1107_BuncombeCounty_MSWLF_GWMonitoring_DIN27133_20151001

SCS Engineers, P.C.
Environmental Consultants 4767 New Broad Street 407 514-2766
and Contractors Suite 222 FAX [phone]
Orlando, FL 32814 www.scsengineers.com

Offices Nationwide
February 24, 2016
File No. 09204072.13

Mrs. Jackie Drummond
Compliance Hydrogeologist
Division of Waste Management - Solid Waste Section NC Department of Environmental Quality
Asheville Regional Office 2090 US Highway 70, Swannanoa, NC 28778

Subject: Sampling Report Buncombe County Solid Waste Management Facility Landfill
Buncombe County
Permit No. 1107

Dear Mrs. Drummond:

The purpose of this letter is to notify the Solid Waste Section that semi-annual sampling has been
completed at the Buncombe County Solid Waste Management Facility Landfill. Water quality
samples were collected from each of the monitoring wells, surface water sampling locations in
addition to leachate samples.

Metals were the only constituents detected in monitoring well and surface water samples which
exceeded North Carolina 2L Groundwater and Surface water Standards in concentrations which
are consistent with previous sampling results and are generally recognized as naturally occurring.
Leachate sampling demonstrated no constituents were above their SWS reporting limits.

Currently 25 monitoring wells are sampled semi-annually. Groundwater samples were collected
from October 2nd through 10th, 2015. The six surface water and six leachate samples were
collected on October 1st, 2015. All samples were collected and analyzed by Pace Laboratories in
Asheville, NC for analysis of the current landfill constituents list (Appendix I VOC (EPA 8260);
Appendix I Metals (EPA 6010) plus mercury (EPA 7470), sulfate (EPA 300.0), chloride (SM
4500-Cl-E), Alkalinity(SM 2320B), and Total Dissolved Solids (SM 2540C)). Groundwater
elevations were also measured and groundwater contour maps for both the shallow and deep
flow regimes as presented in Attachment A. Field parameters and the well condition was
evaluated as presented in Attachment B Well Condition Summary and Attachment C Sampling
Forms. Field parameters included: pH, specific conductivity, temperature, dissolved oxygen, and
oxidation/reduction potential, temperature, and turbidity. Field parameters were also measured at
the surface water sampling locations.

Eight of the 25 monitoring wells had concentrations in excess of the North Carolina 2L
Groundwater Standards. One surface water sample had concentrations in excess of the SWS
reporting limits. A summary of detections is provided in Attachment D, a summary of
exceedances is provided as Attachment E, Metal constituents detected include chromium,

Jackie Drummond
February 5, 2016
Page 2

cobalt, iron, manganese, and vanadium. Chromium was detected above the maximum
contaminant level of 10 ug/L in MW-5 (13.7 ug/L), and MW-6 (30.3 ug/L). Cobalt was detected
above the maximum contaminant level of 1 ug/L in MW-13D (17.6 ug/L), MW-15S (68.2 ug/L),
and MW-15D (6.2 ug/L). Iron was detected above the maximum contaminant level of 300 ug/L
in MW-12 (584 ug/L), MW-14 (1710 ug/L), MW-15S (2320 ug/L), and MW-15D (1110 ug/L).
Manganese was detected above the maximum contaminant level of 50 ug/L in MW-12 (584
ug/L), MW-15S (7570 ug/L), and MW-15D (230 ug/L). Vanadium was detected above the
maximum contaminant level of 0.3 ug/L in MW-5 (14.4 ug/L), MW-6 (40.1 ug/L), MW-10 (6.8
ug/L), MW-13D (8.5 ug/L), MW-14 (10.7 ug/L), MW-15S (13.8 ug/L), and MW-15D (6.1
ug/L). Copper was the only constituent detected above the maximum contaminant level of 7 ug/L
in surface water; SW-4 (11.8 ug/L).

The next Semi-Annual sampling event is scheduled for spring of 2016. This submittal, which
included a discussion of the sampling of the approved groundwater and surface water quality
monitoring network, satisfies the groundwater and surface water monitoring criteria necessary to
operate the Buncombe County landfill.

Sincerely,

C. Ed Hilton, Jr. P.E. Brooke Fait, MPH
Vice President/Project Director Environmental Health & Safety Project
Manager
SCS ENGINEERS SCS ENGINEERS

BLF/CEH

Jaclynne Drummond

Buncombe County, North Carolina

Attachment A

Buncombe County, North Carolina

Attachment B

Buncombe County, North Carolina

Attachment C

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Buncombe County, North Carolina

Attachment D

Detections By Date Range
Buncombe County New Facility
From:10/1/2015 To:10/1/2015
Site ID Analyte Date Result
LD-1
1,1-Dichloroethane
10/1/2015 1.6 ug/L
Barium
10/1/2015 69.6 ug/L
Cobalt
10/1/2015 140 ug/L
Field pH
10/1/2015 6.2 Std.
Field Specific Conductance
10/1/2015 228 umh
Field Temperature
10/1/2015 16.4 deg
Nickel
10/1/2015 48.8 ug/L
ORP
10/1/2015 330 mV
Oxygen, Dissolved, Dissolved
10/1/2015 1600 ug/L
Turbidity
10/1/2015 1.74 NTU
Monday, February 08, 2016 Page 1 of 5
I = The reported value is between the laboratory method detection limit and the laboratory practical quatitation limit.
V = Indicates the anlyte was detected in both the sample and the associated method blank.
Site ID Analyte Date Result
LD-2
1,1-Dichloroethane
10/1/2015 3.8 ug/L
Barium
10/1/2015 140 ug/L
cis-1,2-Dichloroethene
10/1/2015 1.3 ug/L
Cobalt
10/1/2015 15.9 ug/L
Field pH
10/1/2015 5.6 Std.
Field Specific Conductance
10/1/2015 392 umh
Field Temperature
10/1/2015 16.5 deg
ORP
10/1/2015 43.5 mV
Oxygen, Dissolved, Dissolved
10/1/2015 3030 ug/L
Turbidity
10/1/2015 1.6 NTU
LD-3
Barium
10/1/2015 297 ug/L
Field pH
10/1/2015 7.1 Std.
Field Specific Conductance
10/1/2015 520 umh
Field Temperature
10/1/2015 17.5 deg
ORP
10/1/2015 -18.3 mV
Oxygen, Dissolved, Dissolved
10/1/2015 2100 ug/L
Turbidity
10/1/2015 5.55 NTU
Monday, February 08, 2016 Page 2 of 5
I = The reported value is between the laboratory method detection limit and the laboratory practical quatitation limit.
V = Indicates the anlyte was detected in both the sample and the associated method blank.
Site ID Analyte Date Result
LD-4
1,1-Dichloroethane
10/1/2015 2.3 ug/L
2-Butanone
10/1/2015 5.9 ug/L
Arsenic
10/1/2015 10.8 ug/L
Barium
10/1/2015 410 ug/L
Benzene
10/1/2015 2.8 ug/L
Chromium
10/1/2015 178 ug/L
Copper
10/1/2015 68.7 ug/L
Field pH
10/1/2015 6.3 Std.
Field Specific Conductance
10/1/2015 197 umh
Field Temperature
10/1/2015 17.5 deg
Nickel
10/1/2015 59.5 ug/L
ORP
10/1/2015 -18.5 mV
Oxygen, Dissolved, Dissolved
10/1/2015 1510 ug/L
Turbidity
10/1/2015 6.23 NTU
Vinyl chloride
10/1/2015 1.8 ug/L
Monday, February 08, 2016 Page 3 of 5
I = The reported value is between the laboratory method detection limit and the laboratory practical quatitation limit.
V = Indicates the anlyte was detected in both the sample and the associated method blank.
Site ID Analyte Date Result
LD-5
Barium
10/1/2015 220 ug/L
Cobalt
10/1/2015 64.8 ug/L
Field pH
10/1/2015 6.7 Std.
Field Specific Conductance
10/1/2015 743 umh
Field Temperature
10/1/2015 20.7 deg
Nickel
10/1/2015 19.1 ug/L
ORP
10/1/2015 340.5 mV
Oxygen, Dissolved, Dissolved
10/1/2015 3270 ug/L
Turbidity
10/1/2015 16.4 NTU
LD-6
Barium
10/1/2015 460 ug/L
Cobalt
10/1/2015 51.6 ug/L
Field pH
10/1/2015 6.2 Std.
Field Specific Conductance
10/1/2015 564 umh
Field Temperature
10/1/2015 18.9 deg
ORP
10/1/2015 56.1 mV
Oxygen, Dissolved, Dissolved
10/1/2015 2010 ug/L
Turbidity
10/1/2015 3.21 NTU
Monday, February 08, 2016 Page 4 of 5
I = The reported value is between the laboratory method detection limit and the laboratory practical quatitation limit.
V = Indicates the anlyte was detected in both the sample and the associated method blank.
Site ID Analyte Date Result
LEACHATE
Arsenic
10/1/2015 10.8 ug/L
Barium
10/1/2015 24.8 ug/L
Cobalt
10/1/2015 61.7 ug/L
Copper
10/1/2015 26.6 ug/L
Field pH
10/1/2015 6 Std.
Field Specific Conductance
10/1/2015 441 umh
Field Temperature
10/1/2015 12 deg
Nickel
10/1/2015 383 ug/L
ORP
10/1/2015 188.4 mV
Oxygen, Dissolved, Dissolved
10/1/2015 7670 ug/L
Turbidity
10/1/2015 1.52 NTU
Zinc
10/1/2015 159 ug/L
Monday, February 08, 2016 Page 5 of 5
I = The reported value is between the laboratory method detection limit and the laboratory practical quatitation limit.
V = Indicates the anlyte was detected in both the sample and the associated method blank.
Detections By Date Range
Buncombe County New Facility
From:10/2/2015 To:10/9/2015
Site ID Analyte Date Result
MW-1
Alkalinity, Total as CaCO3
10/9/2015 40600 ug/L
Barium
10/9/2015 124 ug/L
Chloride
10/9/2015 5380 ug/L
Field pH
10/9/2015 7.6 Std.
Field Specific Conductance
10/9/2015 161 umh
Field Temperature
10/9/2015 14.9 deg
Iron
10/9/2015 162 ug/L
ORP
10/9/2015 160.2 mV
Oxygen, Dissolved, Dissolved
10/9/2015 7850 ug/L
Static Water Level
10/9/2015 71.03 feet
Sulfate
10/9/2015 17100 ug/L
Total Dissolved Solids
10/9/2015 129000 ug/L
Turbidity
10/9/2015 2.63 NTU
Monday, February 08, 2016 Page 1 of 17
I = The reported value is between the laboratory method detection limit and the laboratory practical quatitation limit.
V = Indicates the anlyte was detected in both the sample and the associated method blank.
Site ID Analyte Date Result
MW-10
Barium
10/6/2015 134 ug/L
Field pH
10/6/2015 6.4 Std.
Field Specific Conductance
10/6/2015 300 umh
Field Temperature
10/6/2015 15.7 deg
ORP
10/6/2015 148.8 mV
Oxygen, Dissolved, Dissolved
10/6/2015 3540 ug/L
Static Water Level
10/6/2015 70.77 feet
Turbidity
10/6/2015 3.17 NTU
Vanadium
10/6/2015 6.8 ug/L
MW-10D
Barium
10/6/2015 18.6 ug/L
Copper
10/6/2015 10 ug/L
Field pH
10/6/2015 6.5 Std.
Field Specific Conductance
10/6/2015 279 umh
Field Temperature
10/6/2015 15.5 deg
Nickel
10/6/2015 8.7 ug/L
ORP
10/6/2015 145.9 mV
Oxygen, Dissolved, Dissolved
10/6/2015 3560 ug/L
Static Water Level
10/6/2015 71.38 feet
Turbidity
10/6/2015 2.8 NTU
Monday, February 08, 2016 Page 2 of 17
I = The reported value is between the laboratory method detection limit and the laboratory practical quatitation limit.
V = Indicates the anlyte was detected in both the sample and the associated method blank.
Site ID Analyte Date Result
MW-11
Barium
10/2/2015 92 ug/L
Field pH
10/2/2015 7.2 Std.
Field Specific Conductance
10/2/2015 391 umh
Field Temperature
10/2/2015 15 deg
Nickel
10/2/2015 26.6 ug/L
ORP
10/2/2015 172.2 mV
Oxygen, Dissolved, Dissolved
10/2/2015 6710 ug/L
Static Water Level
10/2/2015 32.69 feet
Turbidity
10/2/2015 3.11 NTU
MW-11D
Barium
10/2/2015 15 ug/L
Field pH
10/2/2015 6.7 Std.
Field Specific Conductance
10/2/2015 384 umh
Field Temperature
10/2/2015 14.6 deg
ORP
10/2/2015 121.5 mV
Oxygen, Dissolved, Dissolved
10/2/2015 2290 ug/L
Static Water Level
10/2/2015 33.33 feet
Turbidity
10/2/2015 1.31 NTU
Monday, February 08, 2016 Page 3 of 17
I = The reported value is between the laboratory method detection limit and the laboratory practical quatitation limit.
V = Indicates the anlyte was detected in both the sample and the associated method blank.
Site ID Analyte Date Result
MW-12
Alkalinity, Total as CaCO3
10/7/2015 142000 ug/L
Barium
10/7/2015 68.8 ug/L
Chloride
10/7/2015 32100 ug/L
Field pH
10/7/2015 6.6 Std.
Field Specific Conductance
10/7/2015 649 umh
Field Temperature
10/7/2015 17.5 deg
Iron
10/7/2015 584 ug/L
Manganese
10/7/2015 292 ug/L
Nickel
10/7/2015 12.1 ug/L
ORP
10/7/2015 157.7 mV
Oxygen, Dissolved, Dissolved
10/7/2015 3500 ug/l
Static Water Level
10/7/2015 12.25 feet
Sulfate
10/7/2015 142000 ug/L
Total Dissolved Solids
10/7/2015 443000 ug/L
Turbidity
10/7/2015 1.06 NTU
Monday, February 08, 2016 Page 4 of 17
I = The reported value is between the laboratory method detection limit and the laboratory practical quatitation limit.
V = Indicates the anlyte was detected in both the sample and the associated method blank.
Site ID Analyte Date Result
MW-12D
Alkalinity, Total as CaCO3
10/7/2015 152000 ug/L
Barium
10/7/2015 60.5 ug/L
Chloride
10/7/2015 17600 ug/L
Field pH
10/7/2015 6.7 Std.
Field Specific Conductance
10/7/2015 489 umh
Field Temperature
10/7/2015 16.9 deg
Iron
10/7/2015 203 ug/L
Manganese
10/7/2015 19.4 ug/L
ORP
10/7/2015 132.6 mV
Oxygen, Dissolved, Dissolved
10/7/2015 1770 ug/l
Static Water Level
10/7/2015 11.25 feet
Sulfate
10/7/2015 70900 ug/L
Total Dissolved Solids
10/7/2015 316000 ug/L
Turbidity
10/7/2015 1.44 NTU
Monday, February 08, 2016 Page 5 of 17
I = The reported value is between the laboratory method detection limit and the laboratory practical quatitation limit.
V = Indicates the anlyte was detected in both the sample and the associated method blank.
Site ID Analyte Date Result
MW-13
Barium
10/6/2015 98.4 ug/L
Copper
10/6/2015 8.8 ug/L
Field pH
10/6/2015 6.8 Std.
Field Specific Conductance
10/6/2015 249 umh
Field Temperature
10/6/2015 18.1 deg
ORP
10/6/2015 79.1 mV
Oxygen, Dissolved, Dissolved
10/6/2015 3170 ug/L
Static Water Level
10/6/2015 5.5 feet
Turbidity
10/6/2015 1.84 NTU
MW-13D
Barium
10/6/2015 278 ug/L
Cobalt
10/6/2015 17.6 ug/L
Field pH
10/6/2015 6.6 Std.
Field Specific Conductance
10/6/2015 372 umh
Field Temperature
10/6/2015 17.8 deg
Nickel
10/6/2015 19.2 ug/L
ORP
10/6/2015 36.4 mV
Oxygen, Dissolved, Dissolved
10/6/2015 3730 ug/L
Static Water Level
10/6/2015 8.93 feet
Turbidity
10/6/2015 4.14 NTU
Vanadium
10/6/2015 8.5 ug/L
Monday, February 08, 2016 Page 6 of 17
I = The reported value is between the laboratory method detection limit and the laboratory practical quatitation limit.
V = Indicates the anlyte was detected in both the sample and the associated method blank.
Site ID Analyte Date Result
MW-14
Alkalinity, Total as CaCO3
10/7/2015 70600 ug/L
Barium
10/7/2015 67.9 ug/L
Chloride
10/7/2015 2760 ug/L
Chromium
10/7/2015 5.4 ug/L
Field pH
10/7/2015 6.8 Std.
Field Specific Conductance
10/7/2015 236 umh
Field Temperature
10/7/2015 16 deg
Iron
10/7/2015 1710 ug/L
Manganese
10/7/2015 49.5 ug/L
Nickel
10/7/2015 5.5 ug/L
ORP
10/7/2015 166.7 mV
Oxygen, Dissolved, Dissolved
10/7/2015 5040 ug/L
Static Water Level
10/7/2015 30.92 feet
Sulfate
10/7/2015 26400 ug/L
Total Dissolved Solids
10/7/2015 196000 ug/L
Turbidity
10/7/2015 10.25 NTU
Vanadium
10/7/2015 10.7 ug/L
Zinc
10/7/2015 14.1 ug/L
Monday, February 08, 2016 Page 7 of 17
I = The reported value is between the laboratory method detection limit and the laboratory practical quatitation limit.
V = Indicates the anlyte was detected in both the sample and the associated method blank.
Site ID Analyte Date Result
MW-14D
Alkalinity, Total as CaCO3
10/7/2015 122000 ug/L
Chloride
10/7/2015 2600 ug/L
Field pH
10/7/2015 6.6 Std.
Field Specific Conductance
10/7/2015 278 umh
Field Temperature
10/7/2015 13.8 deg
ORP
10/7/2015 168.4 mV
Oxygen, Dissolved, Dissolved
10/7/2015 9600 ug/l
Static Water Level
10/7/2015 31.05 feet
Sulfate
10/7/2015 17400 ug/L
Total Dissolved Solids
10/7/2015 161000 ug/L
Turbidity
10/7/2015 0.19 NTU
Monday, February 08, 2016 Page 8 of 17
I = The reported value is between the laboratory method detection limit and the laboratory practical quatitation limit.
V = Indicates the anlyte was detected in both the sample and the associated method blank.
Site ID Analyte Date Result
MW-15D
Alkalinity, Total as CaCO3
10/7/2015 139000 ug/L
Barium
10/7/2015 160 ug/L
Chloride
10/7/2015 11000 ug/L
Field pH
10/7/2015 6.4 Std.
Field Specific Conductance
10/7/2015 413 umh
Field Temperature
10/7/2015 15.4 deg
Iron
10/7/2015 1110 ug/L
Manganese
10/7/2015 230 ug/L
Nickel
10/7/2015 6.8 ug/L
ORP
10/7/2015 127 mV
Oxygen, Dissolved, Dissolved
10/7/2015 8720 ug/L
Static Water Level
10/7/2015 26.86 feet
Sulfate
10/7/2015 53000 ug/L
Total Dissolved Solids
10/7/2015 276000 ug/L
Turbidity
10/7/2015 2.19 NTU
Vanadium
10/7/2015 6.1 ug/L
Zinc
10/7/2015 18.5 ug/L
Monday, February 08, 2016 Page 9 of 17
I = The reported value is between the laboratory method detection limit and the laboratory practical quatitation limit.
V = Indicates the anlyte was detected in both the sample and the associated method blank.
Site ID Analyte Date Result
MW-15S
Alkalinity, Total as CaCO3
10/7/2015 135000 ug/L
Barium
10/7/2015 204 ug/L
Chloride
10/7/2015 14400 ug/L
Cobalt
10/7/2015 68.2 ug/L
Field pH
10/7/2015 6.4 Std.
Field Specific Conductance
10/7/2015 385 umh
Field Temperature
10/7/2015 17.2 deg
Iron
10/7/2015 2320 ug/L
Manganese
10/7/2015 7570 ug/L
Nickel
10/7/2015 8.1 ug/L
ORP
10/7/2015 159.1 mV
Oxygen, Dissolved, Dissolved
10/7/2015 3940 ug/l
Static Water Level
10/7/2015 22.36 feet
Sulfate
10/7/2015 32000 ug/L
Total Dissolved Solids
10/7/2015 218000 ug/L
Turbidity
10/7/2015 3.22 NTU
Vanadium
10/7/2015 13.8 ug/L
Monday, February 08, 2016 Page 10 of 17
I = The reported value is between the laboratory method detection limit and the laboratory practical quatitation limit.
V = Indicates the anlyte was detected in both the sample and the associated method blank.
Site ID Analyte Date Result
MW-1D
Alkalinity, Total as CaCO3
10/9/2015 52000 ug/L
Barium
10/9/2015 42.6 ug/L
Chloride
10/9/2015 2540 ug/L
Field pH
10/9/2015 6.7 Std.
Field Specific Conductance
10/9/2015 168 umh
Field Temperature
10/9/2015 15.4 deg
ORP
10/9/2015 164.2 mV
Oxygen, Dissolved, Dissolved
10/9/2015 7170 ug/L
Static Water Level
10/9/2015 72.7 feet
Sulfate
10/9/2015 21700 ug/L
Total Dissolved Solids
10/9/2015 130000 ug/L
Turbidity
10/9/2015 0.53 NTU
MW-2
Barium
10/6/2015 80.6 ug/L
Field pH
10/6/2015 7 Std.
Field Specific Conductance
10/6/2015 170 umh
Field Temperature
10/6/2015 15.1 deg
ORP
10/6/2015 159.9 mV
Oxygen, Dissolved, Dissolved
10/6/2015 4000 ug/L
Static Water Level
10/6/2015 8.59 feet
Turbidity
10/6/2015 3.81 NTU
Monday, February 08, 2016 Page 11 of 17
I = The reported value is between the laboratory method detection limit and the laboratory practical quatitation limit.
V = Indicates the anlyte was detected in both the sample and the associated method blank.
Site ID Analyte Date Result
MW-2D
Barium
10/6/2015 87.3 ug/L
Field pH
10/6/2015 6.8 Std.
Field Specific Conductance
10/6/2015 245 umh
Field Temperature
10/6/2015 14.8 deg
ORP
10/6/2015 172.9 mV
Oxygen, Dissolved, Dissolved
10/6/2015 5110 ug/L
Static Water Level
10/6/2015 8.45 feet
Turbidity
10/6/2015 1.75 NTU
MW-3R
Barium
10/2/2015 130 ug/L
Chromium
10/2/2015 5.3 ug/L
Field pH
10/2/2015 6.2 Std.
Field Specific Conductance
10/2/2015 207 umh
Field Temperature
10/2/2015 14.2 deg
Nickel
10/2/2015 7.2 ug/L
ORP
10/2/2015 169.3 mV
Oxygen, Dissolved, Dissolved
10/2/2015 5430 ug/L
Static Water Level
10/2/2015 57.08 feet
Turbidity
10/2/2015 4.12 NTU
Monday, February 08, 2016 Page 12 of 17
I = The reported value is between the laboratory method detection limit and the laboratory practical quatitation limit.
V = Indicates the anlyte was detected in both the sample and the associated method blank.
Site ID Analyte Date Result
MW-4
Barium
10/6/2015 75.2 ug/L
Field pH
10/6/2015 6.6 Std.
Field Specific Conductance
10/6/2015 175 umh
Field Temperature
10/6/2015 17.4 deg
ORP
10/6/2015 123.6 mV
Oxygen, Dissolved, Dissolved
10/6/2015 5810 ug/L
Static Water Level
10/6/2015 10.82 feet
Turbidity
10/6/2015 3.32 NTU
MW-4D
Barium
10/6/2015 27.3 ug/L
Field pH
10/6/2015 6.3 Std.
Field Specific Conductance
10/6/2015 246 umh
Field Temperature
10/6/2015 16.7 deg
ORP
10/6/2015 134.4 mV
Oxygen, Dissolved, Dissolved
10/6/2015 2910 ug/L
Static Water Level
10/6/2015 11.31 feet
Turbidity
10/6/2015 1.6 NTU
Monday, February 08, 2016 Page 13 of 17
I = The reported value is between the laboratory method detection limit and the laboratory practical quatitation limit.
V = Indicates the anlyte was detected in both the sample and the associated method blank.
Site ID Analyte Date Result
MW-5
Barium
10/2/2015 126 ug/L
Chromium
10/2/2015 13.7 ug/L
Field pH
10/2/2015 6.5 Std.
Field Specific Conductance
10/2/2015 208 umh
Field Temperature
10/2/2015 15.1 deg
Nickel
10/2/2015 6.9 ug/L
ORP
10/2/2015 129.4 mV
Oxygen, Dissolved, Dissolved
10/2/2015 2910 ug/L
Static Water Level
10/2/2015 34.71 feet
Turbidity
10/2/2015 11.5 NTU
Vanadium
10/2/2015 14.4 ug/L
Zinc
10/2/2015 10.1 ug/L
MW-5D
Barium
10/2/2015 64.4 ug/L
Field pH
10/2/2015 6.5 Std.
Field Specific Conductance
10/2/2015 196 umh
Field Temperature
10/2/2015 15.1 deg
ORP
10/2/2015 143.5 mV
Oxygen, Dissolved, Dissolved
10/2/2015 3550 ug/L
Static Water Level
10/2/2015 36.05 feet
Turbidity
10/2/2015 2.66 NTU
Monday, February 08, 2016 Page 14 of 17
I = The reported value is between the laboratory method detection limit and the laboratory practical quatitation limit.
V = Indicates the anlyte was detected in both the sample and the associated method blank.
Site ID Analyte Date Result
MW-6
Barium
10/2/2015 152 ug/L
Chromium
10/2/2015 30.3 ug/L
Cobalt
10/2/2015 12.6 ug/L
Copper
10/2/2015 13.4 ug/L
Field pH
10/2/2015 6.8 Std.
Field Specific Conductance
10/2/2015 140 umh
Field Temperature
10/2/2015 14.6 deg
Nickel
10/2/2015 10.9 ug/L
ORP
10/2/2015 64.7 mV
Oxygen, Dissolved, Dissolved
10/2/2015 3610 ug/L
Static Water Level
10/2/2015 26.83 feet
Turbidity
10/2/2015 44 NTU
Vanadium
10/2/2015 40.1 ug/L
Zinc
10/2/2015 28.2 ug/L
Monday, February 08, 2016 Page 15 of 17
I = The reported value is between the laboratory method detection limit and the laboratory practical quatitation limit.
V = Indicates the anlyte was detected in both the sample and the associated method blank.
Site ID Analyte Date Result
MW-7
1,1-Dichloroethane
10/2/2015 1.9 ug/L
Barium
10/2/2015 153 ug/L
Field pH
10/2/2015 6.6 Std.
Field Specific Conductance
10/2/2015 656 umh
Field Temperature
10/2/2015 15.3 deg
Nickel
10/2/2015 10.3 ug/L
ORP
10/2/2015 47.5 mV
Oxygen, Dissolved, Dissolved
10/2/2015 1330 ug/L
Static Water Level
10/2/2015 47.96 feet
Turbidity
10/2/2015 2.99 NTU
MW-8
Barium
10/9/2015 142 ug/L
Field pH
10/9/2015 6.7 Std.
Field Specific Conductance
10/9/2015 343 umh
Field Temperature
10/9/2015 16.1 deg
ORP
10/9/2015 150.5 mV
Oxygen, Dissolved, Dissolved
10/9/2015 4880 ug/L
Static Water Level
10/9/2015 34.73 feet
Turbidity
10/9/2015 3.44 NTU
Monday, February 08, 2016 Page 16 of 17
I = The reported value is between the laboratory method detection limit and the laboratory practical quatitation limit.
V = Indicates the anlyte was detected in both the sample and the associated method blank.
Site ID Analyte Date Result
MW-8D
Barium
10/9/2015 176 ug/L
Field pH
10/9/2015 6.5 Std.
Field Specific Conductance
10/9/2015 382 umh
Field Temperature
10/9/2015 16.1 deg
ORP
10/9/2015 161.3 mV
Oxygen, Dissolved, Dissolved
10/9/2015 3200 ug/L
Static Water Level
10/9/2015 33.48 feet
Turbidity
10/9/2015 0.94 NTU
Monday, February 08, 2016 Page 17 of 17
I = The reported value is between the laboratory method detection limit and the laboratory practical quatitation limit.
V = Indicates the anlyte was detected in both the sample and the associated method blank.
Detections By Date Range
Buncombe County New Facility
From:10/1/2015 To:10/1/2015
Site ID Analyte Date Result
SW-1
Barium
10/1/2015 191 ug/L
Field pH
10/1/2015 6.2 Std.
Field Specific Conductance
10/1/2015 99 umh
Field Temperature
10/1/2015 18.5 deg
ORP
10/1/2015 35.8 mV
Oxygen, Dissolved, Dissolved
10/1/2015 990 ug/L
Turbidity
10/1/2015 5.58 NTU
Zinc
10/1/2015 17.9 ug/L
SW-2
Barium
10/1/2015 62.3 ug/L
Field pH
10/1/2015 6.5 Std.
Field Specific Conductance
10/1/2015 149 umh
Field Temperature
10/1/2015 18.5 deg
ORP
10/1/2015 156.5 mV
Oxygen, Dissolved, Dissolved
10/1/2015 8020 ug/L
Turbidity
10/1/2015 7.79 NTU
Monday, February 08, 2016 Page 1 of 4
I = The reported value is between the laboratory method detection limit and the laboratory practical quatitation limit.
V = Indicates the anlyte was detected in both the sample and the associated method blank.
Site ID Analyte Date Result
SW-3
Barium
10/1/2015 42.1 ug/L
Field pH
10/1/2015 7.5 Std.
Field Specific Conductance
10/1/2015 188 umh
Field Temperature
10/1/2015 20.8 deg
ORP
10/1/2015 176.7 mV
Oxygen, Dissolved, Dissolved
10/1/2015 5530 ug/L
Turbidity
10/1/2015 3.46 NTU
SW-4
Barium
10/1/2015 134 ug/L
Chromium
10/1/2015 7.1 ug/L
Cobalt
10/1/2015 5.2 ug/L
Copper
10/1/2015 11.8 ug/L
Field pH
10/1/2015 6.4 Std.
Field Specific Conductance
10/1/2015 269 umh
Field Temperature
10/1/2015 19.2 deg
Nickel
10/1/2015 11.2 ug/L
ORP
10/1/2015 152.6 mV
Oxygen, Dissolved, Dissolved
10/1/2015 8150 ug/L
Turbidity
10/1/2015 53 NTU
Vanadium
10/1/2015 13.7 ug/L
Zinc
10/1/2015 28.4 ug/L
Monday, February 08, 2016 Page 2 of 4
I = The reported value is between the laboratory method detection limit and the laboratory practical quatitation limit.
V = Indicates the anlyte was detected in both the sample and the associated method blank.
Site ID Analyte Date Result
SW-5
Barium
10/1/2015 83.5 ug/L
Field pH
10/1/2015 6.9 Std.
Field Specific Conductance
10/1/2015 336 umh
Field Temperature
10/1/2015 19.5 deg
Nickel
10/1/2015 5.2 ug/L
ORP
10/1/2015 192.7 mV
Oxygen, Dissolved, Dissolved
10/1/2015 7510 ug/L
Turbidity
10/1/2015 7.03 NTU
SW-6
Barium
10/1/2015 88.3 ug/L
Field pH
10/1/2015 6.7 Std.
Field Specific Conductance
10/1/2015 210 umh
Field Temperature
10/1/2015 17.9 deg
ORP
10/1/2015 184.2 mV
Oxygen, Dissolved, Dissolved
10/1/2015 5800 ug/L
Turbidity
10/1/2015 6.33 NTU
Monday, February 08, 2016 Page 3 of 4
I = The reported value is between the laboratory method detection limit and the laboratory practical quatitation limit.
V = Indicates the anlyte was detected in both the sample and the associated method blank.
Site ID Analyte Date Result
SW-7
Barium
10/1/2015 195 ug/L
Field pH
10/1/2015 6.3 Std.
Field Specific Conductance
10/1/2015 307 umh
Field Temperature
10/1/2015 20.5 deg
Nickel
10/1/2015 22.3 ug/L
ORP
10/1/2015 174.4 mV
Oxygen, Dissolved, Dissolved
10/1/2015 2580 ug/L
Turbidity
10/1/2015 3.04 NTU
Zinc
10/1/2015 15.8 ug/L
Monday, February 08, 2016 Page 4 of 4
I = The reported value is between the laboratory method detection limit and the laboratory practical quatitation limit.
V = Indicates the anlyte was detected in both the sample and the associated method blank.
Buncombe County, North Carolina

Attachment E
Exceedances by Date Range
Buncombe County New Facility
From:10/2/2015 To:10/7/2015
Site ID Analyte Date Result
MW-10
Vanadium
MCL:0.3 ug/L
10/6/2015 6.8 ug/L
MW-12
Iron
MCL:300 ug/L
10/7/2015 584 ug/L
Manganese
MCL:50 ug/L
10/7/2015 292 ug/L
MW-13D
Cobalt
MCL:1ug/L
10/6/2015 17.6 ug/L
Vanadium
MCL:0.3 ug/L
10/6/2015 8.5 ug/L
MW-14
Iron
MCL:300 ug/L
10/7/2015 1710 ug/L
Vanadium
MCL:0.3 ug/L
10/7/2015 10.7 ug/L
MW-15D
Iron
MCL:300 ug/L
10/7/2015 1110 ug/L
Manganese
MCL:50 ug/L
10/7/2015 230 ug/L
Vanadium
MCL:0.3 ug/L
10/7/2015 6.1 ug/L
Thursday, February 04, 2016 Page 1 of 2
I = The reported value is between the laboratory method detection limit and the laboratory practical quatitation limit.
V = Indicates the anlyte was detected in both the sample and the associated method blank.
Site ID Analyte Date Result
MW-15S
Cobalt
MCL:1ug/L
10/7/2015 68.2 ug/L
Iron
MCL:300 ug/L
10/7/2015 2320 ug/L
Manganese
MCL:50 ug/L
10/7/2015 7570 ug/L
Vanadium
MCL:0.3 ug/L
10/7/2015 13.8 ug/L
MW-5
Chromium
MCL:10 ug/L
10/2/2015 13.7 ug/L
Vanadium
MCL:0.3 ug/L
10/2/2015 14.4 ug/L
MW-6
Chromium
MCL:10 ug/L
10/2/2015 30.3 ug/L
Cobalt
MCL:1ug/L
10/2/2015 12.6 ug/L
Vanadium
MCL:0.3 ug/L
10/2/2015 40.1 ug/L
Thursday, February 04, 2016 Page 2 of 2
I = The reported value is between the laboratory method detection limit and the laboratory practical quatitation limit.
V = Indicates the anlyte was detected in both the sample and the associated method blank.
Exceedances by Date Range
Buncombe County New Facility
From:10/1/2015 To:10/1/2015
Site ID Analyte Date Result
SW-4
Copper
MCL:7ug/L
10/1/2015 11.8 ug/L
Thursday, February 04, 2016 Page 1 of 1
I = The reported value is between the laboratory method detection limit and the laboratory practical quatitation limit.
V = Indicates the anlyte was detected in both the sample and the associated method blank.
If Cadmium, Chromium, Copper, Lead, Nickel, or Zinc exceedance verify with Metals Calculator using date specific hardness