WQ0007798_GW Monitoring_19970911

DIVISION OF WATER QUALITY - GROUNDWATER SE
GROUNDWATER QUALITY MONITORING: P.O. 29578
For additional forms RALEIGH, NNCC 276262f6-
r0578
COMPLIANCE REPORT FORM please write or call: [phone]
Type or Use as ball-point pen and press firmly. PERMIT NUMBER: (REQUIREDi
Facility Name tnnrAY`yNA Non -Discharge t4lu fib`rqg
an - Address --- NPDES
LOtAt�ldlhu Cnii.n.fy� TYPE OF DISPOSAL OPERATION BEING MONITORED ('
.. � t (REQUIRED)
Well LocationLsat 6LA KatL2(' r XIL-� Ll � r
Well Identification Number WlW rl Well Depth ;Zgy15— Ft.
Well Diameter 1 •'ZS Sample (Screened) Interval Ft. To 03.5"Ft.
Depth to Water Level t5,70 ft. below measuring point (before sampling)
Measuring point is I • ZA-l' ft. above land surface
Gallons of water pumped/bailed before sampling 2•qco
— L
Field Analysis: pH 'tS Specific Conductance — uMhos Temp. `ems°C Odor
0I1 Qi Cf� IS•9`-7
Lagoon
Septic Tank/Drain Field
Spray Field Subsurface Low -Pressure
Piping (LPP) 1, _ %
Land Application of Slud e
Other --
Rotary Distributor
Appearance —
Date Sample Colle�ed
Date Lab Sample Analyzed
i� l L EibO�-Mpy-leIS No.
L( cJ
Laboratory Name C radGat.'� ) VNnn !"f
_ Certification
LO
SAMPLES FOR METALS WERE COLLECTED UNFILTERED AND FIELD ACIDIFIED 'JLt _YES
NO
-
r-t -
COD
mg/I
Nitrite (NO2) as N
mg/I
Ni - Nickel
L+ng/I
Coliform: MF Fecal
/100ml
Nitrate (NO3) as N
mg/I
Pb - Lead
Thng/I
Coliform: MF Total
/100ml
Phosphorus: Total as P
mg/I
Zn - Zinc
° -,frig/I
(Note: Use MPN method for highly turbid samples)
Al - Aluminum
mg/I
Pesticides/Herbicides
Dissolved Solids: Total
mg/I
Ba - Barium
mg/I
(Specify Compounds)
pH (when analyzed) Co. CI
units
Ca - Calcium
mg/I o .; ugn
TOC
mg/I
Cd - Cadmium
mg/I ug/I
Chloride
mg/I
Chromium: Total
mg/I ug/I
Arsenic
mg/1
Cu - Copper
mg/I Other (Specify Compounds and
Grease and Oils
mg/I
Fe - Iron
mg/I Concentration units)
Hardness: Total
mg/I
Hg - Mercury
mg/I 1��Chbeboat- n - S(
Phenol
mg/I
K - Potassium
mg/I
Sulfate
mg/I
Mg - Magnesium
mg/I
Specific Conductance
uMhos
Mn - Manganese
mg/I
Total Ammonia
mg/I
Na - Sodium
mg/I
TKN as N
mg/I
I CERTIFY THAT THIS REPORT IS TRUE AND ACCURATE. Note: Values should reflect dissolved and
2 colloidal concentrations. (see #3 on back)
-See back for instructions.
iinatu(e)6± e (or Authorized Agent*) Date ** Submit blue and yellow copies only to address above.
GW-59 REV. 8196

"'k
COLLECTION AND ANALYSIS OF GROUNDWATER SAMPLES
Samples should be analyzed as soon as possible after collection. SAMPLES WHICH ARE NOT ANALYSED WITHIN THE HOLDING TIME SPECI-
FIED FOR THE METHOD USED (SEE 94. BELOW) MUST BE DISCARDED AND NEW SAMPLES COLLECTED.
2. Metals Analyses: Use Standard Method 3030C for sample preparation (mercury excluded). DO NOT FILTER METALS SAMPLES IN THE FIELD !!!
Unfiltered samples must be collected for metals, then field acidified with 5 ml concentrated nitric acid per liter of sample, and should be submitted to the
lab within 24 hours.
Sample preparation in the laboratory (extraction and filtration) must be completed within 72 hours of collection.
3. ANALYSES ARE TO BE MADE OF THE MOBILE CONSTITUENTS (DISSOLVED AS WELL AS COLLOIDAL) IN THE
GROUNDWATER, NOT THOSE THAT ARE A PART OF SEDIMENT ASSOCIATED WITH WELL CONSTRUCTION OR SAMPLING PROCEDURES.
CHECK WITH YOUR LABORATORY ON PROPER PROCEDURES FOR SAMPLE COLLECTION AND PRESERVATION.
4. As per Title 15, North Carolina Administrative Code, Subchapter 2L, analytical procedures shall be in accordance with the methods described in one of
the following publications, or by other methods approved beforehand by the Director, Division of Environmental
Management:
(a) Standard Methods for the Examination of Water and Wastewater, 16th Edition, 1985 and 17th Edition, 1989, published jointly by
American Public Health Association, American Water Works Association and Water Pollution Control Federation;
(b) Methods for Chemical Analysis of Water and Waste, 1979, U.S. Environmental Protection Agency publication number
EPA-600/4-79-020, as revised March 1983;
(c) Test Methods for Evaluating Solid Wastes: Physical/Chemical Methods, 3rd Edition, 1986, U.S. Environmental Protection Agency
publication number SW-846;
(d) Test Procedures for the Analysis of Polluants Under the Clean Water Act, Federal Register Vol. 49, No. 209, 40 CFR Part 136,
October 26, 1984;
5. Measure and record the depth of water in the well prior to pumping or bailing any water from the well.
6. At least 3 volumes of water in the well should be pumped or bailed prior to collecting a sample for analysis. If the well is pumped/bailed dry before 3 well
volumes are removed, samples can be collected as soon as the well recovers to the point where enough water is available to collect your sample.
7. Determination for pH, Specific Conductance, temperature, odor and appearance must be made in the field on unfiltered samples when the sample is
collected.
8. Field equipment must be calibrated in accordance with recommendations by the manufacturer.
9. Samples must be filtered through a 0.45 micron filter immediately after collection when a dissolved analysis is required. (See #4. above)
10.The sample container should be labeled at the time of collection with the facility name, well identification number and date and time collected.
11. "Authorized agent" is any corporate officer or public official authorized by the company, corporation, or governmental body to sign official documents.

DIVISION OF WATER QUALITY • GROUNDWATER SECTION.
QUALITY MONITORING:
PG
'RALEIGH,
[GROUNDWATERetlditlonal forms
NC127626.0578
NO276 6-For
COMPLIANCE REPORT FORM please write or call:
[phone]
Type or Use a II -point pen and press firmly.
c)csi- )c2sI �4er-,
Facility Name L^
PERMITsc arge"-"' QUIRE
N n-D �7%
Address
am ( (
NPDES
TYPE OF DISPOSAL OPERATION BEING MONITORED
l G (urirD i �G Ci
Lu County
t�
Well LocationCA'T � l,0 LIT' �i �I' rVYA `�LI Z7 L4 to. t0(n
(REQUIRED)
Lagoon Septic TanWDrain Field
Well Identification Number 16M Well Depth 3 D•o Ft.
Well Diameter (r Z5 Sample (Screened) Interval Ft. To &�.O Ft.
Spray Field facetow-Pressure
Piping (LPP)
Piping
Depth to Water Level 17 QS ft. below measuring point (before sampling)
,
Land Application of Slud e
Other
Measuring point is
( r30 ft. above land surface
2 32
Rotary Distributor
Gallons of water pumped/bailed before sampling �
Field Analysis: pH Specific Conductance uMhos Temp.�OC
Odor Appearance
Date Sample Collecjgd a' I It Ck1-7 Date Lab Sample Analyzed
L=V_G(0✓1GS
UU
Laboratory Name (� M A�Utf-hc-.l
Certification No.
SAMPLES FOR METALS Vf RE COLLECTED UNFILTERED AND FIELD ACIDIFIED YES
NO
f;
COD mg/I
Nitrite (NO2) as N
mg/I
Ni - Nickel
2
_ := mg/I
Coliform: MF Fecal /100ml
Nitrate (Nog) as N
mg/I
Pb - Lead
~t
< mg/I
Coliform: MF Total /100ml
Phosphorus: Total as P
mg/I
Zn - Zinc
�'
mg/I
(Note: Use MPN method for highly turbid samples)
Al - Aluminum
mg/1
Pesticides/Herbicides
Dissolved Solids: Total mg/I
Ba - Barium
mg/1
(Specify Compounds)
f
pH (when analyzed) units
Ca - Calcium
mg/I
= ug/I
TOC mg/I
Cd - Cadmium
mg/I
'ug/I
Chloride mg/I
Chromium: Total
mg/I
C3
=; ug/I
Arsenic
mg/I
Cu - Copper
mg/I Other (Specify Compounds and
Grease and Oils
mg/I
Fe - Iron
mg/I Concentration units)
161ChleXoelt��—fhq�<
Hardness: Total
mg/I
Hg - Mercury
mg/I
Phenol
mg/I
K - Potassium
mg/I
Sulfate
mg/I
Mg - Magnesium
mg/I
Specific Conductance
uMhos
Mn - Manganese
mg/I
Total Ammonia
mg/I
Na - Sodium
mg/I
TKN as N
mg/1
I CERTIFY THAT THIS REPORT IS TRUE AND ACCURATE. Note: Values should reflect dissolved and
q % colloidal concentrations. (see #3 on back)
i�
f �J t 3 1 ` L [ See back for instructions.
Signatu of Permi ee (or Authorized Agent*) Date ** Submit blue and yellow copies only to address above.
GW-59 REV. 8/96

COLLECTION AND ANALYSIS OF GROUNDWATER SAMPLES
Samples should be analyzed as soon as possible after collection. SAMPLES WHICH ARE NOT ANALYSED WITHIN THE HOLDING TIME SPECI-
FIED FOR THE METHOD USED (SEE #4. BELOW) MUST BE DISCARDED AND NEW SAMPLES COLLECTED.
2. Metals Analyses: Use Standard Method 3030C for sample preparation (mercury excluded). DO NOT FILTER METALS SAMPLES IN THE FIELD !!!
Unfiltered samples must be collected for metals, then field acidified with 5 ml concentrated nitric acid per liter of sample, and should be submitted to the
lab within 24 hours.
Sample preparation in the laboratory (extraction and filtration) must be completed within 72 hours of collection.
3. ANALYSES ARE TO BE MADE OF THE MOBILE CONSTITUENTS (DISSOLVED AS WELL AS COLLOIDAL) IN THE
GROUNDWATER, NOT THOSE THAT ARE A PART OF SEDIMENT ASSOCIATED WITH WELL CONSTRUCTION OR SAMPLING PROCEDURES.
CHECK WITH YOUR LABORATORY ON PROPER PROCEDURES FOR SAMPLE COLLECTION AND PRESERVATION.
4. As per Title 15, North Carolina Administrative Code, Subchapter 2L, analytical procedures shall be in accordance with the methods described in one of
the following publications, or by other methods approved beforehand by the Director, Division of Environmental
Management:
(a) Standard Methods for the Examination of Water and Wastewater, 16th Edition, 1985 and 17th Edition, 1989, published jointly by
American Public Health Association, American Water Works Association and Water Pollution Control Federation;
(b) Methods for Chemical Analysis of Water and Waste, 1979, U.S. Environmental Protection Agency publication number
EPA-600/4-79-020, as revised March 1983;
(c) Test Methods for Evaluating Solid Wastes: Physical/Chemical Methods, 3rd Edition, 1986, U.S. Environmental Protection Agency
publication number SW-846;
(d) Test Procedures for the Analysis of Polluants Under the Clean Water Act, Federal Register Vol. 49, No. 209, 40 CFR Part 136,
October 26, 1984;
5. Measure and record the depth of water in the well prior to pumping or bailing any water from the well.
6. At least 3 volumes of water in the well should be pumped or bailed prior to collecting a sample for analysis. If the well is pumped/bailed dry before 3 well
volumes are removed, samples can be collected as soon as the well recovers to the point where enough water is available to collect your sample.
7. Determination for pH, Specific Conductance, temperature, odor and appearance must be made in the field on unfiltered samples when the sample is
collected.
8. Field equipment must be calibrated in accordance with recommendations by the manufacturer.
9. Samples must be filtered through a 0.45 micron filter immediately after collection when a dissolved analysis is required. (See #4. above)
10.The sample container should be labeled at the time of collection with the facility name, well identification number and date and time collected.
11."Authorized agent' is any corporate officer or public official authorized by the company, corporation, or governmental body to sign official documents.

DIVISION .OFWATER QUALITY - GROUNDWATER SECTION
GROUNDWATER QUALITY MONITORING: P.O. BOX 29578
For additional forms RALEIGH, NC 27626.0578
COMPLIANCE REPORT FORM please write or call: [phone]
Type or Use a ball-point pen and press firmly. PERMIT NUMBER: (REQUIRED)
Facility Name -� 'CYO Non -Discharge
NPDES
Address n+ LLLAw-iTl ID�TYPE OF DISPOSAL OPERATION BEING MONITORED
nG ,.�n/COUnty (REQUIRED)
Well Location r tt c (ALO 6 o L t Lagoon Septic Tank/Drain Field
Well Identification Number Well Depth 30.0 Ft.
Well Diameter I , Sample (Screened) Interval Ft. To 3aaFt. spray Field Subsurface Low -Pressure
Piping.(LFP.)�—
Depth to Water Level II -I' E� ft. below measuring point (before sampling) Land Application of sludge
Measuring point is tr,_•r/ ft. above land surface3 O other
Rotary Distributor
Gallons of water pumped/bailed before sampling
Field Analysis: pH fn.t-12 Specific Conductance uMhos Temp. D Odor �' aS' _ -Appearance
Date Sample Collee,,G�ted " • Date Lab Sample Analyzed �l t
Laboratory Name I��t�Gl��(tth�l lf-i cj!Llt ([�I�O�o (pLf�S
SAMPLES FOR METALS W E COLLECTED UNFILTERED AND FIELD ACIDIFIED
COD _
Coliform:
Coliform:
MF Fecal
MF Total
mg/I
00ml
00ml
(Note: Use MPN method for highly turbid samples)
Dissolved Solids: Total mg/I
pH (when analyzed) units
TOC
mg/I
Chloride
mg/I
Arsenic
mg/I
Grease and Oils
mg/I
Hardness: Total
mg/I
Phenol
mg/I
Sulfate
mg/I
Specific Conductance
uMhos
Total Ammonia
mg/I
TKN as N
mg/I
Nitrite (NO2) as N
Nitrate (NO3) as N
Phosphorus: Total as P
Al - Aluminum
Ba - Barium
Ca - Calcium
Cd - Cadmium
Chromium: Total
Cu - Copper
Fe - Iron
Hg - Mercury
K - Potassium
Mg - Magnesium
Mn - Manganese
Na - Sodium
Certification No. Lie I
YES NO
mg/I
mg/I
mg/I
mg/I
mg/I
mg/I
mg/I
mg/I
mg/I
mg/I
mg/I
mg/I
mg/I
mg/I
mg/I
�i
w = mg/I
mg/I
ug/I
o ug/I
ug/I
Other (Specify Compounds and r-=-
C� gentration units) j
Ni - Nickel
Pb - Lead
Zn - Zinc
Pesticides/Herbicides
(Specify Compounds)
I CERTIFY THAT THIS REPORT IS TRUE AND ACCURATE. Note: Values should reflect dissolved and
((�� colloidal concentrations. (see #3 on back)
\ 1& 31 ,9 (7 See back for instructions.
ig of Per a (or Authorized Agent*) Date ** Submit blue and yellow copies only to address above.
�i
GW-59 REV. 8/96

I
COLLECTION AND ANALYSIS OF GROUNDWATER SAMPLES
Samples should be analyzed as soon as possible after collection. SAMPLES WHICH ARE NOT ANALYSED WITHIN THE HOLDING TIME SPECI-
FIED FOR THE METHOD USED (SEE #4. BELOW) MUST BE DISCARDED AND NEW SAMPLES COLLECTED.
2. Metals Analyses: Use Standard Method 3030C for sample preparation (mercury excluded). DO NOT FILTER METALS SAMPLES IN THE FIELD !!!
Unfiltered samples must be collected for metals, then field acidified with 5 ml concentrated nitric acid per liter of sample, and should be submitted to the
lab within 24 hours.
Sample preparation in the laboratory (extraction and filtration) must be completed within 72 hours of collection.
3. ANALYSES ARE TO BE MADE OF THE MOBILE CONSTITUENTS (DISSOLVED AS WELL AS COLLOIDAL) IN THE
GROUNDWATER, NOT THOSE THAT ARE A PART OF SEDIMENT ASSOCIATED WITH WELL CONSTRUCTION OR SAMPLING PROCEDURES.
CHECK WITH YOUR LABORATORY ON PROPER PROCEDURES FOR SAMPLE COLLECTION AND PRESERVATION.
4. As per Title 15, North Carolina Administrative Code, Subchapter 2L, analytical procedures shall be in accordance with the methods described in one of
the following publications, or by other methods approved beforehand by the Director, Division of Environmental
Management:
(a) Standard Methods for the Examination of Water and Wastewater, 16th Edition, 1985 and 17th Edition, 1989, published jointly by
American Public Health Association, American Water Works Association and Water Pollution Control Federation;
(b) Methods for Chemical Analysis of Water and Waste, 1979, U.S. Environmental Protection Agency publication number
EPA-600/4-79-020, as revised March 1983;
(c) Test Methods for Evaluating Solid Wastes: Physical/Chemical Methods, 3rd Edition, 1986, U.S. Environmental Protection Agency
publication number SW-846;
(d) Test Procedures for the Analysis of Polluants Under the Clean Water Act, Federal Register Vol. 49, No. 209, 40 CFR Part 136,
October 26, 1984;
5. Measure and record the depth of water in the well prior to pumping or bailing any water from the well.
6. At least 3 volumes of water in the well should be pumped or bailed prior to collecting a sample for analysis. If the well is pumped/bailed dry before 3 well
volumes are removed, samples can be collected as soon as the well recovers to the point where enough water is available to collect your sample.
7. Determination for pH, Specific Conductance, temperature, odor and appearance must be made in the field on unfiltered samples when the sample is
collected.
8. Field equipment must be calibrated in accordance with recommendations by the manufacturer.
9. Samples must be filtered through a 0.45 micron filter immediately after collection when a dissolved analysis is required. (See #4. above)
10.The sample container should be labeled at the time of collection with the facility name, well identification number and date and time collected.
11. "Authorized agent' is any corporate officer or public official authorized by the company, corporation, or governmental body to sign official documents.

DIVISION OF WATER QUALITY - GROUNDWATER SECTION
GROUNDWATER QUALITY MONITORING: P.Q. sox zss7a
For additional forms RALEIGH, NC 27626.0578
COMPLIANCE REPORT FORM please write oraa:l; [phone]
Type or Use a ball-point pen and press firmly. PERMIT NUMBER: (REOUIR ED)
FacilityName- :�+Vosla--Lr`G' Non -Discharge "CCI_r?i�
Address. NPDES
1_42AV-WOL,isnA r OL Counfv 517sY1QnC(, TYPE OF DISPOSAL OPERATION BEING MONITORED
--- � (REQUIRED)
Well Location Lagoon Septic Tank/Drain Field
Well Identification Nu ber � L4 Well Depth Z) • L) Ft. -
Well Diameter 1 25 Sample Screened Interval Ft. To �Ft. Spray Field ; Piping race Low-
Pressure
p (Screened) 'Piping (LPP)
Depth to Water Level lift. below measuring point (before sampling) Land Application of Sludge
Measuring point is ft. above land surface ),C— Other
Gallons of water pumped/bailed before sampling (. O Rotary Distributor
Field Analysis: pH & � S q Specific Conductance uMhos Temp.23� C Odor — Appearance
Date Sample Collegr,led a, 114_' Date Lab Sample Analyzed a ' Z2 61 7 -r
Laboratory Name I���Gir�Qt'Y1t cct l ��V�fXL? 10(1G�S _ Certification No. Ui� I : ;
SAMPLES FOR METALS WERE COLLECTED UNFILTERED AND FIELD ACIDIFIED YES NO
n
COD
mg/I
Nitrite (NO2) as N
mg/I Ni - Nickel = `',mg/I
Coliform: MF Fecal
/100m1
Nitrate (NO3) as N
mg/I Pb - Lead '= mg/I
Coliform: MF Total
/100ml
Phosphorus: Total as P
mg/I Zn - Zinc = = rTIg/I
Note: Use MPN method for highly turbid samples)
( g y P )
AlAI -Aluminum
mg/I Pesticides/Herbicides - .� 3;
Dissolved Solids: Total
mg/I
Ba - Barium
mg/I (Specify Compounds) — T,
pH (when analyzed) • (o
units
Ca - Calcium
mg/I ug/1
TOC
mg/I
Cd - Cadmium
mg/I ug/I
Chloride
mg/I
Chromium: Total
mg/I ug/I
Arsenic
mg/I
Cu - Copper
mg/I Other (Specify Compounds and
Grease and Oils
mg/I
Fe - Iron
mg/I c�centration units)
1
Hardness: Total
mg/I
Hg - Mercury
mg/I 1 C;rhlor��frnr,e—!55c D yl
Phenol
mg/I
K - Potassium
mg/I !
Sulfate
mg/I
Mg - Magnesium
mg/I �--
Specific Conductance
uMhos
Mn - Manganese
mg/I
Total Ammonia
mg/I
Na - Sodium
mg/I
TKN as N
mg/I
I CERTIFY THAT THIS REPORT IS TRUE AND ACCURATE.
Note: Values should reflect dissolved and
colloidal concentrations. (see #3 on back)
II
See back for instructions.
Si- nature f Pg mittee or Authorized
Agent*)
Date
** Submit blue and yellow copies only to address above.
GW-59 REV. 8/96

COLLECTION AND ANALYSIS OF GROUNDWATER SAMPLES
Samples should be analyzed as soon as possible after collection. SAMPLES WHICH ARE NOT ANALYSED WITHIN THE HOLDING TIME SPECI-
FIED FOR THE METHOD USED (SEE #4. BELOW) MUST BE DISCARDED AND NEW SAMPLES COLLECTED.
2. Metals Analyses: Use Standard Method 3030C for sample preparation (mercury excluded). DO NOT FILTER METALS SAMPLES IN THE FIELD M
Unfiltered samples must be collected for metals, then field acidified with 5 ml concentrated nitric acid per liter of sample, and should be submitted to the
lab within 24 hours.
Sample preparation in the laboratory (extraction and filtration) must be completed within 72 hours of collection.
3. ANALYSES ARE TO BE MADE OF THE MOBILE CONSTITUENTS (DISSOLVED AS WELL AS COLLOIDAL) IN THE
GROUNDWATER, NOT -THOSE THAT ARE A PART QF SEDIMENT ASSOCIATED WITH WELL CONSTRUCTION OR SAMPLING PROCEDURES.
CHECK WITH YOUR LABORATORY ON PROPER PROCEDURES FOR SAMPLE COLLECTION AND PRESERVATION.
4. As per Title 15, North Carolina Administrative Code, Subchapter 2L, analytical procedures shall be in accordance with the methods described in one of
the following publications, or by other methods approved beforehand by the Director, Division of Environmental .
Management:
(a) Standard Methods for the Examination of Water and Wastewater, 16th Edition, 1985 and 17th Edition, 1989, published jointly by
American Public Health Association, American Water Works Association and Water Pollution Control Federation;
(b) Methods for Chemical Analysis of Water and Waste, 1979, U.S. Environmental Protection Agency publication number
EPA-600/4-79-020, as revised March 1983;
(c) Test Methods for Evaluating Solid Wastes: Physical/Chemical Methods, 3rd Edition, 1986, U.S. Environmental Protection Agency
publication number SW-846;
(d) Test Procedures for the Analysis of Polluants Under the Clean Water Act, Federal Register Vol. 49, No. 209, 40 CFR Part 136,
October 26, 1984;
5. Measure and record the depth of water in the well prior to pumping or bailing any water from the well.
6. At least 3 volumes of water in the well should be pumped or bailed prior to collecting a sample for analysis. If the well is pumped/bailed dry before 3 well
volumes are removed, samples can be collected as soon as the well recovers to the point where enough water is available to collect your sample.
7. Determination for pH, Specific Conductance, temperature, odor and appearance must be made in the field on unfiltered samples when the sample is
collected.
8. Field equipment must be calibrated in accordance with recommendations by the manufacturer.
9. Samples must be filtered through a 0.45 micron filter immediately after collection when a dissolved analysis is required. (See #4. above)
10.The sample container should be labeled at the time of collection with the facility name, well identification number and date and time collected.
11."Authorized agent" is any corporate officer or public official authorized by the company, corporation, or governmental body to sign official documents.

GROUNDWATER QUALITY MONITORING: For additional forms
COMPLIANCE REPORT FORM please write orcaM
DIVISION OF WATER QUALITY - GROUNDWATER SECTION
P.O. BOX 29578
.0578
RALEIGH,.NC 27826626-
[phone]
Type or Use a ball-point pen and press firmly.
PERMIT NUMBER:
(REQUIRED) }y� y}
U)WQ� 2
Facility Name I0-osff oS'e?,— �•
Non -Discharge
/`
Address
Wuurf nla o- G
Co in
NPDES
TYPE OF DISPOSAL OPERATION BEING MONITORED
Well LocationLa"r 3L(U° e�gti (WC-)�9o22lL-SO.PRtt
(REQUIRED)
Lagoon Septic Tank/Drain Field
Well Identification Number MILO'S
Sample
Well Depth�Ft.
2
Spray Field Subsurface ow -Pressure
Well Diameter (Screened) Interval
Ft. To ,D Ft.
pingr(LPP)
Depth to Water Level ( .9LA ft. below measuring point (before sampling)
Land Application of Sludge
Measuring point is&SO ft. above land surface
Other _
Gallons of water pumped/bailed before sampling
�
Rotary Distributor
Field Analysis: pH_ Specific Conductance
— uMhos Temp. D , S °C
Odor Appearance
Date Sample Colle d ^OL� . t t l a!7 Date Lab Sample Analyzed Q - KP R7
fCKyQfft Gl`�-NCQ ( LCtvDDectlort2S
Certification
LAN
'
Laboratory Name No.
SAMPLES FOR METALS WORE COLLECTED UNFILTERED AND FIELD ACIDIFIED ffi__YES NO
COD mg/I
Nitrite (NO2) as N
mg/I
Ni - Nickel mg/I
Coliform: MF Fecal /100ml
Nitrate (NO3) as N
mg/I
Pb - Lead `D
mg/I
Coliform: MF Total /100ml
Phosphorus: Total as P
mg/I
Zn - Zinc
mg/I
(Note: Use MPN method for highly turbid samples)
Al - Aluminum
mg/I
Pesticides/Herbicides
Dissolved Solids: Total mg/I
Ba - Barium
mg/I
(Specify Compounds) ca
f
pH (when analyzed)— —, R0 units
Ca - Calcium
mg/I
ug/I
TOC mg/I
Cd - Cadmium
mg/I
`- ug/I
Chloride mg/I
Chromium: Total
mg/I
ug/I
Arsenic mg/I
Cu - Copper
mg/I
Other (Specify Compounds and
Grease and Oils mg/I
Fe -Iron
mg/I
Concentration units)
Hardness: Total mg/I
Hg- Mercury
mg/I
(trlC1)hirn�N1Ql1Q
I
Phenol mg/I
K - Potassium
mg/I
\
/
Sulfate mg/I
Mg - Magnesium
mg/I
—`
Specific Conductance uMhos
Mn - Manganese
mg/I
Total Ammonia mg/I
Na - Sodium
mg/I
TKN as N mg/I
I CERTIFY THAT THIS REPORT IS TRUE AND ACCURATE. Note: Values should reflect dissolved and
colloidal concentrations. (see #3 on back)
See back for instructions.
Sinatur of ermi e (or Authorized Agent*) Date ** Submit blue and yellow copies only to address above.
GW-59 REV. 8/96

COLLECTION AND ANALYSIS OF GROUNDWATER SAMPLES
Samples should be analyzed as soon as possible after collection. SAMPLES WHICH ARE NOT ANALYSED WITHIN THE HOLDING TIME SPECI-
FIED FOR THE METHOD USED (SEE #4. BELOW) MUST BE DISCARDED AND NEW SAMPLES COLLECTED.
2. Metals Analyses: Use Standard Method 3030C for sample preparation (mercury excluded). DO NOT FILTER METALS SAMPLES IN THE FIELD Ilt
Unfiltered samples must be collected for metals, then field acidified with 5 ml concentrated nitric acid per liter of sample, and should be submitted to the
lab within 24 hours.
Sample preparation in the laboratory (extraction and filtration) must be completed within 72 hours of collection.
3. ANALYSES ARE TO BE MADE OF THE MOBILE CONSTITUENTS (DISSOLVED AS WELL AS COLLOIDAL) IN THE
GROUNDWATER, NOT THOSE THAT ARE A PART OF SEDIMENT ASSOCIATED WITH WELL CONSTRUCTION OR SAMPLING PROCEDURES.
CHECK WITH YOUR LABORATORY ON PROPER PROCEDURES FOR SAMPLE COLLECTION AND PRESERVATION.
4. As per Title 15, North Carolina Administrative Code, Subchapter 2L, analytical procedures shall be in accordance with the methods described in one of
the following publications, or by other methods approved beforehand by the Director, Division of Environmental
Management:
(a) Standard Methods for the Examination of Water and Wastewater, 16th Edition, 1985 and 17th Edition, 1989, published jointly by
American Public Health Association, American Water Works Association and Water Pollution Control Federation;
(b) Methods for Chemical Analysis of Water and Waste, 1979, U.S. Environmental Protection Agency publication number
EPA-600/4-79-020, as revised March 1983;
(c) Test Methods for Evaluating Solid Wastes: Physical/Chemical Methods, 3rd Edition, 1986, U.S. Environmental Protection Agency
publication number SW-846;
(d) Test Procedures for the Analysis of Polluants Under the Clean Water Act, Federal Register Vol. 49, No. 209, 40 CFR Part 136,
October 26, 1984;
5. Measure and record the depth of water in the well prior to pumping or bailing any water from the well.
6. At least 3 volumes of water in the well should be pumped or bailed prior to collecting a sample for analysis. If the well is pumped/bailed dry before 3 well
volumes are removed, samples can be collected as soon as the well recovers to the point where enough water is available to collect your sample.
7. Determination for pH, Specific Conductance, temperature, odor and appearance must be made in the field on unfiltered samples when the sample is
collected.
8. Field equipment must be calibrated in accordance with recommendations by the manufacturer.
9. Samples must be filtered through a 0.45 micron filter immediately after collection when a dissolved analysis is required. (See #4. above)
10.The sample container should be labeled at the time of collection with the facility name, well identification number and date and time collected.
11."Authorized agent' is any corporate officer or public official authorized by the company, corporation, or governmental body to sign official documents.

GROUNDWATER QUALITY MONITORING: For additional Corms
COMPLIANCE REPORT FORM please write or call:
DIVISION OF WATER QUALITY - GROUNDWATER SECTION
P.O. BOX 7626-
RALEIGH, NC 27628.0578
[phone]
1-Type or Use a ball-point pen and press firmly.
Facility Name'�S�Y u �� -
PERMIT NUMBER: (REQUIR D)
Non -Discharge f~-) r1plo%-pg
Address +
I : Ci IG
NPDES
TYPE OF DISPOSAL OPERATION BEING MONITORED
Illt;;l.Cl'C1 Cnuntv !71
riI-,,KV� '7Q 0 Zr% r tAiQ l`
Well Location L-A�
(REQUIRED) Lagoon Septic Tank/Drain Field
Well Identification Number MW ' Lg Well Depth __K , Q_Ft.
2- CD'Sam le Screened Interval Ft. To 35iL�Ft.
Well Diameter p (Screened)
spray Field Piping Subsurface Low -Pressure
--_Piping (LPP)
Depth to Water Level Ito .'7_7 ft. below measuring point (before sampling)
Land Application of Sludge.
7�
Measuring point is L ,v ft. above land surface
�.
Other
Gallons of water pumped,/�;�alled before sampling Q �
Rotary Distributor
Field Analysis: pH 1u3�Specific Conductance IuMhos Temp.°C
Odor Appearance
Date Sample Colle ed Q 114 7 Date Lab Sample Analyzed " 7_2-'cl -
VCAI �( I AQ obca-teS
Laboratory Name Certification No.
d
SAMPLES FOR METALS WERE COLLECTED UNFILTERED AND FIELD ACIDIFIED YES NO
COD
mg/I
Nitrite (NO2) as N
mg/I
Ni - Nickel
r mg/I
Coliform: MF Fecal
/100ml
Nitrate (NO3) as N
mg/I
Pb - Lead
`' mxng/1
Coliform: MF Total
/100ml
Phosphorus: Total as P
mg/I
Zn - Zinc
rr� -ing/I
(Note: Use MPN method for highly turbid samples)
AI -Aluminum
mg/I
Pesticides/Herbicides
M
Dissolved Solids: Total
mg/I
Ba - Barium
mg/I
(Specify Compounds)
'
pH (when analyzed) units
Ca- Calcium
mg/I
'qjg/I
o
TOC
mg/I
Cd - Cadmium
mg/I
Chloride
mg/I
Chromium: Total
mg/I
r, ug/I
Arsenic
mg/I
Cu - Copper
mg/I
Other (Specify Compounds and
Grease and Oils
mg/I
Fe - Iron
mg/I
Co centration unit )
' CIS
% I
Hardness: Total
mg/I
Hg - Mercury
mg/I
�t ICY-
20L
Phenol
mg/I
K - Potassium
mg/I
Sulfate mg/I
Specific Conductance uMhos
Total Ammonia mg/I
TKN as N mg/I
Mg - vlagneslum mg/I
Mn - Manganese mg/I
Na - Sodium mg/I
I CERTIFY THAT THIS REPORT IS TRUE AND ACCURATE. Note: Values should reflect dissolved and
colloidal concentrations. (see #3 on back)
See back for instructions.
S natur of ermitt (or Authorized Agent*) Date ** Submit blue and yellow copies only to address above.
GW-59 REV. 8/96

COLLECTION AND ANALYSIS OF GROUNDWATER SAMPLES
Samples should be analyzed as soon as possible after collection. SAMPLES WHICH ARE NOT ANALYSED WITHIN THE HOLDING TIME SPECI-
FIED FOR THE METHOD USED (SEE #4. BELOW) MUST BE DISCARDED AND NEW SAMPLES COLLECTED.
2. Metals Analyses: Use Standard Method 3030C for sample preparation (mercury excluded). DO NOT FILTER METALS SAMPLES IN THE FIELD 111
Unfiltered samples must be collected for metals, then field acidified with 5 ml concentrated nitric acid per liter of sample, and should be submitted to the
lab within 24 hours.
Sample preparation in the laboratory (extraction and filtration) must be completed within 72 hours of collection.
3. ANALYSES ARE TO BE MADE OF THE MOBILE CONSTITUENTS (DISSOLVED AS WELL AS COLLOIDAL) IN THE
GROUNDWATER, NOT THOSE THAT ARE A PART OF SEDIMENT ASSOCIATED WITH WELL CONSTRUCTION _QR SAMPLING PROCEDURES.
CHECK WITH YOUR LABORATORY ON PROPER PROCEDURES FOR SAMPLE COLLECTION AND PRESERVATION.
4. As per Title 15, North Carolina Administrative Code, Subchapter 2L; analytical procedures shall be in accordance with the methods described in one of
the following publications, or by other methods approved beforehand by the Director, Division of Environmental
Management:
(a) Standard Methods for the Examination of Water and Wastewater, 16th Edition, 1985 and 17th Edition, 1989, published jointly by
American Public Health Association, American Water Works Association and Water Pollution Control Federation;
(b) Methods for Chemical Analysis of Water and Waste, 1979, U.S. Environmental Protection Agency publication number
EPA-600/4-79-020, as revised March 1983;
(c) Test Methods for Evaluating Solid Wastes: Physical/Chemical Methods, 3rd Edition, 1986, U.S. Environmental Protection Agency
publication number SW-846;
(d) Test Procedures for the Analysis of Polluants Under the Clean Water Act, Federal Register Vol. 49, No. 209, 40 CFR Part 136,
October 26, 1984;
5. Measure and record the depth of water in the well prior to pumping or bailing any water from the well.
6. At least 3 volumes of water in the well should be pumped or bailed prior to collecting a sample for analysis. If the well is pumped/bailed dry before 3 well
volumes are removed, samples can be collected as soon as the well recovers to the point where enough water is available to collect your sample.
7. Determination for pH, Specific Conductance, temperature, odor and appearance must be made in the field on unfiltered samples when the sample is
collected.
S. Field equipment must be calibrated in accordance with recommendations by the manufacturer.
9. Samples must be filtered through a 0.45 micron filter immediately after collection when a dissolved analysis is required. (See #4. above)
10.The sample container should be labeled at the time of collection with the facility name, well identification number and date and time collected.
11."Authorized agent' is any corporate officer or public official authorized by the company, corporation, or governmental body to sign official documents.

GROUNDWATER QUALITY MONITORING: AOr additional forms
COMPLIANCE REPORT FORM please write or call:
DIVISION OF WATER QUALITY- GROUNDWATER SECTION
P.O. BOX 29578
RALEIGH, NC 27626.0578
[phone]
Type or Use a ball-point pen and press firmly.
��5� V I" ` fir G
PERMIT NUMBER: (REQUIR�E�j
Non C) !-7 C?P
Facility Name
•
-Discharge (,,.�j
Address
i:(.t✓1 Jl I'DUI�Ot
. tr1 G(
County Li
NPDES
TYPE OF DISPOSAL OPERATION BEING MONITORED
Well Location
`�
c f r•
i Z
(REQUIRED)
Lagoon Septic Tank/Drain Field
Well Identification Number
'
Well Diameter 2. OD Sample (Screened) Interval
Well Depth Ft.
Ft. To •O Ft.
Spray Field Subsurface Low -Pressure _
Piping jLPP) '
Depth to Water Level fb,9 3
ft. below measuring point (before sampling)
Land Application of Slug u ;
Measuring point is L4, %r7
it. above land surface
oD
Other
Rotary Distributor 7
Gallons of water pumped/b
b
before sampling
�
„
Field Analysis: pH
Specific Conductance
uMhos Temp.l� C
Odor Appearance
Date Sample CDlle d
f
q! Date Lab Sample Analyzed G , Z 2 ' 4 `i
1
�j
4i
Laboratory Name
Certification No. 7 ( _
SAMPLES FOR METALS WE
E COLLECTED UNFILTERED AND FIELD ACIDIFIED
YES NO
COD
mg/I
Nitrite (NO2) as N
mg/I Ni - Nickel mg/I
Coliform: MF Fecal
/100m1
Nitrate (NO3) as N
mg/I Pb - Lead e ; _' mg/I
Coliform: MF Total
/100m1
Phosphorus: Total as P
mg/I Zn - Zinc mg/I
(Note: Use MPN method for highly turbid samples)
Al - Aluminum
mg/I Pesticides/Herbicides •�--�;;
Dissolved Solids: Total
mg/I
Ba - Barium
mg/I (Specify Compounds)
pH (when analyzed)
units
Ca - Calcium
mg/I _= ug/I
TOC
mg/I
Cd - Cadmium
mg/I ug/I
Chloride
mg/I
Chromium: Total
mg/I a ug/I
Arsenic
mg/I
Cu - Copper
mg/I Other (Specify Compounds and
Grease and Oils
mg/I
Fe - Iron
mg/I Goncentr tion units)
Hardness: Total
mg/I
Hg - Mercury
mg/1 [Li CI'l 0124^"r
Phenol
mg/l
K - Potassium
mg/I \ 1
Sulfate
mg/I
Mg - Magnesium
mg/I '
Specific Conductance
uMhos
Mn - Manganese
mg/I
Total Ammonia
mg/I
Na - Sodium
mg/I
TKN as N
mg/1
I CERTIFY THAT THIS REPORT IS TRUE AND ACCURATE. Note: Values should reflect dissolved and
colloidal concentrations. (see #3 on back)
See back for instructions.
Sig tua re Jf P mlttee r Authorized Agent*) Date ** Submit blue and yellow copies only to address above.
GW-59 REV. 8/96

COLLECTION AND ANALYSIS OF GROUNDWATER SAMPLES
Samples should be analyzed as soon as possible after collection. SAMPLES WHICH ARE NOT ANALYSED WITHIN THE HOLDING TIME SPECI-
FIED FOR THE METHOD USED (SEE #4. BELOW) MUST BE DISCARDED AND NEW SAMPLES COLLECTED.
2. Metals Analyses: Use Standard Method 3030C for sample preparation (mercury excluded). DO NOT FILTER METALS SAMPLES IN THE FIELD !!!
Unfiltered samples must be collected for metals, then field acidified with 5 ml concentrated nitric acid per liter of sample, and should be submitted to the
lab within 24 hours.
Sample preparation in the laboratory (extraction and filtration) must be completed within 72 hours of collection.
3. ANALYSES ARE TO BE MADE OF THE MOBILE CONSTITUENTS (DISSOLVED AS WELL AS COLLOIDAL) IN THE
GROUNDWATER, NOT THOSE THAT ARE A PART OF SEDIMENT ASSOCIATED WITH WELL CONSTRUCTION OR SAMPLING PROCEDURES.
CHECK WITH YOUR LABORATORY ON PROPER PROCEDURES FOR SAMPLE COLLECTION AND PRESERVATION.
4. Asper Title 15, North Carolina Administrative Code, Subchapter 2L, analytical procedures shall be in accordance with the methods described in one of
the following publications, or by other methods approved beforehand by the Director, Division of Environmental
Management:
(a) Standard Methods for the Examination of Water and Wastewater, 16th Edition, 1985 and 17th Edition, 1989, published jointly by
American Public Health Association, American Water Works Association and Water Pollution Control Federation;
(b) Methods for Chemical Analysis of Water and Waste, 1979, U.S. Environmental Protection Agency publication number
EPA-600/4-79-020, as revised March 1983;
(c) Test Methods for Evaluating Solid Wastes: Physical/Chemical Methods, 3rd Edition, 1986, U.S. Environmental Protection Agency
publication number SW-846;
(d) Test Procedures for the Analysis of Polluants Under the Clean Water Act, Federal Register Vol. 49, No. 209, 40 CFR Part 136,
October 26, 1984;
5. Measure and record the depth of water in the well prior to pumping or bailing any water from the well.
6. At least 3 volumes of water in the well should be pumped or bailed prior to collecting a sample for analysis. If the well is pumped/bailed dry before 3 well
volumes are removed, samples can be collected as soon as the well recovers to the point where enough water is available to collect your sample.
7. Determination for pH, Specific Conductance, temperature, odor and appearance must be made in the field on unfiltered samples when the sample is
collected.
8. Field equipment must be calibrated in accordance with recommendations by the manufacturer.
9. Samples must be filtered through a 0.45 micron filter immediately after collection when a dissolved analysis is required. (See #4. above)
10.The sample container should be labeled at the time of collection with the facility name, well identification number and date and time collected.
11."Authorized agent' is any corporate officer or public official authorized by the company, corporation, or governmental body to sign official documents.

GROUNDWATER QUALITY MONITORING: For additional forms
COMPLIANCE REPORT FORM please write or call
or
Facility N
pen and press
Well Location - I
Well Identification Numper — Well Depth 7—CpQ_Ft.
Well Diameter ` am le le (Screened) Interval Ft. To �,O Ft.
Depth to Water Level ft. below measuring point (before sampling)
Measuring point is ft. above land surface
Gallons of water pum edibailed before sampling 12
Field Analysis: . � Specific Conductance uMhos Temp. l
Date Sample Colle d q r7 —Date Lab Sample Anal zed
Laboratory Name
SAMPLES FOR METALS WE COLLECTED ONFILTERED AND FIELD ACIDIFIED
DIVISION OF WATER QUALITY - GROUNDWATER SECTION
P.O. BOX 29578
RALEIGH, NC 27626.0578
[phone]
PERMIT NUMBER: (REOUIR• Eq)�wcn n 96
Non -Discharge LJC )
NPDES
TYPE OF DISPOSAL OPERATION BEING MONITORED
(REQUIRED)
Lagoon Septic Tank/Drain Field
Spray Field Subsurface Low-Pressure
—Piping�(L�P) -- -
Land Application of Slud e" � -
Other
Rotary Distributor
Odor Appearance
Certification No. LO
YES NO -
COD
mg/I
Nitrite (NO2) as N
mg/I
Ni - Nickel
`4�_,=�
mg/I
Coliform: MF Fecal
/100ml
Nitrate (NO3) as N
mg/I
Pb - Lead
--�_mg/I
Coliform: MF Total
/100ml
Phosphorus: Total as P
mg/I
Zn - Zinc
"
1ng/I
(Note: Use MPN method for highly
turbid samples)
Al - Aluminum
mg/I
Pesticides/Herbicides
c,�
-•:c
Dissolved Solids: Total
mg/I
Ba - Barium
mg/I
(Specify Compounds)
;
pH (when analyzed)
L(L units
Ca - Calcium
mg/IIg/I
TOC
mg/I
Cd - Cadmium
mg/I
Chloride
mg/I
Chromium: Total
mg/I
%tig/I
Arsenic
mg/I
Cu - Copper
mg/I
Other (Specify Compounds and
o
Grease and Oils
mg/I
Fe - Iron
mg/I
Concentration units
/
Hardness: Total
mg/I
Hg - Mercury
mg/I
I .� t C In I[�P
a —
I nuQ
/
Phenol
mg/I
K - Potassium
mg/I
Sulfate
mg/I
Mg - Magnesium
mg/I
Specific Conductance
uMhos
Mn - Manganese
mg/I
Total Ammonia
mg/I
Na - Sodium
mg/I
TKN as N
mg/I
I CERTIFY THAT THIS REPORT IS TRUE AND ACCURATE. Note: Values should reflect dissolved and
/ �j colloidal concentrations. (see #3 on back)
ZGEY�(D r See back for instructions.
S natur o ermi e (or Authorized Agent*) Date ** Submit blue and yellow copies only to address above.
GW-59 REV. 8/96

COLLECTION AND ANALYSIS OF GROUNDWATER SAMPLES
Samples should be analyzed as soon as possible after collection. SAMPLES WHICH ARE NOT ANALYSED WITHIN THE HOLDING TIME SPECI-
FIED FOR THE METHOD USED (SEE #4. BELOW) MUST BE DISCARDED AND NEW SAMPLES COLLECTED.
2. Metals Analyses: Use Standard Method 3030C for sample preparation (mercury excluded). DO NOT FILTER METALS SAMPLES IN THE FIELD !!!
Unfiltered samples must be collected for metals, then field acidified with 5 ml concentrated nitric acid per liter of sample, and should be submitted to the
lab within 24 hours.
Sample preparation in the laboratory (extraction and filtration) must be completed within 72 hours of collection.
3. ANALYSES ARE TO BE MADE OF THE MOBILE CONSTITUENTS (DISSOLVED AS WELL AS COLLOIDAL) IN THE
GROUNDWATER, NOT THOSE THAT ARE A PART OF SEDIMENT ASSOCIATED WITH WELL CONSTRUCTION OR SAMPLING PROCEDURES.
CHECK WITH YOUR LABORATORY ON PROPER PROCEDURES FOR SAMPLE COLLECTION AND PRESERVATION.
4. As per Title 15, North Carolina Administrative Code, Subchapter 2L, analytical procedures shall be in accordance with the methods described in one of
the following publications, or by other methods approved beforehand by the Director, Division of Environmental
Management:
(a) Standard Methods for the Examination of Water and Wastewater, 16th Edition, 1985 and 17th Edition, 1989, published jointly by
American Public Health Association, American Water Works Association and Water Pollution Control Federation;
(b) Methods for Chemical Analysis of Water and Waste, 1979, U.S. Environmental Protection Agency publication number
EPA-600/4-79-020, as revised March 1983;
(c) Test Methods for Evaluating Solid Wastes: Physical/Chemical Methods, 3rd Edition, 1986, U.S. Environmental Protection Agency
publication number SW-846;
(d) Test Procedures for the Analysis of Polluants Under the Clean Water Act, Federal Register Vol. 49, No. 209, 40 CFR Part 136,
October 26, 1984;
5. Measure and record the depth of water in the well prior to pumping or bailing any water from the well.
6. At least 3 volumes of water in the well should be pumped or bailed prior to collecting a sample for analysis. If the well is pumped/bailed dry before 3 well
volumes are removed, samples can be collected as soon as the well recovers to the point where enough water is available to collect your sample.
7. Determination for pH, Specific Conductance, temperature, odor and appearance must be made in the field on unfiltered samples when the sample is
collected.
S. Field equipment must be calibrated in accordance with recommendations by the manufacturer.
9. Samples must be filtered through a 0.45 micron filter immediately after collection when a dissolved analysis is required. (See #4. above)
10.The sample container should be labeled at the time of collection with the facility name, well identification number and date and time collected.
11."Authorized agent' is any corporate officer or public official authorized by the company, corporation, or governmental body to sign official documents.

DIVISION OF WATER QUALITY •GROUNDWATER SECTION
GROUNDWATER QUALITY MONITORING: P.O. NO276 6-
For additional forms RALEIGH, NO 27620.0878
COMPLIANCE REPORT FORM please Write or call: [phone]
Type or Use a ball-point pen and press firmly. PERMIT NUMBER: (REQUIRED)
Facility Name I( �� �nC- Non -Discharge (ate C�'70
Address ) -LIZI - NPDES
L/il lirl fi �1�. �C County TYPE OF DISPOSAL OPERATION BEING MONITORED
��� Well Location lAA- I r LW �7 r SS' (.o r (REQUIRED)
Lagoon Septic Tank/Drain Field
Well Identification Number Well Depth Ft.
Well Diameter -Wn Sample (Screened) Interval Ft. To �� Ft. spray Field rSubsurface ' ow -Pressure
Depth to Water Level l� ,�i (7 ft. below measuring point (before sampling) Land Application of Slud e
Measuring point is 0 ft. above land surface �.otber
. 1 `O Rotary Distributor
Gallons of water pum e b iled before sampling l .���� cc//
Field Analysis: pH Specific Conductance uMhos Temp.l C Odor — Appearance
Date Sample Col]eQted q' (t a —7 Date Lab Sample Analyzed
Laboratory Name 6� Ginn [ (��\�7 _0i A Xrn tP S Certification No. l
SAMPLES FOR METALS W'ER COLLECTED UNFILTERED AND FIELD ACIDIFIED YES NO
COD
m /I
Nitrite NO as N
m /I
Ni - Nickel
o n /I
Coliform: MF Fecal
/100ml
Nitrate (NO3) as N
mg/I
Pb - Lead
Coliform: MF Total
/100ml
Phosphorus: Total as P
mg/I
Zn - Zinc
(Note: Use MPN method for highly turbid samples)
Al - Aluminum
mg/I
Pesticides/Herbicides
Dissolved Solids: Total
mg/I
Ba - Barium
mg/I
(Specify Compounds)
_,rl
pH (when analyzed) S. 20
units
Ca - Calcium
mg/I
— T g/I
TOC
mg/I
Cd - Cadmium
mg/I
-"Ug/I
Chloride
mg/I
Chromium: Total
mg/I
ug/I
Arsenic
mg/I
Cu - Copper
mg/I
Other (Specify Compounds and
Grease and Oils
mg/I
Fe - Iron
mg/I
CoC entration units)
-TV- lDip�i�PJle—All
� l
Hardness: Total
mg/I
Hg - Mercury
mg/I
V- Ch
Ltq
Phenol
mg/I
K - Potassium
mg/I
1 f
Sulfate
mg/I
Mg - Magnesium
mg/I
Specific Conductance
uMhos
Mn - Manganese
mg/I
Total Ammonia
mg/I
Na - Sodium
mg/I
TKN as N
mg/I
I CERTIFY THAT THIS REPORT IS TRUE AND ACCURATE. Note: Values should reflect dissolved and
colloidal concentrations. (see #3 on back)
See back for instructions.
S nat r ee (or Authorized Agent*) Date ** Submit blue and yellow copies only to address above.
GW-59 REV. 8/96

COLLECTION AND ANALYSIS OF GROUNDWATER SAMPLES
Samples should be analyzed as soon as possible after collection. SAMPLES WHICH ARE NOT ANALYSED WITHIN THE HOLDING TIME SPECI-
FIED FOR THE METHOD USED (SEE #4. BELOW) MUST BE DISCARDED AND NEW SAMPLES COLLECTED.
2. Metals Analyses: Use Standard Method 3030C for sample preparation (mercury excluded). DO NOT FILTER METALS SAMPLES IN THE FIELD !!!
Unfiltered samples must be collected for metals, then field acidified with 5 ml concentrated nitric acid per liter of sample, and should be submitted to the
lab within 24 hours.
Sample preparation in the laboratory (extraction and filtration) must be completed within 72 hours of collection.
3. ANALYSES ARE TO BE MADE OF THE MOBILE CONSTITUENTS (DISSOLVED AS WELL AS COLLOIDAL) IN THE
GROUNDWATER, NOT THOSE THAT ARE A PART OF SEDIMENT ASSOCIATED WITH WELL CONSTRUCTION OR SAMPLING PROCEDURES.
CHECK WITH YOUR LABORATORY ON PROPER PROCEDURES FOR SAMPLE COLLECTION AND PRESERVATION.
4. As per Title 15, North Carolina Administrative Code, Subchapter 2L, analytical procedures shall be in accordance with the methods described in one of
the following publications, or by other methods approved beforehand by the Director, Division of Environmental
Management:
(a) Standard Methods for the Examination of Water and Wastewater, 16th Edition, 1985 and 17th Edition, 1989, published jointly by
American Public Health Association, American Water Works Association and Water Pollution Control Federation;
(b) Methods for Chemical Analysis of Water and Waste, 1979, U.S. Environmental Protection Agency publication number
EPA-600/4-79-020, as revised March 1983;
(c) Test Methods for Evaluating Solid Wastes: Physical/Chemical Methods, 3rd Edition, 1986, U.S. Environmental Protection Agency
publication number SW-846;
(d) Test Procedures for the Analysis of Polluants Under the Clean Water Act, Federal Register Vol. 49, No. 209, 40 CFR Part 136,
October 26, 1984;
5. Measure and record the depth of water in the well prior to pumping or bailing any water from the well.
6. At least 3 volumes of water in the well should be pumped or bailed prior to collecting a sample for analysis. If the well is pumped/bailed dry before 3 well
volumes are removed, samples can be collected as soon as the well recovers to the point where enough water is available to collect your sample.
7. Determination for pH, Specific Conductance, temperature, odor and appearance must be made in the field on unfiltered samples when the sample is
collected.
8. Field equipment must be calibrated in accordance with recommendations by the manufacturer.
9. Samples must be filtered through a 0.45 micron filter immediately after collection when a dissolved analysis is required. (See #4. above)
10.The sample container should be labeled at the time of collection with the facility name, well identification number and date and time collected.
11."Authorized agent" is any corporate officer or public official authorized by the company, corporation, or governmental body to sign official documents.

DIVISION OF WATER QUALITY •GROUNDWATER SECTION
GROUNDWATER QUALITY MONITORING: P.O. BOX 29578
For additional forms RALEIGH, NO 27626.0578
COMPLIANCE REPORT FORM please write or call: [phone]
Tvnp nr I Ica a hall-nnint npn and nrpce tirmhr
Facilil
Well Location
Well Identification Number VA1,A) I Well Depth_Ft.
Well Diameter Qb" Sample (Screened) Interval Ft. Tc' D Ft.
Depth to Water Level 1:3,S5 ft. below measuring point (before sampling)
Measuring point is 3d2 ft. above land surface 2� Ol7
Gallons of water pumped/bailed before sampling 2� o
Field Analysis: pH u Sped' Conductance f uMhos Temp. C
Date Sample Collaeted _ ,) 4 4 Date Lab Sample Analyzed
Laboratory Name I
SAMPLES FOR METALS WE COLLECTED UNFILTERED AND FIELD ACIDIFIED
COD
Coliform: MF Fecal
Coliform: MF Total
mg/I
/100ml
/100ml
(Note: Use MPN method for highly turbid samples)
Dissolved Solids: Total mg/I
pH (when analyzed) = units
TOC
mg/I
Chloride
mg/I
Arsenic
mg/I
Grease and Oils
mg/I
Hardness: Total
mg/I
Phenol
mg/I
Sulfate
mg/I
Specific Conductance
uMhos
Total Ammonia
mg/I
TKN as N
mg/I
Nitrite (NO2) as N _
Nitrate (NO3) as N_
Phosphorus: Total as
AI - Aluminum
Ba - Barium
Ca - Calcium
Cd - Cadmium
Chromium: Total
Cu - Copper
Fe - Iron
Hg - Mercury
K - Potassium
Mg - Magnesium
Mn - Manganese
Na - Sodium
PERMIT NUMBER:(REQUIREJ�) nn(�
Non -Discharge I� 8) c0�1-7gq
NPDES
TYPE OF DISPOSAL OPERATION BEING MONITORED
(REQUIRED)
Lagoon Septic Tank/Drain Field
Spray Field Subsurface Low -Pressure.,
Piping (LPP)
Land Application of SI dge "
Other
Rotary Distributor 1 •717
Odor Appearance
Certification No. u8t
YES NO
mg/I
mg/I
mg/I
mg/I
mg/I
mg/I
mg/I
mg/I
mg/I
mg/I
mg/I
mg/I
mg/I
mg/1
mg/I
Ni - Nickel
mg/I
Pb - Lead
mg/I
Zn - Zinc
"mg/I
Pesticides/Herbicides
—t
(Specify Compounds)
co �"
—I ;, /I
Other (Specify Compounds and
I CERTIFY THAT THIS REPORT IS TRUE AND ACCURATE. Note: Values should reflect dissolved and
colloidal concentrations. (see #3 on back)
Or * See back for instructions.
Si of , erm' e (or Authorized Agent`) Date ** Submit blue and yellow copies only to address above.
GW-59 REV. 8/96

COLLECTION AND ANALYSIS OF GROUNDWATER SAMPLES
Samples should be analyzed as soon as possible after collection. SAMPLES WHICH ARE NOT ANALYSED WITHIN THE HOLDING TIME SPECI-
FIED FOR THE METHOD USED (SEE #4. BELOW) MUST BE DISCARDED AND NEW SAMPLES COLLECTED.
2. Metals Analyses: Use Standard Method 3030C for sample preparation (mercury excluded). DO NOT FILTER METALS SAMPLES IN THE FIELD !!!
Unfiltered samples must be collected for metals, then field acidified with 5 ml concentrated nitric acid per liter of sample, and should be submitted to the
lab within 24 hours.
Sample preparation in the laboratory (extraction and filtration) must be completed within 72 hours of collection.
3. ANALYSES ARE TO BE MADE OF THE MOBILE CONSTITUENTS (DISSOLVED AS WELL AS COLLOIDAL) IN THE
GROUNDWATER, NOT THOSE THAT ARE A PART OF SEDIMENT ASSOCIATED WITH WELL CONSTRUCTION QR SAMPLING PROCEDURES.
CHECK WITH YOUR LABORATORY ON PROPER PROCEDURES FOR SAMPLE COLLECTION AND PRESERVATION.
4. Asper Title 15, North Carolina Administrative Code, Subchapter 2L, analytical procedures shall be in accordance with the methods described in one of
the following publications, or by other methods approved beforehand by the Director, Division of Environmental
Management:
(a) Standard Methods for the Examination of Water and Wastewater, 16th Edition, 1985 and 17th Edition, 1989, published jointly by
American Public Health Association, American Water Works Association and Water Pollution Control Federation;
(b) Methods for Chemical Analysis of Water and Waste, 1979, U.S. Environmental Protection Agency publication number
EPA-600/4-79-020, as revised March 1983;
(c) Test Methods for Evaluating Solid Wastes: Physical/Chemical Methods, 3rd Edition, 1986, U.S. Environmental Protection Agency
publication number SW-846;
(d) Test Procedures for the Analysis of Polluants Under the Clean Water Act, Federal Register Vol. 49, No. 209, 40 CFR Part 136,
October 26, 1984;
5. Measure and record the depth of water in the well prior to pumping or bailing any water from the well.
6. At least 3 volumes of water in the well should be pumped or bailed prior to collecting a sample for analysis. If the well is pumped/bailed dry before 3 well
volumes are removed, samples can be collected as soon as the well recovers to the point where enough water is available to collect your sample.
7. Determination for pH, Specific Conductance, temperature, odor and appearance must be made in the field on unfiltered samples when the sample is
collected.
8. Field equipment must be calibrated in accordance with recommendations by the manufacturer.
9. Samples must be filtered through a 0.45 micron filter immediately after collection when a dissolved analysis is required. (See 44. above)
10.The sample container should be labeled at the time of collection with the facility name, well identification number and date and time collected.
11."Authorized agent' is any corporate officer or public official authorized by the company, corporation, or governmental body to sign official documents.

DIVISION OF WATER QUALITY - GROUNDWATERSECTION
GROUNDWATER QUALITY MONITORING: P.O. BOX 29578
For additional forms RALEIGH, NC27626.0578
COMPLIANCE REPORT FORM please write or call: [phone]
Type or Use a ball-point pen and press firmly. PERMIT NUMBER: (REQUIRED ,,eecc��
'!
Facility Name (Q ��as'�-� Non -Discharge
Address NPDES
I'n G Cut TYPE OF DISPOSAL OPERATION BEING MONITORED
1, O i , p r „ (REQUIRED)
Well Location .0 t Q - 2 I 2. r% Q3 , / Lagoon Septic Tank/Drain Field
Well Identification Number nAW � t I --' Well Depth 2Sd� Ft.
Well Diameter •0It Sample (Screened) Interval Ft. To '_e-CFt.
Depth to Water Level ILI ?(Oft. below measuring point (before sampling)
Measuring point isft. above land surface
Gallons of water pu ped/bai d before sampling 7 2-.O(-)
Field Analysis: pH Specific Conductance uMhos Temp. ZL_--
Date Sample Colle d I t. i � hm rfc 1 �h cz le Anoly>o i U• I t n 4
Laboratory Name
SAMPLES FOR METALS
COD
Coliform:
Coliform:
NFILTERED AND FIELD ACIDIFIED
mn/I
MF Fecal /100ml
MF Total 1100ml
(Note: Use MPN method for highly turbid samples)
Dissolved Solids: Total mg/I
pH (when analyzed) 5,9 0 units
TOC
mg/I
Chloride
mg/I
Arsenic
mg/I
Grease and Oils
mg/I
Hardness: Total
mg/I
Phenol
mg/I
Sulfate
mg/I
Specific Conductance
uMhos
Total Ammonia
mg/I
TKN as N
mg/I
Nitrite (NO2) as N
Nitrate (NO3) as N
Phosphorus: Total
AI - Aluminum
Ba - Barium
Ca - Calcium
Cd - Cadmium_
Chromium: Total _
Cu - Copper
Fe - Iron
Hg - Mercury
K - Potassium
Mg - Magnesium _
Mn - Manganese _
Na - Sodium
as P
Spray Field Subsurface Low -Pressure
Piping.(LPP)
Land Application of Slu e
Other
Rotary Distributor . - . 1-,?7
Odor Appearance
Certification No.
YES NO
mg/I
Ni - Nickel
mg/I
mg/I
Pb - Lead
mg/I
mg/I
Zn - Zinc
" mg/I
mg/I
Pesticides/Herbicides o
mg/I
(Specify Compounds) c-3
mg/I
E
<-C ug/I
mg/I
,ug/I
mg/I
--mug/I
mg/I
Other (Specify Compounds and=rr'-
mg/I
Concentration units)
t u
mg/I
mg/I
j
mg/I
'
mg/I
mg/I
I CERTIFY THAT THIS REPORT IS TRUE AND ACCURATE. Note: Values should reflect dissolved and
�/ colloidal concentrations. (see #3 on back) 0 -33 ' / / See back for instructions.
Si nature f ermitt (or Authorized Agent*) Date ** Submit blue and yellow copies only to address above.
GW-59 REV. 8/96

COLLECTION AND ANALYSIS OF GROUNDWATER SAMPLES
Samples should be analyzed as soon as possible after collection. SAMPLES WHICH ARE NOT ANALYSED WITHIN THE HOLDING TIME SPECI-
FIED FOR THE METHOD USED (SEE #4. BELOW) MUST BE DISCARDED AND NEW SAMPLES COLLECTED.
2. Metals Analyses: Use Standard Method 3030C for sample preparation (mercury excluded). DO NOT FILTER METALS SAMPLES IN THE FIELD !!!
Unfiltered samples must be collected for metals, then field acidified with 5 ml concentrated nitric acid per liter of sample, and should be submitted to the
lab within 24 hours.
Sample preparation in the laboratory (extraction and filtration) must be completed within 72 hours of collection.
3. ANALYSES ARE TO BE MADE OF THE MOBILE CONSTITUENTS (DISSOLVED AS WELL AS COLLOIDAL) IN THE
GROUNDWATER, NQT THOSE THAT ARE A PART PFF SEDIMENT ASSOCIATED WITH WELL CONSTRUCTION OR SAMPLING PROCEDURES.
CHECK WITH YOUR LABORATORY ON PROPER PROCEDURES FOR SAMPLE COLLECTION AND PRESERVATION.
4. Asper Title 15, North Carolina Administrative Code, Subchapter 2L, analytical procedures shall be in accordance with the methods described in one of
the following publications, or by other methods approved beforehand by the Director, Division of Environmental
Management:
(a) Standard Methods for the Examination of Water and Wastewater, 16th Edition, 1985 and 17th Edition, 1989, published jointly by
American Public Health Association, American Water Works Association and Water Pollution Control Federation;
(b) Methods for Chemical Analysis of Water and Waste, 1979, U.S. Environmental Protection Agency publication number
EPA-600/4-79-020, as revised March 1983;
(c) Test Methods for Evaluating Solid Wastes: Physical/Chemical Methods, 3rd Edition, 1986, U.S. Environmental Protection Agency
publication number SW-846;
(d) Test Procedures for the Analysis of Polluants Under the Clean Water Act, Federal Register Vol. 49, No. 209, 40 CFR Part 136,
October 26, 1984;
5. Measure and record the depth of water in the well prior to pumping or bailing any water from the well.
6. At least 3 volumes of water in the well should be pumped or bailed prior to collecting a sample for analysis. If the well is pumped/bailed dry before 3 well
volumes are removed, samples can be collected as soon as the well recovers to the point where enough water is available to collect your sample.
7. Determination for pH, Specific Conductance, temperature, odor and appearance must be made in the field on unfiltered samples when the sample is
collected.
8. Field equipment must be calibrated in accordance with recommendations by the manufacturer.
9. Samples must be filtered through a 0.45 micron filter immediately after collection when a dissolved analysis is required. (See #4. above)
10.The sample container should be labeled at the time of collection with the facility name, well identification number and date and time collected.
11. "Authorized agent' is any corporate officer or public official authorized by the company, corporation, or governmental body to sign official documents.

GROUNDWATER QUALITY MONITORING: For additional forms
COMPLIANCE REPORT FORM please write or call:
or
Facility Name
pen and press
Well Location
Well Identification Number Well Depth
Well Diameter LrS�mple (Screened) Interval Ft. To��
Depth to Water Level ft. below measuring point (before sampling)
Measuring point is ft. above land surface
Gallons of water pumped/b iled before sampling —
Field Analysis: pH Specific Conductance uMhos Temp.
Date Sample Colleptgd Date Lab $ample Analysed_
Laboratory Name iT t(
SAMPLES FOR METALS
UNFILTERED AND FIELD ACIDIFIED
DIVISION OF WATER QUALITY • GROUNDWATER SECTION
P.O. BOX 295M
RALEIGH, NC 27626.0578
[phone]
PERMIT NUMBER: (REQUIRE[p• OOD"79n9
Non -Discharge t '1
NPDES
TYPE OF DISPOSAL OPERATION BEING MONITORED
(REQUIRED)
Lagoon Septic Tank/Drain Field
Odor
Certification No.
YES
Spray Field Subsurface Low -Pressure
.Piping(LPP)•
Land Application of SIyd �e -
_]7 Other
Rotary Distributor _
Appearance
LAB I
Mko
COD
mg/I
Nitrite (NO2) as N
mg/I
Ni - Nickel
.
o rlmt mg/I
Coliform: MF Fecal
/100ml
Nitrate (NO3) as N
mg/I
Pb - Lead '
`' • mg/I
Coliform: MF Total
/100ml
Phosphorus: Total as P
mg/I
Zn - Zinc
mg/I
(Note: Use MPN method for highly turbid samples)
Al - Aluminum
mg/I
Pesticides/Herbicides
Dissolved Solids: Total
mg/I
Ba - Barium
mg/I
(Specify Compounds)
F" lrri
pH (when analyzed)
units
Ca - Calcium
mg/I
4c ug/I
TOC
mg/I
Cd - Cadmium
mg/I
=� T ug/I
Chloride
mg/I
Chromium: Total
mg/I
ug/I
Arsenic
mg/I
Cu - Copper
mg/I
Other (Specify Compounds and
o
Grease and Oils
mg/I
Fe -Iron
mg/1
Centration units)
Hardness: Total
mg/I
Hg - Mercury
mg/I
Pa —
Phenol
mg/I
K - Potassium
mg/I
TWCh
1
Sulfate
mg/I
Mg - Magnesium
mg/I
lc_
Specific Conductance
uMhos
Mn - Manganese
mg/I
Total Ammonia
mg/I
Na - Sodium
mg/I
TKN as N
mg/I
I CERTIFY THAT THIS REPORT IS TRUE AND ACCURATE. Note: Values should reflect dissolved and
colloidal concentrations. (see #3 on back)
See back for instructions.
ignatu f Perm tee (or Authorized Agent*) Date ** Submit blue and yellow copies only to address above.
GW-59 REV. 8/96

COLLECTION AND ANALYSIS OF GROUNDWATER SAMPLES
Samples should be analyzed as soon as possible after collection. SAMPLES WHICH ARE NOT ANALYSED WITHIN THE HOLDING TIME SPECI-
FIED FOR THE METHOD USED (SEE #4. BELOW) MUST BE DISCARDED AND NEW SAMPLES COLLECTED.
2. Metals Analyses: Use Standard Method 3030C for sample preparation (mercury excluded). DO NOT FILTER METALS SAMPLES IN THE FIELD !!!
Unfiltered samples must be collected for metals, then field acidified with 5 ml concentrated nitric acid per liter of sample, and should be submitted to the
lab within 24 hours.
Sample preparation in the laboratory (extraction and filtration) must be completed within 72 hours of collection.
3. ANALYSES ARE TO BE MADE OF THE MOBILE CONSTITUENTS (DISSOLVED AS WELL AS COLLOIDAL) IN THE
GROUNDWATER, NOT THOSE THAT ARE A PART OF SEDIMENT ASSOCIATED WITH WELL CONSTRUCTION OR SAMPLING PROCEDURES.
CHECK WITH YOUR LABORATORY ON PROPER PROCEDURES FOR SAMPLE COLLECTION AND PRESERVATION.
4. As per Title 15, North Carolina Administrative Code, Subchapter 2L, analytical procedures shall be in accordance with the methods described in one of
the following publications, or by other methods approved beforehand by the Director, Division of Environmental
Management:
(a) Standard Methods for the Examination of Water and Wastewater, 16th Edition, 1985 and 17th Edition, 1989, published jointly by
American Public Health Association, American Water Works Association and Water Pollution Control Federation;
(b) Methods for Chemical Analysis of Water and Waste, 1979, U.S. Environmental Protection Agency publication number
EPA-600/4-79-020, as revised March 1983;
(c) Test Methods for Evaluating Solid Wastes: Physical/Chemical Methods, 3rd Edition, 1986, U.S. Environmental Protection Agency
publication number SW-846;
(d) Test Procedures for the Analysis of Polluants Under the Clean Water Act, Federal Register Vol. 49, No. 209, 40 CFR Part 136,
October 26, 1984;
5. Measure and record the depth of water in the well prior to pumping or bailing any water from the well.
6. At least 3 volumes of water in the well should be pumped or bailed prior to collecting a sample for analysis. If the well is pumped/bailed dry before 3 well
volumes are removed, samples can be collected as soon as the well recovers to the point where enough water is available to collect your sample.
7. Determination for pH, Specific Conductance, temperature, odor and appearance must be made in the field on unfiltered samples when the sample is
collected.
8. Field equipment must be calibrated in accordance with recommendations by the manufacturer.
9. Samples must be filtered through a 0..45 micron filter immediately after collection when a dissolved analysis is required. (See #4. above)
10.The sample container should be labeled at the time of collection with the facility name, well identification number and date and time collected.
11."Authorized agent' is any corporate officer or public official authorized by the company, corporation, or governmental body to sign official documents.

DIVISION OF WATER QUALITY GROUNDWATER SECTION
GROUNDWATER QUALITY MONITORING: P.O. BOX 29578
For additional forms RALEIGH, NO27626.0578
COMPLIANCE REPORT FORM please write or eau: [phone]
Type or Use a ball-point pen and press firmly. PERMIT NUMBER: (REQUIgE�)
Facility Name S Non -Discharge CeYJ�/7C7%�
Address NPDES
'F,ra TYPE OF DISPOSAL OPERATION BEING MONITORED
v L County/ it (REQUIRED)
Well Location 3L I r` 2` ir7 7 Lagoon Septic Tank/Drain Field
Well Identification Number MW— ell Depth '50.0D Ft.
Well Diameter LCUt Sample Screened Interval Ft. To �1CUFt. spray Field subsurface Low -Pressure
p (Screened) Piping (LPP)
Depth to Water Level O.qb ftbelow, measuring point (before sampling) Land Application of Sludgy
Measuring point is 2,'i ft. above land surface —� Other
Gallons of water pumped ailed before sampling I S-oo Rotary Distributor
Field Analysis: pH S ecific Conductance ' uMhos Temp. S°C Odor Appearance
Date Sample Colle�st�d () '� Date Lab Sample Analyzed
Laboratory Name M (�±lQ C Q l L���( t� �2C Certification No. n
SAMPLES FOR METALS WERE COLLECTED UNFILTERED AND FIELD ACIDIFIED YES NO W
b �n�
COD mg/I Nitrite (NO2) as N mg/I Ni - Nickel :M"
Coliform: MF Fecal /1 ooml Nitrate (NO3) as N mg/I Pb - Lead ,- mg/I
Coliform: MF Total /t ooml Phosphorus: Total as P mg/I Zn - Zinc /I
(Note: Use MPN method for highly turbid samples) Al -Aluminum mg/I Pesticides/Herbicides �`•' �",
Dissolved Solids: Total mg/I Ba - Barium mg/I (Specify Compounds)
pH (when analyzed) to, units Ca - Calcium mg/I ug/I
TOC mg/I Cd - Cadmium mg/I Ug/1
Chloride mg/I Chromium: Total mg/I ug/I
Arsenic mg/I Cu - Copper mg/1 Other (Specify Compounds and
Grease and Oils mg/I Fe - Iron mg/1 _Q ncen on units . J�p
Hardness: Total mg/1 Hg - Mercury mg/I l rIC t cG�t4\¢n2 —! (fir J /I
Phenol mg/I K - Potassium mg/I _ 1
Sulfate mg/I Mg - Magnesium mg/I
Specific Conductance uMhos Mn - Manganese mg/I
Total Ammonia mg/I Na - Sodium mg/I
TKN as N mg/I
I CERTIFY THAT THIS REPORT IS TRUE AND ACCURATE. Note: Values should reflect dissolved and
A^l V���((/^��\�^ �1/ y colloidal concentrations. (see #3 on back)
l Y v ) 1 ' \ 1 31 '_l ( See back for instructions.
SidQature f Rermltt (or Authorized Agent') Date *• Submit blue and yellow copies only to address above.
GW-59 REV. 8/96

COLLECTION AND ANALYSIS OF GROUNDWATER SAMPLES
Samples should be analyzed as soon as possible after collection. SAMPLES WHICH ARE NOT ANALYSED WITHIN THE HOLDING TIME SPECI-
FIED FOR THE METHOD USED (SEE #4. BELOW) MUST BE DISCARDED AND NEW SAMPLES COLLECTED.
2. Metals Analyses: Use Standard Method 3030C for sample preparation (mercury excluded). DO NOT FILTER METALS SAMPLES IN THE FIELD !!!
Unfiltered samples must be collected for metals, then field acidified with 5 ml concentrated nitric acid per liter of sample, and should be submitted to the
lab within 24 hours.
Sample preparation in the laboratory (extraction and filtration) must be completed within 72 hours of collection.
3. ANALYSES ARE TO BE MADE OF THE MOBILE CONSTITUENTS (DISSOLVED AS WELL AS COLLOIDAL) IN THE
GROUNDWATER, NOT THOSE THAT ARE A PART OF SEDIMENT ASSOCIATED WITH WELL CONSTRUCTION OR SAMPLING PROCEDURES.
CHECK WITH YOUR LABORATORY ON PROPER PROCEDURES FOR SAMPLE COLLECTION AND PRESERVATION.
4. As per Title 15, North Carolina Administrative Code, Subchapter 2L, analytical procedures shall be in accordance with the methods described in one of
the following publications, or by other methods approved beforehand by the Director, Division of Environmental
Management:
(a) Standard Methods for the Examination of Water and Wastewater, 16th Edition, 1985 and 17th Edition, 1989, published jointly by
American Public Health Association, American Water Works Association and Water Pollution Control Federation;
(b) Methods for Chemical Analysis of Water and Waste, 1979, U.S. Environmental Protection Agency publication number
EPA-600/4-79-020, as revised March 1983;
L (c) Test Methods for Evaluating Solid Wastes: Physical/Chemical Methods, 3rd Edition, 1986, U.S. Environmental Protection Agency
publication number SW-846;
(d) Test Procedures for the Analysis of Polluants Under the Clean Water Act, Federal Register Vol. 49, No. 209, 40 CFR Part 136,
October 26, 1984;
5. Measure and record the depth of water in the well prior to pumping or bailing any water from the well.
6. At least 3 volumes of water in the well should be pumped or bailed prior to collecting a sample for analysis. If the well is pumped/bailed dry before 3 well
volumes are removed, samples can be collected as soon as the well recovers to the point where enough water is available to collect your sample.
7. Determination for pH, Specific Conductance, temperature, odor and appearance must be made in the field on unfiltered samples when the sample is
collected.
8. Field equipment must be calibrated in accordance with recommendations by the manufacturer.
9. Samples must be filtered through a 0.45 micron filter immediately after collection when a dissolved analysis is required. (See #4. above)
10.The sample container should be labeled at the time of collection with the facility name, well identification number and date and time collected.
11."Authorized agent' is any corporate officer or public official authorized by the company, corporation, or governmental body to sign official documents.

GROUNDWATER QUALITY MONITORING:
COMPLIANCE REPORT FORM
or
Facility Name
pen and press
DIVISION OF WATER QUALITY • GROUNDWATER SECTION
P.O. BOX 29578
For additional forms RALEIGH, NC27626.0578
please write or call: [phone] `
t IILXIr County t
Well Location fR) I ° D'1 l onGl '7�i° Z 1 G) •to r'
Well Identification Numbers - 1W Well Depth '7�0,00 Ft.
Well Diameter L!-Od°Sample (Screened) Interval Ft. To t.
Depth to Water Level 1�5-,SCI ft. below measuring point (before sampling)
Measuring point is .0i , 7 Oft. above land surface
Gallons of water pumped/bailed before sampling
Field Analysis: pH Specific Conductance --- uMhos Temp. Q l
Date Sample Colle ed G Date Lab Sample Analyze t
Laboratory Name -) I ok
SAMPLES FOR METALS W E COLLECTED UNFILTERED AND FIELD ACIDIFIED
COD mg/I
Coliform: MF Fecal /100ml
Coliform: MF Total /100ml
(Note: Use MPN method for highly turbid samples)
Dissolved Solids: Total mg/I
pH (when analyzed) units
TOC
mg/I
Chloride
mg/I
Arsenic
mg/I
Grease and Oils
mg/I
Hardness: Total
mg/I
Phenol
mg/I
Sulfate
mg/I
Specific Conductance
uMhos
Total Ammonia
mg/I
TKN as N
mg/1
PERMIT NUMBER: (REQUIRED)
Non -Discharge r��i7%die
ll.��CC....��
NPDES -
- TYPE OF DISPOSAL OPERATION BEING MONITORED
— (REQUIRED) '
Lagoon Septic Tank/Drain Field
Spray Field Subsurface Low -Pressure
Piping (LPP)
Land Application of Sludge
Other
Rotary Distributor
C Odor Appearance
- ertification No. L49) l -�
'YES NO p
n
Nitrite (NO2) as N
mg/I
Nitrate (NO3) as N
mg/I
Phosphorus: Total as P
mg/I
Al - Aluminum
mg/I
Ba - Barium
mg/I
Ca - Calcium
mg/I
Cd - Cadmium
mg/I
Chromium: Total
mg/I
Cu - Copper
mg/I
Fe - Iron
mg/I
Hg - Mercury
mg/I
K - Potassium
mg/I
Mg - Magnesium
mg/I
Mn - Manganese
mg/I
Na - Sodium
mg/I
I CERTIFY THAT THIS REPORT IS TRUE AND ACCURATE.
S gna ur of ermitte (or Authorized Agent`)
GW-59 REV. 8/96
Ni - Nickel
I
w <
�'2--mg/I
Pb - Lead
D�Tng/I
Zn - Zinc
_s � rmg/I
Pesticides/Herbicides
(Specify Compounds)
[1i
Y^
ug/
ug/I
ug/I
Other (Specify Compounds and --
Co centrafon units) }
Note: Values should reflect dissolved and
colloidal concentrations. (see #3 on back)
0131 •(Q / See back for instructions.
Date *" Submit blue and yellow copies only to address above.

COLLECTION AND ANALYSIS OF GROUNDWATER SAMPLES
Samples should be analyzed as soon as possible after collection. SAMPLES WHICH ARE NOT ANALYSED WITHIN THE HOLDING TIME SPECI-
FIED FOR THE METHOD USED (SEE #4. BELOW) MUST BE DISCARDED AND NEW SAMPLES COLLECTED.
2. Metals Analyses: Use Standard Method 3030C for sample preparation (mercury excluded). DO NOT FILTER METALS SAMPLES IN THE FIELD !!!
Unfiltered samples must be collected for metals, then field acidified with 5 ml concentrated nitric acid per liter of sample, and should be submitted to the
lab within 24 hours.
Sample preparation in the laboratory (extraction and filtration) must be completed within 72 hours of collection.
3. ANALYSES ARE TO BE MADE OF THE MOBILE CONSTITUENTS (DISSOLVED AS WELL AS COLLOIDAL) IN THE
GROUNDWATER, NOT THOSE THAT ARE a PART OF SEDIMENT ASSOCIATED WITH WELL CONSTRUCTION 2 SAMPLING PROCEDURES.
CHECK WITH YOUR LABORATORY ON PROPER PROCEDURES FOR SAMPLE COLLECTION AND PRESERVATION.
4. As per Title 15, North Carolina Administrative Code, Subchapter 2L, analytical procedures shall be in accordance with the methods described in one of
the following publications, or by other methods approved beforehand by the Director, Division of Environmental
Management:
(a) Standard Methods for the Examination of Water and Wastewater, 16th Edition, 1985 and 17th Edition, 1989, published jointly by
American Public Health Association, American Water Works Association and Water Pollution Control Federation;
(b) Methods for Chemical Analysis of Water and Waste, 1979, U.S. Environmental Protection Agency publication number
EPA-600/4-79-020, as revised March 1983;
(c) Test Methods for Evaluating Solid Wastes: Physical/Chemical Methods, 3rd Edition, 1986, U.S. Environmental Protection Agency
publication number SW-846;
(d) Test Procedures for the Analysis of Polluants Under the Clean Water Act, Federal Register Vol. 49, No. 209, 40 CFR Part 136,
October 26, 1984;
5. Measure and record the depth of water in the well prior to pumping or bailing any water from the well.
6. At least 3 volumes of water in the well should be pumped or bailed prior to collecting a sample for analysis. If the well is pumped/bailed dry before 3 well
volumes are removed, samples can be collected as soon as the well recovers to the point where enough water is available to collect your sample.
7. Determination for pH, Specific Conductance, temperature, odor and appearance must be made in the field on unfiltered samples when the sample is
collected.
8. Field equipment must be calibrated in accordance with recommendations by the manufacturer.
9. Samples must be filtered through a 0.45 micron filter immediately after collection when a dissolved analysis is required. (See #4. above)
10.The sample container should be labeled at the time of collection with the facility name, well identification number and date and time collected.
11."Authorized agent' is any corporate officer or public official authorized by the company, corporation, or governmental body to sign official documents.

GROUNDWATER QUALITY MONITORING: For additional forms
COMPLIANCE REPORT FORM please write or call:
Type or Use a ball-point pen and press firmly.
Facility Name
Address
Well Location ts/Lar-uLruiww.,5- C�+a 1°1-Z1
Well Identification Number lZC-1� Well Depth -72• S Ft.
Well Diameter 00` Sample (Screened) Interval Ft. To22-.SFt.
Depth to Water Level %ft. below measuring point (before sampling)
Measuring point is Z• SLZft. above land surface
Gallons of water pumped/b ''fed before sampling Co Oct
Field Analysis: pH S �I . Specific Conductance uMhos Temp.
Date Sample Collec,)ed Date Lab Sam Analyzed ti t ti
Laboratory Name
SAMPLES FOR METALS WE COLLECTED UNFILTERED AND FIELD ACIDIFIED
DIVISION OF WATER QUALITY - GROUNDWATER SECTION
P.O. BOX 29578
RALEIGH, NC 27626.0578
[phone]
PERMIT NUMBER: (REQU 75
Non -Discharge %Jt'FX��1 �a8
NPDES
TYPE OF DISPOSAL OPERATION BEING MONITORED j
(REQUIRED)
Lagoon Septic Tank/Drain Field
Spray Field Subsurface Low -Pressure
Piping (LPP)
Land Application of QOther
Rotary Distributor
`Odor — Appearance
Certification No. Ue
k YES NO
COD
mg/I
Nitrite (NO2) as N
mg/I
Ni - Nickel
a
,
j
C' l
mg/I
Coliform: MF Fecal
/100ml
Nitrate (NO3) as N
mg/I
Pb - Lead
q
Coliform: MF Total
/100ml
Phosphorus: Total as P
mg/I
Zn - Zinc
�2mg/I
(Note: Use MPN method for highly turbid samples)
AI - Aluminum
mg/I
Pesticides/Herbicides
_
Dissolved Solids: Total
mg/I
Ba - Barium
mg/I
(Specify Compounds)
�: '
pH (when analyzed) ri .LI r7
units
Ca - Calcium
mg/I
o
< ug/I
TOC mg/I
Chloride
mg/I
Arsenic
mg/I
Grease and Oils
mg/I
Hardness: Total
mg/I
Phenol
mg/I
Sulfate
mg/I
Specific Conductance
uMhos
Total Ammonia
mg/I
TKN as N
mg/I
Cd - Cadmium
mg/I
Chromium: Total
mg/I
Cu - Copper
mg/I
Fe - Iron
mg/I
Hg - Mercury
mg/I
K - Potassium
mg/I
Mg - Magnesium
mg/I
Mn - Manganese
mg/I
Na - Sodium
mg/I
m== ug/I
ug/I
Other (Specify Compounds and
Concentration units)
I CERTIFY THAT THIS REPORT IS TRUE AND ACCURATE. Note: Values should reflect dissolved and
C� colloidal concentrations. (see #3 on back)
IO r3 r (� See back for instructions.
Si atur f ermitte (or Authorized Agent') Date *• Submit blue and yellow copies only to address above.
GW-59 REV. 8/96

COLLECTION AND ANALYSIS OF GROUNDWATER SAMPLES
Samples should be analyzed as soon as possible after collection. SAMPLES WHICH ARE NOT ANALYSED WITHIN THE HOLDING TIME SPECI-
FIED FOR THE METHOD USED (SEE #4. BELOW) MUST BE DISCARDED AND NEW SAMPLES COLLECTED.
2. Metals Analyses: Use Standard Method 3030C for sample preparation (mercury excluded). DO NOT FILTER METALS SAMPLES IN THE FIELD !!!
Unfiltered samples must be collected for metals, then field acidified with 5 ml concentrated nitric acid per liter of sample, and should be submitted to the
lab within 24 hours.
Sample preparation in the laboratory (extraction and filtration) must be completed within 72 hours of collection.
3. ANALYSES ARE TO BE MADE OF THE MOBILE CONSTITUENTS (DISSOLVED AS WELL AS COLLOIDAL) IN THE
GROUNDWATER, NOT THOSE THAT ARE A PART OF SEDIMENT ASSOCIATED WITH WELL CONSTRUCTION OR SAMPLING PROCEDURES.
CHECK WITH YOUR LABORATORY ON PROPER PROCEDURES FOR SAMPLE COLLECTION AND PRESERVATION.
4. Asper Title 15, North Carolina Administrative Code, Subchapter 2L, analytical procedures shall be in accordance.with the methods described in one of
the following publications, or by other methods approved beforehand by the Director, Division of Environmental
Management:
(a) Standard Methods for the Examination of Water and Wastewater, 16th Edition, 1985 and 17th Edition, 1989, published jointly by
American Public Health Association, American Water Works Association and Water Pollution Control Federation;
(b) Methods for Chemical Analysis of Water and Waste, 1979, U.S. Environmental Protection Agency publication number
EPA-600/4-79-020, as revised March 1983;
(c) Test Methods for Evaluating Solid Wastes: Physical/Chemical Methods, 3rd Edition, 1986, U.S. Environmental Protection Agency
publication number SW-846;
(d) Test Procedures for the Analysis of Polluants Under the Clean Water Act, Federal Register Vol. 49, No. 209, 40 CFR Part 136,
October 26, 1984;
5. Measure and record the depth of water in the well prior to pumping or bailing any water from the well.
6. At least 3 volumes of water in the well should be pumped or bailed prior to collecting a sample for analysis. If the well is pumped/bailed dry before 3 well
volumes are removed, samples can be collected as soon as the well recovers to the point where enough water is available to collect your sample.
7. Determination for pH, Specific Conductance, temperature, odor and appearance must be made in the field on unfiltered samples when the sample is
collected.
S. Field equipment must be calibrated in accordance with recommendations by the manufacturer.
9. Samples must be filtered through a 0.45 micron filter immediately after collection when a dissolved analysis is required. (See #4. above)
10.The sample container should be labeled at the time of collection with the facility name, well identification number and date and time collected.
11."Authorized agent" is any corporate officer or public official authorized by the company, corporation, or governmental body to sign official documents.

DIVISION OF WATER QUALITY —GROUNDWATER SECTION
GROUNDWATER QUALITY MONITORING: P.O. BOX 7626-
For additional forms RALEIGH, NC 27626.0578
COMPLIANCE REPORT FORM please write or call: [phone]
Type or Use a ball-point pen and press firmly.
Facilit
Well Location
Well Identification Number Well Depth !SO•00 Ft.
Well Diameter "Sample (Screened) Interval Ft. To 5D.09 Ft.
Depth to Water Level 22, LAD ft. below measuring point (before sampling)
Measuring point is f . O ft. above land surface JrS-
Gallons of water pum ed/ a' ed before sampling
Field Analysis: pH Specific Conductance — uMhos Terri ,` 7 oC-
Date Sample Coll ed Date Lab Sa�}pie Analyzed �t I t
Laboratory Name �G QYYI flQ lCL�I L U?2t�lPS
SAMPLES FOR METALS VVEAE COLLECTED UNFILTERED AND FIELD ACIDIFIED
COD _
Coliform
Coliform
MF Fecal
MF Total
_ mg/I
/100ml
/100ml
(Note: Use MPN method for highly turbid samples)
Dissolved Solids: Total mg/I
pH (when analyzed) ,'7Zi units
TOC
mg/I
Chloride
mg/I
Arsenic
mg/I
Grease and Oils
mg/I
Hardness: Total
mg/I
Phenol
mg/I
Sulfate
mg/I
Specific Conductance
uMhos
Total Ammonia
mg/I
TKN as N
mg/I
Nitrite (NO2) as N
Nitrate (NO3) as N_
Phosphorus: Total as
AI - Aluminum
Ba - Barium
Ca - Calcium
Cd - Cadmium
Chromium: Total
Cu - Copper
Fe - Iron
Hg - Mercury
K - Potassium
Mg - Magnesium
Mn - Manganese _
Na - Sodium
0
PERMIT NUMBER: (REQUI
Non -Discharge C_A_V TIJ' P /"r)
NPDES
TYPE OF DISPOSAL OPERATION BEING MONITORED
(REQUIRED) "') '---�
Lagoon - Septic Tank/Drain Field ,
Spray Field Subsurface Low -Pressure
Piping'(LPP), 1 I
Land Application of SI dge
Other
Rotary Distributor
Odor Appearance '-'
Certification No. Lie
YES NO
mg/I
Ni - Nickel
mg/I
mg/I
Pb - Lead
mg/I
mg/I
Zn - Zinc
mg/I
mg/I
Pesticides/Herbicides
o �;
g
(Specify Compounds)
—+
-`
mg/I
w ugh
mg/I
=rqug/I
mg/I
, :�<ug/I
mg/I
Other (Specify Compounds and
r T
mg/I
Concentration units)
-
^'
mg/I
I rf � 1 LOM Ctl (�Od1P — l7
(71 I
mg/I
mg/I
mg/I
mg/I
I CERTIFY THAT THIS REPORT IS TRUE AND ACCURATE. Note: Values should reflect dissolved and
�
colloidal concentrations. (see #3 on back)
/M 10. 3' 19 / f See back for instructions.
tn:aju:ro of ermitt e or Authorized Agent*) Date ** Submit blue and yellow copies only to address above.
GW-59 REV. 8/96

COLLECTION AND ANALYSIS OF GROUNDWATER SAMPLES
Samples should be analyzed as soon as possible after collection. SAMPLES WHICH ARE NOT ANALYSED WITHIN THE HOLDING TIME SPECI-
FIED FOR THE METHOD USED (SEE #4. BELOW) MUST BE DISCARDED AND NEW SAMPLES COLLECTED.
2. Metals Analyses: Use Standard Method 3030C for sample preparation (mercury excluded). DO NOT FILTER METALS SAMPLES IN THE FIELD !!!
Unfiltered samples must be collected for metals, then field acidified with 5 ml concentrated nitric acid per liter of sample, and should be submitted to the
lab within 24 hours.
Sample preparation in the laboratory (extraction and filtration) must be completed within 72 hours of collection.
3. ANALYSES ARE TO BE MADE OF THE MOBILE CONSTITUENTS (DISSOLVED AS WELL AS COLLOIDAL) IN THE
GROUNDWATER, NOT THOSE THAT ARE A PART OF SEDIMENT ASSOCIATED WITH WELL CONSTRUCTION OR SAMPLING PROCEDURES.
CHECK WITH YOUR LABORATORY ON PROPER PROCEDURES FOR SAMPLE COLLECTION AND PRESERVATION.
4. As per Title 15, North Carolina Administrative Code, Subchapter 2L, analytical procedures shall be in accordance with the methods described in one of
the following publications, or by other methods approved beforehand by the Director, Division of Environmental
Management:
(a) Standard Methods for the Examination of Water and Wastewater, 16th Edition, 1985 and 17th Edition, 1989, published jointly by
American Public Health Association, American Water Works Association and Water Pollution Control Federation;
(b) Methods for Chemical Analysis of Water and Waste, 1979, U.S. Environmental Protection Agency publication number
EPA-600/4-79-020, as revised March 1983;
(c) Test Methods for Evaluating Solid Wastes: Physical/Chemical Methods, 3rd Edition, 1986, U.S. Environmental Protection Agency
publication number SW-846;
(d) Test Procedures for the Analysis of Polluants Under the Clean Water Act, Federal Register Vol. 49, No. 209, 40 CFR Part 136,
October 26, 1984;
5. Measure.and record the depth of water in the well prior to pumping or bailing any water from the well.
6. At least 3 volumes of water in the well should be pumped or bailed prior to collecting a sample for analysis. If the well is pumped/bailed dry before 3 well
volumes are removed, samples can be collected as soon as the well recovers to the point where enough water is available to collect your sample.
7. Determination for pH, Specific Conductance, temperature, odor and appearance must be made in the field on unfiltered samples when the sample is
collected.
8. Field equipment must be calibrated in accordance with recommendations by the manufacturer.
9. Samples must be filtered through a 0.45 micron filter immediately after collection when a dissolved analysis is required. (See #4. above)
10.The sample container should be labeled at the time of collection with the facility name, well identification number and date and time collected.
11."Authorized agent" is any corporate officer or public official authorized by the company, corporation, or governmental body to sign official documents.

DIVISION OF WATER QUALITY- GROUNDWATER SECTION
GROUNDWATER QUALITY MONITORING: P.Q. BOX29578
For additional forms RALEIGH, NO27626.0578
COMPLIANCE REPORT FORM please write or call: [phone]
Type or Use a ball-point pen and press firmly. PERMIT NUMBER: (REQUIRE6X0.7,79�
✓• LLLVJ
Facility Name' 1CQS_fmaS-ter .71 f - Non -Discharge
Address 1— a NPDES
LGtc ,(rc n (Q I YIC� County _ n 4 I/]/1/ ( TYPE OF DISPOSAL OPERATION BEING MONITORED
(REQUIRED)
Well Location Lagoon Septic Tank/Drain Field
Well Identification Number Well Depth _Ft.
Well Diameter �0 Sample (Screened) Interval Ft. To t. Spray Field subsurface Low -Pressure
Piping (LPP)
Depth to Water Level LJwit. below measuring point (before sampling) Land Application of Sludge
Measuring point is 'X, (O ft. above land surface _!>— other
Gallons of water pumped/bailed before sampling ,'21 00 Rotary Distributor J
Field Analysis: pH Specific Conductance uMhos Temp 20C Odor Appearance
Date Sample Colle P, d r7 Date Lab Sa le At
Anal zed I t t o ,a �
Laboratory Name f _ Certification No.�
SAMPLES FOR METALS WEFfE COLLECTED UNFILTERED AND FIELD ACIDIFIED YES NO
COD
mg/I
Nitrite (NO2) as N
mg/I
Ni - Nickel
mg/I
Coliform: MF Fecal
/100m1
Nitrate (NO3) as N
mg/I
Pb -Lead
r-mg/I
Coliform: MF Total
/100ml
Phosphorus: Total as P
mg/I
Zn - Zinc
-'
mg/I
(Note: Use MPN method for highly turbid samples)
Al -Aluminum
mg/I
Pesticides/Herbicides
-p-
Dissolved Solids: Total
mg/I
Ba - Barium
mg/I
(Specify Compounds)
pH (when analyzed) �units
Ca - Calcium
mg/I
'--mug/I
TOC
mg/I
Cd - Cadmium
mg/I
r*c mug/I
Chloride
mg/I
Chromium: Total
mg/1
Arsenic
mg/I
Cu - Copper
mg/I Other (Specify Compounds and
Grease and Oils
Hardness: Total
mg/I
mg/I
Fe -Iron
Hg - Mercury
mg/I con entration units)
mg/I I r n l —
Phenol
mg/I
K - Potassium
mg/I
Sulfate
mg/I
Mg - Magnesium
mg/I
Specific Conductance
uMhos
Mn - Manganese
mg/I
Total Ammonia
mg/I
Na - Sodium
mg/I
TKN as N
mg/I
I CERTIFY THAT THIS REPORT IS TRUE AND ACCURATE. Note: Values should reflect dissolved and
colloidal concentrations. (see #3 on back)
10 3 I R17 * See back for instructions.
Si nature f ermitte (or Authorized Agent*) Date ** Submit blue and yellow copies only to address above.
GW-59 REV. 8/96

COLLECTION AND ANALYSIS OF GROUNDWATER SAMPLES
Samples should be analyzed as soon as possible after collection. SAMPLES WHICH ARE NOT ANALYSED WITHIN THE HOLDING TIME SPECI-
FIED FOR THE METHOD USED (SEE #4. BELOW) MUST BE DISCARDED AND NEW SAMPLES COLLECTED.
2. Metals Analyses: Use Standard Method 3030C for sample preparation (mercury excluded). DO NOT FILTER METALS SAMPLES IN THE FIELD !!!
Unfiltered samples must be collected for metals, then field acidified with 5 ml concentrated nitric acid per liter of sample, and should be submitted to the
lab within 24 hours.
Sample preparation in the laboratory (extraction and filtration) must be completed within 72 hours of collection.
3. ANALYSES ARE TO BE MADE OF THE MOBILE CONSTITUENTS (DISSOLVED AS WELL AS COLLOIDAL) IN THE
GROUNDWATER, NOT THOSE THAT ARE A PART _QFF SEDIMENT ASSOCIATED WITH WELL CONSTRUCTION 9RR SAMPLING PROCEDURES.
CHECK WITH YOUR LABORATORY ON PROPER PROCEDURES FOR SAMPLE COLLECTION AND PRESERVATION.
4. As per Title 15, North Carolina Administrative Code, Subchapter 2L, analytical procedures shall be in accordance with the methods described in one of
the following publications, or by other methods approved beforehand by the Director, Division of Environmental
Management:
(a) Standard Methods for the Examination of Water and Wastewater, 16th Edition, 1985 and 17th Edition, 1989, published jointly by
American Public Health Association, American Water Works Association and Water Pollution Control Federation;
(b) Methods for Chemical Analysis of Water and Waste, 1979, U.S. Environmental Protection Agency publication number
EPA-600/4-79-020, as revised March 1983;
(c) Test Methods for Evaluating Solid Wastes: Physical/Chemical Methods, 3rd Edition, 1986, U.S. Environmental Protection Agency
publication number SW-846;
t (d) Test Procedures for the Analysis of Polluants Under the Clean Water Act, Federal Register Vol. 49, No. 209, 40 CFR Part 136,
October 26, 1984;
5. Measure and record the depth of water in the well prior to pumping or bailing any water from the well.
6. At least 3 volumes of water in the well should be pumped or bailed prior to collecting a sample for analysis. If the well is pumped/bailed dry before 3 well
volumes are removed, samples can be collected as soon as the well recovers to the point where enough water is available to collect your sample.
7. Determination for pH, Specific Conductance, temperature, odor and appearance must be made in the field on unfiltered samples when the sample is
collected.
8. Field equipment must be calibrated in accordance with recommendations by the manufacturer.
9. Samples must be filtered through a 0.45 micron filter immediately after collection when a dissolved analysis is required. (See #4. above)
10.The sample container should be labeled at the time of collection with the facility'name, well identification number and date and time collected.
11."Authorized agent' is any corporate officer or public official authorized by the company, corporation, or governmental body to sign official docbments.

GROUNDWATER QUALITY MONITORING: For additional forms
COMPLIANCE REPORT FORM please write or call:
or
Facility N
pen and press
Well Location
Well Identification Number r Well Depth U0.00 Ft.
Well Diameter l f. Q BampI (Screened) Interval Ft. To(JQ.60Ft.
Depth to Water Level I • �t ft. below measuring point (before sampling)
Measuring point is /, 00 ft. above land surface
Gallons of water pumped/ led before sampling
Field Analysis: pHt Specific Conductance P uMhos Temp. C
Date Sample Collect f ( D to ab Sa pie An lyzedg
Laboratory Name iCCI i V CQ �Q CCU IYIC��
DIVISION OF WATER QUALITY- GROUNDWATER SECTION
P.O. BOX 29578
RALEIGH, NIC 27626.0578
[phone]
PERMIT NUMBER: (REQUIRED
Non -Discharge f nrl r)G{
NPDES
TYPE OF DISPOSAL OPERATION BEING MONITORED
(REQUIRED)
Lagoon Septic Tank/Drain Field
Spray Field Subsurface Low -Pressure
Piping (LPP)
Land Application of Sludge
�_ Other
Rotary Distributor
Appearance
Certification No. iC3 1
SAMPLES FOR METALS WER COLLECTED UN ILTERED AND FIELD ACIDIFIED 4_0'__YES NO
o .M:�L'
COD
mg/I
Coliform: MF Fecal
/100ml
Coliform: MF Total
/100ml
(Note: Use MPN method for highly turbid samples)
Dissolved Solids: Total
mg/I
pH (when analyzed) S(42
units
TOC
mg/I
Chloride
mg/I
Arsenic
mg/I
Grease and Oils
mg/I
Hardness: Total
mg/I
Phenol
mg/I
Sulfate
mg/I
Specific Conductance
uMhos
Total Ammonia
mg/I
TKN as N
mg/I
Nitrite (NO2) as N
mg/I
Nitrate (NO3) as N
mg/I
Phosphorus: Total as P
mg/I
Al - Aluminum
mg/I
Ba - Barium
mg/I
Ca - Calcium
mg/I
Cd - Cadmium
mg/I
Chromium: Total
mg/I
Cu - Copper
mg/I
Fe - Iron
mg/I
Hg - Mercury
mg/I
K - Potassium
mg/I
Mg - Magnesium
mg/I
Mn - Manganese
mg/I
Na - Sodium
mg/I
Ni - Nickel
3, g/I
Pb - Lead
E `-21ng/I
Zn - Zinc
$'g/I
Pesticides/Herbicides
m =
(Specify Compounds)
—' m
— N ug/I
ug/I
Other (Specify Compounds and ;..
Con entration units)
�r�
I CERTIFY THAT THIS REPORT IS TRUE AND ACCURATE. Note: Values should reflect dissolved and
�} colloidal concentrations. (see #3 on back)
See back for instructions.
Si atur of P rmitte (or Authorized Agent*) Date ** Submit blue and yellow copies only to address above.
GW-59 REV. 8/96

COLLECTION AND ANALYSIS OF GROUNDWATER SAMPLES
Samples should be analyzed as soon as possible after collection. SAMPLES WHICH ARE NOT ANALYSED WITHIN THE HOLDING TIME SPECI-
FIED FOR THE METHOD USED (SEE #4. BELOW) MUST BE DISCARDED AND NEW SAMPLES COLLECTED.
2. Metals Analyses: Use Standard Method 3030C for sample preparation (mercury excluded). DO NOT FILTER METALS SAMPLES IN THE FIELD IfI
Unfiltered samples must be collected for metals, then field acidified with 5 ml concentrated nitric acid per liter of sample, and should be submitted to the
lab within 24 hours.
Sample preparation in the laboratory (extraction and filtration) must be completed within 72 hours of collection.
3. ANALYSES ARE TO BE MADE OF THE MOBILE CONSTITUENTS (DISSOLVED AS WELL AS COLLOIDAL) IN THE
GROUNDWATER, NOT THOSE THAT ARE A PART PFF SEDIMENT ASSOCIATED WITH WELL CONSTRUCTION -R SAMPLING PROCEDURES.
CHECK WITH YOUR LABORATORY ON PROPER PROCEDURES FOR SAMPLE COLLECTION AND PRESERVATION.
4. As per Title 15, North Carolina Administrative Code, Subchapter 2L, analytical procedures shall be in accordance with the methods described in one of
the following publications, or by other methods approved beforehand by the Director, Division of Environmental
Management:
(a) Standard Methods for the Examination of Water and Wastewater, 16th Edition, 1985 and 17th Edition, 1989, published jointly by
American Public Health Association, American Water Works Association and Water Pollution Control Federation;
(b) Methods for Chemical Analysis of Water and Waste, 1979, U.S. Environmental Protection Agency publication number
EPA-600/4-79-020, as revised March 1983;
(c) Test Methods for Evaluating Solid Wastes: Physical/Chemical Methods, 3rd Edition, 1986, U.S. Environmental Protection Agency
publication number SW-846;
(d) Test Procedures for the Analysis of Polluants Under the Clean Water Act, Federal Register Vol. 49, No. 209, 40 CFR Part 136,
October 26, 1984;
5. Measure and record the depth of water in the well prior to pumping or bailing any water from the well.
6. At least.3 volumes of water in the well should be pumped or bailed prior to collecting a sample for analysis. If the well is pumped/bailed dry before 3 well
volumes are removed, samples can be collected as soon as the well recovers to the point where enough water is available to collect your sample.
7. Determination for pH, Specific Conductance, temperature, odor and appearance must be made in the field on unfiltered samples when the sample is
collected.
8. Field equipment must be calibrated in accordance with recommendations by the manufacturer.
9. Samples must be filtered through a 0.45 micron filter immediately after collection when a dissolved analysis is required. (See #4. above)
10.The sample container should be labeled at the time of collection with the facility name, well identification number and date and time collected.
11."Authorized agent' is any corporate officer or public official authorized by the company, corporation, or governmental body to sign official documents.

DIVISION OF WATER QUALITY. GROUNDWATER SECTION
GROUNDWATER QUALITY MONITORING: P.O. BOX29578
For additional forms RALEIGH, NO 27626.0578
COMPLIANCE REPORT FORM please write or call: [phone]
Type or Use a ball-point pen and press firmly. PERMIT NUMBER: (REQUIREDL
Facility Name -t n Non -Discharge 1n)(�2Li�D-7'iC1 e E
Address NPDES,`
County I✓� TYPE OF DISPOSAL OPERATION BEING MONITORED
—
(REQUIRED)
Well Location Lagoon Septic Tan0rain Field,
Well Identification Number Well Depth Ft. (
Well Diameter — Sample Screened Intl Ft. To Ft. Spray Field Subsurface Low -Pressure
p (Screened) Piping (LPP)
Depth to Water Level ft. below measuring point (before sampling) Land Application of Sludge
Measuring point is ft. above land surface }C Other
Gallons of water pumped/bailed before sampling Rotary Distributor
Field Analysis: pHSpe ific Conductance '— uMhos Temp. °C Odor —
Date Sample Collecte tt - -I Date Lab Sample Analyzed 167—fir%
Laboratory Name CaQAA t L,t'b0V-4+Q If IeS Certification No.
SAMPLES FOR METALS WEht COLLECTED UNFILTERED AND FIELD ACIDIFIED fJ t YES
Appearance —
�� t
NO
COD
mg/I
Nitrite (NO2) as N
mg/I
Ni - Nickel
mg/I
Coliform: MF Fecal
/100ml
Nitrate (NO3) as N
mg/I
Pb - Lead
mg/I
Coliform: MF Total
/100ml
Phosphorus: Total as P
mg/I
Zn - Zinc - f
(Note: Use MPN method for highly turbid samples)
Al -Aluminum
mg/I
Pesticides/Herbicides CDr,
.mg/I
U�r;
Dissolved Solids: Total
mg/I
Ba - Barium
mg/I
(Specify Compounds)
pH (when analyzed) b r
2Lo units
Ca - Calcium
mg/I
G-'
'<Ug/I
TOC
mg/I
Cd - Cadmium
mg/I
=cug/I
Chloride
rng/I
Chromium: Total
mg/I
Arsenic
mg/I
Cu - Copper
mg/I
Other (Specify Compounds and
Grease and Oils
Amg/I
Fe - Iron
mg/I
Concentration units) ���
��
Hardness: Total
71 mg/I
Hg - Mercury
mg/I
['�icln to -off ff�GwtP�
I
Phenol
mg/I
K - Potassium
mg/I�
Sulfate
mg/I
Mg - Magnesium
mg/I
Specific Conductance
uMhos
Mn - Manganese
mg/I
Total Ammonia
mg/I
Na - Sodium
mg/I
TKN as N
mg/I
I CERTIFY THAT THIS REPORT IS TRUE AND ACCURATE.
Note:
Values should reflect dissolved and
colloidal concentrations. (see #3 on back)
See
back for instructions.
i na a of ermi 0ee (or Authorized Agent*)
Date
** Submit
blue and yellow copies only to address
above.
ARAM %: VA W. A RL

COLLECTION AND ANALYSIS OF GROUNDWATER SAMPLES
Samples should be analyzed as soon as possible after collection. SAMPLES WHICH ARE NOT ANALYSED WITHIN THE HOLDING TIME SPECI-
FIED FOR THE METHOD USED (SEE #4. BELOW) MUST BE DISCARDED AND NEW SAMPLES COLLECTED.
2. Metals Analyses: Use Standard Method 3030C for sample preparation (mercury excluded). DO NOT FILTER METALS SAMPLES IN THE FIELD !!!
Unfiltered samples must be collected for metals, then field acidified with 5 ml concentrated nitric acid per liter of sample, and should be submitted to the
lab within 24 hours.
Sample preparation in the laboratory (extraction and filtration) must be completed within 72 hours of collection.
3. ANALYSES ARE TO BE MADE OF THE MOBILE CONSTITUENTS (DISSOLVED AS WELL AS COLLOIDAL) IN THE
GROUNDWATER, NOT THOSE THAT ARE A PART OF SEDIMENT ASSOCIATED WITH WELL CONSTRUCTION OR SAMPLING PROCEDURES.
CHECK WITH YOUR LABORATORY ON PROPER PROCEDURES FOR SAMPLE COLLECTION AND PRESERVATION.
4. As per Title 15, North Carolina Administrative Code, Subchapter 2L, analytical procedures shall be in accordance with the methods described in one of
the following publications, or by other methods approved beforehand by the Director, Division of Environmental
Management:
(a) Standard Methods for the Examination of Water and Wastewater, 16th Edition, 1985 and 17th Edition, 1989, published jointly by
American Public Health Association, American Water Works Association and Water Pollution Control Federation;
(b) Methods for Chemical Analysis of Water and Waste, 1979, U.S. Environmental Protection Agency publication number
EPA-600/4-79-020, as revised March 1983;
(c) Test Methods for Evaluating Solid Wastes: Physical/Chemical Methods, 3rd Edition, 1986, U.S. Environmental Protection Agency
publication number SW-846;
(d) Test Procedures for the Analysis of Polluants Under the Clean Water Act, Federal Register Vol. 49, No. 209, 40 CFR Part 136,
October 26, 1984;
5. Measure and record the depth of water in the well prior to pumping or bailing any water from the well.
6. At least 3 volumes of water in the well should be pumped or bailed prior to collecting a sample for analysis. If the well is pumped/bailed dry before 3 well
volumes are removed, samples can be collected as soon as the well recovers to the point where enough water is available to collect your sample.
7. Determination for pH, Specific Conductance, temperature, odor and appearance must be made in the field on unfiltered samples when the sample is
collected.
8. Field equipment must be calibrated in accordance with recommendations by the manufacturer.
9. Samples must be filtered through a 0.45 micron filter immediately after collection when a dissolved analysis is required. (See #4. above)
10.The sample container should be labeled at the time of collection with the facility name, well identification number and date and time collected.
11."Authorized agent" is any corporate officer or public official authorized by the company, corporation, or governmental body to sign official documents.

DIVISION OF WATER QUALITY - GROUNDWATER SECTION
GROUNDWATER QUALITY MONITORING: P.Q. BOX 29578
:For additional forms RALEIGH, NC 27626.0578
COMPLIANCE REPORT FORM please write or call: [phone]
Facili
PERMIT NUMBER: (REQUIRED)�,��� -
Non -Discharge WW I r
NPDES
TYPE OF DISPOSAL OPERATION BEING MONITORED •-
(REQUIRED)
Well Location " Lagoon
Well Identification Number-TV*t��N - �rt-lACh25r Well Depth — Ft.
Well Diameter r Sample (Screened) Interval — Ft. To Ft. spray Field
TvnP nr I Ica a hall-nnlnt npn ann nrPAS tIrMIV
Septic Tank/Drain Field
Subsurface Low -Pressure
Piping (LPP) -
Depth to Water Level ft. below measuring point (before sampling) Land Application of Sludge
Measuring point is ft. above land surface 5�, Other
Gallons of water pumped/bailed before sampling Rotary Distributor
Field Analysis: pH Specific Conductance — uMhos Temp. oC Odor — Appearance
Date Sample Collecd ^ (O�� "4� Datg Lab Sample Analyzed in--)-'q"l
Laboratory Name l�Q QCI+QTY1 (Yl��hClai 11�D��C%O�C� _ Certification No. 481
SAMPLES FOR METALS W E COLLECTED UNFILTERED AND FIELD ACIDIFIED YES NO
COD
mg/I
Coliform: MF Fecal
Coliform: MF Total
/100ml
/100ml
(Note: Use MPN method for highly turbid samples)
Dissolved Solids: Total mg/I
pH (when analyzed) 1- units
TOC
mg/I
Chloride
mg/l
Arsenic
mg/I
Grease and Oils
mg/I
Hardness: Total
mg/I
Phenol
mg/I
Sulfate
mg/I
Specific Conductance
uMhos
Total Ammonia
mg/I
TKN as N
mg/I
Nitrite (NO2) as N
Nitrate (NO3) as N
Phosphorus: Total as P
Al - Aluminum
Ba - Barium
Ca - Calcium
Cd - Cadmium
Chromium: Total
Cu - Copper
Fe - Iron
Hg - Mercury
K - Potassium
Mg - Magnesium
Mn - Manganese
Na - Sodium
mg/I
mg/I
mg/I
mg/I
mg/I
mg/I
mg/I
mg/I
mg/I
mg/I
mg/I
mg/I
mg/I
mg/I
mg/I
Ni - Nickel c; mg/I
Pb - Lead mg/I
Zn - Zinc o ,= g/I
Pesticides/Herbicides
(Specify Compounds)
ug/I
.2 n ug/1
=ug/I
Other (Specify Compounds and _ d
U)
Concentration units)
c;
I CERTIFY THAT THIS REPORT IS TRUE AND ACCURATE. Note: Values should reflect dissolved and
(/ colloidal concentrations. (see #3 on back)
zJ� �i' 9 ( * See back for instructions.
S gnatur of ermit ee (or Authorized Agent*) Date •* Submit blue and yellow copies only to address above.
GW-69 REV. 8/96

. I .
COLLECTION AND ANALYSIS OF GROUNDWATER SAMPLES
Samples shouldbe analyzed as soon as possible after collection. SAMPLES WHICH ARE NOT ANALYSED WITHIN THE HOLDING TIME SPECI-
FIED FOR THE METHOD USED (SEE #4. BELOW) MUST BE DISCARDED AND NEW SAMPLES COLLECTED.
2. Metals Analyses: Use Standard Method 3030C for sample preparation (mercury excluded). DO NOT FILTER METALS SAMPLES IN THE FIELD !!!
Unfiltered samples must be collected for metals, then field acidified with 5 ml concentrated nitric acid per liter of sample, and should be submitted to the
lab within 24 hours.
Sample preparation in the laboratory (extraction and filtration) must be completed within 72 hours of collection.
3. ANALYSES ARE TO BE MADE OF THE MOBILE CONSTITUENTS (DISSOLVED AS WELL AS COLLOIDAL) IN THE
GROUNDWATER, NOT THOSE THAT ARE A PART OF SEDIMENT ASSOCIATED WITH WELL CONSTRUCTION OR SAMPLING PROCEDURES.
CHECK WITH YOUR LABORATORY ON PROPER PROCEDURES FOR SAMPLE COLLECTION AND PRESERVATION.
4. As per Title 15, North Carolina Administrative Code, Subchapter 2L, analytical procedures shall be in accordance with the methods described in one of
the following publications, or by other methods approved beforehand by the Director, Division of Environmental
Management:
(a) Standard Methods for the Examination of Water and Wastewater, 16th Edition, 1985 and 17th Edition, 1989, published jointly by
American Public Health Association, American Water Works Association and Water Pollution Control Federation;
(b) Methods for Chemical Analysis of Water and Waste, 1979, U.S. Environmental Protection Agency publication number
EPA-600/4-79-020, as revised March 1983;
(c) Test Methods for Evaluating Solid Wastes: Physical/Chemical Methods, 3rd Edition, 1986,, U.S. Environmental Protection Agency
publication number SW-846;
(d) Test Procedures for the Analysis of Polluants Under the Clean Water Act, Federal Register Vol. 49, No. 209, 40 CFR Part 136,
October 26, 1984;
5. Measure.and record the depth of water in the well prior to pumping or bailing any water from the well.
6. At least 3 volumes of water in the well should be pumped or bailed prior to collecting a sample for analysis. If the well is pumped/bailed dry before 3 well
volumes are removed, samples can be collected as soon as the well recovers to the point where enough water is available to collect your sample.
7. Determination for pH, Specific Conductance, temperature, odor and appearance must be made in the field on unfiltered samples when the sample is
collected.
8. Field equipment must be calibrated in accordance with recommendations by the manufacturer.
9. Samples must be filtered through a 0.45 micron filter immediately after collection when a dissolved analysis is required. (See #4. above)
10.The sample container should be labeled at the time of collection with the facility name, well identification number and date and time collected.
11."Authorized agent' is any corporate officer or public official authorized by the company, corporation, or governmental body to sign official documents.

pry
DIVISION OF WATER QUALITY - GROUNDWATER SECTION
GROUNDWATER QUALITY MONITORING:'
yaV
P.O.G, NC 29578
Foratltlitional torms
RALEIGH, NC 27626.0578
626-
COMPLIANCE' REPORT FORM
please write or ealu
[phone]
Type or Use a ball-point pen and press firmly.
PERMIT NUMBER: (REQUIRED) LU
Facility Name �SfM�3FJZ vC �ICauNt
1��4.
r,
Non -Discharge GJ4? OL27751& me Q
Address ?I~-;- 2-wh,'�
County
NPOES ®� ldl�
TYPE OF DISPOSAL OPERATION BEING MONITORED
'r �C
Well Location
29�
(REQUIRED)
Lagoon Septic an rain,Eisld
Well Identification Number
Well Depth Ft.
Spray Field f ow-PressurgLy
L.
Well Diameter '— Sample (Screened) Interval
� Ft. To Ft.
Piping
Piping (l
Depth to Water Level ft. below measuring point (before sampling)
Land Application of Sludge / f�
y
Measuring point is ft. above land surface
Other
Rotary Distributor
Gallons of water pumped/bailed before sampling
Field Analysis: pH Specific Conductance
_
uMhos Temp. oC
Odor Appearance
Date Sample Collected 6 ZI - 17 Date Lab
Sample Analyzed 6 Z3 - S7
Laboratory Name a-S
Certification No.
SAMPLES FOR METALS WERE COLLECTED UNFILTERED AND FIELD ACIDIFIED
YES NO
COD mg/I
Nitrite (NO2) as N
mg/I Ni - Nickel r— cn:q:mg/I
Coliform: MF Fecal /100ml
Nitrate (NO3) as N
mg/I Pb - Lead r C-DTmg/I
Coliform: MF Total /loom[
Phosphorus: Total as P
mg/I Zn - Zinc ' - p mg/I
(Note: Use MPN method for highly turbid samples)
Al -Aluminum
J frl
mg/I Pesticides/Herbicides ra
Dissolved Solids: Total mg/I
Ba - Barium
mg/I (Specify Compounds)
pH (when analyzed) units
Ca - Calcium
mg/I t =_ug/I
TOC mg/I
Cd- Cadmium
mg/I , ugh
Chloride mg/I
Chromium: Total
mg/I o 'r' ug/I
Arsenic mg/I
Cu - Copper
mg/I Other (Specify Compounds and
Grease and Oils mg/I
Fe - Iron
mg/I Concentration units)
Hardness: Total mg/I
Hg - Mercury
mg/I
Phenol mg/I
K - Potassium
mg/I See A xoce r -p /L4a
Sulfate mg/I
Mg - Magnesium
mg/I
Specific Conductance uMhos
Mn - Manganese
mg/I
Total Ammonia mg/I
Na - Sodium
mg/I
TKN as N mg/I
I CERTIFY THAT THIS REPORT IS TRUE AND ACCURATE.
Note: Values should reflect dissolved and
colloidal concentrations. (see #3 on back)
7 -Z -qi
See back for instructions.
Signa a of Permfitee (or Authorized Agent*)
Date
** Submit blue and yellow copies only to address above.
GW-59 REV. 8/96 11

COLLECTION AND ANALYSIS OF GROUNDWATER SAMPLES
Samples shodfd be analyzed as soon as possible after collection. SAMPLES WHICH ARE NOT ANALYSED WITHIN THE HOLDING TIME SPECI-
...-FlED FOR THE METHOD USED (SEE #4. BELOW) MUST BE DISCARDED AND NEW SAMPLES COLLECTED.
2., Metals Analyses: Use Standard Method 3030C for sample preparation (mercury excluded). DO NOT FILTER METALS SAMPLES IN THE FIELD!!!
Unfiltered samples must be collected for metals, then field acidified with 5 ml concentrated nitric acid per liter of sample, and should be submitted to the
?: lab within 24 hours.
Sample preparation in the laboratory (extraction and filtration) must be completed within 72 hours of collection.
3. ANALYSES RE TO BE MADE OF THE MOBILE CONSTITUENTS (DISSOLVED AS WELL AS COLLOIDAL) IN THE
GROUNDWATER, NOT THOSE THAT ARE A PART OF SEDIMENT ASSOCIATED WITH WELL CONSTRUCTION 2 SAMPLING PROCEDURES.
CHECK WITH YOUR LABORATORY ON PROPER PROCEDURES FOR SAMPLE COLLECTION AND PRESERVATION.
4. As per Title 15, North Carolina Administrative Code, Subchapter 2L, analytical procedures shall be in accordance with the methods described in one of
the following publications, or by other methods approved beforehand by the Director, Division of Environmental
Management:
(a) Standard Methods for the Examination of Water and Wastewater, 16th Edition, 1985 and 17th Edition, 1989, published jointly by
American Public Health Association, American Water Works Association and Water Pollution Control Federation;
(b) Methods for Chemical Analysis of Water and Waste, 1979, U.S. Environmental Protection Agency publication number
EPA-600/4-79-020, as revised March 1983;
(c) Test Methods for Evaluating Solid Wastes: Physical/Chemical Methods, 3rd Edition, 1986, U.S. Environmental Protection Agency
publication number SW-846;
(d) Test Procedures for the Analysis of Polluants Under the Clean Water Act, Federal Register Vol. 49, No. 209, 40 CFR Part 136,
October 26, 1984;
5. Measure and record the depth of water in the well prior to pumping or bailing any water from the well.
6. At least 3 volumes of water in the well should be pumped or bailed prior to collecting a sample for analysis. If the well is pumped/bailed dry before 3 well
volumes are removed, samples can be collected as soon as the well recovers to the point where enough water is available to collect your sample.
7. Determination for pH, Specific Conductance, temperature, odor and appearance must be made in the field on unfiltered samples when the sample is
collected.
8. Field equipment must be calibrated in accordance with recommendations by the manufacturer.
9. Samples must be filtered through a 0.45 micron filter immediately after collection when a dissolved analysis is required. (See #4. above)
10.The sample container should be labeled at the time of collection with the facility name, well identification number and date and time collected.
1. "Authorized agent' is any'corporate officer or public official authorized by the company, corporation, or governmental body to sign official documents.

1.
DIVISION OF WATER QUALITY - GROUNDWATER SECTION
LGROUNIJIDWATER QUALITY MONITORING; P.O.GNC 29578.
For forms RALEIGH; NC 27626-0578.
MPLANCE REPORT FORM please Write or call: (91s) 733.3221
Type or Use a ball-point pen and press firmly. PERMIT NUMBER: (REQUIRED)
.�
Facility Name /oAJj.ct.wsTd'R Zia, /JM �pir/ Non -Discharge G/cJ 00o77g
Address 1Pu+N7 ^ NPDES
Li
TYPE OF DISPOSAL OPERATION BEING MONITORED t
�.1+��^..✓Eivi7w Ate- County -%Try-.Jo� (REQUIRED) o^.
Well Location Lagoon Septic Tan>in Fiap*
Well Identification Number .BUT Well Depth Ft. -- t
Spray Field Subsurfac -Pressure
Well Diameter Sample (Screened) Interval — Ft. To — Ft. Piping (LP
Depth to Water Level — ft. below measuring point (before sampling) Land Application of Sludge
Measuring point is ft. above land surface Rotary Distributor v Other g B g ?
Gallons of water pumped/bailed before sampling —
Field Analysis: pH — Specific Conductance -- uMhos Temp. —0C Odor — Appearance
Date Sample Collected cl1� 17—/9970ate Lab Sample Analyzed ✓✓e 2-3 /99 7
Laboratory Name /f&i� P tab Certification No. 9-q
SAMPLES FOR METALS WERE COLLECTED UNFILTERED AND FIELD ACIDIFIED YES NO
COD
mg/I
Coliform: MF Fecal
/loom[
Coliform: MFTotal
/loom[
(Note: Use MPN method for highly turbid samples)
Dissolved Solids: Total
mg/I
pH (when analyzed)
units
TOC
mg/I
Chloride
mg/I
Arsenic
mg/I
Grease and Oils
mg/I
Hardness: Total
mg/I
Phenol
mg/I
Sulfate
mg/I
Specific Conductance
uMhos
Total Ammonia
mg/I
TKN as N
mg/I
Nitrite (NO2) as N
mg/I
Ni - Nickel
:mg/I
Nitrate (NO3) as N
mg/I
Pb - Lead
ing/I
Phosphorus: Total as P
mg/I
Zn - Zinc
t=5rrlg/I
AI - Aluminum
mg/I
Pesticides/Herbicides
Ba - Barium
mg/I
(Specify Compounds)
Ca - Calcium
mg/I
y"—"_ug/I
Cd - Cadmium
mg/I
' ug/I
Chromium: Total
mg/I
a `2 ug/I
Cu - Copper
mg/I
Other (Specify Compounds and
Fe - Iron
mg/I
Concentration units)
Hg - Mercury
mg/I
K - Potassium
mg/[
%e AD59_.-� CAd
Mg - Magnesium
mg/I
Mn - Manganese
mg/I
Na - Sodium
mg/I
I CERTIFY THAT THIS REPORT IS TRUE AND ACCURATE. Note: Values should reflect dissolved and
colloidal concentrations. (see #3 on back)
.4P'_/j 1�9L 7hl-77 See back for instructions.
Signature o ermitte or Authorized Agent*) ate •• Submit blue and yellow copies only to address above.
GW-59 REV. 8/96
C7
LU
x

COLLECTION AND ANALYSIS OF GROUNDWATER SAMPLES
Samples should be analyzed as soon as possible after collection. SAMPLES WHICH ARE NOT ANALYSED WITHIN THE HOLDING TIME SPECI-
FIED FOR THE METHOD USED (SEE #4. BELOW) MUST BE DISCARDED AND NEW SAMPLES COLLECTED.
2. Metals Analyses: Use Standard Method 3030C for sample preparation (mercury excluded). DO NOT FILTER METALS SAMPLES IN THE FIELD M
Unfiltered samples must be collected for metals, then field acidified with 5 ml concentrated nitric acid per liter of sample, and should be submitted to the
lab within 24 hours.
Sample preparation in the laboratory (extraction and filtration) must be completed within 72 hours of collection.
3. ANALYSES ARE TO BE MADE OF THE MOBILE CONSTITUENTS (DISSOLVED AS WELL AS COLLOIDAL) IN THE
GROUNDWATER, NOT THOSE THAT ARE A PART QF SEDIMENT ASSOCIATED WITH WELL CONSTRUCTION -R SAMPLING PROCEDURES.
CHECK WITH YOUR LABORATORY ON PROPER PROCEDURES FOR SAMPLE COLLECTION AND PRESERVATION.
4. As per Title 15, North Carolina Administrative Code, Subchapter 2L, analytical procedures shall be in accordance with the methods described in one of
the following publications, or by other methods approved beforehand by the Director, Division of Environmental
Management:
(a) Standard Methods for the Examination of Water and Wastewater, 16th Edition, 1985 and 17th Edition, 1989, published jointly by
American Public Health Association, American Water Works Association and Water Pollution Control Federation;
(b) Methods for Chemical Analysis of Water and Waste, 1979, U.S. Environmental Protection Agency publication number
EPA-600/4-79-020, as revised March 1983;
(c) Test Methods for Evaluating Solid Wastes: Physical/Chemical Methods, 3rd Edition, 1986, U.S. Environmental Protection Agency
publication number SW-846;
(d) Test Procedures for the Analysis of Polluants Under the Clean Water Act, Federal Register Vol. 49, No. 209, 40 CFR Part 136,
October 26, 1984;
5. Measure and record the depth of water in the well prior to pumping or bailing any water from the well.
6. At least 3 volumes of water in the well should be pumped or bailed prior to collecting a sample for analysis. If the well is pumped/bailed dry before 3 well
volumes are removed, samples can be collected as soon as the well recovers to the point where enough water is available to collect your sample.
Determination for pH, Specific Conductance, temperature, odor and appearance must be made in the field on unfiltered samples when the sample is
collected.
8. Field equipment must be calibrated in accordance with recommendations by the manufacturer.
9. Samples must be filtered through a 0.45 micron filter immediately after collection when a dissolved analysis is required. (See #4. above)
1 O.The sample container should be labeled at the time of collection with the facility name, well identification number and date and time collected.
1. "Authorized agent' is any corporate officer or public official authorized by the company, corporation, or governmental body to sign official documents.

5
Richard Catlin & Associates, Inc.
ENVIRONMENTAL ENGINEERS AND HYDROGEOLOGISTS
July 2, 1997
North Carolina Department of Environmental, Health
and Natural Resources
Ground Water Section
Attn: Mr. Jack Floyd
P.O. Box 29535
Raleigh, North Carolina 27626-0535
Re: Results of the June Influent/Effluent Sampling
Permit No. WQ0007798
Toastmaster, Inc.
Ground Water Remediation Infiltration Gallery
Scotland County, North Carolina
RC&A Project No. 92196-I
Dear Mr. Floyd:
jot 1 1 1911
FAYi=i� �4U
RM Of
Enclosed please find the GW-59 Forms and a copy of the laboratory report.
If you have any questions or require any additional information, please contact our office
at your convenience.
Sincerely,
A-Z'
A.,Tyler, Manager
SAT/kns
Enclosures
cc: Mr. Larry Clark, Toastmaster, Inc., w/encs.
Mr. Rudy Smithwick, P.G., Richard Catlin & Associates, Inc.
P.O. Box 10279 220 Old Dairy Road
Wilmington, NC 28405-3755
Telephone: [phone] Fax: [phone]
Wilmington • Atlanta • Charleston • Charlotte • Americus

CERTIFICATE OF ANALYSIS
Service Location Received Project Lab ID
HERITAGE ENVIRONMENTAL SERVICES, INC. 18-JUN-97 2609 A411032
COMMERCIAL LABORATORY OPERATIONS complete PO Number
7901 W. MORRIS ST. 25-JUN-97 59240
INDIANAPOLIS, IN 46231 Printed Sampled
[phone] 25-JUN-97 17-JUN-97 14:20
Report To Bill To
STEVE TYLER LARRY CLARK
RICHARD CATLIN & ASSOCIATES TOASTMASTER INC.
P.O. BOX 10279 1801 N. STADIUM BLVD.
220 OLD DAIRY ROAD COLUMBIA, MO 65202�������®
WILMINGTON, NC 28405-3755
CLIENT ID: INFLUENT Semple Description JUL 1 11997
DESCRIPTION: GROUND WATER
PROJECT NAME: TOASTMASTER, INC. FAYETTEVILLE
REG. OFFICE
VOLATILE PRIORITY POLLUTANTS EPA 624
Anatyst."8 Mg2Uk;g Ariakysis Pete 23 JUN gT, 2Zi D3
knstruneni GClM9 VDq
Test b502,
Oy.
Parameter
ACROLEIN
BDL
Result
Det. Limit
50
Units
ug/L
AGRYI3ONITRILE..;,........................................................................................BAL.-:.-..:..:.-..:::::....:::.:::::.::.-:::.-:.::.:::
-::.-:.-:.-:.::-:::.-.:-7.Q;:;
•:ilg/L �;: ;: ;;:; sss:>
..BENZENE
..........................................................
BDL.....................
................................
............................5.....u9/L..................
;i:BROMOEAR . t.:iii ...... 2 r::::: a:€::: is:;' :;` =y ' i i is is? :>si::aa:::a':r:::.' i :i >
T1.........................................................:..:.:.....::::::.:.-.-:.-:::.-:.-:.-:.-:.:.-:.......::.:<BDL:.-:.:-.-:.-.-::::::.-:::.:::::::::::::.::-:::::::::,:.:::.-:.-:::::::::::-::;��.;
...
9/
CARBON TETRACHLORIDE
BDL
5
.....................
ug/L
::CHL .ROBENZ-EN.::;::;::•:;;;:;:;;::::::s:s:;»::;::;:<a;;;;s:;:>::•:::::::::::::::::::a::n:;;;::;x:•::a:.::;;::.
a;;;:;;;;:::�:.:::::;;::;;z:;;:;;::::;;::>;;:::::.-.:;.,;:::::::::.:::..:.::::.::::...::..::.-:::;;;;:;.:;
CHLOROETHANE
..E..::.:::.
BDL
10...::.:
:-::::.:-:::::..:--:..
.
----
.°. ...:......:.:.:..:..::..::.:.:.:.:.::.-.::.:-:::::.....
...................
...
CHLOROFORM
BDL
...-:.-:::.-....:•:.-..-.:.-:::..-..-..:.:::::...:.....:.:......;
5
ug/L
D IBROMO:CHLORO a;>;;;:;;> :::::::::::::::::::•:;:::;;::;:;;:;>:;::•:;:;:;;: -:a:
....
BROMODICHLOROMETHANE.._
.............................................. .......................... .
BDL....................._...........
5..:._99/..L................::
1 :1..:D.I:CHLOROETHAN :-:::::s:;;;;;;i;%>'i ss;::•:;i';:: c ;;::;;;;.s;;
.............................................._E............................................................:.:.:::..:..:..:..::::..:::
..::::...............:
:..:::::::::.:..:::::.:.99/L:.:..::..:.:;;;::
1, 2-DICHLOROETHANE:•::::::..:::..:::..:BDL::::..:..::::::..:...,...........:.............................................`5.....
u.9/L.....................
...........::::.-..:::.-::::::::::..:..:::::•..:::::::..::..:..:..:..:..:..:..:..:::::,.:BD.L�;;:;;:;:;:;:;:;:;:;;::;;::;:..;;;>:;:;:;;;;:
......:.:.::.:...:::•....::..:::..:.:.:..
::.:...:...:.:.:.::. ........
;:;;:.;..::�:::..::::..:::::::•.
.:..:...:........:.
:�:::.:::.:.::::
1,
2-DI.CHLOROPROPANE........................
B.D.-L ...........................
,...
............_5...
.:;;;:.,•::::::::::.:::::::>::;::;:::::;;.;.;..;;...::.::.—
.........................................................................................................:..::..:..::.:..:::.::..:BDL::::..::::::..:..::;:::;::5..:......
:-:;::;:as;:;::;;.:;:.>:::x::.::•:.:aaa:
a:;::.:.:;;,;:.y?>.;:: ;:;;....:...:......:::......
........DICHLOROEROP......
TRANS-1, 3-DICHLOROPROPENEBDL
5....u9/L..................:
T. YL...Ii.ENZi;NE•::;;::....::::::::::::::: :>;:::;;;;;;: ;;;:;;;;;;::;;.;•;:;•>;:>:-;:::::;;;;::;:;::::;:
.:..............................................................................
::...........::.::.:.:...........:.....:.....::..::.:.::....:::::..:.
:...:....:..::..:.:::.
BROMOMETHANE
............................. ...
BDL............................
lO.....U9/L...................
;CHLORO i-.HA: i; MET NE : ; ;i:'::'` :"::::a:=':`:` ::':r':: ;: ;' ':::: ':i4f:.2F?.'
......................BDL.............................................................................l.O.....ug/L................::
....................................................................................................................................................................................................................
. is;;s:;;;ti;;;;>
::: :::...:::t
........................................
........................
DICHL...... HANE...;.(METHYLENE CHLORIDE)BDL.:::..
.....:.................................................................._5...._U9/L..................
I.1 Z ;2.-T TPA MEO OETHANE :.........:::..:..::..
.:.;::;::.::;.:.:;.:.,.::.;.:..,:::;
a:::;:..;::...,.::::....;.:....:
...:..:.::.:.::..
TETRACHLOROETHENE
.................................................:...
BDL.........
..................................5`.....u9/L..................
i :
::::::..:::::..:::........::::..::•:::..:.::.::,...:..:::.:.-:::;::a:<;;;z;;-,.....:
.................................................................................ug/L..................
.::..:..::..:::::::
TRANS-1 2 DICHLOROETHENE
BDL
;;;1:;'�':?1;-TRICHE?RO.:., NE.;;::::;:y;;;;;>;;;:::;;;;;:;•;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;
1.,_1.:2.-TRICHLOROETHANE.................................................
BDL...........
5.....U9/..L..................
:TRIGHLOROETHEN:;:>>?»??>:FsF>:iii;:s»>?:>';::i:;::r:=is�taaa:ss............................................_:::::::::..:::::::::::::::::::..::::.-:::::::..:...:......
...................0.M.........................:::..:..::::::::::.........:::::..:::::::..:::::..:..:..::.-:::::::::::::.:::::::::..:..:..::..::.:::::..:::.::::::<5a.:;.
TRLCHLOROFLUOROMETHANE
BDL
5
ag/L
.V.i$N:XI;<::CIiEDR'IQE?::::>.: ::;:: ;:;;;i;; ;;;;;;;;;;;; ;;;;;;;;; ;;;;;;;; ;;;;;;�:: >:;;::>;;:;;:;: ;;;;;:
-::;;:;;;::;;::;;:;:;;;;;:>:;;:;;;;:
;;;;:a;;::a::;•:;::
_
s;;=;;;;:;;;;;>:;:.; .;;:
..............
;:....., .::;;;:: ;;: ;;;:;;
1, 2-DICHLDROBENZ,ENE.:,:(O:-DICHLOROBENZENE.)
`�..:..
u.9/L.
:::::::::::::::::•::•::.:::BDL::::::::.-:::::::::.............................................................
1. 3....DICHLOROB NZENE..:.:- HLDROB WE ;;;.::....,...:
t..............._................_ E....................(M. � IC...........-,.... .):...::::.:.BDL5
s>;i:;':;3r;;>.>::::ry:;;;:;:I_:.`::;?:>.:;.:::><::::::
.... .............
.....::.::...
u9l..................�
1 4-DICHLOROBENZENE P-DICHLOROBENZENE
BDL
5
u L
Page 1 (continued on
next page)

HERITAGE ENVIRONMENTAL SERVICES, INC.
Sample ID:.A411032 INFLUENT
Parameter Result Det. .Limit Units
ATE...RECDYERYI.......................................................................................
near range -- please see rep
TWO',PryRIORITY POLLUTANTS EPA b24
'Ari9(yst.� ll, HA2UR: Ana4YsiS pace .:23 JUR 97 2qT
. instr�inent :DG/MS VOA, ,'
TBSt 0502
3.j; `
Parameter
ACROLEIN
Result
BDL
Det. Limit
Units
AC R . NiTRI.LE.............................................................................................:.:-:.-.�
,:-::BD.L.:-.:-:.-::::.-.:-.:-:::::.::::-.:-:::.>:.-::.-:.-::
-.::::.�:;:::;;::is101t:.;:,ug/:L;:::;:;::;;:;:;;
BENZENE ........................ ;;;;;;:;;::::::::::: ::::<:;:>:;;;;:;:::;::.,,:,:;::::::::::::::::::::.-:::::::.:.:.::::::..
BDL.................. .
9
BROM E
0 ::::::.-:::::::.-::::::.::.:::::.-:.-::.
................................................................:.::.::.:.�::::::::::::::::::.-::::::::.::.:::::BDL:::::.-:.:.-::.-:::
.:::.::::::::::.-:.-::•:.::::::...........................................
................. ....
::::120::
��
.. .L
. .
ug/.L::.-:::::::.::-..
CARBON TETRACHLORIDE
BDL
.............
120
u L
CHLOROB.ENZENE.::::::::::::::::::::....................... ...................................................
..................................................................................BDL........::-:.:::::::::::,-:..:::::::::::::::.::.-:120.:.
;.::::::::::::::::;::;;::;:;;:;;;:�:�;:;::;;;:
;. .:...
......................
;:�:ug/L;:::::;::;::; :;::
CHLOROETHANE .........................
BDL..............
'
B�:CHLOBQ ::H:: , ;.:. ; -...: ; :::::.- :::.::.:::::::::.:-::::::.-;..;:::a: ;::: ;:s;::s:
.................._ET.._YL1Ii.NYLE7HEft:::::::::....................................................................BDL;;;;:
;:;r::;::c;;.
:::::::.-:::.-::;:::;>:rz:;:::;;;::a;:;•;:::;::
;;:•;:;:;::::.,.::,-:::.::::::::::.::-:::.-:.�
;;::;;s•:•;;;::s;:>r;;:::::.::.::;;>;:;;;;;;:
,:::.-.-:.-.-:.-.-.:. ::..::
.....................
CHLOROFORM
BDL
120
u L
::D:I.BROMOCEILO.ROMEIHANE:::::::::.-::.�::::::::::::.:...................................................
.................................................
BD.t:Fis:?:i::.;::::€:.;::1:2€.0
.
BROMODICHLOROM
::.:-:...-:..,.......,...:.........:...._ETHANE
BDL.::::.:::::::::.;............................
:}: •.i:rIlICH -
,.............. LORDETHANE;::;:;;::::::::;;:;:;;>;:::;;::::::;:;::;;:;;:;::;:;::;;;::;:;::•;:;::;:::;:..:::.
::::::::.:::.-nn:;>:•::s::::
;n;»::;: ss
......................................
s::::::asss;:;; ; ::::.......:
u L
:11.+.2-DICHLOROETHANE.::..-:.-.-:::.:-.-:::.-:.-.:-::.-:::::•:.-:::.-:.-.:-:.-:.-.-::.:.-:.-.-:.-:.-:.-:::.:::::BDL
:..: i::: D:I,C.H l 0.ROE.TH E N::::.-:.-:::::.:::::::.-:::.:-::.-:.-:.-:..:-...........:.:::.-:::.:.:.-::•:.-:::::.-::
..............................................BDL:::>s::;::;:;;;::;;;;;;;:::;:
:::......................................................................120
s;s•;::;; ;;;:-:>
:iii::a:::rsitis>12Osa;:ugAm
ti s»
1, 2.-DICHLOROPROPANE
...................
BDL.....
..............._IiLDRORROPEN€........................................................................
::::: ;:::•;;::;::::;::::>:;:;::;:
;>;;;; .;.:.:::...,..::....................
TRANS-I,3-DICHLOROPROPENE:::::.>:.-
•:::::BDL..........................................................................120
u L
9�
... .:::::.::::::.-::::.-.-:::::::::::::::::::::::.-:::•:
HYL...RENZENE.......................................................................
•BD.L.........::.........
::;:;;:-:;:�:;;;:�;;:�;::;:-::-:;;;;:;:•;::::;:;:::::
,::::::::.::.-::::.-::.::.-::::.-.-:.>.-.-:::.-:.>:I.20
;;::::::;:;;;;;::.:;;; •:::.ug/L:::.:::::::::;:;;:
BROMONETHANE
.......................
BDL................
250
u L
LDROMETHANE...........................................................................
.................................................................................................:::::::.-:::::.-.-:.::;::;
:
...... ::;:;:;;;:;::;::;:::;:;;;;:::::>:;:::::;;;;;;:;:::;:;:::;;:.:;::
�:::::::.:::::::�:.::250;;::;
....
DICHLOROMETHANE METHYLENE CHLORIDE
BDL
,.i,,Z..IEIRAGHLQROEFHANE
..
::::;;::�;;:;;;;:;;;;12Q=t:u
9/L..................
TETRACHLOROETHENE ..............:..........
:::::;::::.:::::..........:::::::::.-::.::.::.-:::::.:::::::::::::.:.::::::.-.::::::::::::::::.-:.-:.-.-:.:-.-:::::::::::BDL.::::.-::::.-:::.........................................................120...
u L
9/...::.:::.-::::.::::
::::::::::.............................................::.-:.-:::.-::::::::.:.:.::::::..:.....:...........:::::....
TOLUEN........:::.......:::::::::::::::.....................................................................................::.-:
E....................................::.::::...............................:::...::...-:.-:....:::::..........................BDL::::.-:::.-:.:.:.:-:.-.:-.-::::::.:::.-:::.:::,:::::::.-.:.-...........::.
.................................................................................-:.::-.-120.
:::::::.-:.-:;:::;:;;;;;:::;;;;;;;;;;;::;;;;;>;:::;;::;;;:::•;:
;;;:;: ::..::....
.
-: ::: ;;;;:: ;;:::;:
-:UsIL.:-:::::::::::::::.
TRANS-I,2-DICHLOROETHEN:E:::::.-:::::::.-:::.::.>BDL::::...,................................................................._120....
u L
1,1,2 TRICHLOROETHANE
S
BDL
120
U 9/L
F tLT.'.n .Y.u.n - .y-
T�'��rHE�`OETHENE—�-�-�--- + � x „�-� y • ..�._._,.
........ ...........
, n---,-Tx..,.,�
�,.•�.�,.,
..............:
TRICHLOROFLUOROMETHANE
BDL
120
HLORiDE..........................................................................................:.::.::.:.-:,BDL:.-:::;::.;:;:::;:;;;:;:;;;;::;;:;;:::;:;;:;;;:;;;;::::::::::;::;:;;;:;2a.4:;:>:u
.....................
.ug/L
g/
.,.:z-PICHLOROBENZENE::::(0.-_DICHLOROBENZENE).:::::::::::::.::.-:.::::::BDL_:::::::::::::::::::...........................-..-................
120...
..................
u9/
Di:CliLOROBENZENE.:: sMeIlICHLORO :;::;::::::::::.::::-
........................................................_(..........................-..._BENZENE}..::BDL;.:::;:;:;;::;::-:::.:.-:......:............::.::::::::::::
:::;;.:::::::::.:::::::;;-.;:::::::-:.-::-........:::;;::.:
................................................................._U9
.................
- HLOROBENZENE P-DICHLOROBENZENE
1 4 DIC (.. )
BDL
120 :.......9/
u L
.....................
SURROGATE
RECOVERY
DICHLOvV
.:., ... O R O E T H A N E. - D 4.::::.:::..::::.::::::::::::.-:.:::::::::::.-:.-:::.-:.-:.-::::::::.-::::::::.-:::...::::
121...............
%Rec
::.-::::::::.-:::::::.-.-:.-:::::.:.-::::::.::::.::::....................................................
1.04........................:.-:.::::::::::.-.-.-:.-.-:.:::.-::::•::.:-:.-.-:::::::::.-:::./.-.Rea:::::::�:;;;
4-BROMOFLUOROBENZENE
105
% Rec
1:25 dilution
Page 2 (continued on next page)

HERITAGE ENVIRONMENTAL SERVICES, INC. Sample ID:.A411032 INFLUENT
Suple Comments
* See Note for Parameter
BDL Below Detection Limit
Sample chain of custody number R10921.
This Certificate shall not be reproduced, except in full,
without the written approval of the lab.
Additional copies of this report sent to:
LARRY CLARK, TOASTMASTER INC.
1801 STADIUM BLVD., COLUMBIA, NO 65202
Approved : ?.K- /A. o Page 3 (last page)

CERTIFICATEl0F ANALYSIS
Service Location. Received Project Lab ID
HERITAGE ENVIRONMENTAL SERVICES, INC. 18-JUN-97 2609 A411033
COMMERCIAL LABORATORY OPERATIONS complete PO Number
7901 W. MORRIS ST. 25-JUN-97 59240
INDIANAPOLIS, IN 46231 Printed SampLed
[phone]
25-JUN-97 17-JUN-9-97 14:34
Report To
STEVE TYLER
RICHARD CATLIN & ASSOCIATES
P.O. BOX 10279
220 OLD DAIRY ROAD
WILMINGTON, NC 28405-3755
BILL To
LARRY CLARK
TOASTMASTER INC.
1801 N. STADIUM BLVD.
COLUMBIA, MO 65202
CLIENT ID: EFFLUENT Sample Description
DESCRIPTION: GROUND WATER
PROJECT NAME: TOASTMASTER, INC.

HERITAGE ENVIRONMENTAL SERVICES, INC. Sample ID:.A411033 EFFLUENT
Sample Coons
BDL Below Detection Limit
Sample chain of custody number R10921.
This Certificate shall not be reproduced, except in full,
without the written approval of the lab.
Additional copies of this report sent to:
LARRY CLARK, TOASTMASTER INC.
1801 STADIUM BLVD., COLUMBIA, NO 65202
Approved Q•�. Sc�¢v co
Page 2 (last page)

DIVISION OF WATER QUALITY - GROUNDWATER SECTION
GROUNDWATER QUALITY MONITORING: P.O.Box zes7a
For additional forms RALEIGH,NC 27626.0573
COMPLIANCE REPORT FORM please write or cad: [phone]
Type or Use a ball-point pen and press firmly.
Facilit
Well
Well Identification Number g&j-3 Well Depth Vo Ft.
Well Diameter4 ofSample(Screened) Interval zo Ft. To VOFt.
Depth to Water Level // Syft. below measuring point (before sampling)
Measuring point is / ft. above land surface
Gallons of water pumped/bailed before sampling a_
FieldAnalysis: pH 6.2 Specific Conductance — hos Temp. oC
Date Sample Collected V— 78— 97 Date Lab Sample Analyzed
Laboratory Name 4k&f�Ac= 4A. 6
SAMPLES FOR METALS WERE COLLECTED UNFILTERED AND FIELD ACIDIFIED A
COD
mg/I
Coliform: MF Fecal
A00ml
Coliform: MF Total
/100ml
(Note: Use MPN method for highly turbid samples)
Dissolved SOIIdS: Total" " `-ingl_
pH (when analyzed)
units..
TOC (
—.- — = mg%1
Chloride
mg/I
Arsenic
mg/I
Grease and Oils
mg/I
Hardness: Total
mg/I
Phenol
mg/I
Sulfate
mg/I
Specific Conductance
uMhos
Total Ammonia
mg/I
TKN as N
mg/I
PERMIT NUMBER: (REQUIRED)
Non -Discharge GJQ 00077927
NPDES
TYPE OF DISPOSAL OPERATION BEING MONITORED
(REQUIRED)
Lagoon Septic Tank/Drain Field
Spray Field Sub ` ce Low-PresSl
Pipi � P)
Land Application of Sludg rn
y Oth
Rotary Distributor r, „ u rr; L
Odor — Appearance
Certification No. !�A
YES NO
Nitrite (NO2) as N
mg/I
Nitrate (NO3) as N
mg/I
Phosphorus: Total as P
mg/I
AI - Aluminum
mg/I
Ba - Barium
mg/I
Ca - Calcium
mg/I
Cd - Cadmium
mg/I
Chromium: Total
mg/I
Cu - Copper
mg/I
Fe - Iron
mg/I
Hg - Mercury
mg/I
K - Potassium
mg/I
Mg - Magnesium
mg/I
Mn - Manganese
mg/I
Na - Sodium
mg/I
}
Lu
W
in:
Ni - Nickel�mg/I
Pb - Lead mg/I
Zn - Zinc mg/I
Pesticides/Herbicides ; r
(Specify Compounds)
I
— 1 _ -„
Other (Specify Compounds and
Concentration units) o ns
r rl
li>�7f�T>
ug/I
ug/I
ug/I
I CERTIFY THAT THIS REPORT IS TRUE AND ACCURATE. Note: Values should reflect dissolved and
colloidal concentrations. (see #3 on back)
E-13-1/7 ` See back for instructions.
Signatup6 of Permi e (or Authorized Agent') Date R* Submit blue and yellow copies only to address above.
GW-59 REV. 8/96

COLLECTION AND ANALYSIS OF GROUNDWATER SAMPLES
Samples should be analyzed as soon as possible after collection. SAMPLES WHICH ARE NOT ANALYSED WITHIN THE HOLDING TIME SPECI-
FIED FOR THE METHOD USED (SEE #4. BELOW) MUST BE DISCARDED AND NEW SAMPLES COLLECTED.
2. Metals Analyses: Use Standard Method 3030C for sample preparation Qnercury excluded). DO NOT FILTER METALS SAMPLES IN THE FIELD !!v
Unfiltered samples must be collected for metals, then field acidified with 5 ml concentrated nitric acid per liter of sample, and should be submitted to the
lab within 24 hours.
Sample preparation in the laboratory (extraction and filtration) must be completed within 72 hours of collection.
3. ANALYSES ARE TO BE MADE OF THE MOBILE CONSTITUENTS (DISSOLVED AS WELL AS COLLOIDAL) IN THE
GROUNDWATER, NOT THOSE THAT ARE A_ PART OF SEDIMENT ASSOCIATED WITH WELL CONSTRUCTION R SAMPLING PROCEDURES.
CHECK WITH YOUR LABORATORY ON PROPER PROCEDURES FOR SAMPLE COLLECTION AND PRESERVATION.
4. As per Title 15, North Carolina Administrative Code, Subchapter 2L, analytical procedures shall be in accordance with the methods described in one of
the following publications, or by other methods approved beforehand by the Director, Division of Environmental
Management:
(a) Standard Methods for the Examination of Water and Wastewater, 16th Edition, 1985 and 17th Edition, 1989, published jointly by
American Public Health Association, American Water Works Association and Water Pollution Control Federation;
(b) Methods for Chemical Analysis of Water and Waste, 1979, U.S. Environmental Protection Agency publication number
EPA-600/4-79-020, as revised March 1983;
(c) Test Methods for Evaluating Solid Wastes: Physical/Chemical Methods, 3rd Edition, 1986, U.S. Environmental Protection Agency
publication number SW-846;
(d) Test Procedures for the Analysis of Pelluants Under the Clean Water Act, Federal Register Vol. 49, No. 209, 40 CFR Part 136,
October 26, 1984;
5. Measure and record the depth of water in the well prior to pumping or bailing any water from the well.
6. At least 3 volumes of water in the well should be pumped or bailed prior to collecting a sample for analysis. If the well is pumped/bailed dry before 3 well
volumes are removed, samples can be collected as soon as the well recovers to the point where enough water is available to collect your sample.
7. Determination for pH, Specific Conductance, temperature, odor and appearance must be made in the field on unfiltered samples when the sample is
collected.
8. Field equipment must be calibrated in accordance with recommendations by the manufacturer.
9. Samples must be filtered through a 0.45 micron filter immediately after collection when a dissolved analysis is required. (See #4. above)
10.The sample container should be labeled at the time of collection with the facility name, well identification number and date and time collected.
1.^Authorized agent' is any corporate officer or public -official authorized by the company, corporation, or governmental body to sign official documents.

DIVISION OF WATER QUALITY- GROUNDWATERSECTION
GROUNDWATER QUALITY MONITORING: P.O. BOX29578
For additional forms RALEIGH, NO 27626-0578
COMPLIANCE REPORT FORM please write or call: (919)7333221
Type or Use a ball-point pen and press firmly. PERMIT NUMBER: (REQUIRED)
Facility Name 25_& t "rP' 1vG ��� t�f < Non -Discharge GJQ oo07796
Address �r_�„� T %Z NPDES
4Avi-i.✓d"-rs4 ii%G Count Su�7d TYPE OF DISPOSAL OPERATION BEING MONITORED
y (REQUIRED)
Well Location Lagoon Septic Tank/Drain Field
Well Identification Number
`%"
Rw-Z
Well Depth So Ft.
Spray Field
ow-Pressure
Well Diameter Sample
p
(Screened)
Screened Interval
50 Ft. To 5b Ft.
Pipingm�p�Subsur
Piping
t
Depth to Water Level 32..7
Z. /
ft. below measuring point (before sampling)
Land Application of Slud en _
2/
��
wc�
Other
t
Measuring point is
ft. above land surface
�E 4
Gallons of water pumped/bailed
before sampling
REca✓�i 4/Aa._
Rotary Distributor
Field Analysis: pH to, 7-
Specific Conductance
r uMhos Temp. '-- oC
Odor r— Appearance
Date Sample Collected 'Y-Z5-97 Date Lab
Sample Analyzed
��
?T G
Laboratory Name
Certification No.
g8
p�
Ems'
SAMPLES FOR METALS WERE
COLLECTED UNFILTERED
AND FIELD ACIDIFIED iV
YES NO
COD
mg/I
Nitrite (NO2) as N
mg/I
Ni - Nickel
mg/I
Coliform: MF Fecal
/100ml
Nitrate (NO3) as N
mg/I
Pb - Lead
mg/I
Coliform: MF Total
/100ml
Phosphorus: Total as P
mg/I
Zn - Zinc
mg/I
(Note: Use MPN method for highly turbid
samples)
AI - Aluminum
mg/I
Pesticides/Herbicides
Dissolved Solids: Total
mg/I
Ba - Barium
mg/I
(Specify Compounds)
`-�
,:
pH (when analyzed)
units
Ca - Calcium
mg/I
- .
TOC
mg/I
Cd - Cadmium
mg/I
.ug/I
='-!:--.ug/I
Chloride
mg/I
Chromium: Total
mg/I
Arsenic
mg/I
Cu - Copper
mg/I
Other (Specify Compounds and
Grease and Oils
mg/I
Fe - Iron
mg/I
Concentration units)
n
Hardness: Total
mg/I
Hg - Mercury
mg/I
Phenol
mg/I
K - Potassium
mg/I
5AO&Omo(
LAZ c
Sulfate
mg/I
Mg - Magnesium
mg/I
r
s
Specific Conductance
uMhos
Mn - Manganese
mg/I
Total Ammonia
mg/I
Na - Sodium
mg/I
TKN as N
mg/I
I CERTIFY THAT THIS REPORT IS TRUE AND ACCURATE.
.Z,//- '�_ 7�L S- /3 q 7
Sig ure of Permitt (or Authorized Agent*) Date
GW-59 REV. 8/96
Note: Values should reflect dissolved and
colloidal concentrations. (see #3 on back)
* See back for instructions.
** Submit blue and yellow copies only to address above.

COLLECTION AND ANALYSIS OF GROUNDWATER SAMPLES
Samples should be analyzed as soon as possible after collection. SAMPLES WHICH ARE NOT ANALYSED WITHIN THE HOLDING TIME SPECI-
FIED FOR THE METHOD USED (SEE #4. BELOW) MUST BE DISCARDED AND NEW SAMPLES COLLECTED.
2. Metals Analyses: Use Standard Method 30300 for sample preparation (mercury excluded). DO NOT FILTER METALS SAMPLES IN THE FIELD !!!
Unfiltered samples must be collected for metals, then field acidified with 5 ml concentrated nitric acid per liter of sample, and should be submitted to the
lab within 24 hours.
Sample preparation in the laboratory (extraction and filtration) must be completed within 72 hours of collection.
3. ANALYSES ARE TO BE MADE OF THE MOBILE CONSTITUENTS (DISSOLVED AS WELL AS COLLOIDAL) IN THE
GROUNDWATER, NOT THOSE THAT ARE A PART OF SEDIMENT ASSOCIATED WITH WELL CONSTRUCTION OR SAMPLING PROCEDURES.
CHECK WITH YOUR LABORATORY ON PROPER PROCEDURES FOR SAMPLE COLLECTION AND PRESERVATION.
4. As per Title 15, North Carolina Administrative Code, Subchapter 2L, analytical procedures shall be in accordance with the methods described in one of
the following publications, or by other methods approved beforehand by the Director, Division of Environmental
Management:
(a) Standard Methods for the Examination of Water and Wastewater, 16th Edition, 1985 and 17th Edition, 1989, published jointly by
American Public Health Association, American Water Works Association and Water Pollution Control Federation;
(b) Methods for Chemical Analysis of Water and Waste, 1979, U.S. Environmental Protection Agency publication number
EPA-600/4-79-020, as revised March 1983;
(c) Test Methods for Evaluating Solid Wastes: Physical/Chemical Methods, 3rd Edition, 1986, U.S. Environmental Protection Agency
publication number SW-846;
(d) Test Procedures for the Analysis of Polluants Under the Clean Water Act, Federal Register Vol. 49, No. 209, 40 CFR Part 136,
October 26, 1984;
5. Measure and record the depth of water in the well prior to pumping or bailing any water from the well.
6. At least 3 volumes of water in the well should be pumped or bailed prior to collecting a sample for analysis. If the well is pumped/bailed dry before 3 well
volumes are removed, samples can be collected as soon as the well recovers to the point where enough water is available to collect your sample.
7. Determination for pH, Specific Conductance, temperature, odor and appearance must be made in the field on unfiltered samples when the sample is
collected.
8. Field equipment must be calibrated in accordance with recommendations by the manufacturer.
9. Samples must be filtered through a 0.45 micron filter immediately after collection when a dissolved analysis is required. (See #4. above)
10:The sample container should be labeled at the time of collection with the facility name, well identification number and date and time collected.
1."Authorized agent" is any corporate officer or public official authorized by the company, corporation, or governmental body to sign official documents.

GROUNDWATER QUALITY MONITORING:
COMPLIANCE REPORT FORM
DIVISION OF WATER QUALITY - GROUNDWATER SECTION
B.O. BOX 29578
For additional forms RALEIGH, NC 27626.0578
please write. or call: [phone]
Type or Use a ball-point pen and press firmly.
Facility Name 7-_"-7/h.A;SrrC lZue, :iuru Drw
Address 4I� Z /&4z1
1420-1,vbrr,^n y/'_ County Sr_,5>crs/cr
Well Location
Well Identification Number kfm / Well Depth 5D Ft.
Well Diameter41" Sample (Screened) Interval 30 Ft. TO-�o Ft.
Depth to Water Level ZN.So ft. below measuring point (before sampling)
Measuring point is / ft. above land surface
Gallons of water pumped/bailed before sampling ca tj&VZC
Field Analysis: pH 4.2 Specific Conductance — bhos Temp. — oC Odor
Date Sample Collected Y - 7-4 —9 7 Date Lab Sample Analyzed
PERMIT NUMBER: (REQUIRED)
Non -Discharge 000779�
NPDES
TYPE OF DISPOSAL OPERATION BEING MONITORED
(REQUIRED)
Lagoon Septic Tan n Field
SubsurfPressure
Piping (LP�
ON
Other .,,�„
Spray Field
Land Application of Sludg?,/
Rotary Distributor
Appearance —
Laboratory Name > G 6Z5 Certification No. 99
SAMPLES FOR METALS WERE COLLECTED UNFILTERED AND FIELD ACIDIFIED _YES NO
COD
Coliform: MF Fecal
Coliform: MF Total
(Note: Use MPN method for highly turbid samples)
_ mg/I
/100ml
/100ml
Dissolved Solids: Total.
9/1
pH (when analyzed)(
its
TOC
- - mg/I
Chloride
mg/I
Arsenic
mg/I
Grease and Oils
mg/I
Hardness: Total
mg/I
Phenol
mg/I
Sulfate
mg/I
Specific Conductance
uMhos
Total Ammonia
mg/I
TKN as N
mg/I
LM
Nitrite (NO2) as N
mg/I
Ni - Nickel
mg/I
Nitrate (NO3) as N
mg/I
Pb - Lead
mg/I
Phosphorus: Total as P
mg/I
Zn -Zinc
mg/I
Al - Aluminum
mg/I
Pesticides/Herbicides
�
Ba - Barium
mg/I
(Specify Compounds)
'p
n
Ca - Calcium
mg/I
c
ug/I
Cd - Cadmium
mg/I
_
ug/I
Chromium: Total
mg/I
—
nug/1
Cu - Copper
mg/I
Other (Specify Compounds and
Fe - Iron
mg/I
concentration units)
-
- r
Hg - Mercury
mg/I
K - Potassium
mg/I
<���_� Lag�o
Mg - Magnesium
mg/I
Mn - Manganese
mg/I
Na - Sodium
mg/I
I CERTIFY THAT THIS REPORT IS TRUE AND ACCURATE. Note: Values should reflect dissolved and
colloidal concentrations. (see #3 on back)
— 4 7 See back for instructions.
Sign re of Perm ee (or Authorized Agent`) Date •* Submit blue and yellow copies only to address above.
GW-59 REV. 8/96

COLLECTION AND ANALYSIS OF GROUNDWATER SAMPLES
Samples should be analyzed as soon as possible after collection. SAMPLES WHICH ARE NOT ANALYSED WITHIN THE HOLDING TIME SPECI-
FIED FOR THE METHOD USED (SEE #4. BELOW) MUST BE DISCARDED AND NEW SAMPLES COLLECTED.
2. Metals Analyses: Use Standard Method 3030C for sample preparation (mercury excluded). DO NOT FILTER METALS SAMPLES IN THE FIELD M
Unfiltered samples must be collected for metals, then field acidified with 5 ml concentrated nitric acid per liter of sample, and should be submitted to the
lab within 24 hours.
Sample preparation in the laboratory (extraction and filtration) must be completed within 72 hours of collection.
3: ANALYSES;ARE TO BE MADE OF THE MOBILE CONSTITUENTS (DISSOLVED AS WELL AS COLLOIDAL) IN THE
GROUNDWATER, NOT THOSE THAT ARE A PART QFSEDIMENT ASSOCIATED WITH WELL CONSTRUCTION � SAMPLING PROCEDURES.
CHECK WITH YOUR LABORATORY ON PROPER PROCEDURES FOR SAMPLE COLLECTION AND PRESERVATION.
4. A"s per Titlel5, North Carolina Administrative Code, Subchapter 2L, analytical procedures shall be in accordance with the methods described in one of
the following publications, or by other methods approved beforehand by the Director, Division of Environmental .
Management:
(a) Standard Methods for the Examination of Water and Wastewater, 16th Edition, 1985 and 17th Edition, 1989, published jointly by
American Public Health Association, American Water Works Association and Water Pollution Control Federation;
(b) Methods for Chemical Analysis of Water and Waste, 1979, U.S. Environmental Protection Agency publication number
EPA-600/4-79-020, as revised March 1983;
(c) Test Methods for Evaluating Solid Wastes: Physical/Chemical Methods, 3rd Edition, 1986, U.S. Environmental Protection Agency
publication number SW-846;
(d) Test Procedures for the Analysis of Polluants Under the Clean Water Act, Federal Register Vol. 49, No. 209, 40 CFR Part 136,
October 26, 1984;
5. Measure and record the depth of water in the well prior to pumping or bailing any water from the well.
6. At least 3 volumes of water in the well should be pumped or bailed prior to collecting a sample for analysis. If the well is pumped/bailed dry before 3 well
volumes are removed, samples can be collected as soon as the well recovers to the point where enough water is available to collect your sample.
1_
7. Determination for pH, Specific Conductance, temperature, odor and appearance must be made in the field on unfiltered samples when the sample is
collected.
8. Field equipment must be calibrated in accordance with recommendations by the manufacturer.
9. Samples must be filtered through a 0.45 micron filter immediately after collection when a dissolved analysis is required. (See #4. above)
10.The sample container should be labeled at the time of collection with the facility name, well identification number and date and time collected.
1. "Authorized agent' is any corporate officer or public official authorized by the company, corporation, or governmental body to sign official documents.

GROUNDWATERQUALITY MONITORING:
COMPLIANCE REPORT FORM
DIVISION OF WATER QUALITY • GROUNDWATER SECTION
P.O. BOX 29578
For additional forms RALEIGH, NC 27626.0578
please write or call: [phone]
Type or Use a ball-point pen and press firmly.
PERMIT NUMBER: (REQUIRED)
Facility Name /CA;,7HAS?ek Z G.flur'aArA'Ph —1>y
Non -Discharge WQ Ooo?7--,5
Address
NPDES
LAu�rJ r/✓u A/G County -
TYPE OF DISPOSAL OPERATION BEING MONITORED
/",,�
Well Location glA 3Y' Y8� Oy 3�r Loud 7`i ` Z%r yf , 3r�
REQUIRED
( ) Lagoon Septic
rain Field
Well Identification Number RC — /.i Well Depth Ft.
Spray Field
ow-Pcx,
E-UE
E
Well Diameter. (Screened) Interval Ft. To Ft.
PipingSubsu
Piping
cyewy �
Xyl
n1
;�
Depth to Water Level / ,'& ft. below measuring point (before sampling)
Land Application of Sludge
r� Other
LUM
1
i
Measuring point is Z.,S ft. above land surface
Rotary Distributor
F_
Gallons of water pumped/bailed before sampling
Field Analysis: pH S. Specific Conductance uMhos Temp. — ° C
Odor Appearance
I�
EL
CE
Date Sample Collected y�7-2'�ti7 Date Lab Sample Analyzed
q
U-
Laboratory Name 6
Certification No. iB
SAMPLES FOR METALS W RE COLLECTED UNFILTERED AND FIELD ACIDIFIED �/
YES NO
COD
Coliform:
Coliform:
MF Fecal
MF Total
(Note: Use MPN method for highly turbid samples)
Dissolved Solids: Total
pH (when analyzed)
TnC
Chloride
ArGanin..
Grease and Oils
Hardness: Total
Phannl
Sulfate
Specific Conductance
Total Ammonia
TKN as N
_ mg/I
100ml
100ml
mg/I
_units
mg/I
mg/I
_ mg/I
_ mg/I
_ mg/I
_ mg/I
_ mg/I
uMhos
_ mg/1
_ mg/I
Nitrite (NO2) as N
mg/I
Nitrate (NO3) as N
mg/I
Phosphorus: Total as P
mg/I
Al - Aluminum
mg/I
Ba - Barium
mg/I
Ca - Calcium
mg/1
Cd - Cadmium
mg/1
Chromium: Total
mg/I
Cu - Copper
mg/I
Fe - Iron
mg/I
Hg - Mercury
mg/I
K - Potassium
mg/I
Mg - Magnesium
mg/I
Mn - Manganese
mg/I
Na - Sodium
mg/I
I CERTIFY THAT THIS REPORT IS TRUE AND ACCURATE.
1 -14 5'-/3-77
Signature of r ittee (or horized Agent') Date
GW-59 REV. 8/96
Ni - Nickel mg/I
Pb - Lead mg/I
Zn - Zinc a; mg/I
Pesticides/Herbicides —1
(Specify Compounds) V O Rl
C7_ ate,
ug/I
ug/I
'c ug/I
Other (Specify Compounds and 'ss
Concentration units) = rri
o rn
Sriitrrfr�� / a 3 c-i
Note: Values should reflect dissolved and
colloidal concentrations. (see #3 on back)
See back for instructions.
'• Submit blue and yellow copies only to address above.

Samples should be analyzed as soon as possible after collection. SAMPLES WHICH ARE NOT ANALYSED WITHIN THE HOLDING TIME SPECI-
FIED FOR THE METHOD USED (SEE #4. BELOW) MUST BE DISCARDED AND NEW SAMPLES COLLECTED.
2. Metals Analyses: Use Standard Method 3030C for sample preparation (mercury excluded). DO NOT FILTER METALS SAMPLES IN THE FIELD !!!
Unfiltered samples must be collected for metals, then field acidified with 5 ml concentrated nitric acid per liter of sample, and should be submitted to the
lab within 24 hours.
Sample preparation in the laboratory (extraction and filtration) must be completed within72 hours of collection.
3. ANALYSES ARE TO BE MADE OF THE MOBILE CONSTITUENTS (DISSOLVED AS WELL AS COLLOIDAL) IN THE
GROUNDWATER, NOT THOSE THAT AREA PART OF SEDIMENT ASSOCIATED WITH WELL CONSTRUCTION OR SAMPLING PROCEDURES.
CHECK WITH YOUR LABORATORY ON PROPER PROCEDURES FOR SAMPLE COLLECTION AND PRESERVATION.
4. As per Title 15, North Carolina Administrative Code, Subchapter 2L, analytical procedures shall be in accordance with the methods described in one of
the following publications, or by other methods approved beforehand by the Director, Division of Environmental
Management:
(a) Standard Methods for the Examination of Water and Wastewater, 16th Edition, 1985 and 17th Edition, 1989, published jointly by
American Public Health Association, American Water Works Association and Water Pollution Control Federation;
(b) Methods for Chemical Analysis of Water and Waste, 1979, U.S. Environmental Protection Agency publication number
EPA-600/4-79-020, as revised March 1983;
(c) Test Methods for Evaluating Solid Wastes: Physical/Chemical Methods, 3rd Edition, 1986, U.S. Environmental Protection Agency
publication number SW-846;
(d) Test Procedures for the Analysis of Pelfuants Under the Clean Water Act, Federal Register Vol. 49, No. 209, 40 CFR Part 136,
October 26, 1984;
5. Measure and record the depth of water in the well prior to pumping or bailing any water from the well.
6. At least 3 volumes of water in the well should be pumped or bailed prior to collecting a sample for analysis. If the well is pumpedibailed dry before 3 well
volumes are removed, samples can be collected as soon as the well recovers to the point where enough water is available to collect your sample.
Determination for pH, Specific Conductance, temperature, odor and appearance must be made in the field on unfiltered samples when the sample is
collected.
8. Field equipment must be calibrated in accordance with recommendations by the manufacturer.
9. Samples must be filtered through a 0.45 micron filter immediately after collection when a dissolved analysis is required. (See #4. above)
1 O.The sample container should be labeled at the time of collection with the facility name, well identification number and date and time collected.
]."Authorized agent' is any corporate officer or public official authorized by the company, corporation, or governmental body to sign official documents.

DIVISION OF WATER QUALITY - GROUNDWATER SECTION
GROUNDWATER QUALITY MONITORING: P.O. BOX 29578
For additional forms RALEIGH, NO 27626-
7626.0578
COMPLIANCE REPORT FORM please Write or call. (gig) 733-3221
Type or Use a ball-point pen and press firmly.
Facility Name T/ks-Ma-sT�� La/� �� M 3>/
County Wig,
Well Location
PERMIT NUMBER: (REQUIRED)
Non -Discharge c4Q 00o779$
NPDES
TYPE OF DISPOSAL OPERATION BEING MONITORED
(REQUIRED)
Well Identification Number QT /y VreII Depth 30 Ft.
Well Diameter7-" Sample (Screened) Interval 6 Ft. To 30 Ft.
Depth to Water Level o,BS ft. below measuring point (before sampling)
Measuring point is 3.2_ ft. above land surface
Gallons of water pumped/bailed before sampling 6 L
Field Analysis: pH S, 3 Specific Conductance — uMhos Temp. — oC Odor
Date Sample Collected `/_Z8- CY7 _Date Lab Sample Analyzed
Laboratory Name
SAMPLES FOR METALS
COD
Coliform:
Coliform:
COLLECTED UNFILTERED AND FIELD
mn/I
MF Fecal /100ml
MF Total /100ml
(Note: Use MPN method for highly turbid samples)
Dissolved Solids: Total
mg/I
pH (when analyzed)
units
TOC
mg/I
Chloride
mg/I
Arsenic
mg/I
Grease and Oils
mg/I
Hardness: Total
mg/I
Phenol
mg/I
Sulfate
mg/I
Specific Conductance
uMhos
Total Ammonia
mg/I
TKN as N
mg/I
Nitrite (NO2) as N
Nitrate (NO3) as N_
Phosphorus: Total as
Al - Aluminum
Ba - Barium
Ca - Calcium
Cd - Cadmium
Chromium: Total
Cu - Copper
Fe - Iron
Hg - Mercury
K - Potassium
Mg - Magnesium
Mn - Manganese
Na - Sodium
0
Lagoon Septic Tarin Field
Spray Field Subsurfact., w-Pre�re
Piping (LPSf°'°'
Land Application of Sludge J
✓Other
Rotary Distributor
_ Appearance —
Certification No.
IUOA
mg/I
Ni - Nickel
mg/I
mg/I
Pb - Lead
mg/I
mg/I
Zn - Zinc
mg/I
mg/I
Pesticides/Herbicides;
mg/I
(Specify Compounds)
mg/I
.fig/I
mg/I
— �.Mjg/I
mg/I
-0 -rtg/I
mg/I
Other (Specify Compounds and
n
mg/I
Concentration units)
;;o�
�'
mg/I
n
mg/I
S�� /Ys}i iraa t,ts
mg/I
mg/I
mg/I
I CERTIFY THAT THIS REPORT IS TRUE AND ACCURATE. Note: Values should reflect dissolved and
colloidal concentrations. (see #3 on back)
�'J See back for instructions.
Sign re of ermitt e (or Authorized Agent`) Date •• Submit blue and yellow copies only to address above.
GW-59 REV. 8/96

COLLECTION AND ANALYSIS OF GROUNDWATER SAMPLES
Samples should be analyzed as soon as possible after collection. SAMPLES WHICH ARE NOT ANALYSED WITHIN THE HOLDING TIME SPECI-
FIED FOR THE METHOD USED (SEE #4. BELOW) MUST BE DISCARDED AND NEW SAMPLES COLLECTED.
2. Metals Analyses: Use Standard Method 3030C for sample preparation (mercury excluded). DO NOT FILTER METALS SAMPLES IN THE FIELD H1
Unfiltered samples must be collected for metals, then field acidified with 5 ml concentrated, nitric acid per liter of sample, and should be submitted to the
lab within 24 hours.
Sample preparation in the laboratory (extraction and filtration) must be completed within 72 hours of collection.
3. ANALYSES ARE TO BE MADE OF THE MOBILE CONSTITUENTS (DISSOLVED AS WELL AS COLLOIDAL) IN THE
GROUNDWATER, NOT THOSE THAT ARE A PART QF SEDIMENT ASSOCIATED WITH WELL CONSTRUCTION QR SAMPLING PROCEDURES.
CHECK WITH YOUR LABORATORY ON PROPER PROCEDURES FOR SAMPLE COLLECTION AND PRESERVATION.
4. Asper Title 15, North Carolina Administrative Code, Subchapter 2L, analytical procedures shall be in accordance with the methods described in one of
the following publications, or by other methods approved beforehand by the Director, Division of Environmental
Management:
(a) Standard Methods for the Examination of Water and Wastewater, 16th Edition, 1985 and 17th Edition, 1989, published jointly by
American Public Health Association, American Water Works Association and Water Pollution Control Federation;
(b) Methods for Chemical Analysis of Water and Waste, 1979, U.S. Environmental Protection Agency publication number
EPA-600/4-79-020, as revised March 1983;
(c) Test Methods for Evaluating Solid Wastes: Physical/Chemical Methods, 3rd Edition, 1986, U.S. Environmental Protection Agency
publication number SW-846;
(d) Test Procedures for the Analysis of Polluants Under the Clean Water Act, Federal Register Vol. 49, No. 209, 40 CFR Part 136,
October 26, 1984;
5. Measure and record the depth of water in the well prior to pumping or bailing any water from the well.
6. At least 3volumes of water in the well should be pumped or bailed prior to collecting a sample for analysis. If the well is pumped/bailed dry before 3 well
volumes Are removed, samples can be collected as soon as the well recovers to the point where enough water is available to collect your sample.
7. Determination for pH, Specific Conductance, temperature, odor and appearance must be made in the field on unfiltered samples when the sample is
collected.
S. Field equipment must be calibrated in accordance with recommendations by the manufacturer.
9. Samples must be filtered through a 0.45 micron filter immediately after collection when a dissolved analysis is required. (See #4. above)
10.The sample container should be labeled at the time of collection with the facility name, well identification number and date and time collected.
1. "Authorized agent' is any corporate officer or public official authorized by the company, corporation, or governmental body to sign official documents.

IGROUNDWATER QUALITY MONITORING: For additional forms
COMPLIANCE REPORT FORM please write or call:
Type or Use a ball-point pen and press firmly.
Facility Name ie4s>^x s.cii ✓o,Utw.+.-M Iry
Address a4w> A'-
Well
DIVISION OF WATER QUALITY -GROUNDWATER SECTION
P.O. BOX.29578
RALEIGH,NC 27626.0578
[phone].
PERMIT NUMBER: (REQUIRED)
Non -Discharge 'WQ 0007 793
NPDES
TYPE OF DISPOSAL OPERATION BEING MONITORED
(REQUIRED)
Lagoon Septi 0 Drain Field
Well Identification Number iri —/.3 Well Depth SO Ft.
Well Diameter Zrr Sample (Screened) Interval `/S Ft. To 5'6 Ft. Spray Field Pubs6f" ow&esst
Depth to Water Level ZZ 7,N/ ft. below measuring point (before sampling) Land Application of Sludg� n
Measuring point is 3-7- ft. above land surface Othe -�
Gallons of water pumped/bailed before sampling If/
Distributor
Field Analysis: pH 57,6 Specific Conductance uMhos Temp. C Odor —Appearance U-D
Date Sample Collected y 1$ 97 Date Lab Sample Analyzed f
Laboratory Name fivrrcTAAr_ 4Q& Certification No. i8
SAMPLES FOR METALS WERE COLLECTED UNFILTERED AND FIELD ACIDIFIED NIA —YES NO
COD _
Coliform
Coliform
MF Fecal
MF Total
(Note: Use MPN method for highly turbid samples)
mg/I
/loom[
/loom[
Dissolved Solids: Total
mg/I
pH (when analyzed)
units
TOC
mg/1
Chloride
mg/I
Arsenic
mg/I
Grease and Oils
mg/I
Hardness: Total
mg/I
Phenol
mg/I
Sulfate
mg/I
Specific Conductance
uMhos
Total Ammonia
mg/I
TKN as N
mg/I
o a r I e Ys o Al
Nitrite (NO2) as N
mg/I
Ni - Nickel
mg/I
Nitrate (NO3) as N
mg/I
Pb - Lead
mg/I
Phosphorus: Total as P
mg/I
Zn - Zinc
mg/I
AI - Aluminum
mg/I
Pesticides/Herbicides
Ba - Barium
mg/I
(Specify Compounds)`nt
Ca - Calcium
mg/I
6gll
Cd - Cadmium
mg/I
" ? cg/I
Chromium: Total
mg/I
Cu - Copper
mg/I
Other (Specify Compounds and
iV
Fe - Iron
mg/I
Concentration units)
Hg - Mercury
mg/I
K - Potassium
mg/I
.few Zg2Whf1&n
Mg - Magnesium
mg/I
Mn - Manganese
mg/I
Na - Sodium
mg/I
I CERTIFY THAT THIS REPORT IS TRUE AND ACCURATE.
Signa,WAre of Permi e (or Authorized Agent") Date
GW-69 REV. 8/96
Note: Values should reflect dissolved and
colloidal concentrations. (see #3 on back)
• See back for instructions.
•` Submit blue and yellow copies only to address above.

COLLECTION AND ANALYSIS OF GROUNDWATER SAMPLES
Samples should be analyzed as soon as possible alter collection. SAMPLES WHICH ARE NOT ANALYSED WITHIN THE HOLDING TIME SPECI-
FIED FOR THE METHOD USED (SEE 04. BELOW) MUST BE DISCARDED AND NEW SAMPLES COLLECTED.
2. Metals Analyses: Use Standard Method 3030C for sample preparation (mercury excluded). DO NOT FILTER METALS SAMPLES IN THE FIELD HI
Unfiltered samples must be collected for metals, then field acidified with 5 ml concentrated nitric acid per liter of sample, and should be submitted to the
lab within 24 hours.
Sample preparation in the laboratory (extraction and filtration) must be completed within 72 hours of collection.
3. ANALYSES ARE TO BE MADE OF THE MOBILE CONSTITUENTS (DISSOLVED AS WELL AS COLLOIDAL) IN THE
GROUNDWATER, NOT THOSE THAT ARE A PART OF SEDIMENT ASSOCIATED WITH WELL CONSTRUCTION OR SAMPLING PROCEDURES.
CHECK WITH YOUR LABORATORY ON PROPER PROCEDURES FOR SAMPLE COLLECTION AND PRESERVATION.
4. As per Title 15;.`North Carolina Administrative Code, Subchapter 2L, analytical procedures shall be in accordance with the methods described in one of
the following publications, or by other methods approved beforehand by the Director, Division of Environmental
Management:
(a) Standard Methods for the Examination of Water and Wastewater, 16th Edition, 1985 and 17th Edition, 1989, published jointly by
American Public Health Association, American Water Works Association and Water Pollution Control Federation;
(b) Methods for Chemical Analysis of Water and Waste, 1979, U.S. Environmental Protection Agency publication number
EPA-600/4-79-020, as revised March 1983;
(c) Test Methods for Evaluating Solid Wastes: Physical/Chemical Methods, 3rd Edition, 1986, U.S. Environmental Protection Agency
publication number SW-846;
(d) Test Procedures for the Analysis of Polluants Under the Clean Water Act, Federal Register Vol. 49, No. 209, 40 CFR Part 136,
October 26, 1984;
5. Measure and record the depth of water in the well prior to pumping or bailing any water from the well.
6. At least 3 volumes of water in the well should be pumped or bailed prior to collecting a sample for analysis. If the well is pumped/bailed dry before 3 well
volumesPare removed, samples can be collected as soon as the well recovers to the point where enough water is available to collect your sample.
7. Determination for pH, Specific Conductance, temperature, odor and appearance must be made in the field on unfiltered samples when the sample is
collected.
S. Field equipment must be calibrated in accordance with recommendations by the manufacturer.
9. Samples must be filtered through a 0.45 micron filter immediately after collection when a dissolved analysis is required. (See #4. above)
10.The sample container should be labeled at the time of collection with the facility name, well identification number and date and time collected.
I ."Authorized agent" is any corporate officer or public official authorized by the company, corporation, or governmental body to sign official documents.

PERMIT NUMBER: (REQUIRED)
Non -Discharge 00 000779d
NPDES
TYPE OF DISPOSAL OPERATION BEING MONITORED
(REQUIRED)
Well Location L.!r> 3yo yy 06. 2N LOA%H. 71 0 Zi' -/3. Z Lagoon Septic Ti eN. rain Field
Well Identification Number G7—/ Well Depth 7-5— Ft.
Well Diameter�Sample (Screened) Interval— Ft. To ZJ— Ft. Spray Field
DIVISION OF WATER QUALITY - GROUNDWATER SECTION
GROUNDWATER QUALITYMONITORING: P.O. BOX 29578
For additional forms RALEIGH, NO 27626-0578
COMPLIANCE REPORT FORM please write or call [phone]
Facility Name
Address
I ype or use a ban -point pen ana press firmly.
L,o�-i� st/C County Scvf[aac✓
H
Piping
Depth to Water Level /o, 7O ft. below measuring point (before sampling) Land Application of Sludg� a
Measuring point is 3,1 ft. above land surface Other I' L
Gallons of water pumped/bailed before sampling % Rotary Distributor l
Field Analysis: pH S.S Specific Conductance ^ uMhos Temp. — oC Odor —Appearance
Date Sample Collected `/—zK 9'i Date Lab Sample Analyzed
Laboratory Name Certification No. �/ 6
SAMPLES FOR METALS WERE OLLECTED UNFILTERED AND FIELD ACIDIFIED _YES NO
r' U J'
CE
COD
mg/1
Nitrite (NO2) as N
mg/I
Ni - Nickel
` t mg/I
Coliform: MF Fecal
/100m1
Nitrate (NO3) as N
mg/I
Pb - Lead
"mg/l
Coliform: MF Total
/100ml
Phosphorus: Total as P
mg/I
Zn - Zinc
/I
(Note: Use MPN method for highly turbid samples)
AI - Aluminum
mg/I
Pesticides/Herbicides
Dissolved Solids: Total
mg/I
Ba - Barium
mg/I
(Specify Compounds)
pH (when analyzed)
units
Ca - Calcium
mg/I
--UR
TOC
mg/I
Cd - Cadmium
mg/I
-< 491
Chloride
mg/I
Chromium: Total
mg/I
091L
Arsenic
mg/I
Cu - Copper
mg/I
Other (Specify Compounds and
o n,
Grease and Oils
mg/I
Fe - Iron
mg/I
Concentration units)
rJ'
Hardness: Total
mg/1
Hg - Mercury
mg/I
Phenol
mg/I
K - Potassium
mg/I
fA� . /a7fvrsfa� La
Sulfate
mg/I
Mg - Magnesium
mg/I
Specific Conductance
uMhos
Mn - Manganese
mg/I
Total Ammonia
mg/I
Na - Sodium
mg/I
TKN as N
mg/I
I CERTIFY THAT THIS REPORT IS TRUE AND ACCURATE.
Signat of Perm (or Authorized Agent*)
GW-59 REV. 8/96
S-1'3 -9 7
Date
Note: Values should reflect dissolved and
colloidal concentrations. (see #3 on back)
* See back for instructions.
`* Submit blue and yellow copies only to address above.

COLLECTION AND ANALYSIS OF GROUNDWATER SAMPLES
Samples should be analyzed as soon as possible after collection. SAMPLES WHICH ARE NOT ANALYSED WITHIN THE HOLDING TIME SPECI-
FIED FOR THE METHOD USED (SEE 94. BELOW) MUST BE DISCARDED AND NEW SAMPLES COLLECTED.
2. Metals Analyses: Use Standard Method 3030C for sample preparation (mercury excluded). DO -NOT FILTER METALS SAMPLES IN THE FIELD !!�
Unfiltered samples must be collected for metals, then field acidified with 5 ml concentrated nitric acid per liter of sample, and should be submitted to the
lab within 24 hours.
Sample preparation in the laboratory (extraction and filtration) must be completed within 72 hours of collection.
3. ANALYSES ARE TO BE MADE OF THE MOBILE CONSTITUENTS (DISSOLVED AS WELL AS COLLOIDAL) IN THE
GROUNDWATER, NOT THOSE THAT ARE A PART OF SEDIMENT ASSOCIATED WITH WELL CONSTRUCTION OR SAMPLING PROCEDURES.
CHEOlk WITH YOUR LABORATORY ON PROPER PROCEDURES FOR SAMPLE COLLECTION AND PRESERVATION.
" 4. As per Title 15, North Carolina Administrative Code, Subchapter 2L, analytical procedures shall be in accordance with the•methods described in one of
the following publications, or by other methods approved beforehand by the Director, Division of Environmental
Management:
(a) Standard Methods for the Examination of Water and Wastewater, 16th Edition, 1985 and 17th Edition, 1989, published jointly by
American Public Health Association, American Water Works Association and Water Pollution Control Federation;
(b) Methods for Chemical Analysis of Water and Waste, 1979, U.S. Environmental Protection Agency publication number
EPA-600/4-79-020, as revised March 1983;
(c) Test Methods for Evaluating Solid Wastes: Physical/Chemical Methods, 3rd Edition, 1986, U.S. Environmental Protection Agency
publication number SW-846;
(d) Test Procedures for the Analysis of Polluants Under the Clean Water Act, Federal Register Vol. 49, No. 209, 40 CFR Part 136,
October 26, 1984;
5. Measttte and record the depth of water in the well prior to pumping or bailing any water from the well.
6. At least 3 volumes of water in the well should be pumped or bailed prior to collecting a sample for analysis. If the well is pumped/bailed dry before 3 well
volumes are removed, samples can be collected as soon as the well recovers to the point where enough water is available to collect your sample.
7. Determination for pH, Specific Conductance, temperature, odor and appearance must be made in the field on unfiltered samples when the sample is
collected.
S. Field equipment must be calibrated in accordance with recommendations by the manufacturer.
9. Samples must be filtered through a 0.45 micron filter immediately after collection when a dissolved analysis is required. (See #4. above)
10.The sample container should be labeled at the time of collection with the facility name, well identification number and date and time collected.
1. "Authorized agent' is any corporate officer or public official authorized by the company, corporation, or governmental body to sign official documents.

DIVISION OF WATER QUALITY - GROUNDWATER SECTION
GROUNDWATER QUALITY MONITORING: P.Q. Box 29578
For additional forms RALEIGH, NC 27626.0578
COMPLIANCE REPORT FORM please write or call: [phone]
Type or Use a ball-point pen and press firmly.
Facility Name
Address
Well
PERMIT NUMBER: (REQUIRED)
Non -Discharge 620'90&77q 8
NPDES
TYPE OF DISPOSAL OPERATION BEING MONITORED
(REQUIRED)
Lagoon Septic Tank/Drld
Well Identification Number 7_ /O Well Depth ZS Ft.
Well Diameter " Sample (Screened) Interval 6 Ft. To ZS Ft.
Depth to Water Level ft. below measuring point (before sampling)
Measuring point is 3, 2S ft. above land surface
Gallons of water pumped/bailed before sampling %5--
Field Analysis: pH S. S Specific Conductance — uMhos Temp. T °C Odor
Date Sample Collected 'V—LS —97 Date Lab Sample Analyzed
Laboratory Name j%mr>r' c.Fs
SAMPLES FOR METALS WERE COLLECTED UNFILTERED AND FIELD
COD
mg/I
Coliform: MF Fecal
Coliform: MF Total
/100ml
/100ml
(Note: Use MPN method for highly turbid samples)
Dissolved Solids: Total
mg/I
pH (when analyzed)
units
TOC
mg/I
Chloride
mg/I
Arsenic
mg/I
Grease and Oils
mg/I
Hardness: Total
mg/I
Phenol
mg/I
Sulfate
mg/I
Specific Conductance
uMhos
Total Ammonia
mg/I
TKN as N
mg/I
Nitrite (NO2) as N
Nitrate (NO3) as N_
Phosphorus: Total as P
Al - Aluminum
Ba -Barium
Ca - Calcium
Cd - Cadmium
Chromium: Total
Cu - Copper
Fe - Iron
Hg - Mercury
K - Potassium
Mg - Magnesium
Mn - Manganese
Na - Sodium
I CERTIFY THAT THIS REPORT IS TRUE AND ACCURATE.
Spray Field Subsurface L
Piping (LPP)
Land Application of Sludges
V Other
Rotary Distributor
Appearance—
Certification No.
YES NO
L ;,er- / 3 —1 7
Signatur f Periffiltee r Authorized Agent") Date
GW-59 REV. 8/96
mg/I
Ni - Nickel
in
a4yjg/I
mg/I
Pb - Lead
_ rri wl
mg/I
Zn - Zinc
':rn�/1
mg/I
Pesticides/Herbicides
•c
c rti
mg/I
mg/I
(Specify Compounds)
r�
'LagXl
mg/I
_ u &
mg/I
qg/
mg/I
Other (Specify Compounds and
cn ram,.
mg/I
Concentration units)
mg/I
mg/I
mg/I
t« A?ga`n Gab
mg/I
mg/I
Note: Values should reflect dissolved and
colloidal concentrations. (see #3 on back)
* See back for instructions.
" Submit blue and yellow copies only to address above.

COLLECTION AND ANALYSIS OF GROUNDWATER SAMPLES
Samples should be analyzed as soon as possible after collection. SAMPLES WHICH ARE NOT ANALYSED WITHIN THE HOLDING TIME SPECI-
FIED FOR THE METHOD USED (SEE #4. BELOW) MUST BE DISCARDED AND NEW SAMPLES COLLECTED.
2. Metals Analyses: Use Standard Method 3030C for sample preparation (mercury excluded). -DO NOT FILTER METALS SAMPLES IN THE FIELD IN
Unfiltered samples must be collected for metals, then field acidified with 5 ml concentrated nitric acid per liter of sample, and should be submitted to the
lab within 24 hours.
Sample preparation in the laboratory (extraction and filtration) must be completed within 72 hours of collection.
3. ANALYSES ARE TO BE MADE OF THE MOBILE CONSTITUENTS (DISSOLVED AS WELL AS COLLOIDAL) IN THE
GROUNDWATER, NOT THOSE THAT ARE A PART OF SEDIMENT ASSOCIATED WITH WELL CONSTRUCTION _QR SAMPLING PROCEDURES.
CHECK WITH YOUR LABORATORY ON PROPER PROCEDURES FOR SAMPLE COLLECTION AND PRESERVATION.
4. As per Title 15, North Carolina Administrative Code, Subchapter 2L, analytical procedures shall be in accordance with the methods described in one of
the following publications, or by other methods approved beforehand by the Director, Division of Environmental
Management:
(a) Standard Methods for the Examination of Water and Wastewater, 16th Edition, 1985 and 17th Edition, 1989, published jointly by
American Public Health Association, American Water Works Association and Water Pollution Control Federation;
(b) Methods for Chemical Analysis of Water and Waste, 1979, U.S. Environmental Protection Agency publication number
EPA-600/4-79-020, as revised March 1983;
(c) Test Methods for Evaluating Solid Wastes: Physical/Chemical Methods, 3rd Edition, 1986, U.S. Environmental Protection Agency
publication number SW-846;
(d) Test Procedures for the Analysis of Polluants Under the Clean Water Act, Federal Register Vol. 49, No. 209, 40 CFR Part 136,
October 26, 1984;
5. Measure and record the depth of water in the well prior to pumping or bailing any water from the well.
6. At least 3 volumes of water in the well should be pumped or bailed prior to collecting a sample for analysis. If the well is pumped/bailed dry before 3 well
volumes are removed, samples can be collected as soon as the well recovers to the point where enough water is available to collect your sample.
7. Determination for pH, Specific Conductance, temperature, odor and appearance must be made in the field on unfiltered samples when the sample is
collected.
S. Field equipment must be calibrated in accordance with recommendations by the manufacturer.
9. Samples must be filtered through a 0.45 micron filter immediately after collection when a dissolved analysis is required. (See #4. above)
10.The sample container should be labeled at the time of collection with the facility name, well identification number and date and time collected.
1."Authorized agent" is any corporate officer or public official authorized by the company, corporation, or governmental body to sign official documents.

GROUNDWATER QUALITY MONITORING:
COMPLIANCE REPORT FORM
DIVISION OF WATER QUALITY - GROUNDWATER SECTION
P.O. BOX 29578
For additional forms RALEIGH, NC 27626.0578
please write or call: [phone]
Type or Use a ball-point pen and press firmly.
Facility Name Toi+s7.�asT�n l,r� lu�,.r Div,
Address
��a ✓br yc County ' c'w7c w
Well Location- 1_47� 30- 51e, oY.yCava ")9- �7i .s�6 "
Well Identification Number a T— 9 Well Depth Zb Ft.
Well Diameter Z" Sample (Screened) Interval z• 5- Ft. To 46 Ft.
Depth to Water Level iys, ft. below measuring point (before sampling)
Measuring point is O ft. above land surface
Gallons of water pumped/bailed before sampling
Field Analysis: pH _Specific Conductance — uMhos Temp. oC
PERMIT NUMBER: (REQUIRED)
Non -Discharge l.JQ 00077c5
NPDES
TYPE OF DISPOSAL OPERATION BEING MONITORED
(REQUIRED) ff�� pp
Lagoon Septic Tank/Dralg�F,,i�ld
Spray Field Subsurface LowEFFessure
Piping (LPP) i; :`-f;
Land Application of Sludge 1. :-ai
�-'Other
Rotary Distributor
Odor I Appearance
Date Sample Collected y ZJr— 9 7 Date Lab Sample Analyzed
Laboratory Name Certification No. 99
SAMPLES FOR METALS WER COLLECTED UNFILTERED AND FIELD ACIDIFIED kLYES NO
COD
mg/I
Coliform: MF Fecal
/100ml
Coliform: MF Total
/100ml
(Note: Use MPN method for highly turbid samples)
Dissolved Solids: Total
mg/I
pH (when analyzed)
units
TOC
mg/1
Chloride
mg/I
Arsenic
mg/1
Grease and Oils
mg/I
Hardness: Total
mg/I
Phenol
mg/I
Sulfate
mg/I
Specific Conductance
uMhos
Total Ammonia
mg/I
TKN as N
mg/I
Nitrite (NO2) as N
Nitrate (NO3) as N
Phosphorus: Total
Al - Aluminum__
Be - Barium
Ca - Calcium_
Cd - Cadmium_
Chromium: Total _
Cu - Copper
Fe - Iron
Hg - Mercury_
K - Potassium
Mg - Magnesium _
Mn - Manganese _
Na - Sodium
I CERTIFY THAT THIS REPORT IS TRUE AND ACCURATE.
as P.
l
Signat,Kre of Permit e (or Authorized Agent*) Date
GW-59 REV. 8/96
mg/I
mg/I
mg/I
mg/I
mg/1
mg/1
mg/I
mg/1
mg/I
mg/1
mg/1
mg/I
mg/I
mg/I
mg/I
r
Ni - Nickel mg/I
Pb - Lead mg/1
Zn - Zinc
Pesticides/Herbicides
(Specify Compounds)
Other (Specify Compounds and x
Concentration units) o
u1 c�
S.z hbrlA&:�
Note: Values should reflect dissolved and
colloidal concentrations. (see #3 on back)
* See back for instructions.
** Submit blue and yellow copies only to address above.

COLLECTION AND ANALYSIS OF GROUNDWATER SAMPLES
Samples should be analyzed as soon as possible after collection. SAMPLES WHICH ARE NOT ANALYSED WITHIN THE HOLDING TIME SPECI-
FIED FOR THE METHOD USED (SEE 44. BELOW) MUST BE DISCARDED AND NEW SAMPLES COLLECTED.
2. Metals Analyses: Use Standard Method 3030C for sample preparation (mercury excluded). DO NOT FILTER METALS SAMPLES IN THE FIELD M
Unfiltered samples must be collected for metals, then field acidified with 5 ml concentrated nitric acid per liter of sample, and should be submitted to the
lab within 24 hours.
Samplepreparation in the laboratory (extraction and filtration) must be completed within 72 hours of collection.
3. ANALYSES ARE TO BE MADE OF THE MOBILE CONSTITUENTS (DISSOLVED AS WELL AS COLLOIDAL) IN THE
GROUNDWATER, NOT THOSE THAT ARE A PART QF SEDIMENT ASSOCIATED WITH WELL CONSTRUCTION QRR SAMPLING PROCEDURES.
CHE& WITH YOUR LABORATORY ON PROPER PROCEDURES FOR SAMPLE COLLECTION AND PRESERVATION.
4. As per'' fle 15, North Carolina Administrative Code, Subchapter 2L, analytical procedures shall be in accordance with the methods described in one of
the following publications, or by other methods approved beforehand by the Director, Division of Environmental
Management:
(a) Standard Methods for the Examination of Water and Wastewater, 16th Edition, 1985 and 17th Edition, 1989, published jointly by
American Public Health Association, American Water Works Association and Water Pollution Control Federation;
(b) Methods for Chemical Analysis of Water and Waste, 1979, U.S. Environmental Protection Agency publication number
EPA-600/4-79-020, as revised March 1983;
(c) Test Methods for Evaluating Solid Wastes: Physical/Chemical Methods, 3rd Edition, 1986, U.S. Environmental Protection Agency
publication number SW-846;
(d) Test Procedures for the Analysis of Polluants Under the Clean Water Act, Federal Register Vol. 49, No. 209, 40 CFR Part 136,
October 26, 1984;
5. Measure.and record the depth of water in the well prior to pumping or bailing any water from the well.
r
6. At least 8 volumes of water in the well should be pumped or bailed prior to collecting a sample for analysis. If the well is pumped/bailed dry before 3 well
volumes are removed, samples can be collected as soon as the well recovers to the point where enough water is available to collect your sample.
7. Determination for pH, Specific Conductance, temperature, odor and appearance must be made in the field on unfiltered samples when the sample is.
collected.
S. Field equipment must be calibrated in accordance with recommendations by the manufacturer.
9. Samples must be filtered through a 0.45 micron filter immediately after collection when a dissolved analysis is required. (See #4. above)
10.The sample container should be labeled at the time of collection with,the facility name, well identification number and date and time collected.
!."Authorized agent' is any corporate officer or public official authorized by the company, corporation, or governmental body to sign official documents.

GROUNDWATER QUALITY MONITORING:
COMPLIANCE REPORT FORM
or
pen and press
.DIVISION OFWATER QUALITY - GROUNDWATER .SECTION
P.O. BOX.29578
For additional forms RALEIGH, NC 27626-0578
please write or call.:. [phone]
Facility Name % 2T6dc7r-7e ZV4 :17ry.
Address P4asf2f_ Z
County Sc&;ZZo-yn
Well Location / > 3 - ya'" //,6 `` Zadz4 79 " 7d71 9.5,y "
Well Identification Number 67t—e Well Depth Zr Ft.
Well Diameter L Sample (Screened) Interval Z. S Ft. To ZC Ft.
Depth to Water Level D o7ft. below measuring point (before sampling)
Measuring point is O ft. above land surface
Gallons of water pumped/bailed before sampling If -
Field Analysis: pH —Specific Conductance — uMhos Temp. — oC
Date Sample Collected — 7-9 --�7 Date Lab Sample Analyzed
Laboratory Name Lirr=!q IT
SAMPLES FOR METALS WERE COLLECTED UNFILTERED AND FIELD ACIDIFIED H
COD mg/I
Coliform: MF Fecal /100m[
Coliform: MF Total /100m[
(Note: Use MPN method for highly turbid samples)
Dissolved Solids: Total
mg/I
pH (when analyzed)
units
TOC
mg/I
Chloride
mg/I
Arsenic
mg/I
Grease and Oils
mg/I
Hardness: Total
mg/I
Phenol
mg/I
Sulfate
mg/I
Specific Conductance
uMhos
Total Ammonia
mg/I
TKN as N
mg/I
PERMIT NUMBER: (REQUIRED)
Non -Discharge /.J 0 000.77`j$
NPDES
TYPE OF DISPOSAL OPERATION BEING MONITORED
(REQUIRED)
Lagoon Septic Tank Drae Field
f�((��
Spray Field Subsurface 'RN'Press8re
Piping (LPP�,, v�
Land Application of Sludge/
•�/ Other Er,
Rotary Distributor F,
Odor — Appearance p
Certification No. 98
YES NO
Nitrite (NO2) as N
mg/I
Nitrate (NO3) as N
mg/I
Phosphorus: Total as P
mg/I
Al - Aluminum
mg/I
Ba - Barium
mg/I
Ca - Calcium
mg/I
Cd - Cadmium
mg/I
Chromium: Total
mg/I
Cu - Copper
mg/I
Fe - Iron
mg/I
Hg - Mercury
mg/I
K - Potassium
mg/I
Mg - Magnesium
mg/I
Mn - Manganese
mg/I
Na - Sodium
mg/I
I CERTIFY THAT THIS REPORT IS TRUE AND ACCURATE.
d7 1 -7�L s 13-99
SignaturZ8/96
Permit e (or uthorized Agent*) Date
GW-59 R
Ni - Nickel _ 'Mg/I
Pb - Lead
Zn - Zinc 'mg/I
Pesticides/Herbicides _ c
(Specify Compounds)
-dg/I
n r ug/I
Other (Specify Compounds and
Concentration units)
Note: Values should reflect dissolved and
colloidal concentrations. (see #3 on back)
* See back for instructions.
** Submit blue and yellow copies only to address above.

COLLECTION AND ANALYSIS OF GROUNDWATER SAMPLES
Samples should be analyzed as soon as possible after collection. SAMPLES WHICH ARE NOT ANALYSED WITHIN THE HOLDING TIME SPECI-
FIED FOR THE METHOD USED (SEE #4. BELOW) MUST BE DISCARDED AND NEW SAMPLES COLLECTED.
2. Metals Analyses: Use Standard Method 3030C for sample preparation (mercury excluded). DO NOT FILTER METALS SAMPLES IN THE FIELD !!!
Unfiltered samples must be collected for metals, then field acidified with 5 ml concentrated nitric acid per liter of sample, and should be submitted to the
lab within 24 hours.
Sample preparation in the laboratory (extraction and filtration) must be completed within 72 hours of collection.
3. ANALYSES ARE TO BE MADE OF THE MOBILE CONSTITUENTS (DISSOLVED AS WELL AS COLLOIDAL) IN THE
GROUNDWATER, NOT THOSE THAT ARE A PART OFF SEDIMENT ASSOCIATED WITH WELL CONSTRUCTION _R SAMPLING PROCEDURES.
CHECK -WITH YOUR LABORATORY ON PROPER PROCEDURES FOR SAMPLE COLLECTION AND PRESERVATION.
4. As perTitl.e 15, North Carolina Administrative Code, Subchapter 2L, analytical procedures shall be in accordance with the methods described in one of
the following publications, or by other methods approved beforehand by the Director, Division of Environmental
Management:
(a) Standard Methods for the Examination of Water and Wastewater, 16th Edition, 1985 and 17th Edition, 1989, published jointly by
American Public Health Association, American Water Works Association and Water Pollution Control Federation;
(b) Methods for Chemical Analysis of Water and Waste, 1979, U.S. Environmental Protection Agency publication number
EPA-600/4-79-020, as revised March 1983;
(c) Test Methods for Evaluating Solid Wastes: Physical/Chemical Methods, 3rd Edition, 1986, U.S. Environmental Protection Agency
publication number SW-846;
(d) Test Procedures for the Analysis of Polluants Under the Clean Water Act, Federal Register Vol. 49, No. 209, 40 CFR Part 136,
October 26, 1984;
5. Measure'and record the depth of water in the well prior to pumping or bailing any water from the well.
6. At least 3 volumes of water in the well should be pumped or bailed prior to collecting a sample for analysis. If the well is pumped/bailed dry before 3 well
volumes are removed, samples can be collected as soon as the well recovers to the point where enough water is available to collect your sample.
7. Determination for pH, Specific Conductance, temperature, odor and appearance must be made in the field on unfiltered samples when the sample is
collected.
8. Field equipment must be calibrated in accordance with recommendations by the manufacturer.
9. Samples must be filtered through a 0.45 micron filter immediately after collection when a dissolved analysis is required. (See #4. above)
10.The sample container should be labeled at the time of collection with the facility name, well identification number and date and time collected.
I ."Authorized agent' is any corporate officer or public official authorized by the company, corporation, or governmental body to sign official docu.Ments.

DIVISION OF WATER QUALITY -GROUNDWATER SECTION
GROUNDWATER QUALITY MONITORING: P.O. BOX29578
For COMPLIANCE REPORT FORM please olr cams RALE(919IGH, 73-322s-os7a
_ [phone]
Type or Use a ball-point pen and press firmly. PERMIT NUMBER: (REQUIRED)
Facility Name %.ASTro'4- r7°.t 1.tC. 1,c%i/'wsrRrt. �i✓ Non -Discharge (JQ 00 072 V
Address ?d � NPDES
,Ue D.County So,Ti�.vn TYPE OF DISPOSAL OPERATION BEING MONITORED
` oii a (REQUIRED)
Well Location � 3Y r/B G✓Cf. %i` 27 f rf7. Z Lagoon Septic TanWDraain eld
Well Identification Number AW—'7 Well Depth 35- Ft.
,,. Spray Field Subsurface Lo&Pr9ssur
Well Diameter —Sample (Screened) Interval�� Ft. To Slf Ft. Piping(LPP)
Depth to Water Level /3%y ft. below measuring point (before sampling) Land Application of Sludge Other L1127 ,
I,
M t' �!Z 4b I d f
easuring porn is . a ove an Sur ace
Gallons of water pumped/bailed before sampling S , 57— Rotary Distributor
Field Analysis: pH S.O Specific Conductance — uMhos Temp. — oC Odor — Appearance
Date Sample Collected V—ys —en Date Lab Sample Analyzed
Laboratory Name Certification No. 99
SAMPLES FOR METALS WER COLLECTED UNFILTERED AND FIELD ACIDIFIED N/4—YES NO
CSR�
COD
mg/I
Nitrite (NO2) as N
mg/1 Ni - Nickel
mg/I
Coliform: MF Fecal
/100ml
Nitrate (NO3) as N
mg/l Pb - Lead
mg/I
Coliform: MF Total
/100ml
Phosphorus: Total as P
mg/I Zn - Zinc
mg/I
(Note: Use MPN method for highly
turbid samples)
Al -Aluminum
mg/I Pesticides/Herbicides
Dissolved Solids: Total
mg/I
Ba -Barium
mg/I (specify Compounds)
pH (when analyzed)
units
Ca - Calcium
mg/I
-- = ag/I
TOC
mg/I
Cd - Cadmium
mg/I
= g/I
Chloride
mg/1
Chromium: Total
mg/I
= rg/I
Arsenic
mg/I
Cu - Copper
mg/I Other (Specify Compounds and
Grease and Oils
mg/1
Fe - Iron
mg/I Concentration units)
o
Hardness: Total
mg/I
Hg - Mercury
mg/I
Phenol
mg/I
K - Potassium
mg/I See AIYAr c� L-';-6
Sulfate
mg/I
Mg - Magnesium
mg/I
Specific Conductance
uMhos
Mn - Manganese
mg/I
Total Ammonia
mg/1
Na - Sodium
mg/I
TKN as N
mg/I
I CERTIFY THAT THIS REPORT IS TRUE AND ACCURATE.
Note: Values should reflect dissolved and
colloidal concentrations. (see #3 on back)
See back for instructions.
signature of Permitte
or Authorized Agent*)
Date
** Submit blue and yellow copies only to address above.
GW-59 REV. 8/96

COLLECTION AND ANALYSIS OF GROUNDWATER SAMPLES
Samples should be analyzed as soon as possible after collection. SAMPLES WHICH ARE NOT ANALYSED WITHIN THE HOLDING TIME SPECI-
FIED FOR THE METHOD USED (SEE #4. BELOW) MUST BE DISCARDED AND NEW SAMPLES COLLECTED.
2. Metals Analyses: Use Standard Method 3030C for sample preparation (mercury excluded). DO NOT FILTER METALS SAMPLES IN THE FIELD !!l
Unfiltered samples must be collected for metals, then field acidified with 5 ml concentrated nitric acid per liter of sample, and should be submitted to the
lab within 24 hours.
Sample preparation in the laboratory (extraction and filtration) must be completed within 72 hours of collection.
3. ANALYSES ARE TO BE MADE OF THE MOBILE CONSTITUENTS (DISSOLVED AS WELL AS COLLOIDAL) IN THE
GROUNDWATER, NOT THOSE THAT AREA PART 9FF SEDIMENT ASSOCIATED WITH WELL CONSTRUCTION _QRR SAMPLING PROCEDURES.
CHECK -WITH YOUR LABORATORY ON PROPER PROCEDURES FOR SAMPLE COLLECTION AND PRESERVATION.
4. As per Title 15, North Carolina Administrative Code, Subchapter 2L, analytical procedures shall be in accordance with the methods described in one of
the following publications, or by other methods approved beforehand by the Director, Division of Environmental
Management:
(a) Standard Methods for the Examination of Water and Wastewater, 16th Edition, 1985 and 17th Edition, 1989, published jointly by
American Public Health Association, American Water Works Association and Water Pollution Control Federation;
(b) Methods for Chemical Analysis of Water and Waste, 1979, U.S. Environmental Protection Agency publication number
EPA-600/4-79-020, as revised March 1983;
(c) Test Methods for Evaluating Solid Wastes: Physical/Chemical Methods, 3rd Edition, 1986, U.S. Environmental Protection Agency
publication number SW-846;
(d) Test Procedures for the Analysis of Polluants Under the Clean Water Act, Federal Register Vol. 49, No. 209, 40 CFR Part 136,
October 26, 1984;
5. Measure and record the depth of water in the well prior to pumping or bailing any water from the well.
6. At least 3 volumes of water in the well should be pumped or bailed prior to collecting a sample for analysis. If the well is pumped/bailed dry before 3 well
volumes are removed, samples can be collected as soon as the well recovers to the point where enough water is available to collect your sample.
7. Determination for pH, Specific Conductance, temperature, odor and appearance must be made in the field on unfiltered samples when the sample is
collected.
8. Field equipment must be calibrated in accordance with recommendations by the manufacturer.
9. Samples must be filtered through a 0.45 micron filter immediately after collection when a dissolved analysis is required. (See #4. above)
10.The sample container should be labeled at the time of collection with the facility name, well identification number and date and time collected.
1."Authorized agent" is any corporate officer or public official authorized by the company, corporation, or governmental body to sign official documents.

GROUNDWATER QUALITY MONITORING:
COMPLIANCE REPORT FORM
DIVISION OF WATER QUALITY GROUNDWATER SECTION
P.O. BOX 29578
For additional forms RALEIGH, NC 27626-0578
please write or call:: [phone].
type or use a oats -point pen ana press firmly.
Facility Name %a_s7 Na sTWL :rAee� 2;�f .z9MPa'I 7)v.
�yvri�b ra Ale- County Sm7cs+.��
Well Location'A -76
Well Identification Number Mw- 6 ell Depth 3S Ft.
Well Diameter Z" Sample (Screened) Interval /'7 Ft. To3S_ Ft.
Depth to Water Level /K 6Y' ft. below measuring point (before sampling)
Measuring point is 'b z ft. above land surface
Gallons of water pumped/bailed before sampling
Field Analysis: pH Specific Conductance uMhos Temp. — oC
Date Sample Collected `% Ze-9 7 Date Lab Sample Analyzed
Laboratory Name hex+-
SAMPLES FOR METALS WER
UNFILTERED AND FIELD ACIDIFIED
COD
mg/I
Coliform: MF Fecal
/100ml
Coliform: MF Total
/100ml
(Note: Use MPN method for highly turbid samples)
Dissolved Solids: Total
mg/I
pH (when analyzed)
units
TOC
mg/I
Chloride
mg/I
Arsenic
mg/I
Grease and Oils
mg/I
Hardness: Total
mg/I
Phenol
mg/I
Sulfate
mg/I
Specific Conductance
uMhos
Total Ammonia
mg/1
TKN as N
mg/1
PERMIT NUMBER: (REQUIRED)
Non -Discharge 6,.)Q 000771S
NPDES
TYPE OF DISPOSAL OPERATION BEING MONITORED
(REQUIRED)
Lagoon Septic Tank/Drpir( ,. aId
lltz
Spray Field Subsurface Lov%prsssur
Piping (LPP) c>
Land Application of Sludgi,< tr
Other C�=�.J
Rotary Distributor r
Odor Appearance
Certification No. %8
YES NO
Nitrite (NO2) as N
mg/I
Ni - Nickel
mg/I
Nitrate (NO3) as N
mg/I
Pb - Lead-
mg/I
Phosphorus: Total as P
mg/I
Zn -Zinc
�
.r.
c) �Irtg/I
Al - Aluminum
mg/I
Pesticides/Herbicides
Ba - Barium
mg/I
(Specify Compounds);
Ca - Calcium
mg/I
o
cug/I
Cd - Cadmium
mg/1
1
=: -mug/I
Chromium: Total
mg/1
.1
—' -ug/I
Cu - Copper
mg/1
Other (Specify Compounds and
Fe - Iron
mg/I
Concentration units)
in
c)
Hg - Mercury
mg/1
K - Potassium
mg/I
!�e� AvA'-e r z;, 14W
Mg - Magnesium
mg/I
Mn - Manganese
mg/I
Na - Sodium
mg/I
I CERTIFY THAT THIS REPORT IS TRUE AND ACCURATE.
Signal of Per ittee r Authorized Agent*)
GW- �REV. 8/96
Note: Values should reflect dissolved and
colloidal concentrations. (see #3 on back)
r 13 - 9 -7 See back for instructions.
Date ** Submit blue and yellow copies only to address above.

COLLECTION AND ANALYSIS OF GROUNDWATER SAMPLES
Samples should be analyzed as soon as possible after collection. SAMPLES WHICH ARE NOT ANALYSED WITHIN THE HOLDING TIME SPECI-
FIED FOR THE METHOD USED (SEE #4. BELOW) MUST BE DISCARDED AND NEW SAMPLES COLLECTED.
2. Metals Analyses: Use Standard Method 3030C for sample preparation (mercury excluded). DO NOT FILTER METALS SAMPLES IN THE FIELD !!!
Unfiltered samples must be collected for metals, then field acidified with 5 ml concentrated nitric acid per liter of sample, and should be submitted to the
lab within 24 hours.
Sample preparation in the laboratory (extraction and filtration) must be completed within 72 hours of collection.
3. ANALYSES ARE TO BE MADE OF THE MOBILE CONSTITUENTS (DISSOLVED AS WELL AS COLLOIDAL) IN THE
GROUNDWATER, NOT THOSE THAT AREA PART OF SEDIMENT ASSOCIATED WITH WELL CONSTRUCTION QR SAMPLING PROCEDURES.
CHECK WITH YOUR LABORATORY ON PROPER PROCEDURES FOR SAMPLE COLLECTION AND PRESERVATION.
4. As per Title 15, North Carolina Administrative Code, Subchapter 2L, analytical procedures shall be in accordance with the methods described in one of
the following publications, or by other methods approved beforehand by the Director, Division of Environmental -
Management:
(a) Standard Methods for the Examination of Water and Wastewater, 16th Edition, 1985 and 17th Edition, 1989, published jointly by
American Public Health Association, American Water Works Association and Water Pollution Control Federation;
(b) Methods for Chemical Analysis of Water and Waste, 1979, U.S. Environmental Protection Agency publication number
EPA-600/4-79-020, as revised March 1983;
(c) Test Methods for Evaluating Solid Wastes: Physical/Chemical Methods, 3rd Edition, 1986, U.S. Environmental Protection Agency
publication number SW-846;
(d) Test Procedures for the Analysis of Polivants Under the Clean Water Act, Federal Register Vol. 49, No. 209, 40 CFR Part 136,
October 26, 1984;
5. Measure and record the depth of water in the well prior to pumping or bailing any water from the well.
6. At least 3 volumes of water in the well should be pumped or bailed prior to collecting a sample for analysis. If the well is pumped/bailed dry before 3 well
volumes are removed, samples can be collected as soon as the well recovers to the point where enough water is available to collect your sample.
7. Determination for pH, Specific Conductance, temperature, odor and appearance must be made in the field on unfiltered samples when the sample is
collected.
8. Field equipment must be calibrated in accordance with recommendations by the manufacturer.
9. Samples must be filtered through a 0.45 micron filter immediately after collection when a dissolved analysis is required. (See #4. above)
10.The sample container should be labeled at the time of collection with the facility name, well identification number and date and time collected.
1. "Authorized agent' is any corporate officer or public official authorized by the company, corporation, or governmental body to sign official documents.

DIVISION OF WATER QUALITY -GROUNDWATER SECTION
GROUNDWATER QUALITY' MONITORING: PGH, NC 29578
626-
Foraddltional farms IRALEIGH, NC 27628.0578
COMPLIANCE REPORT FORM please write or call: [phone]
Type or Use a ball-point pen and press firmly.
Facility Name 75_Ar%Hf+ x7L-rc -7A/-.]r ✓
46r,2�,✓ i County S�Q/
r v
PERMIT NUMBER: (REQUIRED)
Non -Discharge W42 00077`tti
NPDES
TYPE OF DISPOSAL OPERATION BEING MONITORED
(REQUIRED)
Well Location C.rt>. 3y S-2 oP., 9' 4A✓A 79 0 7-7' rlv B Lagoon SepticTank/Drai,F
Well Identification Number Mc%S Well Depth zf Ft. I{� �
Well Diameter Sample Screened Interval No dry+ Ft. To 2-f Ft. Spray Field Subsurface Lowa2 e�5ure
p (Screened) Piping (LPP)
Depth to Water Level 9' 10 ft. below measuring point (before sampling) Land Application of Sludges
Measuringpoint is 3,2. ft. above land surface otner i I
Gallons of water pumped/bailed before sampling Rotary Distributor _w
Field Analysis: pH 6,7 Specific Conductance — uMhos Temp. -'oC Odor
Date Sample Collected 'Y Z8 9 % Date Lab Sample Analyzed
Laboratory Name Certification No.
SAMPLES FOR METALS WE E COLLECTED UNFILTERED AND FIELD ACIDIFIED YES
COD
mg/I
Coliform: MF Fecal
/100ml
Coliform: MF Total
/100ml
(Note: Use MPN method for highly turbid samples)
Dissolved Solids: Total
mg/I
pH (when analyzed)
units
TOC
mg/I
Chloride
mg/I
Arsenic
mg/I
Grease and Oils
mg/I
Hardness: Total
mg/I
Phenol
mg/1
Sulfate
mg/I
Specific Conductance
uMhos
Total Ammonia
mg/I
TKN as N
mg/I
Appearance — =°
NO
Nitrite (NO2) as N
mg/I
Ni - Nickel
-� �L .mg/1
Nitrate (NO3) as N
mg/I
Pb - Lead
&- r` �mg/I
Phosphorus: Total as P
mg/I
Zn - Zinc
Al - Aluminum
mg/I
Pesticides/Herbicides
Ba - Barium
mg/I
(Specify Compounds)
Ca - Calcium
mg/I
Ug/I
Cd - Cadmium
mg/I
Ug/I
Chromium: Total
mg/I
Ug/I
Cu - Copper
mg/I
Other (Specify Compounds and
Fe - Iron
mg/I
Concentration units)
Hg - Mercury
mg/I
K - Potassium
mg/I
SPG .9-'i�ur7 4+6
Mg - Magnesium
mg/I
Mn - Manganese
mg/I
Na - Sodium
mg/I
I CERTIFY THAT THIS REPORT IS TRUE AND ACCURATE.
�'-u 2z-s--i3 - ti'7
Signature# Per ittee Authorized Agent*) Date
GW-59 REV. 8/96
Note: Values should reflect dissolved and
colloidal concentrations. (see #3 on back)
See back for instructions.
*• Submit blue and yellow copies only to address above.

COLLECTION AND ANALYSIS OF GROUNDWATER SAMPLES
Samples should be analyzed as soon as possible after collection. SAMPLES WHICH ARE NOT ANALYSED WITHIN THE HOLDING TIME SPECI-
FIED FOR THE METHOD USED (SEE #4. BELOW) MUST BE DISCARDED AND NEW SAMPLES COLLECTED.
2. Metals Analyses: Use Standard Method 3030C for sample preparation (mercury excluded). DO NOT FILTER METALS SAMPLES IN THE FIELD III
Unfiltered samples must be collected for metals, then field acidified with 5 ml concentrated nitric acid per liter of sample, and should be submitted to the
lab within 24 hours.
Sample preparation in the laboratory (extraction and filtration) must be completed within 72 hours of collection.
3. ANALYSES ARE TO BE MADE OF THE MOBILE CONSTITUENTS (DISSOLVED AS WELL AS COLLOIDAL) IN THE
GROUNDWATER, NOT THOSE THAT ARE A PART OF SEDIMENT ASSOCIATED WITH WELL CONSTRUCTION QR SAMPLING PROCEDURES.
CHECK WITH YOUR LABORATORY ON PROPER PROCEDURES FOR SAMPLE COLLECTION AND PRESERVATION.
4. Asper Title 15, North Carolina Administrative Code, Subchapter 2L, analytical procedures shall be in accordance with the methods described in one of
the following publications, or by other methods approved beforehand by the Director, Division of Environmental
Management:
(a) Standard Methods for the Examination of Water and Wastewater, 16th Edition, 1985 and 17th Edition, 1989, published jointly by
American Public Health Association, American Water Works Association and Water Pollution Control Federation;
(b) Methods for Chemical Analysis of Water and Waste, 1979, U.S. Environmental Protection Agency publication number
EPA-600/4-79-020, as revised March 1983;
(c) Test Methods for Evaluating Solid Wastes: Physical/Chemical Methods, 3rd Edition, 1986, U.S. Environmental Protection Agency
publication number SW-846;
(d) Test Procedures for the Analysis of Polluants Under the Clean Water Act, Federal Register Vol. 49, No. 209, 40 CFR Part 136,
October 26, 1984;
5. Measure and record the depth of water in the well prior to pumping or bailing any water from the well.
6. At least 3 volumes of water in the well should be pumped or bailed prior to collecting a sample for analysis. If the well is pumped/bailed dry before 3 well
volumes are removed, samples can be collected as soon as the well recovers to the point where enough water is available to collect your sample.
7. Determination for pH, Specific Conductance, temperature, odor and appearance must be made in the field on unfiltered samples when the sample is
collected.
S. Field equipment must be calibrated in accordance with recommendations by the manufacturer.
9. Samples must be filtered through a 0.45 micron filter immediately after collection when a dissolved analysis is required. (See #4. above)
10.The sample container should be labeled at the time of collection with the facility name, well identification number and date and time collected.
I ."Authorized agent' is any corporate officer or public official authorized by the company, corporation, or governmental body to sign official documents.

DIVISION OF WATER QUALITY'- GROUNDWATER, SECTION
GROUNDWATER QUALITY MONITORING: P.Q. eox For additional forms RALEIGH, NG27626-
7626.0578
COMPLIANCE REPORT FORM please write or call: [phone]
Type or Use a ball-point pen and press firmly. PERMIT NUMBER: (REQUIRED)
Facility Name 70ASTMnQL Z� Sle' 7. rr a a .Rr7 a.> V. Non -Discharge— GIJQ 000771
Address Pc4,v' IlAA'7> '� NPDES
Lrgtm ✓d der' �3L/ County �cnTi o ✓ e7 TYPE OF DISPOSAL OPERATION BEING MONITORED
Well Location L47 2jm;ems 6�� L" �/�%' Z�Ir Yh 3" (REQUIRED) Lagoon Septic Tank/Drain Field
Well Identification Number Mw-3 —Well Depth 30 Ft. °o
Well Diameter r�4 ` Sample Screened Interval A b7AWA Ft. To _30Ft. Spray Field Subsurface Low -Pressure
P (Screened) Piping (LPP) r
Depth to Water Level /2. f/ ft. below measuring point (before sampling) Land Application of Sludg✓
Measuring point is S: 7 ft. above land surface Other
Gallons of water pumped/bailed before sampling 3 Rotary Distributor r.r
Field Analysis: pH 523 Specific Conductance — uMhos Temp. — °C Odor Appearance
Date Sample Collected Y—ZBr-1;7 Date Lab Sample Analyzed r-- T. =
Laboratory Name Certification No. g �' U
SAMPLES FOR METALS WERE COLLECTED UNFILTERED AND FIELD ACIDIFIED A, YES NO
COD
mg/I
Nitrite (NO2) as N
mg/I
Ni - Nickel
Coliform: MF Fecal
/100ml
Nitrate (NO3) as N
mg/I
Pb - Lead
Coliform: MF Total
/100ml
Phosphorus: Total as P
mg/I
Zn - Zinc
mg/I
(Note: Use MPN method for highly turbid samples)
Al - Aluminum
mg/I
Pesticides/Herbicides
Dissolved Solids: Total
mg/1
Ba - Barium
mg/I
(Specify Compounds)
pH (when analyzed)
units
Ca - Calcium
mg/I
ug/I
TOC
mg/I
Cd - Cadmium
mg/I
ug/I
Chloride
mg/I
Chromium: Total
mg/I
ug/I
Arsenic
mg/I
Cu - Copper
mg/I
Other (Specify Compounds and
Grease and Oils
mg/I
Fe - Iron
mg/I
Concentration units)
Hardness: Total
mg/I
Hg - Mercury
mg/I
Phenol
mg/I
K - Potassium
mg/I
'See Bees—v (A -A
Sulfate
mg/I
Mg - Magnesium
mg/I
Specific Conductance
uMhos
Mn - Manganese
mg/I
Total Ammonia
mg/I
Na - Sodium
mg/I
TKN as N
mg/I
I CERTIFY THAT THIS REPORT IS TRUE AND ACCURATE. Note: Values should reflect dissolved and
colloidal concentrations. (see #3 on back)
7 See back for instructions.
Signatur of er(rii to or Authorized Agent*) Date ** Submit blue and yellow copies only to address above.
GW-59 REV. 8/96
3i
9(I
�e

COLLECTION AND ANALYSIS OF GROUNDWATER SAMPLES
Samples should be analyzed as soon as possible after collection. SAMPLES WHICH ARE NOT ANALYSED WITHIN THE HOLDING TIME SPECI-
FIED FOR THE METHOD USED (SEE #4. BELOW) MUST BE DISCARDED AND NEW SAMPLES COLLECTED.
2. Metals Analyses:'Use Standard Method 3030C for sample preparation (mercury excluded)._DO NOT FILTER METALS SAMPLES IN THE FIELD!!!
Unfiltered samples must be collected for metals, then field acidified with 5 ml concentrated nitric acid per liter of sample, and should be submitted to the
lab within 24 hours.
Sample preparation in the laboratory (extraction and filtration) must be completed within 72 hours of collection.
3. ANALYSES ARE TO BE MADE OF THE MOBILE CONSTITUENTS (DISSOLVED AS WELL AS COLLOIDAL) IN THE
GROUNDWATER, NOT THOSE THAT ARE A PART QF SEDIMENT ASSOCIATED WITH WELL CONSTRUCTION -OR SAMPLING PROCEDURES.
CHECK WITH YOUR LABORATORY ON PROPER PROCEDURES FOR SAMPLE COLLECTION AND PRESERVATION.
4. As per Title 15, North Carolina Administrative Code, Subchapter 2L, analytical procedures shall be in accordance with the methods described in one of
the following publications, or by other methods approved beforehand by the Director, Division of Environmental
Management:
(a) Standard Methods for the Examination of Water and Wastewater, 16th Edition, 1985 and 17th Edition, 1989, published jointly by
American Public Health Association, American Water Works Association and Water Pollution Control Federation;
(b) Methods for Chemical Analysis of Water and Waste, 1979, U.S. Environmental Protection Agency publication number
EPA-600/4-79-020, as revised March 1983;
(c) Test Methods for Evaluating Solid Wastes: Physical/Chemical Methods, 3rd Edition, 1986, U.S. Environmental Protection Agency
publication number SW-846;
(d) Test Procedures for the Analysis of Polluants Under the Clean Water Act, Federal Register Vol. 49, No. 209, 40 CFR Part 136,
October 26, 1984;
5. Measure and record the depth of water in the well prior to pumping or bailing any water from the well.
6. At least 3 volumes of water in the well should be pumped or bailed prior to collecting a sample for analysis. If the well is pumped/bailed dry before 3 well
volumes are removed, samples can be collected as soon as the well recovers to the point where enough water is available to collect your sample.
7. Determination for pH, Specific Conductance, temperature, odor and appearance must be made in the field on unfiltered samples when the sample is
collected.
S. Field equipment must be calibrated in accordance with recommendations by the manufacturer.
9. Samples must be filtered through a 0.45 micron filter immediately after collection when a dissolved analysis is required. (See 44. above)
10.The sample container should be labeled at the time of collection with the facility name, well identification number and date and time collected.
"Authorized agent" is any corporate officer or public official authorized by the company, corporation, or governmental body to sign official documents.

GROUNDWATER QUALITY MONITORING:
COMPLIANCE REPORT FORM
Type or
pen and press
DIVISION OF WATER QUALITY - GROUNDWATER SECTION
`P.O. BOX 29578
For additional forms RALEIGH, NO 27626.0578
pleasewriteor call; [phone]
Facility Name jo arTrie�s�sK 1',rN 1r0/6i?iFM.4M DIY
Address
Well Location CAZ a5Y" Y7' 9� 13' %mil — �-/' •(6 66 /e ��j
Well Identification Number Nh/- Z Well Depth 34) Ft.
Well Diameter /4'v N Sample (Screened) Interval/lb .Dsr1A Ft. To 30 Ft.
Depth to Water Level ,_ 8z_ it. below measuring point (before sampling)
Measuring point is 4 3 ft. above land surface
Gallons of water pumped/bailed before sampling y
Field Analysis: pH l- 7 Specific Conductance — uMhos Temp. _ oC
Date Sample Collected %- 49- 5 7 Date Lab Sample Analyzed
Laboratory Name
SAMPLES FOR METALS WERE
UNFILTERED AND FIELD ACIDIFIED
PERMIT NUMBER: (REQUIRED)
Non -Discharge L.14> ao 0 7796�
NPDES
TYPE OF DISPOSAL OPERATION BEING MONITORED' i o~
(REQUIRED) 01
Lagoon Septic Fank/Drain7ield
n q In
Spray Field Subsurface Low-Pff
Piping PP
Land Application of Sludge`
Rotary Distributor E-
Odor � Appearance
Certification No. 9B
YES NO
COD
mg/I
Nitrite (NO2) as N
mg/I
Ni - Nickel
-+ mg/I
Coliform: MF Fecal
/loom[
Nitrate (NO3) as N
mg/I
Pb - Lead
n mg/I
Coliform: MF Total
/loom)
Phosphorus: Total as P
mg/I
Zn -Zinc
>- r mg/I
(Note: Use MPN method for highly turbid samples)
Al - Aluminum
mg/I
Pesticides/Herbicides
Dissolved Solids: Total
mg/I
Ba - Barium
mg/I
(Specify Compounds)
-c
pH (when analyzed)
units
Ca - Calcium
mg/1
-° ==. ug/I
TOC
mg/I
Cd - Cadmium
mg/I
r n= ug/I
Chloride
mg/I
Chromium: Total
mg/[
/I
Arsenic
mg/I
Cu - Copper
mg/I
Other (Specify Compounds and
c-n
Grease and Oils
mg/I
Fe - Iron
mg/I
Concentration units)
Hardness: Total
mg/I
Hg - Mercury
mg/I
Phenol
mg/I
K - Potassium
mg/I
_ A-o..fcA� L.y
Sulfate
mg/1
Mg - Magnesium
mg/I
Specific Conductance
uMhos
Mn - Manganese
mg/I
Total Ammonia
mg/I
Na - Sodium
mg/I
TKN as N
mg/I
I CERTIFY THAT THIS REPORT IS TRUE AND ACCURATE. Note: Values should reflect dissolved and
colloidal concentrations. (see #3 on back)
2 Tt 5--/3 -1, 7 See back for instructions.
Signat# orPdrmp4e (or Authorized Agent') Date •* Submit blue and yellow copies only to address above.
GW-59 REV. 8/96

r-
COLLECTION AND ANALYSIS OF GROUNDWATER SAMPLES
Samples should be analyzed as soon as possible after collection. SAMPLES WHICH ARE NOT ANALYSED WITHIN THE HOLDING TIME SPECI-
FIED FOR THE METHOD USED (SEE #4. BELOW) MUST BE DISCARDED AND NEW SAMPLES COLLECTED.
2. Metals Analyses: Use Standard Method 3030C for sample preparation (mercury excluded). DO NOT FILTER METALS SAMPLES IN THE FIELD !!!
Unfiltered samples must be collected for metals, then field acidified with 5 ml concentrated nitric acid per liter of -sample, and should be submitted to the
lab within 24 hours.
Sample preparation in the laboratory (extraction and filtration) must be completed within 72 hours of collection.
3. ANALYSES ARE TO BE MADE OF THE MOBILE CONSTITUENTS (DISSOLVED AS WELL AS COLLOIDAL) IN THE
GROUNDWATER, NOT THOSE THAT ARE A PART QFF SEDIMENT ASSOCIATED WITH WELL CONSTRUCTION QR SAMPLING PROCEDURES.
CHECK WITH YOUR LABORATORY ON PROPER PROCEDURES FOR SAMPLE COLLECTION AND PRESERVATION.
4. As per Title 15, North Carolina Administrative Code, Subchapter 2L, analytical procedures shall be in accordance with the methods described in one of
the following publications, or by other methods approved beforehand by the Director, Division of Environmental
Management:
(a) Standard Methods for the Examination of Water and Wastewater, 16th Edition, 1985 and 17th Edition, 1989, published jointly by
American Public Health Association, American Water Works Association and Water Pollution Control Federation;
(b) Methods for Chemical Analysis of Water and Waste, 1979, U.S. Environmental Protection Agency publication number
EPA-600/4-79-020, as revised March 1983;
(c) Test Methods for Evaluating Solid Wastes: Physical/Chemical Methods, 3rd Edition, 1986, U.S. Environmental Protection Agency
publication number SW-846;
(d) Test Procedures for the Analysis of Polluants Under the Clean Water Act, Federal Register Vol. 49, No. 209, 40 CFR Part 136,
October 26, 1984;
5. Measure and record the depth of water in the well prior to pumping or bailing any water from the well.
6. At least 3 volumes of water in the well should be pumped or bailed prior to collecting a sample for analysis. If the well is pumped/bailed dry before 3 well
volumes are removed, samples can be collected as soon as the well recovers to the point where enough water is available to collect your sample.
7. Determination for pH, Specific Conductance, temperature, odor and appearance must be made in the field on unfiltered samples when the sample is
collected.
8. Field equipment must be calibrated in accordance with recommendations by the manufacturer.
9. Samples must be filtered through a 0.45 micron filterimmediately after collection when a dissolved analysis is required. (See 44. above)
10.The sample container should be labeled at the time of collection with the facility name, well identification number and date and time collected.
I ."Authorized agent' is any corporate officer or public official authorized by the company, corporation, or governmental body to sign official documents.

'GROUNDWATER QUALITY MONITORING- For additional forms
COMPLIANCE REPORT FORM please write or call:
Type or Use a ball-point pen and press firmly.
Facility Name Z-k- M
4&g".11.vr County
> R/G
0: 7"
Well Location L .3`t Y9' Gn.✓9 7- z17/
Well Identification Number 'Na-/ Well Depth 28,5- Ft.
Well Diameter r n Sample (Screened) Interval N - Ft. To 'AB. C_Ft.
Depth to Water Level Z z. ft. below measuring point (before sampling)
Measuring point is /. Z ft. above land surface
Gallons of water pumped/bailed before sampling .5': -
Field Analysis: pH 4�8 Specific Conductance — uMhos Temp. — oC
DIVISION OF WATER QUALITY - GROUNDWATER SECTION
P.O. BOX 29578
RALEIGH, NC27626.0578
(919) 7333221
PERMIT NUMBER: (REQUIRED)
Non -Discharge GJD 00077�78
NPDES `
TYPE OF DISPOSAL OPERATION BEING MONITORED
(REQUIRED)
Lagoon Septic TakWDrain Field
c
Spray Field Subsurface Low-PrMure
Piping (Ltp) `^
Land Application of Sludge � /
✓Other E
Rotary Distributor
Odor Appearance
Date Sample Collected ='4-7 7 Date Lab Sample Analyzed
Laboratory Name�-x�e �6 Certification No.
SAMPLES FOR METALS WERE COLLECTED UNFILTERED AND FIELD ACIDIFIED /% -YES NO
COD _
Coliform:
Coliform:
mo/I
MF Fecal /100ml
MF Total /100ml
(Note: Use MPN method for highly turbid samples)
Dissolved Solids: Total
pH (when analyzed)
TOC
Chlnride
Arsenic
Grease and Oils
Hardness: Total
Phenol
Sl llfata
Specific Conductance
Total Ammonia
TKN as N
_ mg/I
_units
_ mg/I
_ mg/I
_ mg/I
_ mg/I
_ mg/I
_ mg/l
mg/I
uMhos
mg/I
mg/I
Nitrite (NO2) as N
mg/I
Nitrate (NO3) as N
mg/I
Phosphorus: Total as P
mg/I
Al - Aluminum
mg/I
Ba - Barium
mg/I
Ca - Calcium
mg/I
Cd - Cadmium
mg/I
Chromium: Total
mg/I
Cu - Copper
mg/I
Fe - Iron
mg/I
Hg - Mercury
mg/I
K - Potassium
mg/I
Mg - Magnesium
mg/I
Mn - Manganese
mg/I
Na - Sodium
mg/I
I CERTIFY THAT THIS REPORT IS TRUE AND ACCURATE.
_a_'j lKe 5--/r3 ---77
Signature of rermltfee (or uthorized Agent*) Date
GW-59 REV. 8/96
Ni - Nickel
mg/I
Pb - Lead
k
r; mg/I
Zn - Zinc
-_f
tmg/I
Pesticides/Herbicides
G
(Specify Compounds)
—
`f,ug/I
Other (Specify Compounds and
;;u-
Concentration units)
o
�
r
rn
SeIRE ,95MEM tan
Note: Values should reflect dissolved and
colloidal concentrations. (see #3 on back)
* See back for instructions.
** Submit blue and yellow copies only to address above.

COLLECTION AND ANALYSIS OF GROUNDWATER SAMPLES
Samples should be analyzed as soon as possible after collection. SAMPLES WHICH ARE NOT ANALYSED WITHIN THE HOLDING TIME SPECI-
FIED FOR THE METHOD USED (SEE #4. BELOW) MUST BE DISCARDED AND NEW SAMPLES COLLECTED.
2. Metals Analyses: Use Standard Method 3030C for sample preparation (mercury excluded). DO NOT FILTER METALS SAMPLES IN THE FIELD!!!
Unfiltered samples must be collected for metals, then field acidified with 5 ml concentrated nitric acid per liter of sample, and should be submitted to the
lab within 24 hours.
Sample preparation in the laboratory (extraction and filtration) must be completed within 72 hours of collection.
-3. ANALYSES ARE TO BE MADE OF THE MOBILE CONSTITUENTS (DISSOLVED AS WELL AS COLLOIDAL) IN THE
GROUNDWATER, NOT THOSE THAT ARE A PART QFF SEDIMENT ASSOCIATED WITH WELL CONSTRUCTION OR SAMPLING PROCEDURES.
CHECK WITH YOUR LABORATORY ON PROPER PROCEDURES FOR SAMPLE COLLECTION AND PRESERVATION.
4. As per Ti6b 15, North Carolina Administrative Code, Subchapter 2L, analytical procedures shall be in accordance with the methods described in one of
the following publications, or by other methods approved beforehand by the Director, Division of Environmental
Management:
(a) Standard Methods for the Examination of Water and Wastewater, 16th Edition, 1985 and 17th Edition, 1989, published jointly by
American Public Health Association, American Water Works Association and Water Pollution Control Federation;
(b) Methods for Chemical Analysis of Water and Waste, 1979, U.S. Environmental Protection Agency publication number
EPA-600/4-79-020, as revised March 1983;
(c) Test Methods for Evaluating Solid Wastes: Physical/Chemical Methods; 3rd Edition, 1986, U.S. Environmental Protection Agency
publication number SW-846;
(d) Test Procedures for the Analysis of Polluants Under the Clean Water Act, Federal Register Vol. 49, No. 209, 40 CFR Part 136,
October 26, 1984;
5. Measure and record the depth of water in the well prior to pumping or bailing any water from the well.
6. At least 3 volumes of water in the well should be pumped or bailed prior to collecting a sample for analysis. If the well is pumped/bailed dry before 3 well
volumes are removed, samples can be collected as soon as the well recovers to the point where enough water is available to collect your sample.
7. Determination for pH, Specific Conductance, temperature, odor and appearance must be made in the field on unfiltered samples when the sample is
collected.
8. Field equipment must be calibrated in accordance with recommendations by the manufacturer.
9. Samples must be filtered through a 0.45 micron filter immediately after collection when a dissolved analysis is required. (See #4. above)
10.The sample container should be labeled at the time of collection with the facility name, well identification number and date and time collected.
. "Authorized agent' is any corporate officer or public official authorized by the company, corporation, or governmental body to sign official documents.

GROUNDWATER,QUALITY MONITORING:
COMPLIANCE REPORT FORM
or
pen and press
DIVISION OF WATER QUALITY- GROUNDWATER SECTION
P.O. BOX. 29578
For additional forms RALEIGH,'NC 27626.0578
please write or call: [phone]
Facility Name %oerr!%Aszrvz 1 C' J2>1 le,
Address Pcq�­;9 'P')A.!
Lgu,er,vbrmry uC County Sco��n Jci
Well Location E�Gtu�i 71
Well Identification Number — Well Depth Ft.
Well Diameter --Sample (Screened) Interval Ft. To Ft.
Depth to Water Level — ft. below measuring point (before sampling)
Measuring point is — ft. above land surface
Gallons of water pumped/bailed before sampling
Field Analysis: pH — Specific Conductance uMhos Temp. —oC
Date Sample Collected Z9 — 97 Date Lab Sample Analyzed
Laboratory Name Ai�zjzqp 6411,
SAMPLES FOR METALS WERE COLLECTED UNFILTERED AND FIELD ACIDIFIED
COD
mg/I
Coliform: MF Fecal
/100ml
Coliform: MF Total
/100m1
(Note: Use MPN method for highly turbid samples)
Dissolved Solids: Total
mg/I
pH (when analyzed)
units
TOC
mg/I
Chloride
mg/I
Arsenic
mg/I
Grease and Oils
mg/I
Hardness: Total
mg/I
Phenol
mg/I
Sulfate
mg/I
Specific Conductance
uMhos
Total Ammonia
mg/I
TKN as N
mg/I
Nitrite (NO2) as N _
Nitrate (NO3) as N_
Phosphorus: Total as
AI - Aluminum
Ba - Barium
Ca - Calcium
Cd - Cadmium
Chromium: Total
Cu - Copper
Fe - Iron
Hg - Mercury
K - Potassium
Mg - Magnesium
Mn - Manganese
Na - Sodium
0
PERMIT NUMBER: (REQUIRED)
Non -Discharge LJO ODD7"7a/F?
NPDES
TYPE OF DISPOSAL OPERATION BEING MONITORED '
(REQUIRED) k r` .0
Lagoon Septic TgnWDrain Freld
a. r
Spray Field Subsurf ce Low -Pressure f
Piping (RPP) _
Land Application of Sludge
Other '-
Rotary Distributor
Odor — Appearance —
Certification No. _=
YES NO
mg/I
Ni - Nickel
mg/I
mg/I
Pb - Lead
mg/I
Zn - Zinc
G ` '?rng/I
mg/I
Pesticides/Herbicides
mg/I
(Specify Compounds)
cr
mg/I
Ng/I
mg/Iic
/I
`rrg;I
mg/I
mg/I
Other (Specify Compounds and
CD
mg/I
Concentration units)
S'
mg/I
mg/I
S¢v .4-./ar.r.Z 445
mg/I
mg/I
mg/I
I CERTIFY THAT THIS REPORT IS TRUE AND ACCURATE. Note: Values should reflect dissolved and
colloidal concentrations. (see #3 on back)
See back for instructions.
Sig ure of Per tee (or. Authorized Agent') Date Submit blue and yellow copies only to address above.
GW-59 REV. 8/96

COLLECTION AND ANALYSIS OF GROUNDWATER SAMPLES
Samples should be analyzed as soon as possible after collection. SAMPLES WHICH ARE NOT ANALYSED WITHIN THE HOLDING TIME SPECI-
FIED FOR THE METHOD USED (SEE #4. BELOW) MUST BE DISCARDED AND NEW SAMPLES COLLECTED.
2. Metals Analyses: Use Standard Method 3030C for sample preparation (mercury excluded). DO NOT FILTER METALS SAMPLES IN THE FIELD III
Unfiltered samples must be collected for metals, then field acidified with 5 ml concentrated nitric acid per liter of sample, and should be submitted to the
lab withih24 hours.
Sample preparation in the laboratory (extraction and filtration) must be completed within 72 hours of collection.
3.' ANALYSES ARE TO BE MADE OF THE MOBILE CONSTITUENTS (DISSOLVED AS WELL AS COLLOIDAL) IN THE
GROUNDWATER, NOT THOSE THAT ARE A PART OF SEDIMENT ASSOCIATED WITH WELL CONSTRUCTION 2 SAMPLING PROCEDURES.
CHECK WITH YOUR LABORATORY ON PROPER PROCEDURES FOR SAMPLE COLLECTION AND PRESERVATION.
4. As per Title 15, North Carolina Administrative Code, Subchapter 2L, analytical procedures shall be in accordance with the methods described in one of
the following publications, or by other methods approved beforehand by the Director, Division of Environmental
Management:
(a) Standard Methods for the Examination of Water and Wastewater, 16th Edition, 1985 and 17th Edition, 1989, published jointly by
American Public Health Association, American Water Works Association and Water Pollution Control Federation;
(b) Methods for Chemical Analysis of Water and Waste, 1979, U.S. Environmental Protection Agency publication number
EPA-600/4-79-020, as revised March 1983;
(c) Test Methods for Evaluating Solid Wastes: Physical/Chemical Methods, 3rd Edition, 1986, U.S. Environmental Protection Agency
publication number SW-846;
(d) Test Procedures for the Analysis of Polluants Under the Clean Water Act, Federal Register Vol. 49, No. 209, 40 CFR Part 136,
October 26, 1984;
5. Measur;° and record the depth of water in the well prior to pumping or bailing any water from the well.
6. At least 3 volumes of water in the well should be pumped or bailed prior to collecting a sample for analysis. If the well is pumped/bailed dry before 3 well
volumes are removed, samples can be collected as soon as the well recovers to the point where enough water is available to collect your sample.
7. Determination for pH, Specific Conductance, temperature, odor and appearance must be made in the field on unfiltered samples when the sample is
collected.
8. Field equipment must be calibrated in accordance with recommendations by the manufacturer.
9. Samples must be filtered through a 0.45 micron filter immediately after collection when a dissolved analysis is required. (See #4. above)
10.The sample container should be labeled at the time of Collection with the facility name, well identification number and date and time collected.
'."Authorized agent' is any corporate officer or public official authorized by the company, corporation, or governmental body to sign official documents.

Facility Name
Address
QUALITY MONITORING:
For additional forms
please writeor calf:
DIVISION OF WATER QUALITY , GROUNDWATER SECTION
PERMIT NUMBER: (REQUIRED)
Non -Discharge 60C? 04py'7' -j0 a
NPDES ff t �t
TYPE OF DISPOSAL OPERATION BEING MONITORED t*,. Z�
(REQUIRED) `"'.?;, rn
Well Location
Well Identification Number L�J7 Well Depth — Ft.
Well Diameter � Sample (Screened) Interval — Ft. To Ft.
Depth to Water Level ft. below measuring point (before sampling)
Measuring point is ft. above land surface
Gallons of water pumped/bailed before sampling L—
Field Analysis: pH — Specific Conductance uMhos Temp. °C Odor
Date Sample Collected —6— 17 Date Lab Sample Analyzed
Laboratory Name
SAMPLES FOR METALS
Type or Use a ball-point pen and press firmly.
COLLECTED UNFILTERED AND FIELD ACIDIFIED
COD mg/I
Coliform: MF Fecal /100ml
Coliform: MF Total /100ml
(Note: Use MPN method for highly turbid samples)
Dissolved Solids: Total
mg/I
pH (when analyzed)
units
TOC
mg/I
Chloride
mg/I
Arsenic
mg/I
Grease and Oils
mg/I
Hardness: Total
mg/I
Phenol
mg/I
Sulfate
mg/I
Specific Conductance
uMhos
Total Ammonia
mg/I
TKN as N
mg/I
Lagoon Septic Tank/Dr�)n Fjeld
n ,
Spray Field Subsurface 1-1-Pr9ssure,�
Piping (LPP) a
Land Application of Stud�
Other
Rotary Distributor
Appearance —
Certification No. B
YES NO
Nitrite (NO2) as N
mg/I
Nitrate (NO3) as N
mg/I
Phosphorus: Total as P
mg/I
AI - Aluminum
mg/I
Ba - Barium
mg/I
Ca - Calcium
mg/I
Cd - Cadmium
mg/I
Chromium: Total
mg/I
Cu - Copper
mg/I
Fe - Iron
mg/I
Hg - Mercury
mg/I
K - Potassium
mg/I
Mg - Magnesium
mg/I
Mn - Manganese
mg/I
Na - Sodium
mg/I
I CERTIFY THAT THIS REPORT IS TRUE AND ACCURATE.
Signa
GW-59
M.
r Authorized Agent")
Ni - Nickel
mg/I
Pb - Lead
mg/I
Zn - Zinc
A
mg/I
Pesticides/Herbicides
_"
' r
(Specify Compounds)
C=ci
ug/I
—
, ug/I
ug/I
Other (Specify Compounds and
�A
Concentration units)
r
=�
O
N
sPP 471-4rn.. 1.6
Note: Values should reflect dissolved and
colloidal concentrations. (see #3 on back)
1-4 — 9 7 See back for instructions.
Date ** Submit blue and yellow copies only to address above.

Samples should be analyzed as soon as possible after collection. SAMPLES WHICH ARE NOT ANALYSED WITHIN THE HOLDING TIME SPECI-
FIED FOR THE METHOD USED (SEE #4. BELOW) MUST BE DISCARDED AND NEW SAMPLES COLLECTED.
2. Metals Analyses: Use Standard Method 3030C for sample preparation (mercury excluded). DO NOT FILTER METALS SAMPLES IN THE FIELD 111
Unfiltered samples must be collected for metals, then field acidified with 5 ml concentrated nitric acid per liter of sample, and should be submitted to the
lab within 24 hours.
Sample preparation in the laboratory (extraction and filtration) must be completed within 72 hours of collection.
3. ANALYSES ARE TO BE MADE OF THE MOBILE CONSTITUENTS (DISSOLVED AS WELL AS COLLOIDAL) IN THE
GROUNDWATER, NOT THOSE THAT AREA PART OF SEDIMENT ASSOCIATED WITH WELL CONSTRUCTION OR SAMPLING PROCEDURES.
CHECKWITH YOUR LABORATORY ON PROPER PROCEDURES FOR SAMPLE COLLECTION AND PRESERVATION.
4. As per Title 15, North Carolina Administrative Code, Subchapter 2L, analytical procedures shall be in accordance with the methods described in one of
the following publications, or by other methods approved beforehand by the Director, Division of Environmental
Management:
(a) Standard Methods for the Examination of Water and Wastewater, 16th Edition, 1985 and 17th Edition, 1989, published jointly by
American Public Health Association, American Water Works Association and Water Pollution Control Federation;
(b) Methods for Chemical Analysis of Water and Waste, 1979, U.S. Environmental Protection Agency publication number
EPA-600/4-79-020, as revised March 1983;
(c) Test Methods for Evaluating Solid Wastes: Physical/Chemical Methods, 3rd Edition, 1986, U.S.. Environmental Protection Agency
publication number SW-846;
(d) Test Procedures for the Analysis of Polluants Under the Clean Water Act, Federal Register Vol. 49, No. 209, 40 CFR Part 136,
October 26, 1984;
5. Measure and record the depth of water in the well prior to pumping or bailing any water from the well.
6. At least 3 volumes of water in the well should be pumped or bailed prior to collecting a sample for analysis. if the well is pumped/bailed dry before 3 well
volumes are removed, samples can be collected as soon as the well recovers to the point where enough water is available to collect your sample.
7. Determination for pH, Specific Conductance; temperature, odor and appearance must be made in the field on unfiltered samples when the sample is
collected.
8. Field equipment must be calibrated in accordance with recommendations by the manufacturer..
9. Samples must be filtered through a 0.45 micron filter immediately after collection when a dissolved analysis is required. (See #4. above)
10. The sample container should be labeled at the time of collection with the facility name, well identification number and date and time collected.
1."Authorized agent' is any corporate officer or public official authorized by the company, corporation, or governmental body to sign official documents.

DIVISION OF WATER QUALITY - GROUNDWATER SECTION
GROUNDWATER QUALITY MONITORING: P.O. sox 626-
For additional Corms pALE1GH, NC 27626-0578
COMPLIANCE REPORT FORM please write or call: [phone]
Type or Use a ball-point pen ana press tlrmly. PERMIT NUMBER: (REQUIRED)
Facility Name X;"'4_xzAg4sazK 1 �• 1NgrA ,fg�M Z>ruc Non -Discharge Glut 00077 91f
��� ��� ^ NPDES
Address TYPE OF DISPOSAL OPERATION BEING MONITORED
County�4�/- (REQUIRED) Well Location ) Lagoon SepticTa`daC ainFiC�
Well Identification Number FiLUFA/9 Well Depth Ft.
Well Diameter — Sample (Screened) Interval Ft. To — Ft. Spray Field S r(� re
1"-Pr
Piping
Depth to Water Level — ft. below measuring point (before sampling) Land Application of Sludge Otry q
Measuring point is ft. above land surface Rotary Distributor her
Gallons of water pumped/bailed before sampling
Field Analysis: pH — Specific Conductance — uMhos Temp. — °C Odor Appearance
Date Sample Collected Z-10 - 9 7 Date Lab Sample Analyzed ?--Iv— 9 7
Laboratory Name L42e7aa Certification No. alb
SAMPLES FOR METALS WERE COLLECTED UNFILTERED AND FIELD ACIDIFIED IW4 YES NO
COD
mg/I
Coliform: MF Fecal
/100m1
Coliform: MF Total
/100ml
(Note: Use MPN method for highly turbid samples)
Dissolved Solids: Total
mg/I
pH (when analyzed)
units
TOC
mg/I
Chloride
mg/I
Arsenic
mg/1
Grease and Oils
mg/I
Hardness: Total
mg/I
Phenol
mg/I
Sulfate
mg/I
Specific Conductance
uMhos
Total Ammonia
mg/I
TKN as N
mg/I
Nitrite (NO2) as N
mg/I
Ni - Nickel
_ mg/I
Nitrate (NO3) as N
mg/I
Pb - Lead
mg/I
Phosphorus: Total as P
mg/I
Zn - Zinc
-'
'-_mg/I
Al - Aluminum
mg/I
Pesticides/Herbicides
c
.;f
Ba - Barium
mg/I
(Specify Compounds)
—
c—
Ca -Calcium
mg/I
—
-, .Ug/I
Cd - Cadmium
mg/I
Chromium: Total
mg/I
=fig/I
Cu - Copper
mg/I
Other (Specify Compounds and
Fe - Iron
mg/I
Concentration units)
C3
Hg - Mercury
mg/I
K - Potassium
mg/I
s-w 6loru� 4
Mg - Magnesium
mg/I
Mn - Manganese
mg/1
Na - Sodium
mg/I
I CERTIFY THAT THIS REPORT IS TRUE AND ACCURATE. Note: Values should reflect dissolved and
colloidal concentrations. (see #3 on back)
97-V 2< -5-/3—ei7 * See back for instructions.
SignatrEV.
er itte or Authorized Agent*) Date ** Submit for
and yellow copies only to address above.
GW-59/96

COLLECTION AND ANALYSIS OF GROUNDWATER SAMPLES
Samples should be analyzed as soon as possible after collection. SAMPLES WHICH ARE NOT ANALYSED WITHIN THE HOLDING TIME SPECI-
FIED FOR THE METHOD USED (SEE #4. BELOW) MUST BE DISCARDED AND NEW SAMPLES COLLECTED.
2. Metals Analyses: Use Standard Method 3030C for sample preparation (mercury excluded). DO NOT FILTER METALS SAMPLES IN THE FIELD If'
Unfiltered samples must be collected for metals, then field acidified with 5 ml concentrated nitric acid per liter of sample, and should be submitted to the
lab within 24 hours.
Sample preparation in the laboratory (extraction and filtration) must be completed within 72 hours of collection.
3. ANALYSES ARE TO BE MADE OF THE MOBILE CONSTITUENTS (DISSOLVED AS WELL AS COLLOIDAL) IN THE
GROUNDWATER, NOT THOSE THAT ARE A PART QF SEDIMENT ASSOCIATED WITH WELL CONSTRUCTION OR SAMPLING PROCEDURES.
CHECK WITH YOUR LABORATORY ON PROPER PROCEDURES FOR SAMPLE COLLECTION AND PRESERVATION.
4. As per Title 15, North Carolina Administrative Code, Subchapter 2L, analytical procedures shall be in accordance with the methods described in one of
the following publications, or by other methods approved beforehand by the Director, Division of Environmental
Management:
(a) Standard Methods for the Examination of Water and Wastewater, 16th Edition, 1985 and 17th Edition, 1989, published jointly by
American Public Health Association, American Water Works Association and Water Pollution Control Federation;
(b) Methods for Chemical Analysis of Water and Waste, 1979, U.S. Environmental Protection Agency publication number
EPA-600/4-79-020, as revised March 1983;
(c) Test Methods for Evaluating Solid Wastes: Physical/Chemical Methods, 3rd Edition, 1986, U.S. Environmental Protection Agency
publication number SW-846;
(d) Test Procedures for the Analysis of Polluants Under the Clean Water Act, Federal Register Vol. 49, No. 209, 40 CFR Part 136,
October 26, 1984;
5. Measure and record the depth of water in the well prior to pumping or bailing any water from the well.
r
6. At least 3 volumes of water in the well should be pumped or bailed prior to collecting a sample for analysis. If the well is pumped/bailed dry before 3 well
volumes are removed, samples can be collected as soon as the well recovers to the point where enough water is available to collect your sample.
7. b'etermination for pH, Specific Conductance, temperature, odor and appearance must be made in the field on unfiltered samples when the sample is
collected.
8. Field equipment must be calibrated in accordance with recommendations by the manufacturer.
9. Samples must be filtered through a 0.45 micron filter immediately after collection when a dissolved analysis is required. (See #4. above)
1 o.The sample container should be labeled at the time of collection with the facility name, well identification number and date and time collected.
I ."Authorized agent" is any corporate officer or public -official authorized by the company, corporation, or governmental body to sign official documents.

[D © DIVISION OF WATER QUALITY - GROUNDWATER SECTION
29578
LGROUNDWATERFor QUALITY MONITORING:. P.Q. sox additionalonal forms RALEIGH, NC 27626-7626.0678
MPLIANCE REPORT FORM Please Write or call: [phone]
Type or Use a ball-point pen and press firmly. PERMIT NUMBER: (REQUIRED)
Facility Name 73AsT.y,VS7,9Z 1r-st/C. �i�Crr.�4HM .Z%/V Non -Discharge 00d77-78
Address �Ze a NPDES
lye County Jm�e'*u _ TYPE OF DISPOSAL OPERATION BEING MONITORED
Well Location Csr-Gc-u��✓Y (REQUIRED)
Lagoon Septic Tank/Drain Field
Well Identification Number I Well Depth Ft. Spray Field su �Mr¢7
Well Diameter — Sample (Screened) Interval Ft. To — Ft. Pi ��
Depth to Water Level --ft. below measuring point (before sampling) Land Application of Sludgo,
Measuring point is ft. above land surface Other
_Rotary Distributor
Gallons of water pumped/bailed before sampling _
Field Analysis: pH Specific Conductance — uMhos Temp. °C Odor —Appearance
Date Sample Collected // .13 - S_ Date Lab Sample Analyzed �2--� x - y FAYETTEVILLE
Laboratory Name 140Ztza g or 114ff Certification No. !�!'
REG.OFMCE
SAMPLES FOR METALS WERE COLLECTED UNFILTERED AND FIELD ACIDIFIED _YES NO
COD
mg/I
Nitrite (NO2) as N
mg/I
Coliform: MF Fecal
/100ml
Nitrate (NO3) as N
mg/I
Coliform: MF Total
/100ml
Phosphorus: Total as P
mg/I
(Note: Use MPN method for highly turbid samples)
Al - Aluminum
mg/I
Dissolved Solids: Total
mg/I
Ba - Barium
mg/I
pH (when analyzed)
units
Ca - Calcium
mg/I
TOC
mg/I
Cd - Cadmium
mg/I
Chloride
mg/1
Chromium: Total
mg/I
Arsenic
mg/I
Cu - Copper
mg/I
Grease and Oils
mg/l
Fe - Iron
mg/I
Hardness: Total
mg/I
Hg - Mercury
mg/I
Phenol
mg/I
K - Potassium
mg/I
Sulfate
mg/I
Mg - Magnesium
mg/I
Specific Conductance
uMhos
Mn - Manganese
mg/1
Total Ammonia
mg/I
Na.- Sodium
mg/l
TKN as N
mg/I
Ni - Nickel
mg/I
Pb - Lead
mg/I
Zn - Zinc
mg/I
Pesticides/Herbicides
(Specify Compounds)
ug/I
ug/I
ug/I
Other (Specify Compounds and V
Concentration units)
jaz
I CERTIFY THAT THIS REPORT IS TRUE AND ACCURATE. Note: Values should reflect dissolved and
colloidal concentrations. (see #3 on back)
7 See back for instructions.
Signatur of PerVnittor Authorized Agent") Date *• Submit blue and yellow copies only to address above.
GW-59 REV. 8/96

COLLECTION AND ANALYSIS OF GROUNDWATER SAMPLES
Samples should be analyzed as soon as possible after collection. SAMPLES WHICH ARE NOT ANALYSED WITHIN THE HOLDING TIME SPECI-
FIED FOR THE METHOD USED (SEE #4. BELOW) MUST BE DISCARDED AND NEW SAMPLES COLLECTED.
2. Metals Analyses: Use Standard Method 3030C for sample preparation (mercury excluded). DO NOT FILTER METALS SAMPLES IN THE FIELD !11
Unfiltered samples must be collected for metals, then field acidified with 5 ml concentrated nitric acid per liter of sample, and should be submitted to the
lab within 24 hours.
Sample preparation in the laboratory (extraction and filtration) must be completed within 72 hours of collection.
3. ANALY-SES ARETO BE MADE OF THE MOBILE CONSTITUENTS (DISSOLVED AS WELL AS COLLOIDAL) IN THE
GROUNDWATER, NOT THOSE THAT ARE A PART _QF SEDIMENT ASSOCIATED WITH WELL CONSTRUCTION f2 SAMPLING PROCEDURES.
'6RECK-WiTH YOUR LABORATORY ON PROPER PROCEDURES FOR SAMPLE COLLECTION AND PRESERVATION.
4 As'per Title 15,-North Carolina Administrative Code, Subchapter 2L, analytical procedures shall be in accordance with the methods described in one of
tFiefollowing publications, or by other methods approved beforehand by the Director, Division of Environmental.
Management:
(a) Standard Methods for the Examination of Water and Wastewater, 16th Edition, 1985 and 17th Edition, 1989, published jointly by
American Public Health Association, American Water Works Association and Water Pollution Control Federation;
(b) Methods for Chemical Analysis of Water and Waste, 1979, U.S. Environmental Protection Agency publication number
EPA-600/4-79-020, as revised March 1983;
(c) Test Methods for Evaluating Solid Wastes: Physical/Chemical Methods, 3rd Edition, 1986, U.S. Environmental Protection Agency
publication number SW-846;
(d) Test Procedures for the Analysis of Polluants Under the Clean Water Act, Federal Register Vol. 49, No. 209, 40 CFR Part 136,
October 26, 1984;
5. Measure and record the depth of water in the well prior to pumping or bailing any water from the well.
6. At least 3 volumes of water in the well should be pumped or bailed prior to collecting a sample for analysis. If the well is pumped/bailed dry before 3 well
volumes are removed, samples can be collected as soon as the well recovers to the point where enough water is available to collect your sample.
7. Determination for pH, Specific Conductance, temperature, odor and appearance must be made in the field on unfiltered samples when the sample is
collected.
8. Field equipment must be calibrated in accordance with recommendations by the manufacturer.
9. Samples must be filtered through a 0.45 micron filter immediately after collection when a dissolved analysis is required. (See #4. above)
10.The sample container should be labeled at the time of collection with the facility name, well identification number and date and time collected.
"Authorized agent" is any corporate officer or public official authorized by the company, corporation, or governmental body to sign official documents.

IGROUNDWATER QUALITY MONITORING: For additional forms
COMPLIANCE REPORT FORM please write or°all;
Type or Use a ball-point pen and press firmly.
Facility Name %%1STiv7 r: Zle- • :ZtJ&lZaHr4 J-
Address pb+�/> /Zo+D
(ndeiA)buji1,rr ,tlC County Sr�r a.✓�
Well Location 4F � r-r/ T
Well Identification Number - Well Depth Ft.
Well Diameter Sample (Screened) Interval I Ft. To — Ft.
Depth to Water Level � ft. below measuring point (before sampling)
DIVISION OF WATER QUALITY - GROUNDWATER. SECTION
P.O. BOX 29578
RALEIGH, NC 27626.0578
[phone]
PERMIT NUMBER: (REQUIRED)
Non -Discharge We? 00B'7-790
NPDES
TYPE OF DISPOSAL OPERATION BEING MONITORED
(REQUIRED)
Lagoon Septic Tank/Drain Field
Measuring point is ft. above land surface 1
Gallons of water pumped/bailed before sampling
Field Analysis: pH Specific Conductance —nMhos Temp. —oC Odor
Date Sample Collected /Z-S- q 6 Date Lab Sample Analyzed !Z-/z- 97
Spray Field
Land Application of Sludg!/
Rotary Distributor
Subsurface Low -Pressure
Piping (LPP)
MAR 3 1 19971
Laboratory Name /71Lxr&r7irf-..rs Lays Certification No. iB
SAMPLES FOR METALS WERE COLLECTED UNFILTERED AND FIELD ACIDIFIED _YES NO FAYETTEVILLE
R. o^arr: rtr
COD
Coliform:
Coliform:
MF Fecal
MF Total
(Note: Use MPN method for highly turbid samples)
_ mg/I
/100ml
/100ml
Dissolved Solids: Total
mg/1
pH (when analyzed)
units
TOC
mg/I
Chloride
mg/I
Arsenic
mg/I
Grease and Oils
mg/I
Hardness: Total
mg/I
Phenol
mg/I
Sulfate
mg/I
Specific Conductance
uMhos
Total Ammonia
mg/I
TKN as N
mg/I
Appearance -
Nitrite (NO2) as N
mg/I
Nitrate (NO3) as N
mg/I
Phosphorus: Total as P
mg/I
Al - Aluminum
mg/I
Ba - Barium
mg/I
Ca - Calcium
mg/I
Cd - Cadmium
mg/I
Chromium: Total
mg/I
Cu - Copper
mg/I
Fe - Iron
mg/I
Hg - Mercury
mg/I
K - Potassium
mg/I
Mg - Magnesium
mg/I
Mn - Manganese
mg/I
Na - Sodium
mg/I
Ni - Nickel
mg/I
Pb - Lead
mg/I
Zn - Zinc
mg/I
Pesticides/Herbicides
(Specify Compounds)
Other (Specify Compounds and
Concentration units)
ug/I
ug/I
ug/I
I CERTIFY THAT THIS REPORT IS TRUE AND ACCURATE. Note: Values should reflect dissolved and
colloidal concentrations. (see #3 on back)
% FSee back forinstructions.
Sig ure of Per ee (or Authorized Agent') Date bmit blue and yellow copies only to address above.
GW-59 REV. 8/96

COLLECTION AND ANALYSIS OF GROUNDWATER SAMPLES
Samples should be analyzed as soon as possible after collection. SAMPLES WHICH ARE NOT ANALYSED WITHIN THE HOLDING TIME SPECI-
FIED FOR THE METHOD USED (SEE #4. BELOW) MUST BE DISCARDED AND NEW SAMPLES COLLECTED.
2. Metals Analyses: Use Standard Method 3030C for sample preparation (mercury excluded). DO NOT FILTER METALS SAMPLES IN THE FIELD !!!
Unfiltered samples must be collected for metals, then field acidified with 5 ml concentrated nitric acid per liter of sample, and should be submitted to the
lab within 24 hours.
Sample preparation in the laboratory (extraction and filtration) must be completed within 72 hours of collection.
3. ANALYSES ARE TO BE MADE OF THE MOBILE CONSTITUENTS (DISSOLVED AS WELL AS COLLOIDAL) IN THE
GROUNDWATER, NOT THOSE THAT RE A PART OF SEDIMENT ASSOCIATED WITH WELL CONSTRUCTION OR SAMPLING PROCEDURES.
CHECK WITH YOUR LABORATORY ON PROPER PROCEDURES FOR SAMPLE COLLECTION AND PRESERVATION.
4. As per Title 15, North Carolina Administrative Code, Subchapter 2L, analytical procedures shall be in accordance with the methods described in one of
the following publications, or by other methods approved beforehand by the Director, Division of Environmental
Management;
(a) Standard Methods for the Examination of Water and Wastewater, 16th Edition, 1985 and 17th Edition, 1989, published jointly by
American Public Health Association, American Water Works Association and Water Pollution Control Federation;
(b) Methods for Chemical Analysis of Water and Waste, 1979, U.S. Environmental Protection Agency publication number
EPA-600/4-79-020, as revised March 1983;
(c) Test Methods for Evaluating Solid Wastes: Physical/Chemical Methods, 3rd Edition, 1986, U.S. Environmental Protection Agency
publication number SW-846;
(d) Test Procedures for the Analysis of Polluants Under the Clean Water Act, Federal Register Vol. 49, No. 209, 40 CFR Part 136,
October 26, 1984;
5. Measure and record the depth of water in the well prior to pumping or bailing any water from the well.
6. At least 3 volumes of water in the well should be pumped or bailed prior to collecting a sample for analysis. If the well is pumped/bailed dry before 3 well
volumes are removed; samples can be collected as soon as the well recovers to the point where enough water is available to collect your sample.
7. Determination for pH, Specific Conductance, temperature, odor and appearance must be made in the field on unfiltered samples when the sample is
collected.
8. Field equipment must be calibrated in accordance with recommendations by the manufacturer.
9. Samples must be filtered through a 0.45 micron filter immediately after collection when a dissolved analysis is required. (See #4. above)
10.The sample container should be labeled at the time of collection with the facility name, well identification number and date and time collected.
'I . "Authorized agent' is any corporate officer or public official authorized by the company, corporation, or governmental body to sign official'documents.

DIVISION OF WATER QUALITY- GROUNDWATER SECTION'
GROUNDWATER QUALITY MONITORING:
P.O. BOX 29578
For additional forms
RALEIGH, No 27626.0578
COMPLIANCE REPORT FORM please write or call:
[phone]
Type or Use a ball-point pen and press firmly.
PERMIT NUMBER: (REQUIRED)
Facility Name %oAJZV.4-1>ea2 ,. 74(l2LJHN/ D/K
Non -Discharge &JQ 000 s
Address Pcn/+/7 )2.9,4 ->
NPDES
TYPE OF DISPOSAL OPERATION BEING MONITORED
G4oRi.✓bri2 Aye- County
(REQUIRED)
Well Location
Lagoon Septic Tank/Drain Field
Well Identification Number Well Depth Ft.
Spray Field Subsurface Low -Pressure
Well Diameter — Sample (Screened) Interval Ft. To Ft.
Piping (LPP)
Depth to Water Level ft. below measuring point (before sampling)
Land Application of Sludg
EI
p D
Measuring point is — ft. above land surface
Rotary Distributor
—
Gallons of water pumped/bailed before sampling
Field Analysis: pH — Specific Conductance uMhos Temp. — °C
Odor — Appearance — MAR 3 1 1997
Date Sample Collected 1-13 - 97 Date Lab Sample Analyzed /-00- 97
Laboratory Name &&�2" f /_!fR
Certification No. �1S FAY TTEVILLE
SAMPLES FOR METALS WERE COLLECTED UNFILTERED AND FIELD ACIDIFIED _YES
NO REG. CFF)CE
COD mg/I
Coliform: MF Fecal /100ml
Coliform: MF Total /100ml
(Note: Use MPN method for highly turbid samples)
Dissolved Solids: Total
mg/I
pH (when analyzed)
units
TOC
mg/I
Chloride
mg/I
Arsenic
mg/I
Grease and Oils
mg/I
Hardness: Total
mg/I
Phenol
mg/I
Sulfate
mg/I
Specific Conductance
uMhos
Total Ammonia
mg/I
TKN as N
mg/I
Nitrite (NO2) as N
mg/I
Nitrate (NO3) as N
mg/I
Phosphorus: Total as P
mg/I
Al - Aluminum
mg/I
Ba - Barium
mg/I
Ca - Calcium
mg/I
Cd - Cadmium
mg/I
Chromium: Total
mg/I
Cu - Copper
mg/I
Fe - Iron
mg/I
Hg - Mercury
mg/I
K - Potassium
mg/I
Mg - Magnesium
mg/I
Mn - Manganese
mg/I
Na - Sodium
mg/I
Ni - Nickel
mg/I
Pb - Lead
mg/I
Zn - Zinc
mg/I
Pesticides/Herbicides
(Specify Compounds)
ug/I
ug/I
ug/I
Other (Specify Compounds and
Concentration units)
-
r
J
77
I CERTIFY THAT THIS REPORT IS TRUE AND ACCURATE. Note: Values should reflect dissolved and
colloidal concentrations. (see #3 on back)
Z-Z� q rJ See back for instructions.
Signature o ermittee;o Authorized Agent*) Date ** Submit blue and yellow copies only to address above.
GW-59 REV. 8196

Samples should be analyzed as soon as possible after collection. SAMPLES WHICH ARE NOT ANALYSED WITHIN THE HOLDING TIME SPECI-
FIED FOR THE METHOD USED (SEE #4. BELOW) MUST BE DISCARDED AND NEW SAMPLES COLLECTED.
2. Metals Analyses: Use Standard Method 3030C for sample preparation (mercury excluded). DO NOT FILTER METALS SAMPLES IN THE FIELD III
Unfiltered samples must be collected for metals, then field acidified with 5 ml concentrated nitric acid per liter of sample, and should be submitted to the
lab within 24 hours.
Sample preparation in the laboratory (extraction and filtration) must be completed within 72 hours of collection.
3. ANALYSES ARE TO -BE MADE OF THE MOBILE CONSTITUENTS (DISSOLVED AS WELL AS COLLOIDAL) IN THE
•GRO:UNDWATER, RIOT THOSE THAT ARE A PART OF SEDIMENT ASSOCIATED WITH WELL CONSTRUCTION OR SAMPLING PROCEDURES.
CHECK WITH YOUR LABORATORY ON PROPER PROCEDURES FOR SAMPLE COLLECTION AND PRESERVATION.
4. As per Title 15, North Carolina Administrative Code, Subchapter 2L, analytical procedures shall be in accordance with the methods described in one of
the following publications, or by other methods approved beforehand by the Director, Division of Environmental
Management:
(a) Standard Methods for the Examination of Water and Wastewater, 16th Edition, 1985 and 17th Edition, 1989, published jointly by
American Public Health Association, American Water Works Association and Water Pollution Control Federation;
(b) Methods for Chemical Analysis of Water and Waste, 1979, U.S. Environmental Protection Agency publication number
EPA-600/4-79-020, as revised March 1983;
(c) Test Methods for Evaluating Solid Wastes: Physical/Chemical Methods, 3rd Edition, 1986, U.S. Environmental Protection Agency
publication number SW-846;
(d) Test Procedures for the Analysis of Polluants Under the Clean Water Act, Federal Register Vol. 49, No. 209, 40 CFR Part 136,
October 26, 1984;,
5. Measure and record the depth of water in the well prior to pumping or bailing any water from the well.
6. At least 3 volumes of water in the well should be pumped or bailed prior to collecting a sample for analysis. If the well is pumped/bailed dry before 3 well
volumes are removed; samples can be collected as soon as the well recovers to the point where enough water is available to collect your sample.
7. Determination for pH, Specific Conductance, temperature, odor and appearance must be made in the field on unfiltered samples when the sample is
collected.
8. Field equipment must be calibrated in accordance with recommendations by the manufacturer.
9. Samples must be filtered through a 0.45 micron filter immediately after collection when a dissolved analysis is required. (See #4. above)
10.The sample container should be labeled at the time of collection with the facility name, well identification number and date and time collected.
1 ."Authorized agent' is any corporate officer or public official authorized by the company, corporation, or governmental body to sign official documents.

IGROUNDWATER QUALITY MONITORING: For additional forms
COMPLIANCE REPORT FORM Please Write or call;
Type or Use a ball-point pen and press firmly.
Facility Name 7c-4d7M ':Z7aiG. =✓16-ARa.H 7-)r 1
Address &AA42- R-eAo
LaolLrJbott� A/c, County Sr�7� ai✓,a
Well Location
DIVISION OF WATER QUALITY - GROUNDWATER SECTION
P.O. BOX 29578
RALEIGH, NO 27626.0578
[phone]
PERMIT NUMBER: (REQUIRED)
Non -Discharge t—'Q 000779
NPDES
TYPE OF DISPOSAL OPERATION BEING MONITORED
(REQUIRED)
Lagoon Septic Tank/Drain Field
Well Identification Number Well Depth —Ft.
Well Diameter — Sample (Screened) Interval — Ft. To _ Ft. spray Field Subsurface Low -Pressure
Depth to Water Level ft. below measuring point (before sampling) Land Application of Sludg ���
er
Measuring point is ft. above land Surface
Gallons of water pumped/bailed before sampling Rotary Distributor
Field Analysis: pH — Specific Conductance — uMhos Temp. '�C Odor — Appearance
Date Sample Collected 97 Date Lab Sample Analyzed Z —/'
LaboratoryName /&7Z' n� ! Gs8 Certification No. 9a FF1YL=�TE�IiLLc
SAMPLES FOR METALS WERE COLLECTED UNFILTERED AND FIELD ACIDIFIED _YES NO REG. OFF•C
COD mg/I
Coliform: MF Fecal /100m1
Coliform: MF Total /100ml
(Note: Use MPN method for highly turbid samples)
Dissolved Solids: Total
mg/I
pH (when analyzed)
units
TOC
mg/I
Chloride
mg/I
Arsenic
mg/1
Grease and Oils
mg/I
Hardness: Total
mg/I
Phenol
mg/I
Sulfate
mg/I
Specific Conductance
uMhos
Total Ammonia
mg/I
TKN as N
mg/I
Nitrite (NO2) as N
mg/I
Nitrate (NO3) as N
mg/I
Phosphorus: Total as P
mg/I
Al -Aluminum
mg/I
Ba - Barium
mg/I
Ca - Calcium
mg/I
Cd - Cadmium
mg/1
Chromium: Total
mg/I
Cu - Copper
mg/1
Fe - Iron
mg/1
Hg - Mercury
mg/I
K - Potassium
mg/I
Mg - Magnesium
mg/I
Mn - Manganese
mg/I
Na - Sodium
mg/I
Ni - Nickel
mg/I
Pb - Lead
mg/I
Zn - Zinc
mg/I
Pesticides/Herbicides
(Specify Compounds)
Ug/I
Ug/I
ug/I
Other (Specify Compounds and
Concentration units)
�o
I CERTIFY THAT THIS REPORT IS TRUE AND ACCURATE. Note: Values should reflect dissolved -a d '?
colloidal concentrations. (see #3 on batik)
Z—ZS— q 7 See back for instructions.
SignatU of l5erm' e (or Authorized Agent*) Date ** Submit blue and yellow copies only to address above.
GW-59 REV. 8/96

COLLECTION AND ANALYSIS OF GROUNDWATER SAMPLES
Samples should be analyzed as soon as possible after collection. SAMPLES WHICH ARE NOT ANALYSED WITHIN THE HOLDING TIME SPECI-
FIED FOR THE METHOD USED (SEE #4. BELOW) MUST BE DISCARDED AND NEW SAMPLES COLLECTED.
2. Metals Analyses: Use Standard Method 3030C for sample preparation (mercury excluded). DO NOT FILTER METALS SAMPLES IN THE FIELD M
Unfiltered samples must be collected for metals, then field acidified with 5 ml concentrated nitric acid per liter of sample, and should be submitted to the
lab within 24 hours.
Sample preparation in the laboratory (extraction and filtration) must be completed within 72 hours of collection.
3. ANALYSES'QRE TO BE MADE OF THE MOBILE CONSTITUENTS (DISSOLVED AS WELL AS COLLOIDAL) IN THE
GROUNDWATER,'NOT THOSE THAT ARE A PART OF SEDIMENT ASSOCIATED WITH WELL CONSTRUCTION OR SAMPLING PROCEDURES.
CHECK WITH,YQUR LABORATORY ON PROPER PROCEDURES FOR SAMPLE COLLECTION AND PRESERVATION.
4. As. per Title_15, North Carolina Administrative Code, Subchapter 2L, analytical procedures shall be in accordance with tha methods described in one of
the following publications, or by other methods approved beforehand by the Director, Division of Environmental
Management:
(a) Standard Methods for the Examination of Water and Wastewater, 16th Edition, 1985 and 17th Edition, 1989, published jointly by
American Public Health Association, American Water Works Association and Water Pollution Control Federation;
(b) Methods for Chemical Analysis of Water and Waste, 1979, U.S. Environmental Protection Agency publication number
EPA-600/4-79-020, as revised March 1983;
(c) Test Methods for Evaluating Solid Wastes: Physical/Chemical Methods, 3rd Edition, 1986, U.S. Environmental Protection Agency
publication number SW-846;
(d) Test Procedures for the Analysis of Polluants Under the Clean Water Act, Federal Register Vol. 49, No. 209, 40 CFR Part 136,
October 26, 1984;
5. Measure and record the depth of water in the well prior to pumping or bailing any water from the well.
6. At least 3 volumes of water in the well should be pumped or bailed prior to collecting a sample for analysis. If the well is pumped/bailed dry before 3 well
volumes are removed, samples can be collected as soon as the well recovers to the point where enough water is available to collect your sample.
7. Determination for pH, Specific Conductance, temperature, odor and appearance must be made in the field on unfiltered samples when the sample is
collected.
8. Field equipment must be calibrated in accordance with recommendations by the manufacturer.
9. Samples must be filtered through a 0.45 micron filter immediately after collection when a dissolved analysis is required. (See #4. above)
10. The sample container should be labeled at the time of collection with the facility name, well identification number and date and time collected.
1. "Authorized agent' is any corporate officer or public official authorized by the company, corporation, or governmental body to sign official documents.

or
Facility Name
Address
Well
pen and press
rE
Well Identification Number 14w-I Well Depth 08, S Ft.
Well Diameter yowtr Sample (Screened) Interval Ale DA7-A Ft. To 28,5- Ft.
Depth to Water Level 6-75"_ ft. below measuring point (before sampling)
Measuring point is 1.2. ft. above land surface
Gallons of water pumped/bailed before sampling 7,0
PERMIT NUMBER: (REQUIRED)
Non -Discharge Gila 00077y3
NPDES
TYPE OF DISPOSAL OPERATION BEING MONITORED
(REQUIRED)
Field Analysis: pH 6.2 Specific Conductance — uMhos Temp. — oC Odor
Date Sample Collected //3/? Date Lab Sample Analyzed z//Z/-?7
Laboratory Name Certification No. `7 4S
SAMPLES FOR METALS WERE COLLECTED UNFILTERED AND FIELD ACIDIFIED YES NO
COD
mg/I
Coliform: MF Fecal
/100m1
Coliform: MF Total
/100ml
(Note: Use MPN method for highly turbid samples)
Dissolved Solids: Total
mg/I
pH (when analyzed)
units
TOC
mgj
Chloride
mgj
Arsenic
mg4
Grease and Oils
mg/I
Hardness: Total
mg/1
Phenol
mg/I
Sulfate
mg/I
Specific Conductance
uMhos
Total Ammonia
mg/I
TKN as N
mg/I
Lagoon
Septic Tank/Drain Field
Spray Field Subsurface Low -Pressure
Piping (LPP)
Land Application of Sludge
Other
Rotary Distributor�® 11= n
Appearance
Nitrite (NO2) as N
mg/I
Nitrate (NO3) as N
mg/I
Phosphorus: Total as P
mg/I
Al - Aluminum
mg/I
Ba - Barium
mg/I
Ca - Calcium
mg/I
Cd - Cadmium
mg/I
Chromium: Total
mg/I
Cu - Copper
mg/I
Fe - Iron
mg/I
Hg - Mercury
mg/I
K - Potassium
mg/I
Mg - Magnesium
mg/I
Mn - Manganese
mg/I
Na - Sodium
mg/I
MAR 3 1 1991-
Ni - Nickel
mg/I
Pb - Lead
mg/I
Zn - Zinc
mg/I
Pesticides/Herbicides
(Specify Compounds)
ug/I
Ug/I
ug/I
Other (Specify Compounds and
Concentration units)
Sc-I A'ac�a+s-D
r -r••
IV
"'7' : r,
I CERTIFY THAT THIS REPORT IS TRUE AND ACCURATE. Note: Values should reflect dissolved and
colloidal concentrations. (see #3 on back)
Z5� 97 See back for instructions.
4:;/A
Signature of Per I e(o AXorized Agent') Date • Submit blue, green, and yellow copies only to address above.
GW-59 REV. 6/93

COLLECTION AND ANALYSIS OF GROUNDWATER SAMPLES
1. Samples should be analyzed as soon as possible after collection. SAMPLES WHICH ARE NOT ANALYSED WITHIN THE HOLDING TIME SPECI-
FIED FOR THE METHOD USED (SEE #4. BELOW) MUST BE DISCARDED AND NEW SAMPLES COLLECTED.
2. Metals Analyses: Use Standard Method 3030C for sample preparation (mercury excluded). DO NOT FILTER METALS SAMPLES IN THE FIELD !!!
Unfiltered samples must be collected for metals, then field acidified with 5 ml concentrated nitric acid per liter of sample, and should be submitted to the
lab within 24 hours.
Sample preparation in the laboratory (extraction and filtration) must be completed within72 hours of collection.
3. ANALYSES ARE TO BE MADE OF THE MOBILE CONSTITUENTS (DISSOLVED AS WELL AS COLLOIDAL) IN THE
GROUNDWATER, NOT THOSE THAT ARE A PART OF SEDIMENT ASSOCIATED WITH WELL CONSTRUCTION OR SAMPLING PROCEDURES.
CFJECK:IIVITN,VOUR.LA.BORATORY ON PROPER PROCEDURES FOR SAMPLE COLLECTION AND PRESERVATION.
r..
4. As per T� 1,5, North Carolina Administrative Code, Subchapter 2L, analytical procedures shall be in accordance with the methods described in one of
the folly Mg:pLTbl6fi`bns, or by other methods approved beforehand by the Director, Division of Environmental
ManagemgRi;-__
(a).= Standard Methods for the Examination of Water and Wastewater, 16th Edition, 1985 and 17th Edition, 1989, published jointly by
` American Public Health Association, American Water Works Association and Water Pollution Control Federation;
(b) Methods for Chemical Analysis of Water and Waste, 1979, U.S. Environmental Protection Agency publication number
EPA-600/4-79-020, as revised March 1983;
(c) Test Methods for Evaluating Solid Wastes: Physical/Chemical Methods, 3rd Edition, 1986, U.S. Environmental Protection Agency
publication number SW-846
(d) Test Procedures for the Analysis of Polluants Under the Clean Water Act, Federal Register Vol. 49, No. 209, 40 CFR Part136,
October 26, 1984;
5. Measure and record the depth of water in the well prior to pumping or bailing any water from the well.
6. At least;3•volumes of water in the well should be pumped or bailed prior to collecting a sample for analysis. If the well is pumped/bailed dry before 3 well
volumes are removed, samples can be collected as soon as the well recovers to the point where enough water is available to collect your sample.
7. Determination for pH, Specific Conductance, temperature, odor and appearance must be made in the field on unfiltered samples when the sample is
collected.
8. Field equipment must be calibrated in accordance with recommendations by the manufacturer.
9. Samples must be filtered through a 0.45 micron filter immediately after collection when a dissolved analysis is required. (See #4. above)
10.The sample container should be labeled at the time of collection with the facility name, well identification number and date and time collected.
11."Authorized agent" is any corporate officer or public official authorized by the company, corporation, or governmental body to sign official documents.

Type or Use a ball-point pen and press firmly.
Facility Name o_A-sjir9q-si� =ya �eXiRAi�.ti err!
Address GCd&Z 12'n A--7
Well Location LA7. 3Y� 1/7' S!a 3' Le Ally 717"Z7'y6,
Well Identification Number MW —2 Well Depth 30 Ft.
Well Diameter, / '1q4Sample (Screened) Interval Alo Ft. To 30 Ft.
Depth to Water Level /3a ZZ ft. below measuring point (before sampling)
Measuring point is A3 ft. above land surface
Gallons of water pumped/balled before sampling
PERMIT NUMBER: (REQUIRED)
Non -Discharge WO Obc59'79,$
NPDES
TYPE OF DISPOSAL OPERATION BEING MONITORED
(REQUIRED)
Lagoon
Septic Tank/Drain Field
Spray Field Subsurface Low -Pressure
Piping (LPP)
Land Application of Sludge,/
Other
Rotary Distributor
Field Analysis: pH 7 o Sp cificConductance uMhosTemp. , oC Odor Appearance ^ ���� �Ld
Date Sample Collected Date Lab Sample Analyzed i /.3 2
Laboratory Name Certification No. 981 MAR 3 11997.
SAMPLES FOR METALS WERE COLLECTED UNFILTERED AND FIELD ACIDIFIED YES NO
r e i�iet
COD
mg/I
Nitrite (NO2) as N
mg/I
Ni - Nickel
mg/I
Coliform: MF Fecal
/100ml
Nitrate (NO3) as N
mg/I
Pb - Lead
mgA
Coliform: MF Total
/100ml
Phosphorus: Total as P
mg/I
Zn - Zinc
mg/I
(Note: Use MPN method for highly turbid samples)
AI - Aluminum
mg/I
Pesticides/Herbicides
Dissolved Solids: Total
mg/I
Ba - Barium
mg/I
(Specify Compounds)
pH (when analyzed)
units
Ca - Calcium
mg/I
Ug/I
TOC
mg/I
Cd - Cadmium
mg/I
Ug/I
Chloride
mg/I
Chromium: Total
mg/I
Ug/I
Arsenic
mg/I
Cu - Copper
mg/I
Other (Specify Compounds and
Grease and Oils
mg/I
Fe - Iron
mg/I
Concentration units)
Hardness: Total
mg/I
Hg - Mercury
mg/I
l -=
Phenol
mg/I
K- Potassium
mg/I
5QE
Sulfate
mg/I
Mg - Magnesium
mg/I
Specific Conductance
uMhos
Mn - Manganese
mg/I
Total Ammonia
mg/I
Na - Sodium
mg/I
= `
TKN as N
mg/I
I CERTIFY THAT THIS REPORT IS TRUE AND ACCURATE.
No e:
iJ
--- C O
Values should reflect dissolved fnd
colloidal concentrations. (see #3 on back)
Z - ZS = 9 7 See back for instructions.
Signature of P m A uthorized Agent') Date Submit blue, green, and yellow copies only to address above.
GW-59 REV. 6/93

COLLECTION AND ANALYSIS OF GROUNDWATER SAMPLES
1. Samples should be analyzed as soon as possible after collection. SAMPLES WHICH ARE NOT ANALYSED WITHIN THE HOLDING TIME SPECI-
FIED FOR THE METHOD USED (SEE #4. BELOW) MUST BE DISCARDED AND NEW SAMPLES COLLECTED.
2. Metals Analyses: Use Standard Method 3030C for sample preparation (mercury excluded). DO NOT FILTER METALS SAMPLES IN THE FIELD !!!
Unfiltered samples must be collected for metals, then field acidified with 5 ml concentrated nitric acid per liter of sample, and should be submitted to the
lab within 24 hours.
Sample preparation in the laboratory (extraction and filtration) must be completed within 72 hours of collection.
3. ANALYSES ARE TO BE MADE OF THE MOBILE CONSTITUENTS (DISSOLVED AS WELL AS COLLOIDAL) IN THE
GROUNDWATER, NOT THOSE THAT ARE A PART OF SEDIMENT ASSOCIATED WITH WELL CONSTRUCTION OR SAMPLING PROCEDURES.
,CHECKK VIIITH NOUR ,LABORATORY ON PROPER PROCEDURES FOR SAMPLE COLLECTION AND PRESERVATION.
t A
4. As per Title 15, North Carolina Administrative Code, Subchapter 2L, analytical procedures shall be in accordance with the methods described in one of
the fol(rawmg publications, or by other methods approved beforehand by the Director, Division of Environmental
Management:
z:- : " (a) Standard Methods for the Examination of Water and Wastewater, 16th Edition, 1985 and 17th Edition, 1989, published jointly by
American Public Health Association, American Water Works Association and Water Pollution Control Federation;
(b) Methods for Chemical Analysis of Water and Waste, 1979, U.S. Environmental Protection Agency publication number
EPA-600/4-79-020, as revised March 1983;
(c) Test Methods for Evaluating Solid Wastes: Physical/Chemical Methods, 3rd Edition, 1986, U.S. Environmental Protection Agency
publication number SW-846;
(d) Test Procedures for the Analysis of Polluants Under the Clean Water Act, Federal Register Vol. 49, No. 209, 40 CFR Part 136,
October 26, 1984;
5. Measure and record the depth of water in the well prior to pumping or bailing any water from the well.
6. At least 3 volumes of water in the well should be pumped or bailed prior to collecting a sample for analysis. If the well is pumped/bailed dry before 3 well
volumes are removed, samples can be collected as soon as the well recovers to the point where enough water is available to collect your sample.
7. Determination for pH, Specific Conductance, temperature, odor and appearance must be made in the field on unfiltered samples when the sample is
collected.
8. Field equipment must be calibrated in accordance with recommendations by the manufacturer.
9. Samples must be filtered through a 0.45 micron filter immediately after collection when a dissolved analysis is required. (See #4. above)
10.The sample container should be labeled at the time of collection with the facility name, well identification number and date and time collected.
11."Authorized agent" is any corporate officer or public official authorized by the company, corporation, or governmental body to sign official documents.

Type or Use a ball-point pen and press firmly. PERMIT NUMBER: (REQUIRED)
Facility Name �Q4ST.Y7AS Z-9 !,,/_l Xa_ KAe. .Div, Non -Discharge (JQ G o 0779 v
Address PZ-4&r r{oon NPDES
Z ,zi,✓. zm I& County—.545;;A TYPE OF DISPOSAL OPERATION BEING MONITORED
Well Location L9T. .3Y0 e/r/1 56,6/1 Cvy 71 � Z7' 'Ir? V (REQUIRED)
Lagoon Septic Tank/Drain Field
Well Identification Number M —°1 Well Depth 30 Ft.
Well Diameter f I� 04 Sample (Screened) Interval Wo DNFt. To 3'0 Ft. Spray Field Piping
P 9ubng (PPLow-Pressure
)
Depth to Water Level //r 69 ft. below measuring point (before sampling) Land Application of sludge
Measuring point is 5.9 ft. above land surface other
Gallons of water pumped/bailed before sampling Rotary Distributor
Field Analysis: pH Specific Conductance _ uMhos Temp. oC Odor Appearance
Date Sample Collected /-3/-9, F Date Lab Sample Analyzed ;7 —13 —117 ��Q��Qa 9y�
Laboratory Name / TIC '14& Certification No. 9B J t,,5 E7D
SAMPLES FOR METALS WERE COLLECTED UNFILTERED AND FIELD ACIDIFIED YES NO
iiittd i 1 1987
COD
Coliform: MF Fecal
Coliform: MF Total
(Note: Use MPN method for highly turbid samples)
Dissolved Solids: Total
pH (when analyzed)
TOC
rhlnrirta
Araanin
Grease and Oils
Hardness: Total
Phenol
c1 tlfnfA
Soecific Conductance
Total Ammonia
TKN as N
mg/I
00ml
00ml
_ mg/I
_units
mg/l
— mg/I
_ mg/I
mg/I
mg/I
mg/I
__ mgA
uMhos
mgA
mgA
Nitrite (NO2) as N
mg/I
Nitrate (NO3) as N
mg/I
Phosphorus: Total as P
mg/I
Al - Aluminum
mg/I
Ba - Barium
mgA
Ca - Calcium
mg/I
Cd - Cadmium
mg/I
Chromium: Total
mg/I
Cu - Copper
mg/I
Fe - Iron
mg/I
Hg - Mercury
mg/I
K - Potassium
mg/I
Mg - Magnesium
mg/I
Mn - Manganese
mg/I
Na - Sodium
mg/I
I CERTIFY THAT THIS REPORT IS TRUE AND ACCURATE.
��
Signaturf of Permi e (or Authorized Agent')
\GW-59 REV. 6193
Ni - Nickel
Pb - Lead gll
Zn - Zinc �' ° mg/I
Pesticides/Herbicides
(Specify Compounds)
ug/1
ug/I
ug/I
Other (Specify Compounds and
Concentration units)
rV
r�
No e: Values should reflect dissolved and
colloidal concentrations. (see #3 on back)
Z ZS GI % ' See back for instructions.
Date " Submit blue, green, and yellow copies only to address above.

COLLECTION AND ANALYSIS OF GROUNDWATER SAMPLES
1. Samples should be analyzed as soon as possible after collection. SAMPLES WHICH ARE NOT ANALYSED WITHIN THE HOLDING TIME SPECI-
FIED FOR THE METHOD USED (SEE #4. BELOW) MUST BE DISCARDED AND NEW SAMPLES COLLECTED.
2. Metals Analyses: Use Standard Method 3030C for sample preparation (mercury excluded). DO NOT FILTER METALS SAMPLES IN THE FIELD !!!
Unfiltered samples must be collected for metals, then field acidified with 5 ml concentrated nitric acid per liter of sample, and should be submitted to the
lab within 24 hours.
Sample preparation in the laboratory (extraction and filtration) must be completed within 72 hours of collection.
3. ANALYSES ARE TO BE MADE OF THE MOBILE CONSTITUENTS (DISSOLVED AS WELL AS COLLOIDAL) IN THE
GROUNDWATER, NOT THOSE THAT ARE A PART OF SEDIMENT ASSOCIATED WITH WELL CONSTRUCTION OR SAMPLING PROCEDURES.
CHECK WITH YOUR LABORATORY ON PROPER PROCEDURES FOR SAMPLE COLLECTION AND PRESERVATION.
r 4-.-As per-Title,15; North Carolina Administrative Code, Subchapter 2L, analytical procedures shall be in accordance with the methods described in one of
x =the fbllov5ing publit;ations, or by other methods approved beforehand by the Director, Division of Environmental
Management:
Pf t ) Fc;'xC (a) Standard Methods for the Examination of Water and Wastewater, 16th Edition, 1985 and 17th Edition, 1989, published jointly by -
American Public Health Association, American Water Works Association and Water Pollution Control Federation;
(b) Methods for Chemical Analysis of Water and Waste, 1979, U.S. Environmental Protection Agency publication number
EPA-600/4-79-020, as revised March 1983;
(c) Test Methods for Evaluating Solid Wastes: Physical/Chemical Methods, 3rd Edition,'1986, U.S. Environmental Protection Agency
publication number SW-846;
(d) Test Procedures for the Analysis of Polluants Under the Clean Water Act, Federal Register Vol. 49, No: 209, 40 CFR Part 136,
October 26, 1984;
5. Measure and record the depth of water in the well prior to pumping or bailing any water from the well.
6. At least,3 -volumes of water in the well should be pumped or bailed prior to collecting a sample for analysis. If the well is pumped/bailed dry before 3 well
volumes are removed; samples can be collected as soon as the well recovers to the point where enough water is available to collect your sample.
7. Determination for pH, Specific Conductance, temperature, odor and appearance must be made in the field on unfiltered samples when the sample is
collected.
8. ,Field equipment must be calibrated in accordance with recommendations by the manufacturer.
9. Samples must be filtered through a 0.45 micron filter immediately after collection when a dissolved analysis is required. (See 44. above)
10.The sample container should be labeled at the time of collection with the facility name, well identification number and date and time collected.
11."Authorized agent' is any corporate officer or public official authorized by the company, corporation, or governmental body to sign official documents.

Type or Use a ball-point pen and press firmly. PERMIT NUMBER: (REQUIRED) �� �oQ 7798
Facility Name /o,as7-/4'aSTelZ Zw LirlGlAta44M 1>1V Non -Discharge
Address Pe Rnun NPDES
L adw u/ocN ei /dC County �—'r�a/� TYPE OF DISPOSAL OPERATION BEING MONITORED
(REQUIRED)
Well Location (.a? 3Y" Yqc cog'-1 LoY 7ef f2-7`L,,b"`
Well Identification Number AW -.5J Well Depth _/ Ft.
Well DiameterI f/10 Sample (Screened) Interval Ma Aira Ft. To Zt Ft.
Depth to Water Level f 0, 3?- ft. below measuring point (before sampling)
Measuring point is 3. Z ft. above land surface
Gallons of water pumped/bailed before sampling a.
Field Analysis: pH 4 . rq Specific Conductance — uMhos Temp. — oC Odor
Date Sample Collected 1- 31-9'7 Date Lab Sample Analyzed Z- /2 __q_7
Laboratory Name Certification No.
SAMPLES FOR METALS WERE C ELECTED UNFILTERED AND FIELD ACIDIFIED AYES
Lagoon
Septic Tank/Drain Field
Spray Field Subsurface Low -Pressure
Piping (LPP)
Land Application of Sludge
✓Other
Rotary Distributor
Appearance —
NO
MAR 3 1 1991-
COD
mg/I
Nitrite (NO2) as N
mg/I
Ni - Nickel REG. CF tOt=
mg/I
Coliform: MF Fecal
/100ml
Nitrate (NO3) as N
mg/I
Pb - Lead
mg/I
Coliform: MF Total
/100ml
Phosphorus: Total as P
mg/I
Zn - Zinc
mg/I
(Note: Use MPN method for highly
turbid samples)
AI - Aluminum
mg/I
Pesticides/Herbicides
Dissolved Solids: Total
mg/I
Ba - Barium
mg/I
(Specify Compounds)
pH (when analyzed)
units
Ca - Calcium
mg/I
ug/I
TOC
mg/I
Cd - Cadmium
mg/I
Ug/I
Chloride
mg/I
Chromium: Total
mg/I
ug/I
Arsenic
mg/I
Cu - Copper
mg/I
Other (Specify Compounds and
Grease and Oils
mg/I
Fe - Iron
mg/I
Concentration units) 1-0
_
Hardness: Total
mg/I
Hg - Mercury
mg/I
Phenol
mg/I
K -Potassium
mg/I
9r nrtati�
c�� "a
1
Sulfate
mg/I
Mg - Magnesium
mg/I
3
Soecific Conductance
uMhos
Mn - Manganese
mg/I
,
Total Ammonia
mg/I
Na - Sodium
mg/I
TKN as N
mg/I
-_
I CERTIFY THAT THIS REPORT IS TRUE AND ACCURATE.
Note:
Values should reflect dissolved and
colloidal concentrations. (see #3 on back)
z �Z5_"— q 7
See back for instructions.
Signature of Perri ittee
or Authorized Agent')
Date
" Submit blue, green, and yellow copies only to address above.
GW-59 REV. 6/93

COLLECTION AND ANALYSIS OF GROUNDWATER SAMPLES
Samples should be analyzed as soon as possible after collection. SAMPLES WHICH ARE NOT ANALYSED WITHIN THE HOLDING TIME SPECI-
FIED FOR THE METHOD USED (SEE 44. BELOW) MUST BE DISCARDED AND NEW SAMPLES COLLECTED.
2. Metals Analyses: Use Standard Method 3030C for sample preparation (mercury excluded). DO NOT FILTER METALS SAMPLES IN THE FIELD !!!
Unfiltered samples must be collected for metals, then field acidified with 5 ml concentrated nitric acid per liter of sample, and should be submitted to the
lab within 24 hours.
Sample preparation in the laboratory (extraction and filtration) must be completed within 72 hours of collection.
3. ANALYSES ARE TO BE MADE OF THE MOBILE CONSTITUENTS (DISSOLVED AS WELL AS COLLOIDAL) IN THE
GROUNDWATER, NOT THOSE THAT ARE A PART OF SEDIMENT ASSOCIATED WITH WELL CONSTRUCTION _QR SAMPLING PROCEDURES.
CHi=CRK WITH YOUR LABORATORY ON PROPER PROCEDURES FOR SAMPLE COLLECTION AND PRESERVATION.
4. Asper Title 1'6 Ndrth Cardjina Administrative Code, Subchapter 2L, analytical procedures shall be in accordance with the methods described in one of
the folloong publications, or by other methods approved beforehand by the Director, Division of Environmental
Management: '
(a) .Standard Methods for the Examination of Water and Wastewater, 16th Edition, 1985 and 17th Edition, 1989, published jointly by
American Public Health Association, American Water Works Association and Water Pollution Control Federation;
' (tb)° Methods for Chemical Analysis of Water and Waste, 1979, U.S. Environmental Protection Agency publication number
EPA-600/4-79-020, as revised March 1983;
(c) Test Methods for Evaluating Solid Wastes: Physical/Chemical Methods, 3rd Edition, 1986, U.S. Environmental Protection Agency
publication number SW-846;
(d) Test Procedures for the Analysis of Polluants Under the Clean Water Act, Federal Register Vol. 49, No. 209, 40 CFR Part 136,
October 26, 1984;
5. Measure and record the depth of water in the well prior to pumping or bailing any water from the well.
6. At least 3'volumes of water in the well should be pumped or bailed prior to collecting a sample for analysis. If the well is pumped/bailed dry before 3 well
volumes are removed, samples can be collected as soon as the well recovers to the point where enough water is available to collect your sample.
7. Determination for pH, Specific Conductance, temperature, odor and appearance must be made in the field on unfiltered samples when the sample is
collected.
8. Field equipment must be calibrated in accordance with recommendations by the manufacturer.
9. Samples must be filtered through a 0.45 micron filter immediately after collection when a dissolved analysis is required. (See #4. above)
10.The sample container should be labeled at the time of collection with the facility name, well identification number and date and time collected.
11. "Authorized agent' is any corporate officer or public official authorized by the company, corporation, or governmental body to sign official documents.

Type or use a ball-point pen and press firmly.
Facility Name
Address
Well Location
PERMIT NUMBER: (REQUIRED)
Non -Discharge WQ 00077Rb'
NPDES
TYPE OF DISPOSAL OPERATION BEING MONITORED
(REQUIRED)
Lagoon
Septic Tank/Drain Field
Well Identification Nu�mber Well Depth 3s Ft.
Z
Well Diameter Sample (Screened) Interval 15 Ft. To 3S Ft.
Depth to Water Level I?.6 Sft. below measuring point (before sampling)
Measuring point is V, Z- ft. above land surface
Gallons of water pumped/bailed before sampling 10r S
Field Analysis: pH 661 Specific Conductance — uMhos Temp. — oC Odor —
Date Sample Collected /-3/-97 Date Lab Sample Analyzed Z
Date
Laboratory Name Certification No.
SAMPLES FOR METALS WET COLLECTED UNFILTERED AND FIELD ACIDIFIED /(/L-_YES
Spray Field Subsurface Low -Pressure
Piping (LPP)
Land Application of Sludge
Rotary Distributor Other
Appearance —
�9 ®®
NO MAR 3 1 199T
COD
mg/I
Nitrite (NO2) as N
mgA
Ni - Nickel FAYM VILL'Emg/I
Coliform: MF Fecal
/100ml
Nitrate (NO3) as N
mg/I
Pb - Lead eta. mg/I
Coliform: MF Total
/100ml
Phosphorus: Total as P
mg/I
Zn - Zinc mg/I
(Note: Use MPN method for highly turbid samples)
AI - Aluminum
mg/I
Pesticides/Herbicides
Dissolved Solids: Total
mg/I
Ba - Barium
mg/I
(Specify Compounds)
pH (when analyzed)
units
Ca - Calcium
mg/I
ug/I
TOC
mg/1
Cd - Cadmium
mg/1
Ug/1
Chloride
mg/I
Chromium: Total
mg/I
ug/1
Arsenic
mg/1
Cu - Copper
mg/1
Other (Specify Compounds and
Grease and Oils
mg/1
Fe - Iron
mg/1
Concentration units)
Hardness: Total
mg/I
Hg - Mercury
mg/I
-�
Phenol
mg/1
K - Potassium
mg/I
Z4Z
Sulfate
mg/I
Mg - Magnesium
mg/I
Specific Conductance
uMhos
Mn - Manganese
mg/I
Total Ammonia
mgA
Na - Sodium
mg/I
TKN as N
mg/1
-
I CERTIFY THAT THIS REPORT IS TRUE AND ACCURATE.
Note:
_ -
Values should reflect dissolvedd
colloidal concentrations. (see #3 on back)
See back for instructions.
SignKure of Perm' ee (or Authorized Agent')
Date
" Submit blue, green, and yellow copies only to address above.
GW-59 REV. 6/93

COLLECTION AND ANALYSIS OF GROUNDWATER SAMPLES
1. Samples should be analyzed as soon as possible after collection. SAMPLES WHICH ARE NOT ANALYSED WITHIN THE HOLDING TIME SPECI-
FIED FOR THE METHOD USED (SEE #4. BELOW) MUST BE DISCARDED AND NEW SAMPLES COLLECTED.
2. Metals Analyses: Use Standard Method 3030C for sample preparation (mercury excluded). DO NOT FILTER METALS SAMPLES IN THE FIELD !!!
Unfiltered samples must be collected for metals, then field acidified with 5 ml concentrated nitric acid per liter of sample, and should be submitted to the
lab within24 hours. , - 1
Sample preparation in the laboratory (extraction and filtration) must be completed within 72 hours of collection.
3. ANALYSES ARE TO BE MADE OF THE MOBILE CONSTITUENTS (DISSOLVED AS WELL AS COLLOIDAL) IN THE
GROUNDWATER, NOT THOSE THAT ARE A PART OF SEDIMENT ASSOCIATED WITH WELL CONSTRUCTION OR SAMPLING PROCEDURES.
CHECK WITH YOUR LABORATORY ON PROPER PROCEDURES FOR SAMPLE COLLECTION AND PRESERVATION.
per;Title -5., Jbrtt Carolina Administrative Code, Subchapter 2L, analytical procedures shall be in accordance with the methods described in one of
.the following publications, or by other methods approved beforehand by the Director, Division of Environmental
ManMpjrnent. rj,., -
(a) Standard Methods for the Examination of Water and Wastewater, 16th Edition, 1985 and 17th Edition, 1989, published jointly by
American Public Health Association, American Water Works Association and Water Pollution Control Federation;
(p) Methods for Chemical Analysis of Water and Waste, 1979, U.S. Environmental Protection Agency publication number
EPA-600/4-79-020, as revised March 1983;
(c) Test Methods for Evaluating Solid Wastes: Physical/Chemical Methods, 3rd Edition, 1986, U.S. Environmental Protection Agency
publication number SW-846;
(d) Test Procedures for the Analysis of Polluants Under the Clean Water Act, Federal Register Vol. 49, No 209, 40 CFR Part 136,
October 26, 1984;
5. Measure and record the depth of water in the well prior to pumping or bailing any water the well.
6. At least-3 volumes of water in the well should be pumped or bailed prior to collecting a sample for analysis. If the well is pumped/bailed dry before 3 well
volumes are removed, samples can be collected as soon as the well recovers to the point where enough water is available to collect your sample.
7. Determination for pH, Specific Conductance, temperature, odor and appearance must be made in the field on unfiltered samples when the sample is
collected.
8. Field equipment must be calibrated in accordance with recommendations by the manufacturer.
9. Samples must be filtered through a 0.45 micron filter immediately after collection when a dissolved analysis is required. (See #4. above)
10.The sample container should be labeled at the time of collection with the facility name, well identification number and date and time collected.
11."Authorized agent" is any corporate officer or public official authorized by the company, corporation, or governmental body to sign official documents.

Type or use a ball-point pen and press firmly.
Facility Name %3 s7-mASTrnz rA :T&iIi aHA1 0,V
PERMIT NUMBER: (REQUIRED)
Non -Discharge W4 0007728
NPDES
TYPE OF DISPOSAL OPERATION BEING MONITORED
Well Location LA-7-3°/" of AS' GL KW4 7q-7-7f (REQUIRED)
Well Identification Number R1.1- 7 Well Depth 35' Ft.
Well Diameter Z`r Sample (Screened) Interval 1. Ft. To 35 Ft.
Depth to Water Level /i. y'1 ft. below measuring point (before sampling)
Measuring point is % 7- ft. above land surface _
Gallons of water pumped/bailed before sampling 7 5
Field Analysis: pH 6. S Specific Conductance — uMhos Temp. — oC Odor
Date Sample Collected 3/^ 97 Date Lab Sample Analyzed Z- /Z-9,7
Lagoon
Septic Tank/Drain Field
Spray Field Subsurface Low -Pressure
Piping.(LPP)
Land Application of Sludge
!V Other
Rotary Distributor
— Appearance —
Laboratory Name /7'rgi>2W 1r eAg Certification No.
SAMPLES FOR METALS WERE COLLECTED UNFILTERED AND FIELD ACIDIFIED YES
NO MAR j 1 199i
COD
mg/I
Nitrite (NO2) as N
mg/I
Ni - Nickel F1WETThViLLEng/I
Coliform: MF Fecal
/100ml
Nitrate (NO3) as N
mg/I
Pb - Lead R`EGOF io mg/I
Coliform: MF Total
/100m1
Phosphorus: Total as P
mg/I
Zn - Zinc mg/I
(Note: Use MPN method for highly turbid samples)
AI - Aluminum
mg/I
Pesticides/Herbicides
Dissolved Solids: Total
mg/I
Ba - Barium
mg/I
(Specify Compounds)
pH (when analyzed)
units
Ca - Calcium
mg/I
ug/I
TOC
mg/I
Cd - Cadmium
mg/I
ug/I
Chloride
mg/I
Chromium: Total
mg/I
ug/I
Arsenic
mg/I
Cu - Copper
mg/I
Other (Specify Compounds and
Grease and Oils
mg/I
Fe - Iron
mg/I
Concentration units)
Hardness: Total
mg/I
Hg - Mercury
mg/I
_
Phenol
mg/I
K - Potassium
mg/I
S-V�F/�iiisr �7 Lass _3
Sulfate
mg/I
Mg - Magnesium
mg/I
1-0
Specific Conductance
uMhos
Mn - Manganese
mg/I
' =
Total Ammonia
mg/I
Na - Sodium
mg/I
TKN as N
mg/I
I CERTIFY THAT THIS REPORT IS TRUE AND ACCURATE.
Note:
Values should reflect dissolved and
colloidal concentrations. (see #3 on back)
See back for instructions.
SignatuFqof Pe itte (or Authorized
Agent')
Date
" Submit blue, green, and yellow copies only to address above.
GW-59 REV. 6/93

COLLECTION AND ANALYSIS OF GROUNDWATER SAMPLES
1. Samples should be analyzed as soon as possible after collection. SAMPLES WHICH ARE NOT ANALYSED WITHIN THE HOLDING TIME SPECI-
FIED FOR THE METHOD USED (SEE #4. BELOW) MUST BE DISCARDED AND NEW SAMPLES COLLECTED.
. r
2. Metals Analyses: Use Standard Method 3030C for sample preparation (mercury excluded). DO NOT FILTER METALS SAMPLES IN THE FIELD
Unfiltered samples must be collected for metals, then field acidified with 5 ml concentrated nitric acid per liter of sample, and should be submitted to the
lab within 24 hours. _ a
Sample preparation in the laboratory (extraction and filtration) must be completed within 72 hours of collection. r
3. ANALYSES ARE TO BE MADE OF THE MOBILE CONSTITUENTS (DISSOLVED AS WELL AS COLLOIDAL) IN THE
GROUNDWATER, NOT THOSE THAT ARE A PART OF SEDIMENT ASSOCIATED WITH WELL CONSTRUCTION OR SAMPLING PROCEDURES.
CHECK WITH YOUR LABORATORY ON PROPER PROCEDURES FOR SAMPLE COLLECTION AND PRESERVATION.
4..As. PQrr tritle,11 kfq rth Carolina Administrative Code, Subchapter 21_ analytical procedures shall be in accordance with the methods described in one of
°"''the following publications, or by other methods approved beforehand by the Director, Division of Environmental
ManagernentF
(a) Standard Methods for the Examination of Water and Wastewater, 16th Edition, 1985 and 17th Edition, 1989, published jointly by
American Public Health Association, American Water Works Association and Water Pollution Control Federation;
Methods for Chemical Analysis of Water and Waste, 1979, U.S. Environmental Protection Agency publication number
EPA-600/4-79-020, as revised March 1983;
(c) Test Methods for Evaluating Solid Wastes: Physical/Chemical Methods, 3rd Edition, 1986, U.S. Environmental Protection Agency
publication number SW-846;
(d) Test Procedures for the Analysis of Polluants Under the Clean Water Act, Federal Register Vol. 49, No. 209, 40 CFR Part 136,
October 26, 1984;
5. Measure and record the depth of water in the well prior to pumping or bailing any water from the well.
6. At least 3 volumes of water in the well should be pumped or bailed prior to collecting a sample for analysis. If the well is pumped/bailed dry before 3 well
volumes are removed, samples can be collected as soon as the well recovers to the point where enough water is available to collect your sample.
7. Determination for pH, Specific Conductance, temperature, odor and appearance must be made in the field on unfiltered samples when the sample is
collected,
8. Field equipment must be calibrated in accordance with recommendations by the manufacturer.
9. Samples must be filtered through a 0.45 micron filter immediately after collection when a dissolved analysis is required. (See #4. above)
10.The sample container should be labeled at the time of collection with the facility name, well identification number and date and time collected.
11."Authorized agent' is any corporate officer or public official authorized by the company, corporation, or governmental body to sign official documents.

Type or use a loan -point pen and press firmly.
Facility Name T*s7rvcLc—ex .7Ae _ rLa/+s.v aDrV
Address Puby> _
4e. jyPijJ&C/ A/C County-5�.,>�.4,u,,�
Well Location
PERMIT NUMBER: (REQUIRED)
Non -Discharge &Q OOD77%B
NPDES
TYPE OF DISPOSAL OPERATION BEING MONITORED
(REQUIRED)
Lagoon
Septic Tank/Drain Field
Well Identification Number as r-8 Well Depth ZC- Ft.
Well Diameter Z- Sample (Screened) Interval Z. S Ft. To 7.6 Ft.
Depth to Water Level 0-of ft. below measuring point (before sampling)
Measuring point is ft ft. above land surface
Gallons of water pumped/bailed before sampling
Field Analysis: pH 4. Specific Conductance uMhos Temp. ^ oC
Date Sample Collected f-35 /—7 Date Lab Sample Analyzed Z - i2�r
Laboratory Name 1-&;U2nGc Lin 8
SAMPLES FOR METALS WERE COLLECTED UNFILTERED AND FIELD ACIDIFIED
Spray Field Subsurface Low -Pressure
Piping (LPP)
Land Application of Sludge /
V other
Rotary Distributor
Odor -- Appearance — ��� �Q ®�®
7 i5
Certification No. 106
YES NO MAR 3 11997
Ohl e-Tq-=;-y m
COD
m /I
Nitrite NO as N
m /I
Ni - Nickel
/I
Coliform: MF Fecal
/100ml
Nitrate (NO3) as N
mg/I
Pb - Lead
mg/I
Coliform: MF Total
A 00ml
Phosphorus: Total as P
mg/I
Zn - Zinc
mg/1
(Note: Use MPN method for highly turbid samples)
AI - Aluminum
mg/1
Pesticides/Herbicides
Dissolved Solids: Total
mg/I
Ba - Barium
mg/I
(Specify Compounds)
pH (when analyzed)
units
Ca - Calcium
mg/I
Ug/I
TOC
mg/I
Cd - Cadmium
mg/I
Ug/I
Chloride
mg/I
Chromium: Total
mg/I
Ug/I
Arsenic
mg/1
Cu - Copper
mg/I
Other (Specify Compounds and �
Grease and Oils
mg/I
Fe - Iron
mg/I
Concentration units)
Hardness: Total
mg/1
Hg - Mercury
mg/I
Phenol
mg/I
K - Potassium
mg/I
.505141
D
Sulfate
mg/I
Mg - Magnesium
mg/I
SDecific Conductance
uMhos
Mn - Manganese
mg/I
-3
Total Ammonia
mg/I
Na - Sodium
mg/I
TKN as N
mg/I
—"
c�
CERTIFY THAT THIS REPORT IS TRUE AND ACCURATE.
Signature a ermittee ( Authorized Agent') Date
GW-59 REV. 6/93
Note: Values should reflect dissolved and
colloidal concentrations. (see #3 on back)
* See back for instructions.
" Submit blue, green, and yellow copies only to address above.

COLLECTION AND ANALYSIS OF GROUNDWATER SAMPLES
1. Samples should be analyzed as soon as possible after collection. SAMPLES WHICH ARE NOT ANALYSED WITHIN THE HOLDING TIME SPECI-
FIED FOR THE METHOD USED (SEE #4. BELOW) MUST BE DISCARDED AND NEW SAMPLES COLLECTED.
2. Metals Analyses: Use Standard Method 3030C for sample preparation (mercury excluded). DO NOT FILTER METALS, SAMPLES IN. THE FIELD !!!
Unfiltered samples must be collected for metals, then field acidified with 5 ml cor&entrated nitric acid per liter of sample, and should be submitted to the
lab within 24 hours.
Sample preparation in the laboratory (extraction and filtration) must be completed wiilhin 72 hours�of collection.
3. ANALYSES ARE TO BE MADE OF THE MOBILE CONSTITUENTS (DISSOLVED AS WELL AS COLLOIDAL) IN THE
GROUNDWATER, NOT THOSE THAT ARE A PART OF SEDIMENT ASSOCIATED WITH WELL CONSTRUCTION OR SAMPLING PROCEDURES.
CHECK WITH YOUR LABORATORY ON PROPER PROCEDURES FOR SAMPLE COLLECTION AND PRESERVATION.
4 `�As pbrTitle '1'5, 46fto-parolina Administrative Code, Subchapter 2L„analytical procedures shall be in accordance, with the methods described in one of
the following publications, or by other methods approved beforehand by the Director, Division of Environmental
Magageme(�t:r,, - ,
(a) Standard Methods for the Examination of Water and Wastewater, 16th Edition, 1985 and 17th Edition, 1989, published jointly by
American Public Health Association, American Water Works Association and Water Pollution Control Federation;
,(b) Methods for Chemical Analysis of Water and Waste, 1979, U.S. Environmental Protection Agency publication number
EPA-600/4-79-020, as revised March 1983;
(c) Test Methods for Evaluating Solid Wastes: Physical/Chemical Methods, 3rd Edition, 1986, U.S. Environmental Protection Agency
publication number SW-846;
(d) Test Procedures for the Analysis of Polluants Under the Clean Water Act, Federal Register Vol. 49, No. 209, 40 CFR Part 136,
October 26, 1984;
5. Measure and record the depth of water in the well prior to pumping or bailing any water from the well.
6. At least 3 volumes of water in the well should be pumped or bailed prior to collecting a sample for analysis. If the well is pumped/bailed dry before 3 well
volumes are removed, samples can be collected as soon as the well recovers to the point where enough water is available to collect your sample.
7. Determination for pH, Specific Conductance, temperature, odor and appearance must be made in the field on unfiltered samples when the sample is
collected.
8. Field equipment must be calibrated in accordance with recommendations by the manufacturer.
9. Samples must be filtered through a 0.45 micron filter immediately after collection when a dissolved analysis is required. (See #4. above)
10.The sample container should be labeled at the time of collection with the facility name, well identification number and date and time collected.
11. "Authorized agent' is any corporate officer or public official authorized by the company, corporation, or governmental body to sign official documents.

or
pen ana press
Facility Name T sropig'sny?_ ZNe. 1.ylKI(/fHr J//
Address J&4& , j�oa7
PERMIT NUMBER: (REQUIRED)
Non -Discharge &AQ 0007798
NPDES
TYPE OF DISPOSAL OPERATION BEING MONITORED
(REQUIRED)
Well Location 0' cEdl -/ - G'/'
Well Identification Number T- Well Depth ZG Ft.
Well Diameter Z`r Sample (Screened) Interval Z.I' Ft. To Z- Ft.
Depth to Water Level 13.` 5— ft. below measuring point (before sampling)
Measuring point is O ft. above land surface
Gallons of water pumped/bailed before sampling $• S
Field Analysis: pH-ti Specific Conductance uMhos Temp. — oC Odor
Date Sample Collected 1-31- 917 Date Lab Sample Analyzed Z—rZ—' 7
Lagoon
Septic Tank/Drain Field
Spray Field Subsurface Low -Pressure
Piping (LPP)
Land Application of Sludge
Other
Rotary Distributor
— Appearance
Laboratory Name r-r 6425 Certification No. MAR 3 1 1997
SAMPLES FOR METALS WERE COLLECTED UNFILTERED AND FIELD ACIDIFIED YES NO
,i L.i fl�VILL;e
COD mg/I Nitrite (NO ) as N mg/I Ni - Nickel REG. GFRC'; mg/I
Coliform: MF Fecal
/100ml
Coliform: MF Total
/100ml
(Note: Use MPN method for highly turbid samples)
Dissolved Solids: Total
mg/I
pH (when analyzed)
units
TOC
mg/I
Chloride
mg/I
Arsenic
mg/I
2
Nitrate (NO3) as N
mg/I
Phosphorus: Total as P
mg/I
Al - Aluminum
mg/I
Ba - Barium
mg/I
Ca - Calcium
mg/I
Cd - Cadmium
mg/I
Chromium: Total
mg/I
Cu - Copper
mg/I
Pb - Lead mg/I
Zn - Zinc mg/I
Pesticides/Herbicides
(Specify Compounds)
ug/I
ug/I
ug/I
Other (Specify Compounds and
Grease and Oils
mg/I
Fe - Iron
mg/I Concentration units)
Hardness: Total
mg/I
Hg - Mercury
mg/I —'
Phenol
mg/I
K - Potassium
mg/I See .t I_A..vftW Cfia =
Sulfate
mg/I
Mg - Magnesium
mg/I ='
Specific Conductance
uMhos
Mn - Manganese
mg/I
Total Ammonia
mg/I
Na - Sodium
mg/I -
TKN as N
mg/I
=_
I CERTIFY THAT THIS REPORT IS TRUE AND ACCURATE.
r�
Note: Values should reflect dissolved and
colloidal concentrations. (see #3 on back)
Z- ZS-77 See back for instructions.
Signature of ermittee (qAuthorized Agent') Date • Submit blue, green, and yellow copies only to address above.
GW-59 REV. 6/93

COLLECTION AND ANALYSIS OF GROUNDWATER SAMPLES
1. Samples should be analyzed as soon as possible after collection. SAMPLES WHICH ARE NOT ANALYSED WITHIN THE HOLDING TIME SPECI-
FIED FOR THE METHOD USED (SEE #4. BELOW) MUST BE DISCARDED AND NEW SAMPLES COLLECTED.
2. Metals Analyses: Use Standard Method 3030C for sample preparation (mercury excluded). DO NOT FILTER METALS SAMPLES IN THE FIELD !rr
Unfiltered samples must be collected for metals, then field acidified with 5 ml concen_ trated.nitric acid per liter. of,sample, and should be submitted to the
lab within 24 hours.
Sample preparation in the laboratory (extraction and filtration) must be completed within 72 hours of collection. l
3. ANALYSES ARE TO BE MADE OF THE MOBILE CONSTITUENTS (DISSOLVED AS WELL AS COLLOIDAL) IN THE
GROUNDWATER, NOT THOSE THAT ARE A PART OF SEDIMENT ASSOCIATED WITH WELL CONSTRUCTION OR SAMPLING PROCEDURES.
CHECK WITH Y0I1R LABORATORY ON PROPER PROCEDURES FOR SAMPLE COLLECTION AND PRESERVATION.
4. As per'Title 15, North Carolina Administrative Code, Subchapter 2L-, analytical procedures shall be in accordance with: the methods described in one of
the following publications, or by other methods approved beforehand by the Director, Division of Environmental ,
ManagE)Ment:�- '
-(a) ,, Standard Methods for the Examination of Water and Wastewater, 16th Edition, 1985 and 17th Edition, 1989, published jointly by
,`American Public Health Association, American Water Works Association and Water Pollution Control Federation;
Tbi Methods for Chemical Analysis of Water and Waste, 1979, U.S. Environmental Protection Agency publication number
EPA-600/4-79-020, as revised March 1983;
(c) Test Methods for Evaluating Solid Wastes: Physical/Chemical Methods, 3rd Edition, 1986, U.S. Environmental Protection Agency
publication number SW-846;
(d) Test Procedures for the Analysis of Polluants Under the Clean Water Act, Federal Register Vol. 49, No. 209, 40 GFR Part 136,
October 26, 1984;
5. Measure and record the depth of water in the well prior to pumping or bailing any water from the well.
6. At least 3 volumes of water in the well should be pumped or bailed prior to collecting a sample for analysis. If the well is pumped/bailed dry before 3 well
volumes -are removed, samples can be collected as soon as the well recovers to the point where enough water is available to collect your sample.
7. Determination for pH, Specific Conductance, temperature, odor and appearance must be made in the field on unfiltered samples when the sample is
collected.
8. Field equipment must be calibrated in accordance with recommendations by the manufacturer.
9. Samples must be filtered through a 0.45 micron filter immediately after collection when a dissolved analysis is required. (See 44. above)
10,The sample container should be labeled at the time of collection with the facility name, well identification number and date and time collected.
11."Authorized agent" is any corporate officer or public official authorized by the company, corporation, or governmental body to sign official documents.

Type or use a ball-point pen and press firmly. PERMIT NUMBER: (REQUIRED)
Facility Name 7o—^j7H4J7L-7L LA/C� J� &zxtyNJ Div. Non -Discharge WQ 0007719
Address PANT Z04;D NPDES
e4&ArP.601 d/G County SU7chNA TYPE OF DISPOSAL OPERATION BEING MONITORED
(REQUIRED)
Well Location % 64- 3TO V-7 Sg.9 & LoNC� %N- Z9 13,7" Lagoon Septic Tank/Drain Field
Well Identification Number C77/0 Well Depth Zs' Ft.
Spray Field Subsurface Low -Pressure
��
Well Diameter z Sample (Screened) Interval _� Ft. To � Ft. Piping (LPP)
Depth to Water Level 7- y/ ft. below measuring point (before sampling) Land Application of Sludge
Measuring point is 3, ZS ft. above land surface other
Gallons of water pumped/bailed before sampling Rotary Distributor
Field Analysis: pH 6 •`? Specific Conductance — uMhos Temp. — oC Odor — Appearance —
Date Sample Collected & 3/— 97 Date Lab Sample Analyzed Z—/3 17
Laboratory Name mew ZR20a e4a Certification No. 96? MAR 3 1 1997
SAMPLES FOR METALS WERE COLLECTED UNFILTERED AND FIELD ACIDIFIED YES NO
li= Ayt'�°�r—�r—
hiEfS.
COD
mg/1
Nitrite (NO2) as N
mg/I
Ni - Nickel
mg/I
Coliform: MF Fecal
/100ml
Nitrate (NO3) as N
mg/I
Pb - Lead
mg/I
Coliform: MF Total
/100ml
Phosphorus: Total as P
mg/I
Zn - Zinc
mg/I
(Note: Use MPN method for highly turbid samples)
AI - Aluminum
mg/I
Pesticides/Herbicides
Dissolved Solids: Total
mg/I
Ba - Barium
mg/I
(Specify Compounds)
pH (when analyzed)
units
Ca - Calcium
mg/1
ug/I
TOC
mg/I
Cd - Cadmium
mg/I
ug/I
Chloride
mg/I
Chromium: Total
mg/I
ug/1
Arsenic
mg/I
Cu - Copper
mg/I
Other (Specify Compounds and
__j
Grease and Oils
mg/1
Fe - Iron
mg/I
Concentration units) is
Hardness: Total
mg/1
Hg - Mercury
mg/I
Phenol
mg/1
K - Potassium
mg/I
SEc 47/-4a,-z-m LrF3 -
Sulfate
mg/1
Mg - Magnesium
mg/I
Specific Conductance
ufvlhos
Mn - Manganese
mg/I
Total Ammonia
mg/I
Na - Sodium
mg/I
-�
TKN as N
mg/I
=
I CERTIFY THAT THIS REPORT IS TRUE AND ACCURATE.
Note:
Values should reflect dissolved and
colloidal concentrations. (see #3 on back)
See back for instructions.
Signatur of Pe'hrdee (or Authorized Agent") Date • Submit blue, green, and yellow copies only to address above.
GW-59 REV. 6/93

COLLECTION AND ANALYSIS OF GROUNDWATER SAMPLES
1. Samples should be analyzed as soon as possible after collection. SAMPLES WHICH ARE NOT ANALYSED WITHIN THE HOLDING TIME SPECI-
FIED FOR THE METHOD USED (SEE #4. BELOW) MUST BE DISCARDED AND NEW SAMPLES COLLECTED.
2. Metals Analyses: Use Standard Method 3030C for sample preparation (mercury excluded).' DO NOT FILTER METALSSA I MPLES IN THE FIELD III
Unfiltered samples must be collected for metals, then field acidified with 5 ml concentrated nitric acid per liter of sample, and sho_ uld, be submitted to the
lab within 24 hours.
Sample preparation in the laboratory (extraction and filtration) must be completed within 72 hours of collection.
3. ANALYSES ARE TO BE MADE OF THE MOBILE CONSTITUENTS (DISSOLVED AS WELL AS COLLOIDAL) IN THE
GROUNDWATER, NOT THOSE THAT ARE A PART OF SEDIMENT ASSOCIATED WITH WELL CONSTRUCTION OR SAMPLING PROCEDURES.
CHECK WtTH'YaU'.R,_1 ABORATORY ON PROPER PROCEDURES FOR SAMPLE COLLECTION AND PRESERVATION.
4. As per Title 15, No Carolina Administrative Code, Subchapter 2L,,analytical procedures shall be in accordance with the, methods described in one of
the fo9100,ing j ulilf63tions, or by other methods approved beforehand by the Director, Division of Environmental
Management:
(a) i Standard Methods for the Examination of Water and Wastewater, 16th Edition, 1985 and 17th Edition, 1989, published jointly by
American Public Health Association, American Water Works Association and Water Pollution Control Federation;
(b) Methods for Chemical Analysis of Water and Waste, 1979, U.S. Environmental Protection Agency publication number
EPA-600/4-79-020, as revised March 1983;
(c) Test Methods for Evaluating Solid Wastes: Physical/Chemical Methods, 3rd Edition, 1986, U.S. Environmental Protection Agency
publication number SW-846;
(d) Test Procedures for the Analysis of Polluants Under the Clean Water Act, Federal Register Vol. 49, No. 209, 40 CFR Part 136,
October 26, 1984;
5. Measure and record the depth of water in the well prior to pumping or bailing any water from the well.
6. At least 3 volumes of water in the well should be pumped or bailed prior to collecting a sample for analysis. If the well is pumped/bailed dry before 3 well
volumes are removed, samples can be collected as soon as the well recovers to the point where enough water is available to collect your sample.
7. Determination for pH, Specific Conductance, temperature, odor and appearance must be made in the field on unfiltered samples when the sample is
collected.
8. Field equipment must be calibrated in accordance with recommendations by the manufacturer.
9. Samples must be filtered through a 0.45 micron filter immediately after collection when a dissolved analysis is required. (See #4. above)
10.The sample container should be labeled at the time of collection with the facility name, well identification number and date and time collected.
11."Authorized agent" is any corporate officer or public official authorized by the company, corporation, or governmental body to sign official documents.

or
pen and press
Facility Name �o *s9r+ras;ay 1Nc, �- .y.Ulr 4"M Div.
Address
44VA<111ddm A/C County Scoz%.*yy
Well LocationyY3 8� o00z" sn- C r75 z7 Y-M-
Well Identification Number _T—/I Well Depth ZS Ft.
Well Diametery" Sample (Screened) Interval 6 Ft. To Z.S Ft.
Depth to Water Level 9. /Y ft. below measuring point (before sampling)
Measuring point is 1 15' ft.-above land surface
Gallons of water pumped/bailed before sampling 9
Field Analysis: pH 4.0 Specific Conductance uMhos Temp. —
PERMIT NUMBER: (REQUIRED)
Non -Discharge
NPDES
TYPE OF DISPOSAL OPERATION BEING MONITORED
(REQUIRED)
Lagoon Septic TanWDmin Field
_oC Odor
Date Sample Collected Date Lab Sample Analyzed Z 13-12
Spray Field Subsurface Low -Pressure
Piping (LPP)
Land Application of Sludge
Other
Rotary Distributor
Appearance RECEI !3' E®
Laboratory Name 4r:
Gab
Certification No.
9S
SAMPLES FOR METALS WERE COLLECTED UNFILTERED AND FIELD ACIDIFIED
YES NO
LIAR 3 1 1997
Ff',Y.2 iTPJiLI
COD
mg/I
Nitrite (NO2) as N
mg/I
Ni - Nickel R :ter m /I
—
Coliform: MF Fecal
A 00ml
Nitrate (NO3) as N
mg/I
Pb - Lead mg/I
Coliform: MF Total
/100ml
Phosphorus: Total as P
mg/I
Zn - Zinc mg/I
(Note: Use MPN method for highly turbid samples)
AI - Aluminum
mg/I
Pesticides/Herbicides
Dissolved Solids: Total
mg/I
Ba - Barium
mg/I
(Specify Compounds)
pH (when analyzed)
Tnr:
r:hlnridin
Arcanir.
Grease and Oils
Hardness: Total
Phannl
Si ilfaf n
Specific Conductance
Total Ammonia
TKN as N
_units
Ca - Calcium
mg/I
_ mg/I
Cd - Cadmium
mg/I
_ mg/I
Chromium: Total
mg/I
mg/I
Cu - Copper
mg/I
_ mg/I
Fe - Iron
mg/I
_ mg/l
Hg - Mercury
mg/I
_ mg/I
K - Potassium
mg/I
__ mg/I
Mg - Magnesium
mg/I
uMhos
Mn - Manganese
mg/I
_ mg/I
Na - Sodium
mg/I
mg/I
ug/I
ug/I
ug/I
Other (Specify Compounds and
Concentration units
,077 Jc�
I CERTIFY THAT THIS REPORT IS TRUE AND ACCURATE. Note: Values should reflect dissolved and � "`'
colloidal concentrations. (see #3`On back)
See back for instructions.
Signa re of er ttee (or Authorized Agent') Date " Submit blue, green, and yellow copies only to address above.
GW-59 REV. 6/93

COLLECTION AND ANALYSIS OF GROUNDWATER SAMPLES
1. Samples should be analyzed as soon as possible after collection. SAMPLES WHICH ARE NOT ANALYSED WITHIN THE HOLDING TIME SPECI-
FIED FOR THE METHOD USED (SEE #4. BELOW) MUST BE DISCARDED AND NEW SAMPLES COLLECTED.
2. Metals Analyses: Use Standard Method 30300 for sample preparation (mercury excluded). DO NOT FILTER METALS SAMPLES IN THE FIELD !!!
Unfiltered samples must be collected for metals, then field acidified with 5 ml concentrated nitric acid per liter of sample, and should be submitted to the
lab within 24 hours.
Sample preparation in the laboratory (extraction and filtration) must be completed within 72 hours of collection.
3. ANALYSES ARE TO BE MADE OF THE MOBILE CONSTITUENTS (DISSOLVED AS WELL AS COLLOIDAL) IN THE ,
GROUNDWATER, NOT THOSE THAT ARE A PART OF SEDIMENT ASSOCIATED WITH WELL CONSTRUCTION OR SAMPLING PROCEDURES.
CHECK WITH YOUR LABORATORY ON PROPER PROCEDURES FOR SAMPLE COLLECTION AND PRESERVATION.
4. As der Title,15; N6rth,Carolina Administrative Code, Subchapter 2L, analytical procedures shall be in accordance with the methods described in one of
the following publications, or by other methods approved beforehand by the Director, Division of Environmental
Managemi�i:;
(a) Standard Methods for the Examination of Water and Wastewater, 16th Edition, 1985 and 17th Edition, 1989, published jointly by
American Public Health Association, American Water Works Association and Water Pollution Control Federation;
(b): •;Methods for Chemical Analysis of Water and Waste, 1979, U.S. Environmental Protection Agency publication number
EPA-600/4-79-020, as revised March 1983;
(c) Test Methods for Evaluating Solid Wastes: Physical/Chemical Methods, 3rd Edition, 1986, U.S. Environmental Protection Agency
publication number SW-846;
(d) Test Procedures for the Analysis of Polluants Under the Clean Water Act, Federal Register Vol. 49, No. 209, 40 CFR Part 136,
October 26, 1984;
5. Measure and record the depth of water in the well prior to pumping or bailing any water from the well.
6. At least 3 volumes of water in the well should be pumped or bailed prior to collecting a sample for analysis. If the well is pumped/bailed dry before 3 well
volumes -are removed, samples can be collected as soon as the well recovers to the point where enough water is available to collect your sample.
7. Determination for pH, Specific Conductance, temperature, odor and appearance must be made in the field on unfiltered samples when the sample is
collected.
8. Field equipment must be calibrated in accordance with recommendations by the manufacturer.
9. Samples must be filtered through a •0.45 micron filter immediately after collection when a dissolved analysis is required. (See #4. above)
10.The sample container should be labeled at the time of collection with the facility name, well identification number and date and time collected.
11. "Authorized agent" is any corporate officer or public official authorized by the company, corporation, or governmental body to sign official documents.

Type or Use a ball-point pen and press firmly. PERMIT NUMBER: (REQUIRED)
Facility Name 7o_4-5-nW,4.T ie'/L :Qr,y Non -Discharge 4/0 000779 f3
Address 'PrA.v-r led»D NPDES
,,4wz//J6Urdj /�/G County -SCe [a.t/D TYPE OF DISPOSAL OPERATION BEING MONITORED
(REQUIREDI
Well Location (6Z 31t" y9-1 0y,3" Coati- 79Q z-7/
Well Identification Number C T— /3 Well Depth 5—D Ft.
Well Diameter 7-" Sample (Screened) Interval_ Ft. To Sa Ft.
Depth to Water Level /9, Z8 ft. below measuring point (before sampling)
Measuring point is 3, Z ft. above land surface
Gallons of water pumped/bailed before sampling
Field Analysis: pH 6. 6 Specific Conductance — uMhos Temp. —oC Odor
Date Sample Collected 3/^ 9 7 Date Lab Sample Analyzed
Lagoon
Septic Tank/Drain Field
Spray Field Subsurface Low -Pressure
Piping (LPP)
Land Application of Sludge /
V Other
Rotary Distributor
Appearance — RECE p p ®
Laboratory Name /-eESU Ys-'er, Lr GP"?q
Certification No. 19
SAMPLES FOR METALS WERE COLLECTED UNFILTERED AND FIELD ACIDIFIED
_YES NO
MAR
3 1 1997
COD
mg/I
Coliform: MF Fecal
Coliform: MF Total
/100ml
/100ml
(Note: Use MPN method for highly turbid samples)
Dissolved Solids: Total
mg/I
pH (when analyzed)
units
TOC
mg/I
Chloride
mg/I
Arsenic
mg/I
Grease and Oils
mg/I
Hardness: Total
mg/I
Phenol
mg/I
Sulfate
mg/I
Specific Conductance
uMhos
Total Ammonia
mg/I
TKN as N
mg/I
Nitrite (NO2) as N
Nitrate (NO3) as N
Phosphorus: Total as P
Al - Aluminum
Ba - Barium
Ca - Calcium
Cd - Cadmium
Chromium: Total
Cu - Copper
Fe - Iron
Hg - Mercury
K - Potassium
Mg - Magnesium
Mn - Manganese
Na - Sodium
mg/I
mg/I
mg/I
mg/I
mg/I
mg/I
mg/I
mg/I
mg/I
mg/I
mg/I
mg/I
mg/I
mg/I
mg/I
CA,YETTE VILLA
Ni -Nickel ,fit mgA
Pb - Lead mg/I
Zn - Zinc mg/I
Pesticides/Herbicides
(Specify Compounds)
Other (Specify Compounds and
Concentration units)
v
ug/I
ug/I
ug/I
I CERTIFY THAT THIS REPORT IS TRUE AND ACCURATE. Note: Values should reflect dissolved and
colloidal concentrations. (see #3 on back)
2�2J = 1 % See back for instructions.
Sign f re of erm' _e (or Authorized Agent') Date Submit blue, green, and yellow copies only to address above.
GW-59 REV. 6/93

COLLECTION AND ANALYSIS OF GROUNDWATER SAMPLES
1. Samples should be analyzed as soon as possible after collection, SAMPLES WHICH ARE NOT ANALYSED WITHIN THE HOLDING TIME SPECI-
FIED FOR THE METHOD USED (SEE #4. BELOW) MUST BE DISCARDED AND NEW SAMPLES COLLECTED.
2. Metals Analyses: Use Standard Method 3030C for sample preparation (mercury excluded). DO NOT FILTER METALS SAMPLES IN THE FIELD !!!
Unfiltered samples must be collected for metals, then field acidified with 5 ml concentrated nitric acid per liter of,sample, and should be submitted to the
lab within 24 hours. ,
Sample preparation in the laboratory (extraction and filtration) must be completed within 72 hours of collection. ,
3. ANALYSES ARE TO BE MADE OF THE MOBILE CONSTITUENTS (DISSOLVED AS WELL AS COLLOIDAL) IN THE
GROUNDWATER, NOT THOSE THAT ARE A PART OFF SEDIMENT ASSOCIATED WITH WELL CONSTRUCTION 9R SAMPLING PROCEDURES.
CHECK WITH YOUR LABORATORY ON PROPER PROCEDURES FOR SAMPLE COLLECTION AND PRESERVATION.
4.As:pet1T1tl6J._5,hlb.rth?Carolina Administrative Code, Subchapter 2L, analytical procedures shall be in accordance with the methods described in one of
the following publications, or by other methods approved beforehand by the Director, Division of Environmental
Man"ent; c
(a) Standard Methods for the Examination of Water and Wastewater, 16th Edition, 1985 and 17th Edition, 1989, published jointly by
American Public Health Association, American Water Works Association and Water Pollution Control Federation;
Methods for Chemical Analysis of Water and Waste, 1979, U.S. Environmental Protection Agency publication number
EPA-600/4-79-020, as revised March 1983;
(c) Test Methods for Evaluating Solid Wastes: Physical/Chemical Methods, 3rd Edition, 1986, U.S. Environmental Protection Agency
publication number SW-846;
(d) Test Procedures for the Analysis of Polluants Under the Clean Water Act, Federal Register Vol. 49, No. 209, 40 CFR Part 136,
October 26, 1984;
5. Measure and record the depth of water in the well prior to pumping or bailing any water from the well.
6. At least 3 volumes of water in the well should be pumped or bailed prior to collecting a sample for analysis. If the well is pumped/bailed dry before 3 well
volumes are removed, samples can be collected as soon as the well recovers to the point where enough water is available to collect your sample.
7. Determination for pH, Specific Conductance, temperature, odor and appearance must be made in the field on unfiltered samples when the sample is
collected.
8. Field equipment must be calibrated in accordance with recommendations by the manufacturer.
9. Samples must be filtered through a 0.45 micron filter immediately after collection when a dissolved analysis is required. (See #4. above)
10.The sample container should be labeled at the time of collection with the facility name, well identification number and date and_time collected.
11. "Authorized agent" is any corporate officer or public official authorized by the company, corporation, or governmental body to sign official documents.

Type or use a ball-point pen and press firmly.
Facility Name %n_i tips2 mod- %vim J7r v,
Address P«u1ZPA-0
_�.4�,rLaLj'zq Ale County .Seesu«Jo
Well Location -(em 3y° yK& 07,-3 /_owisT 79" Z7' L^
Well Identification Number Well Depth 36 Ft.
Well Diameter Z' Sample (Screened) Interval (Q Ft. To -SO Ft.
Depth to Water Level 6.07 ft. below measuring point (before sampling)
Measuring point is 3 •- 7- ft. above land surface
Gallons of water pumped/bailed before sampling
PERMIT NUMBER: (REQUIRED)
Non -Discharge /+JS' 6007-7
NPDES
TYPE OF DISPOSAL OPERATION BEING MONITORED
(REQUIRED)
Lagoon
Septic Tank/Drain Field
Spray Field Subsurface Low -Pressure
Pi ing (LPP)
Land Application of Sludg�
Other
Rotary Distributor
Field Analysis: pH 4.1 Specific Conductance — uMhos Temp. oC Odor — Appearance _
Date Sample Collected Date Lab Sample Analyzed 7 - / z -9 7
Laboratory Name GR-$ Certification No. 478
SAMPLES FOR METALS WERE COLLECTED UNFILTERED AND FIELD ACIDIFIED YES NO
MAR 3 1 1997
F11YETTEVILLE
COD
mgA
Nitrite (NO2) as N
mg/I
Ni - Nickel REG.
GFF;G mgA
Coliform: MF Fecal
/100m1
Nitrate (NO3) as N
mg/I
Pb - Lead
mg/I
Coliform: MF Total
/100m1
Phosphorus: Total as P
mg/I
Zn - Zinc
mg/I
(Note: Use MPN method for highly turbid samples)
AI - Aluminum
mg/I
Pesticides/Herbicides
Dissolved Solids: Total
mg/I
Ba - Barium
mg/I
(Specify Compounds)
pH (when analyzed)
units
Ca - Calcium
mg/I
ug/I
TOC
mgA
Cd - Cadmium
mg/I
ug/I
Chloride
mg/I
Chromium: Total
mg/I
ug/I
Arsenic
mg/I
Cu - Copper
mg/I
Other (Specify Compounds and
`n -
Grease and Oils
mg/I
Fe - Iron
mg/I
Concentration units)
_=
Hardness: Total
mg/I
Hg - Mercury
mg/I
=
Phenol
mgA
K- Potassium
mg/1
<Cr Arw�rr�a
;
Sulfate
mgA
Mg - Magnesium
mg/I
;
Specific Conductance
ulvlhos
Mn - Manganese
mg/I
Total Ammonia
mgA
Na - Sodium
mgA
'.
TKN as N
mg/I
-
<_J
I CERTIFY THAT THIS REPORT IS TRUE AND ACCURATE. Note: Values should reflect dissolved and
colloidal concentrations. (see #3 on back)
��Z;k ZZZ—LS' `T 7 " See back for instructions.
Sign a of Per ittee ( Authorized Agent') Date "" Submit blue, green, and yellow copies only to address above.
GW-59 REV. 6/93

COLLECTION AND ANALYSIS OF GROUNDWATER SAMPLES
1. Samples should be analyzed as soon as possible after collection. SAMPLES WHICH ARE NOT ANALYSED WITHIN THE HOLDING TIME SPECI-
FIED FOR THE METHOD USED (SEE 94. BELOW) MUST BE DISCARDED AND NEW SAMPLES COLLECTED.
2. Metals Analyses: Use Standard Method 3030C for sample preparation (mercury exc)uded). DO NOT FILTER METALS SAMPLES IN THE FIELD M
Unfiltered samples must be collected for metals, then field acidified with 5 ml concentrated nitric acid per liter of sample, and should be submitted to the
lab within 24 hours.
Sample preparation in the laboratory (extraction and filtration) must be completed within 72 hours of collection.
3. ANALYSES ARE TO BE MADE OF THE MOBILE CONSTITUENTS (DISSOLVED AS WELL AS COLLOIDAL) IN THE
GROUNDWATER, NOT THOSE THAT ARE A PART OF SEDIMENT ASSOCIATED WITH WELL CONSTRUCTION OR SAMPLING PROCEDURES.
CHECK. WITH YOUR LABORATORY ON PROPER PROCEDURES FOR SAMPLE COLLECTION AND PRESERVATION.
4 'As -per Title 1r5; North�Carolina Administrative Code, Subchapter 2,L, analytical procedures shall be in accordance with -the methods described in one of
the following publications, or by other methods approved beforehand by the Director, Division of Environmental
Mari�g'ement;;_, '
(a) Standard Methods for the Examination of Water and Wastewater, 16th Edition, 1985 and 17th Edition, 1989, published jointly by
_ American Public Health Association, American Water Works Association and Water Pollution Control Federation;
::(b) Methods for Chemical Analysis of Water and Waste, 1979, U.S. Environmental Protection Agency publication number
EPA-600/4-79-020, as revised March 1983;
(c) Test Methods for Evaluating Solid Wastes: Physical/Chemical Methods, 3rd Edition, 1986, U.S. Environmental Protection Agency
publication number SW-846;
(d) Test Procedures for the Analysis of Polluants Under the Clean Water Act, Federal Register Vol. 49, No. 209, 40 CFR Part 136,
October 26, 1984;
5. Measure and record the depth of water in the well prior to pumping or bailing any water from the well.
6. At least 3 volumes of water in the well should be pumped or bailed prior to collecting a sample for analysis. If the well is pumped/bailed dry before 3 well
volumes are removed, samples, can be collected as soon as the well recovers to the point where enough water is available to collect your sample.
7. Determination for pH, Specific Conductance, temperature, odor and appearance must be made in the field on unfiltered samples when the sample is
collected.
8. Field equipment must be calibrated in accordance with recommendations by the manufacturer.
9. Samples must be filtered through a 0.45 micron filter immediately after collection when a dissolved analysis is required. (See #4. above)
10.The sample container should be labeled at the time of collection with the facility name, well identification number and date and time collected.
11."Authorized agent" is any corporate officer or public official authorized by tfie company, corporation, or governmental body to sign official documents.

Type or Use a ball-point pen and press firmly. PERMIT NUMBER: (REQUIRED)
Facility Name 7Z_AgTi^M57aaEM zye� T RNK 17rr/ Non -Discharge e/fa oor)7 7ajs
Address nG46'r '9&'4�rj NPDES
(,�uei�6rxzc NC COunty�?-a TYPE OF DISPOSAL OPERATION BEING MONITORED
,r (REQUIRED)
Well Location Lag 3X` °Yy f Or/ 3" /e'er. 79' Z,7 ` '/i. 3
Well Identification Number & — /S Well Depth 7Z, T' Ft.
Well Diameter Zo Sample (Screened) Interval 67. S Ft. To 7Z. Ft.
Depth to Water Level /S.9 Zft. below measuring point (before sampling)
Measuring point is 2, S ft. above land surface _
Gallons of water pumped/bailed before sampling
Field Analysis: pH —Specific Conductance —uMhos Temp. —oC Odor _
Date Sample Collected / =3t- 17 7 Date Lab Sample Analyzed e'o- L- /3 --17
Lagoon
Septic Tank/Drain Field
Spray Field Subsurface Low -Pressure
Piping (LPP)
Land Application of Sludg�
Other
Rotary Distributor
Appearance _
Laboratory Name &CiT.g{E Certification No. 9
SAMPLES FOR METALS WERE COLLECTED UNFILTERED AND FIELD ACIDIFIED YES NO
COD
mg/I
Coliform: MF Fecal
/100ml
Coliform: MF Total
/100ml
(Note: Use MPN method for highly turbid samples)
Dissolved Solids: Total
mg/I
pH (when analyzed)
units
TOC
mg/I
Chloride
mg/I
Arsenic
mg/I
Grease and Oils
mg/I
Hardness: Total
mg/I
Phenol
mg/I
Sulfate
mg/I
Specific Conductance
uMhos
Total Ammonia
mg/I
TKN as N
mg/I
Nitrite (NO2) as N
mg/1
Nitrate (NO3) as N
mg/I
Phosphorus: Total as P
mg/I
Al - Aluminum
mg/I
Ba - Barium
mg/I
Ca - Calcium
mg/I
Cd - Cadmium
mg/I
Chromium: Total
mg/I
Cu - Copper
mg/I
Fe - Iron
mg/I
Hg - Mercury
mg/I
K - Potassium
mg/I
Mg - Magnesium
mg/I
Mn - Manganese
mg/I
Na - Sodium
mg/I
MAR 3 11997,
REG. OFF-3
NI - Nickel Mgt
Pb - Lead mg/I
Zn - Zinc mg/I
Pesticides/Herbicides
(Specify Compounds)
ug/I
ug/I
Ug/I
Other (Specify Compounds and
Concentration units) i '-
r_0
I CERTIFY THAT THIS REPORT IS TRUE AND ACCURATE. Note: Values should reflect dissolved and
colloidal concentrations. (see #3 on back)
See back for instructions.
Sign5fure of Permi .,e (or Authorized Agent') Date •• Submit blue, green, and yellow copies only to address above.
GW-59 REV. 6/93

COLLECTION AND ANALYSIS OF GROUNDWATER SAMPLES
1. Samples should be analyzed as soon as possible after collection. SAMPLES WHICH ARE NOT ANALYSED WITHIN THE HOLDING TIME SPECI-
FIED FOR THE METHOD USED (SEE #4. BELOW) MUST BE DISCARDED AND NEW SAMPLES COLLECTED.
r
2. Metals Analyses: Use Standard Method 3030C for sample preparation (mercury excluded). DO NOT FILTER METALS SAMPLES IN THE FIELD !!!
Unfiltered samples must be collected for metals, then field acidified with 5 ml concentrated nitric acid per liter of sample, anc( should be submitted to the
lab within 24 hours.
Sample preparation in the laboratory (extraction and filtration) must be completed within 72 hours of collection.
3. ANALYSES ARE TO BE MADE OF THE MOBILE CONSTITUENTS (DISSOLVED AS WELL AS COLLOIDAL) IN THE
GROUNDWATER, NOT THOSE THAT ARE A PART OF SEDIMENT ASSOCIATED WITH WELL CONSTRUCTION OR SAMPLING PROCEDURES.
.CHECK WITH %Q.t)k'tABORATORY ON PROPER PROCEDURES FOR SAMPLE COLLECTION AND PRESERVATION.
4. As per Title 15, North Carolina Administrative Code, Subchapter 2L, analytical procedures shall be in accordance with the methods described in one of
the fglf¢W og p6blications, or by other methods approved beforehand by the Director, Division of Environmental, ,
Management:
(a) Standard Methods for the Examination of Water and Wastewater, 16th Edition, 1985 and 17th Edition, 1989, published jointly by
American Public Health Association, American Water Works Association and Water Pollution Control Federation;
(b) Methods for Chemical Analysis of Water and Waste, 1979, U.S. Environmental Protection Agency publication number
EPA-600/4-79-020, as revised March 1983;
(c) Test Methods for Evaluating Solid Wastes: Physical/Chemical Methods, 3rd Edition, 1986, U.S. Environmental Protection Agency
publication number SW-846;
(d) Test Procedures for the Analysis of Polluants Under the Clean Water Act, Federal Register Vol. 49, No, 209, 40 CFR Part 136,
October 26, 1984;
5. Measure and record the depth of water in the well prior to pumping or bailing any water from the well.
6. At least 3 volumes of water in the well should be pumped or bailed prior to collecting a sample for analysis. If the well is pumped/bailed dry before 3 well
volumes are removed, samples can be collected as soon as the well recovers to the point where enough water is available to collect your sample.
7. Determination for pH, Specific Conductance, temperature, odor and appearance must be made in the field on unfiltered samples when the sample is
collected.
8. Field equipment must be calibrated in accordance with recommendations by the manufacturer.
9. Samples must be filtered through a 0.45 micron filter immediately after collection when a dissolved analysis is required. (See #4. above)
10.The sample container should be labeled at the time of collection with the facility name, well identification number and date and time collected.
11."Authorized agent" is any corporate officer or public official authorized by the company, corporation, or governmental body to sign official documents.

DIVISION OF WATER QUALITY - GROUNDWATER: SECTION
GROUNDWATER QUALITY MONITORING: P.O. Box 7626-
COMPLIANCE REPORT FORM pleaseriteadditional caM RALEIGH, NC 27628.0578
lease write or calk .(gig) 733.3221
Type or Use a ball-point pen and press firmly. PERMIT NUMBER: (REQUIRED)
Facility Name /3A,STA4j*.s use .L,U�, J-�/�/If}ii/N Jf IK Non -Discharge !s%Q 00077-78
Address F/rdAeZe Zo.aD NPDES
Lnria�NL � �G County SCd>cA ems! TYPE OF DISPOSAL OPERATION BEING MONITORED
(REQUIRED)
Well Location
Well Identification Number 94/-3 Well Depth Yo Ft.
Well Diameter6_Sample (Screened) Interval zo Ft. To Y0 Ft.
Depth to Water Level Z1. 5 ft. below measuring point (before sampling)
Measuring point is ft. above land surface
Gallons of water pumped/bailed before sampling co
Field Analysis: pH — Specific Conductance umos Temp. °C Odor
Date Sample Collected y 9 Date Lab Sample Analyzed Z - /2 -5 7
Laboratory Name /-fEa tzwja l-4__A Certification No.
SAMPLES FOR METALS WERE COLLECTED UNFILTERED AND FIELD ACIDIFIED YES
Lagoon
Septic Tank/Drain Field
Spray Field Subsurface Low -Pressure
Piping (LPP)
Land Application of Sludge,—
Y Other
Rotary Distributor n Imo^ T� R8 pr ,r
Appearance
Im
NIAR 3 1 1997
;_; xv? ; h -r Pn: 9 i
COD
Coliform:
Coliform:
mn/I
MF Fecal /100m[
MF Total /100m[
(Note: Use MPN method for highly turbid samples)
Dissolved Solids: Total
mg/I
pH (when analyzed)
units
TOC
mg/I
Chloride
mg/I
Arsenic
mg/I
Grease and Oils
mg/I
Hardness: Total
mg/I
Phenol
mg/I
Sulfate
mg/I
Specific Conductance
uMhos
Total Ammonia
mg/I
TKN as N
mg/I
Nitrite (NO2) as N
mg/I
Ni - Nickel
mg/I
Nitrate (NO3) as N
mg/I
Pb - Lead
mg/I
Phosphorus: Total as P
mg/I
Zn - Zinc
mg/I
Al - Aluminum
mg/I
Pesticides/Herbicides
Ba - Barium
mg/I
(Specify Compounds)
Ca - Calcium
mg/I
ug/I
Cd - Cadmium
mg/I
ug/I
Chromium: Total
mg/I
-
_ug/I
Cu - Copper
mg/I
Other (Specify Compounds and
Fe - Iron
mg/I
Concentration units)
Hg - Mercury
mg/I
K - Potassium
mg/I
tg�
Mg - Magnesium
mg/I
Mn - Manganese
mg/I
Na - Sodium
mg/I
I CERTIFY THAT THIS REPORT IS TRUE AND ACCURATE. Note: Values should reflect dissolved and
colloidal concentrations. (see #3 on back)
See back for instructions.
Signat re of Pe mi (or Authorized Agent*) Date ** Submit blue and yellow copies only to address above.
GW-59 REV. 8/96

COLLECTION AND ANALYSIS OF GROUNDWATER SAMPLES
Samples should be analyzed as soon as possible after collection. SAMPLES WHICH ARE NOT ANALYSED WITHIN THE HOLDING TIME SPECI-
FIED FOR THE METHOD USED (SEE #4. BELOW) MUST BE DISCARDED AND NEW SAMPLES COLLECTED.
2. Metals Analyses: Use Standard Method 3030C for sample preparation (mercury excluded). DO NOT FILTER METALS SAMPLES IN THE FIELD Ill
Unfiltered samples must be collected for metals, then field acidified with 5 ml concentrated nitric acid per liter of sample, and should be submitted to the
lab within 24 hours.
Sample preparation in the laboratory (extraction and filtration) must be completed within 72 hours of collection.
3. ANALYSES ARE TO BE MADE OF -THE MOBILE CONSTITUENTS (DISSOLVED AS WELL AS COLLOIDAL) IN THE
GROUNDWATER, NOT THOSE THAT ARE A PART QF SEDIMENT ASSOCIATED WITH WELL CONSTRUCTION -R SAMPLING PROCEDURES.
CHECK WITH YOUR LABORATORY ON PROPER PROCEDURES FOR SAMPLE COLLECTION AND PRESERVATION.
4. As per Title 15, North Carolina Administrative Code, Subchapter 2L, analytical procedures shall be in accordance with the methods described in one of
the following publications, or by other methods approved beforehand by the Director, Division of Environmental.
Management:
(a)' Standard Methods for the Examination of Water and Wastewater, 16th Edition, 1985 and 17th Edition, 1989, published jointly by
American Public Health Association, American Water Works Association and Water Pollution Control Federation;
(b) Methods for Chemical Analysis of Water and Waste, 1979, U.S. Environmental Protection Agency publication number
EPA-600/4-79-020, as revised March 1983;
(c) Test Methods for Evaluating Solid Wastes: Physical/Chemical Methods, 3rd Edition, 1986, U.S. Environmental Protection Agency
publication number SW-846;
(d) Test Procedures for the Analysis of Polluants Under the Clean Water Act, Federal Register Vol. 49, No. 209, 40 CFR Part 136,
October 26, 1984;
5. Measure and record the depth of water in the well prior to pumping or bailing any water from the well.
6. At least 3 volumes of water in the well should be pumped or bailed prior to collecting a sample for analysis. If the well is pumped/bailed dry before 3 well
volumes are removed, samples can be collected as soon as thewell recovers to the point where enough water is available to collect your sample.
7. Determination for pH, Specific Conductance, temperature, odor and appearance must be made in the field on unfiltered samples when the sample is
collected.
S. Field equipment must be calibrated in accordance with recommendations by the. manufacturer.
9. Samples must be filtered through a 0.45 micron filter immediately after collection when a dissolved analysis is required. (See #4. above)
10.The sample container should be labeled at the time of collection with the facility name, well identification number and date and time collected.
I ."Authorized agent' is any corporate officer or public official authorized by the company, corporation, or governmental body to sign official documents.

or
Facility Name
Address
Well
and press firmly.
PERMIT NUMBER: (REQUIRED)
Non -Discharge Wo 6002g4v
NPDES
TYPE OF DISPOSAL OPERATION BEING MONITORED
(REQUIRED)
Lagoon Septic TanWDrain Field
Well Identification Number Ew —Z Well Depth .moo Ft. Spray Field Subsurface Low -Pressure
Well Diameter Sample (Screened) Interval 30 Ft. To Sb Ft. Piping (LPP)
Depth to Water Level �j ft. below measuring point (before sampling) Land Application of Sludge✓
Measuring point is 30.8 7 ft. above land surface other
Gallons of water pumped/bailed before sampling -� Gd� Rotary Distributor
Field Analysis: pH — Specific Conductance u hosTemp. — DC Odor Appearance
Date Sample Collected /— — i'7 Date Lab Sample Analyzed z — /z-9 RECEIVE®
Laboratory Name Lfa?yZ2 .1F L47A Certification No. 9g
SAMPLES FOR METALS WERE COLLECTED UNFILTERED AND FIELD ACIDIFIED YES NO mitp i 1 1997
COD
mg/I
Coliform: MF Fecal
/100ml
Coliform: MF Total
/100ml
(Note: Use MPN method for highly turbid samples)
Dissolved Solids: Total
mg/I
pH (when analyzed)
units
TOG
mg/I
Chloride
mg/I
Arsenic
mg/I
Grease and Oils
mg/I
Hardness: Total
mg/I
Phenol
mg/l
Sulfate
mg/I
Specific Conductance
ufvlhos
Total Ammonia
mg/I
TKN as N
mq/1
Nitrite (NO2) as N
mg/1
Nitrate (NO3) as N
mg/I
Phosphorus: Total as P
mg/I
Al - Aluminum
mg/I
Ba - Barium
mg/I
Ca - Calcium
mg/I
Cd - Cadmium
mg/I
Chromium: Total
mg/I
Cu - Copper
mg/1
Fe - Iron
mg/I
Hg - Mercury
mg/I
K - Potassium
mg/I
Mg - Magnesium
mg/I
Mn - Manganese
mg/I
Na - Sodium
mg/I
I CERTIFY THAT THIS REPORT IS TRUE AND ACCURATE.
Signa e f P rmitt (or Authorized Agent') Date
GW-59 REV. 6/93
Ni - Nickel F,x'.ri=TTF_xlIL1..E mg/I
Pb - Lead RE , OFFC'; mg/I
Zn - Zinc mg/I
Pesticides/Herbicides
(Specify Compounds)
ug/I
ug/I
ug/1
Other (Specify Compounds and
Concentration units)
Sg;ar-rsast
Note: Values should reflect dissolved and
colloidal concentrations. (see #3 on back)
' See back for instructions.
'* Submit blue, green, and yellow copies only to address above.

COLLECTION AND ANALYSIS OF GROUNDWATER SAMPLES
1. Samples should be analyzed as soon as possible after collection. SAMPLES WHICH ARE NOT ANALYSED WITHIN THE HOLDING TIME SPECI-
FIED FOR THE METHOD USED (SEE #4. BELOW) MUST BE DISCARDED AND NEW SAMPLES COLLECTED.
2. Metals Analyses: Use Standard Method 3030C for sample preparation (mercury excluded). DO NOT'FILTER METALS SAMPLES IN THE FIELD Itt
Unfiltered samples must be collected for metals, then field acidified with 5 ml concentrated nitric acid per liter of sample, and should lie submitted to the
lab within 24 hours.
Sample preparation in the laboratory (extraction and filtration) must be completed within 72 hours of collection.
3. ANALYSES ARE TO BE MADE OF THE MOBILE CONSTITUENTS (DISSOLVED AS WELL AS COLLOIDAL) IN THE
GROUNDWATER, NOT, THOSE THAT ARE A PART OF SEDIMENT ASSOCIATED WITH WELL CONSTRUCTION OR SAMPLING PROCEDURES.
CHECK WITH YOUR LABORATORY ON PROPER PROCEDURES FOR SAMPLE COLLECTION AND PRESERVATION.
J...
4. A's..perTftleNb; Nocth Ca€blina Administrative Code, Subchapter2L; analytical procedures shall be in accordance with the methods described in one of
the following publfcatioris; or by other methods approved beforehand by the Director, Division of Environmental
Manageppn�:
- ;"(a) Standard Methods for the Examination of Water and Wastewater, 16th Edition, 1985 and 17th Edition, 1989, published jointly by
American Public Health Association, American Water Works Association and Water Pollution Control Federation;
_ (b)., Methods for Chemical Analysis of Water and Waste, 1979, U.S. Environmental Protection Agency publication number
' EPA-600/4-79-020, as revised March 1983;
(c) Test Methods for Evaluating Solid Wastes: Physical/Chemical Methods, 3rd Edition, 1986, U.S. Environmental Protection Agency
publication number SW-846;
(d) Test Procedures for the Analysis of Polluants Under the Clean Water Act, Federal Register Vol. 49, No. 209, 40 CFR Part 136,
October 26, 1984;
5. Measure and record the depth of water in the well prior to pumping or bailing any water from the well.
6. At least 3 volumes of water in the well should be pumped or bailed prior to collecting a sample for analysis. If the well is pumped/bailed dry before 3 well
volumes are removed, samples can be collected as soon as the well recovers to the point where enough water is available to collect your sample.
7. Determination for pH, Specific Conductance, temperature, odor and appearance must be made in the field on unfiltered samples when the sample is
collected.
8. Field equipment must be calibrated in accordance with recommendations by the manufacturer.
9. Samples must be filtered through a 0.45 micron filter immediately after collection when a dissolved analysis is required. (See #4. above)
1 O.The sample container should be labeled at the time of collection with the facility name, well identification number and date and time collected.
11."Authorized agent" is any corporate officer or public official authorized by the company, corporation, or governmental body to sign official documents.

or Use a ball-point pen and press
Facility Name
Address
Well Location
Septic Tank/Drain Field
Well Identification Number RW —i Well Depth So Ft. Spray Field Subsurface Low -Pressure
Well Diameter ` Sample (Screened) Interval 30 Ft. To ZTO Ft. Piping (LPP)
Depth to Water Level Z2. Ym ft. below measuring point (before sampling) Land Application of Sludge
Measuring point is / ft. above land surface other
Gallons of water pumped/bailed before sampling /Z�c.varry, &C Rotary Distributor
Field Analysis: pH Specific Conductance — uMhosTemp. — °C Odor — Appearance ������®
Date Sample Collected /-3 /— 97 Date Lab Sample Analyzed Z TZ- �7
Laboratory Name A1gx.r�-� 8 Certification No. IR
SAMPLES FOR METALS WERE COLLECTED UNFILTERED AND FIELD ACIDIFIED YES NO hf 1g j t 1997
COD mg/1
Coliform: MF Fecal /100ml
Coliform: MF Total /100ml
(Note: Use MPN method for highly turbid samples)
Dissolved Solids: Total
mg/I
pH (when analyzed)
units
TOC
mg/I
Chloride
mg/I
Arsenic
mg/I
Grease and Oils
mg/1
Hardness: Total
mg/I
Phenol
mg/I
Sulfate
mg/I
Specific Conductance
uMhos
Total Ammonia
mg/I
TKN as N
mg/I
Nitrite (NO2) as N
Nitrate (NO3) as N
Phosphorus: Total as P
Al - Aluminum
Ba - Barium
Ca - Calcium
Cd - Cadmium
Chromium: Total
Cu - Copper
Fe - Iron
Hg - Mercury
K - Potassium
Mg - Magnesium
Mn - Manganese
Na - Sodium
PERMIT NUMBER: (REQUIRED)
Non -Discharge Lu0 0007798
NPDES
TYPE OF DISPOSAL OPERATION BEING MONITORED
(REQUIRED)
Lagoon
mg/I
mg/I
mg/I
mg/I
mg/I
mg/I
mg/I
mg/1
mg/I
mg/I
mg/I
mg/I
mg/I
mg/I
mg/I
Ni - Nickel FT"i--_iTFV:L'-_mg/I
Pb - Lead f E a. Or:=:i: mg/I
Zn - Zinc mg/I
Pesticides/Herbicides
(Specify Compounds)
ug/I
ug/I
ug/I
Other (Specify Compounds and
Concentration units)
--
I CERTIFY THAT THIS REPORT IS TRUE AND ACCURATE. Note: Values should reflect dissolved and
colloidal concentrations. (see #3 on back)
See back for instructions.
Sig ure of er 6e (or Authorized Agent') Date '" Submit blue, green, and yellow copies only to address above.
GW-59 REV. 6/93

1. Samples should be analyzed as soon as possible after collection. SAMPLES WHICH ARE NOT ANALYSED WITHIN THE HOLDING TIME SPECI-FIED FOR THE METHOD USED (SEE #4. BELOW) MUST BE DISCARDED AND NEW SAMPLES COLLECTED.
2. Metals Analyses: Use Standard Method 3030C for sample preparation (mercury excluded). DO NOT FILTER METALS SAMPLES IN THE FIELD !!!
Unfiltered samples must be collected for metals, then field acidified with 5 ml concgptrazecj. nitric acid per liter of sample, and should. be' submitted to the
lab within 24 hours.
Sample preparation in the laboratory (extraction and filtration) must be completed within 72 hours of collection., ,
3. ANALYSES ARE TO BE MADE OF THE MOBILE CONSTITUENTS (DISSOLVED AS WELL AS COLLOIDAL) IN THE
GROUNDWATER, NOT THOSE THAT ARE A PART OF SEDIMENT ASSOCIATED WITH WELL CONSTRUCTION OR SAMPLING PROCEDURES.
CHECK WITH YOUR LABORATORY ON PROPER PROCEDURES FOR SAMPLE COLLECTION AND PRESERVATION.
4. iAs per:Tltle 15, North-'Qarolina Administrative Code, Subchapter 2L..analytical procedures shall be in accordance wjth,the. methods described in one of
fhe foltowfri4'p6&cations, or by other methods approved beforehand by the Director, Division of Environmental,
Managetnen
(a) Standard Methods for the Examination of Water and Wastewater, 16th Edition, 1985 and 17th Edition, 1989, published jointly by
American Public Health Association, American Water Works Association and Water Pollution Control Federation;
(p) Methods for Chemical Analysis of Water and Waste, 1979, U.S. Environmental Protection Agency publication number
EPA-600/4-79-020, as revised March 1983
(c) Test Methods for Evaluating Solid Wastes: Physical/Chemical Methods, 3rd Edition, 1986, U.S. Environmental Protection Agency
publication number SW-846;
(d) Test Procedures for the Analysis of Polluants Under the Clean Water Act, Federal Register Vol. 49, No. 209, 40 CFR Part 136,
October 26, 1984; ,
5. Measure and record the depth of water in the well prior to pumping or bailing any water from the well
6. At least 3 volumes of water in the well should be pumped or bailed prior to collecting a sample for analysis. If the well is pumped/bailed dry before 3 well
volumes are removed, samples can be collected as soon as the well recovers to the point where enough water is available to collect your sample.
7.. Determination for pH, Specific Conductance, temperature, odor and appearance must be made in the field on unfiltered samples when the sample is
collected.
8. Field equipment must be calibrated in accordance with recommendations by the manufacturer..
9. Samples must be filtered through a 0.45 micron filter immediately after collection when a dissolved analysis is required. (See #4. above)
10.The sample container should be labeled at the time of collection with the facility name, well identification number and date and time collected.
11."Authorized agent' is any corporate officer or public official authorized by the company, corporation, or governmental body to sign official documents.

Richard Catlin & Associates, Inc.
ENVIRONMENTAL ENGINEERS AND HYDROGEOLOGISTS .
March 14, 1997
North Carolina Division of Environmental Management
Ground Water Section
Attn: Mr. Jack Floyd
P. O. Box 29535
Raleigh, North Carolina 27626-0535
Re: Results of 1st Trimester Ground Water Sampling (1997)
Permit No. WQ0007798
Toastmaster, Inc.
Ground Water Remediation Infiltration Gallery
e
Scotland County, North Carolina
^f
RC&A Project No. 92196-1
0
Dear Mr. Floyd:
— = ; r Tl
n e'_
Enclosed please find the monitoring report concerning the second trimester of 1996 requir`gmeits
for the above referenced site. The requirements are as follows:
Ground water pump and treat remediation site data sheet (Part`A);
• Table with ground water depth data;
• Table with ground water trichloroethane concentration data;
Graphs. illustrating trichloroethane quality data for monitoring wells MW-2, MW-
4, MW-6, GT-8, GT-10, GT-12, and GT-14; and,
• GW-59 'forms for November 1996 through January 1997.
If you have any questions, please contact our office at your earliest convenience. e
Sincerely,
Step A. jr, ager����
Mo toring r ons
�ItL4-�
cc: Mr. Larry Clark, Toastmaster; Inc., w/encs. rFEC'^
Mr. Rudy Smithwick, P.G., Richard Catlin & Associates, Inc. R�G
P.O. Box 10279 220 Old Dairy Road
Wilmington, NC28405-3755
Telephone: [phone] Fax: [phone]
Wilmington • Atlanta • Charleston r Charlotte • Americus

NORTH CAROLINA DEPARTMENT OF ENVIRONMENT, HEALTH AND NATURAL RESOURCES
Division of Environmental Management, Groundwater Section
Background
Site Name:
Location:
(To be
each submission)
Toastmaster, Inc./Ingraham Division Incident No: Date- 3/10/97
Plant Road, Laurinburg, NC
Region: Fayetteville County: Scotland Date Release Identified: 4/90
Responsible Party: Toastmaster, Inc. Date CAP Completed: 2/2/93
PART B
(To be completed for initial report or to update information previously provided)
Hvdrogeologv Alternating silty clays and sands. A consistent clay
Description of Aquifer Lithology: layer was encountered from 45 to 62 feet below the ground
Is bedrock aquifer/fractured saprolite impacted? Describe. No surface.
Average Hydraulic Conductivity (ft./day): 2.33 Average Groundwater Gradient (t): 1.6
How were above determined? Boring Logs/Pump Test
Major Pumping Influences Which may Affect GW Flow: NA
Distance from Site: -- Pumping Rate: --at iffn Pen,
AEOE
Location and Distance from Site of Nearest Supply Well(s): --
Description of Release FRfETTEVILLE
Type of Product:-_ Tr9chloroethene (TCE)- Estimated Volume Released:-RMPV-);:1=10E
Average Plume Dimensions(ft.)--Width: 1,100 Length: 2,000 Depth Interval: 45'
Ranges of Concentrations from CSA: TCE BDL - 12,000 ppb
Emergency Response/Initial Remedial Actions
Date Source Removed/Repaired: -- Free Product Recovered (gal.): 0
Soil Excavation (tons): 0 Average Contaminant Concentration (mg/kg): --
Type of Treatment or Disposal: --
Remediation
Goals of Remediation: Mitigate ground water contamination in the areas of greater
contamination.
Description of Treatment System- Three recovery wells pump ground water to an aeration
carbon filtration system prior to discharge into an infiltration gallery.
Pilot test conducted? (Type)No. Experience
with similar cites
Date:
--
Method of System Effluent Disposal-:
Infiltration Gallery
No. of Monitoring We1Is: 15
Monitoring Schedule:
Monthly
Date GW System Started: 8/30/93
No. of Recovery Wells-
3
Recovery Well Flowrate
Drawdown Radius of
Pump Type/
R-1 GPM
(ft.) Influence(ft.)
Ca acit
7
10
100
Submersible/4- 4G
R-2 9
20
150
Submersible/4-14G
R­3 4
20
100
Submersible/4-14G
Are any other remediation systems used in conjunction with Pump & Treat? Describe
ND
C.
GW-79/5-94

PART C
SYSTEM PERFORMANCE MONITORING
(To be completed with each submission)
PERIOD OF OPERATION
Report for: 9 / 16 / 96 to 1 / 31 / 97 Days of Operation this Period: 96
SYSTEM DOWNTIME SUMMARY (current reporting period only)
DATE
From/To
FREE PRODUCT RECOVERY
Total Gallons Recovered Since Last Report:
Total -Gallons Recovered to Date:
Well'I.D.:
Reason
Date,
Screened Interval*
FP.'; Thickness.; (in.)
Avg. GW Level*
J
Recovery Method
*Depth in Feet from Top of Casing
Provide similar table for each well containing free product by attaching additional sheet(s).
INFLUENT S EFFLUENT CONCENTRATION DATA - TREATMENT SYSTEM
Gallons Treated Since Last Report: 3,437,510
Total Gallons Treated To Date: 21,569,550
Parameter/Units: TCE/ppb parameter/Units: _
Date
11/96
12/96
1 1/97
Influent
1,400
.1,400
1,200
Effluent
3
< 5
<5
Attach additional sheet(s) as needed.
COMMENTS:
Note: Attach a current map showing locition 'of all monitoring/recovery wells, trenches,
remediation system components, and the extent of the contaminant -plume.
GW-7915-94

TABLET
Ground Water Table Data
Toastmaster, Inc.; Ingraham Division
Laurinbur , North Carolina
Top of Casing
De th To
Ground Water
Well ID
Date
Elevation
Ground Water
Table Elevation
Monitoring wells
M W -1
9/9/93
116.41
14.07
102.34
1/14/94
116.41
10.35
106.06
4 / 21 / 94
116.41
12.57
103.84
9/8/94
116.41
14.35
102.06
1/16/95
116.41
9.04
107.37
4/6 /95
116.41
11.51
104.90
9/26/95
116.41
12.11
104.30
1 /16/96
116.41
11.73
104.68
5/23/96
116.41
11.15
105.26
9/16/96
116.41
15.66
100.75
1 /31 /97
116.41
8.75
107.66
MW-2
9/9/93
113.76
15.17
98.59
1/14/94
113.76
12.41
101.35
4/21 /94
113.76
13.37
100.39
9/8/94
113.76
15.53
98.23
1/16/95
113.76
11.15
102.61
4 /6 /95
113.76
12.90
100.86
9/26/95
113.76
16.87
96.89
1/16/96
113.76
15.57
98.19
5/23/96
113.76
15.72
98.04
9/16/96
113.76
17.82
95.94
1 /31 / 97
113.76
13.26
100.50
GT-3
9/9/93
112.34
11.97
100.37
1/14/94
112.34
9.64
102.7
4 / 21 / 94
112.34
10.85
101.49
9/8/94
112.34
12.52
99.82
1/16/95
112.34
8.71
.103.63
4/6/95
112.34
10.62
101.72
9/26/95
112.34
13.64
98.70
1 / 16 / 96
112.34
12.41
99.93
5/23/96
NO DATA - WELL DAMAGED
9/16/96
NO DATA - WELL DAMAGED
MW-4
9/9/93
115.12
13.57
101.55
.1/14/94
115.12
10.67
104.45
4/21 /94
115.12
12.42
102.7
9/8/94
115.12
14.24
100.88
1/16/95
115.12
9.25
105.87
4/6 /95
115.12
11.96
103.16
9/26/95
115.12
15.31
99.81
1 / 16 / 96
115.12
14.08
101.04
5 /23 / 96
115.12
13.64
101.48
9/16/96
115.12
16.58
9854
Page 1 of 5

TABLE
Ground Water Table Data
Toastmaster, Inc.; Ingraham Division
Laurinbur , North Carolina
Top of Casing
Depth To
Ground Water
Well ID
Date
Elevation
Ground Water
Table Elevation
1 / 31 / 97
115.12
11.89
103.23
MW-5
9/9/93
119.78
9.26
110.52
1/14/94
119.78
7.25
112.53
4/21/94
119.78
9.21
110.57
9/8/94
119.78
9.98
109.8
1/16/95
119.78
6.17
113.61
4/6/95
119.78
8.46
111.32
9/26/95
119.78
9.81
109.97
1/16/96
119.78
9.00
110.78
5/23/96
119.78
8.73
111.05
9 / 16 / 96
119.78
10.32
109.46
1/31/97
119.78
7.15
112.63
T-6
9/9/93
112.94
13.98
98.96
1/14/94
112.94
11.69
101.25
4/21/94
112.94
12.69
100.25
9/8/94
112.94
14.73
98.21
1/16/95
112.94
10.98
101.96
4/6/95
112.94
12.54
100.4
9/26/95
112.94
15.77
97.17
1/16/96
112.94
14.52
98.42
5 / 23 / 9 6
112.94
14.51
98.43
9/16/96
112.94
16.82
96.12
1 /31 / 97
112.94
12.65
100.29
MW-7
9/9/93
120.81
14.8
106.01
1/14/94
120.81
11.91
108.9
4/21/94
120.81
13.32
107.49
9/8/94
120.81
14.82
105.99
1/16/95
120.81
10.17
110.64
4/6/95 _
120.81
12.03
108.78
9/26/95
120.81
13.65
107.16 '
1/16/96
120.81
14.41
106.4
5/23 /96
120.81
13.88
106.93
9 / 16 / 9 6
120.81
16.52
104.29
1 /31 /97
120.81
11.44
109.37
GT-8
9/9/93
114.82
0.00
114.82
1/14/94
114.82
0.00
114.82
4/21/94
114.82
0.92
113.9
9/8/94
114.82
0.80
114.02
1/16/95
114.82
0.02
114.8
4/6/95
114.82
0.03
114.79
9/26/95
114.82
1.65
113.17
1/16/96
114.82
0.4
114.42
Page 2 of 5

S;o 9 a6ed
SEZOI
Z6'9
SZ'60I
96/9/i,
ZS'i3OI
EL'TI
SZ'60I
96/9I/I
SL'66
S'6
SZ'60I
56/8/6
ZS'i0I
EL'L
SZ'60I
WIZ/V
6VEOI
96'9
9Z'60I
b6/i,I/I
19'001
i19'8
SZ'60I
E6/6/6
ZI-19
EY'80I
111'6
LS'LII
WWI
Z6'SOI
99'11
LS'LII
96/91/6
90'90I
ZS'II
LS'Lii
96/EZ/9
SL'SOI
Z8'II
LS'LII
96/91/1
s£'IOI
61'Ei
LS'LII
96/9Z/6
OY'80i
Li'6
LS'LII
96/9/h
WIii
89'S
LS'LII
96/91/I
SE'SOI
ZZ'Zi
LS'LII
i,6/8/6
Z8'901
SCOT
LS'LiI
WIZ/i,
ES'Oii
60'L
LS'LiI
b6/K/i
L9'90I
II
LS'LII
E6/6/6
ii-19
Z6'EOI
IVZ
E8'Oii
MAUI
8Z'L6
S9'EI
E9'0II
96/9I/6
99'10I
LL'6
E8'0II
96/EZ/9
SE'OOi
SVOi
£s'OII
96/91/I
19'86
ZZ'Zi
68'0II
96/9Z/6
EO'EOL
8'L
E8'0I1
96/9/i'
SCZOi
80'8
Es'OIl
96/9I/I
V66
E6'II
£s'OIl
WS/6
WWI
I'6
£9'Oii
T,6/IZ/i,
LO'ZOI
9L's
E8'011
i'6/i'I/i
IE'66
ZS'iI
ES'OIi
E6/6/6
01-19
OCEOI
9VEi
sl'LIi
L6/IE/i
K'66
is'LI
Si'Lii
96/91/6
6I'ZOi
96'iI
SI'LII
96/EZ/2
96'I01
Z'Si
Si'Lii
96/91/1
"10I
IL'Si
SI'Lii
96/9Z/6
fs'EOi
WET
SI'LII
96/9/i'
EZ'SOI
Z6'11
SI'M
96/91/1
96001
Z'91
SI'LII
66/8/6
Z{"ZOI
EL111
SI'Lii
ik6/iZ/i'
LI'E01
WET
SI'LII
i' K/I
E9'001
ZS'9i
SI'Lii
E6/6/6
6-19
Zs'ilii
00'0
Zs'ilII
L6/IE/I
Zs'6ii
00'0
Z8111
96/9i/6
19'EII
ITI
Zs'4II
96/EZ/9
uopenalg algey
za;eiy punozf)
not;enalg
a;eQ
QI IIaM
za;eM punoz f)
o f Iv aQ
ulsez);o cToi
eugozeJ tpzoN' mquuneZ
uoTsrn.au:etle ul:•oul'za;seugseoL
e;eQ alge.L za;eM punozq
I a"MVI

TABLE
Ground Water Table Data
Toastmaster, hic.; Ingraham Division
Laurinbur , North Carolina
Top of Casing
Depth To
Ground Water
Well ID
Date
Elevation
Ground Water
Table Elevation
9/26/95
109.25
10.94
98.31
1/16/96
109.25
8.77
100.48
5/23/96
109.25
7.93
101.32
9/16/96
109.25
12.85
96.40
1/31/97
109.25
INACCESSIBLE
GT-13
9/9/93
120.35
16.13
104.22
1/14/94
120.35
29.32
91.03
4/21/94
120.35
26.55
93.8
9/8/94
120.35
19.16
101.19
1/16/95
120.35
22.3
98.05
4/6/95
120.35
20.73
99.62
9 / 26 / 95
120.35
18.66
101.69
1/16/96
120.35
23.5
96.85
5/23/96
120.35
21.73
98.62
9/16/96
120.35
21.55
98.80
1/31/97
120.35
19.28
101.07
GT-14
9/9/93
119.03
13.09
105.94
1/14/94
119.03
9.41
109.62
4/21/94
119.03
11.58
107.45
9 / 8 / 94
119.03
12.91
106.12
1/16/95
119.03
9.56
109.47
4/6/95
119:03
9.72
109.31
9 / 26 / 95
119.03
13.91
105.12
1/16/96
119.03
12.02
107.01
5/23/96
119.03
11.12
107.91
9/16/96
119.03
15.82
103.21
1/31/97
119.03
6.07
112.96
RC-15
9/9/93
121.15
17.22
103.93
1/14/94
121.15
15.67
105.48
4/21/94
121.15
16.18
104.97
9 / 8 / 94
121.15
17.54
103.61
1/16/95
121.15
16.05
105.1
4/6/95
121.15
15.30
105.85
9 /26 / 95
121.15
17.09
104.06
1/16/96
121.15
17.29
103.86
5/23/96
121.15
19.80
101.35
9/16/96
121.15
19.74
101.41
1/31/97
121.15
15.82
105.33
Recovery Wells
R-1
9/9/93
112.38
27.32
85.06
1/14/94
112.38
14.51
97.87
4/21/94
112.38
25.63
86.75
Page 4 of 5

TABLE
Ground Water Table Data
Toastmaster, Inc.; Ingraham Division
Laurinbur , North Carolina
Top of Casing
Depth To
Ground Water
Well ID
Date
Elevation
Ground Water
Table Elevation
9/8/94
112.38
21.8
90.58
1/16/95
112.38
20.75
91.63
4/6/95
112.38
23.14
89.24
9/26/95
112.38
24.51
87.87
1/16/96
112.38
18.14
94.24
l5/23/96
112.38
15.42
96.96
9/16/96
112.38
19.92
92.46
1/31/97
112.38
18.71
93.67
R-2
9/9/93
117.48
34.65
82.83
1/14/94
117.48
25.56
91.92
4/21/94
117.48
24.73
92.75
9/8/94
117.48
26.23
91.25
1/16/95
117.48
28.85
88.63
4/6/95
117.48
25.21
92.27
9/26/95
117.48
24.07
93.41
1/16/96
117.48
22.99
94.49
5 /23 / 96
117.48
18.61
98.87
9/16/96
117.48
34.78
82.70
1/31/97
117.48
24.51
92.97
R-3
9/9/93
117.09
36.48
80.61
1/14/94
117.09
17.93
99.16
4/21/94
117.09
27.61
89.48
9/8/94
117.09
20.95
96.14
1/16/95
117.09
21.03
96.09
4/6/95
117.09
22.17
94.92
9/26/95
117.09
23.97
93.12
1/16/96
117.09
19.93
97.16
5 / 23 / 96
117.09
16.31
100.78
9/16/96
117.09
34.30
82.79
1/31/97
117.09
28.97
88.12
Page 5of5

TABLE2
Selected Ground Water Table Data
Toastmaster, Inc., Ingraham Division
Laurinburg, North Carolina
Well ID
Date
Trichloroethene PPB
Monitoring Well
MW-1
9/9/93
1,000
MW-1
1/14/94
290
MW-1
4/21/94
250
MW-1
9/8/94
44
MW-1
1/16/95
1,300
MW-1
4/6/95
480
MW-1
9/26/95
1,100
MW-1
1/16/96
930
MW-1
5/23/96
96
MW-1
9/16/96
510
MW-1
1/31/97
730
AM-2
9/9/93
940
NM-2
1/14/94
<5.0
MW-2
4/21/94
90
MW-2
9/8/94
<5.0
NM-2
1/16/95
330
MW-2
4/6/95
1,200
MW-2
9/26/95
160
MW-2
1/16/96
1,100
MW-2
5/23/96
29
MW-2
9/16/96
8.0
NW-2
1/31/97
14.0
GT-3
9/9/93
970
GT-3
1/14/94
500
GT-3
4/21/94
2,100
GT-3
9/8/94
200
GT-3
1/16/95
1,300
GT-3
4/6/95
1,700
GT-3
9/26/95
No Data
GT-3
1/16/96
No Data
GT-3
5/23/96
No Data
GT-3
9/16/96
No Data
GT-3
1/31/97
No Data
MW-4
9/9/93
11,000
MW-4
1/14/94
3,300
MW-4
4/21/94
11,000
MW-4
9/8/94
830
MW-4
1/16/95
9,800
MW-4
9/26/95
2,300
MW-4
1/16/96
6,100
MW-4
5/23/96
3,100
MW-4
9/16/96
1,600
MW-4
1/31/97
5,000
Page 1 of 5

TABLE2
Selected Ground Water Table Data
Toastmaster, Inc., Ingraham Division
Laurinburg, North Carolina
Well ID
Date
Trichloroethene PPB
MW-5
9/9/93
6,900
MW-5
1/14/94
11,000
MW-5
4/21/94
6,600
MW-5
9/8/94
16,000
MW-5
1/16/93
7,200
MW-5
4/6/95
3,600
MW-5
9/26/95
43,000
NM-5
1/16/96
13,000
MW-5
5/23/96
14,000
MW-5
9/16/96
9,000
MW-5
1/31/97
8,400
NM-6
9/9/93
2,500
MW-6
1/14/94
5,400
NM-6
4/21/94
1,500
NM-6
9/8/94
1,500
NM-6
1116195
7,400
MW-6
4/6/95
3,000
NM-6
9/26/95
3,800
MW-6
1116196
2,500
MW-6
5/23/96
1,800
NM-6
9/16/96
1,000
NM-6
1/31/97
1,800
MW-7
9/9/93
5,800
1,,W-7
1/14/94
4,100
MW-7
4/21/94
<5.0
MW-7
9/8/94
6,400
MW-7
1/16/95
6,200
NM-7
4/6/95
12,000
MW-7
9/26/95
1,600
NM-7
1/16/96
1,200
MW-7
5/23/96
14,000
MW-7
9/16/96
1,600
MW-7
1/31/97
12,000
GT-8
9/9/93
43
GT-8
1/14/94
120
GT-8
4/21/94
40
GT-8
9/8/94
<5.0
GT-8
1/16/95
<5.0
GT-8
4/6/95
42
GT-8
9/26/95
11
GT-8
1/16/96
15
GT-8
5/23/96
20
GT-8
9116196
<5.0
Page 2 of 5

TABLE2
Selected Ground Water Table Data
Toastmaster, Inc., Ingraham Division
Laurinburg, North Carolina
Well ID
Date
Trichloroethene PPB
GT-8
1/31/97
<5.0
GT-9
9/9/93
430
GT-9
1/14/94
27
GT-9
4/21/94
230
GT-9
9/8/94
59
GT-9
4/6/95
<5.0
GT-9
9/26/95
20
GT-9
1/16/96
16
GT-9
5/23/96
49
GT-9
9/16/96
54
GT-9
1/31/97
23
GT-10
9/9/93
13
GT-10
1/14/94
<5.0
GT-10
4/21/94
<5.0
GT-10
9/8/94
6
GT-10
1/16/95
<5.0
GT-10
4/6/95
230
GT-10
9/26/95
820
GT-10
1/16/96
17
GT-10
5/23/96
<5.0
GT-10
9/16/96
1,700
GT-10
1/31/97
<5.0
GT-11
9/9/93
420
GT-11
1/14/94
140
GT-11
4/21/94
99
GT-11
9/8/94
160
GT-11
1/16/95
97'
GT-11
4/6/95
160
GT-11
9/26/95
320
GT-11
1/16/96
280
GT-11
5/23/96
240
GT-11
9/16/96
230
GT-11
1/31/97 '
94
GT-12
9/9/93
170
GT-12
1/14/94
140
GT-12
4/21/94
98
GT-12
9/8/94
130
GT-12
1/16/95
77
GT-12
4/6/95
120
GT-12
9/26/95
48
GT-12
1/16/96
90
GT-12
5/23/96
41
GT-12
9/16/96
110
W;
Page 3 of 5

TABLE2
Selected Ground Water Table Data
Toastmaster, Inc., Ingraham Division
Laurinburg, North Carolina
Well ID
Date
Trichloroethene PPB
GT-12
1/31/97
14
GT-13
9/9/93
170
GT-13
1/14/94
140
GT-13
4/21/94
140
GT-13
9/8/94
210
GT-13
1/16/95
400
GT-13
4/6/95
350
GT-13
9/26/95
170
GT-13
1/16/96
340
GT-13
5/23/96
230
GT-13
9/16/96
160
GT-13
1/31/97
62
GT-14
9/9/93
580
GT-14
1/14/94
1,200
GT-14
4/21/94
930
GT-14
9/8/94
140
GT-14
1/16/95
110
GT-14
4/6/95
170
GT-14
9/26/95
35
GT-14
1/16/96
28
GT-14
5/23/96
87
GT-14
9/16/96
460
GT-14
1/31/97
60
RC-15
9/9/93
6.9
RC-15
1/14/94
<5.0
RC-15
4/21/94
<5.0
RC-15
9/8/94
<5.0
RC-15
1/16/95
<5.0
RC-15
4/6/95
<5.0
RC-15
9/26/95
<5.0
RC-15
1/16/96
<5.0
RC-15
5/23/96
<5.0
RC-15
9/16/96
<5.0
RC-15
1/31/97
<5.0
R-1
9/9/93
1,300
R-1
4/21/94
2,400
R-1
1/16/95
2,500
R-1
4/6/95
2,500
R-1
9/26/95
1,900
R-1
1/16/96
1,600
R-1
5/23/96
1,800
R-1
9/16/96
1,500
R-1
1/31/97
1,400
Page 4 of 5

TABLE2
Selected Ground Water Table Data
Toastmaster, Inc., Ingraham Division
Laurinbur , North Carolina
Well ID
Date
Trichloroethene PPB
R-2
9/9/93
3,600
R-2
4/21/94
2,900
R-2
1/16/95
2,900
R-2
4/6/95
2,000
R-2 _
9/26/95
1,800
R-2
1/16/96
2,300
R-2
5/23/96
2,900
R-2
9/16/96
2,000
R-2
1/31/97
2,000
R-3
9/9/93
1,000
R-3
4/21/94
990
R-3
1/16/95
1,300
R-3
4/6/95
450
R-3
9/26/95
210
R-3
1/16/96
410
R-3
5/23/96
1,700-
R-3
9/16/96
310
R-3
1/31/27
460
Page 5 of 5

CHART
TOASTMASTER, INC.
INGRAHAM DIVISION
LAURINBURG, NORTH CAROLINA
SELECTED GROUND WATER TABLE FOR TRICHI
MONITORING WELL MW-2
1200
1000
:11
400
200
0 1 iecs I 24 I I I I
9/9/93 1/14/94 4/21/94 9/8/94 1/16/95 4/6/95 9/26/95 1/16/96 5/23/96 9/16/96 1/31/97
Date Sampled

12,000
10,000
ffif
4,000
2,000
0 4-
9/9/93
Chart 2
TOASTMASTER, INC.
INGRAHAM DIVISION
LAURINBURG, NORTH CAROLINA
SELECTED GROUND WATER TABLE DATA FOR TRI(
MONITORING WELL MW-4
1/14/94 4/21/94 9/8/94 1/16/95 9/26/95 1/16/96 5/23/96 9/16/96
Date Sampled
1/31/97

8,000
7,000
ff2
5,000
a
a
a
V
3,000
2,000
1,000
0 4---
9/9/93
Chart 3
TOASTMASTER, INC
INGRAHAM DIVISION
LAURINBURG, NORTH CAROLINA
SELECTED GROUND WATER TABLE DATA FOR TRICHLOROEFHENE
MONITORING WELL MW-6
1/14/94 4/21/94 9/8/94 1/16/95 4/6/95 9/26/95 1/16/96 5/23/96 9/16/96 1/31/97
Date Sampled

120
100
T
U
40
20
09-
9/9/93
CHART4
TOASTMASTER, INC.
INGRAHAM DIVISION
LAURINBURG, NORTH CAROLINA
SELECTED GROUND WATER TABLE DATA FOR TRIC
MONITORING WELL GT-8
- - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - -
1/14/94 4/21/94 9/8/94 1/16/95 4/6/95 9/26/95 1/16/96 5/23/96 9/16/96 1/31/97
Date Sampled

IBItDI
1600
1400
1000
d 800
V
•O1
Will
200
CHARTS
TOASTMASTER, INC.
INGRAHAM DIVISION
LAURINBURG, NORTH CAROLINA
SELECTED GROUND WATER TABLE DATA FOR TRICHLOROETHENE
MONITORING WELL GT-10
1 - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - I - - - F - - - - -I
{ - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - A- - - - - - - - - - - - - - - - - - - I - - - - - - - -I- - - -I
0
9/9/93
1/14/94 4/21/94 9/8/94 1/16/95 4/6/95 9/26/95 1/16/96 5/23/96 9/16/96 1/31/97
Data Sampled

01.101
160
140
120
m
40
99
CHART6
TOASTMASTER, INC.
INGRAHAM DIVISION
LAURINBURG, NORTH CAROLINA
SELECTED GROUND WATER TABLE DATA FOR TRICHLOROETHENE
MONITORING WELL GT-12
t-----------V ------ /--- \-------------n---------------------------------------1
0 --
9/9/93
1/14/94 4/21/94 9/8/94 1/16/95 4/6/95 9/26/95 1/16/96 5/23/96 9/16/96 1/31/97
Date Sampled

CERTIFICATE OF ANALYSIS
Service Location Received Project Lab io
HERITAGE ENVIRONMENTAL SERVICES, INC. 14-NOV-96 2609 C182498
COMMERCIAL LABORATORY OPERATIONS Complete PO Number
1319 MARQUETTE DRIVE 19-NOV-96 59213
ROMEOVILLE, IL 60441 Printed Sampled
[phone] 20-NOV-96 13-NOV-96 10:45
Report To Bill To
STEVE TYLER LARRY CLARK
RICHARD CATLIN & ASSOCIATES TOASTMASTER INC.
P.O. BOX 10279 1801 N. STADIUM BLVD.
220 OLD DAIRY ROAD COLUMBIA, MO 65202
WILMINGTON, NC 28405-3755
Sample Description
CLIENT ID:'EFFLUENT
PROJECT NAME: TOASTMASTERS, INC.
SAMPLE ID: INFLUENT
SAMPLE DESCRIPTION: SLUDGE SAMPLE - WWTP
VOLATILE PRIORITY pOLtUTANTS EPA fi24`
AnelysT-: -T I;TT, JR ;, Anakysis„Date 1iS NOY 96 20 5G
instriment; GE/NS 40A
.�
.Test 0502
3.G`
Parameter
Result
Det. Limit
Units
ACROLEIN
BDL
50 _
ugA....:.:-.»,:;,:
................_ .........:::.::.:...:............::.: .:::........................:::,,........-:........
ACRYLUNIIRILE.............................................................................................................BDE:.-:::....::::......:,.:.::.._:.::.:.:.:..-.:.::.-:.,:::::::.:::::::.:.....Z.O:.::.:ug/E..
........................... :..:..:........................
...............-..-..:.
;;_;;:s:
BENZENE
BDL
5
ug/L
B)tOMOFQRM........:::::.:>.;;:<>::.::<:ts>;;;::;;.•::;:;,;:::::::::.:::.......... ..BDL...:.............:,.-..
:..
�.
09�I
CARBONTETRACHLORIDE
BDL...................:............................................................5.....
u.4/�:::......:::::::.
CHLOROBENtfNEsi
.....................................................................................:
:..............:......::::::::::::%;=:',:.:;_:.:;:;::';:::?:::;i:;::::.`.::.:':::'::..........:BDL:::,:.::;:e>::;:.:::.:.::�:.:
,<,:-:::>::.::
, ::....5
CHLOROETHANE
BDL
10
ug/L
2..CHLOROE7HYlVINYLETHER....: ....::.:.:..:::. :::.::::. %;':'::'::> :.. .
ST L....
........... 30
_ugJL ........ .
CHLOROFORM
BDL
5
ug/L
.
DIBROMOCHLOROMETHANE..;:..... ... ..:. .:.:...: . ...BDL..:........
..
' :
..:.:::. 5
;ug%L........
BROMODICHLOROMETHANE
BDL
5_
ug/L
BDL ;
5
. u9zt
1,2 DICHLOROETHANE
BDL
5
ug/L.
1,1.DFCHLOROETHENE....._..:ri:>:.'::::::;::-::.:: -; .;.:`
BDL..:.........
1,2-DICHLOROPROPANE
BDL _
5
ug/L
CT5 L 3 DICHLDItOpROpENE";:.::>:::::`:;.;::.:;•:;'::>..'.
BpE
5
u9/L
TRANS 3 DICHLOROPROPENE _.
.BDL ........_
5
ug/L
.1 ....
ETHYL>:BENZENE;;.<,;>?;>.:.:.::::::.<::::f::.....
BDL:3 ........ .:.....:.:....:
,.......
BROMOMETHANE
BDL
10
ug/L .
.- ......:.......:...............
CHLOROME7HANEs:::::::;>>.:::.:.>;>s:::::.::..:::.::::.:.:::........::.::;;;:::::::....BDE;.i;.::°.'..:::.:•.;::,:>1Q.
u 9/ ..........
DICHLOROMETHANE
(METHYLENE
CHLORIDE)
BDL
5
ug/L ..
L,.i,:2: 2..TETRAENLOROETHANE
.... .::.........
BDL... ....... .: :....
,
....
TETRACHLOROETHENE
BDL
5
ug/L
TOLUENE:;:;:;<:::::.:::::.:.:.<;::;><:,:::.::::,:.:.:;::;:::;.;• -::..... . ......:
BDl r .
CIS.... 1,2 DICHLOROETHENE
BDL..
?...u9/L
................:
TRANS .i,Z DICHLORUE HENS ..:.. ; :.';::;::;i::. ..__..
BDE.;:
..::........:.-...
1,1,1-TRICHLOROETHANE
BDL
5
ug/L
X.111.2HT ICHCOROETHANE:' .. _..... .:
......
BDk:;. ..::. ...
;:.> ::::`s>:; 5
:u9iL RM
TRICHLOROETHENE............_
EST.-:3:......::,:.......-.::.:::::.-::::::::::-:.-:..::::.:....:......5.:::
9/
........................................_............,........._..,....:-.:.....
TRICHLOROFLUOROMETHANE .. ....BUL
i ..
.....5.
::::::.-:::::.:...
;ug/G;>.. :::
VINYL CHLORIDE
BDL
10
ug/L
1 2=0TCHLOR�BENZENE::O D.TCHLOROB(NZENE
BbL:....... ::.
.. 5...u'
L .:
Page 1
(continued on
next page)

HERITAGE ENVIRONMENTAL SERVICES, INC.
Sample ID: C182498 EFFLUENT
Parameter Result Det. Limit Units
1.3-DICHLOROBENZENE (M-DICHLOROBENZENE) BDL 1 5 ug/L
Sample Comments
BDL Below Detection Limit
EST Estimated Value
Sample chain of custody number R-10014.
This Certificate shall not be reproduced, except in full,
without the written approval of,the lab.
Additional copies of this report sent to:
LARRY CLARK, TOASTMASTER INC.
1801 STADIUM BLVD., COLUMBIA, MO 65202
Approved
Page 2 (last page)

CERTIFICATE OF ANALYSIS
Service Location Received Project Lab ID
HERITAGE ENVIRONMENTAL SERVICES, INC. 06-DEC-S 2609 C182936
COMMERCIAL LABORATORY OPERATIONS - complete Po Number
1319 MARQUETTE DRIVE 13-DEC-96 59226
ROMEOVILLE, IL 60441 Printed Sampled
[phone] 13—DEC-96 05—DEC-96 13:19
Report To BiLL To
STEVE TYLER LARRY CLARK
RICHARD CATLIN & ASSOCIATES TOASTMASTER INC.
P.O. BOX 10279 1801 N. STADIUM BLVD.
220 OLD DAIRY ROAD COLUMBIA, MO 65202
WILMINGTON, NC 28405-3755
Sample Description
CLIENT ID: GROUNDWATER
PROJECT NAME: TOASTMASTERS, INC.
SAMPLE ID: EFFLUENT
SAMPLE DESCRIPTION: SLUDGE SAMPLE - WWTP
VOLATILE PRIORITY POLLU.-M.. EPA 624
Ana lYst'7 NL'DEVI'IT, 3R _...�;. ... AnalY9i.3 pate 1=DEC,% 1850
. ;IifsYPilllent GCJNS YOA :;
Parameter
Result
Det. Limit
Units
ACROLEI_N
BDL50
ug/L.::.::.-:.::::::
...........................................................................:......:::.::::::::::::::::.::::::.:.-:.:::.:
BENZENE..............................................................................::::::::::::::::::::::::.-:::::::::•::::BDL
5u:9L:::::::::.:::..-:.
CARBON..:TETRACHLORI DE
....................................................................................._BDL:.......-:.-.......:::::::.-.::.......::......:::::::::......::.::::::::::•:::5::::...9
_EHLOROBENZENE,.>z.......................................................................:..:_.::...............:.:.::.BOL:?;:;::
;;;;i :::;:;:::;::;:.;:;;;;;:;:::::::
;::;:::::::::-;i';x( ..5
:.:::::::::::,:.
CHLOROETHANE
BDL
10
ug/L
Z..CHLOROETHYLY.xNYETHER.............:::.:......::...:..
Bpk::.:�::.::..::.:..:................
ug/
CHLOROFORM..........................................................:::::::::::::::..-:.-::::.-::::::;::.:::::
BDL:•::::::::::::::::::::::.:.....:..:....:.......:::.::..:.......:.:...........5:..:_°gn........::.......
.................................
DIBROMOCHLOROMETHANE....:::::::::::::.::::•::;::::::::;::::::::-;::::...::.::.:.::.....:....._,BOL..............................,._
; ....::..: ; <. ;::.;......::::
.
;;;::::..:; .:::::;;. 5 ...0
J/
BROMODICHLOROMETHANE
BDL
5
ug/L
CHLOROi;7HANE ...........: . , ......
H _.k.._........................
9/...
I:.,.2.-DICHLOROETHANE
............................................_..:..:....................:.............,.,..BDL.......:.......::::::::::::::::::::::......::::::.:::<::5::.:....9
1,,.1.-:D IC HLUBQEItiE N E::::..::.:.:....::::::::::.-:::.::.::.::.::..::..:....:..:::.......................:.::BDL:.-:..-:::.-.:.:.:....:..::.:..:.::.:.:.-..::.:.:...
9/
1,2—DICHLOROPROPANE
BDL
5
ug/L ...................
CT5.::1,3..pTCHLOROPROP.ENE.........................................................8
_L............_.................
9I ..............
TRANS-1, 3.-DICHLOROPROPENE
5:
.�9/�.......:::::::::::
..................................................................,.,,BDL.::::::::.-:.-.......:::::::::::.-:::.......:::::::.:::::::.......:...........
.. :::::::::::::::: :......
.:.:::::::.:.:..:...............................................................................................BDL;:::;i:;;:;;;;;:;:=:;:e>;:;>.:.::::;;';;:;"'::`
ETHYL...BENZf[JE............................................................................................................
J/
BROMOMETHANE.........................................................................................................BDL
10
ug/L..................
CHLORONETHANE-:::..:.::.-:::::::::..........:....:..........:.................... ....
HOk:::::::.::.::.:.
...........................
DICHLOROMETHANE.....(METHYLENE...CHLORIDE)...,..:....;::::::BDL.-::::;::.-::::::.-:::::::::::::.-:::.-:,
:::.:.-::::....:..._.::,.;:..:.::
5:..::q9/�...:...._:.;::.::.
I,I:,:?is2...TETRACHEDROETHANE...........
BDL._;t;:
<:.:::;::.:.:`.:::.;:..:;.i..:.....
':::;,<:..5.....ug/L
TETRACHLOROETHENE..................................................:.........::..:,..,.::.::::.:...
BDL:::.:.:.:::.:.::::::::::::::::::::::::::::::.:.::::::::::.:::::.:::::::::5
u9/L:::::::::::::::
-
CIS...1_, 2,-DICHLOROETHENE
BDL
5
u L
......:.......................:................::::::::::::::.-:.:-:.-:.-:.......:;:..............-:.-::::::.:-:.:.-::::.::::::•::::::.9/..:::::;::::::.:::
TRANS:�>L,:?.-DI:CHLUHt1ETHENE.:.........:;.:.:..:.:.::::..:.:::::.::.::.:..:.............._........BDL.......:.:::.-:::.-:.-::..::.:..:.:....:..:,::�:.,-.:....::.:
;...5.
ug/t:::-::.....::
1,1,1-TRICHLOROETHANE
..........:..:................................................................:..,BDL
1,1>�-?RICHLORgE'FHAN.E..........................................
Hpk...........:::,
:..:........:::.:::::......:.:....
:.....-::......::...-....5.::.::,.....-
u9/:
TRICHLOROETHENE
BDL
5,
ug/L.
•.
FRICHLOROFLh
.....::.::.:....
:::>:;i: ;:.::.....
i:::;l:. <::::::;a:...5_
.
,_u :L ..........
9/
VINYL CHLORIDE
BDL
10
ug/L
1 2=DICH[OROBENZEHE. O..:DICHLOROBEMZENE
BDL:
5...0
:_L .........
Page 1 (continued on
next page)

HERITAGE ENVIRONMENTAL SERVICES, INC.
Parameter
1,3-DICHLOROBENZENE (M-DICHLOROBENZEN
:1 dilution
Sample ID: C182936 GROUNDWATER
Result Det: Limit I Units
BDL b ua/L
Sample Canments
BDL Below Detection Limit
Sample chain of custody number R-10108.
This Certificate shall not be reproduced, except in full,
without the written approval of the lab.
Additional copies of this report sent to:
LARRY CLARK, TOASTMASTER INC.
1801 STADIUM BLVD., COLUMBIA, NO 65202
Approved
Page 2 (last page)

• R r-- Cr- ruffl [-: D
CERT I F I CATE 0 F ANALYS I S
ay DATE
J
Service Location Received Project Lab ID
HERITAGE ENVIRONMENTAL SERVICES, INC. 14-JAN-97 2609 IC183439
COMMERCIAL LABORATORY OPERATIONS complete PO Number
1319 MARQUETTE DRIVE 24-JAN-97 59237
ROMEOVILLE, IL 60441 Printed Sampled
[phone] 25-JAN-97 13-JAN-97 13:45
Report To
STEVE TYLER
RICHARD CATLIN & ASSOCIATES
P.O. BOX 10279
220 OLD DAIRY ROAD
WILMINGTON, NC 28405-3755
CLIENT ID: EFFLUENT
PROJECT NAME: TOASTMASTER, INC.
SAMPLE DESCRIPTION: GROUNDWATER
Bill To
LARRY CLARK
TOASTMASTER INC.
1801 N. STADIUM BLVD.
COLUMBIA, MO 65202
Sample Description
Parameter Result
ACROLEIN L
%ACR . ........ . ..... ... .. .. .. .. ... ... .. .. ...... ........ .. ....
BENZENE L
... ..... ............ ....... ...... ........... .................... ........ ---
............. ..... ......... ........ ............................. .......... .. . ... . .. .... ............. .. -- ... ...... ......... L.... : ...........
CARBON TETRACHLORIDE .. ........ * ........ ­* .. .... , IL
CHLOROFORM
BDL
.D.10ROMOCHEOR0M ETHANE:*..''
BROMODICHLOROMETHANE
BD-L-
...
......
1,2-DICHLOROETHANE
BDL
-.0I.CHLOROFTHENE-
.... . .
....
27A.I C.H.L.P.R.O.P.R.O.PARE
.1.7 ........... .. . .........
...............
I HLOROPROPENE-..-'....� - . ....... .. ...
C
.. ... ........
- . .. . ... .
...... ... ..
. . . .... ;:..BDL::`.
.... ...... . ... . ......
..... ...
B ..... ..
TRANS-1,3-DICHLOROPROPENE
BDL
..........................
....... . . . ... .... . ....
E ...... .....
.. ....... ... .
.. .
.. . . . . .. ... .
BDL
BROMOMETHANE
BDL
B
DICHLOROMETHANE (METHYLENE CHLORIDE)
BDL
-TET CHLOROETHANE
.,.I. 2,2..L.M
...T,E,T.R.AC.H..L..O..R.O.E.T�H..E.N..E� ...... . ....... ....
OLUENEBDL
... . . ... ...
..
TRANS-1 2-DICHLOROETHENE
BDL
1--j- -1 4CHLOROETHANE., . .. . .... ....
L...-
1.2-i I 27TRI CH LOROETHA N E..
,
:-TR ...... . ..... .
--1
.. ....
..BDL..__
..... BDG
TRICHLOROFLUOROMETHANE
BDL
;VINYL..CHLORIDE*,..*.*. `* ......
1.,17DICHLOROBE NZENE (O-DICHLOROBENZENE)
.
.
...BDL
BDL
1,4-DICHLOROBENZENE (P-DICHLOROBENZENE)
BDL
Panes 1
Det. Limit
50
5
Units
5 1 uq/L
inued on next Daqe)

HERITAGE ENVIRONMENTAL SERVICES, INC.
i
Sample ID: C183439 EFFLUENT
Sample Comments
BDL Below Detection Limit
Sample chain of custody number R10461.
This Certificate shall not be reproduced, except in full,
without the written approval of the lab.
Additional copies of this report sent to:
LARRY CLARK, TOASTMASTER INC.
1801 STADIUM BLVD., COLUMBIA, NO 65202
Approved
Page 2 (last page)

CERTIFICATE OF ANALYSIS
Service Location Received Project. Lab ID
HERITAGE ENVIRONMENTAL SERVICES, INC. 07-FEB-97 2609 A400023
COMMERCIAL LABORATORY OPERATIONS complete PO Nudber
7901 W. MORRIS ST. 15-FEB-97 59240
INDIANAPOLIS, IN 46231 Printed Sampled
[phone] 17-FEB-97 30-JAN-97
Report To Bill To
STEVE TYLER LARRY CLARK
RICHARD CATLIN & ASSOCIATES TOASTMASTER INC.
P.O. BOX 10279 1801 N. STADIUM BLVD.
220 OLD DAIRY ROAD COLUMBIA, MO 65202
WILMINGTON, NC 28405-3755
Sample Description
CLIENT ID: MW1
PROJECT NAME: TOASTMASTER, INC.
- Parameter
Result
Det. Limit
Units
ACROLEIN
BDL
50
ug/L
BENZENE__..
BDL
5
ug[L......
Y BRO. OFORM ......;;;sr;:;::::;:: ;>: a::::::::::::::::>;;::c::;;;::>;:: ;:ra:a;;>s:::.,>;z,:;-:;: ;::......
.. ...
;;:::BDEi
_,......
CARBON TETRACHLORIDE
BDL
5
ug/L
CH O OBE Z E....': i`:?>:;">';:';'::;:yss;;;;;;;;;;;;;;;>•:;>.<::;;;<::;;:>`:;::;::;:`:::';":`::.:::
L._13. __ N E.N _.............................. ..:..
;<':. :;.:;;;:;.:;;:::;;;:.;> :.:,,?,,. °'::::
EAL.....
5..
u9l:L....::...:::.:
CHLOROETHANE_.._....
BDL
10...
s.2.-CHLOROETHYLV>iNXLETHER
1Q....ugfL....
CHLOROFORM
BDL
5
ug/L
R,
BROMODLCHLDROMETHANE....._._
BDL
.............._......................._........_........................
2>1...D.-I-flu 'OETHANE....._..:;:?!i::::":':';'',:i::!.:::>.:.......:..:::...:.::::::i::;<60E;:;;::';:;<:;i':;;;i;:;::.:-:..,
........................................................_
... ....-:........
............`�....u9/..L..__.._._....
....
1,2 DICHLOROETHANE
BDL
5
ug/L
....:....
.
BDL
5...
.1_,.2,-DICHLOROPROPANE
GIS::I,3..DICHLOBOPRO:PENE
__.......:>°>::.;:,.,-:::;::::::::.:.:.:...:,....
'>;iBDt;=;
.._..::
_49L........_ .__.._
TRANS-I,3-DICHLOROPROPENE
BDL
5
ug/L
ETHY.L..:HENZENE .: ' :;`:?;,`;:.;;:., ..:.:.
BDL ..:::: `::::;:: :.:..:..:
...... 5.......Vk
BROMOMETHANE
BDL
10..._�9/..L....__
..................... ..
CHCOROMETHANE..::=::::; ;: ;.:r.;.:; . .: :..........
..
BDL ...:.:::::.*...:; ::::... .......
........
DICHLOROMETHANE (METHYLENE CHLORIDE)
BDL
5
ug/L
.x,2,2-TETRAC{(LOROETNANE ......... .......
...
TETRACHLOROETHENE...__.-_._..
BDL •..:.........::........
5 _._ug/L._
...............
:..:...:...:......:.........,,.:..................:......:.............................,....::....
.IOLUENE:.............................................::::::::::.::::::.i.:::i::.::;:iiir;::.°i.:::::::::::::::i;:'::i
:s.BD' ....... ::::::::::::::°;:r::;;:::;;::-:i>. ;:,
..:
::::..;...... .:...
TRANS-I,2-DICHLOROETHENE
55
ug/L
:
/L:
1,1,2 TRICHLOROETHANE .....
0
BDL � -
5
ug/L
TRICHLOROETHENE ................... :.
* , . Q,........
5
:ug/L
TRICHLOROFLUOROMETHANE
BDL
5
ug/L
VINYL : c(�► oRIOE::;::::::; ::>;;;>::. ....
.....
..
ug%L
1,.2.-DICHLOROBENZENE....(O.-DICHLOROBENZENE)........_._......._
BDL.._...._
I,3r.:DICHLOROBENZENE.`(M:=DIGHLOROBENZENE} .:::;
_......................._..__......._....._.....5_...u.9LL...
.BDL'' _
. 5
.......
,.ug/,:L.
1,4-DICHLOROBENZENE (P-DICHLOROBENZENE)
BDL
5
ug/L
Page 1 (continued on next page)

HERITAGE ENVIRONMENTAL SERVICES, INC.
Sample ID: A400023 MW1
Parameter
(Note: * Above linear range -- please see replicate 1.
** COMPOUND COELUTES WITH CIS 1,2 DICHLOROETHENE.
Parameter
ACROLEIN
iida011111l:?
1:3174
ResultLimit Units
Result Det. Limit 1 Units
500 uo/L
50 1 uo/L
L
L
Page 2 (continued on next page)

HERITAGE ENVIRONMENTAL SERVICES, INC.
Sample ID: A400023 MW1
Sampie Ca nts
* See Note for Parameter
** See Note for Parameter
BDL Below Detection Limit
Sample chain of custody number R9272.
This Certificate shall not be reproduced, except in full,
without the written approval of the lab.
Additional copies of this report sent to:
LARRY CLARK, TOASTMASTER INC.
1801 STADIUM BLVD., COLUMBIA, MO 65202
Approved Page 3 (last page)

CERTIFICATE OF ANALYSIS
Service Location Received Project Lab ID
HERITAGE ENVIRONMENTAL SERVICES, INC. 07-FEB-97 2609 IA400026
COMMERCIAL LABORATORY OPERATIONS CoupLete PO Number
7901 W. MORRIS ST. 15-FEB-97 59240
INDIANAPOLIS, IN 46231 Printed Sampled
[phone] 17-FEB-97 30-JAN-97
Report To BiLL To
STEVE TYLER LARRY CLARK
RICHARD CATLIN & ASSOCIATES TOASTMASTER INC.
P.O. BOX 10279 1801 N. STADIUM BLVD.
220 OLD DAIRY ROAD COLUMBIA, MO 65202
WILMINGTON, NC 28405-3755
Sample Description
CLIENT ID: MW2
PROJECT NAME: TOASTMASTER, INC.
ACROLEIN
9TRUM9,
BENZENE..........
CARBON TET
THLOROSENZ.
CHLOROETHA
;2`TCH[Oftdff
CHLOROFORM
Parameter
LORIDE
1,2-DICHLOROETHANE
JO.QMWMHENE
.-.-.i;,.?_-..D.I.C.H.L.O..R.O.P.R.O.,P.AN.
-.-.015- HLOROPR
TRANS-1.3-DICHLORO
ENE
Result Det. Limit 1 Units
BDL 1 50 uq/L
4
BDL
5
ug/L
OM���
RRERME
s `.; '
BDL
5...
u9 IL
........
.......... - ... -- .......
...... -- ............. .. ...
BDL
5
ug/L
BDL
`5.....
4g/l
BDL
5
uq/L
BDL 1 5
......................
. ..................... .. .
. . ..............
............................
.......
............. ... ... . * ... * . ... ... ... .... .. .. ... . ....... .... .... .. ......
. . ... ............... ........ .
..... ....... . ...........
...
.
. . . . . . . . . .
............. .
.. . .... . i.
TRANS-1,2-DICHLOROETHENE
5......u.g..
LB.bL ...
. . . .... . .
"BDL ........ ....... ........... . .
... .......... ..... ....... ..... .... ...
..........
......... . ......
....
..
.. .. ..
g
CH LORD ETHANE
BDL
.........
u.. . ...............
.- *I
—RICHEOkd T ...
. ..... ......
lA. ...... .......
....
5lg/
......
.......
TRICHLOROFLUOROMETHANE
BDL
5
ug/L
. ..........
1,.2
BDL
5...0
/................
.-4�DICHLOROBENZENE*(0.-DICHLOROBENZENE)
...DICHLOROBENZENE..(MnDICHLOROBENZENE
.
9TL
1,4-DICHLOROBENZENE
(P-DICHLOROBENZENE)
..... BDL
................ ....................... .........
......................
.5.
YR/.L. ...... ............
Paqe 1 (continued on next page)

HERITAGE ENVIRONMENTAL SERVICES, INC.
Sample I0: A400026 MW2
Sanple Ca nts
BDL Below Detection Limit
Sample chain of custody number R9273.
This Certificate shall not be reproduced, except in full,
without the written approval of the lab.
Additional copies of this report sent to:
LARRY CLARK, TOASTMASTER INC.
1801 STADIUM BLVD., COLUMBIA, NO 65202
Approved : p.'�', 41 '/' a Page 2 (last page)

CERTIFICATE OF ANALYSIS
Service Location Received Project Lab ID
HERITAGE ENVIRONMENTAL SERVICES, INC. 07-FEB-97 2609 A400027
COMMERCIAL LABORATORY OPERATIONS complete PO Number
7901 W. MORRIS ST. 17-FEB-97 59240
INDIANAPOLIS, IN 46231 Printed Sampled
[phone] 18-FEB-97 30-JAN-97
Report To Bill To
STEVE TYLER LARRY CLARK
RICHARD CATLIN & ASSOCIATES TOASTMASTER INC.
P.O. BOX 10279 1801 N. STADIUM BLVD.
220 OLD DAIRY ROAD COLUMBIA, MO 65202
WILMINGTON, NC 28405-3755
' Sanple Description
CLIENT ID: MW4
PROJECT NAME: TOASTMASTER, INC.
Parameter
CARBON TETRACHLORIDE
CHLOROFORM
1,2-DICHLOROETHANE
1,2,-D ICHLOROPROPANE............._...
iCI S._1;:3�D.LC#ILOROPROPENE
TRANS-I,3-DICHLOROPROPENE
DICHLOROMETHANE
TRANS-I,2-DICHLOROETHENE
T:RICHLOROERA
NE;>;..:
1,.I., 2-TRICHLOROETHANE._.,
TRICHLOR6 THENE
TRICHLOROFLUOROMETHANE
VINYL'GHLDRIR�::
1,2 DICHLOROBENZENE (0-
................
O
1,3.DCHLOAOBENZENE
1,4DICHLOROBENZENE (P-D
Result
BDL
BDL
9DL
BDL
BDL
BDL
s1
Det. Limit
Units
50
ug/L.._,
._......
5..._lg/..L.
5
ug/L
5 1 ug/L
5
ug/L
5.
Ug/L
......... _5...9g/L
_ :._..
5
ug/L
5:.;...u9lt
.
lO....yg/L
IO
ug/L
5
ug/L
5..._ugLL
5 ug/L
S ugjL
5 ug%L
5 ug%L
5 ug/L
e 1 (cont
inued on next page)

HERITAGE ENVIRONMENTAL SERVICES, INC.
Sample ID: A400027 MW4
Parameter
Result
Det. Limit
Units
ACROLEIN
BDL
2500
ug/L
............ ..:
ACRYLON:ITRiLE....> ......:.. ......: :.:::.:•.:.:..:.:; :::: ,;::;:-
.. ..:................
..BDL.;:::::::..;:>:.:;.;'-::':':.:::.::.
3.5:00.
ug/t.
BENZENE
BDL
....
- _.....
qg/L...
..,,
CARBON TETRACHLORIDE
BDL
250
ug/L
;CHLORoBENZiNE....:;..: ;. .::. ;' ....BbL..:....;.
CHLOROETHANE
.........:.....
BDL
500
ug/L:
2...CHLOROETHYLYINYLETHER
.- :.:.... ` ..:....BDL:;.:
- - .:...
.....:.
CHLOROFORM
BDL
250
ug/L
D.iB.R01NOCHLDROM. ETHANE:.:: ; ...........BDL.......::::::;::'::::::::':
..:......
?50....ug/..k........
BROMODICHLOROMETHANE
BDL
250...._ug/L
i., I:�.DICHLDROETHRNE :::`i::.:.i•::;..,:r:;';::. '::.... ...:....:::::.-::r;:-': ...BDL.....:::;::r
:>'::'i:>i:
...:.:
250..
ug/:L
1> 2 DICHLOROETHANE
BDL
250
ug/L
...............
._l.>_2.-DI_CHLOROPROPANE:::::::,-:.-:.-::::::::::::::.:..-,::..::::::::::.:::.:::::.::::::BDL.:::::.:::.-:::.:.:....-:.-.:::::::::.:-::.-:::::.:::.-::.,._::z5:�•::
QICHLOR02ROPENE':F...... :::;;:;:<::::::;:;;:.BQC°::.::;:
.:.
TRANS-I,3-DICHLOROPROPENE
BDL
250
ug/L
A/.
BROMOMETHANE.._.__
BDL
..................................._...............,..::-:::::.-::::.::::.-:.-::::.-::::::::.
:::::::::::::'::;:'s;::.':;:.:.:;.;<:;:::::;.;:.:';:<>'° .,.BDL.:::::::;:;.;::<:.:'::':...
.>.....
e.500
::ug%E..
DICHLOROMETHANE (METHYLENE CHLORIDE)
BDL
250
ug/L
:.
. Bpk .....:;<` `_: ;.:':::.;::.
....
;250._
. ugJl .
TETRACHLOROETHENE
25:0::.
U9/L..
:....:.....::::::-::.:::-:::...... ...-........::.::BDL:.....:-:::.-.::.:.
...._.....:.:.:.....
-...,:.
60L; ,::,.:..:.......:.:...
_:
.......
;. 250...ug/i
.. _ .
TRANS-I,2-DICHLOROETHENE
* 600
ug/L...
1.,1,1....7RXCHC UWUHANE
_...:...250
1_,_1..,2-TRICHLOROETHANE
BDL..
250
ug/L
TRI:CHLOROET}IENE;:?-:
<.:.'>;;i;.'
8U:00.;:.
250.::
ug/t . ... <..
TRI CHLOROFLUOROMETHANE
BDL
250
ug/L
VTNYL.GHLORIDEi ..
1,2 DICHLOROBENZENE (0-DICHLOROBENZENE)
BDL_;
BDL
:;500
250
ugJL
ug/L
1,3..:D.IGOROB
HLENZENE...(M=DICHLOROBENZENE)...:..... >
BQL;:?::
250..
. ug/L
' - -
_1,4_DICHLOROBENZENE...(P__DICHLOROBENZENE:�:::::.::::.-:::.:-::::::::::::::::..::::::::::::::.-::::::::::.::::::::::::.:::...
BDL
250
..._..........._...9/._.
u L
(SURROGATE RECOVERY
..:..... :..:..:.....:.:
DICHLOROETHANE-D4
........
122
.
% Rec
.....--.....
98.. `. ....;. .
4-BROMOFLUOROBENZENE
110
%Rec
1:50 DILUTION
*COMPOUND COELUTES WITH CIS 1,2 DICHLOROETHENE
Page 2 (continued on next page)

HERITAGE ENVIRONMENTAL SERVICES,-INC.
Sample ID: A400027 MW4
Sempte Comments
* See Note for Parameter
BDL Below Detection Limit
Sample chain of custody number R9273.
This Certificate shall not be reproduced, except in full,
without the written approval of the lab.
Additional copies of this report sent to:
LARRY CLARK, TOASTMASTER INC.
IBO1 STADIUM BLVD., COLUMBIA, MO 65202
Approved : Q.k Page 3 (last page)

CERTIFICATE OF ANALYSIS
Service Location Received Project Lab ID
HERITAGE ENVIRONMENTAL SERVICES, INC. 07-FEB-97 2609 A400019
COMMERCIAL LABORATORY OPERATIONS complete PO NumUer
7901 W. MORRIS ST. 15-FEB-97 59240
INDIANAPOLIS, IN 46231 Printed Sampled
[phone] 17-FEB-97 30-JAN-97
Report To Bill To
STEVE TYLER LARRY CLARK
RICHARD CATLIN & ASSOCIATES TOASTMASTER INC.
P.O. BOX 10279 1801 N. STADIUM BLVD.
220 OLD DAIRY ROAD COLUMBIA, MO 65202
WILMINGTON, NC 28405-3755
Sample Description
CLIENT ID: MW5
PROJECT NAME: TOASTMASTER, INC.
YOLATIlE PRIORITY
POLLUTANTS EPA fi24 .
pnaLYet. B NAZUR
R ;: s'Analysis Date ;12;,:PE6 9i 19.5
,:Instrwant. GCYMS VOA
- Parameter
Result
Det. Limit
Units
ACROLEIN
BDL
50
ug/L
......................
BENZENE............._..............................................._:........_....................._........,..:................BDL:...:.-::::::::::,
::BROMOFORM;;;-;;:::;>;>:;-;:;:�;;;;;;;;;;
-:::.::::::::.-::::::::.-:.-::::::::::::::::::::::::::::::::::.:.:::.:.:: ?:.B
;;;;;>:;:;:;;;:;s;;:- :::;�>::;�;:�>::;;;;::�:�;;:;;:;;:;;;:;;: ;;;:........
L:t< i::<s:;s r s;:tat<;;;
Q............................T�......ug/L.................
::.-:::::..:_.........._`�..._u9/..L:.................
CARBON TETRACHLORIDE
5
......................................................................................BDL
............:: ;>:........................ :::
.........................:.................................................._............._..............8._.k....:..................................................................................9/__._........_.....
...: D €;:>;>:: >:>' ::; `»s»><:; »za: f»? :'-.`-is?
?i»;:'>;;:? ;i.........:i5 i>
_u9/L..................
>a ' lI>:=;>: ;»;:;:;
CHLOROETHANE...................................................................
...................................... .....
BDL.....,.......................................................................10...._u.9LL..................
2. _CHLORDE.THYLV3NYLETHER
::.-::.:-:...:::...: •:.:.::...: •...:::.:::.:.:....:.::....
BDL....................................................
:...................................................::.::..»
::::::::..... ..ug/L
. ....
CHLOROFORM
BDL
5....
ug/L
,Ug/:L
BROMODIC
............._HLORONETHANE.:.._............._.._........................_........._..:_................_BDL............_...............
;;:;;:;.::::..:. .: E>:a;;;;t:;::;i;;:ii;;;;;;:;:;';;;:;:i;;;s;;;;;;;;;;;;;;;;;i;:;;S;: i::;:; 1,,:1-D:LCHLOROETHAN ........
_-........`�....U.9/..L
g/
1,2-DICHLOROETHANE
BDL
5
ug/L
1.>1.._DTCHLORgEC1ENB .....:......:.:.
BDL
5
.......
ug/L
_!,.2.-DICHLOROPROPANE......_:.................:
BDL- ........................................................_.._..........
`�...._U9LL_
DIGIiLOROPROPENE.;;=;;:;;:..>:':;:;; ;.;'':;"?.:;;:::?......:;;:4_ ....
........_...:...............
TRANS-I,3-DICHLOROPROPENE
BDL
5
ug/L
.:...........?::: ::....:::::::. ....BDL
............... ..............:.....
_..........._gl..
.,
_..........
BROMOMETHANE::`..:.'<:'
BDL ...
10
u L
9 / ...................
CHLOROMETHANE...
..:.:.:::.:..,,....:.:::::..::...:.......:.:::.....::::.::............:......::::....;,.........................::....:..::.....:
i:::::: Sr::....::<:::.:....:....:::.::.::.:..::::.:..::::.::::::...................B
::;_:..; :.:.:;;:;.-:.:.:..:...:::....
. 10....ug/L
DICHLOROMETHANE (METHYLENE CHLORIDE)
BDL
5
ug/L
1.>.I:>.Z>:2.._TETRAC.HLUROETHANE..:.°.;=..;::::;`;:..,;`.i:::=;.;:;:`';:....._BbL
........... .: _:.:.....
5
ug/L,
TETRACHLOROETHENE...
BDL
5
ug/L
,.,..:...... ;:::::
TOLUENE >
...BDL..... ....... :... .' .......:.
5....
ug/:L...
TRANS-I,2-DICHLOROETHENE
*
5
ug/L
1,1,2-TRICHLOROETHANE
............. .... ..
.. BDL._...............................
_.-._....._ 5....u9/.L
.
TRICHLO.ROETHENE
'
* ..........
.. . 5.
ug/L
TRICHLOROFLUOROMETHANE
BDL
5
ug/L
VLNYC;;•CHLORIDB...................................._.............................:...:...............................9.__.._......._..........._.__.................................._..........1.�......9/__
..::.
1_,2_-DICHLOROBENZENE:._(D.-DICHLOROBENZENE)...........................BDL....................._.:............._...._......_._..._
...:::;::;:;`a::::;::
.............. 5...
_4g/L_..........._
I,3=DICHLOROBENZENEs(M.DICHLOROBENZENE).:
BDL :,:::;`;;;
.. --- .:.:..5
-; L
1,4-DICHLOROBENZENE (P-DICHLOROBENZENE)
BDL
5
ug/L
Page 1 (continued on next page)

HERITAGE ENVIRONMENTAL SERVICES, INC.
Sample ID: A400019 M145
Parameter Result lz
Limit Units
i.i.:..F..U...WWI .C�US:isiSii}!i5ii isiihi iii3)::4:{
.
...............................................................4...—__..i.5.
4-BROMOFLUOROBENZENE 713 % Rec5..i.i.i. Note: * Above linear range -- please see replicate 1.
Parameter
Result
.Det. Limit
Units
ACROLEIN
BDL
5000
ug/L
BENZENE..............._........
..... ..... _.__....._..__......_................. .........._._.............
o-:BROMOF RM.................:::::..-:.::::.::::::.-:::::,::::::::::::::::::::::::::::::::.-:.-:.-::::..::.-::::::::.:-:.......
......
.:..:iDa;:::;::
.....BDL.........................._....._.....
,....................-_..........................:.500:.::ug/.:Lz;;;;>;::;>;:;;;
.............
....... .....__.._500..._u4/L..._......_.
CARBON TETRACHLORIDE
BDL
500
ug/L
::::::::::::.:::::
.CHL..RO.BE.Nx.N.E;;;:::::;:;>;;>;;>s:::;:::.:
.
5._.4......_9IL......_
_........
CHLOROETHANE
BDL
1000
ug/L.__..
....:..:.:...:...:.....:::::.-:::...:.::.::.:..........::.:.-:.-
2. `I H£ORflfTHi(LYI$YLETHER'i :::::::>:: :::::.:.:;:y:::::::::::::: ::::>::::>:;:.:;:.
................................
;.::iBdE?;;:':':;'::'T.':'';r;i:`:ii?':i;
::;:::;.::::
.........
;>::::::;::`IODO
ug/L...._ .........
CHLOROFORM
BDL
500.
ug/L
`f3i6R..�CO...N R_....�'fHANE......... ....................
�__.........................................
q..._ug/L..........
BROMODICHLOROMETHANE
�9LL...
:I 1:=.dICHLOROfTHANE
, .
.................................... .............................................
..............:i'_;?:::::'::"';."i.`::>`:>r:;r'":;.:ss:e.:::.:::;
.....BDL..........;.....-:::::..,,.,....;,......
.BDL....._.
...........
................. .._500.....
..... .......
ugiL..................
1,2-DICHLOROETHANE
BDL
500
ug/L
�..lii5i3:
U......�9/.L...:.........._
1.z2.-DICHLOROPROPANE......._........._
................_...............................
....BOL.....................-.............
500 .....0
ug/..�...__. __..
CIS...i,3=DIEHLOROPROPENE;:?;>:-`:.: ::..
: ..;i;;: i;..::;,::;>;;
SDO..
_ug/_L;.
TRANS-1,3-DICHLOROPROPENE
BDL
500
ug/L
::; . _....... 0::.:;:
BROMOMETHANE............................................................:..................................................
BDL.:...................................................................._1000.....
qg/L..................
CHLOROMEFHANE::-::.; a:;:>;:;>;::;:?:"> :;?;;::`:::;;i:;::;::;::;:?;::::i:?:.'::::::::::..:.:::...........BDL....:......................................:.:'..:..::::..'...:....::::::....I
.•.....:
00:,:..
:.......... ........
.:...:..-.:_...:::
u g / L ..................
DICHLOROMETHANE (METHYLENE CHLORIDE)
BDL
500
ug/L
.................
.
TETRACHLOROETHENE...,.___—.
BDL
500
ug/L_.._,....__..
......... __-
TOLUENE.................................................
B
_ug/L..._.. __.....
TRANS-I,2-DICHLOROETHENE
* 1500
500
ug/L
... I.>.I., 2_-TRICHLOROETHANE
...............................:...................................:............._BDL...................................................................._
500...._ug/L......
.
-.;iRi.CHLOROETHENE
:......................::::::::.-:::::::;::.-:::..:::..;.:::..:.::::.:::;:>::;;:::
:.:.-:::.-..:::..-..:.-::::.:.:.....::.::.:...............
;
....84fl0....::;.;:::.::.::;;:.::.;,';::::,:::
?::`:`'`
._ _..:.500.:
ug/_L;.._.
TRICHLOROFLUOROMETHANE
BDL
500
ug/L
Y.T.NYL.....#iC.OR.Ip.�..........................................................................................................Bp.............._....................._................................._
�O.Q......u9/..._
........
1.,2.-DICHLOROBENZENE(O-DICHLOROBENZENE)_
BDL
500.....Yg/..L
.... ....... .................
:1,3..:D;IiGHLORUBENZENE...:(M=DICHLOROBENZENE)': : :.:::::.:::.i>:::
.............................................................._..._.....
»6aE
._.._ _.._.
1,4-DICHLOROBENZENE (P-DICHLOROBENZENE)
......................................................................................................................................................................................................................................................................................
BDL
500
.......................
.....................................................
ug/L ..........
..............................................................................................................................................................................................................................................................................
SURROGATE RECOVERY
DICHLOROETHANE-D4
117
% Rec
..:::.;_..._...............::.::
TOLUENR:DB
.
g4....... .— .
4-BROMOFLUOROBENZENE
113
% Rec
* COMPOUND CO -ELUTES WITH CIS-1,2-DICHLOROETHENE.
1:100 DILUTION
Page 2 (continued on next page)

HERITAGE ENVIRONMENTAL SERVICES, INC.
Sample I0: A400019 MW5
Sample Ca nts
* See Note for Parameter
BDL Below Detection Limit
Sample chain of custody number R9272.
This Certificate shall not be reproduced, except in full,
without the written approval of the lab.
Additional copies of this report sent to:
LARRY CLARK, TOASTMASTER INC.
180I STADIUM BLVD., COLUMBIA, MO 65202
Approved K C Page 3 (last page)

CERTIFICATE OF ANALYSIS
service Location Received Project Lab ID
HERITAGE ENVIRONMENTAL SERVICES, INC. 07-FEB-97 2609 A400028
COMMERCIAL LABORATORY OPERATIONS complete Po Number
7901 W. MORRIS ST. 17-FEB-97 59240
INDIANAPOLIS, IN 46231 Printed sampled
[phone] 18-FEB-97 30-JAN-97
Report To Bill To
STEVE TYLER LARRY CLARK
RICHARD CATLIN & ASSOCIATES TOASTMASTER INC.
P.O. BOX 10279 1801 N. STADIUM BLVD.
220 OLD DAIRY ROAD COLUMBIA, MO 65202
WILMINGTON, NC 28405-3755
sample Description
CLIENT ID: MW6
PROJECT NAME: TOASTMASTER, INC.
- Parameter
Result
Det. Limit
Units
ACROLEIN
BDL
50
ug/L
:.- .::.......:.::.::::::.:.-..-.....::::.::.-:::::::....::::.
_.a r:xk..►� Ts �..........................................
DID Lza.
uglL..
BENZENE................
BDL............................................................_
...........................................................................................................
..
DL>::'-ii>:: ?stts :isy:;;:>;3.:
y:::?:::::;:;::;:;:>:':i
............`�...
;:i:i>
_u.9/L...
....:::
CARBON TETRACHLORIDE
BDL
5
ug/L
CHLOROETHANE
BDL
..................................................................................................................................................
2...CHLOROETHYLYINYLEf.HER......::;:
:::.....................
. ........................._.....................................-_.........10...._Ug/L
......::;:;:.::>s:; .... ,:;::;::y...::..::
:::.::': ;:YO,..
.... _..._.......
ug/,.L.. ...
CHLOROFORM
BDL
5
ug/L
BROMOOI.CHLOROMETHANE
_.__ . ..._._ - ...,._„__ . ___._.
1,1.:D:I;CHLOROETHANE....,.... .'.,:;.....,::`:.....
.. _BDL ..
E° :; :. ::.; .. .A.
1,2-DICHLOROETHANE
BDL
5
ug/L
1s.1._DICHLOROETHENE :::;
5.
ug/k -
1,.2.-DICHLOROPROPANE._.__
..... BDL...
EIS DFCHLOROEROB.ENE. ....
......BDL.::
. ..... ..:'ug/C
TRANS- I,3-DICHLOROPROPENE
BDL
5
ug/L
E7HYk. E eNZEr�E...: i' i;... >.:..... .:..>:. ........
>::...
BDL....:.......
.....
BROMOMETHANE...
D..._�g/L..............
CHLOROMEIHANE::.-:::.:::::.-:.-.-
....................................... .................. ............... ..............................
:::::::.:.::..................:...:.. .
.....BDL............................................................................1
g/ ........ .
DICHLOROMETHANE (METHYLENE CHLORIDE)
BDL
5
ug/L
5 ...WL
TETRACHLOROETHENE..,.._
BDL
9/L..
TOLUENEi
....................................................._.._._..........._..._........
,...::::;'.......BDL.
........._.........................................._.........._..........5...
,;<.:>;::;:.::..;;>
5:
.4.....
ugfL.
TRANS-I,2-DICHLOROETHENE
*
5
ug/L
1;L,L.TRICHLO.RQETHANE:. :::.._.
..........BDL
.
..
5
ug L;
1.� . 2-TRICHLOROETHANE...._.:....: _.:...........BDL.......
..........
..... 5..
.Yg/..L
::TRICHLOROETHENE... ; ..:... ..
* .....:.....
TRICHL_OROFLUOROMETHANE
BDL
5
ug/L
.,2;-DICHLOROBENZENE-:::(O.-DICHLOROBENZENE).::.::.:.::::::.:....BDL:::::::.-::::.-:.:::::-:::::.-:::.-::,:.::
1,3sDICHLOROBENZENE.(M-DIGHLOBOBENZENE:):::..:.::::.:::.:::
...BDL..::
-,..- .:.:::::.:::5::...0
- ,_.::...5,
.ug/.L
1,4-DICHLOROBENZENE (P-DICHLOROBENZENE)
BDL
5
ug/L
Page 1 (continued on next page)

HERITAGE ENVIRONMENTAL SERVICES, INC.
Sample ID: A400028 MW6
IPRIORITY POLLUTANTS ;PA Q624..5i. i:P* .............
.n........... ... ..... .
. . . . . ........
�VDLATIL...E...... 4: 7.
i. Ann A4KAZUW-eqk6i,.".. �
o vp
Parameter
Result
Det. Limit
Units
ACROLEIN
SOL
1200
ug/L
........... . . ............ . . . ... . ..... . ...
. ... .. ....... ...... ..
..... .. . ........ ..... ..
............. .............
SOL ........................... .....
......... ............... ...
. ...... ..
....... ..... -7
4 .,
_4 L
BENZENE...
qg/L..
........
. .. ........ ..................... ..............................................BDL
........... .
-
IJO/.
CARBON TETRACHLORIDE
SOL
120
ug/L
.. . .. .............
.......... ............... ..... .. . .. .. .... . .. . . . . . ............ ;..w
�MMOBENZENE �=MM�MM"�
.
.
. .... .... 1.10 ..
...... I . . .... — -
9 . . ...... . -
CHLOROETHANE
SOL
... .... . .
H **y -.INY "ER .. .... . .. ....... ................ .. .d LbAbElff, 'Ev ill-TH .
......... .. ...
... BDL".'.--.... .. ..
.. ........
.....
CHLOROFORM
SOL
120
u... g/L
DE
...0.
.. UgA
BROMODICHLOROMETHANE
u 9
OMET
.......... ....................
.... .... ....... - . ....... ....... .....
. ..... .. . .... ....
BDt.0
1,2-DI-CHLOROETHANE
SOL
120
ug/L
. . ................
.............. I .. I .. I .. . . ..........
. . ..... ... ...... ..................... ....
..........
............... I., ........ ....
- I I. ...................... I ........ ............
-
U
.
J,�.-PIPHLOROPROPANE
........ ................... ........... .. ... ........ .....................................................................
B D L
120
.... - ... .....................
.... U.g/t .................
..... .......................
Dlf ...... ........ .... ............ .... .. ... ... ..
...............
--GIS�12. CHLOROPROPENEK.. . . .. ................ ..... . ... ...... .....
...........
TRANS-1,3-DICHLOROPROPENE
SOL
120
ug/L
-ET
.......... ...
.............
...
BROMOMETHANE
SOL
............. .. ... ... ... .. .......
.. . .................... .................. I .......................... ... .....
......................... . ..•. ............... ........
........... ............................
...... .............. ............
..........................
....... ..........................
B ................. ..............
. . ......... ...
...
DICHLOROMETHANE (METHYLENE CHLORIDE)
SOL
120
ug/L
. .... ..... I .... ... T . ...
TIRACH E-T
.. HAN
...............
..
TETRACHLOROETHENE
BDL
JZP..
ug/L
TOLUENE....................................
..... . . . . .. ...
. ........... .
.........
TRANS-1,2-DICHLOROETHENE
280
120
ug/L
IfT ..-RUHL HARE . . .
.................. .. .... ......
...... ..... ....... . . .
. ........... - ..... -.1 ... ...... . .. ..
....... .. ............. ...
. ..... . . ...
...
1.J,?.-TRICHLOROETHANE
........ *
SOL
129
ug&
TRICHEUUT
.*....*....*.,*�*;.."..'-...*..I .. . . ....... .... ..... .... ..... .... ..... ............
120
9
TRICHLOROFLUOROMETHANE
SOL
120
ug/L
....... .. . .. .
3.1. ......... ....
................... ............
........ . .................... ............
. .......... % -Z 5
.PICHLORO'BENZ'EN .............. .....
mg
......
ICHL0RGBENZENE)..BDL.
�.....
-u§/L'-
.........................
1--4...--..-..-.D........I.... ..I..............N...E(P.-..D....I..C...H...L...O...R...O....B...E...N...Z...E..I..N........E......).......................
120
ug/L .... ...
-C....-................................N.... .1-1.-.-.S..-.O-�.-.-L.-.-
....................
-SURROGATE RECOVERY ;.% %.
. ...... . ..
.%-.-..-.-...-..-.-.� .........
....... ..........
........... .......... . ..
........... I ................ ................... ... . ... . .... . ..
DICHLOROETHANE-D4
...... .
.......... .. . . ..... .... ...... .. ........
� � . .... . ..... ... �. , : �
........................ I ........... ...... . ..... .. ......
124 1
. % - :-,. -
. ....... .
.....
. ... . ..........
% Rec
............ ..
.... ....... .... . .. ... . .. . ... .. .. ..........
.........................
. ... . ... ...................... --T . .... -
. ..... ......
..... .. . ...... .. .. .... . ... . .... .. ......
. ...... ....
... . .
ec—
4-BROMOFLUOROBENZENE
113
Rec
1:25 DILUTION
COMPOUND COELUTES WITH CIS 1,2 DICHLOROETHENE
Page 2 (continued on next page)

HERITAGE ENVIRONMENTAL SERVICES, INC.
Sample ID: A400028 MW6
Semple Comments
* See Note for Parameter
BDL Below Detection Limit
Sample chain of custody number R9273.
This -Certificate shall not be reproduced, except in full,
without the written approval of the lab.
Additional copies of this report sent to:
LARRY CLARK, TOASTMASTER INC.
1801 STADIUM BLVD., COLUMBIA, MO 65202
Approved : Q .k 1[2 Page 3 (last page)

CERTIFICATE OF ANALYSIS
Service Location Received Proj eet Lab 1D
HERITAGE ENVIRONMENTAL SERVICES, INC. 07-FEB-97 2609 A400021
COMMERCIAL LABORATORY OPERATIONS Complete PO Nudmer
7901 W. MORRIS ST. 15-FEB-97 59240
INDIANAPOLIS, IN 46231 Printed Sampled
[phone] 17-FEB-97 30-JAN-97
Report To
STEVE TVLER
RICHARD CATLIN & ASSOCIATES
P.O. BOX 10279
220 OLD DAIRY ROAD
WILMINGTON, NC 28405-3755
CLIENT ID: MW7
PROJECT NAME: TOASTMASTER, INC.
Bill To
LARRY CLARK
TOASTMASTER INC.
1801 N. STADIUM BLVD.
COLUMBIA, MO 65202
Semple Description

HERITAGE ENVIRONMENTAL SERVICES, INC. Sample ID: A400021 MW7
Parameter Result I Det. Limit Units
TE RECOVERY
Note: * Above linear range -- please see replicate 1.
** COMPOUND COELUTES WITH CIS 1,2 DICHLOROETHENE.
VOLATILE PRIORITY POLLUTANTS EPA 624 r;
pna LYSt,�. MAZU1€. : ... .; Analysis Daie 13 FER 97,'14 t�.
.'instrument .GC(N5 VOA
Test,.;'. QSQ2
3 1
Parameter
Result
Det. Limit
Units
ACROLEIN
BDL
10000
ug/L
>:ACRYLQNiTR LE....>.. .....BDL
.: .....:..
....
BENZENE............
BDL...:. .........._....
1.000.
ug/L...... ..
_..._........... _._
BROMDFORM::::>::::....:...... ?::::<;:;..
BDL ::..... -::
i:UQO
uglC..
CARBON TETRACHLORIDE_
BDL
1.000
ug/L
CHLORO.HENZENE
kUOCk
.ug/L
CHLOROETHANE_
............._.......:.....__..._..._...............::....,.,..::::::::::::._:::::: ,::;:::..::::BDL.::::::::::::.:::::::::::::::;..::::::::,:.:::::::..:::::::::::::...........
... .. .
2 CHLOROETHYLV,1.IVYLETHEft. ..:. :. .` . ......;.:::::.::>::::::...BDL.
.::::;:::.":::::;:'
2d0U..
:u9/4:;::::::::::;-:
CHLOROFORM
BDL
1000
u L
:DIBR4MUCHtORQMETHANE......: a-;
BROMODICHLOROMETHANE
.....
BDL..............::::::::::::::.::::.:::::::::::::::::.-:::::....:1000...._
Ug/L..-..._......
. .... ........................ .......... ............................................
1 I.-DIiHLOROETHANE........:..:.:-•:::;-:_:.-::;::;:....:......::r::............:;
.....................................................................................................................................................................................................:.....:.........................................9I...................
..BDL......':':.'":::;>;:'..<.:;;::...;>:.-K
k000....0
..L;::,.,.......:.
1,2-DICHLOROETHANE
BDL
1000
ug/L
.:.:..
......................:.::.:::..
::._
Q00.....
ug/_L..........
.1.,.Z-DICHLOROPROPANE.__......_..._.__.._
.............................................................BDL...............................................:....................._1000:....
..L......._ .....
.. .........:...• ,.....:............::::::.::::....::...•
3.-DICHLOROPROPENE::::........::::::::::.::;::::::a:::::::::........:......
...... s......... _....... _......... _........_.............................................................................................
BDE'i;;'.;.: ::;>......::,.,.:'a::.;`.::;':::::::.:::.IOOO:..0
_....................................................................
_... _........ _........9/............:..:;
:L`>:
TRANS-I,3-DICHLOROPROPENE
BDL
1000
ug/L
........ .......:
EIHYL:;;BENZENE:.:::...........................................
......:..........
.
k000
u t
9/
BROMOMETHANE...........:..................:...::.........................................................:................_BDL......-
2000.....
q.9/L.................:
e:CHLOROMETHANE
;..... ';`<_;;:.'::.°; ';;i :.
:::.-...,..,:..,.:.:,....::::::::::::::::::.,...,..
BDL .. .......
Z000.:.p
.:L..
9/
DICHL0ROMETHANE....(METHYLENE...CHLORIDE)
..................................._BDL...:...-.....................................,.....:
1,1,.2., 2;= fETRACHGOROETHANE ..:...... .:.:::......::r ...BDL......
.......... ........1000_
100Q:.ug/t.
.:�.9/L....
.
TETRACHLOROETHENE........................._:.....:...::..-:..:::::-:.-:..:::-:.-:::.-:::.-::::.-.:::..-:.
2000........... ........_.:.:. _ _.._..
_:......_
..:.:..090..:.
�9/ -.
TOLUENE: ..........:.:.::..:::..:...:.:. . ........::...:;:;.
BDL .:;:.., ....
7:000
g9/:L
TRANS 1,2 DICHLOROETHENE
BDL
1000
ug/L
::..::;:=:;>:;`.....BDL..:
..a:
k:0:0O..ug/..L
1,1•, 2-TRICHLOROETHANE
BDL ._..
TRIGHLDROETHENE
120OQ:.... ....
k 300_
yg/L.
TRICHLOROFLUOROMETHANE
BDL
1000
ug/L
:.VINYL. CHLORIDE;>.
BDC.. ........ :............
2000
1.tZ-DICHLOROBENZ.... ...(O-DICHLOROBENZE...... ...................:..:.BDL:::::::::::::,::::;
:::::::.:::::::::::..-......;;::::...10.....
.P9/..L..................
1.,3.DI:C.HLOROBEMZENE..(M DICHCOR..OBENZENE) ............BDL...:::::.:::::::?;;:;::>:
............. :.;..
._,.,...1DOD.
1,4 DICHLOROBENZENE (P DICHLOROBENZENE) ....
,BDL
1000
ug/L
.................................
SURROGATE.. RECOVERY.....................................................................:
u..........W... .....,....::..:...::::.:::
. :..................
..
DICHLOROETHANE-04
128
% Rec
TOLUkNE:D8 ...........; : •:;::.;<.:: > ..:
kOQ :::
.:Rec
4-BROMOFLUOROBENZENE
112
% Rec
1:200 DILUTION
Page 2 (continued on next page)

HERITAGE ENVIRONMENTAL SERVICES, INC.
Sample ID: A400021 MW7
Sample Convents
* See Note for Parameter
** See Note for Parameter
BDL Below Detection Limit
E Estimated or exceeds calibration range
Sample chain of custody number R9272.
This Certificate shall not be reproduced, except in full,
without the written approval of the lab.
Additional copies of this report sent to:
LARRY CLARK, TOASTMASTER INC.
1801 STADIUM BLVD., COLUMBIA, M0 65202
Approved �.k . 1� Page 3 (last page)

CERTIFICATE OF ANALYSIS
Service Location Received Project Lab ID
HERITAGE ENVIRONMENTAL SERVICES, INC. 07-FEB-S 2609 A400015
COMMERCIAL LABORATORY OPERATIONS complete PO Number
7901 W. MORRIS ST. 15-FEB-97 59240
INDIANAPOLIS, IN 46231 Printed Sampled
[phone] 17-FEB-97 30-JAN-97
Report To
STEVE TYLER
RICHARD CATLIN & ASSOCIATES
P.O. BOX 10279
220 OLD DAIRY ROAD
WILMINGTON, NC 28405-3755
CLIENT ID: GT8
PROJECT NAME: TOASTMASTER, INC.
Bill To
LARRY CLARK
TOASTMASTER INC.
1801 N. STADIUM BLVD.
COLUMBIA, MO 65202
Sample Description

HERITAGE ENVIRONMENTAL SERVICES, INC.
Sample ID: A400015 G178
Sample Comments
BDL Below Detection Limit
Sample chain of custody number R9272.
This Certificate shall not be reproduced, except in full,
without the written approval of the lab.
Additional copies of this report sent to:
LARRY CLARK, TOASTMASTER INC.
1801 STADIUM BLVD., COLUMBIA, NO 65202
Approved P. tea_. Page 2 (last page)

CERTIFICATE OF ANALYSIS
Service Location Received Project Lab ID
HERITAGE ENVIRONMENTAL SERVICES, INC. 07-FEB-97 2609 A400013
COMMERCIAL LABORATORY OPERATIONS compLete Po Number
7901 W. MORRIS ST. 15-FEB-97 59240
INDIANAPOLIS, IN 46231 Printed SampLed
[phone] 17-FEB-97 30-JAN-97
Report To Bi LL To
STEVE TYLER LARRY CLARK
RICHARD CATLIN & ASSOCIATES TOASTMASTER INC.
P.O. BOX 10279 1801 N. STADIUM BLVD.
220 OLD DAIRY ROAD COLUMBIA, MO 65202
WILMINGTON, NC 28405-3755
Sample Description
CLIENT ID: GT9
PROJECT NAME: TOASTMASTER, INC.
- Parameter
Result
Det. Limit
Units
ACROLE-IN
BDL
50
ug/L
BENZENE
BDL
.................... ..............................................:.i:3i s : $' :'i
i::
ri :BDG»i......................................:....
.....................................:.......:..........
:
..........._5....U9/.L......-.
............ i:..............::::
.........5......ug/L........_.......
...
.......... :::::::';
CARBON TETRACHLORIDE
BDL
5
ug/L
... tOROB.I;NZENf ;. , ; :.:::::..:::::::.::: ;:;:;:......9pk...
:.: ,::.::r.:;.:....
=..5..
U9/L
CHLOROETHANE_________________.._.____
.....;.:..........:;....:::.-::.:.:...::.
BDL .........................
10.
ug[L.._
2.:CHLORDETHYLVINYLETHER
....._.::....;_.:.;:;:.-:..:::::::
..BDL,-..::;.:;.;:::r:::::::::.:::.:....::''`:::..:
a.1D..
_ugj:L : .
CHLOROFORM
BDL
5
ug/L
OOM THANE .:..
p.I_B...R...O..M.O...C._ ...-_._....................................................
....._ . ..
............._........_
.
.
_.._...._......_`
�
BROMODICHLOROMETHANE
.....................................................................................BDL...........
.. ..........................
.. 5..
1,1...DIfC OROEs:
NE......:>>..::?:'.:::;:;::.::..:;:y::.:,,....:.:.:.:;:
:::....::.::...:.�.:�.,.,,';:::::.:::::::...:_5::;.:.ug/L.:;::;..::.::::.:
_�9/..L.:..............
;..
1,2—DICHLOROETHANE
BDL .
5
ug/L
t,1:p:i:CNLQRp€1HN .: .:
1..:.2.-D I CHLOROPROPANE
U.9/L.._._......._
................................_.........................................._.........._BDL
..........:._...............................................:...._.:.._.....:5:....
.
TRANS-I,3-DICHLOROPROPENE
BDL
5
ug/L
RTHYL:BENZENE..:: .........:.,,;....::::...:....:;•:-:::::::.:::..::.:..:.:;:...:.;.:..
....BDL.....
BROMOMETHANE,.
BDL
10
ug/L
GHLDRDMETHANE.:._;:::.::::.;:.::s:::::;i;';:
............................................................_...................__...................:....._.._............_..................................
;;;:;';;::::::'::;';.i::::::':::;;::;"':>;' ::.::.;_;.;
;;:..;:::-;:;:-:.-::.....-::.:.'::::._........:.::....I,O:..._ug/L:.:
DICHLOROMETHANE (METHYLENE CHLORIDE)
BDL
5
ug/L
1,.1:�2i.2. T.BTRAGHLUROETNANB ...;:
BDk...;
:....S...U9/:L.
.
TETRACHLOROETHENE
BDL
5.
ug/L
..................... ........::.:.:............:......:.:..............................::.:::.-
...::.-.:.....:..:.......................::::
TOLUENE.. ........::.:.::....:.:... • ...... .
.........
::::.:BDL:::::>:>::::.; :-;;.,.;;;:::,::::;.
.
5:.:ug/L
... ...__......
TRANS-I,2-DICHLOROETHENE
BDL
5
ug/L
...;.:;::,;::
BUL;:....
_ 5..u9/L".
.
1,_1,2_-TRICHLOROETHANE...._....._...._...__......_...__
..............__.__
TRIGHLOROEIHENE..: ....
.....BDL....__ ...__...._.
.. 21..:; . ,:
.. .....
.::.
.5...
_u.9/.L.
TRICHLOROFLUOROMETHANE
BDL
5
ug/L
VINYL:CHLORIDE...
BDL..:::
1,2 DICHLOROBENZENE (0 DICHLOROBENZENE)
BDL
5
ug/L
DItHLOR06ENZENE (M DIMEOROBENZENE).
BDL.;:..
5.::ug%:L:
1,4-DICHLOROBENZENE (P-DICHLOROBENZENE).
BDL
5
ug/L
Page 1 (continued on next page)

HERITAGE ENVIRONMENTAL SERVICES, INC.
Sample ID: A400013 GT9
Sample Ca nts
BDL Below Detection Limit
Sample chain of custody number R9272.
This Certificate shall not be reproduced, except in full,
without the written approval of the lab.
Additional copies of this report sent to:
LARRY CLARK, TOASTMASTER INC.
1801 STADIUM BLVD., COLUMBIA, NO'65202
Approved : F.K �iog � Page 2 (last page)

CERTIFICATE OF ANALYSIS
Service Location Received Project Lab ID
HERITAGE ENVIRONMENTAL SERVICES, INC. 07-FEB-97 2609 A400024
COMMERCIAL LABORATORY OPERATIONS complete PO Number
7901 W. MORRIS ST. 15-FEB-97 59240
INDIANAPOLIS, IN 46231 Printed sampled
[phone] 1 17-FEB-97 30-JAN-97
Report To Bit l� To
STEVE TYLER LARRY CLARK
RICHARD CATLIN & ASSOCIATES TOASTMASTER INC.
P.O. BOX 10279 1801 N. STADIUM BLVD.
220 OLD DAIRY ROAD COLUMBIA, MO 65202
WILMINGTON, NC 28405-3755
Semple Description
CLIENT ID: GTIO
PROJECT NAME: TOASTMASTER, INC.
VOLATILE PRIURTTY POLLUTANTS EPA 524 ':
-�� Armiyst .B NAZUR Analysis ,Date , 13 E8 9T DttU2
, , trwtrlinent „GC(FSS VOR
Test.; 0502
3 4. ' ,
' Parameter
Result
Det. (Limit
Units
ACROLEIN
BDL
50
ug/L
X 'si::;5plsss:=;::':;:>::
i?:;;:;;::>;::;::;'>;::;:;:.;;;:>:;:;>::;::-:::::.:::
-::vam
BENZENE..............................................................................................................................B6QE
DL
5.....u/..L...................
•:BROM 0
F.ORMii;'i;>;»t:?:ti':i:'>;'>?:<tS>?:<t?>s»;;;;i;<;:i'i>:;tssa;:t»i>s:;;>:;:::»»s»;»;>:s>:�:;si>
=.................................. is i?ii::is3::
;:;
aii:;;2isir Si:>ssirtr;:
.g
9/
CARBON TETRACHLORIDE
BDL
5
ug/L
.._�#k .R .BONZE . E................................................................_.........................................5p
......................................................._......................ug/.k..................
..
.:::::::..:;..::..;..;.. 5....
CHLOROETHANEBDL
10._.._ug/L
is2...CHLOROETHYLVINY.LETHERi:::::::.::::::::.:::::::::::':..:.....:::��::r
.......:::.::::...:......:...::...:..:::.::::.-:.-:::::::.-::.
a:.;.:;;...`.....
......................................
� ..BDL......::"`:�::::::;;:�::=>:s'�:;i.;.::.:;;;.::i
.
� ..................._IO....u.
9/ �L
..................
.............
CHLOROFORM
BDL
5
ug/L
:::::
....:.........;.....,.;...;..::::::..-.........::.:::::.;......,,WEME
BROMODI,CHLOROMETHANE
............................................._....................................._BDL............................................-_............._....._..._5..._u9/..L._
:I>.I-D;ICHLOROETHANE.................. ..............................................
b
. ug/L..:_.........
.
1,2-DICHLOROETHANE
BDL
5
ug/L
L,1... DTCHLORQETHNR.........::..::::....::::.:: ........_...
.H..k ..... ......... ...........
.,
1..:_2-DICHLOROPROPANE..._......... ....._....................._....................................... ...._BDL
... ..............................I..................,
.........._...._......._`�...._U9LL
CIS. I,:3wDICHLOROPROPENE:::::;3::..,..'
TRANS-I,3-DICHLOROPROPENE
BDL
5
ug/L
�TH�'k..8.5NX�NE ......5
k......
_............
SIL .........
BROMOMETHANE
BDL
10....�9/..L.....
ttGHLOROMETHANE»:
..........................._..
_.._.....-
g/
DICHLOROMETHANE (METHYLENE CHLORIDE)
BDL
5
ug/L
;:.;.;:::-;-;._:::...5.:wk
.........
TETRACHLOROETHENE
55....9g/L.:._
:. . ..........:
TOLUENE?:: -:<:;..;:. ..
..:.BDL
BDL....:::<::?::°:`:i:::.'
..
:::::::.:.::::'
:
;.... a'::.::.:::...5:...ug/L..
....
....
TRANS-I,2-DICHLOROETHENE
BDL
5
ug/L.
TRIGHLUROETNANE: >:......:.::::.`:::::>.:`';.::..::
.
1.,_1.,2--TRICHLOROETHANE........_..._........_......................_..._.....__......_BDL
..._......................_........_..................._..._.._...._5..._u9/L
..._,.....
itTRIEHLORgETHENE
TRICHLOROFLUOROMETHANE
BDL
5
ug/L
;4!TNYk-:CHI:oRLDE:::::::::::::..::::::..:::.-:..:::::.-::..:::::::::::::.:............................................._BD.
_.............._........._..._....._........................:..--__..L.......ug/_
_...:.:.:::.s:
1 2-DICHLOROBENZENE....(O-DICHLOROBENZENE.).........................._BDL.:.:.....:....::_:.::_....:..::::::;:::::::::::::::..::::::::::::::::::5.:.::.9/::-:_.-:;.-:::.
I,3.-.:DICHLOROBENZENE :(M: DICHLOROBENZENE);:;::::`:s:.::.:..::>-.-:::
.... 5....ug%L.
.. t
1,4-DICHLOROBENZENE-(P-DICHLOROBENZENE)
BDL
5
ug/L
Page 1 (continued on next page)

HERITAGE ENVIRONMENTAL SERVICES, INC.
Sample ID: A400024 GT10
Parameter
SURROGATE RECOVERY
Result I Det. Limit I Units
Sample Comments
BDL Below Detection Limit
Sample chain of custody number R9272.
This Certificate shall not be reproduced, except in full,
without the written approval of the lab.
Additional copies of this report sent to:
LARRY CLARK, TOASTMASTER INC.
1801 STADIUM BLVD., COLUMBIA, NO 65202
Approved Q-1:. Srie U Page 2 (last page)

CERTIFICATE OF ANALYSIS
Service Location Received Project Lab ID
HERITAGE ENVIRONMENTAL SERVICES, INC. 07-FEB-97 2609 A400025
COMMERCIAL LABORATORY OPERATIONS coapLete PO Nunber
7901 W. MORRIS ST. 15-FEB-97 59240
INDIANAPOLIS, IN 46231 Printed Sampted
[phone] 17-FEB-97 30-JAN-97
Report To
STEVE TYLER
RICHARD CATLIN & ASSOCIATES
P.O. BOX 10279
220 OLD DAIRY ROAD
WILMINGTON, NC 28405-3755
CLIENT ID: GT11
PROJECT NAME: TOASTMASTER, INC.
BiLL To
LARRY CLARK
TOASTMASTER INC.
1801 N. STADIUM BLVD.
COLUMBIA, MO 65202
Sample Description

HERITAGE ENVIRONMENTAL SERVICES, INC.
Sample ID: A400025 GT11
Semple Comments
** See Note for Parameter
8DL Below Detection Limit
Sample chain of custody number R9273.
This Certificate shall not be reproduced, except in full,
without the written approval of the lab.
Additional copies of this report sent to:
LARRY CLARK, TOASTMASTER INC.
1801 STADIUM BLVD., COLUMBIA, MO 65202
Approved : Q. K 4 A., c Page 2 (last page)

CERTIFICATE OF ANALYSIS
Service Location Received Project Lab iD
HERITAGE ENVIRONMENTAL SERVICES, INC. 07-FEB-97 2609 A400020
COMMERCIAL LABORATORY OPERATIONS complete PO Number
7901 W. MORRIS ST. 15-FEB-97 59240
INDIANAPOLIS, IN 46231 Printed Sampled
[phone] 17-FEB-97 30-JAN-97
Report To Bill To
STEVE TYLER LARRY CLARK
RICHARD CATLIN & ASSOCIATES TOASTMASTER INC.
P.O. BOX 10279 1801 N. STADIUM BLVD.
220 OLD DAIRY ROAD COLUMBIA, MO 65202
WILMINGTON, NC 28405-3755
Sample Description
CLIENT ID: GT13
PROJECT NAME: TOASTMASTER, INC.
Parameter
ResuLt
Det. Limit
Units
ACROLEIN
BDL
50
ug/L
. ::::::::::::::........$
.L......:.:................._..:......::::::::.....
-._..........:::.70..::
BENZENEBDL
::::::::::.-:::::::::::::::::.::::.:::::::.-:::::::.-:.:::.:-::.::.::.-:.-::::.-::::•.:.:::::.:-.:.-:....
:BROMOfORM;;i;::::::i;;;;;;;;;;;;;;`;::;;::;;;:;;:;::;;;;;;::i;;i;:;:;z :i;iis;:si;;i;;;:i':i;::;;—dLER
........:......:.......................:.......:..............................._5.....�.g/L.......:..-:.......
:i>:;':•:: t's::; s::
?
a;:;;;;;;;:;:;_`::;;;a :':;:;.......:,:::;
5......ug/L.........._......
is:`i::ii;:
CARBON TETRACHLORIDE
BDL
5
ug/L
CHLOROETHANE
BDL
10...._ug/L_____________
... ...............-::::...-..::...:....-.:.....:..:.-....:......:..:.......:.........................
.2....CHLORDETHYLV:iNYLETHER:::..::..:..:::: .::::::::.::: >::;::;:;;::::.:::::::::.
s
;:::..............:..........:::::::
;::::BDL::..:..::.:..:.:.;::::; ::::::::::
;;.;..;
...................-10.:.::ug/L......:_.:.
..
CHLOROFORM
BDL
5
ug/L
............:.........:.........:........:
BRONODICHLORONETHAN::E
1,1-D;I'.CHLOROETHANE
::::.-::::::.:::BDL:.-.-:::.-::::::::.::::.,..:.................5..._99/..L..
........::::::::....:..;:.:.:.....>.-.;.::......:.::;.; ::;.:.;......
<
;:::....:;.:>
1,2-DICHLOROETHANE
BDL
5
ug/L
>.J....DTCK.L..R_.E...H N� .......... . ...._... ......................._...
... _L:....
u9/L. _ ......
L.,.2.-DICHLOROPROPANE
...
..
BDL.
.................._...........5...._u.9/L:.....__...._.
CIS 1. 3 DICHCaROEAUPENE.<;,;:::':;:'.'::':
,. ..
.....:..:.:::..::.:..:..
(':'i`:i:::r:>?c><':;?';ii.`?;;i....
BDL.:.::::i.;.::;.;;.;:..;:;;:s.::;r:r>;'c:
?:f......'r':.�''
9/ L
TRANS-I,3-DICHLOROPROPENE
BDL
5
ug/L
. .
.............. ................
.
»...
�i�k...........:.
,::..
_ .:" .._5....
ug/t'
BROMONETHANE
BDL
lO....�9/L..
..................................................................................................
CHLDROMETH: ANEiit;>t>i>ii>it>ris ... ti>;;;;;
;; ;
.............................. _ ...................
:BD........................................................... :::::;
st :i :.....
>:a;: IiO
:.Li'
DICHLOROMETHANE (METHYLENE CHLORIDE)
BDL
5
ug/L
..............5...
.._
_ag/L
_TETRACHLOROETHENE.........__
-T .-DEN
...:.:...:....._.......:.................................................._...BDL..::.......__._
...........BDL
........__............_._:.
.....::..:...
......... ...._..._5...
........5.
_9.9/L
ug/L
TRANS-I,2-DICHLOROETHENE
BDL
5
ug/L
._1.,1.,2-TRICHLOROETHANE .........:..:.........__..._...._.............................._..:...BDL
.................... ...__.........
....... ......__.._................5..._99/..L...
...._.
TRICHLOROETBENE ......
1
TRICHLOROFLUOROMETHANE
BDL
5
ug/L 1
1a
ug/L
1,2 DICHLOROBENZENE (0 DICHLOROBENZENE)
BDL
5
ug/L
DICHLOROBENZENE..:(M..DICHLQROBENZENE}... .::.
;..BDL..t`..... .-. ...
1,4-DICHLOROBENZENE (P-DICHLOROBENZENE)
BDL
5
ug/L
Paqe 1 (continued on next Daqe)

HERITAGE ENVIRONMENTAL SERVICES, INC.
Sample ID: A400020 GT13
e
Parameter
SURROGATE RECOVERY
Sample Comments
BDL Below Detection Limit
5
Result I Det. Limit Units
Sample chain of custody number R9272.
This Certificate shall not be reproduced, except in full,
without the written approval of the lab.
Additional copies of this report sent to:
LARRY CLARK, TOASTMASTER INC.
1801 STADIUM BLVD., COLUMBIA, MO 65202
Approved,: P k Sae
Page 2 (last page)

CERTIFICATE OF ANALYSIS
Service Location Received Project Lab ID
HERITAGE ENVIRONMENTAL SERVICES, INC. 07-FEB-97 2609 A400014
COMMERCIAL LABORATORY OPERATIONS Complete PO Number
7901 W. MORRIS ST. 15-FEB-97 59240
INDIANAPOLIS, IN 46231 Printed Sampled
[phone] 17-FEB-97 30-JAN-97
Report To Bill To
STEVE TYLER LARRY CLARK
RICHARD CATLIN & ASSOCIATES TOASTMASTER INC.
P.O. BOX 10279 1801 N. STADIUM BLVD.
220 OLD DAIRY ROAD COLUMBIA, MO 65202
WILMINGTON, NC 28405-3755
Sample Description
CLIENT ID: GT14
PROJECT NAME: TOASTMASTER, INC.
Parameter
IACROLEIN
111filN 1.101?a1:1I:I:[m111111RI11:1
CHLOROFORM
::I}iBRQMQCHIOROME:TNFI'
BROMODICHLOROMETHA
;1,.1...D:I:CHLOROETf
1.2-DICHLOROETHANE
Result Det. Limit 1 Units
BDL 50 ua/L
BDL
5
ug/L
O :V??ii'isi:?:=i''i%s:'S:?:`s:f'?ii':=;5?sass5t';:.°':.,:
:::izs34ss
BDL
10...._ug/L
.....:............
BDL
5
"ug/L
BDL....
5
ug/L
..................................
BDL
5
ug/L
..
5...
ug/L: - . ...
BDL................-_......................:.........
......__...-........
.................5.....
ug/L... . .
BDL
5
ua/L
BDL
10..._u9/..L.
_...
-
IO......ug/L'
.
BDL
5
ug/L..
...:......
`::::..... 5.....0
. .........
BDLBDL ........:................. ......_
............
_..........5..._ug/L:.
-....
5..,.ug/.
** 64
5
ug/L
5
u9/L
BDL......
...:..............................................._..
5
- _......_
ug/..L_... ...
._..
......':;=i: ;:>;s::ir;: i Si
6..................._........................................_......-._-.....5...._ug/L.................
r:.`6�;.
;:...... ; i;€;3:4r;ii: '.::
_ ...; .,_::::Fi;;:'.:':;r-:::r:
BDL
5
ug/L
BDL........:........................._......._..................__._......._5...._49/L
99
..............
BDL
5_
._�9/�_ .......
Page 1 (continued on next page)

HERITAGE ENVIRONMENTAL SERVICES, INC.
Sample ID: A400014 GT14
Semple Comments
** See Note for Parameter
BDL Below Detection Limit
Sample chain of custody number R9272.
This Certificate shall not be reproduced, except in full,
without the written approval of the 7ab.
Additional copies of this report sent to:
LARRY CLARK, TOASTMASTER INC.
1801 STADIUM BLVD., COLUMBIA, NO 65202
Approved Q.k� _ Page 2 (last page)

CERTIFICATE 0F.ANALYSIS
Service Location Received Project 'Lab ID
HERITAGE ENVIRONMENTAL SERVICES, INC. 07-FEB-97 2609 A400022
COMMERCIAL LABORATORY OPERATIONS Complete PO Number
7901 W. MORRIS ST. 15-FEB-97 59240
INDIANAPOLIS, IN 46231 Printed sampled
[phone] 17-FEB-97 30-JAN-97
Report To Bill To
STEVE TYLER LARRY CLARK
RICHARD CATLIN & ASSOCIATES TOASTMASTER INC.
P.O. BOX 10279 1801 N.''STADIUM BLVD.
220 OLD DAIRY ROAD COLUMBIA, MO 65202
WILMINGTON, NC 28405-3755
Sample Description
CLIENT ID: RC15
PROJECT NAME: TOASTMASTER, INC.
- Parameter
Result
Det. Limit
units
ACROLEIN
BDL
50
ug/L
AGRYIONktexl E.::::.:::> :, .•.
.
;xo
.._
4
-gl...
BENZENE
BDL
5_
ug/L
BROMOFORM
.........
8QE .:.:::>::°:`;3.: :.: ....::.
:.:
5:...ug
..
f L
CARBON TETRACHLORIDE
BDL
5
ug/L
CHLOR B N .......... ....:.:::..:..... .......:........
....... :.....-.::::.:.::..;...:......;.....
0..::..:::...... :.....................::..:.
...;
CHLOROETHANE
BDL
ug/L
;......;.....;..
..;;
2.C3LORDETHYLVINYLETHER .
D.::::: ..
::.:..-::.:'
:.10
.:.ugf......:.....:.....
L-.:......:........ _..
CHLOROFORM
BDL
5
ug/L
..:....:.-.::...-::::::::.....:.:.:.::::::...::::::
DIBROMOCHLDR.O.METHANE.::.:.:.:.::. <::°:r:>;.;.;::;:;:.:- ;:.:.:;.>;:r:<:>°:......BDL:..;:.
`i=:>::';:;;
5...
u9/L
BROMODICHLOROMETHANE
BDL
5
ug/L
i,.1..;D;LCHLORDETHANE .......; .........:..:
...............
.... BQL.:.: .. ... ::
..:<...... ..ugfE
1,2 DICHLOROETHANE
BDL
5
ug/L
1., k DkCHLORO:ETtfN.E. ; :. ..........
BDL:..i:
..... 5
. u9/:E
1,2 DICHLOROPROPANE
BDL
5
ug..L
C.IS...1:,3...DICHLORDPROPENE ................BDL..
....... .
5...:ugfL
.
TRANS-I,3-DICHLOROPROPENE
55
ETHY...BE _ENE..........................................................................BBDDLL
.. :
.
...
...........
.uugs//L
L.. :.:
BROMOMETHANE
BDL.
10,
ug/L
CtIEOROMETHANE..: `::'`. :: ......
I0.
.ug f L
DICHLOROMETHANE (METHYLENE CHLORIDE)
BDL
5
ug/L
2;;. 7 TRACHLOROETHANE ..:::::::: :::> : < .:.
BDL.:::
5
l /.L
TETRACHLOROETHENE
BDL
5
u L
g/
TOLUENE...
BDL:::::.:.
5..
ugf:L
TRANS-I,2-DICHLOROETHENE
BDL
5
ug/L
1,1,1::TRICHLOROETHANE°:::. .
BDL:::
5..
ug/L
1,1,2-TRICHLOROETHANE
BDL
5
gL/
OROETTRICH- HENE......
g/,L
TRICHLOROFLUOROMETHANE
BDL
5
ug/L
VINYL: CHLOR DE:> .. ..:: .::.......
.
. k....
..
1,2 DICHHLOOROBENNZENE,(ODICHLOROBENZENE)
5
ug/
1,3=DICL.ROBEZENE'.(M...DhCHLOROBENZENE) ._.
BDL
.
5
..
g/L.. .
1,4-DICHLOROBENZENE (P-DICHLOROBENZENE)
BDL
5
ug/L
Page 1 (continued on next page)

HERITAGE.ENVIRONNENTAL SERVICES, INC.
Sample ID: A400022 RC15
Parameter
SURROGATE RECOVERY
Resu Lt Det. Limit Units
Sample Comments
BDL Below Detection Limit
Sample chain of custody number R9272.
This Certificate shall not be reproduced, except in full,
without the written approval of the lab.
Additional copies of this report sent to:
LARRY CLARK, TOASTMASTER INC.
1801 STADIUM BLVD., COLUMBIA, MO 65202
Approved Page 2 (last page)

CERTIFICATE OF ANALYSIS
Service Location Received Project Lab ID
HERITAGE ENVIRONMENTAL SERVICES, INC. 07-FEB-97 2609 A400029
COMMERCIAL LABORATORY OPERATIONS complete PO Number
7901 W. MORRIS ST. 17-FEB-97 59240
INDIANAPOLIS, IN 46231 Printed Sampled
[phone] 18-FEB-97 30-JAN-97
Report To Bill To
STEVE TYLER LARRY CLARK
RICHARD CATLIN & ASSOCIATES TOASTMASTER INC.
P.O. BOX 10279 1801 N. STADIUM BLVD.
220 OLD DAIRY ROAD COLUMBIA, MO 65202
WILMINGTON, NC 28405-3755
Sample Description
CLIENT ID: EFFLUENT
PROJECT NAME: TOASTMASTER, INC.
VOLATILE
PRIORITY POLLUTANTS EPA fi24
- .. AB NAZLR2 € , Analysis Date: 14 nalyst -I'M 97 14:31.
tn'str•unerit: GC/NS yDA
TesL':'0502
Parameter
Result
Det. Limit
Units
ACROLEIN
BDL
50
ug/L
AWN LWVMF
q /..L..................
..BENZENE................................................................................._...........................................BDL.............._........................_..._....................._........5....
:BBO , O.=ORM';>;;;;;:;.;;;:;:5;;>;::;;:iiata;;:;;;;:................:;';%;;;...................:; :;ti;';:y: ;:;:y:;:';;;;`::::
.........................................................
;:t:BDE: ;i:';;: ;:y» s:.»>':';r�: ;;: ;z i?? >i:? ....
.......................................................5......ug/L..................
.;;;:;:i;:i:;:si:;?:?::(;
CARBON TETRACHLORIDE
BDL
5
ug/L
Zs:>:a>r:>r;:r>;>s::r:=ss:::;:»i:;
::::.:..:..:.:....:..:::::..........:-
.:
, ......
CHLOROETHANE........._..._
BDL
............................. ...............................................................................................................................
:':=i i iit ; : si
: .........................::: ................:
. —1 ...._4g/L............
;: ;:; : ;:.........::Ili;.
9/ :L-r:::::........
CHLOROFORM
BDL
5
ug/L
BROMODICHLOROMETHANE
9/..L....
................_:....:........................................................BDL......................._...................__.......:...._..........._S..
BDE....:.
. ;....3...
... .
_ug/L
1,2-DICHLOROETHANE
BDL
5
ug/L
k,1-b.TCHL4RgE;T:HENE .....:..: ....:........
$U.L :..... . ' .
5.:u9/
.:.
5..
.1.,2-DICHLOROPROPANE
..................._.... .. ...........%..........
.
�D.LCHLOROEROPENE:>:.;:;:'`;:;..;.:'`.°:::'............'''
...BDL...... .... .....
BDL.:::...
_ .....
5 ..
_4g/L
ug/L
TRANS-I,3-DICHLOROPROPENE
BDL
5
ug/L
ETHYL $ENZENE ..>:
$Dk.:....
5....u9AE
....::
BROMOMETHANE.........................:.:.:...............................:...:..:.........................._......._BDL........................
lO....uq/L..
..tKNOM ...'T
.;;.::;::i:.;;::;;:.:;:;::::.::::::..::.::.:.. :..
...._ ....-........
BDL.:::.:.
IU.:
ug/L.:...
DICHLOROMETHANE (METHYLENE CHLORIDE)
BDL
5
ug/L
1,,1,,2,2T,ETRgCHLORpE7HANE
TETRACHLOROETHENE.....-...,.,_
BDL
5
ug/L
...... .......
_iOLllENE: .: .........
5..11g/E
TRANS-I,2-DICHLOROETHENE
BDL
5
ug/L
T:RiCHLOROETHpNE..... ......................
$Ok .::: .., ..: .....:...:,....
...5...49/L
BDL
..1.,.1.,2,TRICHLOROETHANE ................_........................................................
.TRICHLOROETHENE.::`:::::ri>;:y.;::;.,::.y;::.<.:.;.....
. ......:._.._... .._._..:. _. _
80L>,:...:::..:..:.....:....
....._.._......_ ..5..._ug/L..
-
-
TRICHLOROFLUOROMETHANE
BDL
5
ug/L
VINYL. 0 LQf. IDE :::;:;<::::::::::::: :: :;::;:.:, ....;.:......$Dk..:.
1,2 DICHLOROBENZENE (0_DICHLOROBENZENE)
BDL
5
ug/L
1, 3=DIGHLOROBENZENE...(M-DICHLOROBENZENE.)..............BDL
.:..
1,4-DICHLOROBENZENE (P-DICHLOROBENZENE)
BDL
5
ug/L_
Page 1 (continued on next page)

HERITAGE ENVIRONMENTAL SERVICES, INC. Sample ID: A400029 EFFLUENT
Sanple Connents
BDL Below Detection Limit
Sample chain of custody number R9273.
This Certificate shall not be reproduced, except in full,
without the written approval of the lab.
Additional copies of this report sent to:
LARRY CLARK, TOASTMASTER INC.
1801 STADIUM BLVD., COLUMBIA, MO 65202
Approved Page 2 (last page)

TO ENSURE PROPER HANDLING OF SAMPLES PLEASE COMPLETE THIS ENTIRE FORM
ca'xiA� HERITAGE ENVIRONMENTAL SERVICES R- 09272
i� COMMERCIAL LABORATORY OPERATIONS
1319 Marquette Dnve '
Rnmeoville. IL 60441 [phone] Fax [phone] .
Co. Name: 12 c
Analyses
Requested
Report To:
Co: • �_iy�'-•�=.'ate ' �
(Note
special
detection
limns
or methods)
Project Name:-7—u,9r'u=i 3?2' 2
Add:
Quote No.:
PO No.:
w�/ t �� rM h Y o -Y /V c a
ENVIRONMENTAL PROGRAM:
Attn:�7"l. '•' 7 ! �' i _
Phone: �!� " SL Sb`i
o
CWA NPDES IWP SLUDGE
m
g
Accelerated Turnaround Requested
RCRA MW SW DISPOSAL
u'
(Subject to Additional Charge)
SDWA CERCLA/SUPERFUND OTHER
Result Request by:
Yr
u
o
Mo Day
(Date must be Accepted and Approved by Lab.)
Sampled by
2�
E
m o
z
y
Sample
ID.
Date:
Time:
n
v
Sample Description:
fi
Remarks:
EMS
Sample No.
7T9
/3 -7
ri
�W
Z
4003
. y�tny3
�C
g
6-r /3
o�
.. >IAIN7
` 'k 15
ota,
'AAW /
Q-3
l T/o
&A
Relinquished by: (Signature)
Date Rime
Receled by: (Signature)
Relinquished by: (Signature)
Date/rime
Received by: (Signature)
e m uished b : (Si (Signature)
q Y 9
Date Rime
Received by: (Signature)
/
Relinquished by: (Signature)
!
/ ate Mime
/
Received by (Signature)
'LL4-vri
(12 -1 1...,.
etinguish by: (Signature)
Date [Time
ec?lved lost L b . (Signature) - -
Date /Time ;! Remarks:
Distribution: White original to be retained by client, Yellow copy to accompany sample to laboratory,
pink copy ro also be retained by client.

TO ENSURE PROPER HANDLING OF SAMPLES PLEASE COMPLETE THIS ENTIRE FORM
C"aziJ
T�^�+HERITAGE ENVIRONMENTAL SERVICES R- 092'73
ii�7G COMMERCIAL LABORATORY OPERATIONS
1319 Marquette Drive 1 '
Romeoville, IL 60441 [phone] Fax [phone]
Co. Name: /-Z C
oPhone:
.
m
gg
g3
ace
n o
m
0
o
z
(Note
Analyses
special
detection
Requested
limits
or methods)
Report To:
Co: c- "I -
Project Name: 7-,i�j.,7 i1 1A STD!
%
a
-
Add: 4 0— u . J ;"• n Z v
Quote No.:
PO No.:
✓�� h. •.
ENVIRONMENTAL PROGRAM:
CWA NPDES IWP SLUDGE
RCRA MW SW DISPOSAL
SDWA CERCLA/SUPERFUND OTHER
Attn: TF vf: 1D,4,kii /c-L-/?
Accelerated Turnaround Requested
(Subject to Additional Charge)
Result Request by:
Mo Day Yr
(Date must be Accepted and Approved by Lab.)
Sampled by:
Sample
Dale:
Time:
a
v
n
Sample Description:
Remarks:
EMS
Sample No.
c=,rii
S\A/
Z
T
40oo2s
Mw 7-
Alp
Nlwb
�
ag
t1/1./ryN�
�
Relinquished by: (Signature)
Date Rime
Received by: (Signature)
Relinquished by: (Signalture)
Date !time
Received by: !(Signature)
linquished by: (Signature)
Dale (Time
Received by: (Signal e)
./LAC
Relinquished by: (S�pnalurej
/ _ j,✓.r •<-iz-.
D to /Time
7-fit
,{��
Received by: (Signature)
Relinquished y: (Signature)
Date /Time
/
REGeived for L : (Signature)
I�
. Date / Time Remarks:
'7d
Distribution: White original to be retained by client, Yellow copy to accompany sample to laboratory,
pink copy to also be retained by client.

CERTIFICATE OF ANALYSIS
Service Location Received Project Lab ID
HERITAGE ENVIRONMENTAL SERVICES, INC. 07-FEB-97 2609 A400016
COMMERCIAL LABORATORY OPERATIONS complete PO Nuber
7901 W. MORRIS ST. 15-FEB-97 59240
INDIANAPOLIS, IN 46231 Printed Sampled
[phone] 17-FEB-97 30-JAN-97
Report To Bill To
STEVE TYLER LARRY CLARK
RICHARD CATLIN & ASSOCIATES TOASTMASTER INC.
P.O. BOX 10279 1801 N. STADIUM BLVD.
220 OLD DAIRY ROAD COLUMBIA, MO 65202
WILMINGTON, NC 28405-3755
Sample Description
CLIENT ID: RW1
PROJECT NAME: TOASTMASTER, INC.
Parameter
Result
Det. Limit
Units
ACROLEIN
BDL
50
ug/L
AGR:.lO....Z.T.. Lt,ir.....................::.:.::.:..:....::.::.::::::::::::.:::::::.:.:::::::::.:::::::.:.:::..::.-.........DL...............:.:.;:.-.:..:::..:.;::.:::,..........................._
..Ug/L..:,..:...::;.
BENZENE
BDL
5..._u9/..L
s. BRDMOFORM
...:...............::-:.., ........................................
ligj_L.....:..::
..............
CARBON TETRACHLORIDE
BDL
5
ug/L
CHLOROETHANE._
2...G
iLaRDETHYLV-INYLETHER;:
.:..............................................:.:.:.:,.::::::::::::.-::::.-::::.:::::::::::::::::
*"*""" :':::;;::::,.*,.. ...........:::.................BDL.:.:..y
,-:::BDL:::::.-::::::::::::::::::::::.-:.-:::.-:::.-:::::::.-::::::::._:.-::;::-10.....49LL..-:__
::::::::.::::c
a(#.
.. .
-
CHLOROFORM
BDL
5
ug/L
BROMODICHLOROMETHANE
BDL.-
5
ug/L
......................_..............-..........................................
:.`':::::.:::
_I,1..:DI;CHLORDETHANE...........:. ..................................................
..........................................................
y.-:BDL;>;>.:::<.,:.;<>;.:;<
:.:.:::::.::::::.::...::
... ::..-.......,
,:.:.:..:...:::.
.--.... 5.:::ug/L
..
.: .:.::
1, 2-D ICHLOROETHANE
BDL
5...
ug/L-_.....
.:
......BDI
:...........::: >:::::,........
5...u9/
..
I,.2.-DICHLOROPROPANE
................................................___
........................;.........BDL..
_ ... ..:::::::::::::::::.:::-.:::::::::::::::....:::........._5...
_49/L..... ......
C.IS-I;:3 DI:.CHLOROPROPENE :::::.::.::::.::.:.:.._. ............................
::::::;....
BDL
....
TRANS-I,3-DICHLOROPROPENE
5..Ug/�..................
......:..............................................................BDL
-ETHYLRENZ N s;;;;;;;;;;;;;;>;::;::::::::;;;:;;:;;>;;:;;>;;:;:::::::::::::::::;::::a:::,:::::..;.-:.:.
::::;(3 i:::' :>i:;a : iii _:.iii ii:.ii t
........:..:....................................................
< : <:k i
s:i; iiii:i::iiiiiii: `
...............;:
u9lt
BROMOMETHANE
BDL
10
ug/L
GHEaROMETH{fNE
.....................
...::.......................::::i::::::.::;::::::;;;:;:::.,::..... ;..:.:;:.:;:::.:;.............BDL.::..:;::;;;:;:;:.......
- ._ :::..
_ IO....ug/:L
DICHLOROMETHANE (METHYLENE CHLORIDE)
BDL
5
ug/L
.�.,.1.>:2,:2-T�TRAGHLOROETH.AN1
96.k .-:s;:.;=::;;;:;:;:.:°;:;;..>:::s':.......
....5.....0
/.L
TETRACHLOROETHENE.........._....:...._
......:.:...............:...::::::::::::::.-:::.--::.-8...-:::::::::::::.-:::.:::::::::......:.::::......
.TOLUENE......... .. : .. .
,
....BDL.:.::..
.::::::5::....Ug/L:.
TRANS-I,2-DICHLOROETHENE
** 61
5
ug/L
TRT.c.HLORoETHANE-_::.......:` .
BDI ...::' .....:. _
=;....::_
5...
_u§A
1,1,2.TRICHLOROETHANE
... .
BDL
5
ug/.L ,
.TRICHLOROETHENE:;::.:.:;.;;;<;•:>::: `:...:.
* ..:: ..:.::::._..._
_.:;
... 5......ug.;L.
.. ,.
TRICHLOROFLUOROMETHANE
BDL
5
ug/L
BDL .>; .............,..
;,:.:::.....::1t}
...............
...u9l:L.
2_-DICHLOROBENZENE...,(O.-DICHLOROBENZENE).:.-
_I, :::::::::...-:,BDL:.:::::::.......::..:::......::.-:..::::::.::.-:::.:::::::5°:9/�:.........,.:.
I,3 IlICH'OROSENZENE.;(M:�DIEHLOROBENZENE}._: ....
BDL:,<.:;.
5=:-ug/L
1,4-DICHLOROBENZENE (P-DICHLOROBENZENE)
BDL
5
ug/L
Page 1 (continued on next page)

HERITAGE ENVIRONMENTAL SERVICES, INC.
Sample ID: A400016 RW1
Parameter
.....................
..vrn v✓n✓ .v t.' . .."I va.r a,a. ✓a vn wnv�uu.na..
Note: * Above linear range -- please see replicate 1.
Parameter
E
Result Det. Limit Units
./o::.Rec
Result
Det. Limit 1 Units
2500 uo/L
W61
BDL
250
ug/L
BDL........................................................................359...._U9/..�_
. _.
250
.ug/L
BDL
250
ug/L
BDL..........................................................................250...._
g/L..
1i9:00:>t............................ ...................
..... .......
....
BDL
250
ug/L........_,....
BDC£;:t#<_=:€>_:<€s:as:;::;t;;:';:;;:t;>.i;aa=:;it::t:500;>:>zug/L,^t:';;;ii:6
BDL....................................................
..... .........25U0..ug/L..
BDL
........................................................................................................................
..................................................................................................................
...................................................................................................................
..................................................................................................................
............:.:.....250...
_yg/�.....
..
......
122.:.:..:::::...... ::.:.::::::::::.:..:_::,._,.........._
% Rec
..'.... .
Page 2 (continued on next page)

HERITAGE ENVIRONMENTAL SERVICES, INC.
Sample ID: A400016 RW1
v
Sample Comments
* See Note for Parameter
** See Note for Parameter
BDL Below Detection Limit
Sample chain of custody number R9272.
This Certificate shall not be reproduced, except in full,
without the written approval of the lab.
Additional copies of this report sent to:
LARRY CLARK, TOASTMASTER INC.
1801 STADIUM BLVD., COLUMBIA, MO 65202.
Approved : i. K, ]�W ,V,.
Page 3 (last page)

CERTIFICATE OF ANALYSIS
Service Location Received Project Lab ID
HERITAGE ENVIRONMENTAL SERVICES, INC. 07-FEB-97 2609 A400017
COMMERCIAL LABORATORY OPERATIONS Couptete PO Nunber
7901 W. MORRIS ST. 15-FEB-97 59240
INDIANAPOLIS, IN 46231 Printed Saapted
[phone] 17-FEB-97 30-JAN-97
Report To
STEVE TYLER
RICHARD CATLIN & ASSOCIATES
P.O. BOX 10279
220 OLD DAIRY ROAD
WILMINGTON, NC 28405-3755
CLIENT ID: RW2
PROJECT NAME: TOASTMASTER, INC.
Bill To
LARRY CLARK
TOASTMASTER INC.
1801 N. STADIUM BLVD.
COLUMBIA, MO 65202
Sample Description

HERITAGE ENVIRONMENTAL SERVICES, INC.
Sample 10: A400017 RW2
7-'.-fRIORIW-POLLUTANTS ::::: EPA 624
............VOLATILE.....
hd L W, 13
Y'sjfse.0atd:"
enM
.. ...........
Parameter
Result
Det. Limit
Units
ACROLEIN
BDL
2500
ug/L
ACR
ERMA
BENZENE ...... .................. .........
........ .............................................
OR
2 0
................... 5
9
q /L
........................................................................................................................
.................. . . .................. I ...........................................................
. .................................................. ..................
. . ...... .............. . . . . . . .
. .......... . . . .... . . .............
......... .............
-BROMOFORK."..'...." ........ ............. - .. .. . .. ..... ......
'tAkbbNjft'
SBUM ...... ............. .......250.
- ... I ........ ..... .
......
...... ... ..........
. . ...
L ..........
kdkift
BDL
250
ug/L
CHEOROBENZENE. . . .. ......... ... ...... .. .....
...................... ...................... ........ .................... ................. .........
.....................................................
- -
.
CHLOROETHANE
BDL ...........
............... ....... 5.0.0. ...
ug&_
. . . ......... -* ....... .. ..... * EVINYLETHE . .. ....
........... .. ..... .
...
L
CHLOROFORM
BDL
25590
uq/ L
.. . ... ......... .....
....
.....
....... .. .. .... ... ...... . ... .. .. .. ............ ....
. . . .. . . . .... .. .
.............. ....................................
............ ...... ...............................
B ......... .........................................
Ot ..... ...... ...... -- ... ..... ..... ......
....... ............ .
....................
.....................
. ...... . . . .
B..R.O.M.OD.I.C.H..L..O.R.O.M.E.T.H.A.N..E
.............. ......BD.L
............................................... .....
.......... - ....25.0
y.g/
... ........ .............. ............................. ........... -
-..-...
... .L .. .. ..........
1,2-DICHLOROETHANE - - - - - - - - - - - - - - - - - -- - - - - .. - -- .. - - -- - -- - - - -
BDL
.... .... .. . .... .............................. . . ..
. 250
..uq/L
.................. ................................ I ...................... ..
.... . . . . ............ . . .. . . . .... .................
.. --.- . -- . - . -- . - . - . - . - . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
%L
8. ....................... ...... ................
............ �..% ...........
.......... ..........
.....
-LEES
J.,,�Z.-..P!CHLOROPROPANE ................. * .......... ..................... ........ ... ....
BDL
.. .. .... * ......... **'**'*'* ...... *- ...... - ..
........... ......... UP—J49A
.........................
....................................................................... ...
........................................ ............................. ....
=9UPMEMOOM .............. ........................................................ ..
.........................
. .................. ................. .....
.. . ..............................................
..............................................
............................. ---- ...
... .... .................................. ....
........... .........
A§ZV7��
TRANS-1,3-DICHLOROPROPENE
BDL
L
. ....... ..... . .
BROMOMETHANE
. . .
BDL ............... *.'.-- ......
............................................................ . . . . .
.................... ................ ..............................
THANE"�'�*'�"*��­'�­' ..............................
. . . . . . . .
HE �ML��
"MORE .... ........ . . . . . . . . . . . . . . . . . . . . . . . . . . . .
....
... .................................... . . . . . .
.... ... ...
.................. ...
............ .............
............... . .
. .. .
...... ffffffff Soo'
. ....... -- .....................
"b'kH'[0'R'OME'THAN­E­" M E'T­H Y'L'E''N E'."C"HLORIDE)
BDL
250
ug/L
........... ........
TETRACHLOROETHENE...................
L .I......... .L............................................
.5...0.. ...
.........................
..ug/L
..... ....... ......BD
.
...
... ....... .. .
.
.,
. .... .
TRANS 1,2-DICHLOROETHENE
66E
250
.-..2
ug L
.........
Wf�HLOROETHAN ...........
99�5
. ...
....................................................................................
RICHLOROETHANE
.................................... ..............................................................
BDL . ... ...
. ... ........ ..........
250
... 9 ... ....
u &
X"OROE
25
I- .. . .. ...............
BDL
250
ug/L
........................... ........ ...
...................... I ..........
. ...............
........
. ....
9
... (Q-DICHLOROBENZENE) ...................... .....
P4 ....................................................
.......... ......... 250
..... ....... . ... .. -
ug/L
..j.,9-DIC%QRQR9N7W
................................
................................................
1,.4-DICHLOROBENZENE (P-DICHLOROBENZENQ..
................................................... ... ....... .. . .....
................. I ........ ........ ......... ...... ....... ............... ... ..........................
. = .................. ....... :% ......
.. ......... ...............
........... .
SURROGATE...RECOVERYRT.C.0Y.E.R.Y. .............................. ...................... ..... .
...................... - . -- -- - - - .. . . ... ................... ...
... .. .. ........... ....... ... ........ ......... I ...... I ..... ..' ......................... ...................................................
........
....... ..
.......... I ............. I .......... ................
.............................. -- .........
....
. . .. ...
. . .
.................. ...... - .... ....... I .................... .................................
........ * .......... .. .. . ...... . . ... ...
. .. .... ...
*-I .... 24'-
........ .............. ..........
.......
14-BROMOFLUOROBENZENE
112
1 1:50 DILUTION
Page 2 (continued on next page)

HERITAGE ENVIRONMENTAL SERVICES, INC.
Sample ID: A400017 RW2
sanQte Comments
* See Note for Parameter
** See Note for Parameter
BDL Below Detection Limit
Sample chain of custody number R9272.
This Certificate shall not be reproduced, except in full,
without the written approval of the lab.
Additional copies of this report sent to:
LARRY CLARK, TOASTMASTER INC.
1801 STADIUM BLVD., COLUMBIA, MO 65202
Approved : P.V, 'S�W2A�r z Page 3 (last page)

CERTIFICATE OF ANALYSIS
.Service Location Received Project Lab ID
HERITAGE ENVIRONMENTAL SERVICES, INC. 07-FEB-97 2609 A400018
COMMERCIAL LABORATORY OPERATIONS complete PO Nurber
7901 W. MORRIS ST. 15-FEB-97 59240
INDIANAPOLIS, IN 46231 Printed sampled
[phone] 17-FEB-97 30-JAN-97
Report To Bill To
STEVE TYLER LARRY CLARK
RICHARD CATLIN & ASSOCIATES TOASTMASTER INC.
P.O. BOX 10279 1801 N. STADIUM BLVD.
220 OLD DAIRY ROAD COLUMBIA, MO 65202
WILMINGTON, NC 28405-3755
Sample Description
CLIENT ID: RW3
PROJECT NAME: TOASTMASTER, INC.
- Parameter
Result
Det. Limit
Units
ACROLEIN
BDL
50
ug/L
BENZENE
BDL.............................................................................._`�.....U9/..L.............:....
..........................................................................................................
.............................................i:::>t:s................3......0
>s.... f>?s>s?'si>i?i)i'>i?i's>?4'»>s>sS>:>s>a:;t--...:;;»a::asist::>i:
s>::is
_L
J/
s:4zs:saat:
...................
CARBON TETRACHLORIDE
BDL
5
ug/L
......................................... .........................
CHLOROETHANE_
BDL..
10...:.
U.g./L......-..-.......
..............._.............................................................................................
...........................................
..._...
.... I ...................
CHLOROFORM
BDL
5
49/L
BROMODICHLOROMETHANE
B.D.L
`5.
ug/..L...:._.........
.:.......::.............
1,.1..:DI,CHLOROETHANE......_......................................:........
...............................................
..::.......:...
9/
1,2-DICHLOROETHANE
BDL
5
U9/L..
,T.O.T:CHLORoETHENE.....;;.is:' :::::::::::;:,`:::>:;.. ............BUk
:::
5...u91a
.....
1.+_2-DICHLOROPROPANE
............................................:::...:::::::::::::::::::::.-::.-::BDL
;CIS ..1,.3'DLCHLOROPRO.PENE ........:•;is,-`::..:':':::i'.'::.;rq:r;
..BDL
:::.-::.:.-:::::::.-:::::::::::::::::.-:.:::::.:.-.-::::::.-.......:5::.::...9
....:::::::..':.i`:::.::."s::...::.:;:.::;.::,.........
g/L..-: .:....
TRANS-I,3-DICHLOROPROPENE:.
BDL
5..u9/L.........__.
........
ETHYL
5.....u9I_L......:
BROMOMETHANE
BDL:.-::::::::::::::.-.::.::::::::::.-::::::.-.:::::::.:::::::::::::.-.:::::-1:0::.::9/�:.:::.,,._,,...
DICHLOROMETHANE (METHYLENE CHLORIDE)
BDL
5°9/L::.::::::.::.:::::.
TETRACHLOROETHENE.......................:...::::::::::::............::::::::::::.::::.....:.....-:::::.
BDL.:.-::..::::::::::::::.-:::::::::::::.-:::::::::......:..::::.::::::::::::......:�9L�,.:::;;::.-:.::-:.
TOLUENE;:;:::.:..:..:.:::;;;:;::.-:.:.;::•:::::::-:.:::....BDL...:::.....
'....'.....:::::::::::
5...
ug/,L .. ...:;;
TRANS-I,2-DICHLOROETHENE
BDL
5
ug/L
..............
T>1;T.TaTCHLORO.ETHANE::`??;;<
. OOL....:.:.
5.....u9JL.
17_112-TRICHLOROETHANE
BDL
5
ug/L_,__.___..
..TRICHLOROETNENE:::-::::.-
:::...................:...:::..:.............-.:::.;:.;::.:::..........
.:.......;..;., ..;...:......,.: ..
-..........
5..;..
ag%L
TRICHLOROFLUOROMETHANE
BDL
5
ug/L
1,2-DICHLOROBENZENE..:(O.-DICHLOROBENZENE.)
BDL::.-
,- I ug-:.:.,.,.,..-.:
::::::::::::.:.::::::::.-::::::::::.-:::::::::::::::::::.-5.
1,4-DICHLOROBENZENE (P-DICHLOROBENZENE)
BDL
5
ug/L
Paqe 1 (continued on next page)

HERITAGE ENVIRONMENTAL SERVICES, INC.
Sample ID: A400018 RW3
Parameter
Result
Det. Limit
Units
ACROLEIN
BDL
250
ug/L
BENZENE
BDL
25
ug&
..............:
;i»> :;
.
Ug/ .
CARBON TETRACHLORIDE
BDL
25
cH. o.6NZE..........................
i'::ii
s:i;:;
.. ..
_�9/�....__..........
ugl. .........
CHLOROETHANE
BDL..:::....::...................................:...............
50
u.9/L
ZiHLOROETHYLVINYLEIHER
.................
::::::..::.:.:;..:::;...::.;:.:::::.::?
:;.......6DL...:.::.:.:::;::::..;;:..:::...,::;.;......-;.:
. ............
,;;.:,.:::;:.;50.
.............. ...
CHLOROFORM
BDL
25
ug/L
:>?:BD.k°:::?.::: ;;::`;:.._...
.:::.y?:".:'
BROMODI
CHLOROMETHANE
........................
....................................................................................._BDL.,::::::::
I;;;1;-DICHLOROEZNANE..................._.............................................................
::::::::::::.......
........ ..._ugLL.................
5....ug�L.................
1,2-DICHLOROETHANE
BDL
25
ug/L
xCagRUE-THENE..-::::::::.:..::..........:..:..:::.:. ::::.::..:.:::.::.::.:::...............:.........::BDL..:....:
;.:: ,; ;::
_ ........._2.5........g/k
.
.1.,_2:-DICHLOROPROPANE
.................
BDL....:..._......._
25
.u.. �.................
6 t .:,:::...:,,
;..CIS...I,3....DICHLOROPROPENE.
.BDL........
.8DL>:>:<, .::::::::::::::.... `i>::.>:`_::'..`;...:..:::
•;: 25
L
ug/ ....:..::.::
TRANS-I,3-DICHLOROPROPENE
25
ug/L..................
......................................................................BDL
;>:
'u 9
BROMOMETHANE
BDL
5 ....
-0...::�9L�..........:..-
CHLOROMEFHANE:::::::::.-:::::::.-::::::::.-
::...::.:.-:::::::.::::::::::
::::::::::::::::.:-:::::.-::::::::::.::::::::::::::::::...............
......._
.......... ....ug/:L
DICHLOROMETHANE (METHYLENE CHLORIDE)
BDL
25
ug/L
TETRACHLOROETHENE................................................................................:.........
..... ...
AMEN E::::::::::::::::::::.:::::.......BDL...::;::;:':':;""'::'::":':i.".':.''.'.":::i:;':;'::';:i:::;;:::;;:;.25....;:u
...:.BDL:.-.-:::::::::::.-:::.-:::.-::::::::.-:::::.:.::::::::::::::.::::::.::�5..::.9/::::
'.L....:..:...._'::
TRANS-I,2-DICHLOROETHENE
BDL
25
ug/L
.>1>1.;fRXGNLOROETHANE. ....
s.
. . ..
...BAI .; .
25.
u9/L,
1.:.1.,:2-TRICHLOROETHANE.._
BDL:::.:.::::::::::::::::.:::::::::::::.-::::::::.::::::::.-
.TRICHLOROETHENE...
TRICHLOROFLUOROMETHANE
BDL
25
ug/L
.........
.....BDL-.... .............................,....................:._.
25....u9/L_
.
._1.,2-DICHLOROBENZENE....(O-DICHLOROBENZENE)._........_
D;I;CHLdRDBENZENE....(M=DIGHLOROBENZENE)
80
25.....ug%L
.
.
1.4-DICHLOROBENZENE (P-DICHLOROBENZENE)
BDL
25
ug/L
DICHLOROETHANE-D4
125
% Rec
T06UENC: p8...._...
4-BROMOFLUOROBENZENE
115
% Rec
1:5 DILUTION
Page 2 (continued on next page)

HERITAGE ENVIRONMENTAL SERVICES, INC.
Sample ID: A400018 RW3
San,le Con nts
* See Note for Parameter
BDL Below Detection Limit
Sample chain of custody number R9272.
This Certificate shall not be reproduced, except in full,
without the written approval of the lab.
Additional copies of this report -sent to:
LARRY CLARK, TOASTMASTER INC.
1801 STADIUM BLVD., COLUMBIA, NO 65202
Approved Page 3 (last page)

CERTIFICATE OF ANALYSIS
Service Location Received Project Lab ID
HERITAGE ENVIRONMENTAL SERVICES, INC. 11-FEB-97 2609 A400209
COMMERCIAL LABORATORY OPERATIONS complete PO Nunber
7901 W. MORRIS ST. 19-FEB-97 59241
INDIANAPOLIS, IN 46231 Printed Sampled
[phone] 19-FEB-97 10-FEB-97 14:00
Report To Bill To
STEVE TYLER LARRY CLARK
RICHARD CATLIN & ASSOCIATES TOASTMASTER INC.
P.O. BOX 10279 1801 N. STADIUM BLVD.
220 OLD DAIRY ROAD COLUMBIA, MO 65202
WILMINGTON, NC 28405-3755
Sample Description
CLIENT ID: INFLUENT
Parameter
BENZENE
..:...........................
CARBONTETRA
W.OMEN
CHLOROETHANE
1771
E
VINYC CHLORI:DE.:
1,2 DICHLOROBENZENE (O-DICHLOROBENZENE)
1,3...DICHLORO.BENZENE (M=DiCHLO.ROBENZENE}.
1,4 DICHLOROBENZENE (P-DICHLOROBENZENE)
Result I Det. Limit I Units

�HERITAGE ENVIRONMENTAL SERVICES, INC.
Sample ID: A400209 INFLUENT
Parameter
--------------------------------
Resutt Det. Limit Units
Parameter
ResuLt
Det. Limit
Units
P3ge 2 (continued UD next page)

HERITAGE ENVIRONMENTAL SERVICES, INC.
Sample ID: A400209 INFLUENT
SampLe Comments
* See Note for Parameter
** See Note for Parameter
BDL Below Detection Limit
Sample chain of custody number R10466.
This Certificate shall not be reproduced, except in full,
without the written approval of the lab.
Additional copies of this report sent to:
LARRY CLARK, TOASTMASTER INC.
1801 STADIUM BLVD., COLUMBIA, MO 65202
a
c
Approved : Q-V- Sae
Page 3 (last page)

CERTIFICATE OF ANALYSIS
Service Location Received Project Lab ID
HERITAGE ENVIRONMENTAL SERVICES, INC. 07-FEB-97 2609 IA400030
COMMERCIAL LABORATORY OPERATIONS Complete PO Number
7901 W. MORRIS ST. 15-FEB-97 59240
INDIANAPOLIS, IN 46231 Printed Sampled
[phone] 17-FEB-97 30-JAN-97
Report To Bill To
STEVE TYLER LARRY CLARK
RICHARD CATLIN & ASSOCIATES TOASTMASTER INC.
P.O. BOX 10279 1801 N. STADIUM BLVD.
220 OLD DAIRY ROAD COLUMBIA, MO 65202
WILMINGTON, NC 28405-3755
Sample Description
CLIENT ID: TRIP BLANK
PROJECT NAME: TOASTMASTER, INC.
Parameter
ACROLE-IN
TETRACHLORIDE
CHLOROFORM
BROMODICHLOROMETHA
=MnAmmw
1.2-DICHLOROETHANE
Result
Det. Limit
Units
BDL
50
ug/L
BDL
...............................
.............
... u
BDL
5
ug/L
BDL
10
9/ L
..0
L
*-,..
ug/L
BDL
5
.... ...
... - . . .... -
BDL
5
ug/L
. . .... .... .. -
BDL
5
. . ... .. ..
. ......
BDL
5
ug/L
...........
BDL
...... ..
...
BDL
5
ug/L
BOVRR>`i.»: »a>.>:<ii_: ` s»'>:»:
1'..'..11.1 ...
BDL
5
ug/L
.......................
.... ........... ....... ........
.
..... .........
.... ........... ..
BDL
5
ug/L
............. ..............
.. . . .. ......
............ .. .....
BDL
5
ug/.L
............. ...
... ..... ..
... ......
BDL
5
ug/L
..
.........
Algl.
BDL
5
ug/L
......
.........5
-ug.;.-
BDL
5
Ug/L
Page 1 (continued on next page)

i
HERITAGE ENVIRONMENTAL SERVICES, INC.
Sample I0: A400030 TRIP BLANK
Sample Comments
BDL Below Detection Limit
Sample chain of custody number R9273.
This Certificate shall not be reproduced, except in full,
without the written approval of the lab.
Additional copies of this report sent to:
LARRY CLARK, TOASTMASTER INC.
1801 STADIUM BLVD., COLUMBIA, NO 65202
Approved : Q K . 42A Cs Page 2 (last page)

"% .-� Toastmasters
Date
MW-1
mg/L
MW-2
mg/L
MW-3
I mg/L
MW-4
mg/L
MW-5
1 mg/L
mg/L
2L
0.0028
0.0700
0.0028
0.0700
0.0028
0.0700
0.00281
0.0700
0.00281
0.0700
0.0070
TCE
trans/cis-1,2-DCE
TCE
I trans/cis-1,2-DCE
TCE
I trans/cis-1,2-DCE
TCE
I trans/cis-1,2-DCE
TCE
I trans/cis-1,2-DCE
1,1-DCE
16-Jan-95
No analyses attached...
No analyses attached...
No analyses attached...
No analyses attached...
No analyses attached...
06-Apr-95
0.4500 BDL
0.4800 0.0240
N/A N/A
1.7000 0.2400
3.6000 0.3200
26-Sep-95
No analyses attached...
No analyses attached...
No analyses attached...
No analyses attached...
No analyses attached...
16-Jan-96
0.9300
0.0070
1.1000
BDL
N/A
N/A
6.1000
BDL
13.0000
0.0030
BDL
23-May-96
0.0960
BDL
0.0290
BDL
3.1000
BDL
N/A
N/A
14.0000
BDL
0.0040
17-Sep-96
0.5100
0.0230
0.0080
BDL
N/A
N/A
1.6000
0.1800
9.0000
0.013/1.600
0.0050
31-Jan-97
0.7300
0.0230
0.0140
BDL
N/A
N/A
5.0000
0.6000
8.4000
1.5000
BDL
28-Apr-97
0.1300
BDL
0.0110
BDL
0.1100
BDL
3.6000
BDL
6.4000
BDL
BDL
11-Sep-97
0.5600
naa
1.4000
naa
0.1500.
naa
5.5000
naa
1.6000
naa
naa
28-Jan-98
No analyses attached...
- 0.0130
naa
0.0560
0.0080
2.3000
0.3200
6.0000
0.8000
naa
Date
MW-6
mg/L
MW-7
mg/L
mg/L
mg/L
mg/L
mg/L
mg/L
mg/L
mg/L
2L
0.0028
0.0700
0.0028
0.0700
0.00019
0.00038
0.0070
0.0007
0.0290
1.0000
0.2000
TCE
trans/cis-1,2-DCE
TCE
trans/cis-1,2-DCE
chloroform
1,2-DCA
1,1-DCE
PCE
ethylbenzene
toluene
1,1,1-TCA
16-Jan-95
No analyses attached...
No analyses attached...
06-Apr-95
N/A N_ /A
12.0000 0.6400
BDL
BDL
BDL
1.3000
BDL
BDL
0.4800
26-Sep-95
No analyses attached...
No analyses attached...
16-Jan-96
2.5000
BDL
1.2000
BDL
BDL
BDL
BDL
0.1400
BDL
BDL
BDL
23-May-96
1.8000
BDL
14.0000
BDL
0.0090
0.0080
0.0320
1.2000
0.0080
0.0240
0.4500
17-Sep-96
1.0000
0.1000
1.6000
0.0320
BDL
BDL
0.0060
0.0740
BDL
BDL
0.0310
31-Jan-97
1.8000
0.2800
12.0000
0.3300
0.0060
0.0250
0.0180
2.0000
0.0060
0.0160
0.2700
28-Apr-97
1.9000
BDL
4.7000
BDL
BDL
BDL
0.0120
0.3800
BDL
BDL
0.0770
11-Sep-97
0.7200
naa
1.1000
naa
naa
naa
naa
naa
naa
naa
naa
27-Jan-98
1.1000
0.1400
8.0000
naa
naa
naa
naa
naa
naa
naa
naa
Date
GT-8
goy mg/L
mg/L
GT-9
mg/L
mg/L
GTA0
mg/L
mg/L
mg/L
mg/L
2L
0.0028
0.00019
0.0700
0.0028
1.0000
0.0700
0.0028
0.0700
TCE
chloroform
trans/cis-1,2-DCE
TCE
toluene
trans/cis-1,2-DCE
TCE
1,1,1-TCA
PCE
Dichloromethane
trans/cis-1,2-DCE
16-Jan-95
No analyses
attached...
No analyses attached...
No analyses attached...
06-Apr-95
0.04201
BDL
0.0080
BDL BDL
BDL
0.31001 BDL
BDL
BDL
0.0560
26-Sep-95
No analyses attached...
No analyses attached...
No analyses attached...
0.0150
BDL
BDL
0.0160
BDL
BDL
0.0170
BDL
BDL
BDL
BDL
0.0200
0.0040
BDL
0.0490
0.0080
BDL
BDL
BDL
BDL
BDL
BDL
BDL
BDL
BDL
0.0540
BDL
0.0070
1.7000
0.0110
0.0240
0.0070
0.3700
V28Apr-97
BDL
BDL
BDL
0.0230
BDL
BDL
BDL
BDL
BDL
BDL
BDL
BDL
BDL
BDL
0.1600
0.0370
BDL
BDL
BDL
BDLBDL
BDL
0.0160
naa
naa
0.0170
naa
naa
0.5800
naa
naa
naa
naa
No analyses attached...
No analyses attached...
0.0790
naa
naa
naa
0.0210

f ,., Toastmasters
p ex ko
r
Dale
GT-13
mg/L
mg/L
mg/L
mg/L
GT-14 �1ca
mg/L
mg/L
RC-15 Ca
Sy
g/L
Effluent I , U.
2L
0.0028
0.0050
0.0010
0.0700
0.0007
0.0028
0.0050
0.0700
0.0028
0.0700
0.0028
TCE
dichloromethane
benzene
trans/cis-1,2-DCE
PCE
TCE
dichloromethane
trans/cis-1,2-DCE
TCE
trans/cis-1,2-DCE
TCE
07-Dec-94
0.0060
16-Jan-95
No analyses attached...
I
No analyses attached...
BDLI
BDL
No analyses attache
23-Feb-95
BDL
29-Mar-95
0.0610
06-Apr-95
0.3500
BDLI
BDLI
003101
BDL
0.17001
BDLI
0.0800
BDLI
BDL
0.0600
May-95
13-Jun-95
No analyses attache
18-Jul-95
_
No analyses attache
29-Aug-95
-
.
No analyses attache
26-Sep-95
No analyses attached...
No analyses attached...
No analyses attached...
No analyses attache
21-Oct-95
0.0410
Nov-95
28-Deo-95
0.0410
16-Jan-96
0.3400I
BDLI
BDLI
BDLI
0.0060
0.0280I
BDLI
BDL
BDLI
BDL
0.0410
08-Feb-96
BDL
Mar-96
Apr-96
23-May-96
0.2300
BDLI
0.00601
BDLI
0.0040
0.08701
BDLI
BDL
BDLI
BDL
BDL
Jun-96
_
28-Jun-96
BDL
25-Jul-96
BDL
22-Aug-96
0.0150
17-Sep-96
0.16001
0.00501
BDLI
_0 0150I
BDL
0.46001
0.00501
0.0980
0.00501
Oct-96
13-Nov-96
-
0.0030
05-Dec-96
BDL
31-Jan-97
0.06201_
BDLI
BDLI
BDLI
BDL
0.0600]
BDLI
0.0640
BDLI
BDL
BDL
10-Feb-97
. .,,
..,,
BDL
06-Mar-97
BDL
28-Apr-97
0.2800
BDL
BDL
BDL
BDL
0.12001
BDLI
BDL
BDLI
BDL
BDL
11-Sep-97
0.0660
naa
naal
naa
naa
0.02201
naal
naa
No analyses attached...
0.1000
06-Oct-97
No analyses attache
28-Jan-98
0.0660
naa
naaO.00SOI
naa
0.0130
naa
0.002 0
No analyses attached...
No analyses attache

Toastmasters
mg/L
(no 2L std.)
_
1,1,2-TCA
BDL
BDL
0.0110
BDL
BDL
BDL
naa
naa
GTA 1
mg/L
mg/L
GT-12
mg/L
0.0028
0.0050
0.0700
0.0028
0.0700
TCE
dichloromelhane
trans/cis-1,2-DCE
TCE
trans/cis-1,2-DCE
vinyl cl..
toluene
No analyses attached...
_
No analyses attached...
6.16001 BDL
BDL
0.12001 0.0230
No analyses attached...
No analyses attached...
0.2800
BDL
BDL
0.0900
BDL
0.2400
BDL
BDL
0.0410
BDL
- 0.2300
0.0090
0.0150
0.1100
0.0210
0.0940
BDL
0.0050
NIA
N/A
0.1300
BDL
BDL
NIA
N/A
0.4100
naa
naa
0.0030
naa
naa
0.0060
0.1400
naa
naa
0.0270
0.0020
0.0010
naa

Toastmasters
mg/L
mg/L
0.0700
1.0000
trans/cis-1,2-DCE
Toluene
BDL
BDL
BDL
0.0070
0.0090
BDL
0.0100
BDL
0.0060
BDL
BDL
BDL
BDL
BDL
BDL
BDL
BDL
BDL
BDL
BDL
'
BDL
BDL
BDL
BDL
BDL
BDL
BDL
BDL
BDL
BDL
BDL
BDL
BDL
BDL
BDL
BDL
naa
naa
BDL

Toastmasters 3 3 /q 7
Date
MW-1
MW-2
MW-3
MW-4
2L
0.0028
0.0700
0.0028
0.0700
0.0028
0.0700
0.0028
0.0700
- 0:0028
0.0700
TCE
trans/cis-1,2-DCE
TCE
trans/cis-1,2-DCE
TCE
trans/cis-1,2-DCE
TCE
trans/cis-1,2-DCE
TCE
trans/cis-1,2-DCE
31-Jan-97
0.7300
0.0230
0.0140
BDL
N/A
NIA
5.0000
0.6000
' 8.4000'�-50D
01-Sep-96
-
23-May-96
0.0960
BDL
0.0290
BDL
3.1000
BDL
NIA
N(A
14,0_000._
BDL
01-Apr-96
16-Jan-96
0.9300
0.0070
1.1000
BDL
N/A
NIA
6.1000
BDL
- 13.0000
`0.0030
01-Sep-95
06-Apr-95
0.4500
BDL
0.4800
0.0240
N/A
N/A
1.7000
0.2400
3.6OQ0.
_ 0.3209
16-Jan-95
N/A
N/A
N/A
N/A
N/A
N/A
NIA
NIA
N/A
NIA
Date
MW-6
MW-7
2L
0.0028
0.0700
0.0028
0.0700
0.00019
0.00038
0.0070
0.0007
0.0290
1.0000
0.2000
(no 2L std.)
TCE
trans/cis-1,2-DCE
TCE
.trans/cis-1,2-DCE
chloroform
1,2-DCA
1,1-DCE
PCE
ethylbenzene
toluene
1.1.1-TCA
1,1,2-TCA
31-Jan-97
1.8000
0.2800
12.0000
0.3300
0.0060
0.0250
0.0180
2.0000
0.00601
0.0160
0.27001
BDL
01-Sep-96
23-May-96
1.8000
BDL
14.0000
BDL
0.0090
0.0080
0.0320
1.2000
0.0080
0.0240
0.4500
0.0110
01-Apr-96
16-Jan-96
2.5000
BDL
1.2000
BDL
BDL
BDL
BDL
0.1400
BDL
BDL
BDL
BDL
01-Sep-95
06-Apr-95
N/A
N/A
12.0000
0.6400
BDL
BDL
BDL
1.3000
BDL
BDL
0.4800
BDL
16Jan-95
N/A
NIA
NIA
N/A
NIA
N/A
NIA
WA
N/A
N/A
N/A
BDL
Date
GT-8
GT-9
GT-10
GTA 1
GT-12
21.
0.0028
0.00019
0.0700
0.0028
1.0000
0.0700
0.0028
0.0700
0.0028
0.0700
0.0028
0.0700
TCE
chloroform
translcis-1,2-DCE
TCE
toluene
I trans/cis-1,2-DCE
TCE
trans/cis-1,2-DCE
TCE
trans/cis-1,2-DCE
TCE
trans/cis-1,2-DCE
31-Jan-97
BDL
BDL
BDL
0.0230
BDLI
BDL
BDL
BDL
0.0940
0.0050
N/A
N/A
01-Sep-96
23-May-96
0.0200
0.0040
BDL
0.0490
0.0080
BDL
BDL
BDL
0.2400
BDL
0.0410
BDL
01-Apr-96
16-Jan-96
0.0150
BDL
BDL
0.0160
BDL
BDL
0:0170
BDL
0.2800
BDL
0.0900
BDL
01-Sep-95
06-Apr-95
0.0420
BDL
0.0080
BDL
BDL
BDL
0.3100
0.0560
0.1600
BDL
0.1200
0.0230
16Jan-95
N/A
BDL
NIA
NIA
BDL
N/A
N/A
N/A
N/A
N/A
N/A
N/A

Toastmasters m) L
: Date
GT-13
GT-14
RC-15
�entl
v5l�
0.0028 0.0010 0.0700 0.0007
0.0028 0.0700
0,0028 0.0700
0.002811f-)�
0.0700
1.00001
J)C, I Im-'T,
TCE benzene trans/cis-1,2-DCE PCE
TCE trans/cis-1,2-DCE
TCE trans/cis-1,2-13CE
TCE
Itrans/cis-1,2-DCE
Toluene
F
31-Jan-97
05-Dec-96
Lf BDL BDL
ATOSOO y 0.0640
BDL BDL
BM
B6LI
BDL
BDL
M
BDL
13-Nov-96
01-Oct-96
N
0.0310
N/A
I
0.0100 BDL
0.0090 BDL
BDL 0.0070
BDL BDL

-Af i7 �
Flo - 45z-5b(o3
$-YI�Y� 1
5 �-P� .!
a. M t 5 S t `5 3a.v\, 95 (e.tc ca-Pi RC i ��� 5e t 951 A�p r 9(. Sep it
b. Orl..1 MW - -9 ivt 96
r Apr. tre SO,- I_j vwi
Y Mat
d. M(l)VhiSSty\5 5/96
e. rvo pK * A L"-Q
r, Cko Sci �ur v.o . S ov.-e v"i lu'j
3, 5I9b hqY �rwga(¢� dti3 �u17 (5'-^'pVD-�,_d +z, `Flq�� G✓"J no(�
t /9 -1 Tl l9'W� �roa i' le. Gt:�� �P�O '�' r'�%e,,,-�� � �1"V"�Atir� Sann��a.-4 •7
7c,C
�'$`u.`'° 15-U ems. c.e-�.1�� w•�p S � O c.f' 9b � � Ga-r.F-ewS ?,
Mw OZ
p_
4 -1- °l� - (a In a �e `d A w. 2 e� Q
4-
Z4- f I- (x E-i rvun a i o a Qe
,.y;
51q 4 51 js - caClzd -�ivo� vw� wl\pAt re poy't-- I S
Slzi -

Ili sa _ �i �17-3A
t
- -V CO-V� I- c r n nQ caQ Q i repo c u fi vv Tf o A fio
Ii I1 I{
cv^ m b Ce . Gl ci
:: Q�E chi e S . CTwV� 7rrPnl.i.q Sc-�nl /e.,po✓( f� -✓v"t, ��S 1�1��
+I
Tk, GLAD - Sgs Lk eC . O-Y\
III it � un`(-P,� a✓i�,ov� �' Sc�-�.� /J--zA
II
In
1h
II
ill
it � -
t: