=B;.:..;N:.,:BCL,.' =EHc..:..:S::........I..(G=M:..:..:..:...;A:L..) ______________ _
Note condition of vent (obstructed, clear, other): ---\(,,,,,l~Q( ..... )(---------------
Note condition of well cap, lock, casing, etc.: _-"-J _________________ _
Well Information
Casing Elevation:
Casing Diameter (d):
82.93
2
(feet)
(inches)
Depth of Well (a):
Screen Interval:
Height of Casing (b):
16
11-16
3.5
(feet below land surface)
(feet below land surface)
(feet below land surface)
Water Level Measurements
Depth to Water (c)
Time (feet from top of casing)
£)'.Ot
Calculation of Height of Water Column
Total depth of well (a + b): 19.5
Depth to water (c): 1-.:1 "3
Height of water column (h): = II. +1=
Calculation of Three Well Volumes
If d = 2 inches, use r = 0.083 feet
If d = 4 inches, use r = 0.167 feet
V = 70.5 r2h = St 1-gallons 1",\ bc-..'/S
Purging
Number of gallons extracted: I G (lCkl\S
Was well bailed dry? :i.£S
Time & date purging completed: _,L.f/..:.!ItfJ.It...J7:....-__ _ I (
Field Analyses
, 1st bail-pH: b. '01 Temp: \1 2nd bail-pH: \I, 11.' Temp:
''),\ 3'd bail-pH: S.2() Temp:
pH: Temp:
l\7 ,'1
i {t "1-
(Pt. i
---------
Date and Time of sampling (volatiles):
Date and Time of sampling (metals):
Conductivity:
Conductivity:
Conductivity:
Conductivity:
q"ln
q~.2.
'£l. ,'1
'iD ·l
/&',0$
Turbidity: ,..z.,~ DO: 2., V l---
Turbidity: PI Lf DO: 2-. ~}
Turbidity: '?~.l,.. DO : ( . .:f~
Turbidity: DO :
Turbidity: ',1. 2..
Appendix I, Delayed metals (use Teflon)
Sometimes goes dry
Pitt County Well Sampling Record Well No.: P28
Date: , 1(, ,(1 I
Collected by (name and company): _--=B..:....:N=B.l....1 =EH...;.:S::........>...;(G:::.:M..:..:..:....:A.l....l ______________ _
Note condition of vent (obstructed, clear, other): _-\b-:l'·I....,QUI4.,;('--_____________ _
Note condition of well cap, lock, casing, etc.: _J><--_________________ _
Well Information
Casing Elevation:
Casing Diameter (d):
Depth of Well (a):
Screen Interval:
Height of Casing (b):
77.74
2
8
3.5-8
2.9
Water Level Measurements
Depth to Water (c)
(feet)
(inches)
(feet below land surface)
(feet below land surface)
(feet below land surface)
Time (feet from top of casing)
),07-
Calculation of Height of Water Column
Total depth of well (a + b): 10.9
Depth to water (c): ~ ·O~
Height of water column (h): = '::/-,923
Calculation of Three Well Volumes
If d = 2 inches, use r = 0.083 feet
If d = 4 inches, use r = 0.167 feet
V = 70.5 r2h = ?, 13 gallons 14 1:;A;ls
Purging
Number of gallons extracted: ____ ------'-l_t bO-;l<
Was well bailed dry? y e~
Time & date purging completed: ---1.1+\,\1...:...1 \-+-,\--'"1'-----
Field Analyses
l i st bail-pH: S./p'" Temp: ttl1-
q 2nd bail-pH: S. ~~ Temp: I ~,U
~tf.3rd bail-pH: S -'it; Temp: I~/b
\ pH: Temp: ---------
Date and Time of sampling (volatiles):
Date and Time of sampling (metals):
Conductivity: Iv 1,5
Conductivity: l, S . "l
Co nd uctivity: £:, I; ,(
Cond uctivity: ----
Turbidity: L-i I. ~ DO: ~,O)
Turbidity: I ~5 DO: '2.. )0
Turbidity: ~'l-3 DO: 2 , t. Q
Turbidity: DO:
Turbidity: ~ J10
Appendix I
Pitt County Well Sampling Record Well No.: SWl
Date: I~ d (l.((~
Collected by (name and company): _-=B:..:..N.:..=B:..l...-=E-'-.:H=S--'(..=G:..:..:Mc.:..:;A....:..I)'-______________ _
Notes: ________________________________ ___
Field Analyses
pH: $,cb--=Y Temperature: ll.{, ~
Date and Time of sampling (volatiles):
Date and Time of sampling (metals):
Conductivity: "N 5 .~r Turbidity: 3_'i->.....L./ __
tlr2.\t-:r
~ iT-,O '>t ( I Turbidity: _.; -'-'-__
*rinse decconed ss pitcher in stream water, then collect facing upstream
Appendix I
Pitt County Well Sampling Record Well No.: SW2
Date: "rt/f7 ,
Collected by (name and company): _---"'Bc.:....:N:..::B,Ll =-:EH",:,,:S::.....l.,;(G::..:M-=..:..:...:A.Ll ______________ _
Notes: _______________________________ __
Field Analyses
pH : Ie .1"'<.. Temperature: Iv. (P Conductivity: 1.--'7 \... -;-Turbidity: 'tlf, 2-
Date and Time of sampling (volatiles):
Date and Time of sampling (metals): Ulf', "2..-Turbidity: --,-1-__ _
*rinse decconed ss pitcher in stream water, then collect facing upstream
Appendix I
Pitt County Well Sampling Record Well No. :_-=S...:..W:....4,"-_
Date: { ( £2... { ( 7
Collected by (name and company): _--=Bc.:....:N:.=B.L..' =EH....:..::S::.......>..;(G::..:M.!.!.:....:A.L..) ______________ _
Notes: ________________________________ ___
Field Analyses
pH: ').~'2.. Temperature: (\,] Conductivity: \ 50 . 1 Turbidity: I~' I
Date and Time of sampling (volatiles): ;llv l lZ
Date and Time of sampling (metals): r I Turbidity: t<.\; t l
*rinse decconed ss pitcher in stream water, then collect facing upstream