WQ0014248_Residual Annual Report 2020_20210225

Initial Review
Reviewer Thornburg, Nathaniel
Is this submittal an application? (Excluding additional information.)*
r Yes r No
If not an application what is the submittal type?*
Annual Report Year*
Permit Number (IR)*
Applicant/Permittee
Email Notifications
........................................................................................................................................................................
Does this need review by the hydrogeologist?*
Regional Office
CO Reviewer
Admin Reviewer
* Annual Report
* Residual Annual Report
r Additional Information
r Other
2020
WQ0014248
Town of Cheraw
r Yes c No

Submittal Form
Project Contact Information
Rease provide information on the person to be contacted by N B Staff regarding electibnittal, confirmation of receipt, other
.......................................................... electronic surece, aner correspondence.
_ -
Name * Sherry Turner
Email Address*
[e-mail]
Project Information
........ ......... ..........................................................................................................................................
Application/Document Type* r New (Fee Req ui red)
r Modification - Major (Fee Required)
r Renewal with Major Modification (Fee
Required)
r Annual Report
r Additional Information
r Other
Phone Number*
8435378440
O Modification - Minor
C Renewal
C GW-59, NDMR, NDMLR, NDAR-1,
NDAR-2
IT Residual Annual Report
r Change of Ownership
We no longer accept these monitoring reports through this portal. Please click on the link below and it will take you to the correct form.
https://edocs.deq.nc.gov/Forms/NonDischarge_Monitoring_Report
Permit Type:* r Wastewater Irrigation r High -Rate Infiltration
r Other Wastewater r Reclaimed Water
r Closed -Loop Recycle r Residuals
r Single -Family Residence Wastewater r Other
Irrigation
Permit Number:* WQ0014248
Fbs Current Existing perm number
Applicant/Permittee Address * 1 Roddy Street PO Box 219 Cheraw, SC 29520
Facility Name * Town of Cheraw DCAR
Please provide comments/notes on your current submittal below.
At this time, paper copies are no longer required. If you have any questions about what is required, please contact Nathaniel Thornburg
at [e-mail].
Please attach all information required or requested for this submittal to be reviewed here.*
(Application Form} Engineering Rans, Specifications, Calculations, Bc.)
Town of Cheraw Biosolids 2020.pdf 2.8MB
Upload only 1 RFdocurrent (less than 250 fv8). Miltiple documents rust be combined into one RJFfile unless file is larger than
upload limit.
* V By checking this box, I acknowledge that I understand the application will not be
accepted for pre -review until the fee (if required) has been received by the Non -
Discharge Branch. Application fees must be submitted by check or money order
and made payable to the North Carolina Department of Environmental Quality
(NCDEQ). I also confirm that the uploaded document is a single PDF with all parts
of the application in correct order (as specified by the application).
Mail payment to:
NCDEQ — Division of Water Resources
Attn: Non -Discharge Branch
1617 Mail Service Center
Raleigh, NC 27699-1617
Signature
Submission Date 2/25/2021

Town of Cheraw
Public Utility Department
February 23, 2021
Me. Sonia Gregory
NCDENR/DWQ/1Vater 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,
Sherry Turner
Town of Cheraw
Post Office Box 219 1 Cheraw, South Carolina 29520 i 843-537-8440 F: 843-537-8442 1 www.cheraw.com

rx"11 %Jt%Ju 1..tlir1, AArr1A%-A I WIN LER 1 iHUATION FORM
Permit#: WQ0014248 County: Chesterfield Year: 2020
Facility Name (as shown on permit): Town of Cheraw -
Land Land Application Operator: 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:-2
Total amount of dry tons applied during the year for all application sites: 51
Total number of acres land application occurred during the year. $0
Part B:
Facility was compliant during calendar year _ 2020 with all conditions of the land application permit
(including but not Iimited 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.
I. Only residuals approved for this permit were applied to the permitted sites.
2. Soil pH was adjusted as specified in the permit and time 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 2 L3 Z
Permittee Name and Title (type or print) Signa a of Permittee ate
Signature of Preparer* Date Signiture of Land Applier Date
(if different from Permittee) (if different from Permittee and Preparer)
" Preparer is defined in 40 CFR Part 503.9 (r)
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 skip parts A, B, C and certify form below
Part A*: Par
Sources(s) (include NPDES # if Volume (dry tons) Recipient I
Month AdmendmenU
applicable) Residual In Product Out Name(s) Vol
Bulking Agent
January Vernon Dye 38
February No Residuals Vernon Dye 12
March produced during 2020,
April but distribution of
May residuals from 2018
June took lace
July
October
Novemb
Annual (dry tons
nt(s) u
u
51
t
B*:
nformation
ume (dry tons) Intended use(s)
.4 deer plots
.8 deer plots
.2
* If more space than given is required, please attach additional information sheet(s). ❑ Check box if additional sheets) are attached
Part C:
Facility was compliant during calendar year 2020 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.
1. 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
2. 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, trite, accurate and complete. I am aware
that there are significant penalties for submitting false informatton, including the possibility of fines and imprisonment for knowing violations."
-A " 2,
iignat a of Permittee Date Signature of Preparer** Date
(if different from Permittee) **Preparer is defined in 40 CFR Part 5039(r)
Author Daryl D. Merritt DENR FORM DMSDF (7/2002)
* If more space than given is required, please attach additional information sheet(s). ❑ Check box if additional sheets) are attached
Part C:
Facility was compliant during calendar year 2020 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.
1. 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
2. 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, trite, accurate and complete. I am aware
that there are significant penalties for submitting false informatton, including the possibility of fines and imprisonment for knowing violations."
-A " 2,
iignat a of Permittee Date Signature of Preparer** Date
(if different from Permittee) **Preparer is defined in 40 CFR Part 5039(r)
Author Daryl D. Merritt DENR FORM DMSDF (7/2002)

TOWN OF CHERAW WASTEWATER TREATMENT FACILITY
BIOSOLIDS REPORT 2020
Month
Press
I-Irs.
Dry Cake
Solids
Ton
Tons
Lime
Used
% Lime
Total Dry
Product
Lime
±/Ton
Produced
Poly
$/Ton
Cake
Lbs Poly/
Ton Cake
Lbs Poly
Used
.JANUARY
230.0
79.21
4.87
2.09
165.0
FEBRUARY
221.0
66.25
6.81
2.91
192.5
MARCH
241.0
68.70
5.62
2.40
165.0
APRIL
211.0
40.88
9.45
4.04
165.0
MAY
201.0
2696
14.32
6.12
165.0
JUNE
260.0
35.85
10.76
4.60
165.0
JULY
252.0
52.59
13.17
5.75
302.5
AUGUST
238.0
60.25
13.58
5.93
357.5
SEPTEMBER
267.0
60.65
15.57
6.80
412.5
OCTOBER
291.0
37.02
11.91
5.20
192.5
NOVEMBER
229.0
33.76
18.66
8.15
275.0
DECEMBER
290.0
52.68
9.57
4.18
220.0
TOTAL
2931.0
614.80
134.29
58.16
2777.5
AVERAGE
244.3
51.23
11.19
4.85
231.5
MINIMUM
201.0
79.21
4.87
2.08
165.0
MAXIMUM
291.0
26.96
18.66
8.15
412.5

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 Laboratory: 1) Davis & Brown Labs
Facility Name: Town of Cheraw 2) Clemson University
NPDES # or 3)
WQ#: SC0020249
4)
WWTP Name: Town of Cheraw WWTP 5)
Residual Analysis
Data
Sample or
Composite Date
1 /15/20
1
1 /15/20
3/18/20
3/18/20
5/20/20
5/20/20
7/15/20
7/15/20
Percent Solids
64.6
59.6
56.5
56.7
65.7
65.5
67.0
65.3
Arsenic
2.71
4.991
2.12
.995
Cadmium
4.493
.4.496
.989
.995
Chromium
47.2
40.4
56.0
53.0
,.�
Co er
27.8
22.7
31.5
38.1
Lead
.493
t.496
989
-c.995
Mercury
.055
-e-.020
.044
Mol bdenum
3.94
3.96
-3.95
.047
1.09
Nickel
16.5
12.4
19.8
18.8
Selenium
4.975
4.991
4.989
< .995
Zinc
222.96
205
233
234
.�
TKN
7239
27281
6473
6769
monia-Nitro e
0
0
0
306.3
rNitrateand Nitrite
458
318
30
41
tal Phosphorus
9621
11911
2748
9617
9/16/20
63.7
9/16/2011/24/2
58.3
1/24/20
71.1
3.00
3.74
<.994
47.4
30.2
1.13
t.172
<3.97
17.6
'.994
201
c.960
7845
222.9
82
13280
58.1
41.8
2.02
.141
<3-.84
22.8
<.960
292
7909
140.6
232
1107
"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 the possibility of fines and imprisonment for knowing violations."
Signatur of Preparer Date
Author Daryl D. Merrill DENR FORM RSSF (7/2002)

Vernon Dye /
Pegues Cir
34 ° 47' 38"N 60 acres '850
�- -� ° ' "
795516W
^ 34.7 dmt
'�
7.
i ✓/~ F 2S6Y f! I n
` _ LZZ --
(;—
• / r � ~
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tit .• �,``1, '\�`{ -'r � � � r _ _ - � _- � / 1 _ C r� "`• .� �_�
r f 73947
l
\\�\ \ r �\i' --\` ��.J n��, •%rr, 1 `� (1 �_ _ . ` CAI j
1�1 r\ ,� ` J, --
yx
= i_ =�ri �hJ`,,�•`"% 640000 FEET
3646000m N.
l�7?4�
55' 2330000 FEET (S.C.) .J 34p45'
p !1
6g20a0rE, CHERAW 6 mt y 79 52'3Q
�,LE ROAD CLASSIFICATION .0
Primary highway, Light -duty road, hard or
hard surface improved surfacec'F�
Secondary highway,
hard surface Unimproved road
v Interstate Roue '77 U S. Route State Route
rl C
9UAGRA ISLE LOCATiO4 M ORVEN E SST, N.C.—S.C.
N 445--W7952.5/7.5
1971
xF�l_ 5053 IV SW —SERIES V842

ANNUAL METALS 141ELll LUADINCi bUMMARY FORM
Attach this form to the corresponding Field Loading Summary Form to be submitted in Annual Report
Facility Name:
Permit #:
Operator:
Acres Used:
Town of Cheraw
Total Dry Tons Applied (Annual): 38.4
W00020248 Cation Exchange Capacity (non 503 only):
_ Vernon Dye
60 Acres Permitted:
Owner:
Site #: Pegues Cir Field #:
Residual Analysis Data (Heavy Metals and Total Phosphorus use mglkg, % Solids use Raw Percent #):
REM
Total
Phos-
phorus�EWEEEEEEEEEE
Annual Heavy Metal Field Loadings (Calculated in lbs/acre):
Total
Phos-
�_phorus.EMEEEEEEEEEEE
"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 the possibility of fines and imprisonment for knowing violations"
Signature of Land Applier
Author DaNi D. Merritt
Date
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 "NIA" IN A BLANK OR BOX WHEN NOT APPLICABLE.
Facility Name: Town of Cheraw Permit #: WWQ0014248 Annual Dry Tons Applied:' 38.4
Owner: Operator: _ Vernon Dye Cation Exchange Capacity (non 503):
Site #: Pegues Circle Field #: Acres Utilized: 60 Acres Permitted:
Specify
Totals
n
Solids
Dry
Residual
Site
Cond.
Inches
Appli-
Voli-
Miner-
Ammo
Ni-
Gat .
CuNd.
Q
Per
As
Tons
Sources
Dry,
Preci p
cation
tila-
ala-
TKN
nia-
trate-
Report
Totals
Acre
Deci-
Per
(Summarize)
Wets
Past 24
Meth-
zation
zation
Ni-
Ni-
Gal.
Acre
Hrs.
rs.
od**
Rate*
Rate
trogen
trogen
11
Moist
Jan
N/A
N/A1
.646
1 0.64
1
1
1 S
1 0.5
1
1 7239
0
458
PAN I I PAN 2
Must Select
Crop 1 or Crop
2
Crop I I Crop 2
TOTALS: As Cd Cr I Cu Pb Hg I Mo Ni Se I Zn P PAN I PAN 2 Lime A lied
Annuallbs/acre .0054 .0010 .0935 .0551 .0010 .0001 .0078 .0327 .0019 .4418 20.66 Date Ibs/ac
Current Cumulative lbs/acre .0054 .0010 .0935 .0551 .0010 .0001 .0078 .0327 .0019 .4418
Prior Years Cumulative lbs/acre . 0
Permitted C. P. L. R.***
?ermit PAN Limit lst/2r
`I certify, under penalty of law, that this document was prepared under my direction or supervision in accordance with a system
lesigned 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."
�C' ►� _ .
Application Method: 5 -Surface, IN -Injection, INC -Incorporation
ier Date **Volitilization Rate: Surface - 0.5, Injection/Incorpora(ion -1.0
Signature of Land Appl
***C.P.L.R.: Cumulative Pollutant Loading Rate
Author Daryl D. Merrilt DENR FORM FSF (7/2002)

ANNUAL METALS HELD WAVINU SUMMARY kORM
Attach this form to the corresponding Field Loading Summary Form to be submitted in Annual Report
Facility Name:
Permit #:
Operator:
Acres Used:
Town of Cheraw
Total Dry Tons Applied (Annual): 12.8
wnnm A 2AA _ Cation Exchange Capacity (non 503 only):
Vernon Dye
20 Acres Permitted:
Owner: Vernon Dye
Site #: Dye Hoare Field #:
Residual Analysis Data (Heavy Metals and Total Phosphorus use mglkg, % Solids use Raw Percent #):
Total
Phos-
phorusEENEENNEEMEN
Annual Heavy Metal Field Loadings (Calculated in lbs/acre):
Total
Phos-
"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,
includin the 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 FIE LD SUMMARY FORM
PLEASE MAKE A COPY OF THIS BLANK FORM TO BE COMPLETED AND SUBMITTED FOR EACH APPLICATION FIELD.
Facility Name: Town of Cheraw
Owner: Vernon Dye
Site #: Dye Horne Field #:
PLACE A "N/A" IN A BLANK OR BOX WHEN NOT APPLICABLE.
Permit #: WQ0014248 Annual Dry Tons Applied;' 12.8
Operator: Vernon Dye _ _ _ Cation Exchange Capacity (non 503):
Acres Utilized: 20 Acres Permitted:
Specify
Totals
Per
Acre
°
Solids
As
Deci-
mal
Dry
Tans
Acre
Residual
Sources
(Summarize)
Site e
Cond.
Dry,
Wet,
Moist
Inches
Precip.
Hrs.
Appli-
cation
od**
Voli-
[ila-
Rate*
Miner-
ala-
Rate
TKN
Ammo
nia-
trogen
Ni-
trate-
trogen
PAN i
PAN 2
Must Select
Crop 1 Cro
p or P
2
Gal.
Cu.Yd.
Totals
in Gal.
Crop 1
Crop 2
Feb
N/A
N/A
.646
0.64
S
0.5
7239
0
458
TOTALS:
As
Cd
Cr
Cu
Pb
Hg
Mo
Ni
Se
Zn
P I
PAN 1
PAN 2
LimeA.3plied
Annual lbs/acre
.0054
.0010
.0935
.0551
.0010
.0001
1.0078
.0327
.0019
.4418
120.66 1
1Date
lbs/ac
Current Cumulative lbs/acre
.0151 .0040 .2463' .1880 .0154 .0062 :0199 .1073 .0049 11.184
.0097 .0030 .1528 .1329 1.0144 .0001 .0121 1.0746 1 .0030 .7424
Prior Years Cumulative lbs/acre
Permitted C. P. L. R.***
Permit PAN Limit lst/2nd Crop
`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 the possibility of fines and imprisonment for knowing violations."
*Application Method: S - Surface, IN - Injection, INC - Incorporation
Signature of Land Applier Date **Volitilizalion Rate: Surface - 0.5, Injection/Incorporation -1.0
***C.P.L.R.: Cumulative Pollutant Loading Rate
Author Daryl D. Merritt DFNR FORM FSF (7/2002)

d 1 Imo^ t Yfelsan tirava un \ T 1 . 1' 1 \
^� �f` -�,_- �tf?'� �( `� �?�'eavtslch _'�� 1�: � ♦ —�== .'� � -- ✓ � Ji� J r
acc�2.%'
OZ
Vernon Dye-
y 0 U Dye Home
34050' 10"N 20 acres
—
79°49' 21 "W 11.6 dmt ` _ r •l;'
- Fla a.:.� f.;F: _.� ..1.- -- - s - V
o�.�a,;„''��
-
.s�Stnh.� # ��- ►ate �_`' _ �aa� �. -� t ti -' ao
0 TH CAIOLFti.'A - - '--=,-

CHERAW ALKALINE BIOSOLIDS SOIL AMENDMENT
CHEMICAL CHARACTERISTICS AND LAND APPLICATION RATES
BIOSOLIDS SAMPLE DATE: January 15, 2020
Biosolids
Maximum
Maximum
Maximum
Maximum
Metal
Allowable
Allowable
Application
Application
Content,
Metal
App. Rate,
Rate,
Rate,
METALS
ppm
Content, ppm
#lAerelNr
OT1Acre/Yr
WT+AcreNr
Arsenic, Total
2.81
41.00
1.80
190.59
319.73
Cadmium, Total
0.51
39.00
1.70
989,47
1659.90
Chromium, Total
49.03
1200.00
134.00
814.63
1366.60
Copper, Total
28.88
1500.00
67.00
691.56
1160.14
Lead, Total
0.51
300.00
13.00
7566.51
12693.36
Mercury, Total
0.06
17.00
0.75
3912.89
6564.15
Molybdenum, Total
4.09 '
18.00
0.80
58,26
97.74
Nickel, Total
17.14
420.00
1 B.70
32520
545,55
Selenium, Total
1.01
36.00
4.50
132436
2221.71
PCB
BRL
1,60
'Actual metal content less than amount indicated
890501ids
Bicsolids
Maximum
Maximum
Nutrient
Nutrient
Crop1S61
Application
Application
Content,
Content,
Requirement,
Rate.
Rate.
ppm
.a
#/Acre --
DT-AcrelYr
WT:Acre/Yr.
Ammonium Nitrogen
0.00
0.00
Organic Nitrogen
4315.00
0.43
Incorporated Available Nitrogen
3025.00
0.30
120.00
11.82
1983
Surface Available Nitrogen
3025.00
0.30
120.00
11.82
19.83
Phosphorus as P205
5735.00
0.57
80.00
416
6.97
Potassium as K20
645.00
0.06
50.00
23.10
38.76
Calcium, Total
176260.00
17.63
Calcium as CaO
246792.00
24.68
Calcium as CaCO3 (CCE)
2915 0o
0.29
2000.00
204.49
343.05
Magnesium, Total
1910,00
0.19
Manganese
70.00
0.01
Sodium
205.00
0.02
Percent Moisture
40.39
"These are typical values and must be adjusted based upon specific site conditions
OT Is Dry Tons of Biosolids. WT is Wet Tons of Btosolids.
CERTIFICATION; This biosolid product has been produced by the Town of Cherav/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 4C. 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 sod 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 groom and site sal characteristics The user should contact the Clemson Extension
Service (843.623.2134) andlor 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 N475 tilled 'Ume and Fertilizer Recommendations.'
THIS PRODUCT IS H GHLY ALKALINE AND SHOULD BE HANDLED ACCORDINGLY.
AVOID PROLONGED CONTACT WITH THE SKIN, AVOID CONTACT W;TH THE EYES.
THE TOWN OF CHERAW IS NOT RESPONSIBLE FOR IMPROPER USE OR HANDLING OF THIS
BIOSOL,D PRODUCT
lily ,.ohm 0. Wwe, Public Utility Director
P 0 Box 219; Cheraw, SC 29520
Telephone [phone]
FAX: [phone]
PRODUCT USER NAME.
ADDRESS
NTENDED USE:
LMATZ-R-t1R U$k.
OIIANT-TY R£CE VED-
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-20
Client #:
168
Report Date:
31-Jan-20
Sample Date:
15-Jan-20
Approved By:
SDG #:
SDG-135273
Lab Sample ID: LSID-298265
Scott Fields
Sample m:
BIOSOLIDS 1-15-20-500
Lab
Director
Reporting
Parameter
Result
Limit
Unit
Method Flag
Date
Time
Analyst
Acid Digestion (Solids) YES
EPA 200.2
1/20/2020
10.45
JR
Selenium, Total
<0.975
0.975
mgfkg
EPA 701016010
[122/2020
16:30
JR
Percent Moisture
35.4
0.1
wt%
S11-846 3540
1/20/2020
14:37
INiL
Aluminum, Total
4960
19.7
mgAg
SW846 6010D
1/29/2020
11:11
JR
Arsenic, Total
2.71
0.975
mglkg
SW846 601OD
1/22/2020
16:30
JR
Cadmium, Total
<0.493
0.493
mg/kg
SW846 6010D
1/21/2020
12:15
AE
Chromium, Total
47.2
0.493
mg/kg
SW846 6010D
1/21/2020
12:I5
AE
Copper, Total
27.8
0.493
mg/kg
SW846 6010D
1/21/2020
12:15
AE
Lead, Total
c0.493
0.493
mg/kg
SW846 6010D
l/21/2020
12.15
AE
Molybdenum, Total <3.94
3.94
mglkg
SW846 6010D
1/20/2020
19:54
JR
Nickel, Total
16.5
0.493
mg ft
SW846 601OD
1/21/2020
12.15
AE
Mercury, Total
0.055
0.02i
mglkg
SW846 7470A
1/22/2020
12:30
CG
PCB
BRL
mg/kg
SW8468082A S11A
IY2812020
12:55
UH
Page l

ACass
ANALYTICAL, INC.
ANALYTICAL REPORT
CLIENT
Davis &- Brovvn
P.O. Box 1503E
Quinby SC 29506
ATTENTION
Scott Fields
PROJECTID
298265
LABORATORY REPORT NUMBER
?001 K33
DATE
January 29, 2020
Primary Data Review By Secondary Data Rev ievv B%
Ashley Amick
Chris Pafford
Project Nlanager, Access Analytical
Project Manager, AES aamick ci aes-inc.com
PLEASE NOTE:
- Unless olhervvise noted, all analysis on this report performed at Analytical Environmental Services Inc. ( \ES Inc),
3080 Presidential Drive, Atlanta, GA 30340.
AES is SCDI IEC certified laboratory q 98t11(i, NCDENR certified lab 9562, G 1 certified [ab 9 F L-E875,92,
AEI, AP certified laboratory 9 E87582
- AIII-%-LAP,LLC Laboratory I D:100671 for Industrial Ilygiene samples (Organics, Metals, PCN1 Isbestns,
Gravimetric), Environmental Lead (Paint, Soil, Dust Wipes, Air), and Environmental -Microbiology (Fungal)
Direct Examination.
Local support services for this project are pro%ided by Access Analytical. Inc. Access. lnalytical is a
representative orAES serving client in the SC NC/GA areas. All questions regarding this report should ;)e directed
to your local Access Analytical representative at 803.781.4243 or tall tee at 833.315.4243
Paqe 1 of 5

® DAVIS & BROWN
REGULATORY: YES NG
6
SMIR E ID I DATE
299)21,0(T tligk
r.&�C- zL)-0- 4p,.)
124W.McIver Road PH: 842-865.6748
Florence, SC 29501 PAX., 842-866.2208
CHAIN OF CUSTODY RECORD
SAMPLE ANALYSIS REGUE5'ED
PAGE q -OF_
TURNAROUND 1141E ^pL
STANDARD RUSH --�P2
USE COPES TO 1NCCrATE fF SAMPLE WAS
CRPRESERVED A r HNC
Prsearvel"L
IFILTERED
8-HCL D -Nsc, FoFLLTRATION
C•NACH E+NA,S60, 0-2INCACETATE
289GAAM ARFA: D. DRINKING WATER
o
:GROUNDWATER
Q�GROUNDWATSR 9=SOLID SL•SLUDGE
U.C) U.
W O-OTHER
O
,a
PLEASE B Y
,L o Q.
o SHADED AREAS FOR LAB USE ONLY
a NOTES LAB ID
J I (
I
Flli In the Number aiContelnen for EACH
T431
sr
k
L
--rEL.-
FLOW INFO
I I
!CE
No PACK
REOEB'7
TEMP: c
R¢ingagnad A'
Ualr: Tlma:
Ra4rqu•et�
C�
Rndvad by
e 171e
Date: T!mo:
Rscalvad Lr, Cuy Tina:
P?,ye2f5
Y'

Analytical Environmental Services, Inc
Date: 29-Jan-20
Client:
Davis & Bromm
Client Sample 11):
298263
Project Name:
298263
Collection Date:
1/1312020 9:40:00 A41
Lab ID:
2001K38-001
Matrix:
Solid
Analvses
Result
Reporting Qual
Limit
L nits
BatchlD Dilution
Factor
DateAnalyxed Analyst
POLl'CiILORI,NiATED BIPIIE\I'LS
S%N8082A
(SNN3550C)
Aroclor 101b
BRL
53
tqhu•drn
291416 1
C-1 28,2010 1133
Uff
Aroclor 1221
BRL
53
nghg-dn
291496 1
01 28,2020 12 55
Ull
kroclor 1232
BRL
53
tle-' 4-dry
291486 1
01 29,2020 11 55
Ull
Aroclor 1242
BRL
53
itetig-dr,,
291436 1
01'23i2020 12 55
Ull
Aroclor 1243
BRL
53
oche -dry
291436 1
01,28)2020 12 55
Ulf
Aroclor1254
BRL
33
ugl._�-thy
291456 1
0123r20201253
Ulf
Aroclor 1260
BRL
53
uL-Kpiln
29143o 1
01 23i2020 12 55
Ulf
Sum Decuchlorobipheny 1
35 3
43 7-141,
'dREC
291436 1
01 2312020 12 55
Ulf
Sum Tetrachforo-m-xylenc
52 =
43 3-12h
I.REC
291436 1
01 23,2020 12 55
Uli
PERCEtNT,NIOISTL RE D2216
Percent Moisture
3'.y
9
w{'•
Ra;n&.)3 I
Of _x 20'_409:C0
lt4
QqA wtY Slue "ceeds:nirmum conummant IeLal
BaL Bcluw rcperuag hmn
If 11olden3 urre4 for prepay mn or ana!ysts areecded
N ,IMIl to net %FL.kC cen:fed
B knalyte detected in the associated mrthed bank
I Greater than Result value
E Esama:ed iva:ne above gwn1:Tauun nngcl
S Spike Rxovm omstde im:ts Jue to matrix
ti arr Sec au nwrit. c
F Via, -cd ,n E.e ,h,.ahich -s i de•.ta»on Prom the n:cthcd
Less than Resn!t va:ue
1 £sttmated .a.aaJewcred'elnw Reporting Gmn
Pane 3 of 5

axurnc.%L
E.Ex%j .r:1l .c. SAMPLE/COOLER RECEIPT CHECKLIST
AF.S SFR57CER, I�iC.
i. client Name: Access Analytical, Inc.
2. Carrier: FedExC UPS❑ USPSEll Client El Couder0 Othm
AES Work Orde- Number, 20OIK38
Yee N. NIA ri—a.
f Save as
r —I.
Shipping container/cooler received in good condition?
•
damaged `1 leaking t - other❑
Custody seals present an shipping container?
•
Custody seals intact on shipping container?
•
Temperature blanks present?
•
Cooler temperatute(s) within limits of 00V (See item 13 and 14 for
temperature recordings.)
O
O
O
Cooling initiated for recently collected sampler / ic,
present �'!
Chain of Custody (CDC) present?
•
Chain of Custody signed, dated, and timed when relinquished and received?
no
Sampler name and/or signature on CCC7
•
Were all samples received within holding time?
•
TAT marked on the CDC?
•
If no TAT radiated, proceeded wnh standard TATrTerms &Conditions.
13. Cooler 1 Temperature 1.4 •C
14, Cooler 5 Temperature •C
15, Comments:
16.
17
18
19.
20.
21.
22.
23,
24,
25.
26.
Cooler 2 Temperature •C Cooler 3 Temperature aC Cao6r4 Temperature *'
Cooler 6Temperature •C Cooler7Temperature eC Cooler 8 Temperature �C
I certify that I have completed sections 1.15 (dated initials( NU 112'
V.. fan NIA ..tail. [.cements
Ware sample containers Intact upon mocipt?
•
Custody teals present on sample containers?
•
Custody teals intact on sample containers?
0-
Dosample container labels match the COC?
O
O
0
in,ompete nfo ❑ illegible =
no.abel ❑ other ❑
Are analyses requested indicated an the CDC?
•
all of the samples listed on the CDC received?
O
O
O
samp
les received but not listed on COC ElWere
samples 5sted an CDC not received ❑
Was the sample collection dateltime noted?
•
Did we receive sufficient sample volume for Indicated analyses?
•
Were samples received in appropriate containers?
•
Were VCA samples received without headspace jc 114' bubble;?
Were trip blanks submitted?
•
listed on CDC I not „sted a, C:,C
27 Comments:
This section only applies to samples where pH can be
I certify that I have completed sections 16-27 (dated Initials). OR 1/23/20
checked at Sample Receipt. Yes No N/A Details Comments
28 Have containers reading chemica; preservation been checked? • •
29. Ccntainers meet presemat.en guidetnes? we
30 1was pH adjusted at Sample Receipt? +
• Note: Cahn analyaea require chemical pinaNaaarl but must be checked in the laboratory and not upon Sample Receipt such as Coklomw, VOCs and CW & GreaaaRPH
I certify that I have completed sections 2S-30 (dated initials). OR 1/23/20
Checklist 6.9.17 Rev 2 Locher!
Page 4 of 5

End of Report
Paae 5 of 5

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
A cultural Service Laboratory Clemson University
S7
South Carolina Lab Certification Number:
36001
S8
Lab sam les 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
S17
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 05113 Dalaqual (SubLabs) _wpd

DAVIS & BROWN r21 W. McWcrRo,-ld PH, 843-665.8746 PAGE # % OF
Porence.uC 296ar FAX. [phone]�3
RECUL?CRY: vo
CHAIN OF CUSTODY RECORD
'[VAHA D rg'I . — pl
_ �ApI A:SH p3
CL1E4T:
f
1 C4-14tt:..f
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L'SE CCCc3-G ?�rIC i.7 T_ r"N'fFf.3 !!Av
F!i3Qe. CR?PEie-•gibs-- AsHNCs
9aHCL 0+rli50i Fa FILTRATION
C a NACH E- NAS;Ci G a ZINCACSTATE
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PO iRGJt Zt
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-!:iPAti+aPEa; D. DRINIONGYYAscR
G a GRDUMT WATER S a SOLID SL. SLUM'
W • WASTEWATER O.CTNER
PLEASE PPINT LEGIBLY
PHCHE; FAX:
SAMPLE ID
DA: —
I TIME
NCT°S - ' 'O
19+eSau fs
zo
Fill In theNLMberorCGrlamemfcr:.ACH -m
I
I
I
I
I
II
I
III
1
1
I
I I
I
i
T
SAMPLER SIGNATURE
� aa
F! CSY+NFO
iG'c
E, NO PACK
34 eG
RtlltlgsnahL'�1 Cate. Tme- Re'N etl t:Y
1- 7
C e. ra
R=drguehed by' Calm tme:
-
Re by, Calm••2d r�o Tmc.
I i
a=crave: tY Oa'a Tsnc.
Gor'smenh: ,J
cei �...��,} .y SLfL�r1i „L ,..�l1�,Gm iwGJr�'[�II�TL �i.�r l�iS)MMiII ..+,l 7L i�b Nii/ww/ L.S.'CX1L�r L�-�c, .�iyba2GL4.«�r /YLGhii� /•�L.7LC.0 J

A N I M A L WASTE ANALYS IS R E P O R T
Agricultural Service Laboratory
LAB No. 10071 Clemson University
TURNER, SHERRY
Po BOX 219
CHERAW SC 29520
ACCOUNT COMRLBR
DATE 01/23/2020
[e-mail]
SAMPLE NO. 01152050 MANURE; OTHER STORAGE: COVERED
-----------------RESULTS REPORTED ON AN AS -SAMPLED
ANALYST
p7
pi
p3
dw/sa
dw/sa
dw/sa
dw/sa
dw/sa
BASIS----------------------
lbs/ton
Ammonium Nitrogen
0.00
%
0.00
Organic Nitrogen
0.43
%
8.63
Nitrate Nitrogen
273.04
ppm
0.55
----------------------------------------------------------------
INCORPORATED AVAILABLE NITROGEN
ESTIMATE
6.05
SURFACE AVAILABLE NITROGEN ESTIMATE
6.05
---------------------------------------------------------------
Phosphorus as P2O5
0.57
%
11.47
Potassium as K2O
0.06
%
1.29
Calcium
17.63
%
352.56
Magnesium
0.19
%
3.82
Sulfur
0.13
%
2.62
Zinc
222.96
ppm
0.45
Copper
32.79
ppm
0.07
Manganese
69.15
ppm
0.14
Sodium
203.88
ppm
0.41
Moisturc
40.39
%
Calcium Carbonate Equivalency
0.29
%
5.83
-------------------------------------------------------------------------------
INCORPORATED PLANT AVAILABLE NITROGEN ESTIMATE - 80% of ammonium-N, 60% of
organic-N, and IM 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
40.39
59.61
1192.2
596100
%
ppm
lbs/ton
%
ppm
lbs/ton
as-sam led
as -sampled
as -sampled
dry ton
dry ton
dry
Ammonium Nitrogen
0
0
0
0
0
0
Organic Nitrogen
0.4315
4315
8.63
0.723872
7238.718
14.47744
Nitrate Nitrogen
0.027304
273.04
0.54608
0.045804
458.044
0,916088
Incorporated Available Nitrogen Estimate
0.3025
3025
6.05
0.507465
5074.652
10.1493
Surface Available Nitrogen Estimate
0.3025
3025
6.05
0.507465
5074.652
10.1493
Phosphorus as P205
0.5735
5735
11.47
0.962087
9620.869
19.24174
Potassium as K20
0.0645
645
1.29
0.108203
1082.033
2.164066
Calcium
17.628
176280
352.56
29.57222
295722.2
591.4444
Magnesium
0.191
1910
3.82
0.320416
3204.16
6.408321
Sulfur
0.131
1310
2.62
0,219762
2197,618
4,395236
Zinc
0.022296
222.96
0.44592
0.037403
374.0312
0,748062
Copper
0.003279
32.79
0.06558
0,005501
55.00755
0,110015
Manganese
0.006915
69.15
0.1383
0.0116
116.004
0.232008
Sodium
0.020388
203.88
0.40776
0.034202
342.0232
0.684046
Calcium Carbonate Equivalency
0.2915
2915
5.83
0.489012
4890.119
9.780238
January 2020

CHERAW ALKALINE BIOSOLIDS S01L AMENDMENT
CHEMICAL CHARACTERISTFCS AND LAND APPLICATION RATES
BIOSOLIDS SAMPLE DATE: March 18, 2020
Biosolids
Maximum
Maximum Max mum
Max mum
Metal
Allcwable
Allowable
Application
Application
Content,
Metal
App Rate,
Rate
Rate,
METALS
ppm
Content, ppm
#lAcreNr.
DTlAcrelYr.
WTrAcrelyr
Arsenic Total
1.18
41 00
1 80
43336
76471
Cadmium Total
059 '
3900
1 70
81774
144299
Chromium, Total
47.98
120000
134.00
791.36
1396.43
Copper. Total
26,96
150000
67.00
704,20
1242.64
Lead. Total
0-59
300.00
1300
625332
1103463
Mercury Total
0.02 -
1700
075
694706
15788.00
Molybdenum. Total
4,70
18.00
0.80
4820
85.05
Nickel Total
1473
420.00
1870
35981
63492
Selenium, Total
1.18 '
36-00
450
108340
1911 77
Zinc, Total
24346
1525,00
12500
14548
256.72
PCB
BRL
1.60
Actual metal content --ess than amount indicated
Biosolids
Nutrient
Content,
ppm
Blosolids
Nutrient
Content.
%
CroplSoil
Requirement,
#/Acre "
Maximum
Application
Rate
DTlAcrelYr
Maximum
Application
Rate
WTIAcre/Yr
Ammonium Nitrogen
0-00
000
Organic Nitrogen
15460.00
1 55
Incorporated Available Nitrogen
9565.00
096
12000
3.55
627
Surface Available Nitrogen
9565.00
096
12000
355
627
Phosphorus as P205
6750,00
068
8000
336
593
Potassium as K2O
1910,00
019
5000
742
1309
Calcium, Total
179975 00
1800
Calcium as CaO
251965 00
2520
Calcium as CaCO3 (CCE)
267500
0,27
200000
21 185
37383
Magnesium, Total
1870.00
019
Manganese
80.00
0,01
Sodium
1210.00
012
Percent Moisture
4333
These are typical values and must be adjusted based upon specific site conditions
OT is Dry Tons of Biosolids WT s 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 so ids using high temperature
and lime (Calcium oxide) The Town of Cheraw certifies that th is 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 inineded to be used as a so I 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 crap and site 'n no case shall the and application
rate exceed the agronomic rate for the crop grown User should also refer to the Clemson Extension
Service Circular #476 Oiled'Llme 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 TH S
BIOSOLID PRODUCT
;1r. John D Stowe, Public UBSty Director
P 0 Box 219; Cheraw SC 29520
Telephone [phone]
FAX [phone]
PRODUCT USER_ NAME.
ADDRESS — --
INTENOED USE
OC TI N 159—USE
I�UANfITY REC�)1/E�— - - -
R�C`E11/E� 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-Mar-20
Client #: 168 Report Date: 03-Apr-20
Sample Date: 18-Mar-20
SDG #: SDG-136278
Parameter Result
LSID-300519 3-17-20-001INF
Biochemical Oxygen Demand 296
Approved By:
Scott Fields
Lab Director
Reporting
Limit Unit Method Flag Date Time Analyst
2 mg/L SM 5210B
LSID-300520 3-18-20-0011NF
Biochemical Oxygen Demand 268 2 mg/L SM 52[OB
LSID-300521 3-18-20-002 EFF
Biochemical Oxygen Demand 10.7 2 mg/L SM 52108
319.2020 10:30 AE
3.19.2020 10:30 AE
3 : 19.2020 10:30 AE
LSID-300522
3-18-20-0400
Acid Digestion (Solids)
YES
EPA 200.2
3/23/2020
9.30
AE
Selenium, Total
<0.991
0.991
mg/kg
EPA 7010 r' 6010D
3/23/2020
11:08
JR
Percent Moisture
43.5
0.1
wt%a
SW846 3540
3/20/2020
15:34
141
Aluminum, Total
4600
19.8
mg/kg
SW846 6010D
3/23/2020
10:30
JR
Arsenic, Total
<0.991
0.991
mg/kg
SW846 6010D
3/24/2020
11:08
JR
Cadmium, Total
<0.496
0.496
mg/kg
SW846 6010D
3/23/2020
16:45
AE
Chromium, Total
40.4
0.496
mg/kg
SW846 601OD
3/23/2020
16:45
AE
Copper, Total
22.7
0.496
mg/kg
SW846 6010D
3/23/2020
16:45
AC
Lead, Total
<0.496
0.496
mg/kg
SW846 6010D
3/23/2020
16:45
AE
Molybdenum, Total
<3.96
3.96
mg/kg
SW846 6010D
3/23/2020
10:30
JR
Page I

Davis & Brown
PO Box 15038
Quinby, SC 29506
[phone] FAX: (843) 629-I444
Certificate of Analysis
Client: CHERAW, TOWN OF South Carolina Certification Number: 21117
P.O.BOX 219
CHERAW, SC 29520
Contact:
SHERRY TURNTER
Receipt Date: 19-Mar-20
Client #:
168
Report Date: 03-Apr-20
Sample Date:
18-I1ar-20
SDG #:
SDG-136278
Approved By: :►•
Scott Fields
Lab Director
Reporting
Parameter
Result
Limit
Unit
Method Flag Date Time
Analyst
Nickel, Total
12.4
0 496
mgfkg
SW846 6010D 3.23;2020 16:45
AE
Zinc, Total
205
0.991
mgAg
SW946 6010D 3,30;2020 11:55
AE
Mercury, Total
<0.020
0.02
m&Ig
SW846 7470A 3:23:2020 12:45
CG
PCB
BRL
mWIcg
SW8468082A SIlA!D 3'20,2020 16:16
UH
Page 2

AccEss
ANALYTICAL, INC.
ANALYTICAL REPORT
CLIENT
Davis & Brown
P.O. Box 15038
Quinby SC 29506
ATTENTION
Scott Fields
PROJECT ID
300522
LABORATORY REPORT NUMBER
20031,85
DATE
March 24, 2020
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 Lnvironmental Services Inc. (AES Inc),
3080 Presidential Drive, Atlanta, Grp 30340.
AES is SCDIIEC certified laboratory # 98016, NCDENR certified lab # 562, GA certified lab # FL-E87582,
NELAP certified laboratory # E87582
AIIiA-LAP,LLC Laboratory IDA00671 ror Industrial Ilygiene samples (Organics, Metals, PC%I Asbestos,
G ravi met ric), Environmental Lead (Paint, Soil, Dust 1N ipes, 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 5

Ai-l'PSS (AI-] �.0 lk- 7—'v—fir r 1 L. ;,G0 �L5'
3Cr R
® D A V I S & BROWN PAGE K OF
Flaronaa, ac
501 APHI U3456.97aa
aran e, z9sa� FAX.- aaa-ess•zzae �
REOULtiTORY: YES .140 CHAIN OF CUSTODY RECORD ' PN"0CND nvF-.
ST?4]AFJ R Srf PZ
CL:E4i:
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:55i:E0: ACVH9ER701Y
F�oiwf�

Analytical Environmental Services, Inc
Date: 24-Nlar--20
Client:
Davis & Brown
Client Sample ID:
300522
Project Name:
300522
Cnllectiun Date:
3/18/2020 10:40:00 AtIM
Lab ID:
20031.85-001
Matrix:
Solid
Analyses
Result
Qual
deporting Limit
Units
RalchlD Factortor
Fa
Date Analyzed
Analyst
POLYCHLORINATED DIPHENYLS
SW8082A
(SNN-3550C)
Aroclor 1016
BRL
51
tigKg-dry
294300 1
03/20/2020 16 16
UH
Aroclor 1221
BRL
51
ugKg-day
294300 1
03/20/2020 16 16
UH
Aroclor 1232
BRL
51
kig Kg -dry
294300 1
03/20/2020 16 16
UH
Aroclor 12.42
BRL
51
tigKg-dry
294300 1
03/20/2020 16 16
UH
Aroclor 12.48
BRL
51
ligKg-dry
294300 1
03/20/2020 16 16
UH
Aroclor 1254
BRL
51
ULL Kg -dry
294300 1
030-OJ2020 16 16
UH
Aroclor 1260
BRL
51
ugKpdry
294300 1
03/2012020 16 16
UH
Surr: Decachlorobiphenyl
636
45 7-140
°oREC
294300 1
03120l2020 1616
UH
Surr: Tetrachloro-m-xylcne
71 4
45 3-126
IbREC
294300 1
03/20/2020 1616
U41
PERCENT MOISTURE D2216
Percent Moisture
35 -1
0
wt^a
R321368 l
03I2312020 00 00
J W
Qualifiers; Value exceeds maximum contaminant level
BRL Below reporting limn
II Holding limes for preparation or analystsexceeded
N Analyte not NELAC certified
B Analyze detected in the associated method blank
> Greater than Result value
E Esuntatedlvalueabove quanntationrange)
S Spike Recovery outside limns due to matrix
Siam See case narranle
F Analyzed in the lab which is a deviation from the meihnd
Less than Result value
J Estimated value detected below Reporting Limit
Page 3 of

dES!1 �.ti.t'nc%.
qX E\'VIACYNa11-VT.t1, SAMPLE/COOLER RECEIPT CHECKLIST
+Sexwcts,t. C.
1. Client Name: Access Analytical, Inc.
2. Carrier. Fed Ex J trp$ J USPS::] C11ent::] Courier athel
yes No N/A Details
3
4.
5.
6.
7.
g.
9.
lD.
ll.
12
Clear
AE5 WarkCrderNumber, 2003LOS
Save as
Shipping container; cooler received in good condition?
damaged eak ng ' other' -
Custody seals present on shipping container?
Custody seals intact on shipping container?
•
Temperature blanks present?
Cooler temperatures; within limits of GOO [See tern 13 and 1a tar
temperature recordings.,
I
O
Cavling nit.ated'cr rexertiy capered samples / ice
presentGain
ofCustody ICCIQ present?
Gain of Custody signed, dated, and timed when relinquished and received?Sampler
name and/or signature an CDC?
Were all samples eeceived within holding time?
TAT marked an the COC7
IF no TAT indicated, proceeded with standard TAT per Terms & Conditions.
13. Gaoler 1 Temperature 0 5 °C Cooler 2 Temperature sC Cooler 3 Temperature °C Cooler 4 Temperature °C
14, Cooler 5 Temperature °C Cooler 6 Temperature °C Cooler 7 Temperature 'C Cooler ilTemperature °C
15. Comments:
16,
17,
16.
19,
20.
21.
22.
23.
I4,
25.
26.
I certify that I have completed sections 1-1S (dated Initials). gH 3/20120
Were sample containers Intact upon receipt?
•
Custody seals present an sample containers?
•
Custody teals intact on sample containers?
•
Do sample container labels match the CDC?
O•
O
O
incomplete info illegble _•
no label other _
Are analyses requested Indicated on the CCIC?
•Tr
Were all of the samples listed on the CDC received?
O
O
O
samples received but not listed on CDC f]
samples listed an CDC not received _
Was the sample collection date/time noted?
•
Did we receive sufficient sample volume far Indicated analyses?
•
Were samples received In appropriate containers?
•
I
Were VOA samples received without headspace I� 1/4' bubbte►?
Were trip blanks submitted?
listed on CDC --I not listed an CDC vv
27. Commemw
This section only applies to samples where pH can be
I certify that I have completed sections 16.27 (dated initials). LM 3/20/10
waµa neceip4 Yes No N/A Details Comments
Have containers needing chemical preservation been checked? • •
Containers meet preservation guidelines? •
Was all adjusted at Sample Receipt? •
damyses ragu,re vtemseai presarvanan out must oe eneCited in me lacora:ory and not upon Sample Recopl such as Colllorms. VOCs and Oil a Gmase/TPH.
I cenlly that I have completed sections 26.10 [dated Initlalsl. LA4 3/20120
Checklist 6.9.17 Rev 2 Locked
Page 4d5

End of Report
Page 5 of 5

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:
23 101
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 Universi
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 Laborato
S 12
AASHTO RI 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
S17
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 NCOOi20)
S27
South Carolina Lab Certification Number: 40569
S28
South Carolina Lab Certification Number: 32571
Revision 45I13 Dalaqua1(Sub(.jbs) ,wpd

DAVIS & BROWN R `SC 2lsc1 FAX. a s-ssas� PAGE # OF
13tp Z -i8
REGULATORY: YES ND
CHAIN OF .CUSTODY RECORD
TURNAROUND
RUSH —_p2
CLIENT:
• ,
O n 4w
SAMPLE
ANALYSIS
REOURSTED
aa'
USE CODES TO INOICrATE rt SA14eLE WAS
FILTEREDORPRESERVEO A•HMO,
B.HCL D-". F. FILTRATION
C•NAOH E+NA.S.O, G•HNCACETATE
Preaenrathe
L�
It
ty
U
°
W
ADDRESS:
PROGRAM AREA; D a ORINKWO WATER
G.GROUNDWATER B■SOLID SL•StUDGE
W.WASTEWATER O-OTMM
PLEASE PRINT LEGIBLY
PHDHE FAX:
SAMPLE ID
DATE
TIME
INITIAL
NOTES
LAB IO
3- -r•a -�o i
3-18
0-752
As
Fill In the Number of Cwtalrembr EACH Tent
vJ
SOM
T�nF
wos2a
• 9 -.-J
sooszt
3-18-ao-o�a�
•)LZ
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SAMPLER SIONATTIRE
geld IgCsflriA, N MaiS$IL!!f
'K%� Se, AkA 3,Cd,Cr, CL.,
4b,mo,h�i,Zn�rNS
FLOWINPO
ICE
NO PACK
npr
YEW 5-7-o C
R bK Data: Tyne:
'
Rd. aU try Dale: Tlnw
R6W4u ahN W: Daw: Time;
R Dan: TYna:
pT ale: Time
Re""d aT Den: Time:
amments:
I9!uen: Nvvw m "12

A N I M A L WASTE ANALYS IS R E P O R T
Agricultural Service Laboratory
LAB No. 30468 Clemson University
TURNER, SHERRY
PO BOX 219
CHERAW SC 29520
ACCCUNT COCHSFL
DATE 04/15/2020
[e-mail]
SAMPLE NO. 03182050 MANURE: OTHER STORAGE: COVERED
-----------------RESULTS REPORTED ON AN AS -SAMPLED BASIS ----------------------
ANALYST
lbs/ton
pi
Ammonium Nitrogen
0,00
%
0.00
pi
Organic Nitrogen
1.55
30.92
pi
Nitrate Nitrogen
---------------------------------------------------------------
180.20
ppm
0.36
INCORPORATED AVAILABLE NITROGEN ESTIMATE
19.13
SURFACE AVAILABLE
---------------------------------------------------------------
NITROGEN ESTIMATE
19.13
dw/sa
Phosphorus as P205
0.67
%
13.50
dw/sa
Potassium as K20
0.19
%
3.82
dw/sa
Calcium
18.30
%
359.95
dw/sa
Magnesium
0.19
%
3.74
dw/sa
Sulfur
0.16
%
3.17
Zinc
257.27
ppm
0.51
Copper
37.40
ppm
0.07
Manganese
78.77
ppm
0.16
Sodium
1208.14
ppm
2,42
Moisture
43.33
%
Calcium Carbonate
Equivalency 0.27
%
5.35
-------------------------------------------------------------------------------
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, sail 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
43.33
56.67
1133.4
566700
%
ppm
lbs/ton
%
ppm
lbs/ton
as-sam led
as-sam led
as-sam pled
d ton
dry ton
dry
Ammonium Nitrogen
0
0
0
0
0
0
Organic Nitrogen
1.546
15460
30.92
2.728075
27280.75
54.5615
Nitrate Nitrogen
0.018020
180.2
0.3604
0.031798
317.9813
0.635963
Incorporated Available Nitrogen Estimate
0.9565
9565
19.13
1.687842
16878.42
33.75684
Surface Available Nitrogen Estimate
0.9565
9565
19.13
1.687842
16878.42
33.75684
Phosphorus as P2O5
0.675
6750
13.5
1.191106
11911.06
23.82213
Potassium as K2O
0.191
1910
3.82
0.337039
3370.39
6.74078
Calcium
17.9975
179975
359.95
31.75843
317584.3
635.1685
Magnesium
0.187
1870
3.74
0.329981
3299.806
6.599612
Sulfur
0.1585
1585
3.17
0.279689
2796.894
5.593789
Zinc
0.025727
257.27
0.51454
0.045398
453.9792
0.907958
Copper
0.00374
37.4
0.0748
0.0066
65.99612
0.131992
Manganese
0.007877
78.77
0.15754
0.0139
138.9977
0.277995
Sodium
0.120814
1208.14
2.41628
0.213189
2131.886
4.263773
Calcium Carbonate Equivalency
0.2675
2675
5.35
0.472031
4720.311
9.440621
March 2020

CHERAW ALKALINE B OSOLICS SOIL AMEN-_MENT
CHEM CAL CHARACTERISTICS AND LAND A--PLICAT'ON RATES
BIOSOUDS SAMPLE DATE: May 20, 2020
METALS
Biosolids
Metal
Content,
ppm
6laximum
Allowable
Metal
Content, ppm
Maximum Maximum
Allowable Application
App. Rate Rate
ftlAcrerYr DT Acre,Yr
Maximum
Application
Rate
WT/AcreNr
Arsenic, Total
2-17
41,00
1 80
27226
41567
Cadmium, Total
1.01
3900
1 70
551 20
B41 52
Chromium, Totai
57.19
1200,00
I J4 00
76731
1171 47
Capper Total
32-17
1506 00
6700
68205
1041 30
Lead Total
1.01
300.00
13.00
421504
6435 17
Mercury, Total
004
1700
075
546591
834491
Molybdenum. Total
4 03 '
la c0
0 60
6495
99 15
Nickel Total
2022
42000
1870
30285
462,37
Selenium. Total
1.01
36,00
450
1459 :5
2227 56
Zinc, Twat
237.96
152500
12500
172 03
262,64
PCB
BRL
1,60
• Actual metal content -ess than amount indicated
B1CSOWS
Nutrient
Content.
ppm
Biosclids
Nutrient
Content,
%*Acre
CrcprSoil
Requirement,
Maximum
Application
Rate
OT AcrerYr
Maximum
Application
Rate
WT'AcrerYr
Ammonium Nitrogen
000
000
Organic Nitrogen
424000
042
Incorporated Available Nitrogen
257500
026
12000
t5 26
2330
Surface Available Nitrogen
257500
025
12000
t5 26
2330
Phosphorus as P205
180000
0 18
8000
1456
22 22
Potassium as K20
71000
007
50 00
23 06
3521
Calcium, Total
4283500
429
Calcium as CaO
5996900
600
Calcium as CaCO3 (CCEI
313500
031
2000 CO
20893
318 98
Magnesium, Total
59000
006
Manganese
25 c0
000
Sodium
155.06
002
Percent Moisture
34 50
These are typical values and must be adjusted based upon specific site conditions
DT s Dry Tons of B osolids 4VT is Wet Tons of B cso,ids
CERTIFICATION This biosolid prsduct has teen produced by the Town of : heravls bVastewater
Treatment Plant by a treatment process that pasteurized plant res.dual so (is using sigh temperaure
and lime icalcium ox de'. The Tcvm of Cheraw certifies that INN bioselid complies w th the
Environmental Protection Agency regulat.ons 40 CFR Pan 503 for a'Class A" product and has a meta.
and nutrient content as presented above.
DIRECTIONS FOR USE This biasel,d ,s inlneded to be used as a sod amendment The bicsclid
land application rate shall not exceed the most restrictive tilax:mum Application Rate as indicated n
the table above The application rate for nitrogen phosphorus potassium and calcium is dependent
upon the crop grown and site so characteristics The user should contact the Clemson Extension
Service (843-623-21341 and or the Soil Conservation Service (843-623.2187) for assistance m
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 Exlens=
Service Circular #476 titled "L me 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 S NOT RESPONSIBLE FOR IMPROPER USE OR HANDLING OF TH,S
BIOSOLID PRODUCT
hlr John D Stowe, Public Utility Director
P 0 Box 219 Cheraw, SC 29520
Telephone. [phone]
FAX. [phone]
PRODUCT USER NAME
INiEl1�E0LSE -
LbCA IO�E — -
QUANTitY RECE_VED
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
CHIERAW, SC 29320
Contact:
SHERRY TURNER
Receipt Date: 2 t-.May-20
Client #:
168
Report Date: 05-Jun-20
Sample Date:
21-11ay-20
SDG #:
SDG-137213
A roved B
PP Y
��a,,
Scott
Fields
Lab Director
Reporting
Parameter
Result
Limit
Unit
Method Flag
Date
Time
Analyst
LSID-302657
5-20-20-001IYF
Biochemical Oxygen Demand 280
2
rn�L
SNI 5210E C
321 2020
10:57
AE
LSID-302658
5-20-20-002 EFF
Biochemical Oxygen Demand 80,0
2
m_ L
SN1 5210E C
5l2UNN
10:57
AE
LSID-302659
5-20-20-0400 BIO
Ignitability
�180
0
Deg. F.
D93 : 1010A SI IA
5/26/2020
0:00
SK
TCLP Extraction (Solids) YES
EPA 1311 S I I A
Acid Digestion (Solids)
YES
EPA 200.2
5/25/2020
9:00
AE
Selenium, Total
<0,989
0.989
mz'kg
EPA 7010. 6010D
3/26/2020
10:04
AE
TCLP
PASS
Pf
SW-846 SIIA
6/3/2020
10:33
WSF
Percent Moisture
34.3
0.1
wt°-,
SW846 3540
5/21/2020
15:37
NIL
Aluminum, Total
5770
19.8
mgAg
SW846 601OD
5/27/2020
1046
JR
Arsenic, Total
2.12
0.989
mg,kg
SW846 601OD
5/26/2020
10.04
AE
Cadmium, Total
<0989
0.989
mgkg
SW846 601OD
5/25/2020
15:51
AE
Chromium, Total
56.0
0.989
mg/kg
SW846 601OD
925/2020
15:51
AE
Copper, Total
31.5
0,989
mglkg
SW846 601 OD
5/25/2020
13:51
AE
Lead, Total
-f0,989
0989
mg/kn
SW846 601OD
5/25/2020
15:51
AE
Molybdenum, Total <3.95
3.95
mgrkg
SW846 6010D
5/27/2020
10:46
JR
Page 1

Davis & Brown
PO Box 15038
Quinby, SC 29506
[phone] FAX: [phone]
Certificate of Analysis
Client:
CHERAW, TOWS
OF
South Carolina Certification Number: 21117
P.O.BOX 2l9
CHERAW, SC 29520
Contact:
SHERRY TMNER
Receipt Date: 21-May-20
Client R:
168
Report Date: 05-Jun-20
Sample Date:
20-,1ay-20
�--.
SDG #:
SDG-137213
Approved By:
Scott Fields
Lab Director
Reporting
Parameter
Result
Limit
Unit
Method Flag
Date Time
Analyst
Nickel, Total
19.3
0.999
mzkg
SVV3.45 6010D
525 2020 15:51
AE
Zinc, Total
233
0 939
me ka
SWS46 6010D
5 23 2020 15:51
AE
Mercury, Total
0.044
0.02
mzka
SWS 46 7 470A
6.3 2020 11;45
CG
PCB
BRL
ma k-
SWS46 8092A S l lA
5 23.2020 23:16
UH
Reactivity, Cyanide
<0.971
0.971
mLt. k_
SWS46 9010 9012 S 1 lA
5 26.2020 13:15
BW
Reactivity, Sulfide
<100
100
m2 k1!
SW346 9030, 903.4 S 1 l A
3 272020 13.33
BW
LSID-302660 SOURCE WATER
Total Organic Carbon 3.7 0.5 mg L S%l 53IOB-201 1 525 2020 3.25 AF
LSID-302661 FINISHED `PATER
Total Organic Carbon 2.6 0.5 mg L SM 531OB-201 l 525 2020 3:23 AE
Page 2

ACCESS
ANALYTICAL., INC.
AINALYTICAL REPORT
CLIENT
Davis & Brown
124 W. titclver Road
Florence SC 29501
ATTENTION
Scott Fields
PROJECT ID
302659
LABORATORY REPORT NUMBER
2005037
DATE
June 02, 2020
Primary Data Review By Secondary Data Review By
Ashley Amick
Chris Pafford
Project Manager, Access Analytical
Project Manager, AES aamick,'a axs-inc.com
PLEASE NOTE:
Unless otherwise noted, all analysis on this report performed at Analytical Environmental Services Inc. (,US Inc),
3080 Presidential Drive, Atlanta, GA 30340.
- AES is SCDHEC certified laboratory # 98016, NCDE`R certified lab # 562, GA certified lab # FL-E87582,
N'ELAP certified laboratory # E87582
- AIHA-LAP,LLC Laboratory ID:100671 for Industrial Hygiene samples (Org.tnics, Metals, PCNI Asbestos,
Gmvimetric), 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 SC1`C, 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

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210an1S =1S MIUS = S lIH1V1UlONn021 J - 7
N31VM ONINNIHU = U
3lv133v3NIZ = o 10`S'VN = 3 IIOVN = 3
NORV8111A = 3 los'lI = Q 1011 = 9
'ONI1 = V G:?AH= ^3!!d 2VO 03U-71114
SVA4 37c1J'YV.+ 3131 V-i01ONt Ol 3300. 35n
- n
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LW5W2
�r,IL 1-115 zo-Dv

Analytical Environmental Services, Inc
Dam 2-Jun-20
Client: Davis & Brow-n
Project: 302659 Case Narrative
Lab Ip: 2005037
Mercury Analysis by Method 7470A-1311:
LCS-297777 recovery for mercury was outside control limits biased hi=h. Target analyte was not detected in the analytical
samples and data is reportable with high bias.

Analytical Environmental Services, Inc Date: 2-Jun-20
Client:
Davis & Brown
Client Sample ID:
302659
Project Name:
302659
Collection Date:
5 20.2020 11:58:00 AM
Lab ID:
2005037-001
Matrix:
Solid
Analyses
y
Result
Reporting
Limit
Qua1 Units
Batchip
Dilution
Factor
pate Analyzed
Analyst
N'OLATILES, TCLP SW1311/8260D
(SW503013)
1,1-Dichlorocthene
BRL
0.10
mg L
297-9
20
03 23,2020 la 26
IT
1,2-Dichloroethane
BRL
0.10
mg L
2977-9
20
05 2812020 14 26
IT
2-Butanone
BRL
0.20
mg L
29-779
20
05 23r2020 14.26
IT
Benzene
BRL
0.10
mg L
29'7-9
20
05 23,2020 1426
IT
Carbon tetrachloride
BRL
0.10
mg L
297779
20
05 2&2020 la 26
IT
Chlorobenzene
BRL
0.10
mg L
247-"9
220
05.23,2020 1426
IT
Chloroform
BRL
0 10
mg L
297779
20
03 23.2020 la 26
IT
Tetrachloroethene
BRL
O.lfl
mg L
297--9
20
05 28,2020 14.26
IT
Trichloroethene
BRL
0 l0
mg L
2917-9
20
05 23; 2020 14.26
IT
Vinyl chloride
BRL
0 040
tng L
29 --- 9
20
03 23, 2020 1426
IT
Surr: 4-13romofluorobenzene
94.2
63 1.120
',REC
29-7-9
20
05 23.202r 1426
IT
Surr: Dibromofluoromethane
104
1?0 1.12t)
',REC
29'--9
20
03 23,202C 14-26
IT
Surr: Toluene-dS
94.6
75 3-119
',REC
29-7'9
20
05 2S.2020 1426
IT
Sulfide, Reactive SNV846-7.3
(SNN7.3.4.2)
Sulfide, Reactive
BRL
[CO
r_g Kg
29763'
1
05 272020 13 35
HU,
SENIIVOLATILES ORG.VNICS, UP
SW131118270E
(SW3310C1
1,4-Dichlorobettzene
BRL
0.10
mg L
297462
1
03 27 2020 19 06
YH
2,4,5-Trichlorophenol
BRL
0.10
mg L
297462
I
0527 2020 19.06
YH
2,4,6-Trichlorophenol
BRL
0.10
mg L
297462
I
05 27 2020 t9 06
YH
2,4-Dinitrotoluene
BRL
0.10
mgL
297462
1
05f27 2020 19.06
'I'll
Hexachlorobenzene
BRL
0.10
mg L
297462
1
05127 2020 19 06
21-11
Hexachlorobutadiene
BRL
0.10
mg L
297462
1
0327 2020 19.015
YH
Hexachloroethane
BRL
0.10
mg L
297462
1
03r27 2020 19.0u
Y`H
m,p-Cresol
BRL
0.10
mg L
297462
1
03127 2020 19:06
YH
Nitrobenzene
BRL
0.10
mg L
297462
1
03r272020 19:06
YH
a -Cresol
BRL
0.10
mg L
297462
1
05,27 2020 19:06
YH
Pentachlorophenol
BRL
0.50
mg L
297462
1
0327 2020 19.06
Y1l
Pyridine
BRL
O't0
mg L
297462
1
0527 2020 19:06
YH
Cresols, Total
BRL
0.10
mg L
297462
t
05i27i2020 19.06
YH
Surr:2,4,6-Tribromophenol
93.4
51.6-135
'AEC
297462
1
O3i27r202019.06
YH
Surr: 2-Fluorobiphenyl
63.6
43.7-132
'.,REC
297462
1
03:27 2020 19.06
Y13
Stun: 2-Fluorophenol
69.8
42.1-124
'.aREC
297462
1
05.,27 2020 19.06
1['l3
Surr: 4-Terphenvl-d14
64
53.2-132
'AEC
297462
1
05;27 2020 19.06
YH
Star: Nitrobenzene-0
79
30.7-130
'iREC
297462
1
05:27 2020 1906
Y11
Surr: Phenol-d5
63.8
43.6-121
',REC
297462
I
03.27 2020 1906
YH
POLYCHLORTNATED BIPHENYLS
SW8082A
(SW3550C)
Aroclor 1016
BRL
53
UE,Kg-dry
297752
t
03�2312020 23:16
UH
Aroclor 1221
BRL
53
ugKg-dry
297752
1
05128.202023.16
UH
Aroclor 1232
BRL
33
ugkg-dry
297732
1
0512S12020 23 16
UH
Aroclor 1242
BRL
33
ugKg-dry
297752
1
032Sr202023.16
UH
Aroclor 1248
BRL
53
ugKg-dry
297752
1
05128,202023-16
Ull
Aroclor 1234
BRL
53
ugKg-dr:'
297752
1
05129 202023.16
UH
Qoatlnen: . Va.n::u-6 n:.1.C:Morn Ctlr::ff.^LlY^.t :[ :I
} I-i ^ 1:C i 01.L: 1'I'S: yLi.';I 1::C f ra .)
BRL Be:uw rgor-ng lim-1
5 Sgu: R:eov .-
:u 'itr.:!s Su: to m.,'_.x
H Hol"I ng t mo for pr ,arvi ott ar araiysis :ac::d:d
tip. 5¢::asc rara:!se
N Anj;yte art `ELAC cvnCad
} ,L+a:yr:d to the
;aa ;s i I.
t• m
th.-.cL%cd
a wlyic dctucied to the issnclat.d n:Cthcd Yank
L_sa aun R:suA
v:i,u:
> Greater that ResO va:ue
I F_.anated va:u.
!e :et:d belo.v R.rar int[ Limit

Analytical Environmental Services, Inc Date: 2-Jun-20
Client:
Davis & Brown
Client Sample ID:
302659
Project Name:
302659
Collection Date:
5-20/2020 11:58:00 A4I
Lab 1D:
2005037-001
Matrix:
Solid
Reporting
Dilution
Analyses
y
Result
Qual
Units BatchID
Date Analyzed
Analyst
Limit
Factor
POLYCHLORINATED BIPHENYLS
SW8082A
(SNV3550C)
Aroclor 1260
BRL
53
ug Kg -dry 297732 1
05:28; 2020 23:16
U11
Surr: Decachlorobiphenyl
75.3
45.7-140
INREC 297752 1
05:28i2020 23:16
Ull
Surr: Tetrachloro-m-xylene
80.5
43.3-126
?6RE•C 297752 1
05.28.2020 23:16
UI-I
MERCURY, TCLP SW1311/7470A
(SW7470A)
Mercury
BRL
0.00400
mg L 297333 1
06.01.2020 20:26
AJ
lgnitability / Flashpoint SW1010A
Ignitabiiity
180
0 a
'F R42Q-73 1
05.26; 2020 00:00
SK
ICP,NIETALS, TCLP SW1311/6010D
(SNN'3010A)
Arsenic
BRL
0.250
Mgt 297639 1
05 272020 1724
KB
Barium
BRL
0.500
Mgt 297639 1
05.27 2020 1724
K.4
Cadmium
BRL
0.0250
mg L 297639 1
05r27-2020 17:24
KB
Chromium
BRL
0.0500
mg L 297639 1
05:27 20210 17.24
KB
Lead
BRL
0.0500
mg L. 297639 1
05.27 2020 17.24
KB
Selenium
BRL
0.100
Mgt 297639 1
05-27202017:24
KB
Silver
BRL
0.0250
Mgt 297639 1
05 27 2020 1724
KB
Cyanide, Reactive SW846-7.3
(SW7.3.3.2)
Cyanide, Reactive
BRL
0.971
mg Kg 2974,51 1
05.26;2020 13:15
BW
PERCENT MOISTURE D2216
Percent 'Moisture
3" 3
f+
Wis.. R426240 1
05 26:2020 00 00
JW
Qualilicn: Value exceeds maximum contammant level E Esuma:cd iva:ue above gcartiiai= range)
BRL Below r-poning lirmt S Spike Recovery outside limits Sue to matrix
H Holding times for preparation or analysts exceeded tiasr See casc narncvc
Analyte not N'ELAC ccrliflcd F Analyzed .n the lab which is a deviation From the method
B Analyic detected in the associated method blank < Less than Rcsult value
> Grmicr than Result value J Estimated value detected below R.-porting Limit

301 A NA IXI'I LS11-
E-NVIRONlttlO` I -All.
AI- St_RVICls, INC.
I. client Name; Access Analytical, Inc.
Carrier: Ft. f rr_f UPS U USPSU Client{ CourierLj Other
3.
1.
i.
S.
1.
1.
L.
SAMPLE/COOLER RECEIPT CHECKLIST
Yes No NIA
notails
AFS Work Order Number 2005037
Clear Save'aal
r—me..t.
Shipping container/cooler received In good condition?
damaged L kr4king IL other{ j
Custody seals present on shipping container?
I
•
Custody seals intact on shipping container?
•
Temperature blanks present?
+
Cooler temperature(s) within limits of 00C? lSee item 13 and 14 for
temperature recordings.)
O
Q
Q
Cooling iNtklled for recently collected samples / Ice
present
Chain of Cu study (COC) present?
0-
Chain of Custudy signed, dated, and timed when relinquished and received?
name and/or signature on COC?•Were
I
altsamples received within holding tune?
TAT marked on the COC?
+Sampler
If no TAT indicated, proceeded with standard TAT per Ternis Le+ Conditions. 1011
t. Cooler 1 'Ternpe(ature 1.8 °C Cooler 2 Temperature
1, Couler 5-Temperature "C Cooler G Temperature
i. Cenunents:
°C Cooler 3'remperature 1 c Coulee 4 Temperature e'C
"C Cooler 7 retnperatute IV Cooler li Teniperatute 1,C
I certify that I have completed sections 1-15 (dated initials). t M W _/20
Yes No N/A Details rnmmentc
Were sample r.untainers intact upon receipt?
e
Custody seals present on Sample containers'
•
F.
Custody seals mtaCt un sample Containers'
Do sarnpie f:nntainer labels rnarr:h tree COC?
0
O
0
ineamµlete inru I e Illrglilre ! I
,
no label ?ether !
Are analyses requested indicated on the COC?
•
Were ❑II rrl the saln pll'S listed On FIIe COC received?7
O
©
O
samples receiver) but not listed on Cf1f;
samples listed on COC not received
Was the sainple Collection date/tinte Voted?
+
Did we receive sulticient sample volume for indicated analyses?
Were samples received in appfopriaw containers?
r
Were VOA sanifites received without headspace (C 1/4" bubble)?
r
Were trip blanks submitted?
•
listed on COC I
j k not Lsted on CUC
Comments:
This section only applies to samples where pH can be I certify that I have completed sections 16.27 (dated initials). I M 5/22/20
checked at Sample Receipt. Yes No N/A Details Comments
Have Containers needing chemical preservation been checked? '
Containers meet preservation guidelines? •
Was ptI adjusted dt Sample Receipt?0 -0 lo
Nole: Certain analyses require chemical preservation but must be checked in the laboratory and not upon Sample Receipt such as Coliforms. VOCs and Oil & GreaselTPH
1 certify that I have completed sections 28-30 (dated initials). LM 5/22/20
hecklist v.9 ] 7 kry 7
Locked
P-tm- r• of A

Analytical Environmental Services, Inc Date: 2-Jun-20
Client: Davis & Brown
Project Name: 302659 Dates Report
Lab Order: 2005037
Lab Sample ID Client Sample ID Collection Date Matrix Test Name TCLP Date Prep Date Analysis Date
2005037-O01A 302659 5/2012020 11:58:00AM Solid VOLATILES, TCLP Leached 05127/2020 512812020 8:03:OOAM 05/28/2020
2005037-001B 302659 5120/2020 11:58:00AM Solid IGNITABILITY 05126/2020
2005037-001B 302659 5120/2020 11:58:OOAM Solid TCLP SEMIVOLATILES ORGANICS 0512612020 5/2712020 8:45:OOAM 05/27/2020
2005037-OOIB 302659 5/20/2020 11:58:OOAM Solid MERCURY, TCLP Leached 05126/2020 611/2020 2-54.00PM 06/01/2020
2005037-001 B 302659 5120/2020 11:58:OOAM Solid ICP METALS, TCLP Leached 05126/2020 512712020 12.57.00PM 05/27/2020
2005037-001 B 302659 5/2012020 11:58:OOAM Solid Cyanide, Reactive 5126/2020 7:50:OOAM 05126/2020
2005037-001B 302659 5/2012020 11:58:OOAM Solid Sulfide, Reactive 5127/2020 9.15.00AM 05/27/2020
2005037-001C 302659 5/20/2020 11:58:OOAM Solid POLYCHLORINATED BIPHENYLS 5128/2020 10:00:OOAM 05128/2020
2005037-001C 302659 5/20/2020 11'58'OOAM Solid PERCENT MOISTURE 05/26/2020
n �refs 7 !`f 11

End of Report

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
S1
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 Laboratoa 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
Sl 1
South Carolina Lab Certification Number: 96026; 96031; 98001; 73006; 98016
Note: S 11 A indicates AES Laborato ; S 11 G indicates GCAL Laboratory
S12
AASHTO R18 Certified
S13
South Carolina Lab Certification Number:
96012
S 14
South Carolina Lab Certification Number:
89002
S15�*****
S 16
South Carolina Lab Certification Number:
84004
S17
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
South Carolina Lab Certification Number. 32571
S28
Revision 03 13 Dataquai {subLabs} _wpd

DAVIS & BROWN "124 W. Alclvf~rRoad PH. S4.7-665-6746
Florence, SC 29501 rn.Y: 843-656-22011
REGULATORY: YE� NO CHAIN OF CUSTODY RECORD
SAMPLE AMALYSIS IlrQUESTEU
^ �` +�
(, u V
Preservalivo
ESS:
U)
t:t
in
z
-E
U
FAX:
"
U
a
;e
SAMPLE ID
DATE Trwr-
[u
❑-
1:,1111,kcdl
.:
F l
Gfr-
D.�
W57
F C
-
1 1
bio
-o4o o
1
G
4
Lo G
R SIGNATURr
hud by L[al[
C
Iqn� Q
V
val ill Ills: M !"juber GI Conlaintets for LAUi l test
FI.OtV 1PtF0
PAGE it OF
Lj +2 ` i
TORNANUUND r1A7E Pi
STANDARD RIJS"l PZ
USE CODES TO IAtDICTATF. 1F S.Ip.fPLE' 6VAS
FILTERED OR PR£SFRVED A = HNO3
13 = HGL D = H.50a F m FILTRATION
C = HAOH E NA,S,D, G = ZINCACC-TATE
r'' OG17.4A1 R 'l ' D = DRINKMG WATER
,r G = GROUNDWATER S = SOLID SL _ SLUDGE
W=17ASTELVATER 02OTlIC•R
PLEASE PRINT LEGIBLY
E^
O
ROT1:S LAB ID
3024g-q
50 5
I untl• I{L'ha:'.jutylieCj hY Uwe- rIFF1. I�e.hN!�I '�Ily LJiIC
T[me ,:r 'cn Ly
' ' _ i [nr Hecrurll II'
IC[
VES NO PACK
rtl� r. �-1Pr
Tfr fly 5-d-- c
Ih4

7/20/2020 Mips frpsaweb.clemson.edu/aglab/AgSvcLab/Lab ResultslCOCHSFLTURNER, SHERRY2006091338141.htm
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. 60615 Clemson University
TURNER, SHERRY ACCOUNT COCHSFL
PO BOX 219 DATE 06/09/2020
CHERAW SC 29520 [e-mail]
SAMPLE NO. 05202040 MANURE: OTHER STORAGE: COVERED
-----------------RESULTS REPORTED ON AN AS -SAMPLED BASIS ----------------------
ANALYST
lbs/ton
A
Ammonium Nitrogen
0.00
%
0.00
A
Organic Nitrogen
0.42
%
8.48
pi
Nitrate Nitrogen
---------------------------------------------------------------
19.65
ppm
0.04
INCORPORATED AVAILABLE NITROGEN
ESTIMATE
5.15
SURFACE AVAILABLE NITROGEN ESTIMATE
5.15
dw/sa
---------------------------------------------------------------
Phosphorus as P205
0.18
%
3.60
dw/sa
Potassium as K20
0.07
%
1.42
dw/sa
Calcium
4.28
%
85.67
dw/sa
Magnesium
0.06
%
1.18
dw/sa
Sulfur
0.07
%
1.31
Zinc
67.46
ppm
0.13
Copper
18.99
ppm
0.04
Manganese
22.92
ppm
0.05
Sodium
155.23
Qom
0.31
Moisture
34.50
%
Calcium Carbonate Equivalency
0.31
%
6.27
------------------------------------------------------------------------------
INCORPORATED PLANT AVAILABLE NITROGEN ESTIMATE - SH 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 acrLmonium-AI, 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.
xx http://www.clemson.edu/agsrvlb *S

% moisture
34.5
% solids
65.5
lbs. solids/ton
1310
lbs. solids/500 tons
655000
°a
ppm
lbs/ton
°o
ppm
lbs/ton
Ammonium Nitrogen
as -sampled
as -sampled
as -sampled
dry ton
dry ton
d ry
Organic Nitrogen
0
0.424
0
4240
0
8.48
0
0.647328
0
6473.282
0
12.94656
Nitrate Nitrogen
0.001965
19.65
0.0393
0.003000
30
0.06
Incorporated Available Nitrogen Estimate
0.2575
2575
5.15
0.39313
3931.298
7.862595
Surface Available Nitrogen Estimate
0.2575
2575
5.15
0.39313
3931.298
7.862595
Phosphorus as P205
Potassium as K20
0.18
1800
3.6
0.274809
2748.092
5.496183
Calcium
0.071
710
1.42
0.108397
1083.969
2.167939
Magnesium
4.2835
42835
85.67
6,539695
65396.95
130.7939
Sulfur
0.059
590
1.18
0.090076
900.7634
1.801527
Zinc
0.0655
655
1.31
0.1
1000
2
Copper
0.006746
67.46
0.13492
0.010299
102.9924
0.205985
Manganese
0.001899
18.99
0.03798
0,002899
28.99237
0.057985
Sodium
0,002292
22.92
0.04584
0.003499
34.99237
0.069985
Calcium Carbonate Equivalency
0,015523
155.23
0.31046
0.023699
236.9924
0.473985
0.3135
3135
6.27
0.478626
4786.26
9.572519
May 2020

CHERAW ALKALINE BIOSOLIDS SOIL AMENDMENT
CHEMICAL CHARACTERISTICS AND LAND APPLICATION
RATES
SIOSOLIOS SAMPLE DATE. July 15, 2020
Biosolids Maximum
Maximum Maximum
Maximum
Metal Allowable
Allowable Application
Application
Content, Metal
METALS
App Rate, Rate,
Rate
ppm ppm
ppm Content. ppm
rtlAcre+Yr. DTrAcrerYr
YF AcreeYr
33 329
Arsenic, Toter t.00 41.00
Cadmium, Total
1.90
58977
903 17
0,995 099648507
1.00 3900
Chromium, Total 5308 t200 00
1 70
13400
557 01
a24 26
85300
0,995 099648507
Copper, Total 38.16 1500 00
6700
57330
1262.21
97795
53 53 0791045
Lead. Total 1 M WO 00
13.00
425947
6522 93
381 38 1568657
Mercury Total 0 05 17 00
0.75
520234
7966 93
0.995 0 99fi48S07
Molybdenum Total 1,09 18.00
0.90
23928
36643
0.047 004707015
Nickel Total Ia.83 420.00
18 70
32425
49660
1.09 10gi62687
Selenium. Total Ito ' 3600
450
147443
225794
18.8 18 8280597
Zinc, Total 23435 152500
12500
174 15
26670
0.995 995 0 95648507
8507
PCB BRL 160
234 349254
' Actual metal content Bess than amount indicated.
Blosolids
Bicsoltds
Maximum
t'laximum
Nutrient
Content,
Nutnent
Content,
CroplSe:l
Requirement
Apptication
Rate
Applicaticn
ppm 2 ppm @
ppm
FFm
%
*Acre "
OT AcrefYr
Rate.
4YT AcrerYr
%
ibs Acin
34.70
moisture moisture
34 70
moisture
Ammonium Nitrogen
200 c0
(102
Organic Nitrogen
422000
042
002
0.40
200
220
Incorporated Available Nitrogen
2735.00
0 27
120 CO
1433
21 94
0
2735
2735
Surface Available Nitrogen
267500
027
12 0 Otl
14 65
22 43
735
02735
5.47
5.47
2735
2735
Phosphorus as P205
629000
0.63
80 00
4 16
637
0.2675
5.35
2675
2675
Potassium as K20
94500
009
50 00
1729
2646
0.628
00945
12.56
6290
6280
Calcium. Total
t 7 37EO 00
1738
1.89
945
945
Calcium as CaO
243264 00
24.33
t7 376
347.52
173760
173760
Calcium as CaCO3 (CCE)
302000
0.30
2000 00
21623
331 13
0
0 302
6.04
0
Q
Magnesium. Total
163000
D 16
3020
3020
Manganese
70 00
0.01
0 163
3.28
1630
1630
Sodium
200
Q 03
0 C07
0,14
70
70
Percent moisture
3 470
0 027
0.54
270
270
" These are typical values and must be adjusted based upon specific site conditions
DT is Dry Tons or B oso ids.
N!f Is Wet Tcns of Bicselids
CERTIFICAT'ON: This biosoiid product has been produced by the Town Of Cheraw's Wastewaler
Treatment Plant by a treatment process that pasteurized plant residual se;ids using high temperature
and lime :cafcium oxide). The Town of Cheraw certifies that this biosolld complies rnth the
Environmental Protect Agency regualions 40 CFR Part 503 for a'Class A" product and has a metal
and nutrient content as presented above
D RECTIONS FOR USE: This biosolid 's ntneded to be used as a soil amendment The bicsand
and application rate shaA not exceed the mast restrictive Maximum App; cat -on Rate as ndicated n
the table above The appl cation rate for nitrogen, phosphorus, potassium and calcium s dependent
upon the crap grown and site sail characteristics, The user should contact the Clemson Extension
Service :943-623.2134) andlor the Soil Conservation Service (843-623.2la7; for assistance n
determining the proper application rate for each crap and site. In no case shall the and application
rate exceed the agronomic rate for the crop grown. User should also refer to the Clemson Extens:cn
Service Cfrcular 9476 titled "L-me and Fervizer Recommendations'
THIS PRODUCT IS HIGHLY ALKALINE AND SHOULD eE HANDLED ACCOROINGtY
AVOID PROLONGED CONTACT WITH THE SK-N. AVOID CONTACT VATH THE EYES
THE TOWN OF CHERAW IS NOT RESPONSIBLE FOR IMPROPER USE OR HANDLING CF THiS
BIOSOOO PRODUCT,
Mr John 0. Slowe Public uh ly D:reclor
P 0 Box 219 Cheraw SC 29520
Telephone_ 043-537.8440
FAX, B43-537-8442
PRODUCT USER NANAIE'
ADD E - `--- - - - - - - - -
IN1'E-Nff9D USE - - - -- - -
GU
-;C�;AT�10N OF U'�

Davis & Brown
PO Box 15038
Quinhy, 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: 16-Jul-20
Client #: 168 Report Date: 24-Jul-20
Sample Date: 16-Jul-20
SDG #: SDG-138148
Parameter Result
LSID-304761 7-15-20-001
Biochemical Oxygen Demand 386
Approved By:
Scott Fields
Lab Director
Reporting
Limit Unit Method Flag Date Time Analyst
2 mglL SM 521OB
LSID-304762 7-15-20-002 -- -
Biochemical Oxygen Demand <2.6 2 mgiL SM 5210E
LSID-304763
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
7-15-20-0400 BIOSOLIDS
YES
EPA 200.2
<0.995
0.995
mg/kg
EPA 7010 - 601 OD
33.0
0.1
w't°u
SW8463340
5330
19.9
mglkg
SW846 6010D
<0.995
0995
mglkg
SW846 6010D
<0.995
0.995
mg/kg
SW846 6010D
53.0
0.995
mg/kg
SW846 601OD
38.1
0.995
mglkg
SW846 6010D
<0.995
0.995
mg/kg
SW846 601OD
1.09
0.796
mglkg
SW846 601OD
18.8
0.995
mg/kg
SW846 601OD
234
0.995
mg -kg
SW346 6010D
0.047
0.028
mg/kg
SW846 7470A
716.2020 10:44 AE
SDF 7. 16 2020 10:44 AE
7/20/2020
7122/2020
7/17/2020
7/20/2020
7/22/2020
7/20/2020
7/20/2020
7/20/2020
7/20/2020
7/20/2020
7/20/2020
7/20/2020
7/22/2020
9:00 AE
13:46 AE
15:25 ML
16:41 JR
13:46 JR
9:36 AE
9:36 AE
9:36 AE
9:36 AE
16:13 JR
9:36 AE
9:36 AE
12:30 CG
Page l

Davis & Brown
PO Box 15438
Quinby, SC 29506
[phone] F;%...X: [phone]
Certificate of Analysis
Client: CHERAW, TOWN OF South Carolina Certification Number: 21117
P.O.BOX 219
CHER.kV , SC 29520
Contact: SHERRY" TURNER Receipt Date: 16-Jul-20
Client #: 168 Report Date: 24-Jul-20
Sample Date: 15-Jul-20 .1
SDG 9: SDG438148 approved Bti:
Scott Fields
Lab Director
Reporting
Parameter Result limit Lnit Method Flag Date Time analyst
PCB BRL e a k SW846 8032:\ S 1 I A. D " 21 '0,?1 17.46 LIH
Page

ACCEss
ANALYTICAL, INC.
ANALYTICAL REPORT
CLIENT
Davis & Brown
124 W. McIver Road
Florence SC 29501
ATTENTION
Scott Fields
PROJECT ID
304763
LABORATORY REPORT NUMBER
2007109
DATE
July 22, 2020
Primary Data Review By Secondary Data Review By
Chris Pafford
Project Manager, AES
PLEASE NOTE:
Ashley Amick
Project Manager, Access Analytical
aamickct ass-inc.com
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 Iaboratory # E87582
AIHA-LAP,LLC Laboratory ID:100671 for Industrial Hygiene samples (Organics, Metals, i CM 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 ofAES serving client in the SC. VGGA 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

DAVIS & BROWN 124 W. McIver Road PH: 843.6611-6746 PAGE it OF_
Florence, SC 29501 FAX: [phone]
REGULATORY; YES NO
CHAIN OF CUSTODY RECORD
rulrntAROuTTIME:_Pt
STANDARD RUSH P2
NT:
(Uvx�
SAMPLE
ANALYSIS
REOL1l
b'I E D
w
p
USE CODES 770 WDICIATE IF SAMPLE WAS
FILTERED OR PRESERVED A = HNO,
I3=HCL D-H=SO4 Fa FILTRATION
C = NAOH E - NAAOy O n 21NCACETATE
Preaarvetive
in
r
U
S3
r�L
N
lr
C!
'G
K
LL
a
1—
(,{�i
iESS-
PROGRAMAREA: D- DRINKING WATER
O a GROUNDWATER S-SOLID $L - SLUDGE
W = WASTEWATER O=OTHER
PLEASE PRINT LEGIBLY
SHADRD AREAS FOR LAB USE ONLY
4E: FAY:
SAMPLF ID
DATE
TIME
NOTES
LAB ID
FIII In this Number of Contalnera
far EACH Tast
5
LEH SIGsNA-I UItE:
FLOW INFO
ICE
Yeg No PACK
RECEIPT
MUP: aC
l�he 13ate, Time
JCL It 7 f I (. (G "J
Rolingwshdd Ly Dala: rtkna
RdH,l+ru shod oy Unla: Time
nC IV, Data- 1 lrnu
LIL
Rer.LIvEd Irk Dale' Trua
Fta:-aivud by Dala Time.
brdy:
Pane 2 nt 5

Analytical Environmental Services, Inc Date: 22-Jul-20
Client:
Davis & Brown
Client Sample ID:
304763
Project Name:
304763
Collection Date:
7:15, 2020 9:28:00 AM
Lab ID:
2007I09-001
Matrix:
Solid
Analyses
Result
Reporting Qual
[snits
BatchlD
Dilution Date Analyzed Analyst
Limit
Factor
POLYCHLORINATED BIPHENYLS
SW8082A
(SW3550C)
Aroclor 1016
BELL
48
ugdig-dry
300219
1 07'21 2020 17:06
UH
Aroclor 1221
BRL
48
ug'Kg-dry
300219
1 07 21-2020 17:06
UII
Aroclor 1232
BELL
48
ug�Kg-dry
300219
1 0721"2020 17:06
Ulf
Aroclor 1242
BELL.
48
ugKg-dry
300219
1 07.21:2020 17:06
UH
Aroclor 1248
BELL.
48
ug'Kg-dry
300219
1 07 21'2020 17:06
UH
Aroclor 1.254
BELL
48
ug`Kg-dry
300219
1 07 21'2020 17:06
UH
Aroclor 1260
BELL
48
ugKg-dry
300219
1 07 21'2020 17:06
UF1
Surr: Decachlorobiphenyl
51.9
45.7-140
"DREG
300219
1 07 21'2020 17:06
UH
Surr: Tetrachloro-m-xylcne
71.8
45.3-126
'aREC
300219
I 07:21 2020 17:06
UH
PERCENT MOISTURE D2216
Percent Moisture 30.5 0 wt', 1243045i> 1 07 20r2020 00:00 AV
Quallllers: Value exceeds maximtun catraminam level
BRL Below reporting omit
H Holding times for preparation or analysis exceeded
ti Awiyte not NELAC certified
B Analyle detected in the associated method blank
> Greaur thart Result value
E Estimatcd (value above quantilation range)
S Spike Rzcovery outside limits due to matrix
Narr See cast nar'attve
F analyzed in the lab wbirh is a deviation from the method
< Less than Resu:t value
J Estimated value detected below Reporting Limn

fr ANALY11CAL
11���JJ JENVIRONMENJI-All.
AES Sii1tVlCliS, INC.
1. Client Name: Access Analytical, Inc.
2. Cartier: FrdEx r UPS USPS U Client Courier_ Other
3.
4.
5.
6.
7.
S.
9.
-O.
.1.
.2.
3. Cooler 1 Temperature 2.1 °C Cooler 2 Temperature
4, Cooler 5 Temperature °C Cooler 6 Temperature
5. f Ornmcntw.
G.
7.
8.
9.
O.
1.
2.
3.
4,
5.
6.
SAMPLE/COOLER RECEIPT CHECKLIST
Yes No N/A
AES Work Order Number: 2007109
Details
Clear GAVe as
Comments
Shipping container/cooler received In good condition?
•
damaged i. ! leaking I ! otheti
Custody seals present on shipping container?
•
Custody seals Intact on shipping container?
`
Temperature blanks present?
•
Cooler temperature(s) within limits of O-EVC? ISee item 13 and 14 for
temperature recordings.]
Cooling initiated for recently collected samples / tee
present 1
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. Lj
°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). LM 7/17/20
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 CDC?
Q
©
©
incomplete info I illegible
no label Other i
Are analyses requested indicated on the COC?
•
Were ail of the samples listed on the COC received?
©
O
samptes received but not listed on COT*ed? f )
samples fisted on CDC not received I
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)?
t
Were trip blanks submitted?
0-•
•
listed on COC not listed on (.(X ! 1
7, Comments:
This section only applies to samples where pH can be
1 certify that I have completed sections 16-27 (dated initials). LM 7/17/20
checked at Sample Receipt. Yes No N/A Details Comments
Have containers needing chemical preservation been checked? • •
Containers meet preservation guidelines?
Was pH adjusted at Sample Receipt? •
Note: Certain analyses require chemical preservation but must be checked in the laboratory and not upon Sample Receipt such as Calilorms. VOCs and Oil & GreaselTPH.
I certify that I have completed sections 28-30 (dated initials). LM 7/17/20
Checklist 6.9,17 Rev 2 Locked

End of Report

DAMS & BROW-
Data Qualifiers
Within the attached report, some analytical data may be r_portcd as Qualified Data is indicated by a data quad ier or a Flag
next to the result This table summarizes the possible Data Qualifiers that may be associated with this report.
A
SOD result showed toxic (endencies.
B
The SOD data is suspect due to a failed qualu_r ccvrul check iGGAI-
C
The SOD data is suspect due to a failed quAty cr.ntr.d check i$'anks).
D
Results at: reported on a dry weight basis
H
Sample was analyzed beyond the accepted hu ding time
1
Estimated value Presence t: f the compound was confumed nut !css than the re.nrted detecacn lima
L
Results based on colony counts outside the ac=ptable ranee Tat ideal range fur Lhc fecal co:iforat t.st ii 20 -60 colonies
SIS
Sample matrix spike percent rccouerywas vuts.dc the acc: pud range.
O
Sampled, but analysis lost or not per. rmed
P
Sample was not properly preserved upon receipt.
G
LCS or NIS excecds the control limits.
S
Samp[c was analyzed by another 5C ccrtidcd Lab
SC
Sced Correction outside the accepted range of 0.50 - 1.4 mg L. (BOD)
Seed Correction outside the acecptcd range of 0.60 - 1.4 mz L (CBOD)
SD
Results reported are derived from suspect data.
55
SOD results derived from supersaturated D O. va!ues. Sample(i) were aerated per the ,uper;aturatien prcccdure 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 tngi.. Davii & Brown is reporting these results ai valid data.
T
Storage Condition: Temperature above 6° C due to power outage
V
Analyte detected in the associated method blank. Notc: the value in the blank Shall not be subtracted
from the sample result.
Revisiun 04. 17 W SF 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,
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 l l South Carolina Lab Certification Number: 96026; 96031; 98001; 73006; 98016; 99006001
Note: S l 1A indicates AES Laboratory (98016); S 11 G indicates Pace Gulf Coast (73006);
S I 1 P indicates Pace Analytical (96042001); S I 1 TS indicates Test America Savannah (98001)
S I 1 TP indicates Test America Pittsbur (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
F4vis4nOt'20 D4L4qw[[5ubLahs)p2.wpd

A U � � & B R � � � a2•I W. flclvcr Rolrt1 PH: tI.13•rss-f7af pAO� tE OF
In Florence, SC 29501 FAX. [phone]
{r,��( � f � 1
CHA/A( OF CUSTODY RECORD
TURNASTANDARDRUSH UND E `P9
REGULATORY: YES NO
P2
IT:
SAMPLE
ANALYSIS
REUUrs1L•L)
ELSE CODES TO INOICTAT±: IF SAMPLE WAS
F'fESeN.ltivc
1 y
FILTFRFOORPRf:!;ERI'F.O A=HNO�
B = HCL D = II;SOj F = FILTRATION
C = NAOH E = NAsS,O, G = ZIIICACETATE
E55;
Q
w
_
PROr AMARFA: D=DRINKING WATER
(=
F
G = GROUNDPIATER S = SOLID SL = SLUDGE
U
O
Q1N=1'VASTEWATER
O=OTHER
PLEASE PRINT LEGIBLY
4
ae
�
r
y
Q
1E: FAX:
a
l—�
SAMPLE ID
RATE
TIME
INITIAL
FIEII[is
LAO II]
I III m the Number OI ConlainurS f9! LAGI'I I ent
L( 2
FF
I
LER SfGNATUIiE
FLOWINFO
I" ICE
YE) NO PACK
r
��•
RECEIPT n
TEAIP `j. �° C
U13hed by: Gale: 11111 :'
I�el411i{IlISIIjt'' by QaIL• 11111U:
I(uW(j"%Ld I)w Daw 11riae
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ci
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I 1 t I 1 1 1 I 1 i ) E-� � -L I-t• 1�
=0: [•I1.:)VEI1Hbd(uuQ

10/26/2020 https:llpsaweb.clemson.edu/aglab/AgSvcLab,+Lab Results/0000000TURNER, SHERRY2008261543351.htm
A N I M A L W A S T E A N A L Y S I S R E P 0 R
T
Agricultural Service Laboratory
LAB No. 70762 Clemson University
TURNER, SHERRY ACCOUNT 0000000
PO BOX 219 DATE 08/04/202C
CHERAW SC 29520 [e-mail]
PREPAID
SAMPLE NO, 07152040 MANZURE: OTHER STORAGE: COVERED
-----------------RESULTS REPORTED ON AN AS -SAMPLED BASIS ---------------
ANALYST
lbs/ton
pi
Ammonium Nitrogen
0.02
0.40
pi
Organic Nitrogen
0.42
8.44
pi
Nitrate Nitrogen
26.77
ppm
0.05
INCORPORATED AVAILABLE NITROGEN ESTIMATE
5.47
SURFACE AVAILABLE
----------------------------------------------------------------
NITROGEN ESTIMATE
5.35
dw/sa
Phosphorus as P205
0.63
%
12.56
dw/sa
Potassium as K20
0.09
%
1.89
dw/sa
Calcium
17.33
%
347.52
dw/sa
Magnesium
0.16
%
3.26
dw/sa
Sulfur
0.15
%
3.00
Zinc
242.91
oom
0.49
Copper
43.75
Dom
0.09
Manganese
68.56
ppm
0.14
Sodium
271.64
Dom
0.54
Moisture
34.70
Calcium Carbonate
Equivalency 0.30
6.04
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.

% moisture
34.7
% solids
65.3
lbs. solids/ton
1306
lbs. solids1500 tons
653000
ppm
Ibsiton
°a
ppm
lbs/ton
as -sampled
as -sampled
as -sampled
dry ton
dry ton
dry
Ammonium Nitrogen
0.02
200
0.4
0.030628
306.2787
0.612557
Organic Nitrogen
0.422
4220
8.44
0.646248
6462.481
12.92496
Nitrate Nitrogen
0.002677
26.77
0.05354
0.004100
40.99541
0.081991
Incorporated Available Nitrogen Estimate
0.2735
2735
5.47
0.418836
4188.361
8.376723
Surface Available Nitrogen Estimate
0.2675
2675
5.35
0.409648
4096.478
8.192956
Phosphorus as P205
0.628
6280
12.56
0.961715
9617,152
19.2343
Potassium as K20
0.0945
945
1.89
0.144717
1447.167
2.894334
Calcium
17.376
173760
347.52
26,60949
266094.9
532.1899
Magnesium
0.163
1630
3.26
0,249617
2496.172
4,992343
Sulfur
0.15
1500
3
0.229709
2297.09
4.594181
Zinc
0.024291
242.91
0.48582
0.037199
371.9908
0,743982
Copper
0.004375
43.75
0.0875
0.0067
66.99847
0,133997
Manganese
0.006856
68.56
0.13712
0,010499
104.9923
0.209985
Sodium
0.027164
271.64
0,54328
0.041599
415.9877
0.831975
Calcium Carbonate Equivalency
0,302
3020
6.04
0.462481
4624.809
9.249617
July 2020

CHERAW ALKALINE B10SOLQS SOIL AMENDMENT
CHEMICAL CHARACTERISTICS AND LAND APPLICATION RATES
BIO$OLIDS SAMPLE DATE: September 16, 2020
Biosolids
Maximum
Maximum Maximum
Maximum
Metal
Allowable
Allowable Application
Application
Content,
Metal
App. Rate. Rate,
Rate,
ppm 9 ppm
METALS ppm
Content, ppm
#,'AcrelYr. OTlACrerYr,
YVTrAcreiYr
36.3 32,9
Arsenic Total 3.16
4100
1.BO 16609
284 8O
3 3 16012559
Cadmium, Total 1.05 '
3900
1,70 47344
811.80
0.994 104705495
Chromium, Total 49.93
120000
t 34 00 782 58
1341.38
47.4 49 9299843
Copper, Total 31.81
150000
67,00 614.15
105306
30.2 318119309
Lead, Total 1.19
30000
13OO 3184.7t
5460-74
1,13 119031397
Morcury Twat 018
17,00
0.75 1207,C8
206976
0.172 0 18118053
Molybdenum, Total 4,18
18,00
080 5573
9565
3,97 4 1 a I a9953
Nickel, Total 1854
42000
18.70 294 13
504.33
17.6 18 5394035
Selenium Total 1.05 '
36A0
4 50 125323
2148.88
0.994 104705495
7inc, Total 21 t.73
1525.00
12500 172.15
295 19
201 2 t 1 7284 t4
PCB BRL
1.60
0
'Actual metal conlem Tess than amount indicated.
Biosolids
Biosolids
Maximum
M1ax!mum
Nutrient
Nutrient CroplSod
Applicalicn
Application
ppm m ppm
ppm
Content,
Content, Requirement,
Rate,
Rate,
41.68
4168
ppm
'k #!Acre "
OTrAcroYf
lt/T AcrerYr
tea Ibs icon
moisture moisture
moisture
Ammonium Nitrogen
13000
0 01
0 013 0.28
130
130
Organic Nitrogen
444500
044
0 4445 8.89
4445
4445
incorporated Available Nitrogen
284500
028 120_CO
t 2 30
210
02945 5.69
2845
2845
Surface Available Nitrogen
280500
028 120-00
T2 47
21 39
02905 5.61
2805
2805
Phosphorus as P205
774500
0.77 8000
301
5 16
07745 15.49
7745
7745
Potassium as K20
154500
0.15 50 CO
944
tfi to
0 1545 3.09
1545
1545
Caldum, Total
17484500
17,48
T74845 349.69
174645
174845
Calcium as CaO
244783 00
2448
0
0
0
Calcium as CaCO31CCEj
323000
0,32 200000
18056
30950
0 323 e.45
3230
3230
Magnesium, Total
210000
0 21
0 21 4.2
2100
21 CO
Manganese
90,00
001
0009 0.1B
90
90
Sodium
395.00
0,04
0.0395 0.79
395
395
Percent Moisture
41,68
" These are typical values and must be adjusted based
upon speciFc site conditions
DT is Dry Tons -of Biosolids
WT is Viet Tons of Biosolids
CERTIFICATION This bresolld 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 time (calcium oxide) The Town of Cheraw cercfes 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 brosoiid is intneded to be used as a soil amendment- The tiosolid
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) andfor 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 tilled "Lime and Ferri izor Recommendations."
THIS PRODUCT IS HIGHLY ALKALINE AND SHOULD BE HANDLED ACCORDINGLY.
AVOID PROLONGED CONTACT WITH THE SKM AVOID CONTACT `PATH THE EYES
THE TOWN OF CHERAW IS NOT RESPONS BLE FOR IMPROPER USE OR HANDLING OF THIS
BIOSOLID PRODUCT
Mr. John D. Stowe, Public Utility Director
P. 0. Box 219; Cheraw, SC 29520
Telephone: [phone]
FAX. [phone]
PRODUCT USER NAME:
ADDRESS:
INTENDED USE:
LOCATION OF USE:
UANT4 -Y RE IVED:
RE EIV D 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
Client #: 168
Sample Date: 17-Sep-20
SDG #: SDG-139161
Parameter Result
LSID-306997 9-16-20-0011YF
Biochemical Oxygen Demand 480
Receipt Date: 17-Sep-20
Report Date: 19-Oct-20
r�
Approved By:
Scott Fields
Lab Director
Reporting
Limit unit Method
2 mg/L Sit 5210E
LSID-306998
9-16-20-0400 BIOSOLIDS
Acid Digestion (Solids)
YES
Selenium, Total
<0.994
0.994
Percent Moisture
36.3
0.1
Aluminum, Total
5120
19.9
Arsenic, Total
3.00
0.994
Cadmium, Total
<0.994
0.994
Chromium, Total
47.4
0.994
Copper, Total
30.2
0.994
Lead, Total
1.13
0.994
Molybdenum, Total
<3.97
3.97
Nickel, Total
17.6
0.994
Zinc, Total
201
0994
Mercury, Total
<0.172
0.172
PCB
BRL
LSID-306999 9-16-20-002 EFF
mg/kg
wto'o
mgAg
mg/kg
mglkg
mglkg
mg/kg
mglkg
mg/k.-
0
mg/kg
mpg
mg/kg
mg/kg
Flag Date Time Analyst
9 172020 10:39 AE
EPA 200.2
9/21/2020
1030
JR
EPA 7010 6010D
9/22/2020
10:56
JR
SW846 3540
9/18/2020
13,34
ML
SW846 601 OD
9/21/2020
12;27
JR
SW846 601 OD
9/22;2020
10:52
JR
SW846 601 OD
9/21/2020
1 l -23
JR
SW846 6010D
9/21/2020
11:23
JR
SW846 601 OD
9/21/2020
12-25
JR
SW846 6010D
9/21/2020
12.25
JR
SW846 6010D
9/21/2020
12:27
JR
SW846 6010D
9/21/2020
11.23
JR
SW846 6010D
9/21/2020
11.23
JR
SW846 7470A - S SI IA)`D
9/29/2020
19:33
SK
SW8468082A SIIA/D
10/14/2020
21:03
UH
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 29510
Contact:
SHERRY TURNER
Client ##:
163
Sample Date:
17-Sep-20
SDG#:
SDG-13916E
Reporting
Parameter
Result Limit Unit
Biochemical Oxygen Demand <:2.,, '_
South Carolina Certification Number: 21117
Receipt Date: 17-Sep-20
Report Date: 19-Oct-20
Approved By:
Scott Fields
Lab Director
Method Flag Date Time :analyst
SM 32 1 OB 9 172020 10:39 AE
Page 2

ACCE55
ANALYTICAL, INC.
ANALYTICAL REPORT
CLIENT
Davis & Brown
124 NV. Nfelver Road
Florence SC 29501
ATTENTION
Scott Fields
PROJECT ID
306998
LABORATORY REPORT NUMBER
2009P35
DATE
October 02, 2020
Primary Data Review By Secondary Data Review By
/ < Ashley Amick
Chris Pafford Project Manager, Access Analytical
Project Manager, AES aamickgaxs-inc.com
PLEASE NOTE:
- Unless otherwise noted, ail analysis on this report performed at Analytical Environmental Services Inc. (AES Inc),
3080 Presidential Drive, Atlanta, GA 30340.
AES is SCDIIEC certified laboratory # 98016, NCDENR certified lab # 562, GA certified lab # FL-E87582,
N'ELAP certified laboratory # E87582
- A]HA-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

es
/�
� U q rt03s
DAVIS
A � Y `I S & BROWN 121 4V- Alclver Road PH., 843-665.6746 PAGE # OF
El �7 BROWN Florence, SC 29501 FAX: [phone]
2O-6- tiZ
REGULATORY: YES rJa
CHAIN OF CUSTODY RECORD TLlRNJiROUNO PAYE: _p1
STANDARD Rush P2
'17
"AMPLE
ANALYSIS
REGUES
FED
USE COVES TO INDiCIATE IF 5+1IdPLE KAS
Preservative
D Q`�L� ey&,)o
EIL,TF-REnORPRESERVEl) A=HNO,
R=lICL D=HISO, F,FILTRATION
N
ESS,
r
C = NAOH E = NA2:i=❑3 G = ZINCACETATE
n_
y[
l
2!ffl)C-A—A6FA: D = D14INKING WATER
—
4-
,r G L GHOUNDWATER S - SOLID SL - SLUDGE
U
n W WASTEWATER O-OTHER
a
v
(9
LL
0
:M
1
PL€ASEPRINT LEGIBLY
_- FAX:
Cd
�
o SHADED AREAS FOR LAB USE ONLY
SAMPLE ID
DATE
TIME
INIDAL
r
r MOTES L.AU 10
I
Fill In We Number of Containers for EACH -I'es!
30cP 9 9
a how
ova-
I-T
ER 51GNAtUFiL
PLOWINFO
ICE
YE No PACK
RECEIPT
i
TEMP: °C
`
sha y �e:e l!t
Ke@tlyulsled 7V Clair I uuu
I(rkI :julyl orf 6v L1n:a lIlhtl
1 1' Oa flme.
Reaeved icy Dam, Limn li.:rolvnd
toy
Page 2 of 5

Analytical Environmental Services, Inc date: 2-Oct-20
Client:
Davis & Brown
Client Sample ID:
306998
Project Name:
306998
Collection Date:
9 1.612020 10:17:00 AM
Lab ID:
2009P35-00t
Matrix-
Solid
Reporting Dilution
Analyses Result Limit Qual Units 13atchID Factor Date Analyzed analyst
Total Mercury by SW7473 (S'*N'7473)
Mercury RRi. n.112 -mg Kg -itrs 103442 1 0912912020 19:33 SK
PERCENT MOISTURE D2216
Percent'IDisture 419 n w " R433935 I 10r01202000:00 AV
QwILIfeTT: Value exceeds maximum contaminant level
BRL Below reporting limit
H Holding times for preparation or analysis exceeded
N Analyze not NTLAC c-rtiriicd
H Analytc detected in the associated methad blank
n GrCltrr Q= ResuN value
E Estimated (value above quantitation rang:)
S Spike Recovery eutside limits due to mattim
Parr See case narrative
F Analyzed in the lab whtch is a deviation from the method
< Less than Result value
J Estimated value detected below Reporting Limit

A NA IX1-1 CAI.
I ]EN V I RONA100-AI.
AE.S SI:RVICII.S, INC.
1. Client Name: Access Analytical, Inc.
2. Carrier. FedEx U UPS U USPS[J Cllent[J CourlerF-1 Othei
3.
4.
5.
6.
7.
8.
9.
.0.
.1.
.2.
SAMPLE/COOLER RECEIPT CHECKLIST
Yes No N/A
AES Work Order Number: 2009P35
Details
Clear Save t31s
Comments
Shipping container/cooler received in good condition?
•
n
damaged i leaking othe4 '
Custody seals present on shipping container?
•
Custody seals intact on shipping container?
`
Temperature blanks present?
•
Cooler temperature(s) within limits of O-6'C? [See item 13 and 14 for
temperature recordings.]
e
0
®
Cooling initiated for recently collected samples f ice
present i
Chain of Custody (COC) present?
U.
Chain of Custody signed, dated, and timed when relinquished and received?
0
Sampler name and/or signature on COC?
•
Were all samples received within holding time?
TAT marked on the CDC?
•
If no TAT Indicated, proceeded with standard TAT per Terms & Conditions. Li
.3• Cooler 1 Temperature 3.1 °C Cooler 2 Temperature "C Cooler 3 Temperature "C Cooler 4 Temperature °C
.4. Cooler 5 Temperature °C Cooler 6 Temperature "C Cooler 7 Temperature "C Cooler 8 Temperature "C
.5. Comment%-
I certify that I have completed sections 1 15 (dated initials]. AftS J/23/20
Yes No N/A Details Comments
Were sample 4untainers intact upon receipt'
•
Custody seals present on sample containers?
•
Custody seals intact on sample containers?
•
❑o sample container labels match the COC?
e
O
0
incomplete into illegible
no label other i
Are analyses requested indicated on the COC?
•
Were all of the samples fisted on the CDC received?
Q
O
samples received but trot listed un UX
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[?
i
Were trip blanks submitted?
listed on CDC not listed on CDC
17 Comments;
This section only applies to samples where pH can be 1 certify that I have completed sections 16-27 (dated Initials]. 8H 9/24/20
checked at Sample Receipt. Yes No N/A Details Comments
Have containers needing chemical preservation been checked?' •
Containers meet preservation guldelmes? •
Was pH adjusted at Sample Receipt? 4191-0-1
' Note: Cedairi analyses require chemical preservation but must be checked in the laboratory and not upon Sample Receipt such as Coliforms, VOCs. and Oil S GreaserrPH.
Tltts also excludes metals by EPA 200.7, 200.8 and 245.1 which will be verified betwuon 16 and 24 hours alter preservalinn.
I certify that I have completed sections 28-30 (dated initials}, fjH 9/24/20
Locked
fheckltst i `) lr] Revd P-wrr 4 of

End of Report

ACC>;S5
ANAL)TICAL, INC.
ANALYTICAL REPORT
CLIENT
Dais & Brow-n
124 tip". McIver Road
Florence SC 29501
ATTENTION
Scott Field;
PROJECT ID
306993
LABORATORY REPORT NUMBER
20lfi7t6
DATE
Oca.-ber 16, 2020
Primary Data Review By Secondary Data Review By
Chris Pafford
Project Manager, AES
PLEASE NOTE:
Ashley Amick
Project'Manager, Access Analytical
aamickg axs-inc.com
Unless othernvise noted, all analysis an this report performed at Analytical Environmental Services Inc. (aES Inc),
3080 Presidential Drive, Atlanta, GA 30340.
AES is SCDHEC certified laboratory # 98016, N CDENi2 certified lab # 362, GA certified lab # FL-E87582,
NELAV 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 Microbloingry (Fungal)
Direct Examination.
Local support services for this project are provided by _access Analytical, Inc. Access Analytical is a
representative ofAES serving client in the SC NC GA areas. All questions retarding this report should be directed
to your local Access _analytical representative at S03.731.1243 or toll fee at 883.315.4243

2o- 6- 17
Z,009103S
In DAVIS & BROWN
O w A ! 124 W. McIver Road PH. 843_05-6746 PAGE # OF
,V Flarene_e, SC 29601 FAX_ 843-655,2208
REGULATORY: YES NO
CHAIN OF CUSTODY RECORD
rUNND Pi
-STANDARD RUSH P2
j-�
SAMPLE
ANALYSIS
REQUEST
FO
(y
rz
o
a
USE GOVES fO 1AWICTATE IP SAMPLE WAS
MLTEREOORPRESERVED A- HNO3
R- HCL D= H:50+ F n FILTRATION
C = NAOH E n NA,5103 G - ZINCACETATL
P[eaervallve
a,
N
o
U
a
r'
cn
yv
`L
�
i Q
�� -
:E$S:
PIMORAM A : D = DRINKING WATER
G- GROUN13WATER S - 50LID SL = SLUDGE
W- WASTEWATER O=OTHER
PLEASE PRIN-r LEGIBLY
SHADED AREAS FOR LA B USE ONLY
IF: FAX:
SAMPLE ID
DATE
TIME
INITIAL
NOTES
LAB ID
Ail In the Number of Containers for EACH Test
LER SIGNATURE
FLOWINFO
ICE
S NO PACK
YE
RECEIPT
TEMP: C
xsh y inle. Tirt
2z12.1
Hewlqu.she+i by Datn: T:nte.
llur,qutsndd hy: Dale Tillie
au { Lc
Da •. TIME:
2lLv102L
Heaelvel by : atn Time:
HilcOunn lq Du'e
e'71fi
D- NOVEMBER 2012 --
Page 2 of 6

Analytical Environmental Services, Inc
Dutc; 16-Oct-20
Client: Davis & Brown
Project: 306998 Case Narrative
Lab ID: 2010716
At the request of Angela Martin via email 10-07-20 sample 2009P35-001 was analyzed far total PCB;.
PCB Analysis by Method 8082.
Matrix spike an&rr matrix spike duplicate analyses were not pert,,.rmed with Batch 3N193 due to insufficient sample volume.

Analytical Environmental Services, Inc Date: 16-Oct-20
Client:
Davis & Brown
Client Sample ID:
306998
Project ,Name:
306998
Collection Date:
9.16/2020 10:17:00 A.hi
Lab ID:
2010716-001
Matrix:
Soil
Analyses
Result
Reporting
Qual
Units
BatchlD
Dilution
Date Analyzed Analyst
Limit
Factor
POLYCHLORINATED SIPHENYLS
SW8082A
(SW3550C)
Aroclor 1016
BRL
57
ug. Kg.dry
304193
l 10.14/2020 21:03
Ulf
Aroclor1221
BRL
57
ugKg-dry
304193
l 10+14i20202L03
UH
Aroclor 1232
BRL
57
ug Kg -dry
304193
1 10.14/2020 21:03
UH
Aroclor 1242
BRL
57
ug/Kg-dry
304193
l 10i 1412020 21:03
UH
Aroclor 1248
BRL
57
ug Kg -dry
304193
l 10: I4120M 2I:03
UH
Aroclor 1234
BRL
57
ug Kg -dry
304193
1 10.14/2020 21:03
UH
Aroclor 1260
BRL
57
ug/Kg-&f
304193
1 10.:14/2020 21:03
UH
Suer. Decachlorobiphenyl
5 0
45.7-140
°nREC
304193
l 1014i2020 21:03
UH
Surr: Tetraehloro-m-xylene
03
45.3426
°6REC
304193
l 10r 1412020 21:03
UH
PERCENT MOISTURE D2216
Percent Moisture 419 0 wrl. R436674 l 10;09.'2020 00:00 JW
Quallllers: Value exceeds maximum contaminant level
nRL Below reporting limit
H Holding lima fur preparation or analysis exceeded
N lnalyte not NELAC certified
B Analyte detected in the associated method blank
> Greater than Result value
E Estanxed(valueabove gvu:utatianrange:
5 Sp:kc Recovery eulstde Lmits due Lo mmx
Nair See case namlive
F Anaiymd in the lab which is a deviation from the method
< Less than Result value
I Estimated value detected below Rcporung Lima

(SIA.mm.rricAI.
ENvtRONNI I:NC111.
AES Sauvicm.INC.
1. LrLent N,,,,t.. Access Analytical, Inc.
2 Carries fedfx ■! u!'S 1 USN$ Christ
Olivier' 43hr1
SAMPLE/COOLER RECEIPT CHECKLIST
Yes No WA
1Ar� L
�t`a1.Yo1y,{xrdrr Nultlhrr� ��g�� �/��/�j
Slupp,ng u.utainer/cuoler received to band corid,tiun/
•
damaged Peaking t,rltel
Custody steals present on shipping container?
Cllslndy y als intact on Shipping tantaliser?Tuitirwr
rtire Idallks prese•rlt?Cuuler
tenijlvrature(s) Withal III [1115 [lt -li'C? �SCe Ileltr D anti 1-ItUr
rucardinep I
O
O
Co4hnW inlVilled Ire IBCBlltly I.11 Wt 11'II 4JI1 �dL , f Iilemperatule
Chain ul Custudy [LOCI present?
+Chainm
tit Lustudy Signed, dated, and unied when relinquished and receiyed71;t
re n COO
Sapler oame and/or signatuti
Were all samples received within holdin ngtune./]AT
marked othe COCI
II unTATafdiralvd, prucerded witil standard IA1 per brats & Conditions.
II- CL,aler ' Irniljerature 1
14 Cutllef l IrFnl7er•t[ull•_
1 '. Q,+lnfernls.
°L ruuler 7 lemperatiut• I(- Con el "I1011lfeldtufr "( L`uulet 11 lrrnprrd{u,r 0('
'{ {tiUlel lilL•lI,I]elittllllr tlNdel "r !e'RIIIrL$IHC_ "l. ti,Hle't }t Iefllpr_ldtlNr ._ •� •'C
1 Lertily Oil -at I have ulmpleted sectium 1 15 (dated Initialsl
Yes Nil N/A rt..t.uh I ........
Wei sample t tirllalners MULL tlpolf fefelpt'
t IealS presrrft ulr yalifp)r CA1jj(aLJ W}I
tarstady st'als intact ton ample cunralnt:N:
•
Nu serrplr uutd(nthr Idhrl: hatch the riiCr
O
O
t',L CftIK�ICIr 11110 dirgdlh•
Iln Llbul t7tllel
Ara: aildipus I eLiLluSted ind,Cafea oil the C UC 1
•
Wt-r,• .dl .it Ihr• s.141011[re listed till ttw C oc recem-0
Q
O
O
Samples re•eetvrd but not Ilztrd Lill (.U(-
sdmple .. Irstf:d nit COC clot w. t.1vi•d
WiS Itle Sarlplr Loliechurl Batt±/tlnly nolydr
•
Old We It•: ViVe •.ultIUVI,l S.Irttliie Vnhinir[nl 1luucated drtalpes
•
WeI IT S,th,llie, re( BiVell Iit apldulit late LUlltdlrlrl Sl
•
Welt V0A--im des zeculved wilhout tfeadspace i> 114" INihl,lti'I?
r
Were IfIp blaliks stihnlitted
•
listed on LOC i ,nit Iisted kill LOC
17 (n,lir eWtL
This seojon tidy applies to samples where pH can bu I rertily 11411 1 have Lunipleled saclium 16-27 (dated initials). h1i 1024120
rheci od at Sample receipt. Yes Nn N/A n..t..aa
IS
29
:if).
Have conWutw&. needing chefmc.fl preservation been cilecked?
0
1 0
1 •
Luinainers riteet pfeSefVktirlf
Q
1•
Was pH adlw,iud al Sample Itecugrt+
NOW L.Uflaul dndfyse8 requae eualtllcar preservntlon nil must ha chuckatl in mu latirlsalo+y ats!l nil upon E;ampke Ilecrtpt such t1s r,()ptprins. V VGs and Oil E Gfease,l PH
, INS dl.+x , -011dLitl ntelals by CPA W0 1. $W A and 245. 1 which will be veuhed duty doe 1 tit .t:111 : •1 u.nns :dike 1urstfrl,lhtd, I certify that I have completed sections 2It 30 {dated Initials)
bH 41/24/20
Page 5 of 6

End of Report

DAVIS & BROtiti N
Data Qualifiers
Within the attached report, some analytical data may be reported as Qualified Data as indicated by a data qualifier or a flan
next to the result. This table summarizes the possible Data Qualifiers that may be associated with this report.
A
ROD result ihowcd toxic tendencies.
B
The 130D data is suspect due to a failed quality comrol check (GG.%).
C
The BOD data is suspect due to a failed qualir� contra check (Blanks).
D
Results are repurted on a dry weight basis.
H
Sample was analyzed beyond the accepted holding time
1
Estimated value. Presence of the compound wa; confirmed but less than the r-ror.:d 4et.cticn limit.
L
Results based on colony counts outside the acecpraEc range -Mc ideal range for the (--cal colobrm t:st is 20 - 60 colonies
.MS
Sample matrix spike percent recovery was outside the accepted ran;_.
0
Sampltd, but analysis lost or not performed
P
Samplc was not properly preserved upon receipt
G
LCS or NIS exceeds the control limits.
S
Sample was analyzed by another SC terrified Lab
SC
Seed Correction outside the accepted range of 0 60 - , d mgL (BODr
Seed Correction outside the accepted rang: of 0 60 - I d mg L CBOD i
SD
Results reported are derived from suspect data.
SS
ROD results derived from supersaturated D.0 values Sample(i) were aerat:d per the iuperiamrarion procedure in Standard
Methods 52l .B
SDF
Sample Dilutions did not meet the requirement of DO depiction of at least 2 (; mz L, ar the samptc diluiiori did not meet the
requirement of DO residual of at least 1.0 mg-L. Divis & Brown is reparttng these results is valid data.
T
Storage Condition: Temperature aboyc 60C due to power autagc.
V
Analyte detected in the associated method blank. \,)to- the value in the blink shall not be iubtracted
from the Sample result.
Rc%ision 04 1- WSF Dataqual xpd

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
S2
South Carolina Lab Certification Number: 93013
South Carolina Lab Certification Number: 23105
S3
South Carolina Lab Certification Number: 10120
S4
S5
South Carolina Lab Certification Number: 84002
South Carolina Lab Certification Number: 32117
S6
Agricultural Service Laboratory Clemson University
S8
S9
Lab samples were subcontracted. See attached documentation.
South Carolina Lab Certification Number: 94014001; 94014002
S 1 I
South Carolina Lab Certification Number: 96026; 96031; 98001; 73006; 98016; 99006001
Note: S 1 IA indicates AES Laboratory (98016); S 11 G indicates Pace Gulf Coast (73006);
S 11 P indicates Pace Analytical (96042001); S 11 TS indicates Test America Savannah (98001)
S 11 TP indicates Test America Pittsburg (89014)
S12
AASHTO R18 Certified
S 13
S 14
South Carolina Lab Certification Number: 96012
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
S21
South Carolina Lab Certification Number: 96027001
South Carolina Lab Certification Number: 21005
S22
South Carolina Lab Certification Number: 24110
S23
South Carolina Lab Certification Number: 84001001
S24
S26
South Carolina Lab Certification Number: 82014001
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
S31
Galbraith Laboratories, Inc. Knoxville TN
South Carolina Lab Certification Number: 32576
Rcveon6',.20 Dmaq%uI(5ub[a6e'ip2 wpd

D p O `�` 124 W. McIver Road PH. 943-665-6746 PAGE It% OF
H & YY N Florence, SC 29501 FAX: [phone]
In
CHAIN OF CUSTODY RECORD
Tl1RNAROU D TIME: Pi
TIME.
~P2
REGULATORY: E NO
AND RUSH
4T:
SAMPLE
ANALYSIS
REQUESTED
USE CODES TO INDICTATE IF SAMPLE WAS
Preservative
0
FILTERED OR PRESERVED: A - HNOj
N
-o n frQ C.✓
H = HCL D - H=SO, F = FILTRATION
C = NAOH E = NA,S=O, G - ZINCACETATE
:ESS:
PROGRAMAREA. D=DRINKINGWATER
a
¢
E
U
z
G = GROUNDWATER S = SOLID SL = SLUDGE
t7
�
W =WASTEWATER O=OTHER
C
PLEASE PRINT LEGIBLY
le: FAX.
a
SAMPLE ID
DATE
TIME
INITIAL
NOTES
LAB ID
::r,4
Fill In the Number of Containers for EACH Test
1 -� -00}
-l7-2�
�Fs! �-
5
C
,3D�9q
-)to •�O^oYcDO
- rp•ao
/U11
S
err-
f-Z
S
_ER SIGNATURE
FLOW INFO
I ICE
„n
YES NO PACK
- ......,._
RECEIPT
TEMP - 20 oC
lashed by: Date: Time:
Relinquished by Dale: Time:
Relinquished by: Date: Tema:
q-1� aL) 0 qoa
_ _ !oz<s
by: Date: Time:
6 y Date: Time:
Received by_ Date. Time:
p
��j�17�_> L/aIt�
ants:

10/26/2020
https:llpsaweb,clemson.edu/aglab/AgSvcLab/Lab Results/0000000TURNER, SHERRY2010161003311.htm
A N I M A L W A S T E A N A L Y S I S R E P 0 R
T
Agricultural Service Laboratory
LAB No. 101016 Clemson Universitv
TURNER, SHERRY ACCOUNT 0000000
PO BOX 219 DATE 10/15/2020
CHERAW SC 29520 [e-mail]
PREPAID
SAMPLE NO. 09152050 MANURE: OTHER STORAGE; COVERED
-----------------RESULTS REPORTED ON AN AS -SAMPLED BASIS ---------------
ANALYST
lbs/tan
pi
Ammonium Nitrogen
0.01
0.26
❑j
Organic Nitrogen
0.44
8.89
pi
nitrate Nitrogen
---------------------------------------------------------------
47.82
ppm
0.10
INCORPORATED AVAILABLE NITROGEN ESTIMATE
5.69
SURFACE AVAILABLE
NITROGEN ESTIMATE
5.61
dw/sa
Phosphorus as P205
0,77
----------------
%
15.49
dw/sa
Potassium as K20
0,15
%
3.09
dw/sa
Calcium
17.48
%
349.69
dw/sa
Magnesium
0.21
%
4.20
dw/sa
Sulfur
0.15
%
2.92
Zinc
249.61
ppm
0.50
Copper
63.57
ppm
0.13
Manganese
91.56
Dom
0.18
Sodium
393.66
Dom
0.79
Moisture
41.68
Calcium Carbonate
Equivalency 0.32
1
6.46
-----------------------------------------------------------------------
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.

% moisture
41.68
% solids
58.32
lbs. solids/ton
1166.4
lbs. solids/500 tons
583200
°o
ppm
Ibs:'ton
°o
ppm
lbs/ton
Ammonium Nitrogen
as-sam led
as -sampled
as -sampled
dry ton
d ton
d ry
Organic Nitrogen
0.013
130
0.26
0,022291
222.9081
0.445816
Nitrate Nitrogen
0.4445
4445
8.89
0.762174
7621.742
15,24348
Incorporated Available Nitrogen Estimate
0.004782
0.2845
47.82
0.09564
0.008200
81.99588
0.163992
Surface Available Nitrogen Estimate
0.2805
2845
5.69
0.487826
4878,258
9.756516
Phosphorus as P205
2805
5.61
0.480967
4809,671
9.619342
Potassium as K20
0.7745
7745
15.49
1.328018
13280.18
26.56036
Calcium
0.1545
1545
3.09
0.264918
2649.177
5,298354
Magnesium
17.4845
174845
349.69
29,98028
299802.8
599.6056
Sulfur
0.21
2100
4.2
0.360082
3600.823
7,201646
Zinc
0.146
1460
2.92
0.250343
2503.429
5.006859
Copper
0,024961
249.61
0.49922
0.0428
428.0007
0,856001
Manganese
0.006357
63.57
0.12714
0.0109
109.0021
0.218004
Sodium
0.009156
91.56
0.18312
0.0157
156.9959
0.313992
0.039366
393.66
0.78732
0.0675
675
1.35
Calcium Carbonate Equivalency-
0.323
3230
6.46
0.553841
5538.409
11.07682
September 2020

CHERAW ALKALINE 8 OSOLIDS SOIL AMENDMENT
CHEMICAL CHARACTERISTICS AND LAND APPLICATION RATES
BIOSOLIDS SAMPLE DATE, November 24, 2020
Biosolids
Maximum
Maximum Max mum
Maximum
Metal
Allowable
Allowable
Application
App1 cation
Content,
Metal
App Rate
Rate
Rate,
METALS
ppm -
Content ppm
#,AcreNr
DT AcrerYr
'.W.AcreiYr
Arsenio, Total
0.90
41-00
180
70749
994 7a
Cadmium Total
0.90
39 CO
1 70
668 19
93952
Chromium Total
54.75
12GO CO
13400
87026
122365
Copper, Total
3939
t 500 00
67 00
6C4 31
85041
Lead, Total
1,90
3120 00
1300
2428 35
34144.1
Mercury Total
0 13
17,00
075
2CO7 06
282208
Molybdenum Total
3.62 '
18.00
030
7861
11053
Nickel, Total
21.49
42000
la 70
30948
435 15
Selenium Total
0.90
3600
450
Ina 73
243696
Zinc, Total
275 19
152500
12500
161 53
227 12
PCB
BRL
1.60
' Actual metal content less than amount indicated
Biosoiids
Nutrient
Content,
ppm
Biosoiids
Nutnent
Content,
%
CrcplSoil
Requirement,
#,Acre -
Maximum
Application
Rate
DT AcrefYr
Maximum
Application
Rate
Va Acrelrr
Ammonium Nitrogen
10000
001
Organic Nitrogen
552500
055
Incorporated Available Nitrogen
266000
037
12000
1166
16.39
Surface Available Nitrogen
3630.00
036
t20 00
11 76
1653
Phosphorus as P205
830500
083
eo ao
343
482
Potassium as K20
2655.00
027
50 00
670
9 42
Calcium, Total
220535 00
22.G5
Calcium as CaO
3CS749 00
3087
Calcium as CaCO3 ;CCE-
475000
0 43
200000
tag 73
21053
Magnesium, Total
2490 CO
025
Manganese
95C0
001
Sodium
48500
00
Percent Moisture
2888
These are typical values and must to adjusted based up::n specific site candihons
DT is Dry Tons of Biosands WT s Wet Tans cf Biesc ids
CERTIF CATION: This biasoljd product has been produced by the Town of Cheraw s V.astowater
Treatment Plant by a treatment process that pasteurized plant residual solids using high temperature
and lime (calcium oxldej The Town of Cheraw cerufes that this b oso d complies with the
Environmental Protection Agency regulations 40 CFR Part 503 for a `Crass W product and r,as a metal
and nutrient content as presented above
DIRECTIONS FOR USE This bwsolid .s ntneded to be used as a sc- amendmem The biosolid
land application rate shall not exceed the Masi restrictive Nlaximum Application Pale as indicated in
the table above The apptication rate for nitrogen phosphorus potassium and calcium is dependent
upon the crop grown and sale soil characteristics The user should contact the Clemson Extension
Service (843-623.2134: andlar the Soil Conservation Service ias3-623-21aTi for assistance n
determining the proper application rate for each crap and site In no case shag the land app cat cn
rate exceed the agronomic rate for the crop grown User should also refer to the vternscn Extension
Service Circular #476 titled'L me and Fertilizer Recommendations'
THIS PRODUCT IS HIGHLY ALKALINE AND SHOULD BE HANDLED ACCORD NGLY
AVOID PROLONGED CONTACT WITH THE SK N AVOID CCNTACT V'IITH THE EYE
THE TOV`&I OF CHERAW IS NO- RESPONS-BLE FOR NIPRDPER USE OR HANDLING OF THIS
BIOSOLID PRODUCT
Nit Jahn O Stowe Public-0-billy Director
P 0 Box 2t9 Cheraw SC 29520
Telephone [phone]
FAX [phone]
PRODUCT USER NAME
ADDRE S — - - — -
INTEN�ED u�`aE —
LOCATIO�I OF VSE
QUANTITY RECEIVEL?
RCE,VEO 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 TURNNER Receipt Date: 24-Nov-20
Client #: 168 Report Date: I I-Dec-20
Sample Date: 24-Nov-20
1.
SDG #: SDG-140255
Approved By:
� �11-1
+�
Scott Fields
Lab Director
Reporting
Parameter
Result
Limit
Unit
Method Flag
Date
Time
Analyst
LSID-309597 BIOSOLFDS
11-24-20-005
Acid Digestion (Solids)
YES
EPA 200.2
11-30.2020
8:30
JR
Selenium, Total
<0.960
0.96
mgkg
EPA 7010/601 OD
12A.2020
14:54
JR
Arsenic, Total
3.74
0.96
mgkg
SW846 6010D
12.:8;2020
14:54
JR
Cadmium, Total
<0.960
0.96
mgdkg
SW846 6010D
11/30:2020
11:39
JR
Chromium, Total
58.1
0.96
mg kg
SW846 6010D
11/30 2020
11:39
JR
Copper, Total
41.8
0.96
mg kg
SW846 6010D
11130 2020
11:39
JR
Lead, Total
2.02
0.96
mg kg
SW846 601OD
11/30/2020
11:39
JR
Molybdenum, Total
<3.84
3.84
mVkg
SW846 601 OD
12/9/2020
17:19
JR
Nickel, Total
22.8
0.96
mg kg
SW846 601OD
11/30/2020
11:39
JR
Zinc, Total
292
0.96
mg kg
SW846 60IOD
11/30/2020
11:39
JR
Mercury, Total
0.141
0.131
mgikg
SW846 7470A S S I 1 D
12/1/2020
18:40
SK
PCB
BRL
mp,•'kg
SW846 8082A S1 I D
12/3/2020
2-02
UH
Paint Filter
PASS
P f
SW846 9095B
11/25/2020
9:00
NIL
LSID-309598 11-23-20-001
INF
Biochemical Oxygen Demand
486
2
mgl.
SN15210B
11/24/2020
13:19
AE
LSID-309599 11-23-20-002 EFF
Biochemical Oxygen Demand
<2.0 2 me-L SM 521OB
1124:2020 13:19 AE
Page I

ACass
ANALYTICAL, INC.
ANALYTICAL REPORT
CLIENT
Davis & Brown
124 W Melver Road
Florence SC 29501
ATTENTION
Scott Fields
PROJECT ID
309597
LABORATORY REPORT NUMBER
2011T03
DATE
December 03, 2020
Primary Data Review By Secondary Data Review By
Chris Pafford
Project Manager, AES
PLEASE NOTE:
Ashley Amick
Project MManager, Access Analytical
aamick .axs-inc.com
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 # 93016, NCDENR certified lab # 562, CA certified lab # FL-£87582,
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 ofAES serving client in the SC-�lClGA areas. All questions regarding this report should be directed
to your local Access Analytical representative at 803.791.4243 or toll fee at 883.315.4243

Atte&s i)us P - 0 ,,P�r 21- 0 - 20 u-10 3
DAVIS & BROWN 124 W. Mclvur Hood PIP s47-665-67,16 PAGE;
e . , , ■ 1=lorencu, SC 29501 FAX: 843-G56-2209
REGULATORY: YES NO
CHAIN OF CUSTODY RECORD
TURNAROUNO TIME: P1
5TANI]ARo RUSH P2
CLIENT.
L <
SAMPLL
AHALYSI8111=4U1_S11
Al
111111
¢
O..
USE CODES To ININGTATE IF SAMPLE WAS
FkTERE-DO1?1,R `SFf2VED: A« IINOI
B - IICL D = H250, F - FILTRATION
C a NAOH E= NAzS20, G-7JNCAGETATE
Preservattva
a
i
U
C7
'a
W,
'L
�
L)
I
:a!
`�
-+;-.
CSU
Q—
CL
Q)
o
C)
ADDRESS:—
P1iOGRAMARFA : A = DRINKING WATER
G -, GROUNDWATER S o SOLID EL -SLUDGE
Y! - WASTEWATEF2 OFOTHER
co Italp_-ft5&ffl=(;fAs
SHADED AREAS FOR LAS USE ONLY
f lIONE: FAX:
SANIPLE tD
DATE
TIME
INITIAL
NOTES
L.AB ID
1kj?qb0
Fill In
Ilia Number
of Containers
for EACH
Test
FFF
SAMI'LL-H SIGNATURE
FLOWINFO
ICE
NO PACK
7EW: 0. l oC
Raanqu by nit I lute:
_ [t ?J [oc7v
i 4arIul;hed by u�lz hlv.-
Ite:fnqu!shed by 001t 11mu:
Rae y Time
F= S'�
Rees ved by e3.iSe Tinwx
Itecelund by iMde: no.
Curfner•ny
rssr n.n �If]LCAM]l.0 time
Page 2 of 5

Analytical Environmental Services, Inc
Date: 3-Dcc-20
Client: Davis & Brown
Project Name: 309597
Lab ED: 2011T03-001
Client Sample ID: 309597
Collection Date: 11/24/2020 8:13:00 AM
Matrix: Solid
Analyses
Y
Result
Reporting
Qual
Units
BatchlD
Dilution
Date Analyzed Analyst
Limit
Factor
Total Mercury by SW7473
(SW7473)
Mercury
0.141
0.131
TrgKg-Lh'e
306693
i
1210U202c, 18:40
SK
POLYCHLORINATED BIPHEitiYLS
SW8081A
(SW3550C)
Aroclor 1015
Ham-
as
ug]Cg-dry
306751
1
12.4V202002:02
UH
Aroclor 1221
Hitt
-N
ugKg-dY
306751
1
12iO3/202002:02
UFl
Aroclor 1232
BRi-
34
ugKg-dry
306751
1
1-10312020 02:02
UH
Aroclor 1242
BRL
44
ugxg-dry
306751
1
12,03/202002:02
UH
Aroclor 1248
BRL
44
ur Kg-dr9
306751
1
12/03/2020 02:02
UH
Aroclor 1254
BRL
ad
ugKg-dry
306751
1
12/03l202002:02
UH
Aroclor 1260
BRL
44
igKg-dry
306751
t
12iO3'202002:02
UH
Surr; Decachlorobiphcnyl
75.6
45.7-140
°aREC
306751
t
12031202402:02
UFl
Surr: Tetrachloro-m-xylene
83.7
45.3.126
16REC
306751
12 0312020 02:02
UH
PERCENT MOISTURE D2216
Percent Moisture
23.4
0
R4408_D
1
it. 2W2020 00:il0
AV
Onaltren! Value exceeds maximum contaminant level
BU Below reporting Grant
H Holding times fer preparation ar analysis exceeded
V Analyse not NELAC ceniGed
B Analyse detected in the associated meshed blank
> Greater than Result value
E Estimated (value shave guanatroan range)
S Spike Recovery outside limits Jul ro matrix
Vat: See Gnfe narrative
F Analy7ed in the lab Axii is a deviation Fom the mcOwd
Less thorn Result value
! Estimated value detected belaw Repotting Limn

t( Ar�NALVI•ICAl.
>E.NVIRON1%1IWI-A1.
A F=S SERVICES, INC. SAMPLE/COOLER RECEIPT CHECKLIST
1. Client Name: Access Analytical, Inc.
2. Carrier: FedEx On UPS ❑ USPS ❑ Client ❑ Courier0 Othei
3.
4.
5.
6.
7.
8.
9.
10.
11.
12.
13. Cooler 1 Temperature 0.9
14. Cooler 5 Temperature
15. Comments:
16.
17.
18.
19,
20.
21.
22.
23.
24,
25.
26.
Yes No NIA
1]etalls
AES Work Order Number: 2011T03
Clear Save as
Shipping container/cooler received in good condition?
damaged El leaking U other[]
Custody seals present on shipping container?
Custody seals intact on shipping container?
R)on
•Temperature
blanks present?
Cooler temperatures) within limits of 0-6'C? (See item 13 and 14 for
temperature recordings.)
O
Cooling initiated for recently collected samples / ice
present I I
Chain of Custody (COC) present?
•
Chain of Custody signed, dated, and timed when relinquished and received?
Sampler name and/or signature on COC7
•
Were ail samples received within holding time?
I
TAT marked on the COC?
• I
Q
If no TAT Indicated, proceeded with standard TAT per Terms & Conditions.
°C Cooler 2 Temperature °C Cooler 3 Temperature °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 1.25 (dated Initials). Ml 11/25/20
Yes No NIA nat2u. r_�_. .._
Were sample containers intact upon receipt?
•
-------------
Custody seals present on sample containers?
Custody seals intact on sample containers?
Q
0
1•
Do sample container labels match the COC?
O
O
O
incomplete Info illegible
no label I other
Are analyses requested indicated on the COC?
•
Were all of the samples listed on the CDC received?
O
O
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 in appropriate containers?
Were VOA samples received without headspace {c 1/4" bubble)?Were
g_o__l
trip blanks submitted?•
listed on COC not listed on CDC
27. Comments:
This section only applies to samples where pH can be I certify that I have completed sections 16-27 {dated initials). M1 11/25/20
checked at Sample Receipt. Yes No N/A Details r,.,..,.. *,
28. Have containers needing chemical preservation been checked? ' •
29. Containers meet preservation guidelines? -
30. Was pH adjusted at Sample Receipt? •
- ivote: uenain analyses require chemical preservation but must be checked in the laboratory and not upon Sample Receipt such as Colilorms, VOCs and Oil & Greaso/TPH.
This also excludes metals by EPA 200.7, 200.E and 245.1 which will be verified between 16 and 24 hours after preservation.
I certify that I have completed sections 28-30 (dated Initials). MJ 11/25/20
Checklist 7.9.20 Rev 3
Locked
Page 4 of 5

End of Report

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 'IS"'
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
S1
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 Laboratoa Clemson University
S7
South Carolina Lab Certification Number:
3600I
S8
Lab samples were subcontracted. See attached documentation.
S9
South Carolina Lab Certification Number:
94014001; 94014002
S10
South Carolina Lab Certification Number:
84009
S 11
South Carolina Lab Certification Number:
96026; 96031; 98001; 73006; 980I6
Note: S 11 A indicates AES Laboratory; S 11 G indicates GCAL Laboratory
S 12
AASHTO R18 Certified
S13
South Carolina Lab Certification Number:
96012
S 14
South Carolina Lab Certification Number:
89002
S15
S 16
South Carolina Lab Certification Number:
84004
S17
South Carolina Lab Certification Number:
96037001
S l8
South Carolina Lab Certification Number:
95005
S19
South Carolina Lab Certification Number:
23104
S20
South Carolina Lab Certification Number:
96027001
S21
South Carolina Lab Certification Number:
21005
S22 I
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
926
North Carolina Lab Certification Number:
21 (Wilson Division NC00120)
S27
South Carolina Lab Certification Number: 40569
S28
South Carolina Lab Certification Number: 32571
Revision 03. l3 Dataqual (SubLabs).wpd

DAVIS & BROWN 72.1 NJ. Mclver Hoar! PH: 343-665•G7.1fr
0orerfcc, SC 29501 FAY. 11.13-656-2201J
REGULATORY: CHAIN OF CUSTODY RECORD
:LlENT. i, `
_ ,+11F'Li:l+F1ALY515 R_gIJESTC•U
i'resclvalivc
DDRESS!
C% Lfl
S
lh LL
R
HONE' FAX: it
o -,
a r_
L
SAt.1PLE fD DATE TIME IJJITIRL � } t
Fill in the Nimstur of Containers for i AGH i est
It-Z3- 7.� --apt ��J�" rt-z�-�• 7ti�s ,,.� [, r f
TURNAROUND TIME I' 1
_L,'6TANrJARD RUSH P2
USr CODES TOWD1CTATE IF S.A;,1PLt WA
FIL TERED+')R PRESFRtxD A = KNO,
B = HCL D = Il,SO, F = FILTRATIOrl
C = NADII C = NA,S,O, G = ZJNCACETATE
PROG.RALL.41?i A: D = DRINKING WATER
t G = GROUNDWATER S = SOLID SL = SLUDGE
W=WASTEWATER O=OTHER
•Y
PLEASE PRINT LEGIBLY
cl
NlJ i L=5 I LAB It)
,s ue I boa L7,
al;a
IPLER SIGNATURE
p
F1.I7tV1NF0 ICE ICE
YES NO PACK
L�f
RECEIP
TV, L° C
lmyuuhed u%'
Dafe:
Time:
by
�i
D< a limb Fttlia, msheq Ir
.,',me
� TP7 D
ceivcd/ Y.
'�v►" ��`
Dale
�.S !! Z zio
TI `ie'
�Vl
ivied by n
.a
,[e i urx" I�rceweq t>• .
mnn,�::
�[y
A r, e� r Gi l rlct
C.•
,,
13 f k .
1
l
1
LIED- Fit _e11�
-

A N I M A L `r1 A S T E A N A L Y S I S R E P O R
T
Agricultural Service Laboratory
LAB No. 121230 Clemson University
TURNER, SHERRY ACCOUNT 0000000
PO BOX 219 DATE 12/17/2020
CHERAW SC 29520 [e-mail]
PREPAID
SAMPLE NO. 11242005 MANURE: OTHER STORAGE: COVERED
-----------------RESULTS REPORTED ON AN AS -SAMPLES BASIS ---------------
ANALYST
1bs/ton
A
Ammonium Nitrogen
0.01
%
0.20
A
Organic Nitrogen
0.55
11.05
A
Nitrate Nitrogen
---------------------------------------------------------------
164.99
ppm
0.33
INCORPORATED AVAILABLE NITROGEN ESTIMATE
7.32
SURFACE AVAILABLE
NITROGEN ESTIMATE
7.26
dw/sa
Phosphorus as P205
0.83
------------------
1
16.61
dw/sa
Potassium as K20
0.27
?
5.31
dw/sa
Calcium
22.05
441.07
dw/sa
Magnesium
0.25
4.98
dw/sa
Sulfur
0.22
4,41
Zinc
293.01
ppm
0.59
Copper
64.72
ppm
0.13
Manganese
93.88
npm
0.19
Sodium
462.89
ppm
0.97
Moisture
28.88
Calcium Carbonate
Equivalency 0.47
9.50
-----------------------------------------------------------------------
INCORPORATED PLANT AVAILABLE NITROGEN ESTIMATE - 80% of ammonium-N,
601 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.

% moisture
28.88
% solids
71.12
lbs, solids/ton
1422.4
lbs. solids/500 tons
711200
°a
ppm
lbs/ton
°,a
ppm
lbs/ton
as -sampled
as -sampled
as -sampled
dry ton
dry ton
dry
Ammonium Nitrogen
0.01
100
0.2
0.014061
140.6074
0.281215
Organic Nitrogen
0.5525
5525
11.05
0.776856
7768.56
15.53712
Nitrate Nitrogen
0.016499
164.99
0.32998
0.023199
231.9882
0,463976
Incorporated Available Nitrogen Estimate
0.366
3660
7.32
0.514623
5146.232
10.29246
Surface Available Nitrogen Estimate
0.363
3630
7.26
0.510405
5104.049
10.2081
Phosphorus as P205
0.8305
8305
16.61
1.167745
11677.45
23.35489
Potassium as K20
0.2655
2655
5.31
0.373313
3733.127
7.466254
Calcium
22.0535
220535
441.07
31,00886
310088.6
620.1772
Magnesium
0.249
2490
4.98
0,350112
3501.125
7.00225
Sulfur
0.2205
2205
4.41
0,310039
3100.394
6.200787
Zinc
0.029301
293.01
0.58602
0,041199
411.9938
0.823988
Copper
0.006472
64.72
0.12944
0.0091
91.00112
0.182002
Manganese
0.009388
93.88
0.18776
0.0132
132.0022
0.264004
Sodium
0.048289
482.89
0.96578
0.067898
678.9792
1.357958
Calcium Carbonate Equivalency
0.475
4750
9.5
0.667885
6678.853
13.35771
November 2020

ANNUAL PATHOGEN AND VECTOR ATTRACTION REDUCTION FORM
Facility Name:
Permit Number: WQ0014248
WWTP Name: Town of Cheraw WWTP NPDES Number: SCO020249
Monitoring Period: From 01 /01 /20 To 12/31 /20
Pathogen Reduction (40 CFR 503.32) - Please indicate level achieved and alternative performed:
Town of Cheraw
Class A:
Alternative 1 ❑
Alternative 2 ❑
Alternative 3 ❑
Alternative 40
Alternative 5 ®
Alternative 6 ❑
If applicable to alternative performed (Class A only) indicate "Process to Further Reduce Pathogens":
Compost ❑
Heat Drying ❑ Heat Treatment ❑
Thermophilic ❑
Beta Ray [31
Gamma Ray ❑
Pasteurization
Class B:
I Alternative I ❑
Alternative 2 ❑
1 Alternative 3 ❑
If applicable to alternative performed (CIass 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
Qhiringa
Pathogen Density
Number o
Excee-
Frequency
of Analysis
Sample
Type
Analytical
Tech-nique
Minimurr
Geo. Mean
aximu
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 ❑ 1 Option 3 ❑ 1 Option 4 ❑ Option 5 ❑
Option 6 ® Option 7 ❑ 1 Option 8 ❑ 10ption 9 ❑ 10ption 10 ❑
No vector attraction reduction
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)
Signal re of Preparer Date Signature of Land Applier (if applicable)
Author Daryl D. Merritt DENR FORM RF (7/2002)
Date

FECAL COLIFORM FOR MUNICIPAL BIOSOLIDS
A-1 Medium
Double Strength Single Strength
10-' dilution / 10 ml sample 10-' dilution / 1.0 ml sample
— r-
Single Strength
10'Z dilution / 1.0 ml sample
Single Strength
10''- dilution / 0.1 ml sample
Date/Time Test Set -Up: I— IS ao 11 iaa Date/ Time Test Read:
Time Placed in Incubator: Incubator Temp: 3513s �--
Time Transferred to Water Bath: I L41-7
Operator /45
% Solids _ 4:)qI to Ck -
Water Bath Temp: 4 r G
Media Lot # : l U 6I ko 11 CA
Sample# "�5'a0 —0L)O
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 — 5 ` Time Op. AS
35,TC
3� 1 a r�, . A-- cf 0. 5'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 # �I — { `5 :p—U-4()0 0
Weight of dried residue + dish:
Duplicate weight of dried residue + dish
Weight of empty dish
Weight of wet sample + dish 4 —7,DLI
% Total Solids = � _ 5 9 .,(o /o
Lo

FECAL COLIFORM FOR MUNICIPAL BIOSOLIDS
A-1 Medium
Double Strength Single Strength
10'dilution 110 ml sample 10'dilution 1 1.0 ml sample
Single Strength
10'2dilution; 1.0 ml sample
Single Strength
10-2 dilution / 0.1 ml sample
Date/Time Test Set -Up: 2,
Time Placed in Incubator:
Time Transferred to Water Bath: 3 �5
Operator : , ,'-wJ rs �-
% Solids I 0�ll�
Date/ Time Test Read: —,20
Incubator Temp: _ 3 , ` C- -
Water Bath Temp:
" C
Media Lot # : C214 'a,
Sample # - 9 -P,0 _04 D O
MPN Fecal Coliform = 10 x MPN Index / 100 ml = 0
per Gram Total Solids Largest Volume x % Dry Solids
NOTE: + indicates positive results ; - indicates negative results
Biosolids Collection: Date 9 - '�O Time Cg,;' s Op. _ A_�&

FORMULA:
Where:
CALCULATION FOR TOTAL SOLIDS N 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 # : ') -19
Weight of dried residue + dish:
Duplicate weight of dried residue + dish :
Weight of empty dish
Weight of wet sample + dish :
r2����3
a,Og5 �D
-::�d.gL'-9.2- -
% Total Solids = a , a� -�°
X00
Mad

FECAL COLIFORM FOR MUNICIPAL BIOSOLIDS
A-1 Medium
Double Strength
10-' dilution / 10 ml sample
Single Strength
10-' dilution . 1.0 nil sample
Single Strength
10-2 dilution / 1.0 ml sample
Single Strength
10''- dilution ` 0.1 nil sample
r
r
r,
Date/Time Test Set -Up: 3 -I �- a2y / 1'100 Date/ Time Test Read: 11334-
Time Placed in Incubator: I Ll Uc.) Incubator Temp: 35. a' C
Time Transferred to Water Bath: -J C] Water Bath Temp: �C
Operator G. Media Lot # : Qi
% Solids , -
D Sample # 3 - � � � . q 00
MPN Fecal Coliform = 10 x MPN Index / 100 nil -
per Gram Total Solids Largest Volume x % Dry Solids
NOTE: + indicates positive results ; - indicates negative results
. - C - ), Biosolids Collection: Date-_0-.X) Time JD JQ pp, _ 4_5

FORMULA:
Where:
CALCULATION FOR TOTAL SOLIDS IN BIOSOLIDS SAMPLE
°fo Total Solids
= LA_-B)s 100
C-B
A = Weight of dried residue + dish (mg)
B = Weight of empty dish (mg)
C = Weight of wet sample + dish (mg)
Sample # : - 12 - - Q 4
Weight of dried residue + dish:
Duplicate weight of dried residue + dish
Weight of empty dish
Weight of wet sample + dish : (Q
% Total Solids = 5(v , 9 %

J
FECAL COLIFORM FOR MUNICIPAL BIOSOLIDS
A-1 Medium
Double Strength Single Strength
10' dilution/ 10 ml sample 10'' dilution ' 1.0 ml sample
r
r
Single Strength
10'= dilution / I.0 ml sample
Single Strength
10-2 dilution:-'O. I ml sample
i
Date/Time Test Set -Up: J S - - l t( Date! Time Test Read:- _1 is a al / gLf0.
Time Placed in Incubator: LlIncubator Temp:. o C
r O
Time Transferred to Water Bath: j. Water Bath Temp: Ll< < S
OperatorEA-1.c — Media Lot # I (C 0 (�gi
% Solids CC), Lr� °A) Sample # q- 15 'o�C�- ()
NIPN Fecal Coliform - 10 x MPN Index / 100 ml = 0
per Gram Total Solids Largest Volume x % Dry Solids
NOTE: + indicates positive results ; - indicates negative results
BiosolidsCollection: Date -15 -9C Time f 9- pp. J 5

FORMULA:
Where:
CALCULATION FOR TOTAL SOLIDS N BIOSOLIDS S_AN PLE
% Total Solids
(A-B)x100
C B
A = NVeiaht of dried residue + dish (n2)
B = Weight of empty- dish (mg)
C = Weight of wet sample + dish (mg)
Sample # :� 5 �_ L�`i✓'C�
Weight of dried residue + dish:
Duplicate weight of dried residue + dish:
Weight of empty dish
Weight of wet sample + dish :
%Total Solids = '--') 4 -7�� L�
W 40
,- Dp L 7C
a7x

FECAL COLIFORM FOR MUNICIPAL BIOSOLIDS
A-1 Medium
Double Strength Single Strength
10' dilution / 10 ml sample 10'1 dilution! 1.0 ml sample
Single Strength Single Strength
10 dilution / 1 A ml sample 10'2 dilution 0.1 ml sample
Date/Time Test Set-Up:S- -,-�D a, Date' Time Test Read: :5 -,2- 1
Time Placed in Incubator: � a Incubator Temp: 3 5, O
Time Transferred to Water Bath: i $ Water Bath Temp: t-i L[ , 3 ' C
Operator ] ,� Ie� S Media Lot # i CU O LI "?,
% Solids G ��o Sample # : j- - c7 - L)
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 IS -,Ii-v1Q Time

FORNTULA:
Where:
CALCULATION FOR TOTAL SOLIDS N BIOSOLIDS SAMPLE
°,s Total Solids f A- B l 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 : 5' 2U —ao _ C-> 0 C)
Weight of dried residue + dish:
Duplicate weight of dried residue dish:
Weight of empty- dish
Weight of wet sample + loch
% Total Solids = � I . �, 0%
a2 I • 7 .2- Y i
a 7a-Lt
v 7 i� G

J
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
10'2 dilution ,' 1.0 ml sample
Single Strength
I V dilution 10. I ml sample
Date/Time Test Set -Up: & 17 -.2a / i I �{
Time Placed in Incubator:
Time Transferred to Water Bath: I Ll ; 3r
Operator P w l S
% Solids
Date/ Time Test Read: L, - I --'2G / 1 i -2 5
Incubator Temp: 3 5 . 3 OL
Water Bath Temp: L[ 1-1 1 � GC -
Media Lot # cc, / CIy a Li 6 L+ 2
Sample # G - 1-7 -)-C) ` u LID()
TMTN 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 , - - U Time C) �' ,�� Op. _ _ t V'�s

FORbvfnA:
Where:
CALCULATION FOR TOTAL SOLIDS I\r SIOSOLIDS SAMPLE
°ro Total Solids - ( A - B) s l00
C -B
A = Weight of dried residue + dish (ma)
B = Weight of empty- dish (mg)
C = Weight of wet sample + dish (ma)
Sample I : � — 1-7 _ ) v — U L! � .
Weight of dried residue + dish:
Duplicate weight of dried residue + dish:
Weight of empty dish
Weight of wet sample + dish :
`1 1
�� 9j 3 3
�;�
% Total Solids = f �� ` _ _
4),

0 FECAL COLIFORI&I FOR MUNICIPAL B[OSOLIDS
A- I Medium
Double Strength Single Strength
10" dilution 1 10 n-1 sample 10` dilution 1.0 ml sample
1
r
Single Strength
I 0''- dilution; 1.0 ml sample
Single Strength
10'= dilution ! 0.1 ml sample
Date/Time Test Set-Up:'7-! 5'��'�
Time Placed in Incubator: _C i 5
Time Transferred to Water Bath: 15u
Operator
% Solids
Date' Time Test Read: 7-1 !, lo to
Incubator Temp:
Water Bath Temp: Z-1 ``I
Media Lot C) co
Sample
MPN Fecal Coli%rm = 10 x MPN Index / 100 ml
per Gram Total Solids Largest Volume x % Dry Solids
NOTE: + indicates positive results ; - indicates negative results
t
Biosolids Collection: Date - { Time tJ pp. f

FORMULA:
Where:
CALCULATION FOR TOTAL SOLIDS N B[OSOLIDS 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 (me)
Sample 4i - ^7 ` 15 `;�c) - U'# (DO
Weight of dried residue T dish:
Duplicate Weight of dried residue + dish:
Weight of empty dish
Weight of wet sample + dish
% Total Solids
3LI, 33;S
�'
6
P KZ jg�- ri�ERIC lk S C (lr c c F C
�C t f Z S k (2,C)

FECAL COLIFORNI FOR MUNICIPAL BIOSOLIDS
A- I Medium
Double Strength
10"1 dilution ; 10 ml sample
Single Strength
10-' dilution ' 1.0 ml sample
1
—
r
Single Strength Single Strength
10-2 dilution / 1.0 ml sample 10-2 dilution 0.1 ml sample
Date/Time Test Set-Up:3-1 .go L3
Time Placed in Incubator: 3 3
Time Transferred to Water Bath: 3
Operator
°fo Solids
MPN Fecal Coliform
per Gram Total Solids
Date.' Time Test Read: S - � -,20 / 13.23
Incubator Temp: 3 s . 3 `'C
Water Bath Temp:
Media Lot # ')uYYV� a
Sample#-a-Dy()J
7�--
10 x NIPN Index- / 100 mI = y
Largest Volume x % Dry Solids
NOTE: + indicates positive results ; - indicates negative results
Biosolids Collection: Date Time Op. _ 5

FORNMA:
Where:
_ s
CALCULATION FOR TOTAL SOLIDS FN B10SOL[DS SAMPLE
°oTotal Solids = (A-B)xl°;
C -B
A = N'Veight of dried residue -- dish �mg)
B= Weight Of emptti- dish (MI-1)
C = Weight of wet sample - di:h (mg')
Sampler :- 19 - g(�-- 0 y
Weizht of dried residue - dish: I 1 G
Duplicate weight of dried residue - dish: � L
Weight of empty dish' U 5
Weiaht of vet sample + dish
�.4 Total Solids
f�--3cu)ce ]Cyan �C�1 Z•5 1�L�

0
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
10-2 dilution / 1.0 ml sample
Sin0e Strength
10'2 dilution 0.1 m1 sample
Date., -'Time Test Set -Up q-k- jj I t7
Time Placed in Incubator: �I � Q J
Date.: Time Test Read:la �1p
Incubator Temp: » ; 5
Time Transferred to Water Bath: JA 3 - Water Bath Temp: q 9.5,7 C,
Operator : Media Lot # 1 M CUe3 55
%Solids 53,Lo u/v Sample 0
,-
NIPN Fecal Coliform — 10 x MPN Index / 100 nil =
per Gram Total Solids Largest Volume x % Dry Solids
NOTE: - indicates positive results; -indicates negative results
r
r.
_ Biosolids Collection: Date Time C)�_9D Op.
�C ��
C. Tr . L[L{,5'(—
0

FORMULA:
Where:
CALCUL.-kTION FOR TOTAL SOLIDS Ili BIOSOLIDS S AMPLE
° n Total Solids = 4 A - B ) x 100
C -B
A = Weicht of dried resido_ — (mg dish (mg f
B = Weight of empty dish (wig)
C = Weight of wet sample — dL-h (mg)
Sampler: 99LS7D-0If�� 'F
p,
Weight of dried residue - dish: r !
t'
Duplicate weight of dried residue — dish:
Weight of empty dish
Weight of wet sample -�- dish
% Total Solids
c. 'i�1. C� r .� C r a C CLc'1 �C ° �1� C
f �I 1 +•-� Q� t m ..

FECAL COLIFORM FOR 1NVICIPAL BIOSOLIDS
A-1 Medium
Double Strength Single Strength
10'r dilution 1 10 m1 sample I0-' dilution 1.0 - sample
Single Strength
10'= dilution 1.0 ml sample
r
Date/Time Test Set -Up: It)- I �Itao
Time Placed in Incubator: _LL,a&}
Time Transferred to G�'ater Bath: 1 L f ,Z C,
Single Strength
1 V dilution 0.1 tnl sample
r
Dateei Time Test Read: L _d_L-2�1101
Incubator Temp: 3 :;, 4' C
Water Bath Temp: L I Ll , 5L
Operator w Media Lot n
Solids _ [V L- , 3 %u Sample L
MPN Fecal Coliform - 10 x IVIPN Index / 100 ml V
per Gram Total Solids Largest Volume x % Dry Solids
NOTE: + indicates positive results ; - indicates negative results
Biosolids Collection: Date Time Op. 2
--
5,1 LIB{. 5'�-

CALCUL:,,TIONi FOR TOTAL SO DS rN BIOSOLIDS S -%-NIPLB
FORMULA:
° o Total Solids -- A- B 1 N 101)
C -B
Where:
- Weight of dried residue - dvh ? M! )
B - Weight of empty dish (mg)
C = �'eiaht of vvet sample - dish I nu i
Sample-.-': - D- L)
Weizht of dried residue - dish:
Duplicate wei-ght of dried residue . dish:
Weight of empty dish
Weight of,,vet sample - dish
4o Total Solids
y 7C'03
pC'f'-7Ul.}3
cD
C CL r-) 1 U Y lid 4
l Z-SA Q-0
yfi

[a]
FECAL COLIFORNI FOR NfU,\rTCIP_kL 1310SOLIDS
A-1 Medium
Date.gime Test Set -Up: I - J $ -2C� Date.' Time Test Read: 1
Time PIaced in Incubator: I j v L incubator Temp:
Time Transferred to Water Bath: i (a Water Bath Temp: L1 LI , S" C_
Operator `� ,�
1 tSlS __ Media Lot # Cv 1 6 3 L155
Rio SolldS Sample T - 1& -?G - tl (�G
NIPN Fecal Coliform = 10 x MPN Index i 100 mI =
per Gram Total Solids Largest Volume x ONO Dry Solids
NOTE: indicates positive results ; - indicates negative results
0
Biosoiids Collection: Date I I - is- Time 12 17
.�► � is _ Op. �2
..x , 3rc.- n L4 L1, 5 0

FORMULA:
Where:
CALCULATION FOR TOTAL SOLIDS EN B10S01 iDS SAMPLE
o Total Solids
�A -BIxUK
C -B
A = Weight of dried residue — dish (mg)
B 1,Veiaht of empty dish (Mal
C W-eight of wet sample — d-i:h (mg)
fr i i C �J - G LI
Sample Oc�
v
Weitrht of dried residue - dish:
Duplicate weight of dried residue -;- dish:
Weiahht of emptti- dish
weiaht of tivet sample . dish :
% Total Solids = � 5 � ;� �5 LI
cj a)e c�ber1
��C�i� C E `� 'y Q nT-e C �� z-SA l LLB
Ll S

FECAL COLIFORM FOR 1MILIIICIPAL BIOSOLIDS
A-1 Medium
Double Strength Single Strength
10' dilutioa 10 ml sample 10'' dilution LO ml sample
Single Strength
I0 2 dilution 1.0 m1 sample
Single Strength
10" dilution 0.1 ml sample
Date Time Test Set -Up: 11-1L�) 13C)l Date Time Test Read: 1 -17 -,2LJ / 131c-)
Time Placed in Incubator: ( 0 ( Incubator Temp:�C-
Time Transferred to Water Bath: 0 Water Bath Temp: '--f Li C'6'
Operator
V'�YS NMedia Lot A I7 ' .L' R 6 �r
� 5 5`
% Solids �, o
•���, /� � Sampler
MPN Fecal Coliform 10 x l IPN Index / 100 rnl
per Gram Total Solids Largest Volume x °o Dry, Solids
NOTE: � indicates positive results; -indicates negative results
Biosolids Collection: Date 19") L- --le— �
Tune I2c i S pp,
�c
' 35. 1 1 A 1 1,f a A Or

CUCL"LATI0 FOR TOT.-kL. SOLIDS i\4 BIOSOLIDS SAMPLE
FORMULA:
0 o Total Solids = ! '. - B) 1+_��
C -B
A = "Weight of dried resid-l_ - dija (u1_�)
B -'Weight of eM 0 , dish (mg.
C = iejRht of wet s,,-uple -- dish (r-L7I
mpler : Lf �:-
Sa
Nt, 62ht of dried residue - dish:
Duplicate v e iaht of dried residue + dish
Weight of empty dish .�
eisht of wtt sample + dish j C) G�
% Total Solids