WQ0014248_Residual Annual Report 2019_20200303

Town of Cheraw
Public Utility Department
February 26, 2020
Ms. Sonia Gregory
NCDENR/DWQ/Water Quality Section
Information Processing Unit
1617 Mail Service Center
Raleigh, NC 27699-1617
Dear Ms. Gregory:
Enclosed is the annual Biosolids marketing and distribution report.
Please contact me if you have any questions or comments.
Sincerely,
A4Y jumultl—
Sherly Turner
Town of Cheraw
E� IVEQ!NCC�EQ!awR
R
Non -Desch Uri
permitting
R.Fr-1=111pr)
MAR p 2C2C
Post Office Box 219 1 Cheraw, South Carolina 29520 1 843-537-8440 1 F: 843-537-8442 1 www.cheraw.com

AniN ua1, LAA1J AYYLIUA 11U1N (;L+'RTIFIUATION t URM
Permit#: . WO0014248 County:
Facility Name (as shown on permit):
Land Application Operator:
Chesterfield
Town of Cheraw
Year: 2019
Phone: [phone]
Land application of residual solids as allowed by the permit occurred during the past calender year?
® Yes ❑ No If No, skip Part A, and Part B and proceed to the certification. Also, if residuals were
generated but not land applied, please attach an explanation on how the residuals were handled.
Part A:
Total number of application fields in permit:
Total number of fields land application occurred during the year:
3
Total amount of dry tons applied during the year for all application sites:
70.2
Total number of acres land application occurred during the year:
117
Part B:
Facility was compliant during calendar year 2019 with all conditions of the land application permit
(including but not limited to items 1-12 below) issued by the Division of Water Quality. ® Yes ❑ No
If no please, provide a written description why the facility was not compliant, the dates, and explain
corrective action taken.
1. Only residuals approved for this permit were applied to the permitted sites.
2. Soil pH was adjusted as specified in the permit and lime was applied (if needed) to achieve a soil pH of at
least 6.0 or the limit specified in the permit.
3. Annual soils analysis were performed on each site receiving residuals during the past calendar year and three
(3) copies of laboratory results are attached.
4. Annual TCLP analysis was performed and three (3) copies of certified laboratory results are attached.
5. All other monitoring was performed in accordance with the permit and reported during the year as required
and three (3) copies of certified laboratory results are attached.
6. The facility did not exceed any of the Pollutant Concentration Limits in Table 1 of 40 CFR Part 503.13 or the
Pollutant Loading Rates in Table 2 of 40 CFR part 503.13 (applicable to 40 CFR Part 503 regulated facilities)
7. All general requirements in 40 CFR Part 503.12 and management practices in 40 CFR Part 503.14 were
complied with (applicable to 40 CFR Part 503 regulated facilities).
8. All operations and maintenance requirements in the permit were complied with or, in the case of a deviation,
prior authorization was received from the Division of Water Quality.
9. No contravention of Ground Water Quality Standards occurred at a monitoring well or explanations of
violations are attached to include appropriate actions and remediations.
10. Vegetative cover as specified in the permit was maintained on this site and the crops grown were removed
in accordance with the crop management plan.
11. No runoff of residuals from the application sites onto adjacent property or nearby surface waters has occurred.
12. All buffer requirements as specified on the permit were maintained during each application of residuals.
"I certify, under penalty of law, that the above information is, to the best of my knowledge and belief, true,
accurate, and complete. I am aware that there are significant penalties for submitting false information,
including the possibility of fines and imprisonment for knowing violations."
Sherry Turner / Operator -of -Record
Permittee Name and Title (type or print)
Signature of Preparer*
(if different from Permittee)
* Preparer is defined in 40 CFR Part 503.9 (r)
Z Lb Za
Signatur f Permittee date
Date Signiture of Land Applier Date
(if different from Permittee and Preparer)
Author Daryl D. Merritt
DENR FORM ACF (7/2002)

ANNUAL DISTRIBUTION AND MARKETING/ SURFACE DISPOSAL CERTIFICATION AND SUMMARY FORM
PERMIT #: WQ0014248 - FACILITY NAME: Town of Cheraw
PHONE: [phone] COUNTY: Chesterfield' OPERATOR:
FACILITY TYPE (please check one):
Surface Disposal (complete Part A (Source(s) and "Residual In" Volume only) and Part C)
Distribution and Marketing (complete Parts A, B, and C)
Was the facility in operation during the past calendar year? ® Yes []No No If No skin Darts A. B. C and certifv form below
f
Part A*:
Part B*:
Month
January
Sources s (include NPDES # if
applicable)
Volume (dry tons)
Recipient Information
Admendmend
Bulking Agent
Residual In
Product Out
Name(s)
Allan Baucom
Volume (dry tons)
28.5
Intended use(s)
crops
February
No Residuals
Allan Baucom
19.7
crops
March
produced during
Allan Baucom
2 0
crops
April
2019, but distribution
May
June
of residuals from
2018 took place
July
August
September
October
vovember
December
Totals:
Annual (dry tons):
70.2
Admendment(s) used:
I I
Bulking Agent(s) used:
k If more space than given is required, please attach additional information sheet(s). ❑ Check box if additional sheet(s) are attached
Part C:
Facility was compliant during calendar year 2019 with all conditions of the. permit (including but not limited to items 1-3 below) issued by the
Division of Water Quality. ® Yes ❑ No If No, please provide a written description why the facility was not compliant.
�. All monitoring was done in accordance with the permit and reported for the year as required and three (3) copies of certified laboratory results are attached
?. All operation and maintenance requirements were compiled with or, in the case of a deviation, prior authorization was received from the Division of Water
Quality.
3. No contravention of Ground Water Quality Standards occurred at a monitoring well.
'I certify, under penalty of law, that the above information is, to the best of my knowledge and belief, true, accurate and complete. I am aware
that there are significant penalties for submitting false informaiton, including the possibility of fines and imprisonment for knowing viola`tions."
jrll,u/ 2- -U. - zo
signature of &rmittee - Date Signature of Preparer** Date
(if different from Permittee) **Preparer is defined in 40 CFR Part 503.9(r)
Author Daryl D. Merritt DENR FORM DMSDF (7/2002)

TOWN OF CHERAW WASTEWATER TREATMENT FACILITY
BIOSOLIDS REPORT 2019
PRESS
DRY CAKE
TONS LIME
%
TOTAL
LIME $/
POLY $/
LBS. POLY/
LBS. POLY
MONTH HOURS
SOLIDS T.
USED
LIME
DRY PROD.
TON PROD.
TON CAKE
TON CAKE
USED
JAN
191.00
68.26
2.82
192.50
FEB
138.00
42.80
1.93
82.50
MAR
118.00
42.24
2.60
110.00
APR
174.00
69.34
1.59
110.00
MAY
247.00
88.12
2.34
206.25
JUN
250.00
95.84
2.15
.206.25
JUL
248.00
92.04
2.09
192.50
AUG
250.00
85.62
3.11
265.87
SEP
235.00
82.62
1.66
137.50
OCT
260.00
94.11
2.19
206.25
NOV
189.00
76.24
3.61
275.00
DEC
219.00
88.58
3.10
275.00
TOT
2,519.00
925.81
0.00
2,259.62
AVG
209.92
77.15
ERR ERR 35.36
ERR 'ERR 2.44
188.30
MIN
118.00
42.24
ERR ERR ERR
ERR ERR 1.59
82.50
MAX
260.00
95.84
ERR ERR ERR
ERR ERR 3.61
275.00

ANNUAL RESIDUAL SAMPLING SUMMARY FORM
Attach this form to the corresponding Annual Report
Please note that your permit may contain additional parameters to be analyzed than those required to be summarized on this form.
Permit Number: WQ0014248 L b t
Facility Name:
NPDES # or
WQ#:
WWTP Name:
Residual Annlveic nata
Town of Cheraw
SCO020249
Town of Cheraw wwp
a ora ory. 1) Davis & Brown nabs
2) Clemson University
3)
4)
5)
Sample or
Composite Date
1 /17/.19
1 /17/19
3/20/19
3/20/19
5/23/19
5/23/19
7/17/19
7/17/19
9/18/19
9/18/19
11 /20/19
11 /20/1
Percent Solids
71.30
66.35
75.70
79.92
52.90
52.43
58.10
65.65
64.10
60.33
67.80
58.24
Arsenic
3.17
1.62
--0.998
2.72
3.12
2.61
Cadmium
Z- 0.991
0.999
0.499
<0.999
L1.99
0.989
Chromium
42.6
58.2
26.9
56.5
43.6
54.2
,.d
Copper
24.4
37.9
29.9
40.4
41.0
27.6
Lead
0.991
-0.999
a0.499
3.04
.--1.99
3.70
Mercury
c 0.024
c 0.026
0.024
0.033
0.030
0.042
Molybdenum
19. 8
< 4. 00
c3.99
--3.99
3. 98
,, 3. 95
Nickel
11.1
17.2
12.1
24.6
30-3
19.8
Selenium
0.991
e-0. 999
t_ 0. 998
---*0. 999
c0. 995
0. 494
IQ
..,
Zinc
163
237
134
236
219
212
TKN
. 0603
9416
15707
11835
15158
6654
Ammonia -Nitro e
452.2
250.3
267.0
152.3
165.8
0
Nitrate and Nitrite
Total Phosphorus
4.80
8018
13.50
5724
46.30
12140
11.40
2292
10.70
10534
44.20
8019
" i certiry, under penalty of law, that this document was prepared under my direction or supervision in accordance with a system
designed to assure that qualified personnel properly gathered and evaluated the information submitted. I am aware that there are
significant penalties for submitting false information, including the possibility of fines and imprisonment for knowing violations."
Signature if Preparer
i - 9 'f . 7,
Date
Author Daryl D. Merritt DENR FORM RSSF (7/2002)

ANNUAL METALS FIELD LOADING SUMMARY FORM
Attach this form to the corresponding Field Loading Summary Form to be submitted in Annual Report
Facility Name: Town of Cheraw Total Dry Tons Applied (Annual); 28.5
Permit #: WQ0014248 Cation Exchange Capacity (non 503 only):
Operator: Allan Baucom Owner:
Acres Used: 42 Acres Permitted: Site #:
Prvor_ Field #:
Residual Analysis Data (Heavy Metals and Total Phosphorus use mg/kg % Solids use Raw Percent I j.
ample
or Corn-
1 /17/
1 /17/
2019
2019
posite
Date
+
f
% Solids
71.3
66.4
Arsenic
3.17
Cadmium
e.991
Chromium
42.6
Copper
24.4
Lead
. 991
Mercury
& .024
NIolyb-
den m
�19.8
Nickel
11.1
Selenium
-.991
Zinc
163
Total
Phos-
8018
chorus
Annual Heavy Metal Field Loadings (Calculated in Ibs/acre):
1 certify, under penalty of Iaw, that this document was prepared under my direction or supervision in
accordance with a system designed to assure that qualified personnel properly gathered and evaluated the
information submitted. I am aware that there are significant penalties for submitting false Information.
inciudingpe possibility o�fines and imprisonmentfor knowing violations"
Signature of Land Applies #131te'
Author Daryl D. Merritt DENR FORM MFLSF (W2002)

ANNUAL, LAND APPLICATION FIELD SUMMARY FORM
PLEASE MAKE A COPY OF THIS BLANK FORM TO BE COMPLETED AND SUBMITTED FOR EACH APPLICATION FIELD.
PLACE A "N/A" IN A BLANK OR BOX WHEN NOT APPLICABLE.
Facility Name: Town of Cheraw Permit #: WQ0014248 Annual Dry Tons Applied: 28.5
Owner: Operator: Allan Baucom Cation Exchange Capacity (non 503):
Site #: Joe Pryor Field #:
Acres Utilized-.—
Acres Permitted:
Q
S c`f
Totals
Per
Acre
©
Solids
As
Deci-
Dry
Tons
Per
Acre
Residual
Sources
(Summarize)
site
Cond.
Dry,
y
Wet,
Moist
Inches
Precip.
Past 24
Hrs.
A li-
pp
cation
Meth-
od**
Voli-
Lila-
nation
Rate*
Miner-
ala-
nation
Rate
TKN
Ammo
nia-
Ni-
trogen
Ni-
trate-
Ni-
trogen
PAN l
PAN 2
Must Select
Crop 1 or Crop
p P
2
Gal.
CuNd.
Report
Totals
;n Gal.
Crop I
Crop 2
Jan
N/A
_N/A
.7130
0.68
S
0.5
10603
452.2
4.80
TOTALS:
As
Cd
Cr
Cu
Pb
Mo
Ni
Se
Zn
P
PAN 1
PAN 2
Lime A
lied
Annuallbs/acre
.0061
0019
.0813
.0465
.00190378
.0212
50019
.3 009
16.'44
Date
lbs/ac
Current Cumulative lbs/acre
JHe
.0061 .0019 .0813 .0465 .0019 0378 .0212 .0019 .3109
Prior Years Cumulative lbs/acre
Permitted C. P. L. R. * * *
Permit PAN Limit Ist/2nd Crop
.•1 certtty, under penalty or iaw, that this document was prepared under my direction or supervision in accordance with a system
designed to assure that qualified personnel properly gathered and evaluated the information submitted. I am aware that there are
significant penalties for submitting false information, including the possibility of fines and imprisonment for knowing violations."
�-- t=, *Application Method: S - Surface, IN - Injection, INC - Incorporation
Signature of Land Applier bate **Volitilization Rate: Surface - 0.5, Injection/Incorporation - 1.0
***C.P.L.R.: Cumulative Pollutant Loading Rate
Author Daryl D. Merritt DENR FORM FSF (7/2002)

Boundary 2020 - 57 Joe Pryor
Grower: A L Baucom
Fann : 57 Joe Pryor
Field: 57 Joe Pryor
Year: - U11-t
Operation: Boundary
Crop / Product: NO Product
L Op. Instance : Instance - 1
Field - Name
57 Joe Pryor(41.92 ac)
Afe l' �-Pd ?moo 6 a, t�, A
(35.042091,-80.1971.67) ifli-j -�,ft1bg�� 0,1 2e)-h
,4 1, fd { JU14 a.� �` A
Wq &,F10
�,011 cfr f GokrVj
(35.040712,-80.200195)
1/31/2020 2:06:47 PM
Ag Leader Technology SM5 Advanced
Page 1 of 1

ANNUAL METALS FIELD LOADING SUMMARY FORM
Attach this form to the corresponding Field Loading Summary Form to be submitted in Annual Deport
Facility Name:
Permit #:
Operator:
Acres Used:
Town of Cheraw Total Dry Tons Applied (Annual): 19.7
WO_Q014248 Cation Exchange Capacity (non 503 only):
Site #: Frederick S Field 4: _
Residual Analysis Data (Heavv Metals and Total Phosnhorns iise maAra. 0 fin1j Ae „gn
Allan Baucom Owner:
38 Acres Permitted:
Total
Phos-
Annual Heavy Metal Field Loadings (Calculated in Ihcfarre'l-
i
I Cefulb unaer penalty of taw, that this document was prepared under my direction or supervision in
accordance with a system designed to assure that qualified personnel properly gathered and evaluated the
information submitted. I am aware that there are significant penalties for submitting false information,
inacludingffie possibility of fines and imprisonment. for knowing violations"
Signature of Land Applier Date
Author Daryl D. Merritt DENR FORM MFLSF (7/2002)

ANNUAL, LAND APPLICATION FIELD SUMMARY FORM
PLEASE MAKE A COPY OF THIS BLANK FORM TO BE COMPLETED AND SUBMITTED FOR EACH APPLICATION FIELD.
PLACE A "N/A" IN A BLANK OR BOX WHEN NOT APPLICABLE.
Facility Name: Town of Cheraw Permit #: WQ0014248 Annual Dry Tons Applied: 19.7
Owner: Operator: Allan Baucom Cation Exchange Capacity (non 503):
Site #: Frederick S Field #: Acres Utilized: 38 Acres Permitted:
A
Specify
ec
Totals
Per
Acre
Solids
As
Deci-
Dry
Tons
Per
Acre
Residual
Sources
(Summarize)
Site
Cond.
Dt y'
Wet,
Inches
Precip.
Past 24
Hrs.
Appli-
cation
Meth-
od**
Voli-
tila-
zation
Rate*
Miner-
ala-
zation
Rate
TKN
Ammo
nia-
Ni-
trogen
Ni-
trate-
Ni-
trogen
PAN l
PAN 2
Must Select
Crop 1 or Crop
P P
2
f
CuNd.
Report
Totals
in Gal.
Crop 1
Crop 2
Feb
N/A
N/A
.7130
0.53
S
0.5
10603
452.2
4.80
TOTALS:
As
Cd
Cr
Cu
Pb
Hg I
Mo
Ni
Se I
Zn
P
PAN 1
PAN 2
Lime Applied
Annual lbs/acre
. 0047
-0015
.063.3
.0363
c 0015
100004
4 0294
.0165
.0015
.2423
12.81
Date I
lbs/ac
Current Cumulative Ibs/acre
.0047 .0015 .0633 .0363 ' 0015 .00004 `: 0294 .0165 `:0015 .2423
Prior Years Cumulative lbs/acre
Permitted C. P. L. R. * * *
Permit PAN Limit 1 st/2nd Crop
V.K;l ly, Ulf ul 1=11" Ly vi law$ 1.114< tills mmurnenr was prepares unaer my airecuon or supervision in accordance with a system
designed to assure that qualified personnel properly gathered and evaluated the information submitted. I am aware that there are
significant penalties for submitting false information, including the possibility of fines and imprisonment for knowing violations."
*Application Method: S - Surface, IN - Injection, INC - Incorporation
Signature of Land Applier Date **Volitilization Rate: Surface - 0.5, Injection/Incorporation - 1.0
***C.P.L.R.: Cumulative Pollutant Loading Rate
Author Daryl D. Merritt DENR FORM FSF (7/2002)
L

Boundary 2008 - 208 Fredrick Sparger
Grower: A L Baucom
(34.846147,-80.137949)
Farm : 208 Fredrick Sparger
Field: 208 Fredrick Sparger
Year :-29W U11
Operation : Boundary
Crop / Product: NO Product
Instance : Instance - 1
Field - Name
208 Fredrick 5parger (37.85 ac)
li`4 �,CX IL- f Q Vt
1660 '
t 1
`10(9 CYT - Gann-
1/31/2020 1:59:30 PM Ag Leader Technology SMS Advanced Page 1 of 1

ANNUAL METALS FIELD LOADING SUMMARY FORM
Attach this form to the corresponding Field Loading Summary Form to he submitted In Annual Report
Facility Name: Town of Cheraw Total Dry Tong Applied (Annual): 22.0
Permit #: W00014248 Cation Exchange Capacity (non 503 only):
Operator: Allan Baucom Owner:
.Acres Used: 37 Acres Permitted: Site #: Anson High Field is
Residual .Analysis Data (Heavy Metals and Total Phosphorus use rng/kg, % Solids use Raw Percent #):
Sample
3/20/
3/20/
or Corn -
2019
2019
polite
Date
% Solids
75.7
79.9
Arsenic
1.62
Cadmium
c. 999
Chromium
58.2
Capper
37.9
Lead
.999
Mercury
.026
hiolyb-
den
4.00
Nickel
17.2
Selenium
,'— 999
Zinc
237
Tatal
Phas-
5724
harus
Annual Heavy Metal Field Loadings (Calculated in lbs/acre):
OMEN
Total
Phos-
phorus
"I certify, under penalty of law, that this document was prepared under my direction or supervision in
accordance with a system designed to assure that qualified personnel properly gathered and evaluated the
information submitted. I am aware that there are significant penalties for submitting false information,
including )he possibility !�frmes and imprisonment.for knowing violations"
Signature of Land Applier Date
Author Daryl D. Merritt DENR FORM MFLSF (7/2002)

ANNUAL LAND APPLICATION FIELD SUMMARY FORM
PLEASE MAKE A COPY OF THIS BLANK FORM TO BE COMPLETED AND SUBMITTED FOR EACH APPLICATION FIELD.
PLACE A "N/A" IN A BLANK OR BOX WHEN NOT APPLICABLE.
Facility Name: Town of Cheraw Permit #: WQ0014248 Annual Dry Tons Applied: 22.0
Owner: Operator: Allan Baucom Cation Exchange Capacity (non 503):
Site #: Anson High School Field #: Acres Utilized: 37 Acres Permitted:
�,
s
A
S ec
Totals
Per
Acre
Solids
As
Deci-
Dry
Tons
Per
Acre
Residual
Sources
(Summarize)
site
Cond.
Dry,
Wet,
MoiSt
Inches
Precip,
Past 24
Hrs.
Appli-
cation
Meth-
od**
Voli-
Lila-
zation
Rate*
Miner-
ala-
zation
Rate
TKN
Ammo
nia-
Ni-
trogen
Ni-
trate-
Ni-
trogen
PAN 1
PAN 2
Must Select
Crop 1 or Crop
P P
2
f
Cu.Yd.
Report
Totals
in Gal.
Crop I
Crop 2
Mar
N/A
N/A
0.757
0.59
S
0.5
9416
250.3
13.5
TOTALS:
As
Cd
Cr
Cu
Pb
Hg
Mo
Ni
Se
Zn
P
PAN 1
PAN 2
Lime Applied
Annuallbs/acre
.0025
1.00114
.0907
.0591
.0014
500004
.0062
.0268
. 014
.3694
8.45
Date
lbs/ac
Current Cumulative lbs/acre
.0025 .0014 .0907 .0591 .0014 0004 . 062 .0268 014 .3694
Prior Years Cumulative Ibs/acre
Permitted C. P. L. R. * * *
Permit PAN Limit 1 st/2nd Crop
••i certify, under penalty of law, that triis document was prepared under my direction or supervision in accordance with a system
designed to assure that qualified personnel properly gathered and evaluated the information submitted. I am aware that there are
significant penalties for submitting false information, including the possibility of tines and imprisonment for knowing violations."
z zZ w *Application Method: S - Surface, IN - Injection, INC - Incorporation
Signature of Land Applier 6ate **Volitilization Rate: Surface - 0.5, Injection/Incorporation - 1.0
***C.P.L.R.: Cumulative Pollutant Loading Rate
Author Daryl D. Merritt DENR FORM FSF (7/2002)
i

Boundary 2020 - 55 Anson High School
(34.963666,-W,146755)
Grower: A L Baucom
Farm: 55 ANSON HIGH SCHOOL
Field: 55 Anson High School
Year: 0(
Operation : Boundary
Crop / Product: NO Product
Op. Instance : Instance - 1
Field - Name
10 55 Anson
High school (51.92
ac)
14Z 4 a V
6�j4
t9
n
A
-3q m4n5
,iolq c for c6nn
1/31/2020 2:37:17 PM Ag Leader Technology SMS Advanced Page 1 of 1

CHERAW ALKALINE BIOSOLIDS SOIL AMENDMENT
CHEMICAL CHARACTERISTICS AND LAND APPLICATION RATES
BIOSOLIDS SAMPLE DATE: January 16, 2019
Biosolids
Maximum
Maximum
Maximum
Maximum
Metal
Allowable
Allowable
Application
Application
Content,
Metal
App. Rate,
Rate,
Rate,
METALS
porn
Content, ppm
#/Acre/Yr.
DT/Acre/Yr.
WT/Acre/Yr.
Arsenic, Total
2.98
41.00
1.80
200.17
301.68
Cadmium, Total
0.93 '
39.00
1.70
604.72
911.41
Chromium, Total
40.09
1200.00
134.00
.1108.85
1671.21
Copper, Total
22.96
1500.00
67.00
967.97
1458.89
Lead, Total
0.93
300.00
13.00
4624.32
6969.58
Mercury, Total
0.02 '
17.00
0.75
11016.10
16603.02
Molybdenum, Total
18.63 '
18.00
0.80
14.24
21.47
Nickel, Total
10.45
420.00
18.70
593.88
895.07
Selenium, Total
0.93
36.00
4.50
1600.73
2412.55
Zinc, Total
153.40
1525.00
125.00
270.33
407.44
PCB
BRL
1.60
` Actual metal content less than amount indicated
Biosolids Biosolids
Maximum
Maximum
Nutrient Nutrient
Crop/Soil
Application
Application
Content, Content,
Requirement,
Rate,
Rate,
ppm %
#/Acre "
DT/Acre/Yr.
WT/Acre/Yr.
Ammonium Nitrogen
300.00 0.03
Organic Nitrogen
6735.00 0.67
Incorporated Available Nitrogen
4335.00 0.43
120.00
9.18
13.84
Surface Available Nitrogen
4245.00 0.42
120.00
9.38
14.13
Phosphorus as P2O5
5320.00 0.53
80.00
4.99
7.52
Potassium as K2O
2240.00 0.22
50.00
7.41
11.16
Calcium, Total
218105.00 21.81
Calcium as CaO
305347.00 30.53
Calcium as CaCO3 (CCE)
5190.00 0.52
2000.00
127.84
192.68
Magnesium, Total
1790.00 0.18
Manganese
65.00 0.01
Sodium
380.00 0.04
Percent Moisture
33.65
These are typical values and must be adjusted based upon specific site conditions
DT is Dry Tons of Biosolids. WT is Wet Tons of Biosolids.
CERTIFICATION: This biosolid product has been produced by the Town of Cheraw's Wastewater
Treatment Plant by a treatment process that pasteurized plant residual solids using high temperature
and lime (calcium oxide). The Town of Cheraw certifies that this biosolid complies with the
Environmental Protection Agency regulations 40 CFR Part 503 for a "Class A" product and has a metal
and nutrient content as presented above.
DIRECTIONS FOR USE: This biosolid is intneded to be used as a soil amendment. The biosolid
land application rate shall not exceed the most restrictive Maximum Application Rate as indicated in
the table above. The application rate for nitrogen, phosphorus, potassium, and calcium is dependent
upon the crop grown and site soil characteristics. The user should contact the Clemson Extension
Service (843-623-2134) and/or the Soil Conservation Service (843-623-2187) for assistance in
determining the proper application rate for each crop and site. In no case shall the land application
rate exceed the agronomic rate for the crop grown. User should also refer to the Clemson Extension
Service Circular #476 titled "Lime and Fertilizer Recommendations.'
THIS PRODUCT IS HIGHLY ALKALINE AND SHOULD BE HANDLED ACCORDINGLY.
AVOID PROLONGED CONTACT WITH THE SKIN. AVOID CONTACT WITH THE EYES.
THE TOWN OF CHERAW IS NOT RESPONSIBLE FOR IMPROPER USE OR HANDLING OF THIS
BIOSOLID PRODUCT.
Mr. John D. Stowe, Public Utility Director
P. O. Box 219: Cheraw, SC 29520
Telephone: [phone]
FAX: [phone]
PRODUCT USER NAME:
ADDRESS:
LOCATION OF USE:
QUANTITY RECEIVED:
RECEIVED BY:

Davis & Brown
PO Box 15038
Quinby, SC 29506
[phone] FAX: [phone]
Certificate of Analysis
Client: CHERAW, TOWN OF South Carolina Certification Number: 21117
P.O.BOX 219
CHERAW, SC 29520
Contact: SHERRY TURNER Receipt Date: 17-Jan-19
Client #: 168 Report Date: 25-Jan-19
Sample Date: 17-Jan-19
SDG #: SDG-129278
Parameter
LSID-285352
Total Organic Carbon
LSID-285353
Total Organic Carbon
Result
1-17-19-RAW
3.9
1-17-19-FIN
2.2
Reporting
Limit Unit
Approved By: fJ+.-
Van Ward
Lab Director
Method
0.5 mg/L SM 531 OB-2011
0.5 mg/L SM 531 OB-2011
Flag Date
1/21/2019
1/21/2019
Time Analyst
11:20 SF
11:20 SF
LSID-285354
1-16-19-0500 BIOSOLIDS
Acid Digestion (Solids)
YES
EPA 200.2
1/21/2019
9:00
AE
Selenium, Total
<0.991
0.991
mg/kg
EPA 7010 / 601OD
1/22/2019
12:28
AE
Percent Moisture
28.7
0.1
wt%
SW846 3540
1/18/2019
14:40
NIL
Aluminum, Total
6470
19.8
mg/kg
SW846 6010D
1/23/2019
10:41
JR
Arsenic, Total
3.17
0.991
mg/kg
SW846 6010D
1/22/2019
12:28
AE
Cadmium, Total
<0.991
0.991
mg/kg
SW846 6010D
1/21/2019
13:51
AE
Chromium, Total
42.6
0.991
mg/kg
SW846 6010D
1/21/2019
13:51
AE
Copper, Total
24.4
0.991
mg/kg
SW846 6010D
1/21/2019
13:51
AE
Lead, Total
<0.991
0.991
mg/kg
SW846 6010D
1/21/2019
13:51
AE
Molybdenum, Total
<19.8
19.8
mg/kg
SW846 6010D
1/23/2019
10:41
JR
Nickel, Total
11.1
0.01
mg/.kg
SW846 6010D
1/21/2019
13:51
AE
Zinc, Total
163
0.991
mg/kg
SW846 6010D
1/21/2019
13:51
AE
Mercury, Total
<0.024
0.024
mg/kg
SW846 7470A
1/23/2019
12:30
CG
Page 1

Davis & Brown
PO Box 15038
Quinby, SC 29506
[phone] FAX: [phone]
Certificate of Analysis
Client: CHERAW, TOWN OF
P.O.BOX 219
CHERAW, SC 29520
Contact: SHERRY TURNER
Client #: 168
Sample Date: 16-Jan-19
SDG #: SDG-129278
- - -- --- ----- -- Reporting
Parameter Result Limit unit
PCB BRL mg kg
Page 2
South Carolina Certification Number: 21117
Receipt Date: 17-Jan-19
Report Date: 25-Jan-19
Approved By: tf �✓
Van Ward
Lab Director
Method Flag Date Time Analyst
SW8468082A S11A 1,23/2019 10:48 UH

AccEs
ANALYTICAL, INC.
ANALYTICAL REPORT
r' RINRrr
Davis & Brown
P.O. Box 15038
Quinby SC 29506
ATTENTION
Scott Fields
PROJECT ID
285354
LABORATORY REPORT NUMBER
1901G36
DATE
January 24, 2019
Primary Data Review By Secondary Data Review By
Ashley Amick
Chris Pafford
' Project Manager, Access Analytical
Project Manager, AES [e-mail]
PLEASE NOTE:
Unless otherwise noted, all analysis on this report performed at Analytical Environmental Services Inc. (AES Inc),
3080 Presidential Drive, Atlanta, GA 30340.
AES is SCDHEC certified laboratory # 98016, NCDENR certified lab # 562, GA certified lab # FL-E87582,
NELAP certified laboratory # E87582
AIHA-LAP,LLC Laboratory ID:100671 for Industrial Hygiene samples (Organics, Metals, PCNI Asbestos,
Gravimetric), Environmental Lead (Paint, Soil, Dust Wipes, air), and Environmental Microbiology (Fungal)
Direct Examination.
Local support services for this project are provided by Access Analytical, Inc. Access Analytical is a
representative of AES serving client in the SC/NC/GA areas. All questions regarding this report should be directed
'to your local Access Analytical representative at 803.781.4243 or toll fee at 883.315 4243
Page 1 of 4

-
(� DAVISQ_ h,A, 124 W. Mclver Road PH_ 843-6654746 PAGE# _OF
C■I lr l■7 DAYS & BROWN Florence, SC 29501 FAX 845-65&2208
REGULATORY: '/F_S NC
CHAIN OF CUSTODY RECORD
SRNTIME.
—STANDARD RUSH -
CLIENT:
SAUIPLE,ANAL
I31:=
�HaUESTED
!
z
<
p
i
.,SEE COOES TO WOICTAiE F SAMPLE WAS
='L-EREC CR PRESERVED A = HNO,
B = HCL O - H,SO, F = FILTRATION
C=NAOH E=NAr3,0, G=ZINCACETATE
Presetva4ca
ti
o
c
E
U
rj
a
>
r
w
Z
U
U
O
#
F
l
f
I
ADDRESS;
PRCGRAM.AREA : D = DRINKING WATER
G =GROUNDWATER 5 = SOUO SL =SLUDGE
W=WASTEWATER O=OTHER
PLEASE PRINT LEGIBLY
SHADED AREAS FOR LAB USE ONLY
PHONE: FAX:JIMENIIAL
SANIPLc 10
=AT E
NQTES
LAB IQ
Fill in
the 1,11,
of Containers
for EACH
Test
SAMPLER SIGNATURE
FLOWWFO
ICE
'!ES NO PACK
ECEiPT
TEMP: �ao C
Relinqu a ale' The:
✓i
Rellnw hed ny Date: Time:
P.zlirgwi hed by: Oale. lime:
- _—
Recai `IData: Tame.
., o. y
Received by Cata: Tlme:
Peceived ey' Date.
Comments:
�h%f i6
I95UtU: NUVEMULR 2012
Page 2 of 4

Analytical Environmental Services, Inc
Date: 24-Jan-19
Client:
Davis & Brown
Client Sample ID:
285354
Project Name:
285354
Collection Date:
1/16/2019 10:55:00 AM
Lab ID:
1901G36-001
Matrix:
Soil
Analyses
Result
Reporting
Quul
Limit
Units
Dilution
BatchID
Factor
Date Analyzed Analyst
POLYCHLORINATED BIPHENYLS
SW8082A
(SW3550C)
Aroclor 1016
BRL
48
uorK; dry
273241 1
01/23/2019 1048
UH
Aroclor 1221
BRL
48
ugiKg-dry
273241 1
01/23/2019 1048
UH
Aroclor 1232
BRL
48
ugK dry
273241 1
01/23/2019 10.48
UH
Aroclor 1242
BRL
43
ucKg-dry
273241 1
01/23/2019 1048
UH
Aroclor 1248
BRL
48
u= Kg -dry
273241 1
01/23/2019 10-48
UH
Aroclor 1254
BRL
48
u& Kg -dry
273241 1
0IY23/2019 10.48
UH
Aroclor 1260
BRL
48
ugiKg-dry
273241 1
01/23/2019 10-48
UH
Surr: Decachlorobiphenyl
425
45 7-140 S
%R-EC
273241 1
01/23/2019 1048
UH
Surr- Tetrachloro-m .Yylene
53 1
45 3-126
%REC
273241 1
01/23/2019 10:48
UH
PERCENT MOISTURE D2216
Percent Moisture
300
0
wt%
R389257 1
01/20/2019 15 00
JW
Qualifiers: * Value exceeds maximum contaminant level
BRL Below reporting limit
H Holding times for preparation or analysis exceeded
N Analyte not NELAC certified
B Analyte detected in the associated method blank
> Greater than Result value
E Estimated (value above quantitation range)
S Spike Recovery outside limits due to matrix
Nair Sze case narrative
NC Not confirmed
< Less than Result value
J Estimated value detected below Reporting Limit
Page 3 of 4

`tV:fI1 ncu.
AES �YGD3ONhtfi1§-1'.1L
ERViC.RB. cvc. SAMPLE/COOLER RECEIPT CHECKLIST
1. Client Name: Access Analytical, Inc.
2. Carrier: Fed Ex UPS _ USPS7 Client' Courier_ Othei
3.
4,
5.
6.
7.
8.
9.
10.
11.
12.
AES Work Order Number: 190111336
Clear Save as
axa
Shipping container/cooler received in good condition?
•
damaged _ .eak;nq - other
Custody seals present on shipping container?
Custody seals intact on shipping container?
Temperature blanks present?
•
Cooler temperature(s) within limits of 0-6°C? [See item 13 and 14 for
temperature recordings.]
O
®
®
Cooling initiated for recently collected samples / ice
present
Chain of Custody (COC) present?
•
Chain of Custogsignel,, dated, and timed when relinquished and received?
•
'
Sampler nameignature an COC?
Were all samved within holding time?
U.
VIEfo
�TTndicated,
TAT marked C?
proceeded with standard TAT per Terms & Conditions. �.
13. Cooler 1 Temperature 3.7
14. Cooler 5 Temperature
15, Comments:
1-6.
17.
18.
19.
20.
21.
22.
23.
24.
25.
26.
°C Cooler 2 Temperature °C Cooler 3Temperature °C Cooler 4 Temperature °C
°C Cooler 6. Temperature °C Cooler 7 Temperature °C Cooler 8 Temperature °C
I certify that I have completed sections 1-15 (dated initials). AP 1/18/19
r mm—t,
Were sample containers intact upon receipt?
•
Custody seals present on sample containers?
Custody seals Intact on sample containers?
Do sample container labels match the COC?
E)
®
®
incomplete info = illegible
no label _ other _
Are analyses requested indicated on the COC?
-
Were all of the samples listed on the CDC received?
O
®
®
samples received but not listed on COC
samples listed on COC not received
Was the sample collection date/time noted?
Did we receive sufficient sample volume for indicated analyses?
Were samples received n appropriate containers?
111
Were VOA samples received without headspace (< 1/4" bubbleP?Were
trip blanks submitted?
listed on COC not listed on COC
27. Comments:
This section only applies to samples where pH can be I certify that I have completed sections 16-27 (dated initials).
checked at Sample Receipt. Yes No N/A Details Comments
28,
29.
30.
EW 1/18/19
Have containers needing chemical preservation been checked?'
Containers meet preservation guidelines?
Note: Certain analyses require chemical preservation but must be checked in the laboratory and not upon Sample Receipt such as Coliforms, VOCs and Oil & Grease/TPH.
I certify that 1 have completed sections 28-30 (dated initials)
EW 1/18119
Checklist 6.9.17 Rev 2 g"�6keri
Page 4 of 4

DAVIS & BROWN
Data Qualifiers
Within the attached report, some analytical data may be reported as Qualified Data as
indicated by Data Qualifier or flag next to the result. The data qualifier "S" indicates that
the analysis was performed by another South Carolina certified lab. This table
summarizes the South Carolina Lab Certification Numbers for those laboratories.
S 1
South Carolina Lab Certification Number: 93013
S2
South Carolina Lab Certification Number: 23105
S3
South Carolina Lab Certification Number: 10120
S4
South Carolina Lab Certification Number: 84002
S5
South Carolina Lab Certification Number: 32117
S6
Agricultural Service Laboratory Clemson University
S8
Lab samples were subcontracted. See attached documentation.
S9
South Carolina Lab Certification Number: 94014001; 94014002
S 11
South Carolina Lab Certification Number: 96026; 9603 l ; 98001; 73006; 98016; 99006001
Note: S11A indicates AES Laboratory (98016); S11G indicates GCAL Laboratory (73006);
S11P indicates Pace Analytical (96042001); S 11TS indicates Test America Savannah (98'001)
SI ITP indicates Test America Pittsburg (89014)
S 12
AASHTO R18 Certified
S 13
South Carolina Lab Certification Number: 96012
cl4
I ,S'outh Cproli��aLab Certification Number: 89002
S 16
South Carolina Lab Certification Number: 84004
S 17
South Carolina Lab Certification Number: 96037001
S18
S outh Carolina Lab Certification Number: 95005
S 19
South Carolina Lab Certification Number: 23104
S20
South Carolina Lab Certification Number: 96027001
S21
South Carolina Lab Certification Number: 21005
S22
South Carolina Lab Certification Number: 24110
S23
South Carolina Lab Certification Number: 84001001
S24
South Carolina Lab Certification Number: 82014001
S26
North Carolina Lab Certification Number: 21 (Wilson Division NC00120)
S27
South Carolina Lab Certification Number: 40569
S28
South Carolina Lab Certification Number: 32571
S29
South Carolina Lab Certification Number: 32566
S30
Galbraith Laboratories, Inc. Knoxville TN
S31
South Carolina Lab Certification Number: 32576
Revaton 08118 Dataqual (SuKahs)p2 «pd

wy 124 W. McIver Roar) PH: 843-665.6746 PAGE # OF
p BROWN
DAVIS R N
V
l-� V [% YS! Florence,SC 229501 842-656.2208
U
REGULATORY: YES NO
nl�FAX.'
CHAINOF CUSTODY RECORD
TURNARPOUNO TIME P1
_STANDARD RUSH _p2
CLIENT:
SAMPLE
ANALYSIS
REQUESTED
USE CODES TO INDICTATE IF SAMPLE WAS
Fteservalive
�.
(1
� I\�1`h�
FILTERED OR PRESERVED: A = HNOi
1 l.r\.l� n ��^
K.
5= HCL D = HAD. F =FILTRATION
ADDRESS:
m
_
�
a:
u!
C=NAOH E=NA z5z0� G=ZINCACETATE
Z
F
PROGRAM AREA: D=DRINKING'NATER
E
ZO
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¢
G=GROUNDWATER S=SOLID SLe SLUDGE
U
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W = WASTEWATER O=OTHER
a
Q
LL
a
of
PLEASE PRINT LEGIBLY
PHONE: FAX:
LU
a
II--
Q)
0
a
SAMPLE ID
DATE
TIME
INITIAL
NOTES
LAB ID
Fill in
the Number
of Contamens
for EACH
Test
-► -
1-►-►-I
to
sT
C,
1
1-11- cl
los—b
(a
1
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to
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SAMPLER SIGNATURE
FLOWINFO
LOB`: ICE
YES ?O PACK
RECEIP7
TEMP.
Relmquished by: Date. Tme•
Refnguished by Date, Time.
Relinquished by, Dale, Time:
CL
ed to: Time:
Received by Date: Time,
Received by: Date Time.
1ReCe
Comments: oia.� 'TO}y e ,
0/0rn0 s�"q-C �ytT b$� \ liD}wl ArSeniCtToM}C rn:ti•mljaaa\ C�nros�.i .M,Tp�a\
!00c
.FtAE

A N I M A L WASTE ANALYS IS R E P O R T
Agricultural Service Laboratory
LAB No. 10102 Clemson University
TURNER, SHERRY
PO BOX 219
CHERAW SC29250
ACCOUNT COMRLBR
DATE 01/30/2019
[e-mail]
SAMPLE NO. 11619500 MANURE: OTHER STORAGE: COVERED
-----------------RESULTS REPORTED ON AN AS -SAMPLED BASIS----------------------
lbs/ton
Ammonium Nitrogen
0.03
%
0.60
Organic Nitrogen
0.67
%
13.47
Nitrate Nitrogen
----------------------------------------------------------------
31.85
ppm
0.06
INCORPORATED AVAILABLE NITROGEN
ESTIMATE
8.67
SURFACE AVAILABLE NITROGEN ESTIMATE
8.49
---------------------------------------------------------------
Phosphorus as P205
0.53
%
10.64
Potassium as K20
0.22
%
4.48
Calcium
21.81
%
436.21
Magnesium
0.18
%
3.58
Sulfur
0.19
%
3.72
Zinc
89.58
ppm
0.18
Copper
41.80
ppm
0.08
Manganese
67.02
ppm
0.13
Sodium
378.22
ppm
0.76
Moisture
33.65
%
--
Calcium Carbonate Equivalency'
0.52
%
10.38 '
------------------------------------------------------------------------------
INCORPORATED PLANT AVAILABLE NITROGEN ESTIMATE - 80% of ammonium-N, 60% of
organic-N, and 100% of nitrate-N (if determined). Assumes the manure.will be
incorporated into the soil within hours of application. Assumes some loss of
ammonium-N during application and prior to incorporation.
SURFACE PLANT AVAILABLE NITROGEN ESTIMATE - 50% of ammonium-N, 60% of
organic-N, and 100% of nitrate-N (if determined). Assumes the manure will be
left on the surface of the soil with no incorporation by plowing or
irrigation.
Available nitrogen calculations are estimates and if nitrate-N was not re-
quested the amount of available nitrogen may be slightly more than reported.
Also, the actual amount may be more or less than the estimate depending on the
composition of the manure, soil type, and environmental conditions.
All of the potash in the animal waste should be plant available in the
first
year of application. Although not all of the phosphorous is available in the
first year, its availability should be comparable to that in commercial
fertilizers.
The rate of animal waste to apply for crop production is dependent on the
nutrient content of the waste, method of application and incorporation, soil
test, crop to be grown, and previous manure applications. In most cases, the
plant available nitrogen content of the waste is used to determine the rate of

application.
The Agricultural Service Laboratory is a public service of Clemson University,
an affirmative action and equal opportunity educational institution.
** http://www.clemson.edu/agsrvlb **

% moisture
% solids
lbs. solids/ton
lbs. solids/500 tons
33.65
66.35
1327
663500
%
ppm
lbs/ton
%
ppm
lbs/ton
as -sampled
as -sampled
as -sampled
dry ton
dry ton
dry
Ammonium Nitrogen
0.03
300
0.6
0.045215
452.1477
0.904295
Organic Nitrogen
0.6735
6735
13.47
1.015072
10150.72
20.30143
Nitrate Nitrogen
0.003185
31.85
0.0637
0.004800
48.00301
0.096006
Incorporated Available Nitrogen Estimate
0.4335
4335
8.67
0.653353
6533.534
13.06707
Surface Available Nitrogen Estimate
0.4245
4245
8.49
0.639789
6397.89
12.79578
Phosphorus as P2O5
0.532
5320
10.64
0.801809
8018.086
16.03617
Potassium as K2O
0.224
2240
4.48
0.337604
3376.036
6.752072
Calcium
21.8105
218105
436.21
32.87189
328718.9
657.4378
Magnesium
0.179
1790
3.58
0.269781
2697.815
5.395629
Sulfur
0.186
1860
3.72
0.280332
2803.316
5.606631
Zinc
0.008958
89.58
0.17916
0.013501
135.0113
0.270023
Copper
0.00418
41.8
0.0836
0.0063
62.99925
0.125998
Manganese
0.006702
67.02
0.13404
0.010101
101.0098
0.20202
Sodium
0.037822
378.22
0.75644
0.057004
570.0377
1.140075
Calcium Carbonate Equivalency
0.519
5190
10.38
0.782216
7822.155
15.64431
January 2019
-� Cj 4�l

CHERAW ALKALINE BIOSOLIDS SOILAMENDMENT
CHEMICAL CHARACTERISTICS AND LAND APPLICATION RATES
BIOSOLIDS SAMPLE DATE: March 20, 2019
METALS
Biosolicis
Metal
Content,
ppm
Maximum
Allowable
Metal. -
Content, ppm
Maximum
Allowable
App. Rate,
#/Acre/Yr.
Maximum
Application
Rate,
DT/Acre/Yr.
Maximum
Application
Rate,
WT/Acre/Yr.
Arsenic, Total
1.44
41.00
1.80
500.91
626.76
Cadmium, Total
0.89 "
39.00
1.70
767.15
959.90
Chromium, Total
51.59
1200.00
134.00
1037.96
1298.75
Copper, Total
33.59
1500.00
67.00
796.96
997.19
Lead, Total
0.89 '
300.00
13.00
5866.47
7340.43
Mercury, Total
0.23 '
17.00
0.75
1300.43
1627.16
Molybdenum, Total
3.55
18.00
0.80
90.16
112.82
Nickel, Total
15.25
420.00
18.70
490.13
613.28
Selenium, Total
0.89 '
36.00
4.50
2030.70
2540.92
Zinc, Total
210.08
1525.00
125.00
237.77
297.51
PCB
BRL
1.60
* Actual metal content less than amount indicated
Biosolids
Nutrient
Content,
ppm
Biosolids
Nutrient
Content,
%
Crop/Soil
Requirement,
#/Acre'*
Maximum
Application
Rate,
DT/Acre/Yr.
Maximum
Application
Rate,
WT/Acre/Yr.
Ammonium Nitrogen
200.00
0.02
Organic Nitrogen
7325.00
0.73
Incorporated Available Nitrogen
4730.00
0.47
120.00
10.14
12.68
Surface Available Nitrogen
4670.00
0.47
120.00
10.27
12.85
Phosphorus as P205
4575.00
0.46
80.00
6.99
8.74
Potassium as K20
4140.00
0.41
50.00
4.83
6.04
Calcium, Total
231455.00
23.15
Calcium as CaO
324037.00
32.40
Calcium as CaCO3 (CCE)
5965.00
0.60
2000.00
133.98
167.64
Magnesium, Total
1840.00
0.18
Manganese
50.00
.0.01
Sodium
535.00
0.05
Percent. Moisture
20.08
" These are typical values and must be adjusted based upon specific site conditions
DT is Dry Tons of Biosolids. WT is Wet Tons of Biosolids.
CERTIFICATION: This biosolid product has been produced by the Town of Cheraws Wastewater
Treatment Plant by a treatment process that pasteurized plant residual solids using high temperature
and lime (calcium oxide). The Town of Cheraw certifies that this biosolid complies with the
Environmental Protection Agency regulations 40 CFR Part 503 for a "Class A" product and has a metal
and nutrient content as presented above.
DIRECTIONS FOR USE: This biosolid is intneded to be used as a soil amendment. The biosolid
land application rate shall not exceed the most restrictive Maximum Application Rate as indicated in
the table above. The application rate for nitrogen, phosphorus, potassium, and calcium is dependent
upon the crop grown and site soil characteristics. The user should contact the Clemson Extension
Service (843-623-2134) and/or the Soil Conservation Service (843-623-2187) for assistance in
determining the proper application rate for each crop and site. In no case shall the land application
rate exceed the agronomic rate for the crop grown. User should also refer to the Clemson Extension
Service Circular #476 titled "Lime and Fertilizer Recommendations."
THIS PRODUCT IS HIGHLY ALKALINE AND SHOULD BE HANDLED ACCORDINGLY.
AVOID PROLONGED CONTACT WITH THE SKIN. AVOID CONTACT WITH THE EYES.
THE TOWN OF CHERAW IS NOT RESPONSIBLE FOR IMPROPER USE OR HANDLING OF THIS
BIOSOLID PRODUCT.
Mr. John D. Stowe, Public Utility Director
P.O. Box 219; Cheraw, SC 29520
Telephone: [phone]
FAX: [phone]
PRODUCT USER NAME:
ADDRESS: - ----
INTENDED USE:
LOCATION OF USE:
QUANTITY RECEIVED:

Davis & Brown
PO Box 15038
Quinby, SC 29506
[phone] FAX: [phone]
Certificate of Analysis
Client: CHERAW, TOWN OF South Carolina Certification Number: 21117
P.O.BOX 219
CHERAW, SC 29520
Contact: SHERRY TURNER Receipt Date: 21-Mar-19
Client #: 168 Report Date: 05-Apr-19
Sample Date: 21-Mar-19
SDG #: SDG-130328
Parameter
LSID-287659
Approved By:
Reporting
Result Limit Unit Method
3-20-19-001 INF
Biochemical Oxygen Demand 435 2 mg/L SM 5210B
LSID-287660 3-20-19-002 EFF
Biochemical Oxygen Demand 8.1 2 mg/L SM 5210B
LSID-287661
Ignitability
TCLP Extraction (Solids)
Acid Digestion (Solids)
Selenium, Total
TCLP
Percent Moisture
Aluminum, Total
Arsenic, Total
Cadmium, Total
Chromium, Total
Copper, Total
Lead, Total
Molybdenum, Total
3-20-19-0500 BIOSOLIDS
>180
Deg. F.
D93 / 1010A
YES
EPA 1311
YES
EPA 200.2
<0.999
0.999
mg/kg
EPA 7010 / 6010D
PASS
P/F
SW-846
24.3
0.1
Wt%
SW846 3540
6450
20
mg/kg
SW846 6010D
1.62
0.999
mg/kg
SW846 6010D
<0.999
0.999
mg/kg
SW846 6010D
58.2
0.999
mg/kg
SW846 6010D
37.9
0.999
mg/kg
SW846 6010D
<0.999
0.999
mg/kg
SW846 6010D
<4.00
4
mg/kg
SW846 601OD
Page 1
tom` ice.
Van Ward
Lab Director
Flag Date Time Analyst
3/21/2019 10:32 AE
3/21/2019 10:32 AE
S11A 3/26/2019
0:00
SK
SIIA
3/25/2019
8:30
AE
3/25/2019
13:09
JR
4/1/2019
13:43
WSF
9/22/2019
14:21
NIL
3/26/2019
14:59
JR
3/25/2019
13:09
JR
3/25/2019
13:48
AE
3/25/2019
13:48
AE
3/25/2019
13:48
AE
3/25/2019
13:48
AE
3/26/2019
11:41
JR

Client: CHERAW, TOWN OF
P.O.BOX 219
CHERAW, SC 29520
Contact: SHERRY TURNER
Client #: 168
Davis & Brown
PO Box 15038
Quinby, SC 29506
[phone] FAX: [phone]
Certificate of Analysis
South Carolina Certification Number: 21117
Receipt Date: 21-Mar-19
Report Date: 05-Apr-19
Sample Date: 20-Mar-19
Approved By:
SDG #: SDG-130328
Van
Ward
Lab Director
Reporting
Parameter
Result
Limit
Unit
Method Flag
Date
Time
Analyst
Nickel, Total
17.2
0.999
mg/kg
SW846 6010D
3/25/2019
13:48
AE
Zinc, Total
237
0.999
mg/kg
SW846 6010D
3/25/2019
13:48
AE
Mercury, Total
<0.026
0.026
mg/kg
SW846 7470A
3/26/2019
12:15
CG
PCB
BRL
mg/kg
SW8468082A S11A
3/28/2019
16:18
UH
Reactivity, Cyanide
<0.962
0.962
mg/kg
SW846 9010/9012 S 11A
3/29/2019
15:00
AT
Reactivity, Sulfide
<100
100
mg/kg
SW8469030/9034 S11A
3/27/2019
17:30
AT
Paint Filter
PASS
P/F
SW846 9095B S11A
3/27/2019
18:20
AA
Page 2

ACCESS
ANALYTICAL, INC.
ANALYTICAL REPORT
CLIENT
Davis & Brown
P.O. Box 15038
Quinby SC 29506
ATTENTION
Scott Fields
PROJECT ID
287661
LABORATORY REPORT NUMBER
1903N72
DATE
April 01, 2019
Primary Data Review By Secondary Data Review By
Ashley Amick
Chris Pafford Project Manager, Access Analytical
Project Manager, AES [e-mail]
PLEASE NOTE:
- Unless otherwise noted, all analysis on this report performed at Analytical Environmental Services Inc. (AES Inc),
3080 Presidential Drive, Atlanta, GA 30340.
- AES is SCDHEC certified laboratory # 98016, NCDENR certified lab # 562, GA certified lab # FL-E87582,
NELAP certified laboratory # E87582
- AIHA-LAP,LLC Laboratory ID:100671 for Industrial Hygiene samples (Organics, Metals, PCM Asbestos,
Gravimetric), Environmental Lead (Paint, Soil, Dust wipes, Air), and Environmental Microbiology (Fungal)
Direct Examination.
- Local support services for this project are provided by Access Analytical, Inc. Access Analytical is a
representative of AES serving client in the SC/NC/GA areas. All questions regarding this report should be directed
to your local Access Analytical representative at 803 781.4243 or toll fee at 883.315.4243
4
Page 1 of 6

{ I -JN]3
V' BROWN 124 W. McIver Road PH: 843-665-6746 PAGE # _OF_
® DAVIS Florence, SC 29501 FAX: [phone]
REGULATORY: YES NO
CHAIN OF CUSTODY RECORD
TURNAROUND TIME: pi
_STANDARD RUSH _P2
CLIENT:
�l1 ��
Sa.\.:-._ �:vq�ti
SiS
<
N
o
USE CODES TO INDICTA TE IF SAMPLE WAS
FILTERED OR PRESERVED: A = HN%
8=HCL D -H,SO, F=FILTRATION
C = NAOH E = NAi$,C, G = ZINCACETATE
Ptaservatfve
.n 1
E
U
e
S
a
y
i
Z
O
O
,�
v
O
J
O
Y
' l
J
+
T�
dL
!
I
ADDRESS:
PP.CGRAMAREA: ❑=DRINKING WATER
G=GROUNDWATER S=SOLID SL=SLUDGE
W= WAS?EWATER O=OTHER
PLEASE PRINT LEGIBLY
SHADED. AREAS FOR'LAS USE ONLY
PHONE: FAX:
SAMPLE `D
DATE TIME
INITIAL
Fill in,tfieNumher
of Containers
for EACHTest
_
TT
I
.
SAMPLER SIGNATURE
FLOW INFO
IC�
YES NO PACK
RECEIPT "
TEMP: J-3—o C
Rellnti .e y: eie: Timep
11-1 I (a
RIInquished by Date: Time:
Relinquisned try: Date: Time:
Receiv y: Data: Time:
Received by Date
Date1 Tme:
Comments:
Page 2 of 6

Analytical Environmental Services, Inc
Date: I-Apr-19
Client:
Davis & Brown
Client Sample ID:
287661
Project Name:
287661
Collection Date:
3/20/2019 9:40:00 AM
Lab ID:
1903N72-001
Matrix:
Solid
Analyses
Result
Reporting
Limit
Qual
Units
BatchlD
Dilution
Factor
Date Analyzed Analyst
VOLATILES,TCLP SW1311/8260D
(SW503013)
1,1-Dichloroethene
BRL
0.10
mg/L
276491
20
03/27/201918:36
CC
1,2-Dichloroethane
BRL
010
mg/L
276491
20
03/27/201918:36
CC
2-Butanone
BRL
0.20
mg/L
276491
20
03/27/20191836
CC
Benzene
BRL
010
mg/L
276491
20
03/27/2019 18 36
CC
Carbon tetrachloride
BRL
010
mg/L
276491
20
03/27/2019 1836
CC
Chlorobenzene
BRL
0.10
mg/L
276491
20
03/27/2019 1836
CC
Chloroform
BRL
010
mg/L
276491
20
03/27/201918.36
CC
Tetrachloroethene
BRL
0.10
mg/L
276491
20
03/27/201918:36
CC
Trichloroethene
BRL
010
mg/L
276491
20
03/27/2019 18 36
CC
Vinyl chloride
BRL
0 040
mg/L
276491
20
03/27/2019 18 36
CC
Surr- 4-Bromofluorobenzene
102
63 1-120
%REC
276491
20
03/27/2019 1836
CC
Surr: Dibromofluoromethane
101
76 1-126
%REC
276491
20
03/27/2019 18 36
CC
Surr: Toluene-d8
102
75 3-119
%REC
276491
20
03/27/2019 18:36
CC
Sulfide, Reactive SW846-7.3
(SW7.3.4.2)
Sulfide, Reactive
BRL
100
mg/Kg
276649
l
03/27/2019 17:30
AT
SEMIVOLATILES ORGANICS, TCLP
SW1311/8270E
(SW3510C)
1,4-Dichlorobenzene
BRL
010
mg/L
276448
1
03/27/2019 18 51
YH
2,4,5-Trichlorophenol
BRL
010
mg/L
276448
1
03/27/201918:51
YH
2,4,6-Trichlorophenol
BRL
0.10
mg/L
276448
1
03/27/201918.51
YH
2,4-Dmitrotoluene
BRL
010
mg/L
276448
1
03/27/20191851
YH
Hexachlorobenzene
BRL
0.10
mg/L
276448
1
03/27/201918:51
YH
Hexachlorobutadiene
BRL
010
mg/L
276448
l
03/27/201918:51
YH
Hexachloroethane
BRL
010
mg/L
276448
1
03/27/20191851
YH
m,p-Cresol
BRL
010
mg/L
276448
1
03/27/201918.51
YH
Nitrobenzene
BRL
010
mg/L
276448
1
03/27/201918:51
YH
o-Cresol
BRL
010
mg/L
276448
1
03/27/201918-51
YH
Pentachlorophenol
BRL
050
mg/L
276448
1
03/27/2019 18-51
YH
Pyridme
BRL
0.10
mg/L
276448
1
03/27/201918.51
YH
Cresols, Total
BRL
010
mg/L
276448
1
03/27/2019 1851
YH
Surr: 2,4,6-Tribromophenol
121
49 6-128
%REC
276448
l
03/27/2019 18:51
YH
Surr. 2-Fluorobiphenyl
97.8
52 2-124
%REC
276448
1
03/27/2019 18.51
YH
Sun. 2-Fluorophenol
89 1
44-129
%REC
276448
1
03/27/2019 18 51
YH
Sun: 4-Terphenyl-dl4
984
63 2-145
%REC
276448
1
03/27/2019 1851
YH
Surr: Nitrobenzene-d5
110
53.6-124
%REC
276448
1
03/27/2019 1851
YH
Surr Phenol-d5
92.5
50 6-125
%REC
276448
1
03/27/2019 1851
YH
POLYCHLORINATED BIPHENYLS
SW8082A
(SW3550C)
Aroclor 1016
BRL
47
ag/Ko dry
276589
1
03/28/2019 16 18
UH
Aroclor 1221
BRL
47
ug/Ko dry
276589
1
03/28/2019 16 18
UH
Qualifiers: ' Value exceeds maximum contaminant level
E
Estimated (value above quanntation
range)
BRL Below reporting limit
S
Spike Recovery
outside limits due
to matrix
H Holding times for preparation or analysis exceeded
Narr
See case narrative
N Analyte not NELAC certified
NC
Not confirmed
B Analyte detected in the associated method blank
<
Less than Result
value
> Greater than Result value
1
Estimated value
detected below
Reporting Limit
Page 3 of 6

Analytical Environmental Services, Inc
Date: 1-Apr-19
Client: Davis & Brown Client Sample ID: 287661
Project Name: 287661 Collection Date: 3/20/2019 9:40:00 AM
Lab ID: 1903N72-001 Matrix: Solid
Analyses
Result
Reporting
Qual
Limit
Dilution
Units BatchID
Factor
Date Analyzed Analyst .
POLYCHLORINATED BIPHENYLS
SW8082A
(SW3550C)
Aroclor 1232
BRL
47
ug/Kg-dry 276589
1
03/28/2019 16:18
UH
Aroclor 1242
BRL
47
ug/Kg-dry 276589
1
03/28/2019 16:18
UH
Aroclor 1248
BRL
47
ug/Kg-dry 276589
1
03/28/2019 16:18
UH
Aroclor 1254
BRL
47
ug/Kg-dry 276589
1
03/28/2019 16:18
UH
Aroclor 1260
BRL
47
ug/Kg-dry 276589
1
03/28/2019 16:18
UH
Surr: Decachlorobiphenyl
47.1
45.7-140
%REC 276589
1
03/28/2019 16:18
UH
Surf: Tetrachloro-m-xylene
46.6
45.3-126
%REC 276589
1
03/28/2019 16:18
UH
Paint Filter Liquids Test E9095B
Free Liquid
NEGATIVE
0
ml R394347
1
03/27/2019 18:20
AA
MERCURY, TCLP SW1311/7470A
(SW7470A)
Mercury
BRL
0.00400
mg/L 276572
1
03/27/2019 23:25
CD
Ignitability SW1010A
Ignitability
180
0 >
T R394212
1
03/26/2019 00:00
SK
ICP METALS, TCLP SW 1311/6010D
(SW3010A)
Arsenic
BRL
0.250
mg/L 276525
1
03/27/2019 14:49
DG
Barium
BRL
0.500
mg. L 276525
1
03/27/2019 14:49
DG
Cadmium
BRL
0.0250
mg L 276525
1
03/27/2019 14:49
DG
Chromium
BRL
0.0500
mg/L 276525
1
03/27/2019 14:49
DG
Lead
BRL
0.0500
mg/L 276525
1
03/27/2019 14:49
DG
Selenium
BRL
0.100
mg/L 276525
1
03/27/2019 14:49
DG
Silver
BRL
0.0250
mg/L 276525
1
03/27/2019 14:49
DG
Cyanide, Reactive SW846-7.3
(SW7.3.3.2)
Cyanide, Reactive
BRL
0.962
mg/Kg 276735
1
03/29/2019 15:00
AT
PERCENT MOISTURE D2216
Percent Moisture
28.4
0
WN R394186
1
03/26/2019 14:00.
JW
Qualifiers: ' Value exceeds maximum contanunant level E Estimated (value above cluantitation range)
BRL Below reporting limit S Spike Recovery outside limits due to matrix
H Holding times for preparation or analysis exceeded Narr See case narrative
N Analyte not NELAC certified NC Not confirmed
B Analyte detected in the associated method blank < Less than Result value
> Crater than Result value J Estimated value detected below Reporting Limit
Page 4 of 6

i, A.YAumcAL
FNI7HONhtF_tiT1L AES .SCsRlRC.&4, LYC. SAMPLE/COOLER RECEIPT CHECKLIST
1. client Name: ACCESS ANALYTICAL, INC.
2. Carrier: fedFx G UPS L' USPS❑ Client' CourierL; Othei
Yes No N/A Details
AES Work order Number: 1903N72
Clear Save as
Comments
Shipping container/cooler received in good condition?
•
damaged - leaking other
Custody seals present on shipping container?
Custody seals intact on shipping container?
Temperature blanks present?
•
Cooler temperature(s) within limits of 04C? [See item 13 and 14 for
temperature recordings.]
O
®
O
Cooling initiated for recently collected samples / ice
present
Chain of Custody (CDC) present?
•
Chain of Custody signed, dated, and timed when relinquished and received?
Sampler name and/or signature on COC?
Were all samples received within holding time?
TAT marked on the'COC7
If no TAT indicated, proceeded with standard TAT per Terms & Conditions.
13. Cooler 1 Temperature 2.3
14. Cooler 5 Temperature
15. Comments:
16.
17.
18.
19.
20.
21.
22.
23.
24.
25.
26.
°C Cooler 2 Temperature °C Cooler 3 Temperature oC Cooler 4 Temperature °C
°C Cooler 6 Temperature °C Cooler 7 Temperature °C Cooler 8 Temperature °C
I certify that I have completed sections 1-15 (dated initials). EW 3/22/19
Yes No N/A Details Comments
Were sample containers intact upon receipt?
•
Custody seals present on sample containers?
Custody seals intact on sample containers?
Do sample container labels match the COC?
©
®
incomplete info illegible
_ ❑
label _ other
Are analyses requested indicated on the COC?
•
Were all of the samples listed on the CDC received?
e
®
o
samples received but not listed on CDC
samples listed on CDC not received
Was the sample collection date/time noted?
Did we receive sufficient sample volume for indicated analyses?
Were samples received in appropriate containers?
Were VOA samples received without headspace (< 1/4" bubble)?
Were trip blanks submitted?
listed on COC not listed on COC
27. Comments:
This section only applies to samples where pH can be I certify that I have completed sections 16-27 (dated initials).
checked at Sample Receipt. Yes No N/A Details Comments
28.
29.
30.
EW 3/22/19
Have containers needing chemical preservation been checked?
Containers meet preservation guidelines?
Note: Certain analyses require chemical preservation but must be checked in the laboratory and not upon Sample Receipt such as Coliforms, VOCs and Oil & GreasefTPH.
____�.........___..._ __ 1 certify that I have completed sections 2830 (dated initials)
EW 3/22/19
Checklist 6.9.17 Rev 2
Page 5 of 6

Analytical Environmental Services, Inc
Client: Davis & Brown
Project Name: 287661
Lab Order: 1903N72
Lab Sample ID
Client Sample ID
Collection Date
Matrix
Teat Name
1903N72-001A
287661
3/20/2019 9:40:OOAM
Solid
VOLATILES, TCLP Leached
1903N72-001B
287661
3/20/2019 9:40:00AM
Solid
TCLP SEMIVOLATILES ORGANICS
1903N72-001B
287661
3/20/2019 9:40:OOAM
Solid
MERCURY, TCLP Leached
1903N72-001B
287661
3/20/2019 9:40:OOAM
Solid
ICP METALS, TCLP Leached
1903N72-001C
287661
3/202019 9:40:OOAM
Solid
IGNITABILITY
1903N72-001C
287661
3/202019 940:OOAM
Solid
Cyanide, Reactive
1903N72-001C
287661
3/202019 9:40:OOAM
Solid
Sulfide, Reactive
1903N72-001C
287661
3202019 9:40:OOAM
Solid
POLYCHLORINATED BIPHENYLS
1903N72-001C
287661
3/20/2019 9:40:OOAM
Solid
Paint Filter Liquids Test
1903N72-001C
287661
3/202019 9:40:OOAM
Solid
PERCENT MOISTURE
Date: 1-Apr-19
Dates Report
TCLP Date Prep Date
03/26/2019 3126/2019 10:27:OOAM
03/26/2019 3/26/2019 11:00:00AM
03/26/2019 3/27/2019 5:15:OOPM
03/26/2019 3/27/2019 11:50:OOAM
3/292019 10:00:OOAM
3/27/2019 9:15:OOAM
3/28/2019 10:00:OOAM
Analysis Date
03127/2019
03/27/2019
03/27/2019
03/27/2019
0312WO19
03292019
03272019
0328/2019
03272019
03262019
Page 6 of 6

DAVIS & BROWN
Data Qualifiers
Within the attached report, some analytical data may be reported as Qualified Data as
indicated by Data Qualifier or flag next to the result. The data qualifier "S" indicates that
the analysis was performed by another South Carolina certified lab. This table
summarizes the South Carolina Lab Certification Numbers for those laboratories.
S 1
South Carolina Lab Certification Number: 93013
S2
South Carolina Lab Certification Number: 23105
S3
South Carolina Lab Certification Number: 10120
S4
South Carolina Lab Certification Number: 84002
S5
South Carolina Lab Certification Number: 32117
S6
Agricultural Service Laboratory Clemson University
S8
Lab samples were subcontracted. See attached documentation.
S9
South Carolina Lab Certification Number: 94014001; 94014002
S11
South Carolina Lab Certification Number: 96026; 96031; 98001; 73006; 98016; 99006001
Note: S 1 lA indicates AES Laboratory (98016); S 1 I G indicates GCAL Laboratory (73006);
SI 1P indicates Pace Analytical (96042001); S1 ITS indicates Test America Savannah (98001)
S 1 I TP indicates Test America Pittsburg89014)
S 12
AASHTO R18 Certified
S 13
South Carolina Lab Certification Number: 96012
S 14
South Carolina Lab Certification Number: 89002
S 16
South Carolina Lab Certification Number: 84004
S 17
South Carolina Lab Certification Number: 96037001
S 18
South Carolina Lab Certification Number: 95005
S 19
South Carolina Lab Certification Number: 23104
S20
South Carolina Lab Certification Number: 96027001
S21
South Carolina Lab Certification Number: 21005
S22
South Carolina Lab Certification Number: 24110
S23
South Carolina Lab Certification Number: 84001001
S24
South Carolina Lab Certification Number: 82014001
S26
North Carolina Lab Certification Number: 21 (Wilson Division NC00120)
S27
South Carolina Lab Certification Number: 40569
S28
South Carolina Lab Certification Number: 32571
S29
South Carolina Lab Certification Number: 32566
S30
Galbraith Laboratories, Inc. Knoxville TN
S31
South Carolina Lab Certification Number: 32576
Revision 08/18 Dataqual (SuKabs)p2 i�pd

KM DAVIS & BROWN
124 W. MCIVef Road PH: 843-665.6746
Ff°rence, Sc 29601 FAX: 843.65E-2208
PAGE # ` OF
3 Z
TURNA ..UND TIME: _Pi
CHAIN OF
CUSTODY
v STANDARD RUSH
REGULATORY:
YES NO
,RECORD
_P2
SAMPLE
ANALYSIS
REQUESTED
USE CODES TO INDICTATE IF SAMPLE WAS
CLIENT:
FILTERED OR PRESERVED: A= HNq
Preservative'
•'`
_
F_ �r' _s
f.�.
.,
,�
"� "r,;
�.•� j'.
���X.•
lJ W lJ
y
C=NADN E=NA1Slq G=DNCACETATE
ADDRESS:
m
z
PROGRAMAREA: D=DRINKING WATER
EZ
to
U
G=GROUNDWATER S=SOLID SL=SLUDGE
CJ
O
W = WASTEWATER C=OTHER
PLEASE PRINT LEGIBLY
m
o
' "
rQ
0
PHONE: FAX:
!—
O
NOTES
LAB ID
SAMPLE 10
Flll in•the
Number
of Contalners4or
EACH
Test
3-aa}i ��-<
1q°
4.ATEIMEINITIAL
.�4A-, se, ar,Qq'D�
Rr� Cs1Gr, c-,Pb
2,�)Jt,Dtp
S
C
(
LPl SrtiJ;faTi7.�r
a.�r• o ,
FLOW INFO
IC ICE
SAMPLER SIGNATURE
NO PACK
a �I 1% � , _ _
JG�'"`"�
TEMP: q o
TEMP: 1 •J� C
R 'nquished
Date:
Z�-r
Timer �
�•
Relmqui ed by
D le: Time. Relinquished by:
�i � � q (•� J
s
Dale: Time:
Received
3
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ISSUED: NUvtmttR ,v is

A N I M A L WASTE ANALYS IS R E P O R T
Agricultural Service Laboratory
LAB No. 30472 Clemson University
TURNER, SHERRY
ACCOUNT
'COMRLBR
PO BOX 219
DATE
04/01/2019
CHERAW SC29520
[e-mail]
SAMPLE NO. 03201950 MANURE:
OTHER STORAGE: COVERED
-----------------RESULTS
REPORTED ON AN AS -SAMPLED BASIS----------------------
lbs/ton
Ammonium Nitrogen
0.02
%
0.40
Organic Nitrogen
0.73
%
14.65
Nitrate Nitrogen
---------------------------------------------------------------
107.90
ppm
0.22
INCORPORATED AVAILABLE NITROGEN ESTIMATE
9.46
SURFACE AVAILABLE
NITROGEN ESTIMATE
9.34
---------------------------------------------------------------
Phosphorus as P205
0.46
%
9.15
Potassium as K20
0.41
%
8.28
Calcium
23.15
%
462.91
Magnesium
0.18
%
3.68
Sulfur
0.18
%
3.52
Zinc
196.61
ppm
0.39
Copper
31.97
ppm
0.06
Manganese
50.35
ppm
0.10
Sodium
536.28
ppm
1.07
Moisture
20.08
%
Calcium Carbonate
Equivalency 0.60
%
11.93
------------------------------------------------------------------------------
INCORPORATED PLANT AVAILABLE NITROGEN ESTIMATE - 80% of ammonium-N, 60% of
organic-N, and 100% of nitrate-N (if determined). Assumes the manure will be
incorporated into the soil within hours of application. Assumes some loss of
ammonium-N during application and prior to incorporation.
SURFACE PLANT AVAILABLE NITROGEN ESTIMATE - 50% of ammonium-N, 60% of
organic-N, and 100% of nitrate-N (if determined). Assumes the manure will be
left on the surface of the soil with no incorporation by plowing or
irrigation.
Available nitrogen calculations are estimates and if nitrate-N was not re-
quested the amount of available nitrogen may be slightly more than reported.
Also, the actual amount may be more or less than the estimate depending on the
composition of the manure, soil type, and environmental conditions.
All of the potash in the animal waste should be plant available in the
first
year of application. Although not all
first year, its availability should be
fertilizers.
of the phosphorous is available in the
comparable to that in commercial
The rate of animal waste to apply for crop production is dependent on the
nutrient content of the waste, method of application and incorporation, soil
test, crop to be grown, and previous manure applications. In most cases, the
plant available nitrogen content of the waste is used to determine the rate of

% moisture
% solids
lbs. solids/ton
lbs. solids/500 tons
20.08
79.92
1598.4
799200
%
ppm
lbs/ton
%
ppm
lbs/ton
as -sampled
as -sampled
as -sampled
dry ton
dry ton
dry
Ammonium Nitrogen
0.02
200
0.4
0.025025
250.2503
0.500501
Organic Nitrogen
0.7325
7325
14.65
0.916542
9165.415
18.33083
Nitrate Nitrogen
0.010790
107.9
0.2158
0.013501
135.01
0.27002
Incorporated Available Nitrogen Estimate
0.473
4730
9.46
0.591842
5918.418
11.83684
Surface Available Nitrogen Estimate
0.467
4670
9.34
0.584334
5843.343
11.68669
Phosphorus as P2O5
0.4575
4575
9.15
0.572447
5724.474
11.44895
Potassium as K2O
0.414
4140
8.28
0.518018
5180.18
10.36036
Calcium
23.1455
231455
462.91
28.96084
289608.4
579.2167
Magnesium
0.184
1840
3.68
0.23023
2302.302
4.604605
Sulfur
0.176
1760
3.52
0.22022
2202.202
4.404404
Zinc
0.019661
196.61
0.39322
0.024601
246.0085
0.492017
Copper
0.003197
31.97
0.06394
0.004
40.0025
0.080005
Manganese
0.005035
50.35
0.1007
0.0063
63.0005
0.126001
Sodium
0.053628
536.28
1.07256
0.067102
671.021
1.342042
Calcium Carbonate Equivalency
0.5965
5965
11.93
0.746371
7463.714
14.92743
March 2019

CHERAW ALKALINE BIOSOLIDS SOILAMENDMENT
CHEMICAL CHARACTERISTICS AND LAND APPLICATION RATES
BIOSOLIDS SAMPLE DATE: May 23, 2019
Biosolids
Maximum
Maximum
Maximum
Maximum
Metal
Allowable
Allowable
Application
Application
Content,
Metal
App. Rate,
Rate,
Rate,
METALS
ppm
Content, ppm
#/Acre/Yr.
DT/Acre/Yr.
WT/Acre/Yr.
Arsenic, Total
1.27 '
41.00
1.80
372.76
710.96
Cadmium, Total
0.63
39.00
1.70
704.10
1342.92
Chromium, Total
34.12
1200.00
134.00
1029.52
1963.61
Copper, Total
37.93
1500.00
67.00
463.11
883.30
Lead, Total
0.63 '
300.00
13.00
5384.26
10269.42
Mercury, Total
0.03
17.00
0.75
6458.52
12318.37
Molybdenum, Total
5.06 '
18.00
0.80
41.44
79.04
Nickel, Total
15.35
420.00
18.70
319.40
609.20
Selenium, Total
1.27 '
36.00
4.50
931.89
1777.40
Zinc, Total
169.97
1525.00
125.00
192.79
367.71
PCB
BRL
1.60
' Actual metal content less than amount indicated
Biosolids Biosolids
Maximum
Maximum
Nutrient Nutrient
Crop/Soil
Application
Application
Content, Content,
Requirement,
Rate,
Rate,
ppm %
#/Acre "
DT/Acre/Yr.
WT/Acre/Yr.
Ammonium Nitrogen
140.00 0.01
Organic Nitrogen
8095.00 0.81
Incorporated Available Nitrogen
5355.00 0.54
120.00
5.87
11.20
Surface Available Nitrogen
5315.00 0.53
120.00
5.92
11.29
Phosphorus as P205
6365.00 0.64
80.00
3.29
6.28
Potassium as K20
2085.00 0.21
50.00
6.29
11.99
Calcium, Total
142825.00 14.28
Calcium as CaO
199955.00 20.00
Calcium as CaCO3 (CCE)
2560.00 0.26
2000.00
204.80
390.63
Magnesium, Total
1415.00 0.14
Manganese
80.00 0.01
Sodium
345.00 0.03
Percent Moisture
47.57
These are typical values and must be adjusted based upon specific site conditions
DT is Dry Tons of Biosolids. WT is Wet Tons of Biosolids.
CERTIFICATION: This biosolid product has been produced by the Town of Cheraw's Wastewater
Treatment Plant by a treatment process that pasteurized plant residual solids using high temperature
and lime (calcium oxide). The Town of Cheraw certifies that this biosolid complies with the
Environmental Protection Agency regulations 40 CFR Part 503 for a "Class A' product and has a metal
and nutrient content as presented above.
DIRECTIONS FOR USE: This biosolid is intneded to be used as a soil amendment. The biosolid
land application rate shall not exceed the most restrictive Maximum Application Rate as indicated in
the table above. The application rate for nitrogen, phosphorus, potassium, and calcium is dependent
upon the crop grown and site soil characteristics. The user should contact the Clemson Extension
Service (843-623-2134) and/or the Soil Conservation Service (843-623-2187) for assistance in
determining the proper application rate for each crop and site. In no case shall the land application
rate exceed the agronomic rate for the crop grown. User should also refer to the Clemson Extension
Service Circular #476 titled "Lime and Fertilizer Recommendations."
THIS PRODUCT IS HIGHLY ALKALINE AND SHOULD BE HANDLED ACCORDINGLY.
AVOID PROLONGED CONTACT WITH THE SKIN. AVOID CONTACT WITH THE EYES.
THE TOWN OF CHERAW IS NOT RESPONSIBLE FOR IMPROPER USE OR HANDLING OF THIS
BIOSOLID PRODUCT.
Mr. John D. Stowe, Director of Operations
P. O. Box 219; Cheraw, SC 29520
Telephone: [phone]
FAX: [phone]
PRODUCT USER NAME:
ADDRESS:
LOCATION OF USE:
OUANTITY RECEIVED:

Davis & Brown
PO Boa 15038
Quinby, SC 29506
[phone] FAX: [phone]
Certificate of Analysis
Client: CHERAW, TOWN OF
P.O.BOX 219
CHERAW, SC 29520
Contact: SHERRY TURNER
Client #: 168
Sample Date: 22-May-19
SDG #: SDG-131390
Parameter Result
LSID-289980 5-21-19-010
Biochemical Oxygen Demand 317
South Carolina Certification Number: 21117
Receipt Date: 23-May-19
Report Date: 31-May-19
Approved By: 4VAft—
Van Ward
Lab Director
Reporting - ---
Limit Unit Method Flag Date
2 mg/L SM 5210B 5/23/2019
LSID-289981 5-23-19-0500 BIOSOLIDS
Acid Digestion (Solids)
Selenium, Total
Percent Moisture
Aluminum, Total
Arsenic, Total
Cadmium, Total
Chromium, Total
Copper, Total
Lead, Total
Molybdenum Total
Nickel, Total
Zinc, Total
Mercury, Total
PCB
YES
EPA 200.2
5/27/2019
<0.998
0.998
mg/kg
EPA 7010 / 6010D
5/28/2019
47.1
0.1
wt%
SW846 3540
5/27/2019
4110
200
mg/kg
SW846 6010D
5/28/2019
<0.998
0.998
mg/kg
SW846 6010D
5/28/2019
<0.499
0.499
mg/kg
SW846 601OD
5/27/2019
26.9
0.499
mg/kg
SW846 6010D _
5/27/2019
29.9
0.499
mg/kg
SW846 6010D
5/27/2019
<0.499
0.499
mg/kg
SW846 6010D
5/27/2019
<3.99
3.99
mg/kg
SW846 6010D
5/28/2019
12.1
0.499
mg/kg
SW846 6010D
5/27/2019
134
0.499
mg/kg
SW846 601OD
5/27/2019
0.024
0.023
mg/kg
SW846 7470A
5/29/2019
BRL
1.6
mg/kg
SW846 8082A Sl1A\D
5/24/2019
Page 1
Time Analyst
10:41 AE
10:00 AE
9:31 JR
10:25 ML
14:13 JR
9:31 JR
15:38 AE
15:38 AE
15:38 AE
15:38 AE
12:38 JR
15:38 AE
15:38 AE
12:30 CG
14:31 UH

AcCsS
ANALYTICAL, INC.
ANALYTICAL REPORT
CLIENT
Davis & Brown
P.O. Box 15038
Quinby SC 29506
ATTENTION
Scott Fields
PROJECT iD
289981
LABORATORY REPORT NUMBER
1905062
DATE
May 29, 2019
Primary Data Review By Secondary Data Review By
Ashley Amick
Chris Pafford Project Manager, Access Analytical
Project Manager, AES [e-mail]
PLEASE NOTE:
Unless otherwise noted, all analysis on this report performed at Analytical Environmental Services Inc. (AES Inc),
3080 Presidential Drive, Atlanta, GA 30340.
AES is SCDHEC certified laboratory # 98016, NCDENR certified lab # 562, GA certified lab # FL-E87582,
NELAP certified laboratory # E87582
AIHA-LAP,LLC Laboratory ID:100671 for Industrial Hygiene samples (Organics, Metals, PCM Asbestos,
Gravimetric), Environmental Lead (Paint, Soil, Dust Wipes, Air), and Environmental Microbiology (Fungal)
Direct Examination.
Local support services for this project are provided by Access Analytical, Inc. Access Analytical is a
representative of AES serving client in the SC/NC/GA areas. All questions regarding this report should be directed
to your local Access Analytical representative at 803.781.4243 or toll fee at 883.315.4243
Page 1 of 4

l9bs0(D'z
f WMcIRoadvPH,er843-@65-6746
® DAVIS � BROWN PAGE #
_OF _
Florence, SC 29601 FAX. [phone]
REGULATORY: YES NO
CHAIN OF CUSTODY RECORD
TURNAROUND TIME __Pt
DUEN'i:
_ STANDARD RUSH P2
SAWLE
A XALYSIS
REQUES'ED
USE CODES TO INDICTA TE IF SAMPLE NAS
�1TERED OR PRESERVED: A - HNOx
rT
I
V;S
Hx80, F=FILTRATION
DRESS:
Z
I
C= NAOH E= NAxSxOx G= 7INCACETATE
PRCGRAMAREA: D - DRINKING'NATER
EF
U
i
G=GROUNDWATER S=SOLID SL-SLUDGE
D
e9
ti
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i
W=WASTEWATER O.OTHER
PHONE: FAX:
PLEASE PWNT LEGIBLY
a
�
i
!
I
o
SHADED AREAS FOR L" USE QMLY
SAMPLE IC
CA?
THE
INI-IAL
NOTES
LAB ID
2 �9 ri
-60
Fin In
the Wzftw
of Gcntsi
om
for EACH
TM
I
�
�
4
{
I
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7-
SAMPLER SIGNATURE
FLOWINFO
PACK '
0 0.0
Raltngai a: ( t Time:
S(13! t q f rN
RaCmaufahed hY Data Time:
Rehrquished hy. Date: Time: —�
R8�'v Y Date: Time:
Yt '� 2sf 1
Received aJ Cate: Tima:
Received Dy: Date: Time:
Carom r3s:
'$SUED[ NOVEMBER 2012
Page 2 of 4

Analytical Environmental Services, Inc
Date: 29-May-19 .
Client:
Davis & Brown
Client Sample ID:
289981
Project Name:
289981
Collection Date:
5/23/2019 7:30:00 AM
Lab ID:
1905062-001
;Matrix:
Solid
Analyses
Result
Reporting
Qual
Limit
`nits
BatchlD
Dilution
Date Analyzed Analyst
Factor
POLYCHLORINATED BIPHENYLS
SW8082A
(SW3550C)
Aroclor 1016
BRL
37
ulp Kg -dry
279626
1 05/24/2019 14:31
UH
Aroclor 1221
BRL
37
ulp Kg -dry
279626
l 05/24/2019 14:31
UH
Aroclor 1232
BRL
37
ug/Kg-dry
279626
1 05/24/2019 14:31
UH
Aroclor 1242
BRL
37
ug!Kg-dry
279626
1 05/24/2019 14:31
UH
Aroclor 1248
BRL
37
ugXg-dry
279626
1 05/24/2019 14:31
UH
Aroclor 1254
BRL
37
ug/Kg-dry
279626
1 05/24/2019 14:31
UH
Aroclor 1260
BRL
37
ug/Kg-dry
279626
1 05/24/2019 14:31
UH
Surr: Decachlorobiphenyl
53.4
45.7-140
%REC
279626
1 05/24/2019 14:31
UH
Surr: Tetrachloro-m-xylene
56.5
45.3-126
%REC
279626
1 05/24/2019 14:31
UH
PERCENT MOISTURE D2216
Percent Moisture
10.3
0
wt"iu
P399182
1 05/29/2019 13:45
JW
Qualifiers: • Value exceeds maximum contaminant level
BRL Below reporting limit
H Holding times for preparation or analysis exceeded
N Analyte not NELAC certified
B Analyte detected in the associated method blank
> Greater than Result value
E Estimated (value above quan6tation range)
S Spike Recovery outside limits due to matrix
Narr See case narrative
NC Not confirmed
< Less than Result value
J Estimated value detected below Reporting Limit
Page 3 of 4

.� AxAm, r1cA1
�.F1V�•7HONhiH\'I'hI.
AFS SFaj-tcF_s. flit.
1. Client Name: Access Analytical, Inc.
2. Carrier: FedEx Li, UPS❑. USPS❑ Client Courier[,_,, Othei
3.
4.
5.
6.
7.
8.
9.
10.
11.
12.
Clear Save as
SAMPLE/COOLER RECEIPT CHECKLIST
AES Work Order Number: 1905062
Yes N. N/A n-il.
Shipping container/cooler received in good condition?
•
0
0
ld-,iged leaking _ other_
Custody seals present on shipping container?
Custody seals intact on shipping container?
Temperature blanks present?
•
Cooler temperatures) within limits of 04C? [See item 13 and 14 for
temperature recordings.]
Q
®
Q
Cooling initiated for recently collected samples / ice
present ❑
Chain of Custody (COC) present?
•
Chain of Custody signed, dated, and timed when relinquished and received?
•
Sampler name and/or signature on COC?
•
Were all samples received within holding. time?
IIf
TAT marked on the COC?
•
no TAT indicated, proceeded with standard TAT per Terms & Conditions.
13. Cooler 1 Temperature 0.8 °C Cooler 2 Temperature °C Cooler 3 Temperature °C Cooler 4 Temperature °C
14. Cooler 5 Temperature °C Cooler 6 Temperature °C Cooler 7 Temperature °C Cooler 8 Temperature ic
15. Comments:
I certify that I have completed sections 1-15 (dated initials). AS 5/24,19
Ve< Nn N/A r -1. r........ e...�
Were sample containers intact upon receipt?
•
Custody seals present on sample containers?
Custody seals intact on sample containers?
Do sample container labels match the COC.
O
®
®
incomplete info C illegible El
no label ❑ other ❑
Are analyses requested indicated on the COC?
•
Were all of the samples listed on the CDC received?
Q
(D
®
samples received but not listed on COC ❑
samples listed on COC not received ❑
Was the sample collection date/time noted?
•
Did we receive sufficient sample volume for indicated analyses?
•
Were samples received in appropriate containers?
Were VOA samples received without headspace (< 1/4" bubble)?
Were trip blanks submitted?
•
Ilisted on CDC ^ not listed on COC '..
16.
17.
18.
19.
20.
21.
22.
23.
24.
25.
26.
27. Comments:
This section only applies to samples where pH can be
1 certify that I have completed sections 16-27 (dated initials). HB 5/24/19
checked at Sample Receipt. yes No N/A Details Comments
28. Have containers needing chemical preserv
29.
30.
Note: Certain analyses require chemical preservation but must be checked in the laboratory and not upon Sample Receipt such as Coliforms, VOCs and Oil & Grease/TPH. He s/za/19
I certify that I have completed sections 28-30 (dated initials).
Checklist 6.9.17 Rev 2
ation been checked?
Containers meet preservation guidelines?
Was pH adjusted at Sample Receipt?
"
Page 4 of 4
Page 4 of 4

DAVIS & BROWN
Data Qualifiers
Within the attached report, some analytical data may be reported as Qualified Data as indicated by a data qualifier or a flag
next to the result. This table summarizes the possible Data Qualifiers that may be associated with this report.
A
BOD result showed toxic tendencies.
B
The BOD data is suspect due to a failed quality control check (GGA).
C
The BOD data is suspect due to a failed quality control check (Blanks).
D
Results are reported on a dry weight basis.
H
Sample was analyzed beyond the accepted holding time
7
Estimated value. Presence of the compound was confirmed but less than the reported detection limit.
L
Results based on colony counts outside the acceptable range. The ideal range for the fecal colifonn test is 20 - 60 colonies.
MS
Sample matrix spike percent recovery was outside the accepted range.
Sampled, but analysis lost or not performed
P
Sample was not properly preserved upon receipt.
G
LCS or MS exceeds the control limits.
S
Sample was analyzed by another SC certified Lab.
SC
Seed Correction outside the accepted range of 0.60 - 1.4 mg/L. (BOD)
Seed Correction outside the accepted range of 0.60 - 1.4 mg/L (CBOD)
SD
Results reported are derived from suspect data.
SS
BOD results derived from supersaturated D.O. values. Sample(s) were aerated per the supersaturation procedure in Standard
Methods 5210B
SDF
Sample Dilutions did not meet the requirement of DO depletion of at least 2.0 mg/L, or the sample dilutions did not meet the
requirement of DO residual of at least 1.0 mg/L. Davis & Brown is reporting these results as valid data.
1
Storage Condition: Temperature above 60 C due to power outage.
V
Analyte detected in the associated method blank. Note: the value in the blank shall not be subtracted
from the sample result.
Revision 04/17 WSF Dataqual.wpd

DAVIS & BROWN
Data Qualifiers
Within the attached report, some analytical data may be reported as Qualified Data as
indicated by Data Qualifier or flag next to the result. The data qualifier "S" indicates that
the analysis was performed by another South Carolina certified lab. This table
summarizes the South Carolina Lab Certification Numbers for those laboratories.
S 1
South Carolina Lab Certification Number: 93013
S2
South Carolina Lab Certification Number: 23105
S3
South Carolina Lab Certification Number: 10120
S4
South Carolina Lab Certification Number: 84002
S5
South Carolina Lab Certification Number: 32117
S6
Agricultural Service Laboratory Clemson University
S8
Lab samples were subcontracted. See attached documentation.
S9
South Carolina Lab Certification Number: 94014001; 94014002
S11
South Carolina Lab Certification Number: 96026; 96031; 98001; 73006; 98016; 99006001
Note: S11A indicates AES Laboratory (98016); S11G indicates GCAL Laboratory (73006);
S11P indicates Pace Analytical (96042001); S11TS indicates Test America Savannah (98001)
SI ITP indicates Test America Pittsburg (89014)
S12
AASHTO R18 Certified
S 13
South Carolina Lab Certification Number: 96012
S 14
South Carolina Lab Certification Number: 89002
S 16
South Carolina Lab Certification Number: 84004
S 17
South Carolina Lab Certification Number: 96037001
S 18
South Carolina Lab Certification Number: 95005
S 19
South Carolina Lab Certification Number: 23104
S20
South Carolina Lab Certification Number: 96027001
S21
South Carolina Lab Certification Number: 21005
S22
South Carolina Lab Certification Number: 24110
S23
South Carolina Lab Certification Number: 84001001
S24
South Carolina Lab Certification Number: 82014001
S26
North Carolina Lab Certification Number: 21 (Wilson Division NC00120)
S27
South Carolina Lab Certification Number: 40569
S28
South Carolina Lab Certification Number: 32571
S29
South Carolina Lab Certification Number: 32566
S30
Galbraith Laboratories, Inc. Knoxville TN
S 3 1
South Carolina Lab Certification Number: 32576
Re�won OS/18 Dataqual (SubLabs)p2 %%pd

124 W McIver Road PH: 843.665.6746 PAGE # , OF F
DAVIS & BROWN
Florence, SC 29501 FAX: [phone]
in 13! D
TURNAROUND TIME: —PI
CHAIN OF CUSTODY RECORD
RUSH
REGULATORY: YES NO
_STANDARD _P2
CLIENT:
SAMPLE
ANALYSIS
REQUESTED
USE CODES TO INDICTATE IF SAMPLE WAS
Presen•aGve
F'L TEPED OR PRESERVED: A=HNO�
e ra L)
B = HCL D = H,SO: F = FILTRATION
C = NAOH E = NA;S,O, G = ZINCACETATE
m
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ADDRESS:
?R9r?AM AR=�`a; D=DRINKING WATER.
Q
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G=GROUNDWATER S=50U0 SL=SLUOGE
U
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W= WASTEWATER O=OTHER
U
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PLEASE PRINT LEGIBLY
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p
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<
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PHONE: FAX:
W
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—=
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O
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SAN4PLE ID
DATE
TIME
NITtAL
NOTES
LAS ID
Pill in
the Number
of Containers
for EACH
Test
9-00
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TEMP. .S ' cC
P, quished by: �n Date. ':ime:
5cv�r-ram— -7
Reliryu hed by Date Time.
�a-� -aa� a'�
ReUmc,uished by Date: T''me:
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Received n Data: Time:
by Dale" Time.
Received by: Date: Time:
-.� Y t -%' 'p
Comments
ISSUEU: IVVV-c LV![

A N I M A L WASTE ANALYS IS R E P O R T
Agricultural Service Laboratory
LAB No. 50781 Clemson University
TURNER, SHERRY
PO BOX 219
CHERAW SC29520
ACCOUNT COMRLBR
DATE 06/04/2019
[e-mail]
SAMPLE NO. 05151950 MANURE: OTHER STORAGE: COVERED
-----------------RESULTS
REPORTED ON AN AS -SAMPLED BASIS ----------------------
ANALYST
lbs/ton
pi
Ammonium Nitrogen
0.01
%
0.28
pi
Organic Nitrogen
0.81
%
16.19
pi
Nitrate Nitrogen
---------------------------------------------------------------
242.76
ppm
0.49
INCORPORATED AVAILABLE NITROGEN ESTIMATE
10.71
SURFACE AVAILABLE
NITROGEN'ESTIMATE
10.63
dw/sa
---------------------------------------------------------------
Phosphorus as P205
0_64
%
12.73
dw/sa
Potassium as K20
0.21
%
4.17
dw/sa
Calcium
14.28
%
285.65
dw/sa
Magnesium
0.14
%
2.83
dw/sa
Sulfur
0.20
%
4.09
Zinc
216.02
ppm
0.43
Copper
37.75
ppm
0.08
Manganese
82.32
ppm
0.16
Sodium
345.00
ppm
0.69
Moisture
47.57
%
Calcium Carbonate
Equivalency 0.26
%
5.12
------------------------------------------------------------------------------
INCORPORATED PLANT AVAILABLE NITROGEN ESTIMATE - 80% of ammonium-N, 60% of
organic-N, and 100% of nitrate-N (if determined). Assumes the manure will be
incorporated into the soil within hours of application. Assumes some loss of
ammonium-N during application and prior to incorporation.
SURFACE PLANT AVAILABLE NITROGEN ESTIMATE - 50% of ammonium-N, 60% of
organic-N, and 100% of nitrate-N (if determined). Assumes the manure will be
left on the surface of the soil with no incorporation by plowing or
irrigation.
Available nitrogen calculations are estimates and if nitrate-N was not re-
quested the amount of available nitrogen may be slightly more than reported.
Also, the actual amount may be more or less than the estimate depending on the
composition of the manure, soil type, and environmental conditions.
All of the potash in the animal waste should be plant available in the
first
year of application. Although not all of the phosphorous is available in the
first year, its availability should be comparable to that in commercial
fertilizers.
The rate of animal waste to apply for crop production is dependent on the
nutrient content of the waste, method of application and incorporation, soil
test, crop to be grown, and previous manure applications. In most cases, the
plant available nitrogen content of the waste i.s used to determine the rate of

% moisture
% solids
lbs. solids/ton
lbs. solids/500 tons
47.57
52.43
1048.6
524300
%
ppm
lbs/ton
%
ppm
lbs/ton
as -sampled
as -sampled
as -sampled
dry ton
dry ton
dry
Ammonium Nitrogen
0.014
140
0.28
0.026702
267.0227
0.534045
Organic Nitrogen
0.8095
8095
16.19
1.543963
15439.63
30.87927
Nitrate Nitrogen
0.024276
242.76
0.48552
0.046302
463.0174
0.926035
Incorporated Available Nitrogen Estimate
0.5355
5355
10.71
1.021362
10213.62
20.42724
Surface Available Nitrogen Estimate
0.5315
5315
10.63
1.013733
10137.33
20.27465
Phosphorus as P2O5
0.6365
6365
12.73
1.214
12140
24.27999
Potassium as K2O
0.2085
2085
4.17
0.397673
3976.731
7.953462
Calcium
14.2825
142825
285.65
27.24108
272410.8
544.8217
Magnesium
0.1415
1415
2.83
0.269884
2698.837
5.397673
Sulfur
0.2045
2045
4.09
0.390044
3900.439
7.800877
Zinc
0.021602
216.02
0.43204
0.041202
412.016
0.824032
Copper
0.003775
37.75
0.0755
0.0072
72.00076
0.144002
Manganese
0.008232
82.32
0.16464
0.015701
157.0093
0.314019
Sodium
0.0345
345
0.69
0.065802
658.0202
1.31604
Calcium Carbonate Equivalency
0.256
2560
5.12
0.48827
4882.701
9.765401
May 2019

CHERAW ALKALINE BIOSOLIDS SOIL AMENDMENT
CHEMICAL CHARACTERISTICS AND LAND APPLICATION RATES
BIOSOLIDS SAMPLE DATE: July 17, 2019
METALS
Biosolids
Metal
Content,
ppm
Maximum
Allowable
Metal
Content, ppm
Maximum Maximum
Allowable Application
App. Rate, Rate,
#/Acre/Yr. DT/Acre/Yr. -
Maximum
Application
Rate,
WT/Acre/Yr.
Arsenic, Total
3.14
41.00
1.80
188.09
286.50
Cadmium, Total
1.15 "
39.00
1.70
483.66
736.73
Chromium, Total
65.25
1200.00
134.00
674.09
1026.79
Copper, Total
46.66
1500.00
67.00
471.36
717.99
Lead, Total
3.51
300.00
13.00
1215.42
1851.37
Mercury, Total
0.04
17.00
0.75
6459.60
9839.45
Molybdenum, Total
4.61
18.00
0.80
56.99
86.80
Nickel, Total
28.41
420.00
18.70
216.06
329.10
Selenium, Total
1.15
36.00
4.50
1280.28
1950.16
Zinc, Total
272.56
1525.00
125.00
150.54
229.31
PCB
BRL
1.60
" Actual metal content less than amount indicated.
Biosolids Biosolids
Nutrient Nutrient
Content, Content,
ppm %
Crop/Soil
Requirement,
#/Acre "
Maximum
Application
Rate,
DT/Acre/Yr.
Maximum
Application.
Rate,
WT/Acre/Yr.
Ammonium Nitrogen
100.00 0.01
Organic Nitrogen
7670.00 0.77
Incorporated Available Nitrogen
4805.00 0.48
120.00
8.20
12.49
Surface Available Nitrogen
4775.00 0.48
120.00
8.25
12.57
Phosphorus as P205
1505.00 0.15
80.00
17.45
26.58
Potassium as K20
475.00 0.05
50.00
34.55
52.63
Calcium, Total
38865.00 3.89
Calcium as CaO
54411.00 5.44
Calcium as CaCO3 (CCE)
2715.00 0.27
2000.00
241.80
368.32
Magnesium, Total
330.00 0.03
Manganese
20.00 0.00
Sodium
80.00 0.01
Percent Moisture
34.35
These are typical values and must be adjusted based upon specific site conditions
DT is Dry Tons of Biosolids. WT is Wet Tons of Biosolids.
CERTIFICATION: This biosolid product has been produced by the Town of Cheraw's Wastewater
Treatment Plant by a treatment process that pasteurized plant residual solids using high temperature
and lime (calcium oxide). The Town of Cheraw certifies that this biosolid complies with the
Environmental Protection Agency regulations 40 CFR Part 503 for a 'Class A' product and has a metal
and nutrient content as presented above.
DIRECTIONS FOR USE: This biosolid is intneded to be used as a soil amendment. The biosolid
land application rate shall not exceed the most restrictive Maximum Application Rate as indicated in
the table above. The application rate for nitrogen, phosphorus, potassium, and calcium is dependent
upon the crop grown and site soil characteristics. The user should contact the Clemson Extension
Service (843-623-2134) and/or the Soil Conservation Service (843-623-2187) for assistance in
determining the proper application rate for each crop and site. In no case shall the land application
rate exceed the agronomic rate for the crop grown. User should also refer to the Clemson Extension
Service Circular #476 titled 'Lime and Fertilizer Recommendations.'
THIS PRODUCT IS HIGHLY ALKALINE AND SHOULD BE HANDLED ACCORDINGLY.
AVOID PROLONGED CONTACT WITH THE SKIN. AVOID CONTACT WITH THE EYES.
THE TOWN OF CHERAW IS NOT RESPONSIBLE FOR IMPROPER USE OR HANDLING OF THIS
BIOSOLID PRODUCT.
Mr. John D. Stowe, Public Utility Director
P. O. Box 219; Cheraw, SC 29520
Telephone: [phone]
FAX: [phone]
PRODUCT USER NAME:
ADDRESS:
INTENDED USE:
LOCATION OF USE:
QUANTITY RECEIVED:
RECEIVED BY:

Davis & Brown
PO Box 15038
Quinby, SC 29506
[phone] FAX: [phone]
Certificate of Analysis
Client: CHERAW, TOWN OF
P.O.BOX 219
CHERAW, SC 29520
Contact: SHERRY TURNER
Client #: 168
Sample Date: 17-Jul-19
SDG #: SDG-132326
South Carolina Certification Number: 21117
Receipt Date: 19-Jul-19
Report Date: 02-Aug-19
Approved By:
Z41.— w
Van Ward
Lab Director
Reporting
Parameter Result Limit Unit Method Flag Date Time Analyst
LSID-291909
7-17-19-0500 BIO
Acid Digestion (Solids)
YES
EPA 200.2
Selenium, Total
<0.999
0.999
mg/kg
EPA 7010 / 6010D
Percent Moisture
41.9
0.1
wt%
SW846 3540
Aluminum, Total
6860
2
mg/kg
SW846 6010D
Arsenic, Total
2.72
0.999
mg/kg
SW846 6010D
Cadmium, Total
<0.999
0.999
mg/kg
SW846 6010D
Chromium, Total
56.5
0.999
mg/kg
SW846 6010D
Copper, Total
40.4
0.999
mg/kg
SW846 6010D
Lead, Total
3.04
0.999
mg/kg
SW846 601OD
Molybdenum, Total
<3.99
3.99
mg/kg
SW846 6010D
Nickel, Total
24.6
0.999
mg/kg
SW846 601OD
Zinc, Total
236
0.999
mg/kg
SW846 6010D
Mercury, Total
0.033
0.023
mg/kg
SW846 7470A
PCB
BRL
mg/kg
SW846 8082A 35 S11A
LSID-291910
7-1749-001INF
Biochemical Oxygen Demand 970
2
mg/L
SM 5210B
LSID-291911 7-17-19-002 EFF
7/22/2019
9:30
JR
7/23/2019
10:59
AE
7/23/2019
11:52
ML
7/23/2019
14:51
JR
7/23/2019
10:59
AE
7/22/2019
16:08
JR
7/22/2019
16:08
JR
7/22/2019
16:08
JR
7/22/2019
16:08
JR
7/23/2019
13:28
JR
7/22/2019
16:08
JR
7/22/2019
16:08
JR
7/31/2019
12:05
CG
7/26/2019
14:45
HB
7/19/2019 10:32 AE
Page 1

Davis & Brown
PO Box 15038
Quinby, SC 29506
[phone] FAX: [phone]
Certificate of Analysis
Client: CHERAW, TOWN OF South Carolina Certification Number: 21117
P.O.BOX 219
CHERAW, SC 29520
Contact: SHERRY TURNER Receipt Date: 19-Jul-19
Client #: 168 ReportDate: 02-Aug-19
Sample Date: 18-Jul-19
Approved By:
SDG #: SDG-132326
Van
Ward
Lab Director
— --— -- ----- ----
Reporting
Parameter
Result
Limit
Unit
Method Flag
Date
Time
Analyst
Acid Digestion (Liquids)
YES
EPA 200.2
7/22/2019
1:00
JR
Copper, Total
<0.005
0.005
mg/L
EPA 200.7
7/22/2019
12:54
JR
Lead, Total
<0.005
0.005
mg/L
EPA 200.7
7/22/2019
12:54
JR
Biochemical Oxygen Demand
10.9
2
mg/L
SM 5210B
7/19/2019
10:32
AE
LSID-291912 SOURCE WATER
Total Organic Carbon
5.7
0.5
mg/L
SM 5310B-2011
7/23/2019
12:08
SF
LSID-291913 FINISHED WATER
Total Organic Carbon
2.5
0.5
mg/L
SM 531OB-2011
7/23/2019
12:08
SF
Page 2

A%NALYTICAL, INC.
ANALYTICAL REPORT
CLIENT
Davis & Brown
P.O. Box 15038
Quinby SC 29506
ATTENTION
Scott Fields
PROJECT M
291909
LABORATORY REPORT NUMBER
1907L48
DATE
July 31, 2019
Primary Data Review By Secondary Data Review By
Ashley Amick
Chris Pafford
Project Manager, Access Analytical
Project Manager, AES [e-mail]
PLEASE NOTE:
- Unless otherwise noted, all analysis on this report performed at Analytical Environmental Services Inc. (AES Inc),
3080 Presidential Drive, Atlanta, GA 30340.
- AES is SCDHEC certified laboratory # 98016, NCDENR certified lab # 562, GA certified lab # FL-E87582,
NELAP certified laboratory # E87582
- AIHA-LAP,LLC Laboratory ID:100671 for Industrial Hygiene samples (Organics, Metals, PCM Asbestos,
Gravimetric), Environmental Lead (Paint, Soil, Dust Wipes, Air), and Environmental Microbiology (Fungal)
Direct Examination.
- Local support services for this project are provided by Access Analytical, Inc. Access Analytical is a
representative of AES serving client in the SC/NC/GA areas. All questions regarding this report should be directed
to your local Access Analytical representative at 803.781.4243 or toll fee at 883.315.4243
Page 1 of 4

Access (Aes P , (DO_ la, -a- t 15D t'�°7Lye
In
DAVIS & BROWN { 124 W. Mcfver Road PH: 843-665-6746 PAGE # -OF
Florence, SC 29501 FAX: J43-666-2205
REGI:LATORY: YES NO
- CHAIN OF CRECORD
�
TURNAROUND TIME: P9USTQDY
_TrANDARD RUSH _p2
CLIENT.
SAMPLE
ANA.YSIS
REQUESTED
i J
' I(
15
i §
i o
a_
USE CODES TO 1NDICTATE IF SAMPLE WAS
FILTERED OR PRESERVED A-HNO,
S=HCL C=HiSO. F=FILTRATION
C=NACH E=NAZS;O, G=ZNCACETATE
Preservative
I �
j W
E
U U
co
a
r t0
f
{
I
Q '
i
i
I
{
{
I
i
j
ADDRESS:
PROGRAMAREA: O= DRINKNG'NATER
G=GROUNDWATER S=SCUD SL=SLUDGE
W=WASTEWATER O=OTHER
PLEASEPRWLF6�8LY
SHADED AREAS FOR LAS USE ONLY
PHONE: FAX:
SAMIPLE IC
DATE
TIME
INITAL
NOTES
LAS ID
F•ili In Ire Number of ContLiners
for EACH
Test
I
I 1
,
;
SAMPLER SIGNATURE
FLOW INFO
10E
NO PACK
RECEIPT
TEMP: I' l oG
Reanqu' �ew: ( Time:
t y • =LGLt�JS
RelinquM ed by Doc: ilme:
ReangL:jhed by; Octal Pme:
ReceMed by: � Date: Time:
Wu[to, o:to
Received by � DaLs. Time:
Rncgrrod by. Date; Time:
Comments;
_PAne2nf9___

Analytical Environmental Services, Inc
Date: 31-Jul-19
Client:
Davis & Brown
Client Sample ID:
291909
Project Name:
291909
Collection Date:
7/17/2019 11:05:00 AM
Lab ID:
19071,48-001
Matrix:
Soil
Analyses
Result
Reporting
Qual
Limit
Units
Dilution
BatchID
Factor
Date Analyzed
Analyst
POLYCHLORINATED BIPHENYLS
SW8082A
(SW3550C)
Aroclor 1016
BRL
54
ug/Kg-dry
282546 1
07/26/2019 1445
HB
Aroclor 1221
BRL
54
ug/Kg-dry
282546 1
07/26/2019 14.45
HB
Aroclor 1232
BRL
54
ug/Kg-dry
282546 1
07/26/2019 1445
HB
Aroclor 1242
BRL
54
ug/Kg-dry
282546 1
07/26/2019 14.45
HB
Aroclor 1248
BRL
54
ug/Kg-dry
282546 1
07/26/2019 14.45
HB
Aroclor 1254
BRL
54
ug/Kg-dry
282546 1
07/26/2019 14-45
HB
Aroclor 1260
BRL
54
ug/Kg-dry
282546 1
07/26/2019 14:45
HB
Surr: Decachlorobiphenyl
56.2
45 7-140
%REC
282546 1
07/26/2019 1445
HB
Surr: Tetrachloro-m-xylene
679
45 3-126
%REC
282546 1
07/26/2019 14.45
HB
PERCENT MOISTURE D2216
Percent Moisture
38 1
0
wt%
R403536 1
07/29/2019 09:30
JW
Qualifiers: *
Value exceeds maximum contaminant level
BRL Below reporting limit
H
Holding times for preparation or analysis exceeded
N
Analyte not NELAC certified
B
Analyte detected in the associated method blank
>
Greater than Result value
E Estimated (value above quantitanon range)
S Spike Recovery outside limits due to matrix
Nair See case narrative
NC Not confirmed
< Less than Result value
J Estimated value detected below Reporting Limit
Page 3 of 4

Clear Save as
I
AN v s1'icc u.
'gaO
Aa6S F SLAvtcEs, tNc SAMPLE/COOLER RECEIPT CHECKLIST
1. Client Name: Access Analytical, Inc. AES Work Order Number 19O71.48
2. Carrier: FedEz 0 UPS ❑ USPS❑ Client Courler❑ Other
Yes No N/A Details
3.
4.
5.
6.
7.
8.
9.
10.
11.
12.
Shipping container/cooler received in good condition?
•
damaged,❑ leaking ❑ other -
Custody seals present on shipping container?
noCustody
seals intact on shipping container?
Temperature blanks present?
•
Cooler temperature(s) within limits of O-GPC? [See item 13 and 14 for
temperature recordings.]
®
®
Cooling initiated for recently collected samples / ice
present
Chain of Custody (CDC) present?
•
Chain of Custody signed, dated, and timed when relinquished and received?
•
Sampier name and/or signature on COC?
•
Were all samples received within holding time?
•
TAT marked on the COC?
If no TAT indicated, proceeded with standard TAT per Terms & Conditions. ■
13. Cooler 1 Temperature 4.9 °C Cooler 2 Temperature
14. Cooler 5 Temperature °C Cooler 6 Temperature
15. Comments:
16.
17.
18.
19.
20.
21.
22.
23.
24.
25.
26.
°C Cooler 3 Temperature °C Cooler 4 Temperature °C
°C Cooler 7 Temperature °C Cooler 8 Temperature °C
I certify that i have completed sections 1-15 (dated initials). MJ 7/24/19
......,. Comments
Were sample containers intact upon receipt?
no
Custody seals present on sample containers?
Custody seals intact on sample containers?
Do sample container labels match the COC?
G)
®
®
incomplete info ❑ illegible ❑
no label ❑ other ❑
Are analyses requested indicated on the COC?
•
Were all of the samples listed on the COC received?
Q
®
®
samples received but not listed on COC ❑
samples listed on COC not received ❑
Was the sample collection date/time noted?
•
Did we receive sufficient sample volume for indicated analyses?
Were samples received in appropriate containers?
Were VOA samples received without headspace (< 1/4" bubble)?
Were trip blanks submitted?
•
Ilisted on CDC ❑ not listed on COC ❑
27. Comments:
certify that i have completed sections 16-27 (dated initials). EW 7/25/19
This section only applies to samples where pH can be
,h-Berl of Q-1. P-int vow Nn N/A Details Comments
28. nave containers needing chemical preservation oeen cnecaea r -
29. Containers meet preservation guidelines?
30. Was pH adjusted at Sample Receipt? I U 1 •
Note: Certain analyses require chemical preservation but must be checked in the laboratory and not upon Sample Receipt such as Colifomis, VOCs and Oil & Grease/TPH. EW 7/25/19
I certify that I have completed sections 28-30 (dated initials).
Checklist 6.9.17 Rev 2
LoCkb Page 4 of 4

DAVIS & BROWN
Data Qualifiers
Within the attached report, some analytical data may be reported as Qualified Data as
indicated by Data Qualifier or flag next to the result. The data qualifier "S" indicates that
the analysis was performed by another South Carolina certified lab. This table
summarizes the South Carolina Lab Certification Numbers for those laboratories.
S 1
South Carolina Lab Certification Number: 93013
S2
South Carolina Lab Certification Number: 23105
S3
South Carolina Lab Certification Number: 10120
S4
South Carolina Lab Certification Number: 84002
S5
South Carolina Lab Certification Number: 32117
S6
Agricultural Service Laboratory Clemson University
S8
Lab samples were subcontracted. See attached documentation.
S9
South Carolina Lab Certification Number: 94014001; 94014002
S 11
South Carolina Lab Certification Number: 96026; 96031; 98001; 73006; 98016; 99006001
Note: S11A indicates AES Laboratory (98016); S11G indicates GCAL Laboratory (73006);
S 11P indicates Pace Analytical (96042001); S 11TS indicates Test America Savannah (98001)
S 11 TP indicates Test America Pittsburg 89014)
S 12
AASHTO R18 Certified
S 13
South Carolina Lab Certification Number: 96012
S 14
South Carolina Lab Certification Number: 89002
S 16
South Carolina Lab Certification Number: 84004
S 17
South Carolina Lab Certification Number: 96037001
S 18
South Carolina Lab Certification Number: 95005
S 19
South Carolina Lab Certification Number: 23104
S20
South Carolina Lab Certification Number: 96027001
S21
South Carolina Lab Certification Number: 21005
S22
South Carolina Lab Certification Number: 24110
S23
South Carolina Lab Certification Number: 84001001
S24
South Carolina Lab Certification Number: 82014001
S26
North Carolina Lab Certification Number: 21 (Wilson Division NC00120)
S27
South Carolina Lab Certification Number: 40569
S28
South Carolina Lab Certification Number: 32571
S29
South Carolina Lab Certification Number: 32566
S30
Galbraith Laboratories, Inc. Knoxville TN
S31
South Carolina Lab Certification Number: 32576
Rcvisnn 08/18 Dataqual(SubLabs)p2 wpd

A N I M A L WASTE ANALYSI S R E P O R T
Agricultural Service Laboratory
LAB No. 71009 Clemson University
TURNER, SHERRY
PO BOX 219
CHERAW SC29520
ACCOUNT COMRLBR
DATE 07/26/2019
[e-mail]
SAMPLE NO. 07171950 MANURE: OTHER STORAGE: COVERED
-----------------RESULTS REPORTED ON AN AS -SAMPLED BASIS ----------------------
ANALYST
lbs/ton
pi
Ammonium Nitrogen
0.01
%
0.20
pi
Organic Nitrogen
0.77
%
15.34
pi
Nitrate Nitrogen
---------------------------------------------------------------
74.85
ppm
0.15
INCORPORATED AVAILABLE NITROGEN
ESTIMATE
9.61
SURFACE AVAILABLE NITROGEN ESTIMATE
9.55
dw/sa
---------------------------------------------------------------
Phosphorus as P205
0.15
%
3.01
dw/sa
Potassium as K20
0.05
%
0.95
dw/sa
Calcium ,
3.89
%
77.73
dw/sa
Magnesium
0.03
%
0.66
dw/sa
Sulfur
0.04
%
0.79
Zinc
57.12
ppm
0.11
Copper
11.16
ppm
0.02
Manganese
17.73
ppm
0.04
Sodium
82.07
ppm
0.16
Moisture
34.35
%
Calcium Carbonate Equivalency
0.27
%
5.43
------------------------------------------------------------------------------
INCORPORATED PLANT AVAILABLE NITROGEN ESTIMATE - 80% of ammonium-N, 60% of
organic-N, and 100% of nitrate-N (if determined). Assumes the manure will be
incorporated into the soil within hours of application. Assumes some loss of
ammonium-N during application and prior to incorporation.
SURFACE PLANT AVAILABLE NITROGEN ESTIMATE - 50% of ammonium-N, 60% of
organic-N, and 100% of nitrate-N (if determined). Assumes the manure will be
left on the surface of the soil with no incorporation by plowing or
irrigation.
Available nitrogen calculations are estimates and if nitrate-N was not re-
quested the amount of available nitrogen may be slightly more than reported.
Also, the actual amount may be more or less than the estimate depending on the
composition of the manure, soil type, and environmental conditions.
All of the potash in the animal waste should be plant available in the
first
year of application. Although not all of the phosphorous is available in the
first year, its availability should be comparable to that in commercial
fertilizers.
The rate of animal waste to apply for crop production is dependent on the
nutrient content of the waste, method of application and incorporation, soil
test, crop to be grown, and previous manure applications. In most cases, the
plant available nitrogen content of the waste is used to determine the rate of

% moisture
% solids
lbs. solids/ton
lbs. solids/500 tons
34.35
65.65
1313
656500
%
ppm
lbs/ton
%
ppm
lbs/ton
as-sam led
as -sampled
as -sampled
dry ton
dry ton
dry
Ammonium Nitrogen
0.01
100
0.2
0.015232
152.3229
0.304646
Organic Nitrogen
0.767
7670
15.34
1.168317
11683.17
23.36634
Nitrate Nitrogen
0.007485
74.85
0.1497
0.011401
114.0137
0.228027
Incorporated Available Nitrogen Estimate
0.4805
4805
9.61
0.731912
7319.117
14.63823
Surface Available Nitrogen Estimate
0.4775
4775
9.55
0.727342
7273.42
14.54684
Phosphorus as P205
0.1505
1505
3.01
0.229246
2292.46
4.58492
Potassium as K20
0.0475
475
0.95
0.072353
723.5339
1.447068
Calcium
3.8865
38865
77.73
5.92003
59200.3
118.4006
Magnesium
0.033
330
0.66
0.050267
502.6657
1.005331
Sulfur
0.0395
395
0.79
0.060168
601.6756
1.203351
Zinc
0.005712
57.12
0.11424
0.008701
87.00685
0.174014
Copper
0.001116
11.16
0.02232
0.0017
16.99924
0.033998
Manganese
0.001773
17.73
0.03546
0.002701
27.00685
0.054014
Sodium
0.008207
82.07
0.16414
0.012501
125.0114
0.250023
Calcium Carbonate Equivalency
0.2715
2715
5.43
0.413557
4135.567
8.271135
July 2019
-CKPl t-_)( `5

CHERAW ALKALINE BIOSOLIDS SOIL AMENDMENT
CHEMICAL CHARACTERISTICS AND LAND APPLICATION RATES
BIOSOLIDS SAMPLE DATE: September 18, 2019
METALS
Biosolids
Metal
Content,
ppm
Maximum
Allowable
Metal
Content, ppm
Maximum Maximum
Allowable Application
App. Rate, Rate,
#/Acre/Yr. DT/Acre/Yr.
Maximum
Application
Rate,
WT/Acre/Yr.
Arsenic, Total
3.27
41.00
1.80
166.25
275.56
Cadmium, Total
2.08 '
39.00
1.70
246.17
408.04
Chromium, Total
45.64
1200.00
134.00
885.64
1467.99
Copper, Total
42.92
1500.00
67.00
470.90
780.54
Lead, Total
2.08 '
300.00
13.00
1882.47
3120.30
Mercury, Total
0.03
17.00
0.75
7204.09
11941.13
Molybdenum, Total
4.17 '
18.00
0.80
57.92
96.01
Nickel, Total
31.72
420.00
18.70
177.84
294.78
Selenium, Total
1.04 '
36.00
4.50
1303.25
2160.20
Zinc, Total
229.25
1525.00
125.00
164.48
272.63
PCB
BRL
1.60
"Actual metal content less than amount indicated
Biosolids
Biosolids
Maximum
Maximum
Nutrient
Nutrient
Crop/Soil
Application
Application
Content,
Content,
Requirement,
Rate,
Rate,
ppm
%
#/Acre'"
DT/Acre/Yr.
WT/Acre/Yr.
Ammonium Nitrogen
100.00
0.01
Organic Nitrogen
9045.00
0.90
Incorporated Available Nitrogen
5610.00
0.56
120.00
6.45
10.70
Surface Available Nitrogen
5580.00
0.56
120.00
6.49
10.75
Phosphorus as P205
6355.00
0.64
80.00
3.80
6.29
Potassium as K20
1455.00
0.15
50.00
10.37
17.18
Calcium, Total
205845.00
20.58
Calcium as CaO
288183.00
28.82
Calcium as CaCO3 (CCE)
1505.00
0.15
2000.00
400.86
664.45
Magnesium, Total
1510.00
0.15
Manganese
75.00
0.01
Sodium
300.00
0.03
Percent Moisture
39.67
" These are typical values and must be adjusted based upon specific site conditions
DT is Dry Tons of Biosolids. WT is Wet Tons of Biosolids.
CERTIFICATION: This biosolid product has been produced by the Town of Cheraw's Wastewater
Treatment Plant by a treatment process that pasteurized plant residual solids using high temperature
and lime (calcium oxide). The Town of Cheraw certifies that this biosolid complies with the
Environmental Protection Agency regulations 40 CFR Part 503 for a 'Class A" product and has a metal
and nutrient content as presented above.
DIRECTIONS FOR USE: This biosolid is intneded to be used as a soil amendment. The biosolid
land application rate shall not exceed the most restrictive Maximum Application Rate as indicated in
the table above. The application rate for nitrogen, phosphorus, potassium, and calcium is dependent
upon the crop grown and site soil characteristics. The user should contact the Clemson Extension
Service (843-623-2134) and/or the Soil Conservation Service (843-623-2187) for assistance in
determining the proper application rate for each crop and site. In no case shall the land application
rate exceed the agronomic rate for the crop grown. User should also refer to the Clemson Extension
Service Circular #476 titled "Lime and Fertilizer Recommendations.'
THIS PRODUCT IS HIGHLY ALKALINE AND SHOULD BE HANDLED ACCORDINGLY.
AVOID PROLONGED CONTACT WITH THE SKIN. AVOID CONTACT WITH THE EYES.
THE TOWN OF CHERAW IS NOT RESPONSIBLE FOR IMPROPER USE OR HANDLING OF THIS
BIOSOLID PRODUCT.
Mr. John D. Stowe, Public Utility Director
P.O. Box 219; Cheraw, SC 29520
Telephone: [phone]
FAX: [phone]
PRODUCT USER NAME:
ADDRESS:
INTENDED USE:
LOCATION OF USE:
QUANTITY RECEIVED: - --
RECEIVED BY: --_- - -- ---- - -

Davis & Brown
PO Box 15038
Quinby, SC 29506
[phone] FAX: [phone]
Certificate of Analysis
Client: CHERAW, TOWN OF South Carolina Certification Number: 21117
P.O.BOX 219
CHERAW, SC 29520
Contact: SHERRY TURNER Receipt Date: 19-Sep-19
Client #: 168 Report Date: 08-Oct-19
Sample Date: 18-Sep-19
SDG #: SDG-133360
Parameter
LSID-294093
Acid Digestion (Solids)
Selenium, Total
Percent Moisture
Aluminum, Total
Arsenic, Total
Cadmium, Total
Chromium, Total
Copper, Total
Lead, Total
Molybdenum, Total
Nickel, Total
Zinc, Total
Mercury, Total
PCB
Approved By:
Z 41,—
Van Ward
Lab Director
Reporting
Result Limit Unit Method Flag Date Time Analyst
9-1849-0500 BIO SOLIDS
YES
EPA 200.2
<0.995
0.995
mg/kg
EPA 7010 / 6010D
35.9
0.1
wt%
SW846 3540
5840
3.98
mg/kg
SW846 6010D
3.12
0.995
mg/kg
SW846 6010D
<1.99
1.99
mg/kg
SW846 601OD
43.6
1.99
mg/kg
SW846 6010D
41.0
1.99
mg/kg
SW846 601OD
<1.99
1.99
mg/kg
SW846 601OD
<3.98
3.98
mg/kg
SW846 6010D
30.3
1.99
mg/kg
SW846 6010D
219
1.99
mg/kg
SW846 6010D
0.030
0.022
mg/kg
SW846 7470A
BRL
mg/kg
SW846 8082A S11A
LSID-294094 9-18-19-001INF
Biochemical Oxygen Demand 780 2 mg/L SM 5210B
LSID-294095 9-18-19-002 EFF
9/23/2019
10:15
AE
9/24/2019
11:27
AE
9/23/2019
10:14
ML
9/30/2019
12:50
JR
9/24/2019
11:27
AE .
9/23/2019
16:35
AE
9/23/2019
16:35
AE
9/23/2019
16:35
AE
9/23/2019
16:35
AE
9/30/2019
12:50
JR
9/23/2019
16:35
AE
9/23/2019
16:35
AE
10/2/2019
9:45
CG
9/25/2019
20:53
UH
9/19/2019 10:27 AE
Page 1

Davis & Brown
PO Bog 15038
Quinby, SC 29506
[phone] FAX: [phone]
Certificate of Analysis
Client: CHERAW, TOWN OF South Carolina Certification Number: 21117
P.O.BOX 219
CHERAW, SC 29520
Contact:
SHERRY TURNER
Client #:
168
Sample Date:
19-Sep-19
SDG #:
SDG-133360
Parameter Result
Biochemical Oxygen Demand 22.0
Receipt Date: 19-Sep-19
Report Date: 08-Oct-19
Approved By:
Reporting
Limit Unit Method
2 mg/L SM 5210B
Page 2
G'' 4s— tea/ a14.f
Van Ward
Lab Director
Flag Date Time Analyst
9/19/2019 10:27 AE

ANALYTICAL, INC.
ANALYTICAL REPORT
CLIENT
Davis & Brown
P.O. Box 15038
Quinby SC 29506
ATTENTION
Scott Fields
PROJECT iD
294093
LABORATORY REPORT NUMBER
1909J43
DATE
September 26, 2019
Primary Data Review By Secondary Data Review By
Chris Pafford
Project Manager, AES
PLEASE NOTE:
Ashley Amick
Project Manager, Access Analytical
[e-mail]
Unless otherwise noted, all analysis on this report performed at Analytical Environmental Services Inc. (AES Inc),
3080 Presidential Drive, Atlanta, GA 30340.
AES is SCDHEC certified laboratory # 98016, NCDENR certified lab # 562, GA certified lab # FL-E87582,
NELAP certified laboratory # E87582
AIHA-LAP,LLC Laboratory ID:100671 for Industrial Hygiene samples (Organics, Metals, PCM Asbestos,
Gravimetric), Environmental Lead (Paint, Soil, Dust Wipes, Air), and Environmental Microbiology (Fungal)
Direct Examination.
Local support services for this project are provided by Access Analytical, Inc. Access Analytical is a
representative of AES serving client in the SC/NC/GA areas. All questions regarding this report should be directed
to your local Access Analytical representative at 803.781.4243 or toll fee at 883.315.4243
Page 1 of 4

"-J�
IMDAVIS O 124 W. Mover Rned PH.,W-666-B746 PAGE # _ OF
WN Florence, SC 29501 FAX: M-656-2208
REGULATORY: YES NO
�t
- CHAIN OF CUSTODY RECORD
TURNAROUND 77ME' P±
STANCARC RUSH P2
CLIENT:
14
1t //yy G i I
SAMPLE
ANAL'r
SIS
REQLESTEC
S
a
USE CODES TO (NDICT4: F IF SAMPLEWAS
FIL e.RED OR PRESERVED: A = HNO,
S=HCL D=H'SO, F- FILTRATION
C = NAOH E = NAzS;Os G = ANCACS-ATE
prumve"
m
E
CD7
2
0
(L
,
2
w
2
U
O
tl
(
I
i I
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i
ADDRESS:
PROGRAM AREA: ❑=DRINKING WATER
G=GROUNDWATER S-SOLID SL-SLUDGE
W- WASTEWATER O.OTHER
PLEAgEPR)NTLEGIBLY
SHAVED AREAS FOR LAB USEONLY
PHONE: FAX.
SAMPLE 10
GATE
nMF
;NMAL
NOTES
LAB IC
�}
FIR to
the Number
o! Coms(ners
W EACH
Test
I
i
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SAMPLER SIGNATURE
FLOW INFO
ICE
NO PACK
£�Ct7F+7
Tmw: �-Y c
Rdin9+riah e: rme:
RSknGUlehoc by Data: Time:
Rellmuished 'gy: Date: ono:
Rue Y: Date: limo:
Reemod ny date: T'me:
Roce'ed by: Dete: 4I e:
Comments:
ISSUED: NOVEMSER ZU`Z
Page 2 of 4

Analytical Environmental Services, Inc
Date: 26-Sep-19
Client:
Davis & Brown
Client Sample ID:
294093
Project Name:
294093
Collection Date:
9/18/2019 8:55:00 AM
Lab ID:
1909J43-001
Matrix:
Soil
Analyses
Result
Reporting
Limit
Qual Units
BatchID Dilution
Factor
Date Analyzed Analyst
POLYCHLORINATED BIPHENYLS
SW8082A
(SW3550C)
Aroclor 1016
BRL
53
ug/Kg-dry
285435 1
09/25/2019 20:53
UH
Aroclor 1221
BRL
53
❑g/Kg-dry
285435 1
09/25/2019 20 53
UH
Aroclor 1232
BRL
53
ug/Kg-dry
285435 1
09/25/2019 20 53
UH
Aroclor 1242
BRL
53
ug/Kg-dry
285435 1
09/25/2019 20 53
UH
Aroclor 1248
BRL
53
ug/Kg-dry
285435 1
09/25/2019 20-53
UH
Aroclor 1254
BRL
53
ug/Kg-dry
285435 1
09/25/2019 20:53
UH
Aroclor 1260
BRL
53
ug(Kg-dry
285435 1
09/25/2019 20.53
UH
Surr: Decachlorobiphenyl
54.7
45 7-140
%REC
285435 1
09/25/2019 20 53
UH
Surr: Tetrachloro-m-xylene
55.6
45.3-126
%REC
285435 1
09/25/2019 20 53
UH
PERCENT MOISTURE D2216
Percent Moisture
367
0
wt%
R407664 1
09/24/2019 00:00
JW
Qualifiers: " value exceeds maximum contaminant level
BRL Below reporting lima
H Holding times for preparation or analysis exceeded
N Analyte not NELAC certified
B Analyte detected in the associated method blank
> Greater than Result value
E Estimated (value above quantitation range)
S Spike Recovery outside limits due to matrix
Nair See case narrative
NC Not confirmed
< Less than Result value
J Estimated value detected below Reporting Limit
Page 3 of 4

Clear Save as
IAN�trnay.
1ENvr3torafEN�rat.
AFS SER-.tCf 1PiC. SAMPLE/COOLER RECEIPT CHECKLIST
1. Client Name: Access Analytical, Inc. AES Work Order Number: 1909.143
2. Carrier: Fed& 0 UPS ❑ USPS ❑ Client ❑ Courier❑ Othei
Yes No N/A Details
Comments
Shipping container/cooler received in good condition?
•
damaged ❑ leaking ❑ other❑
Custody seals present on shipping container?
•
Custody seals intact on shipping container?
Temperature blanks present?
•
Cooler temperature(s) within limits of 0-O C? (See item 13 and 14 for
temperature recordings.]
E)
®
0
Cooling initiated for recently collected samples / ice
present !
Chain of Custody (COC) present?
•
Chain of Custody signed, dated, and timed when relinquished and received?
•
Sampler name and/or signature on COC?
•
Were all samples received within holding time?
•
TAT marked on the COC?
•
If no TAT indicated, proceeded with standard TAT per Terms &Conditions.
13. Cooler 1 Temperature 0.4 °C Cooler 2 Temperature
14. Cooler 5 Temperature °C Cooler 6 Temperature
15. Comments:
16.
17.
18.
19.
20.
21.
22.
23.
24
25
26
°C Cooler3Temperature °C Cooler 4 Temperature °C
°C Cooler 7 Temperature °C Cooler 8 Temperature °C
1 certify that I have completed sections 1-15 (dated initials). MJ 9/20/19
fnm antc
.
.
Were sample containers intact upon receipt? •
Custody seals present on sample containers?
Custody seals intact on sample containers?
Do sample container labels match the COC?
O Q 0 incomplete info ❑ illegible ❑
no label ❑ other ❑
Are analyses requested indicated on the COC? •
0 Q ® samples received but not listed on CDC
Were all of the samples listed on the COC received.
samples listed an COC not received ❑
Was the sample collection date/time noted? •
Did we receive sufficient sample volume for indicated analyses? •
Were samples received in appropriate containers?
Were VOA samples received without headspace (< 1/4" bubble)?
. Were trip blanks submitted? • listed on COC L not listed on COC
27. Comments:
I certify that I have completed sections 16-27 (dated initials). MDP 9/20/19
This section only applies to samples where pH can be
... Comments
28.
29.
30.
Note: Certain analyses require chemical preservation but must be checked in the laboratory and not upon Sample Receipt such as Colifonns. VOCs and Oil & GreaserTPH.
I certify that I have completed sections 28-30 (dated initials
'd
Checklist 6.9.17 Rev 2 al [}
Have containers needing chemical preservation been checked?'
Containers meet preservation guidelines?
Was pH adjusted at Sample Receipt? I G I U 1 •
MDP 9/20/19
Page 4 of 4
27. Comments:
I certify that I have completed sections 16-27 (dated initials). MDP 9/20/19
This section only applies to samples where pH can be
... Comments
28.
29.
30.
Note: Certain analyses require chemical preservation but must be checked in the laboratory and not upon Sample Receipt such as Colifonns. VOCs and Oil & GreaserTPH.
I certify that I have completed sections 28-30 (dated initials
'd
Checklist 6.9.17 Rev 2 al [}
Have containers needing chemical preservation been checked?'
Containers meet preservation guidelines?
Was pH adjusted at Sample Receipt? I G I U 1 •
MDP 9/20/19
Page 4 of 4
MDP 9/20/19
Page 4 of 4

DAVIS & BROWN
Data Qualifiers
Within the attached report, some analytical data may be reported as Qualified Data as
indicated by Data Qualifier or flag next to the result. The data qualifier "S" indicates that
the analysis was performed by another South Carolina certified lab. This table
summarizes the South Carolina Lab Certification Numbers for those laboratories.
S 1
South Carolina Lab Certification Number: 93013
S2
South Carolina Lab Certification Number: 23105
S3
South Carolina Lab Certification Number: 10120
S4
South Carolina Lab Certification Number: 84002
S5
South Carolina Lab Certification Number: 32117
S6
Agricultural Service Laboratory Clemson University
S8
Lab samples were subcontracted. See attached documentation.
S9
South Carolina Lab Certification Number: 94014001; 94014002
S11
South Carolina Lab Certification Number: 96026; 96031; 98001; 73006; 98016; 99006001
Note: S 11A indicates AES Laboratory (98016); S 11 G indicates GCAL Laboratory (73006);
SI IP indicates Pace Analytical (96042001); S11TS indicates Test America Savannah (98001)
S 11 TP indicates Test America Pittsburg 89014)
S121
AASHTO R18 Certified
S 13
South Carolina Lab Certification Number: 96012
S 14
South Carolina Lab Certification Number: 89002
S 16
South Carolina Lab Certification Number: 84004
S 17
South Carolina Lab Certification Number: 9603 7001
S 18
I South Carolina Lab Certification Number: 95005
S 19
South Carolina Lab Certification Number: 23104
S20
South Carolina Lab Certification Number: 96027001
S21
South Carolina Lab Certification Number: 21005
S22
South Carolina Lab Certification Number: 24110
S23
South Carolina Lab Certification Number: 84001001
S24
South Carolina Lab Certification Number: 82014001
S26
North Carolina Lab Certification Number: 21 (Wilson Division NC00120)
S27
South Carolina Lab Certification Number: 40569
S28
South Carolina Lab Certification Number: 32571
S29
South Carolina Lab Certification Number: 32566
S30
Galbraith Laboratories, Inc. Knoxville TN
S31
South Carolina Lab Certification Number: 32576
Rrn bn08/18 Dataqual(SubLabs)p2 wpd

DAVIS &BROWN 124 IN. McIver Road PH: 843-665.6746 PAGE # OFIn _
Florence, SC 29501 FAX: [phone]
�-711/ME:
REGULATORY: YES No
CHAIN OF CUSTQDY. RECDRD
_P7
STANDARD RUSH P2 TURNAROUND
CLIENT:
( LL%
SAMPLE
,' NALYSIS
REQUESTED
I
L
r
4
<
a
USE COCES TO WDICTATE IF SAMPLE WAS
FILTERED OR PRESEPVED: A=HNO,
B - HCL D = H_SO4 F = FILTRATION
C = NAOH E = NA,S20, G = 21NCACETATE
Preservative
v
o
V
U
m
w
O
U
°
s
,�.-
?
ADDR SS;
PROGRAMAREA: D=DRINKING 'WATER
G=GROUNDWATER S=SOLID SL=SLUDGE
W =WASTEWATER O=OTHER
PLEASE PRINT LEGIBLY
PHONE: FAX:
SAMPLE ID
DATE
TIME
NITtAL
NOTES
LA8 ID
13SC w'k"6S
Fill in the Numberof
Containers
for EACH Test
Acca Uigc's 5<<
c crc �IG "4S
I-i°t 19
0-?Lp
aI
2agog4
9-0 1of
e-75`l
C
C
�
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V11
2°t�to�is
SAMPLERSIGNATURE
^^
FLOWINFO
i ICE
YE"C, PACK
RECEIPT
TEMP : 2f- •p2 a C
Relinquished by: _ Dates
R.eli fished ty Date: Tia
Ralincuished by Date: Time:
Received by: Date: t'
ed by Date: Time
Received by. Date: Time:
Comments
L

A N I M A L W A S T E A N A L Y S I S R E P O R T
Agricultural Service Laboratory
LAB No. 91209 Clemson University
TURNER, SHERRY
PO BOX 219
CHERAW SC29520
ACCOUNT COMRLBR
DATE 10/03/2019
[e-mail]
SAMPLE NO. 09181950 MANURE: OTHER STORAGE: COVERED
= ----------------RESULTS REPORTED ON AN AS -SAMPLED BASIS ----------------------
ANALYST
lbs/ton
pi
Ammonium Nitrogen
0.01
%
0.20
pi
Organic Nitrogen
0.90
%
18.09
pi
Nitrate Nitrogen
---------------------------------------------------------------
64.55
ppm
0.13
INCORPORATED AVAILABLE
NITROGEN ESTIMATE
11.22
SURFACE AVAILABLE
NITROGEN ESTIMATE
11.16
dw/sa
---------------------------------------------------------------
Phosphorus as P205
0.64
%
12.71
dw/sa
Potassium as K20
0.15
%
2.91
dw/sa
Calcium
20.58
%
411.69
dw/sa
Magnesium
0.15
%
3.02
dw/sa
Sulfur
0.18
%
3.62
Zinc
293.20
ppm
0.59
Copper
42.83
ppm
0.09
Manganese
73.00
ppm
0.15
Sodium
301.05
ppm
0.60
Moisture
39.67
%
Calcium Carbonate
Equivalency 0.30
%
6.01
------------------------------------------------------------------------------
INCORPORATED PLANT AVAILABLE NITROGEN ESTIMATE - 80% of ammonium-N, 60% of
organic-N, and 100% of nitrate-N (if determined). Assumes the manure will be
incorporated into the soil within hours of application. Assumes some loss of
ammonium-N during application and prior to incorporation.
SURFACE PLANT AVAILABLE NITROGEN ESTIMATE - 50% of ammonium-N, 60% of
organic-N, and 100% of nitrate-N (if determined). Assumes the manure will be
left on the surface of the soil with no incorporation by plowing or
irrigation.
Available nitrogen calculations are estimates and if nitrate-N was not re-
quested the amount of available nitrogen may be slightly more than reported.
Also, the actual amount may be more or less than the estimate depending on the
composition of the manure, soil type, and environmental conditions.
All of the potash in the animal waste should be plant available in the
first
year of application. Although not all of the phosphorous is available in the
first year, its availability should be comparable to that in commercial
fertilizers.
The rate of animal waste to apply for crop production is dependent on the
nutrient content of the waste, method of application and incorporation, soil
test, crop to be grown, and previous manure applications. In most cases, the
plant available nitrogen content of the waste is used to determine the rate of

% moisture
% solids
lbs. solids/ton
lbs. solids/500 tons
39.67
60.33
1206.6
603300
%
ppm
lbs/ton
%
ppm
lbs/ton
as -sampled
as -sampled
as -sampled
dry ton
dry ton
dry
Ammonium Nitrogen
0.01
100
0.2
0.016576
165.755
0.33151
Organic Nitrogen
0.9045
9045
18.09
1.499254
14992.54
29.98508
Nitrate Nitrogen
0.006455
64.55
0.1291
0.010699
106.9949
0.21399
Incorporated Available Nitrogen Estimate
0.561
5610
11.22
0.929886
9298.856
18.59771
Surface Available Nitrogen Estimate
0.558
5580
11.16
0.924913
9249.13
18.49826
Phosphorus as P2O5
0.6355
6355
12.71
1.053373
10533.73
21.06746
Potassium as K2O
0.1455
1455
2.91
0.241 174
2411.735
4.823471
Calcium
20.5845
205845
411.69
34.11984
341198.4
682.3968
Magnesium
0.151
1510
3.02
0.25029
2502.901
5.005801
Sulfur
0.181
1810
3.62
0.300017
3000.166
6.000332
Zinc
0.02932
293.2
0.5864
0.048599
485.9937
0.971987
Copper
0.004283
42.83
0.08566
0.007099
70,99287
0.141986
Manganese
0.0073
73
0.146
0.0121
121.0012
0.242002
Sodium
0.030105
301.05
0.6021
0.049901
499.0055
0.998011
Calcium Carbonate Equivalency
0.3005
3005
6.01
0.498094
4980.938
9.961876
September 2019
i

CHERAW ALKALINE BIOSOLIDS SOIL AMENDMENT
CHEMICAL CHARACTERISTICS AND LAND APPLICATION RATES
BIOSOLIDS SAMPLE DATE: November 20, 2019
METALS
Biosolids
Metal
Content,
ppm
Maximum
Allowable
Metal
Content, ppm
Maximum Maximum
Allowable Application
App. Rate, Rate,
#/Acre/Yr. DT/Acre/Yr.
Maximum
Application
Rate,
WT/Acre/Yr.
Arsenic, Total
2.88
41.00
1.80
182.27
312.97
Cadmium, Total
1.09
39.00
1.70
454.30
780.04
Chromium, Total
59.72
1200.00
134.00
653.42
1121.94
Copper, Total
30.41
1500.00
67.00
641.58
1101.62
Lead, Total
4.08
300.00
13.00
928.60
1594.43
Mercury, Total
0.05
17.00
0.75
4404.89
7563.34
Molybdenum, Total
4.35 '
18.00
0.80
53.53
91.91
Nickel, Total
21.82
420.00
18.70
249.61
428.59
Selenium, Total
0.54 '
36.00
4.50
2407.53
4133.81
Zinc, Total
233.58
1525.00
125.00
155.83
267.57
PCB
BRL
1.60
` Actual metal content less than amount indicated
Biosolids
Nutrient
Content,
ppm
Biosolids
Nutrient
Content,
%
Crop/Soil
Requirement,
#/Acre "
Maximum
Application
Rate,
DT/Acre/Yr.
Maximum
Application
Rate,
WT/Acre/Yr.
Ammonium Nitrogen
0.00
0.00
Organic Nitrogen
3875.00
0.39
Incorporated Available Nitrogen
2740.00
0.27
120.00
12.75
21.90
Surface Available Nitrogen
2740.00
0.27
120.00
12.75
21.90
Phosphorus as P205
4670.00
0.47
80.00
4.99
8.57
Potassium as K20
560.00
0.06
50.00
26.00
44.64
Calcium, Total
150775.00
15.08
Calcium as CaO,
211085.00
21.11
Calcium as CaCO3 (CCE)
3015.00
0.30
2000.00
193.17
331.67
Magnesium, Total
1920.00
0.19
Manganese
45.00
0.00
Sodium
125.00
0.01
Percent Moisture
41.76
" These are typical values and must be adjusted based upon specific site conditions
DT is Dry Tons of Biosolids. - WT is Wet Tons of Biosolids.
CERTIFICATION: This biosolid product has been produced by the Town of Cheraw s Wastewater
Treatment Plant by a treatment process that pasteurized plant residual solids using high temperature
and lime (calcium oxide). The Town of Cheraw certifies that this biosolid complies with the
Environmental Protection Agency regulations 40 CFR Part 503 for a 'Class A" product and has a metal
and nutrient content as presented above.
DIRECTIONS FOR USE: This biosolid is intneded to be used as a soil amendment. The biosolid
land application rate shall not exceed the most restrictive Maximum Application Rate as indicated in
the table above. The application rate for nitrogen, phosphorus, potassium, and calcium is dependent
upon the crop grown and site soil characteristics. The user should contact the Clemson Extension
Service (843-623-2134) and/or the Soil Conservation Service (843-623-2187) for assistance in
determining the proper application rate for each crop and site. In no case shall the land application
rate exceed the agronomic rate for the crop grown. User should also refer to the Clemson Extension
Service Circular #476 titled "Lime and Fertilizer Recommendations.'
THIS PRODUCT IS HIGHLY ALKALINE AND SHOULD BE HANDLED ACCORDINGLY.
AVOID PROLONGED CONTACT WITH THE SKIN. AVOID CONTACT WITH THE EYES.
THE TOWN OF CHERAW IS NOT RESPONSIBLE FOR IMPROPER USE OR HANDLING OF THIS
BIOSOLID PRODUCT.
Mr. John D. Stowe, Public Utility Director
P. O. Box 219; Cheraw, SC 29520
Telephone: [phone]
FAX: [phone]
PRODUCT USER NAME:
INTENDED USE:
LOCATION OF USE:
QUANTITY RECEIVED:

Davis & Brown
PO Box 15038
Quinby, SC 29506
[phone] FAX: [phone]
Certificate of Analysis
Client: CHERAW, TOWN OF
P.O.BOX 219
CHERAW, SC 29520
Contact: SHERRY TURNER
Client #: 168
Sample Date: 21-Nov-19
SDG #: SDG-134432
South Carolina Certification Number: 21117
Receipt Date: 21-Nov-19
Report Date: 06-Dec-19
Approved By:
Scott Fields
Lab Director
Reporting
Parameter Result Limit Unit Method
LSID-296485 11-20-19-001 INF
Biochemical Oxygen Demand 550 2 mg/L SM 5210B
LSID-296486 11-20-19-002 EFF
Biochemical Oxygen Demand
75.4
2
mg/L
SM 5210B
LSID-296487 11-20-19-0500 BIO
Acid Digestion (Solids)
YES
EPA 200.2
Selenium, Total
<0.494
0.494
mg/kg
EPA 7010 / 6010D
Percent Moisture
39.1
0.1
Wt%
SW846 3540
Aluminum, Total
5990
39.6
mg/kg
SW846 601OD
Arsenic, Total
2.61
0.494
mg/kg
SW846 6010D
Cadmium, Total
<0.989
0.989
mg/kg
SW846 601OD
Chromium, Total
54.2
0.989
mg/kg
SW846 6010D
Copper, Total
27.6
0.989
mg/kg
SW846 6010D
Lead, Total
3.70
0.989
mg/kg
SW846 6010D
Molybdenum, Total
<3.95
3.95
mg/kg
SW846 6010D
Nickel, Total
19.8
0.989
mg/kg
SW846 6010D
Zinc, Total
212
0.989
mg/kg
SW846 6010D
Mercury, Total
0.042
0.026
mg/kg
SW846 7470A
Flag Date Time Analyst
11/21/2019 10:23 AE
11/21/2019
10:23
AE
11/25/2019
9:30
AE
11/25/2019
15:02
AE
11/25/2019
16:00
ML
11/26/2019
11:24
JR
11/25/2019
15:02
AE
12/4/2019
11:06
JR
12/4/2019
11:06
JR
12/4/2019
11:06
JR
12/4/2019
11:06
JR
11/26/2019
11:06
JR
12/4/2019
11:06
JR
12/4/2019
11:06
JR
12/4/2019
12:45
CG
Page 1

Davis & Brown
PO Box 15038
Quinby, SC 29506
[phone] FAX: [phone]
Certificate of Analysis
Client: CHERAW, TOWN OF
P.O.BOX 219
CHERAW, SC 29520
Contact: SHERRY TURNER
Client #: 168
Sample Date: 20-Nov-19
SDG #: SDG-134432
Parameter
PCB
South Carolina Certification Number: 21117
Receipt Date: 21-Nov-19
Report Date: 06-Dec-19
Approved By:�
Scott Fields
Lab Director
Reporting
Result Limit Unit Method
BRL mg/kg SW846 8082A
Page 2
Flag Date Time Analyst
S11A 11/27/2019 15:57 UH

ANALYTICAL. L. INC.
ANALYTICAL REPORT
CLIENT
Davis & Brown
P.O. Box 15038
Quinby SC 29506
ATTENTION
Scott Fields
PROJECT ID
296487
LABORATORY REPORT NUMBER
1911N38
DATE
November 29, 2019
Primary Data Review By Secondary Data Review By
Chris Pafford
Project Manager, AES
PLEASE NOTE:
Ashley Amick
Project Manager, Access Analytical
[e-mail]
Unless otherwise noted, all analysis on this report performed at Analytical Environmental Services Inc. (AES Inc),
3080 Presidential Drive, Atlanta, GA 30340.
AES is SCDHEC certified laboratory # 98016, NCDENR certified lab # 562, GA certified lab # FL-E87582,
NELAP certified laboratory # E87582
AIHA-LAP,LLC Laboratory ID:100671 for Industrial Hygiene samples (Organics, Metals, PC1NI Asbestos,
Gravimetric), Environmental Lead (Paint, Soil, Dust wipes, Air), and Environmental Microbiology (Fungal)
Direct Examination.
Local support services for this project are provided by Access Analytical, Inc. Access Analytical is a
representative of AES serving client in the SC/NC/GA areas. All questions regarding this report should be directed
to your local Access Analytical representative at 803.781.4243 or toll fee at 883.315.4243
Page 1 of 4

1q ►t N3g
ja
DAVIS & BROWN Y24Flo en e, SC Road PH: Y43-656-6746
-2208 PAGE # _ OF _
Florence, SC 20501 FAX Y47.666-22YY
REGULATORY: YES NO
CHAIN OF CUSTODY RECORD
TURNAROUND TIME: WI
STANDARD RUSH — _P2
CLIENT: +^�
{L
SAMPLE
ANALYSIS
RECUES
ED
z
0
a
USE CODES TO INDICTATE IF SAMPLC WAS
FILTERED OR PRESERVED: A=HNO,
B=HCL D=HzSO, F=FILTRATION
C - NAOH E = NA,S,O, G-ZINCACETATE
Prcservallve
sJ
E
EE
L
d
y
w
z
H
OZ
L)
u
m
o
H
I
ADDRESS:
RC �GRAMAREA: D - DRINKING WATER
G=GROUNDWATER S=SOLID SL=SLUDGE
W = WASTEWATER O=OTHER
PLEASE PRINT LEGIBLY
SHADED AREAS FOR LAB USE ONLY
PHONE: Fax;
SAMPLE ID
DATE
TIME
INITIAL
NOTES
LAB IC
FIII In
the Number
of Containers
for EACH
Test
Y
SAMPLER SIGNATURE
FLOWINFO
! ICE
YES` NO PACK
RECEIPT
TEMP: � ,�o C
Rellnqui Oatn Time:
Relinquished by Data: Time:
Relinquished by: Date: Time:
Received by: Del,.: Time:
Recs= j Def
Time:
Received by: Dele: nme:
Comments:

Analytical Environmental Services, Inc
Date: 29-Nov-19
Client:
Davis & Brown
Client Sample ID:
296487
Project Name:
296487
Collection Date:
11/20/2019 10:10:00 AM
Lab ID:
1911N38-001
Matrix:
Soil
Analyses
y
Result
Reporting
Limit Qual
Units
BatchlD
Dilution
Factor
Date Analyzed Analyst
POLYCHLORINATED BIPHENYLS
SW8082A
(SW3550C)
Aroclor 1016
BRL
49
ug/Kg-dry
288718
1
11/27/2019 15:57
UH
Aroclor 1221
BRL
49
ugfKg-dry
288718
1
11/27/2019 15:57
UH
Aroclor 1232
BRL
49
ug[Kg-dry
288718
1
11/27/2019 1557
UH
Aroclor 1242
BRL
49
ug/Kg-dry
288718
1
11/27/2019 15 57
UH
Aroclor 1248
BRL
49
ug/Kg-dry
288718
1
11/27/2019 1557
UH
Aroclor 1254
BRL
49
ug/Kg-dry
288718
1
11/27/2019 15.57
UH
Aroclor 1260
BRL
49
ug/Kg-dry
288718
1
11/27/2019 1557
UH
Surf: Decachlorobiphenyl
579
45 7-140
%REC
288718
1
11/27/2019 1557
UH
Sun: Tetrachloro-m-xylene
75.7
45.3-126
%REC
288718
1
11/27/2019 15:57
UH
PERCENT MOISTURE D2216
Percent Moisture
323
0
wt°/
R412464
1
11/25/2019 09.00
JW
Qualifiers: * Value exceeds maximum contaminant level
BRL Below reporting limit
H Holding times For preparation or analysis exceeded
N Analyte not NELAC certified
B Analyte detected in the associated method blank
> Greater than Result value
E Estimated (value above quantitation range)
S Spike Recovery outside limits due to matrix
Nair See case narrative
NC Not confirmed
< Less than Result value
J Estimated value detected below Reporting Limit
Page 3 of 4

IA�+-x,,,Lyncou
.ENVIRONMENTAL
AES SLILVICHS, INC.
1. Client Name: Access Analytical, Inc.
2. Carrier: Fed Ex •❑ UPS ❑ USPS❑ Client Courier❑ Othel _
SAMPLE/COOLER RECEIPT CHECKLIST
AES Work order Number 1911N38
Comments
Saves$
Shipping container/cooler received in good condition)
•n
I
Jdamaged _ leaking ❑ other-7
Custody seals present on shipping container?
0•
Custody seals intact on shipping container?
Temperature blanks present?
0
•
Cooler temperature(s) within limits of 0-6°C? (See item 13 and 14 for
temperature recordings.)
G
®
®
Cooling initiated for recently collected samples / ice
present
Chain of Custody (CDC) present?
U.
Chain of Custody signed, dated, and timed when relinquished and received?
•
Sampler name and/or signature on CDC?
no
Were all samples received within holding time7
•
TAT marked on the CDC?
Ilf no TAT indicated, proceeded with standard TAT per Terms & Conditions.
13. Cooler 1 Temperature 1.6 °C Cooler 2 Temperature
14. Cooler 5 Temperature °C Cooler 6 Temperature
15. Comments:
16.
17.
18.
19.
20.
21.
22.
23.
24.
25.
26.
°C Cooler 3 Temperature °C Cooler 4 Temperature °C
°C Cooler 7 Temperature °C Cooler 8 Temperature °C
I certify that I have completed sections 1-15 (dated initials). AS 11/22/19
n,,..a. r-Monts
Were sample containers intact upon receipt?
•
Custody seals present on sample containers?
Custody seals intact on sample containers?
Do sample container labels match the CDC?
®
10samples
incomplete info ❑ illegible El
no label ❑ other ❑
Are analyses requested indicated on the CDC?
•
Were all of the samples listed on the CDC received?
0
®
received but not listed on CDC ❑
samples listed on CDC not received ❑
Was the sample collection date/time noted?
•
Did we receive sufficient sample volume for indicated analyses?
Were samples received In appropriate containers?
Were VOA samples received without headspace (< 1/4" bubble)?
Were trip blanks submitted?
•
listed on COC ❑ not listed on CDC ❑
27. Comments:
I certify that I have completed sections 16-27 (dated initials). D511/22/19
This section only applies to samples where pH can be
28.
29.
30.
Note: Certain analyses require chemical preservation but must be checked in the laboratory and not upon Sample Receipt such as Coliforms, VOCs and Oil & GreasafTPH.
I certify that I have completed sections 28-30 (dated initials).
Checklist 6.9.17 Rev 2-.�w....r.tmte'.'<
Have containers needing chemical preservation been checked?
Containers meet preservation guidelines?
Was pH adjusted at Sample Receipt?
•
DS 11/22/19
Page 4 of 4

DAVIS & BROWN
Data Qualifiers
Within the attached report, some analytical data may be reported as Qualified Data as
indicated by Data Qualifier or flag next to the result. The data qualifier "S"
indicates that the analysis was performed by another South Carolina certified
lab. This table summarizes the South Carolina Lab Certification Numbers for
those laboratories.
S
South Carolina Lab Certification Number:
23101
S 1
South Carolina Lab Certification Number:
93013
S2
South Carolina Lab Certification Number:
23105
S3
South Carolina Lab Certification Number:
10120
S4
South Carolina Lab Certification Number:
84002
S5
South Carolina Lab Certification Number:
32117
S6
Agricultural Service Laboratory Clemson University
S7
South Carolina Lab Certification Number:
36001
S8
Lab samples were subcontracted. See attached documentation.
S9
South Carolina Lab Certification Number:
94014001; 94014002
S 10
South Carolina Lab Certification Number:
84009
S11
South Carolina Lab Certification Number: 96026; 96031; 98001; 73006; 98016
Note: S 11 A indicates AES Laboratory; S 11 G indicates GCAL Laboratory
S12
AASHTO R18 Certified
S 13
South Carolina Lab Certification Number:
96012
S 14
South Carolina Lab Certification Number:
89002
S15
S 16
South Carolina Lab Certification Number:
84004
S 17
South Carolina Lab Certification Number:
96037001
S 18
South Carolina Lab Certification Number:
95005
S 19
South Carolina Lab Certification Number:
23104
S20
South Carolina Lab Certification Number:
96027001
S21
South Carolina Lab Certification Number:
21005
S22
South Carolina Lab Certification Number:
24110
S23
South Carolina Lab Certification Number:
84001001
S24
South Carolina Lab Certification Number:
82014001
S25
Sample was analyzed by Microsee s, Inc Laboratory
S26
North Carolina Lab Certification Number:
21 (Wilson Division NC00120)
S27
South Carolina Lab Certification Number:
40569
S28
South Carolina Lab Certification Number: 32571
Revision 05/13 Dataqual (subLabs) .wpd

r A N I M A L WASTE ANALYS IS R E P O R T
Agricultural Service Laboratory
LAB No. 121390 Clemson University
TURNER, SHERRY ACCOUNT COMRLBR
PO BOX 219 DATE 12/13/2019
CHERAW SC 29520 [e-mail]
SAMPLE NO. 11201950 MANURE: OTHER STORAGE: COVERED
-----------------RESULTS
REPORTED ON AN AS -SAMPLED BASIS ----------------------
ANALYST
lbs/ton
pi
Ammonium Nitrogen
0.00
%
0.00
pi
Organic Nitrogen
0.39
%
7.75
pi
Nitrate Nitrogen
---------------------------------------------------------------
257.40
ppm
0.51
INCORPORATED AVAILABLE NITROGEN ESTIMATE
5.48
SURFACE AVAILABLE
NITROGEN ESTIMATE
5.48
dw/sa
---------------------------------------------------------------
Phosphorus as P205
0.47
%
9.34
dw/sa
Potassium as K20
0.06
%
1.12
dw/sa
Calcium
15.08
%
301.55
dw/sa
Magnesium
0.19
%
3.84
dw/sa
Sulfur
0.11
%
2.21
Zinc
182.28
ppm
0.36
Copper
25.04
ppm
0.05
Manganese
45.42
ppm
0.09
Sodium
126.37
ppm
0.25
Moisture
41.76
%
Calcium Carbonate
Equivalency 0.30
%
6.03
------------------------------------------------------------------------------
INCORPORATED PLANT AVAILABLE NITROGEN ESTIMATE - 80% of ammonium-N, 60% of
organic-N, and 100% of nitrate-N (if determined). Assumes the manure will be
incorporated into the soil within hours of application. Assumes some loss of
ammonium-N during application and prior to incorporation.
SURFACE PLANT AVAILABLE NITROGEN ESTIMATE - 50% of ammonium-N, 60% of
organic-N, and 100% of nitrate-N (if determined). Assumes the manure will be
left on the surface of the soil with no incorporation by plowing or
irrigation.
Available nitrogen calculations are estimates and if nitrate-N was not re-
quested the amount of available nitrogen may be slightly more than reported.
Also, the actual amount may be more or less than the estimate depending on the
composition of the manure, soil type, and environmental conditions.
All of the potash in the animal waste should be plant available in the
first
year of application. Although not all of the phosphorous is available in the
first year, its availability should be comparable to that in commercial
fertilizers.
The rate of animal waste to apply for crop production is dependent on the
nutrient content of the waste, method of application and incorporation, soil
test, crop to be grown, and previous manure applications. In most cases, the
plant available nitrogen content of the waste is used to determine the rate of

% moisture
% solids
lbs. solids/ton
lbs. solids/500 tons
41.76
58.24
1164.8
582400
%
ppm
lbs/ton
%
ppm
lbs/ton
as-sam led
as -sampled
as -sampled
d ton
d ton
dry
Ammonium Nitrogen
0
0
0
0
0
0
Organic Nitrogen
0.3875
3875
7.75
0.66535
6653.503
13.30701
Nitrate Nitrogen
0.025740
257.4
0.5148
0.044196
441.9643
0.883929
Incorporated Available Nitrogen Estimate
0.274
2740
5.48
0.470467
4704.67
9.409341
Surface Available Nitrogen Estimate
0.274
2740
5.48
0.470467
4704.67
9.409341
Phosphorus as P205
0.467
4670
9.34
0.801854
8018.544
16.03709
Potassium as K20
0.056
560
1.12
0.096154
961.5385
1.923077
Calcium
15.0775
150775
301.55
25.88856
258885.6
517.7713
Magnesium
0.192
1920
3.84
0.32967
3296.703
6.593407
Sulfur
0.1105
1105
2.21
0.189732
1897.321
3.794643
Zinc
0.018228
182.28
0.36456
0.031298
312.9808
0.625962
Copper
0.002504
25.04
0.05008
0.004299
42.99451
0.085989
Manganese
0.004542
45.42
0.09084
0.007799
77.98764
0.155975
Sodium
0.012637
126.37
0.25274
0.021698
216.9815
0.433963
Calcium Carbonate Equivalency
0.3015
3015
6.03
0.517685
5176.854
10.35371
November 2019

tH1r1rutiLrtilriVVL'1\ t11r11 Vr$.1%in 111 1A.A%-II%jl,1 ICl'jju%.,11V1V Jr"K1V1
Facility Name: Town of Cheraw Permit Number: WQ0014248
WWTP Name: Town of Cheraw WWrP NPDES Number: SCO020249
Monitoring Period: From 01 /01 /19 To 12/31 /19
Pathogen Reduction (40 CFR 503.32) - Please indicate level achieved and alternative performed:
Class A:
Alternative 1 ❑
Alternative 2 ❑ I
Alternative 3 ❑
Alternative 40
1 Alternative 5 ® I
Alternative 6 ❑
If applicable to alternative performed (Class A only) indicate "Process to Further Reduce Pathogens":
Compost ❑
Heat Drying ❑
Heat Treatment ❑
Thermophilic ❑
Beta Ray ❑
Gamma Ray ❑
I Pasteurization
Class B:
Alternative 1 ❑ 7
Alternative 2 ❑
1 Alternative 3 ❑
If applicable to alternative performed (Class B only) indicate "Process to Significantly Reduce Pathogens":
Lime Stabilization ❑
Air Drying ❑
Composting ❑
Aerobic Digestion ❑
Anaerobic Digestion[]
If applicable to alternative performed (Class A or Class B) complete the following monitoring data:
Parameter
Level in
Qh A -A
Pathogen Density
Number o
Excee-
dences
Frequency
of Analysis
Sample
Type
Analytical
Tech-nique
Minimum
Geo. Mean
Maximurr
Units
Fecal Coliform
2 x 10 to the 6th
power MPN per
gram of total
solids or 2 x 10 to
the 6th power
CFU per gram of
1000 mpn per
gram of total solid
(dry weight)
Salmonella bacteria
(in lieu of fecal
coliform)
3 MPN per 4
grams total solid
(dry weight)
Vector Attraction Reduction (40 CFR 503.33) - Please indicate option performed:
Option 1 ❑ Option 2 ❑ Option 3 ❑ Option 4 ❑ 1 Option 5 ❑
Option 6 ® Option 7 ❑ Option 8 ❑ Option 9 ❑ 10ption 10 ❑
No vector attraction reduction options were performed ❑
CERTIFICATION STATEMENT (please check the appropriate statement)
® "I certify, under penalty of law, that the pathogen requirements in 40 CFR 503.32 and the vector
attraction reduction requirement in 40 CFR 503.33 have been met."
❑ "I certify, under penalty of law, that the pathogen requirements in 40 CFR 503.32 and the vector
attraction reduction requirement in 40 CFR 503.33 have not been met." (Please note if you check
this statement attach an explanation why you have not met one or both of the requirements.)
"This determination has been made under my direction and supervision in accordance with the
system designed to ensure that qualified personnel properly gather and evaluate the information
used to determine that the pathogen and vector attraction reduction requirements have been met. I
am aware that there are significant penalties for false certification including fine and imprisonment."
Sherry Turner/Operator-of-Record
Preparer Name and Title (type or print)
Land Applier Name and Title (if applicable)(type or print)
ZF 20
Signattge of Preparer ate Signature of Land Applier (if applicable)
Date
Author Daryl D. Merritt DENR FORM RF (7/2002)

11
FECAL COLIFORM FOR MUNICIPAL BIOSOLIDS
A-1 Medium
Double Strength Single Strength
10' dilution / 10 ml sample 10' dilution / 1.0 ml sample
Single Strength Single Strength
10''- dilution / 1.0 ml sample 10'2 dilution / 0.1 ml sample
Date/Time Test Set -Up: -1(t-1 -t)o1NU Date/ Time Test Read:-17-I9t z, 111 o�
Time Placed in Incubator: I Incubator Temp: 35, Q
Time Transferred to Water Bath: LH Water Bath Temp: Lf q,& ' C,
Operator : a . Media Lot # : al q (T74-5'
% Solids ­10 . S Jw Sample # : I -1 Ce') R_ 05D0
MPN Fecal Coliform = 10 x MPN Index / 100 ml = (�
per Gram Total Solids Largest Volume x % Dry Solids
NOTE: + indicates positive results ; - indicates negative results
Biosolids Collection: Date Time I Q"S Op. C',B

FORMULA:
Where:
CALCULATION FOR TOTAL SOLIDS IN BIOSOLIDS SAMPLE
% Total Solids
(A-B)x100
C -B
A = Weight of dried residue + dish (mg)
B = Weight of empty dish (mg)
C = Weight of wet sample + dish (mg)
Sample # : D S-nO
Weight of dried residue + dish:
Duplicate weight of dried residue + dish :
Weight of empty dish
Weight of wet sample + dish :
% Total Solids = --7 0. 5 0/0
1. '�3'U
' . �7 .. °I 3 �3
3'�.--� 7c00

FECAL COLIFORM FOR MUNICIPAL BIOSOLIDS
A-1 Medium
Double Strength
10-dilution / 10 ml sample
Single Strength
10' dilution / 1.0 ml sample
Single Strength Single Strength
10-2dilution / 1.0 ml sample 10' dilution / 0.1 ml sample
Date/Time Test Set -Up: - 9 10 d S
Time Placed in Incubator: I b A S
Date/ Time Test Read:
Incubator Temp:
Time Transferred to Water Bath: Water Bath Temp: L
Operator : a Media Lot #
r
% Solids (_05 , DO Sample # : Q-a'D--\9 - C&DO
MPN Fecal Coliform = 10 x MPN Index / 100 ml = D
per Gram Total Solids Largest Volume x % Dry Solids
NOTE: + indicates positive results ; - indicates negative results
Biosolids Collection: Date a, 0)ID'19 Time Op, J.
qvtso
OVA C

FORMULA:
Where:
CALCULATION FOR TOTAL SOLIDS IN BIOSOLIDS SAMPLE
% Total Solids
_ (A-B)x 100
C-B
A = Weight of dried residue + dish (mg)
B = Weight of empty dish (mg)
C = Weight of wet sample + dish (mg)
Sample # :��-�g-
Weight of dried residue + dish:
Duplicate weight of dried residue + dish:
Weight of empty dish
Weight of wet sample + dish :
% Total Solids = (-01 �J
a•�61q-,2,
4(n S

FECAL COLIFORM FOR MUNICIPAL BIOSOLIDS
A-1 Medium
Double Strength
10-' dilution / 10 ml sample
Single Strength
10-' dilution / 1.0 ml sample
Single Strength
10''- dilution / 1.0 ml sample
Single Strength
10'2 dilution / 0.1 ml sample
Date/Time Test Set -Up: 3`ADI-1Time, Placed in Incubator: o\-( a
Time Transferred to Water Bath: 3 q c-)
Operator a
% Solids
Date/ Time Test Read: 3-9-1-) '� 09 0 3
Incubator Temp: 3 q' c� a C
Water Bath Temp:
Media Lot # (5,i , o / '�- )
Sample # 3 - a 01 "':) - b S00
MPN Fecal Coliform = 10 x MPN Index / 100 ml =
per Gram Total Solids Largest Volume x % Dry Solids
NOTE: + indicates positive results ; - indicates negative results
Biosolids Collection: Date 3'aC� - C'j Time Op. �s
? -ally �w

FORMULA:
Where:
CALCULATION FOR TOTAL SOLIDS IN BIOSOLIDS SAMPLE
% Total Solids
_ ,(A-B)x100
C-B
A = Weight of dried residue + dish (mg)
B = Weight of empty dish (mg)
C = Weight of wet sample + dish (mg)
Sample # : 3 " �ZD ,i 9 — DSOD
Weight of dried residue + dish:
Duplicate weight of dried residue + dish:
Weight of empty dish
Weight of wet sample + dish :
% Total Solids =
AS
L4-7,°1la�
33 - as
Ll5, IRQ3CIP
0

11
FECAL COLIFORM FOR MUNICIPAL BIOSOLIDS
A-1 Medium
Double Strength Single Strength
10' dilution / 10 ml sample 10' dilution / 1.0 ml sample
Single Strength Single Strength
10 dilution / 1.0 ml sample 10' dilution / 0.1 ml sample
Date/Time Test Set -Up: -1 - Of f 3 Date/ Time Test Read: " ( - I a - I q ) ) 1 y3
Time Placed in Incubator: i (¢ 3 Incubator Temp: Z q . S
Time Transferred to Water Bath: 7 ; H 3 Water Bath Temp: 9
Operator
C- �aq, �,p
Media Lot #
D� Fc, ! $ { 50
% Solids
Sample #
�-1 Z c,
MPN Fecal Coliform = 10 x MPN Index / 100 ml =
per Gram Total Solids Largest Volume x % Dry Solids
NOTE: + indicates positive results ; - indicates negative results
Biosolids Collection: Date - " % 6 Time 6 0 (/
31
Op. C U

FORMULA:
Where:
CALCULATION FOR TOTAL SOLIDS IN BIOSOLIDS SAMPLE
% Total Solids = (A - B) x 100
C-B
A = Weight of dried residue + dish (mg)
B = Weight of empty dish (mg)
C = Weight of wet sample + dish (mg)
Sample#: (t-(*7-(j-500
Weight of dried residue + dish:
Duplicate weight of dried residue + dish:
Weight of empty dish
Weight of wet sample + dish :
% Total Solids =
I 3 ,�12z 7
13_tizZ7
7_1
22- . o �5-9 y
0/0

11
FECAL COLIFORM FOR MUNICIPAL BIOSOLIDS
A-1 Medium
Double Strength
10' dilution / 10 ml sample
Single Strength
10' dilution / 1.0 ml sample
Single Strength Single Strength
10' dilution / 1.0 ml sample 10-2 dilution / 0.1 ml sample
Date/Time Test Set -Up:.- 15Os-
Time Placed in Incubator: I a
Time Transferred to Water Bath: I q 00
Operator
% Solids
Date/ Time Test Read:
Incubator Temp: 3 5 , 5
Water Bath Temp: `fq . 5 aC-
Media Lot # : ' `i �( o % 219 0-7 4 S
Sample#-IS-19-os00
MPN Fecal Coliform = 10 x MPN Index / 100 ml =
per Gram Total Solids Largest Volume x % Dry Solids
NOTE: + indicates positive results ; - indicates negative results
0 Biosolids Collection: Date IS- IS -1 9 Time ) VO0 0p. C

FORMULA:
Where:
CALCULATION FOR TOTAL SOLIDS IN BIOSOLIDS SAMPLE
% Total Solids
_ (A-B)XI00
C-B
A = Weight of dried residue + dish (mg)
B = Weight of empty dish (mg)
C = Weight of wet sample + dish (mg)
Sample # : - 6 -19 _0 5D O
Weight of dried residue + dish:
Duplicate weight of dried residue + dish :
Weight of empty dish
Weight of wet sample + dish :
Total Solids =
,0
9)

r]
U
a�
3
FECAL COLIFORM FOR MUNICIPAL BIOSOLIDS
A-1 Medium
Double Strength Single Strength
10-1 dilution / 10 nil sample 10-1 dilution / 1.0 ml sample
Single Strength Single Strength
10' dilution / 1.0 ml sample 10-' dilution / 0.1 ml sample
Date/Time Test Set -Up: (.2i9-t'Ll 14D S Date/ Time Test Read: Co'19'ITl l
Time Placed in Incubator: Ko (75 Incubator Temp:�,� C"
aC
Time Transferred to Water Bath: 1900 Water Bath Temp: q{ , S
Operator A- � k yS Media Lot # : '%O i
% Solids S_�P •off �)O Sample # : (Q -«-1,� —
MPN Fecal Coliform =
per Gram Total Solids
10 x MPN Index / 100 ml =
Largest Volume x % Dry Solids
NOTE: + indicates positive results ; - indicates negative results
BiosolidsCollection: Date Le-�'�41=t Time Dl��5D Op. Cb

FORMULA:
Where:
CALCULATION FOR TOTAL SOLIDS IN BIOSOLIDS SAMPLE
% Total Solids
(A-B)x 100
C-B
A = Weight of dried residue + dish (mg)
B = Weight of empty dish (mg)
C = Weight of wet sample + dish (mg)
Sample#: (-e-kQA9—O5D0
Weight of dried residue + dish:
Duplicate weight of dried residue + dish:
Weight of empty dish
Weight of wet sample + dish :
% Total Solids = 5(, ' aJ/0
a . 0 --7

11
11
FECAL COLIFORM FOR MUNICIPAL BIOSOLIDS .
A-1 Medium
Double Strength
10-' dilution / 10 ml sample
Single Strength
10' dilution / 1.0 ml sample
Single Strength
10-' dilution / 1.0 ml sample
Single Strength
10-' dilution / 0.1 ml sample
Date/Time Test Set -Up: -21c� )�5
Time Placed in Incubator: 1 �),Q5
Date/ Time Test Read: -%-Jk-14/i 13 u
Incubator Temp: 3H 1,3 C
Time Transferred to Water Bath: A3 Water Bath Temp: 14q . -5 y L
Operator A S Q,"— Media Lot # : 7)1 f'!C C, ( o-7 cJ S-
a/
% Solids LQA ,�] Sample # :11 % J^7-1 0 C�
MPN Fecal Coliform = 10 x NUN Index / 100 ml =
per Gram Total Solids Largest Volume x % Dry Solids
NOTE: + indicates positive results ; - indicates negative results
Biosolids Collection: Date-1-1'7-1'1 Time i I D'�; Op. CL

FORMULA:
Where:
CALCULATION FOR TOTAL SOLIDS IN BIOSOLIDS SAMPLE
% Total Solids
(A-B)x100
C-B
A = Weight of dried residue + dish (mg)
B = Weight of empty dish (mg)
C = Weight of wet sample + dish (mg)
Sample # : �7 -0 4 9 (D DO
Weight of dried residue + dish: OV . 39 L(i
Duplicate weight of dried residue + dish: �9D
Weight of empty dish ';S 3
Weight of wet sample + dish 4001 ` (
% Total Solids
El,�V]

11
IJ
E
FECAL COLIFORM FOR MUNICIPAL BIOSOLIDS
A-1 Medium
Double Strength
10-' dilution / 10 ml sample
Single Strength
10"1 dilution / 1.0 ml sample
Single Strength
10-' dilution / 1.0 ml sample
Single Strength
10"Z dilution / 0.1 ml sample
Date/Time Test Set -Up: -,),1-19 3 Date/ Time Test Read:S-d a 19 O �0 ( 3
Time Placed in Incubator: ) j' 3 Incubator Temp: �51 aJ
�(�j D C
Time Transferred to Water Bath: �� ('� Water Bath Temp: `T`1'c (��
Operator : Q - SJL� Media Lot # : <:�y 19 D "7 �i 'S
% Solids JS9 1 ` 1 /0 Sample # 19 r Cl — DS Z:-' 0
MPN Fecal Coliform = 10 x MPN Index / 100 ml =
per Gram Total Solids Largest Volume x % Dry Solids
NOTE: + indicates positive results ; - indicates negative results
Biosolids Collection: Date-)0 Time Op. ee)

FORMULA:
Where:
CALCULATION FOR TOTAL SOLIDS IN BIOSOLIDS SAMPLE
% Total Solids
(A-B)xl00
C-B
A = Weight of dried residue + dish (mg)
B = Weight of empty dish (mg)
C = Weight of wet sample + dish (mg)
Sample # : D `,� � - � 9 -o S-b 0
Weight of dried residue + dish:
Duplicate weight of dried residue + dish:
Weight of empty dish
Weight of wet sample + dish :
% Total Solids = 5c, 1 /
�459

11
11
Lj
FECAL COLIFORM FOR MUNICIPAL BIOSOLIDS
A-1 Medium
Double Strength
10'' dilution / 10 ml sample
Single Strength
10'' dilution / 1.0 ml sample
r-
Single Strength
10'2 dilution / 1.0 ml sample
Single Strength
10'Z dilution / 0.1 ml sample
Date/Time Test Set -Up: '3-1 �5-N)09 C) c�
Time Placed in Incubator: j 9 (D
Date/ Time Test Read: j -1 9 -(R Os ) C1
Incubator Temp: 5 J C_
Time Transferred to Water Bath: Water Bath Temp:�C-
Operator : �l� Media Lot # : PiCC 0 S1I 10 74 5
% Solids Sample #
MPN Fecal Coliform = 10 x MPN Index / 100 ml =
per Gram Total Solids Largest Volume x % Dry Solids
NOTE: + indicates positive results ; - indicates negative results
Biosolids Collection: Date 9 - I � -19 Time O � 5 4S

FORMULA:
Where:
CALCULATION FOR TOTAL SOLIDS IN BIOSOLIDS SAMPLE
% Total Solids = (A - B) x 100
C-B
A = Weight of dried residue + dish (mg)
B = Weight of empty dish (mg)
C = Weight of wet sample + dish (mg)
Sample # : I " t -1 9 - 0 5 O0
Weight of dried residue + dish:
Duplicate weight of dried residue + dish:
Weight of empty dish
Weight of wet sample + dish
% Total Solids =
LAH,L2,'-

III
FECAL COLIFORM FOR MUNICIPAL BIOSOLIDS
A-1 Medium
Double Strength Single Strength
10'1 dilution / 10 ml sample 10-' dilution / 1.0 ml sample
Single Strength Single Strength
10'2 dilution / 1.0 ml sample 10'2 dilution / 0.1 ml sample
Date/Time Test Set -Up: Ib-jk-I`j� `AP,0 Date/ Time Test Read: I -( -7-j I1
Time Placed in Incubator: � as Incubator Temp: z
Time Transferred to Water Bath: 15 1 --I Water Bath Temp:
Operator _ Media Lot # 9
%Solids Sample#
MPN Fecal Coliform = 10 x MPN Index / 100 ml = Tj
per Gram Total Solids Largest Volume x % Dry Solids
NOTE: + indicates positive results ; - indicates negative results
Biosolids Collection: Date 10 -j U-) 9 Time Q 5 S Op. k 5

FORMULA:
Where:
CALCULATION FOR TOTAL, SOLIDS IN BIOSOLIDS SAMPLE
% Total Solids = (A - B) Y l00
C -B
A = Weight of dried residue + dish (mg)
B = Weight of empty dish (mg)
C = Weight of wet sample + dish (mg)
Sample#: b7(e-i9-24OCR
Weight of dried residue + dish:
Duplicate weight of dried residue + dish:
Weight of empty dish
Weight of wet sample + dish :
% Total Solids = '� r L� j
@@D

FECAL COLIFORM FOR MUNICIPAL BIOSOLIDS
A-1 Medium
Double Strength Single Strength
10' dilution / 10 ml sample 10' dilution / 1.0 ml sample
Single Strength
10' dilution / 1.0 ml sample
Single Strength
10' dilution / 0.1 ml sample
r-
Date/Time Test Set -Up: -' Io'�Date/ Time Test Read:
Time Placed in Incubator: } �L-o Incubator Temp: 35 , j v [-
Time Transferred to Water Bath: j q5 D, Water Bath Temp:
Operator Media Lot #
% Solids 7 0/0 Sample #
MPN Fecal Coliform = 10 x MPN Index / 100 ml =
per Gram Total Solids Largest Volume x % Dry Solids
lJ
NOTE: + indicates positive results ; - indicates negative results
Biosolids Collection: Date 1- Time 1 U I D Op.-

CALCULATION FOR TOTAL SOLIDS IN BIOSOLIDS SAMPLE
FORMULA:
% Total Solids = (A - B) x l OO
C-B
Where:
A = Weight of dried residue + dish (mg)
B = Weight of empty dish (mg)
C = Weight of wet sample + dish (mg)
Sample #: i l -- ° 19 0 SC,,
Weight of dried residue + dish:
Duplicate weight of dried residue + dish
Weight of empty dish
Weight of wet sample + dish :
% Total Solids
L[3 e (D�q
353
\� , co s- --, °/v

[7
FECAL COLIFORM FOR MUNICIPAL BIOSOLIDS
A-1 Medium
Single Strength
10'2 dilution / 1.0 ml sample
Single Strength
10'2 dilution / 0.1 ml sample
Date/Time Test Set -Up: I -I $-(9 1/1 1 10 Date/ Time Test Read:
Time Placed in Incubator: (I 0 Incubator Temp:35
Time Transferred to Water Bath: 1 S Water Bath Temp: �
Operator : _ Media Lot # Q g'cj(�od—
Solids c 1pal(� Sample # r7- C7`1 DC�
MPN Fecal Coliform = 10 x MPN Index / 100 ml =
per Gram Total Solids Largest Volume x % Dry Solids
NOTE: + indicates positive results ; - indicates negative results
6
Biosolids Collection: Date I a_� R-1 9 Time a() Op /4S

CALCULATION FOR TOTAL SOLIDS N BIOSOLIDS SAMPLE
FoRivIULA:
% Total Solids = (A - B) x 100
C -B
Where:
A = Weight of dried residue + dish (mg)
B = Weight of empty dish (mg)
C = Weight of wet sample + dish (mg)
Sample # :
Weight of dried residue -P dish:
Duplicate weight of dried residue + dish:
Weight of empty dish �' U 4
Weight of wet sample + dish
/a Total Sol
ids