WQ0001684_2014 Residual Annual Report_20150302

CITY OF ASHEBORO, NC
RESIDUALS LAND APPLICATION PROGRAM
Permit No. WQ0001684
2014 ANNUAL REPORT

City of Asheboro, NC
Residuals Land Application Program
2014 Annual Report
TABLE OF CONTENTS
1. Certification Form, Annual Operations Summary, Facility and
Land Applier Contact Information
2. Annual Residual Sampling Summary Forms, Residuals Analysis,
&SAR Calculation Pages
3. Annual Land Application Field Summary Forms
4. TCLP Analysis
5. Pathogen ReductionNector Attraction Reduction
6. Soil pH & Lime Application Records
7. Soil Analyses

ANNUAL LAND APPLICATION CERTIFICATION FORM
WQ Permit#: W00001684 County Randolph Year 2014 •
Facility Name(as shown on permit)City of Asheboro WWTP NPDES No.NC0026123
• LandApplication Operator Svnagro Phone# [phone]
Land application of residuals as allowed by the above permit occurred during the past calendar year?
X YES NO. If NO,skip Part A,and Part B and proceed to Part C. Also,if residuals were generated but not land applied,
please attach an explanation on how the residuals were handled.
Part A—Residuals Application Summary:
Total number of application fields in the permit: 54
Total number of fields utilized for land application during the year: 17
Total amount of dry tons applied during the year for all application sites: 1112.87
Total number of acres utilized for land application during the year: 254.1
Part B—Annual Compliance Statement:
Facility was compliant during calendar year 2014 with all conditions of the land application permit(including but not limited to items
1-13 below)issued by the Division of Water Quality X YES NO.
If no,please provide a written description why the facility was not compliant,the dates,and explain corrective action taken.
1. Only residuals approved for this permit were applied to the permitted sites.
2. Soil pH was adjusted as specified in the permit and lime was applied(if needed)to achieve a soil pH of at least 6.0 or the
limit specified in the permit.
3. Annual soils analysis was performed on each site receiving residuals during the past calendar year and three(3)copies of
laboratory results are attached.
4. Annual TCLP analysis(if required)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 15A NCAC 02T.1105(a)or the Pollutant Loading
Rates in 15A NCAC 02T.1105(b)(Applicable to 40 CFR Part 503 regulated facilities).
7. All general requirements as specified in the Land Application Permit were complied with(applicable to 40 CFR Part 503
regulated facilities).
8. All monitoring and reporting requirements in 15A NCAC 02T.1111 were complied with(applicable to 40 CFR Part 503
regulated facilities).
9. 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. .
10. No contravention of Ground Water Quality Standards occurred at a monitoring well or explanations of violations are
attached to include appropriate actions and remediations.
11. Vegetative cover was maintained and proper crop management was performed on each site receiving residuals,as specified
in the permit.
12. No runoff of residuals from the application sites onto adjacent property or nearby surface waters has occurred.
13. All buffer requirements as specified on the permit were maintained during each application of residuals.
Part C—Certification:
"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."
Michael Wiseman,WWTP Manager i- , , _ Z
Permittee Name and Title(type or print) e r :tteeolg a
nT-2 '2015
Signature of Preparer* . Date ignature of Lan: Applier Date
(if different from Permittee) (if different from Permittee and Preparer)
*Preparer is defined in 40 CFR Part 503.9(r)and 15A NCAC 02T.1102(26) DENR FORM ACF(12/2006)

2014 ANNUAL OPERATIONS SUMMARY - LAND APPLICATION
ASHEBORO, NC
ASHEBORO, NC ANAEROBICALLY DIGESTED CAKE
DRY METRIC
MONTH/YEAR AMOUNT UNIT DRY TONS UNIT TONS
May 2014 3,840.00 Y 618.39 D 560.86
June 2014 1,056.00 Y 170.06 D 154.24
September 2014 480.00 Y 79.11 D 71.75
October 2014 1,510.00 Y 245.31 D 222.51
YEARLY TOTAL 6,886.00 Y 1,112.87 D 1,009.36
1
1/28/2015

2014 ANNUAL REPORT
PROJECT: City of Asheboro Water and Sewer
Asheboro, NC
FACILITY: City of Asheboro WWTP
1032 Bonkemeyer Dr.
Asheboro, NC 27203
[phone]
WWTP NPDES: NC0026123
RESPONSIBLE OFFICIAL: Michael Wiseman
City of Asheboro WWTP
1032 Bonkemeyer Dr.
Asheboro, NC 27203
[phone]
FACILITY OPERATOR: Michael Wiseman
City of Asheboro WWTP
See above
LAND APPLIER AND
PREPARER OF LAND
APPLICATION ANNUAL REPORT: Synagro Central, LLC
Contact: Marshall Puryear
[phone] ext. 17

I
ANNUAL RESIDUALS 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: WQ0001684 Laboratory
Facility Name: ASHEBORO, NC A&L Eastern Laboratories Inc.
NPDES# : NC0026123
or WQ# (residual only)
WWTP Name: ASHEBORO
Residuals Analysis Data
Product Type ANDCAK ANDCAK ANDCAK ANDCAK ANDCAK
Date Sampled (grab)or 01/07/14 03/18/14 04/23/14 07/10/14 09/17/14
Date Composited
Percent Solids 18.79 18.26 19.12 19.57 19.29 ::
•
PARAMETERS (mg/kg dry weight)
Arsenic 6 6 6 5 7
Cadmium <2 <2 <2 <2 <2 .
Mercury 0.9 0.4 - 0.7 1.6 2.8
Chromium 230 204 180 236 267
Copper 279 264 243 295 275
Lead 20 23 22 20 20
Molybdenum 36 56 36 23 22
Nickel 28 35 32 26 26
Selenium 7 5 6 <5 5
Zinc 697 694 654 730 - 725
Total Phosphorus 27300 23400 22200 25900 26700
TKN 48500 50400 48300 35100. 48400
Ammonia-Nitrogen 12900 12800 11300 8280 9640
Nitrate and Nitrite 6.39 13.7 6.8 6.13 13
"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."
X icy Ii✓ ,✓�. 44e4. -- Date ZA�f/S
(SIGNATURE OF PREPARER)
DENR FORM RSSF (5/2003) Printed:Wednesday-January 28,2015 at 15:03:21 for:2002 01

t I
ANNUAL RESIDUALS 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: WQ0001684 Laboratory
Facility Name: ASHEBORO, NC A&L Eastern Laboratories Inc.
NPDES# NC0026123 •
or WQ# (residual only)
WWTP Name: ASHEBORO
Residuals Analysis Data
Product Type ANDCAK ANDCAK ANDCAK ANDCAK ANDCAK
Date Sampled (grab)or 01/07/14 03/18/14 04/23/14 07/10/14 09/17/14
Date Composited
Percent Solids 18.79 18.26 19.12 19.57 19.29
PARAMETERS (mg/kg dry weight)
Aluminum 38500 40400 44800 56400 56300
Calcium 20100 19000 14900 17900 20400
Magnesium 2920 2560 2460 3080 3010 _
pH 8.72 8.76 8.80 8.14 8.14
Potassium 2270 2030 1860 1830 1700
Sodium 1560 1430 1140 1540 1720
"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."
X o.� Z'. / .�,, ...—_ Date 2 Jjo/f S'
(SIGNATURE OF PREPARER) V
NR- Data Not Reported or Data Not Required
DENR FORM RSSF-B (7/2002) Printed:Wednesday-January 28,2015 at 15:03:47 for:2002 01

Page: 1 of 2 ..._—___
Report Number: 14-010-0206 �`. A&L Eastern Laboratories, Inc..
Account Number: 46434 7621 WhitepirieRoad Richmond,Virginia23237 (804)7439401 Fax[phone]
0
Submitted By: JAMES BLACKWELL wwwaleastern.com
Send To: SYNAGRO CENTRAL LLC/ASHEBORO Project:ASHEBORO WWTP
Mary Brewer NC CERT#257
284 BOGER RD
MOCKSVILLE, NC.27028 .
•
REPORT OF ANALYSIS Date Sampled: 1/7/2014 14:20:00
Lab Number: 97425 Date Received: 01/10/2014 00:00 •
Sample Id :ASHEBORO WWTP Date Reported: 01/15/2014
RESULT RESULT QUANTITATION LIMIT ANALYSIS
PARAMETER (%) (mg/kg) (mg/kg*) ANALYST DATE/TIME METHOD
Total Solids* 18.79 187900 100.0 JM 01/10/2014 14:19 SM-2540G
Moisture* _ 81.21 • 100.0 JM 01/10/2014 14:19 SM-2540G
Total Kjeldahl Nitrogen 4.85 48500 10.0 JM 01/13/2014 08:30 SM-4500-NH3C-TKN
Total Phosphorus 2.73 27300 100 KM 01/13/2014 11:35 SW 6010C
Total Potassium 0.23 2270 100 . KM 01/13/2014 11:35 SW 6010C •
Total Sulfur 1.06 10600 100 KM ;21/13/2014 11:35 SW 6010C .
Total Calcium 2.01 20100 100 KM 01/13/2014 11:35 SW 6010C
Total Magnesium 0.29 2920 100 KM 01/13/2014 11:35 . SW 6010C
Total Sodium 0.16 1560 100 KM 01/13/2014 11:35 SW 6010C
Total Iron 14800 100 KM 01/13/2014 11:35 SW 6010C
• Total Aluminum 38500 100 KM 01/13/2014 11:35 SW 6010C
Total Manganese 5040 5 KM 01/13/2014 11:35 SW 6010C
Total Copper 279 5 KM 01/13/2014 11:35 SW 6010C
Total Zinc. 697 5 KM 01/13/2014 11:35 SW 6010C .
Ammonia Nitrogen 1.29 12900 10.0 JM 01/13/2014 08:30 SM-4500-NH3C
Organic N 3.56 35600 10.0 01/13/2014 08:30 CALCULATION
Nitrate+Nitrite-N 6.39 2.00 JM 01/13/2014 08:30 SM-4500NO3F
Total Cadmium <2.0 2.0 . KM 01/13/2014 11:35 SW 6010C
-All values are on a dry weight basis except as noted by asterisk. Detection limit on all N series is on a wet basis.
AL, tm
Our reports and letters are for the exclusive and confidential use of our clients,and may not be reproduced in whole or part,nor may any reference be made ja
to the work,the results,or the company in any advertising,news release,or other public announcements without obtaining our prior written authorization.
Debbie Holt,

•
Page: 2 of 2 ,., ..,..— -;
•
Report Number: 14-010-0206 rat
• A&L Eastern Laboratories, Incs
Account Number: 46434 7621 Whitepine Road Richmond,Virginia.23237 [phone] Fax[phone]
Submitted By: JAMES BLACKWELL wwwaleasteni.com
Send To: SYNAGRO CENTRAL LLC/ASHEBORO Project:ASHEBORO WWTP
Mary Brewer NC CERT#257
284 BOGER RD
MOCKSVILLE, NC 27028
REPORT OF ANALYSIS Date Sampled: 1/7/2014 14:20:00 •
Lab Number: 97425 Date Received: 01/10/2014 00:00
Sample Id :ASHEBORO WWTP • Date Reported: 01/15/2014
RESULT RESULT QUANTITATION LIMIT ANALYSIS
PARAMETER (%) (mg/kg) (mg/kg*) ANALYST DATE/TIME METHOD
Total Chromium 230 5 KM 01/13/2014 11:35 SW 6010C
Total Nickel 28 5 • KM 01/13/2014 11:35 SW 6010C
Total Lead • 20 5 KM 01/13/2014 11:35 SW 6010C '.
Total Arsenic 6.0 3.0 KM 01/13/2014 11:35 SW 6010C
Total Mercury 0.9 0.4 KM 01/13/2014 09:00 SW-7471B
Total Selenium 7.0 5.0 KM 01/13/2014 11:35 SW 6010C
pH(Standard Units)* 8.72 2.00 JM 01/13/2014 08:30 SW-9045D
Total Volatile Solids 63.74 637400 100.0 JM 01/10/2014 14:19 SM-2540G
Total Molybdenum 36 5 KM 01/13/2014 11:35 SW 6010C
Comments:
SULFUR AND ORGANIC NITROGEN NOT FOR COMPLIANCE PURPOSES.
QUALIFIER: THE MSD WAS OUT OF LIMITS FOR"NO3/NO2-N"AND"Se".THE MATRIX SPIKE WAS OUT OF LIMITS FOR"As"AND"S". ALL OTHER QC
DATA IS ACCEPTABLE.
•
All values are on a dry weight basis except as noted by asterisk. Detection limit on all N.series is on a wet basisl
Our reports and letters are for the exclusive and confidential use of our clients,and may not be reproduced in whole or part,nor may any reference be made,.. ,(`�l%��`
to the work,the results,or the company in any advertising,news release,or other public announcements without obtaining our prior written authorization. a-
Debbie Holt

I
S .MPt_!NO CO ._' iL A&L +r + 11Ir I f ! f( "`N OF CUSTODY
�t` Rrchrr fI1���III�II111I1I���I���I��I�fII'I�IIII�����III�1l� 46.734ra-o,ao�os RD & ANALYSIS
CUSTOMER, SYNAGRO SOUTHEAST 8d4/7 ASNAGRO EN TA Lc4ei_ta P.p�'���f'f�I��I � 2osa RECORD
113� 1 U
4 t,.4 ampling procedures
PROJECT MANAGER: S
i n of these samples.
Phone: ( q Ic% ) 49— 0'I LrAt
SAMP R
A& L CUSTOMER SAMPLING SAMPLE #OF SAMPLING METHOD METHOD
LAB# SAMPLE I.D. LOCATION TYPE CONTAINERS DATE TIME PRESERVED SHIPPED
'L0Y0 WIv y P I- S1--• 1 , .I "):zc,f .- C".....1c_--E-.-") v1.P?
, Re inquished by Sampler: Date Time Recieved by: REMARKS:
(.�, ���A.-.e, e. AalL,,cE‘ ,-`1-1 m.So vs.,
elinquished by: Date Time Recieved by:
Relinquished by: Date lime Recieved by:
SPECIAL INSTRUCTIONS:
For �� monitoring purposes. PO#: �`) ' +7 4
(STATE)
SAMPLE ANALYSIS REQUEST
I.D. 'Organic CaCO Volatile I
SLI SL2 NHa-N NO3 N N Cd Cr Ni Pb As j Hg Se PH equiv3 Solids MO 1 CI NO2-N
v1W-TP ,),4T,10° to' 1.04. P° 1,r Pdi kodr P# 1.°° P° Id° 10‘f 1.04w 10° 1.0°
SLi: Total Solids (Moisture), Total Kjelctaiil Nitrogen, Phosphorus, and Potassium
SL2: Basic Test SLI plus Sulfur, Calcium, Magnesium, Sodium, Iron,Aluminum, Manganese, Copper and Zinc
White-A&L Canary-MANAGER COPY

Sodium Absorption Ratio Calculation (SAR)
Product Code Product Name Sample Date Report Range Ratio
2002-01-ANDCAK-NC ASHEBORO,NC ANAEROBICALLY DIGESTED 1/7/2014 1/1/2014-2/28/2014 1.1768
CAKE
Na mg/I=(Na mg/kg x%Solids)+100=(1560 x 18.7900)+100=293.124
Ca mg/I=(Ca mg/kg x%Solids)+100=(20100 x 18.7900)+100=3776.79
Mg mg/I=(mg mg/kg x%Solids)+100=(2920 x 18.7900)+100=548.668
Na meq=Na mg/I+Molec.Wgt.Na=293.124+23=12.7445
Ca meq=Ca mg/I+Molec.Wgt.Ca=3776.79+20= 188.839
Mg meq=Mg mg/I+Molec.Wgt.Mg=548.668+12=45.7223
SAR=Na meq+SgrRoot[0.5 x(Ca meq+Mg meq)]=12.7445+SgrRoot[0.5(188.839+45.7223)]=1.17682
Printed: 1/28/2015
Page 1 15:17

Page: 1 of 2 —s—
Report Number: 14-080-0200 . �v , A&L. Eastern Laboratories, Inc.
Account Number: 46493 1 - `• 7621 Whitepine Road Richmond,Virginia 23237 [phone] Fax[phone]
Submitted By: JAMES BLACKWELL wwwaleastern.com
Send To: SYNAGRO CENTRAL LLC/STATESVILLE Project:ASHEBORO WWTP
Mary Brewer NC CERT#257
284 BOGER RD
MOCKSVILLE, NC 27028
REPORT OF ANALYSIS Date Sampled: 3/18/2014 13:10:00
Lab Number: 98509 Date Received: 03/21/2014 00:00
Sample Id :ASHEBORO WWTP Date Reported: 03/25/2014
RESULT RESULT QUANTITATION LIMIT - ANALYSIS
PARAMETER (%) -(mg/kg) (rng/kg*) ANALYST - DATE/TIME , _METHOD
Total Solids* 18.26 182600 100.0 BW 03/21/2014 13:59 SM-2540G
Moisture* 81.74 100.0 BW 03/21/2014 13:59 SM-2540G
Total Kjeldahl Nitrogen 5.04 50400 10.0 JM 03/24/2014 08:10 SM-4500-NH3C-TKN
Total Phosphorus 2.34 23400 100 KM 03/24/2014 11:30 SW 6010C
Total Potassium 0.20 2030 100 KM 03/24/2014 11:30 SW 6010C
Total Sulfur 0.97 9680 100 KM 03/24/2014 11:30 SW 6010C
Total Calcium 1.90 19000 100 KM 03/24/2014 11:30 SW 6010C
Total Magnesium 0.26 2560 100 KM 03/24/2014 11:30 SW 6010C
Total Sodium 0.14 1430 100 KM 03/24/2014 11:30 SW 6010C
Total Iron 16800 100 KM 03/24/2014 11:30 SW 6010C
Total Aluminum 40400 100 KM 03/24/2014 11:30 SW 6010C
Total Manganese 3760 5 KM 03/24/2014 11:30 SW 6010C
Total Copper 264 5 KM 03/24/2014 11:30 SW 6010C
Total Zinc 694 5 KM 03/24/2014 11:30 SW 6010C
Ammonia Nitrogen 1.28 12800 10.0 JM 03/24/2014 08:10 SM-4500-NH3C
Organic N 3.76 37600 10.0 03/24/2014 08:10 CALCULATION
Nitrate+Nitrite-N 13.7 2.00 JM 03/24/2014 08:10 SM-4500NO3F
Total Cadmium <2.0 2.0 KM 03/24/2014 11:30 SW 6010C
All values are on a dry weight basis except as noted by asterisk. Detection limit on all N series is on a wet basis.
Our reports and letters are for the exclusive and confidential use of our clients,and may not be reproduced in whole or part,nor may any reference be madetaii2,4;
6_...j....t. ,
to the work,the results,or the company in any advertising,news release,or other public announcements without obtaining our prior written authorization.
Debbie Holt

•
• , 1
•
Page: 2 of 2 -- .
/.
Report Number: 14-080-0200 A&L Eastern Laboratories, Inc.- •
Account Number: 46493 { at'
7621 Whitepine Road Richmond,Virginia 23237 [phone] Fax[phone]
Submitted By: JAMES BLACKWELL www.aleastern.com
Send To: SYNAGRO CENTRAL LLC/STATESVILLE Project:ASHEBORO WWTP
Mary Brewer NC CERT#257
284 BOGER RD
MOCKSVILLE, NC 27028 .
REPORT OF ANALYSIS Date Sampled: 3/18/2014 13:10:00
Lab Number: 98509 Date Received: 03/21/2014 00:00 •
Sample Id :ASHEBORO WWTP • Date Reported: 03/25/2014
RESULT RESULT QUANTITATION LIMIT ANALYSIS
PARAMETER (%) (mg/kg) (mg/kg*) ANALYST DATE/TIME METHOD
Total Chromium • 204 5 KM 03/24/2014 11:30 SW 6010C
•
Total Nickel 35 5 KM 03/24/2014 11:30 SW 6010C
Total Lead 23 5 KM 03/24/2014 11:30 SW 6010C
Total Arsenic 6.0 3.0 KM 03/24/2014 11:30 SW 6010C
Total Mercury 0.4 0.4 KM 03/24/2014 09:00 SW-7471B •
Total Selenium 5.0 5.0 KM 03/24/2014 11:30 SW 6010C
pH(Standard Units)* 8.76 2.00 JM "03/24/2014 08:10 SW-9045D
Total Volatile Solids 61.16 611600 100.0 BW 03/21/2014 13:59 SM-2540G
Total Molybdenum 56 5 KM 03/24/2014 11:30 SW 6010C
Comments: •
SULFUR AND ORGANIC NITROGEN NOT FOR COMPLIANCE PURPOSES.
QUALIFIER:-THE MATRIX SPIKE WAS OUT OF LIMITS FOR"Al". ALL OTHER QC DATA IS ACCEPTABLE.
All values are on a dry weight basis except as noted by asterisk. Detection limit on all N series is on a wet basis. fti.
4144
Our rePorts and letters are for the exclusive and confidential use of our clients,and may not be reproduced in whole or part,nor may any reference be made *
to the work,the results,or the company in any advertising,news release,or other public announcements without obtaining our prior written authorization.
Debbie Holt

Sodium Absorption Ratio Calculation (SAR)
Product Code Product Name Sample Date Report Range Ratio
2002-01-ANDCAK-NC ASHEBORO,NC ANAEROBICALLY DIGESTED 3/18/2014 3/1/2014-4/30/2014 1.1016
CAKE
Na mg/I=(Na mg/kg x%Solids)_100=(1430 x 18.2600)4.100=261.118
Ca mg/I=(Ca mg/kg x%Solids)=100=(19000 x 18.2600)=100=3469.4
Mg mg/I=(mg mg/kg x%Solids)_100=(2560 x 18.2600)=100=467.456
Na meq=Na mg/I=Molec.Wgt.Na=261.118=23=11.353
Ca meq=Ca mg/I_Molec.Wgt.Ca=3469.4_20=173.47
Mg meq=Mg mg/I+Molec.Wgt.Mg=467.456_12=38.9547
SAR=Na meq+SgrRoot[0.5 x(Ca meq+Mg meq)]=11.353_SgrRoot[0.5(173.47+38.9547)]=1.10159
•
Printed: 1/28/2015
Page 1 15:18

I
Page: 1 of 2 M--s • -
Report Number: 14-119-0202 • A&L Eastern Laboratories, Inc..
Account Number: 46434 �' i 23237 ( )7
7621 Whitepine Road Richmond,Virginia [phone] Fax[phone]
' -a
Submitted By: MARSHALL PURYEAR wwwaleastern.com
•Send To: SYNAGRO CENTRAL LLC/ASHEBORO Project:ASHEBORO WWTP
Mary Brewer NC CERT#257
284 BOGER RD
MOCKSVILLE, NC 27028
• REPORT OF ANALYSIS Date Sampled: 4/23/2014 15:45:00
Lab Number: 55061 ° Date Received: 04/29/2014 00:00 •
Sample Id :ASHEBORO WWTP Date Reported: 05/02/2014
RESULT RESULT' . QUANTITATION,LIMIT ° ° ANALYSIS
. PARAMETER ' ANALYST METHOD
%) ° ° (mg/kg)' - (mg/kg*) ° ° DATErnmE °
Total Solids* 19.12 191200 100.0 JM 04/29/2014 15:00 SM-2540G
Moisture* 80.88 100.0 JM 04/29/2014 15:00 SM-2540G
Total Kjeldahl Nitrogen 4.83 48300 10.0 JM -04/30/2014 08:35 SM-4500-NH3C-TKN
Total Phosphorus 2.22 22200 100 KM 05/01/2014 08:58 SW 6010C
Total Potassium 0.19 1860 100 KM 05/01/2014 08:58 SW 6010C
Total Sulfur 0.95 9460 100 KM 05/01/2014 08:58 SW 6010C
Total Calcium 1.49 14900 100 KM 05/01/2014 08:58 SW 6010C
Total Magnesium 0.25 2460 100 KM 05/01/2014 08:58 SW 6010C
Total Sodium 0.11 1140 100 KM 05/01/2014 08:58 SW 6010-C
Total Iron 17200 100 KM 05/01/2014 08:58 SW 6010C
Total Aluminum 44800 100 KM 05/01/2014 08:58 SW 6010C
Total Manganese 3480 5 KM 05/01/2014 08:58 SW 6010C
Total Copper 243 5 KM 05/01/2014 08:58 SW 6010C
Total Zinc 654 5 KM 05/01/2014 08:58 SW 6010C
Ammonia Nitrogen 1.13 11300 10.0 JM 04/30/2014 08:35 SM-4500-NH3C
Organic N 3.70 37000 10.0 04/30/2014 08:35 CALCULATION
Nitrate+Nitrite-N 6.80 2.00 JM 04/30/2014 08:35 SM-4500NO3F
Total Cadmium <2.0 2.0 KM 05/01/2014 08:58 SW 6010C
All values are on a dry weight basis except as noted by asterisk. Detection limit on all N series is on a wet basis.
ki
Our reports and letters are for the exclusive and confidential use of our clients,and may not be reproduced in whole or part,nor may any reference be made `a/eLm
to the work,the results,or the company in any advertising,news release,or other public announcements without obtaining our prior written authorization.
Debbie Holt

i
Page: 2 of 2
Report Number: 14-119-0202 . . a ' A&L Eastern Laboratories., Inc..
Account Number: 46434 at
' 7621 WhitepineRoad Richmond,Virginia 23237, [phone] Fax[phone]
Submitted By: MARSHALL PURYEAR www,aleastern.com •
•
Send To: SYNAGRO CENTRAL LLC/ASHEBORO Project:ASHEBORO WWTP
Mary Brewer NC CERT#257
284 BOGER RD
MOCKSVILLE, NC 27028
REPORT OF ANALYSIS Date Sampled: 4/23/2014 15:45:00
Lab Number: 55061 . Date Received: 04/29/2014 00:00
Sample Id :ASHEBORO WWTP Date Reported: 05/02/2014
RESULT RESULT QUANTITATION LIMIT ANALYSIS
PARAMETER (%) (mg/kg) (mg/kg*) ANALYST DATE/TIME METHOD
•
Total Chromium 180 5 KM 05/01/2014 08:58 SW 6010C
Total Nickel 32 5 KM 05/01/2014 08:58 SW 6010C
Total Lead 22 5 KM 05/01/2014 08:58 SW 6010C •
Total Arsenic 6.0 3.0 KM 05/01/2014 08:58 SW 6010C
Total Mercury 0.7 0.4 KM 04/30/2014 09:00 SW-7471B
Total Selenium 6.0 5.0 KM 05/01/2014 08:58 SW 6010C
pH(Standard Units)* 8.80 2.00 JM 04/30/2014 08:35 SW-9045D
Total Molybdenum 36 5 KM 05/01/2014 08:58 SW 6010C •
Comments:
SULFUR AND ORGANIC NITROGEN NOT FOR COMPLIANCE PURPOSES.
QUALIFIER: THE MATRIX SPIKE WAS OUT OF LIMITS FOR"NO3/NO2-N","Al","K","P",AND"S". ALL OTHER QC DATA IS ACCEPTABLE.
•
•
•
All values are on a dry weight basis except as noted by asterisk. Detection limit on all N series is on a wet basis.
‘M ' . ,
Our reports and letters are for the exclusive,and confidential use of our clients,and may not be reproduced in whole or part,nor may any reference be made 101A
to the work,the results,or the company in any advertising,news release,or other public announcements without obtaining our prior written authorization.
Debbie Holt

Sodium Absorption Ratio Calculation (SAR)
Product Code Product Name Sample Date Report.Range Ratio
2002-01-ANDCAK-NC ASHEBORO,NC ANAEROBICALLY DIGESTED 4/23/2014 5/1/2014-6/30/2014 0.9944
CAKE
• Na mg/I=(Na mg/kg x%Solids)+100=(1140 x 19.1200)+100=217.968
Ca mg/I=(Ca mg/kg x%Solids)+100=(14900 x 19.1200)+100=2848.88
Mg mg/I=(mg mg/kg x%Solids)+100=(2460 x 19.1200)+100=470.352
Na meq=Na mg/I+Molec.Wgt.Na=217.968+23=9.47687
Ca meq=Ca mg/I+Molec.Wgt.Ca=2848.88+20=142.444
Mg meq=Mg mg/I+Molec.Wgt.Mg=470.352+12=39.196
SAR=Na meq+SgrRoot[0.5 x(Ca meq+Mg meq)]=9.47687+SgrRoot[0.5(142.444+39.196)]=0.99443
•
•
Printed: 1/28/2015
Page 1 15:18

1
Page: 1 of 2 ,.
Report Number: 14-196-0200 'F fit A&L Eastern Laboratories, Inc._
Account Number: 46434 7621 Whitepine Road Richmond,Virginia 23237 [phone] Fax[phone]
Submitted By: WILL VARNER wwwaleastern.com
Send To: SYNAGRO CENTRAL LLC/ASHEBORO Project:ASHEBORO
Mary Brewer NC CERT#257
284 BOGER RD
• MOCKSVILLE, NC 27028
• REPORT OF ANALYSIS Date Sampled: 7/10/2014 12:00:00
Lab Number: 56466 Date Received: 07/15/2014 00:00
Sample Id : ASHEBORO Date Reported: 07/21/2014
RESULT RESULT QUANTITATION LIMIT ANALYSIS
PARAMETER ("/o) (mg/kg) (ng/kg`) ANALYST DATE/TIME METHOD
Total Solids* 19.57 195700 100.0 BW 07/15/2014 15:00 SM-2540G
Moisture* 80.43 100.0 BW 07/15/2014 15:00 SM-2540G
Total Kjeldahl Nitrogen . 3.51 35100 10.0 MW 07/16/2014 07:59 SM-4500-NH3C-TKN
Total Phosphorus 2.59 25900 , 100 BW 07/16/2014 09:30 SW 6010C
Total Potassium 0.18 1830 . 100 BW 07/16/2014 09:30 SW 6010C
Total Sulfur 1.13 11300 100 BW 07/16/2014 09:30 SW 6010C
Total Calcium 1.79 17900 100 BW 07/16/2014 09:30 SW 6010C
Total Magnesium 0.31 3080 100 BW 07/16/2014 09:30 SW 6010C
Total Sodium 0.15 1540 100 BW 07/16/2014 09:30 SW 6010C
Total Iron 16100 , 100 BW 07/16/2014 09:30 SW 6010C
Total Aluminum 56400 100 BW 07/16/2014 09:30 SW 6010C
Total Manganese 3300 5 BW 07/16/2014 09:30 SW 6010C
Total Copper 295 5 BW 07/16/2014 09:30 SW 6010C
Total Zinc 730 5 BW 07/16/2014 09:30 SW 6010C
Ammonia Nitrogen • 0.83 8280 10.0 MW 07/16/2014 07:59 SM-4500-NH3C
Organic N 2.68 26820 10.0 `07/16/2014 07:59 CALCULATION
Nitrate+Nitrite-N 6.13 2.00 MW 07/16/2014 08:00 SM-4500NO3F
Total Cadmium . <2.0 2.0 BW 07/16/2014 09:30 SW 6010C
All values are on a dry weight basis except as noted by asterisk. Detection limit on all N series is on a wet basis. kiitam .
Our reports and letters are for the exclusive and confidential use of our clients,and may not be reproduced in whole or part,nor may any reference be made
to the work,the results,or the company in any advertising,news release,or other public announcements without obtaining our prior written authorization.
Debbie Holt

Page: 2 of 2
Report Number: 14-196-0200 u , ' A&L.Eastern Laboratories, Inc.,
Account Number: 46434 � ,' 7621 WhitepineRoad Richmond,Virginia 23237 (804),743-9401 Fax[phone]
Submitted By: WILL VARNER wwwaleastern.com
•
Send To: SYNAGRO CENTRAL LLC/ASHEBORO Project:ASHEBORO -
Mary Brewer NC CERT#257
284 BOGER RD
MOCKSVILLE, NC 27028
REPORT OF ANALYSIS Date Sampled: 7/10/2014 12:00:00
Lab Number: 56466 Date Received: 07/15/2014 00:00
Sample Id : ASHEBORO Date Reported: 07/21/2014
' RESULT RESULT QUANTITATION LIMIT . ANALYSIS
PARAMETER (%) (mg/kg) (mg/kg*) ANALYST DATE/TIME METHOD
Total Chromium 236 5 BW 07/16/2014 09:30 SW 6010C
Total Nickel 26 5 BW 07/16/2014 09:30 SW 6010C
Total Lead 20 5 BW 07/16/2014 09:30 SW 6010C
Total Arsenic 5.0 3.0 BW 07/16/2014 09:30 SW 6010C
Total Mercury 1.6 0.4 JM 07/16/2014 08:30 SW-7471B
Total Selenium <5.0 5.0 BW 07/16/2014 09:30 SW 6010C
pH(Standard Units)* 8.14 2.00 MW 07/16/2014 09:04 SW-9045D
Total Molybdenum 23 5 BW 07/16/2014 09:30 SW 6010C
Comments:
SULFUR AND ORGANIC NITROGEN NOT FOR COMPLIANCE PURPOSES.
QUALIFIER: THE MATRIX SPIKE WAS OUT OF LIMITS FOR"Al"AND"Cr". ALL OTHER QC DATA IS ACCEPTABLE.
•
All values are on a dry weight basis except as noted by asterisk. Detection limit on all N series is on a wet basis.
Our reports and letters are for the exclusive and confidential use of our clients,and may not be reproduced in whole or pad,nor may any reference,be made iii2A/021.to the work,the results,or the company in any advertising,news release,or other public announcements without obtaining our prior written authorization.
Debbie Holt

Sodium Absorption Ratio Calculation (SAR)
Product Code Product Name Sample Date Report Range Ratio
2002-01-ANDCAK-NC ASHEBORO,NC ANAEROBICALLY DIGESTED 7/10/2014 . 7/1/2014-9/30/2014 1.2344
CAKE
Na mg/I=(Na mg/kg x%Solids)_100=(1540 x 19.5700)=100=301.378
Ca mg/I=(Ca mg/kg x%Solids)=100=(17900 x 19.5700)=100=3503.03
Mg mg/I=(mg mg/kg x%Solids)_100=(3080 x 19.5700)=100=602.756
Na meq=Na mg/I_Molec.Wgt.Na=301.378_23=13.1034
Ca meq=Ca mg/I=Molec.Wgt.Ca=3503.03=20=175.152
Mg meq=Mg mg/I+Molec.Wgt.Mg=602.756=12=50.2297
SAR=Na meq=SgrRoot[0.5 x(Ca meq+Mg meq)]=13.1034=SgrRoot[0.5(175.152+50.2297)]=1.23435
Printed: 1/28/2015
Page 1 15:19

Page: 1 of 2 --- '--
Report Number: 14-261-0207 v A&L Eastern Laboratories, Inc..
Account Number: 46434 .7621 Whitepine Road Richmond,Virginia 23237 [phone] Fax[phone]
Submitted By:. MARSHALL www,aleastern.coin
Send To: SYNAGRO CENTRAL LLC/ASHEBORO Project:ASHEBORO WWTP/NC CERT#257
Mary Brewer
284 BOGER RD
MOCKSVILLE, NC 27028
REPORT OF ANALYSIS Date Sampled: 9/17/2014 10:30:00
Lab Number: 57650 Date Received: 09/18/2014 00:00
Sample Id :ASHEBORO WWTP Date Reported: 09/24/2014
RESULT RESULT QUANTITATION LIMIT ANALYSIS
PARAMETER (%) (mg/kg) (mg/kg*) ANALYST DATE/TIME METHOD
Total Solids* 19.29 192900 100.0 RD 09/18/2014 14:19 SM-2540G
Moisture* 80.71 100.0 RD 09/18/2014 14:19 SM-2540G
Total Kjeldahl Nitrogen 4.84 48400 10.0 JM 09/19/2014 08:30 SM-4500-NH3C-TKN
Total Phosphorus 2.67 26700 100 KM 09/22/2014 13:39 SW 6010C
Total Potassium 0.17 1700 100 KM 09/22/2014 13:39 SW 6010C
Total Sulfur 1.09 10900 100 KM 09/22/2014 13:39 SW 6010C
Total Calcium 2.04 20400 100 KM 09/22/2014 13:39 SW 6010C
Total Magnesium 0.30 3010 100 • KM 09/22/2014 13:39 SW 6010C
Total Sodium 0.17 1720 100 KM 09/22/2014 13:39 SW 6010C
Total Iron 16100 100 KM 09/22/2014 13:39 SW 6010C
Total Aluminum 56300 100 KM 09/22/2014 13:39 SW 6010C
Total Manganese 3510 5 KM 09/22/2014 13:39 SW 6010C
Total Copper 275 5 KM 09/22/2014 13:39 SW 6010C
Total Zinc 725 5 KM 09/22/2014 13:39 SW 6010C
Ammonia Nitrogen 0.96 9640 10.0 JM 09/19/2014 08:30 SM-4500-NH3C
Organic N 3.88 38760 10.0 09/19/2014 08:30 CALCULATION •
Nitrate+Nitrite-N 13.0 .2.00 JM 09/22/2014 08:25 SM-4500NO3F
Total Cadmium <2.0 2.0 KM 09/22/2014 13:39 SW 6010C
All values are on a dry weight basis except as noted by asterisk. Detection limit on all N series is on a wet basis. 6/2hall-(11
•
Our reports and letters are for the exclusive and confidential use of our clients,and may not be reproduced in whole or part,nor may any reference be made
to the work,the results,or the company in any advertising,news release,or other public announcements without obtaining our prior written authorization.
Debbie Holt

Page: 2 of 2 _—
Report Number: 14-261-0207 1 rit A&L Eastern Laboratories, Inc..
Account Number: 46434 .7621 Whitepine Road Richmond,Virginia 23237 [phone] Fax[phone]
Submitted By: MARSHALL www,aleastern.com .
Send To: SYNAGRO CENTRAL LLC/ASHEBORO Project:ASHEBORO WWTP/NC CERT#257
Mary Brewer
284 BOGER RD
MOCKSVILLE, NC 27028
REPORT OF ANALYSIS Date Sampled: 9/17/2014 10:30:00
Lab Number: 57650 Date Received: 09/18/2014 00:00
•
Sample Id :ASHEBORO WWTP Date Reported: 09/24/2014
RESULT RESULT QUANTITATION LIMIT ANALYSIS
PARAMETER (%) (mg/kg) (mg/kg`) ANALYST DATE/TIME METHOD
Total Chromium 267 5 KM 09/22/2014 13:39 SW 6010C
Total Nickel 26 5 KM -09/22/2014 13:39 SW 6010C
•
Total Lead • 20 • 5 KM 09/22/2014 13:39 SW 6010C
Total Arsenic 7.0 3.0 KM 09/22/2014 13:39 SW 6010C
Total Mercury 2.8 0.4 KM 09/22/2014 10:10 SW-7471 B
Total Selenium 5.0 5.0 KM 09/22/2014 13:39 SW 6010C •
pH(Standard Units)* 8.14 2.00 JM 09/19/2014 08:30 SW-9045D
Total Molybdenum 22 5 KM 09/22/2014 13:39 SW 6010C
' Comments:
SULFUR AND ORGANIC NITROGEN NOT FOR COMPLIANCE PURPOSES. •
QUALIFIER: THE MATRIX SPIKE WAS OUT'OF LIMITS FOR"NO3/NO2-N". ALL OTHER QC DATA IS ACCEPTABLE.
All values are on a dry weight basis except as noted by asterisk. Detection limit on all N series is on a wet basis.
Our reports and letters are for the exclusive and confidential use of our clients,and may not be reproduced in whole or part,nor may any reference be made gjiatel.
to the work,the results,or the company in any advertising,news release,or other public announcements without obtaining our prior written authorization.
Debbie Holt

Sodium Absorption Ratio Calculation (SAR)
•
Product Code Product Name Sample Date Report Range Ratio
2002-01-ANDCAK-NC ASHEBORO,NC ANAEROBICALLY DIGESTED 9/17/2014 10/1/2014-12/31/2014 1.3030
CAKE
Na mg/I=(Na mg/kg x%Solids)=100=(1720 x 19.2900)=100=331.788
Ca mg/I=(Ca mg/kg x%Solids)_100=(20400 x 19.2900)=100=3935.16
Mg mg/I=(mg mg/kg x%Solids)_100=(3010 x 19.2900)=100=580.629
Na meq=Na mg/I=Molec.Wgt.Na=331.788=23=14.4256
Ca meq=Ca mg/I+Molec.Wgt.Ca=3935.16+20=196.758
Mg meq=Mg mg/I=Molec.Wgt.Mg=580.629+12=48.3857
SAR=Na meq+SgrRoot[0.5 x(Ca meq+Mg meq)]=14.4256+SgrRoot[0.5(196.758+48.3857)]=1.30298
•
•
Printed: 1/28/2015
Page 1 15:19

•
ANNUAL LAND APPLICATION FIELD SUMMARY FORM
. Page: 1
FACILITY NAME: ASHEBORO,NC PREDOMINANT SOIL SERIES:ENON Lime Applied***
OWNER: CARL SARDI PERMIT#: W00001684 ANNUAL DRY TONS APPLIED: 159.75 Date Lbs/Ac
SITE#: NC GU 00015 FIELD#:GU 00015 0001 OPERATOR: STEVE FIELDS CATION EXCHANGE CAPACITY(NON-503):
RESIDUAL SOURCE(S):*See list at bottom of report ACRES UTILIZED: 33.80 ACRES PERMITTED: 33.80
3allons(G)or Cubic Yards(CY) Dry Site Inches Appli- Vola- Miner-
or Wet Tons(WT)(specify) "/" Tons Cond. Precip. cation tili- ali- Ammonia Nitrate PAN
DATE or Per Residual Dry,Wet, Past 24 Method zation zation TKN Nitrogen and (ppm) Crop
MONTH Total Per Acre Solids
5/27/14 416.00 (CY) 12.308 19.12 1.982 ASHANDC MOIST 0-<1/2" SUR 0.5 0.20 48,300.p 11,300.00 p 6.80 p 13057 I FESCUE
5/28/14 576.00 (CY) 17.041 19.12 2.744 ASHANDC MOIST 0-<I/2" SUR 0.5 0.20 48,300.p 11,300.00 p 6.80 p 13057 I FESCUE
May-14 992.00 (CY) 29.349I
Total Cubic Yds/Ac: 29.35
As Cd Cr Cu Pb Hg Mo Ni Se Zn P PAN
TOTALS:
123
Annual lbs/acre 0.057 0.019 1.701 2.297 0.208 0.007 0.340 0.302 0.057 6.182 209.84
- Rry
Cumulative lbs/acre 0.120 0.040 3.634 4.954 0.492 0.012 0.529 0.597 0.109 13.565 , t,
Permit PAN Limit (lbs/acre) 1st Crop/2nd Crop , , ; fw " 194
t7.7; a ,14: .r.x - o- n . ... w '''',A� n, ; ve e+%'xi..r a,:0 — i Qw: " w's. v
FD Cumulative Pollutant Loading Rate Limit (lbs/acre) 36.6 34.8 1339.0 267.9 15.0 375.0 89.0 2500.0 t n . r?°'l r'
ASHANDC=ASHEBORO,NC ANAEROBICALLY DIGESTED CAKE
•
X iii- - 40"2/ y11//..5---
(SIGNATURE OF LAND APPLIER) DATE
"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."
N/A=Not Applicable NR=Not Reported or Not Required %=percent p=ppm or mg/kg ** Volatilization Rate: Surface 0.5, Injection/Incorporation 1.0
* Application Method: SUR-Surface, INJ-Injection,SURIN-Incorporation *** See Site pH&Lime Application Records Section of Report for Fields where Lime is to be applied in 2015

ANNUAL LAND APPLICATION FIELD SUMMARY FORM
Page: 1
FACILITY NAME: ASHEBORO,NC PREDOMINANT SOIL SERIES:CORONACA Lime Applied***
OWNER: ROCKING F FARM LLC PERMIT#: W00001684 ANNUAL DRY TONS APPLIED: 20.61 Date Lbs/Ac
SITE#: NC GU 00016 FIELD#:GU 00016 0001 OPERATOR: STEVE FIELDS CATION EXCHANGE CAPACITY(NON-503):
RESIDUAL SOURCE(S):*See list at bottom of report ACRES UTILIZED: 4.40 ACRES PERMITTED: 4.40
Gallons(G)or Cubic Yards(CY) Dry Site Inches Appli- Vola- Miner-
or Wet Tons(WT)(specify) % Tons Cond. Precip. cation tili- ali- Ammonia Nitrate PAN
DATE or Per Residual Dry,Wet, Past 24 Method zation zation TKN Nitrogen and (ppm) Crop
MONTH Total Per Acre Solids
5/28/14 32.00 (CY) 7.273 19.12 1.171 ASHANDC DRY 0-<1/2" SUR 0.5 0.20 48,300.p 11,300.00 p 6.80 p 13057 I FESCUE
5/29/14 96.00 (CY) 21.818 19.12 3.513 ASHANDC DRY 0-<1/2" SUR 0.5 0.20 48,300.p 11,300.00 p 6.80 p 13057 I FESCUE
•
May-14 128.00 (CY) 29.0911
Total Cubic Yds/Ac: 29.09
As Cd Cr Cu, Pb Hg Mo Ni Se Zn P PAN
TOTALS:
122
Annual lbs/acre 0.056 0.019 1.686 2.277 0.206 0.007 0.337 0.300 0.056 6.128 208.00
Cumulative lbs/acre 0.056 0.019 1.686 2.277 0.206 0.007 0.337 0.300 0.056 6.128 '"' r, , ';'?:.Fk"
Permit PAN Limit (lbs/acre) 1st Crop/2nd Crop w' 216
FD Cumulative Pollutant Loading Rate Limit (lbs/acre) 36.6 34.8 1339.0 267.9 15.0 375.0 89.0 2500.0
ASHANDC=ASHEBORO,NC ANAEROBICALLY DIGESTED CAKE
X ‘44 --- ®2-/o171/2.5---
(SIGNATURE OF LAND APPLIER) DATE
"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."
N/A=Not Applicable NR=Not Reported or Not Required %=percent p=ppm or mg/kg ** Volatilization Rate: Surface 0.5, Injection/Incorporation 1.0
* Application Method: SUR-Surface, INJ-Injection,SURIN-Incorporation *** See Site pH&Lime Application Records Section of Report for Fields where Lime is to be applied in 2015

•
ANNUAL LAND APPLICATION FIELD SUMMARY FORM
Page: 1
FACILITY NAME: ASHEBORO,NC PREDOMINANT SOIL SERIES:ENON Lime Applied***
OWNER: ROCKING F FARM LLC PERMIT#: WQ0001684 ANNUAL DRY TONS APPLIED: 25.77 Date Lbs/Ac
SITE#: NC GU 00016 FIELD#:GU 00016 0003 OPERATOR: STEVE FIELDS CATION EXCHANGE CAPACITY(NON-503):
RESIDUAL SOURCE(S):*See list at bottom of report ACRES UTILIZED: 6.60 ACRES PERMITTED: 6.60
Gallons(G)or Cubic Yards(CY) Dry Site Inches Appli- Vola- Miner-
or Wet Tons(WT)(specify) % Tons Cond. Precip. cation tili- ali- Ammonia Nitrate pAN
DATE or Per Residual Dry,Wet, Past 24 Method zation zation TKN Nitrogen and (ppm) Crop
MONTH Total Per Acre Solids
5/28/14 32.00 (CY) 4.848 19.12 0.781 ASHANDC MOIST 0-<I/2" SUR 0.5 0.20 48,300.p 11,300.00 p 6.80 p 13057 I FESCUE
5/29/14 128.00 (CY) 19.394 19.12 3.123 ASHANDC DRY 0-<1/2" SUR 0.5 0.20 48,300.p 11,300.00 p 6.80 p 13057 1 FESCUE
May-14 160.00 (CY) 24.2421
Total Cubic Yds/Ac: 24.24
As Cd Cr Cu Pb Hg Mo Ni Se Zn P PAN
TOTALS:
Annual lbs/acre 102
0.047 0.016 1.405 1.897 0.172 0.005 0.281 0.250 0.047 5.106 173.33
Cumulative lbs/acre 0.047 0.016 1.405 1.897 0.172 0.005 0.281 0.250 0.047 5.106
Permit PAN Limit (lbs/acre) 1st Crop/2nd Crop '. ,,,2 194
FD Cumulative Pollutant LoadingRate Limit (lbs/acre)
36.6 34.8 gi 1339.0 267.9 15.0 375.0 89.0 25000 *% .
ASHANDC=ASHEBORO,NC ANAEROBICALLY DIGESTED CAKE
X 4,(A--- ©2/0 ‘,.,4 s
(SIGNATURE OF LAND APPLIER) DATE
"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."
N/A=Not Applicable NR=Not Reported or Not Required %=percent p=ppm or mg/kg ** Volatilization Rate: Surface 0.5, Injection/Incorporation 1.0
* Application Method: SUR-Surface, INJ-Injection,SURIN-Incorporation *** See Site pH&Lime Application Records Section of Report for Fields where Lime is to be applied in 2015

1
ANNUAL LAND APPLICATION FIELD SUMMARY FORM I
Page: 1
FACILITY NAME: ASHEBORO,NC PREDOMINANT SOIL SERIES:ENON • Lime Applied***
OWNER: ROCKING F FARM LLC PERMIT#: WQ0001684 ANNUAL DRY TONS APPLIED: 61.84 Date Lbs/Ac
SITE#: NC GU 00016 FIELD#:GU 00016 0004 OPERATOR: STEVE FIELDS CATION EXCHANGE CAPACITY(NON-503):
RESIDUAL SOURCE(S):*See list at bottom of report ACRES UTILIZED: 14.50 ACRES PERMITTED: 14.50
3allons(G)or Cubic Yards(CY) Dry Site Inches Appli- Vola- Miner-
or Wet Tons(WT)(specify) % Tons Cond. Precip. cation tili- ali- Ammonia Nitrate PAN
DATE or Per Residual Dry,Wet, Past 24 Method zation zation TKN Nitrogen and (ppm) Crop
MONTH Total Per Acre Solids
I
5/29/14 384.00 (CY) 26.483 119.12 4.265 ASHANDC DRY 0-<1/2" SUR 0.5 0.20 48,300.p 11,300.00 p 6.80 p 13057 FESCUE
May-14 384.00 (CY) 26.4831
Total Cubic Yds/Ac: 26.48
As Cd Cr Cu Pb Hg Mo Ni Se Zn P PAN
TOTALS:
Annual lbs/acre 111
• 0.051 0.017 1.535 2.073 0.188 0.006 0.307 0.273 0.051 . 5.578 189.35
Cumulative lbs/acre 0.051 0.017 1.535 2.073 0.188 0.006 0.307 0.273 0.051 5.578
Permit PAN Limit (lbs/acre) 1st Crop/2nd Crop , 4 , 194
FD Cumulative Pollutant Loading Rate Limit (lbs/acre) 36.6 34.8L - 1339.0 267.9 15.0 375.0 89.0 2500.0 ? "
ASHANDC=ASHEBORO,NC ANAEROBICALLY DIGESTED CAKE
•
X 1% _ C)z/o c//S--
(SIGNATURE OF LAND APPLIER) DATE
"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."
N/A=Not Applicable NR=Not Reported or Not Required %=percent p=ppm or mg/kg ** Volatilization Rate: Surface 0.5, Injection/Incorporation 1.0
* Application Method: SUR-Surface, INJ-Injection,SURIN-Incorporation *** See Site pH&Lime.Application Records Section of Report for Fields where Lime is to be applied in 2015

ANNUAL LAND APPLICATION FIELD SUMMARY FORM
Page: 1
FACILITY NAME: ASHEBORO,NC PREDOMINANT SOIL SERIES:ENON Lime Applied***
OWNER: LEONARD KEAN PERMIT#: W00001684 ANNUAL DRY TONS APPLIED: 72.14 Date Lbs/Ac
SITE#: NC GU 00019 FIELD#:GU 00019 0002 OPERATOR: STEVE FIELDS CATION EXCHANGE CAPACITY(NON-503):
RESIDUAL SOURCE(S):*See list at bottom of report ACRES UTILIZED: 15.10 ACRES PERMITTED: 15.10
Gallons(G)or Cubic Yards(CY) Dry Site Inches Appli- Vola- Miner
or Wet Tons(WT)(specify) Tons Cond. Precip. cation tili- ali- Ammonia Nitrate PAN
DATE or c� Per Residual Dry,Wet, Past 24 Method zation zation TKN Nitrogen and (ppm) Crop
MONTH Total Per Acre Solids
6/11/14 384.00 (CY) 25.430 19.12 4.095 ASHANDC DRY 0-<1/2" SUR 0.5 0.20 48,300.p 11,300.00 p 6.80 p 13057 FESCUE
6/12/14 64.00 (CY) 4.238 19.12 0.683 ASHANDC MOIST 0-<1/2" SUR 0.5 0.20 48,300.p 11,300.00 p 6.80 p 13057 FESCUE
Jun-14 448.00 (CY) 29.668I
Total Cubic Yds/Ac: 29.67
As Cd Cr Cu Pb Hg Mo Ni Se Zn P PAN
TOTALS:
125
Annual lbs/acre 0.057 0.019 1.720 2.322 0.210 0.007 0.344 0.306 0.057 6.249 .212.13
Cumulative lbs/acre 0.115 0.038 3.501 4.771 0.472 • 0.012 0.518 0.577 0.106 13.055 "°.1.' ':
Permit PAN Limit (lbs/acre) 1st Crop/2nd Crop 194
FD Cumulative Pollutant Loading Rate Limit (lbs/acre) 36.6 34.8 ; 1339.0 267.9 15.0 375.0 89.0 2500.0 i' tt `9 ':
ASHANDC=ASHEBORO,NC ANAEROBICALLY DIGESTED CAKE
X W4 ©il aYl/s
(SIGNATURE OF LAND APPLIER) DATE
"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."
N/A=Not Applicable NR=Not Reported or Not Required %=percent p=ppm or mg/kg ** Volatilization Rate: Surface 0.5, Injection/Incorporation 1.0
* Application Method: SUR-Surface, INJ-Injection,SURIN-Incorporation *** See Site pH&Lime Application Records Section of Report for Fields where Lime is to be applied in 2015

ANNUAL LAND APPLICATION FIELD SUMMARY FORM
Page: 1
FACILITY NAME: ASHEBORO,NC PREDOMINANT SOIL SERIES:ENON Lime Applied***
OWNER: LEONARD KEAN PERMIT#: W00001684 ANNUAL DRY TONS APPLIED: 25.77 Date Lbs/Ac
SITE#: NC GU 00019 FIELD#:GU 00019 0003 OPERATOR: STEVE FIELDS CATION EXCHANGE CAPACITY(NON-503):
RESIDUAL SOURCE(S):*See list at bottom of report ACRES UTILIZED: 6.90 ACRES PERMITTED: 6.90
3allons(G)or Cubic Yards(CY) Dry Site Inches Appli- Vola- Miner-
or Wet Tons(WT)(specify) % Tons Cond. Precip. cation tili- ali- Ammonia Nitrate PAN
DATE or Per Residual Dry,Wet, Past 24 Method zation zation TKN Nitrogen and (ppm) Crop
MONTH Total Per Acre Solids
5/22/14 160.00 (CY) 23.188 119.12 3.734 ASHANDC DRY 0-<1/2" SUR 0.5 0.20 48,300.p 11,300.00 p ' 6.80 p 13057 FESCUE
May-14 160.00 (CY) 23.188I
Total Cubic Yds/Ac: 23.19
As Cd Cr Cu Pb Hg Mo Ni Se Zn P PAN
TOTALS:
Annual lbs/acre 98
0.045 0.015 1.344 1.815 0.164 0.005 0.269 0.239 0.045 4.884 165.80
Cumulative lbs/acre 0.099 0.033 3.015 4.112 0.409 0.010 0.432 0.493 0.090 11.267
Permit PAN Limit (lbs/acre) 1st Crop/2nd Crop y 194
FD Cumulative Pollutant Loading Rate Limit (lbs/acre) 36.6 34.8 1339.0 267.9 15.0 ` x 375.0 89.0 2500.0 ^; ' , , y
ASHANDC=ASHEBORO,NC ANAEROBICALLY DIGESTED CAKE
x ,404- c.,,,/,,,,/ , 5--
(SIGNATURE OF LAND APPLIER) DATE
"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."
N/A=Not Applicable NR=Not Reported or Not Required %=percent p=ppm or mg/kg ** Volatilization Rate: Surface 0.5, Injection/Incorporation 1.0
* Application Method: SUR-Surface, INJ-Injection,SURIN-Incorporation *** See Site pH&Lime Application Records Section of Report for Fields where Lime is to be applied in 2015

ANNUAL LAND APPLICATION FIELD SUMMARY FORM
Page: 1
FACILITY NAME: ASHEBORO,NC • PREDOMINANT SOIL SERIES:ENON Lime Applied***
OWNER: LEONARD KEAN PERMIT#: WQ0001684 ANNUAL DRY TONS APPLIED: 97.91 Date Lbs/Ac
SITE#: NC GU 00019 FIELD#:GU 00019 0004 OPERATOR: STEVE FIELDS CATION EXCHANGE CAPACITY(NON-503):
RESIDUAL SOURCE(S):*See list at bottom of report ACRES UTILIZED: 29.40 ACRES PERMITTED: 29.40
Gallons(G)or Cubic Yards(CY) Dry Site Inches Appli- Vola- Miner-
or Wet Tons(WT)(specify) % Tons Cond. Precip. cation tili- ali- Ammonia Nitrate PAN
DATE or Per Residual Dry,Wet, Past 24 Method zation zation TKN Nitrogen and (ppm) Crop
MONTH Total Per Acre Solids
6/12/14 288.00 (CY) 9.796 19.12 1.577 ASHANDC MOIST 0-<1/2" SUR 0.5 0.20 48,300.p 11,300.00 p 6.80 p 13057 FESCUE
6/13/14 320.00 (CY) 10.884 19.12 1.753 ASHANDC MOIST 0-<1/2" SUR 0.5 0.20 48,300.p 11,300.00 p 6.80 p 13057 FESCUE
Jun-14 608.00 (CY) 20.6801
Total Cubic Yds/Ac: 20.68
As Cd Cr Cu Pb Hg Mo Ni Se Zn P PAN
TOTALS:
87
Annual lbs/acre 0.040 0.013 1.199 1.619 0.147 0.005 0.240 0.213 0.040 4.356 147.86
Cumulative lbs/acre 0.048 0.016 1.460 1.978 0.185 0.005 0.265 0.253 0.047 5.355 " .,
r - 1 - -- .
Permit PAN Limit (lbs/acre) 1st Crop/2nd Crop 194
FD Cumulative Pollutant Loading Rate Limit (lbs/acre) 36.6 34.8 1339.0 267.9 15.0 I 375.0 89.0 2500.0
ASHANDC=ASHEBORO,NC ANAEROBICALLY DIGESTED CAKE
X 41/0 i/eA------ Oi--! ° ! /
(SIGNATURE OF LAND APPLIER) DATE
"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."
N/A=Not Applicable NR=Not Reported or Not Required %=percent p=ppm or mg/kg ** Volatilization Rate: Surface 0.5, Injection/Incorporation ,1.0
* Application Method: SUR-Surface, INJ-Injection,SURIN-Incorporation *** See Site pH&Lime Application Records Section of Report for Fields where Lime is to be applied in 2015

ANNUAL LAND APPLICATION FIELD SUMMARY FORM
Page: 1
FACILITY NAME: ASHEBORO,NC PREDOMINANT SOIL SERIES:CECIL Lime Applied***
OWNER: ELOISE JONES PERMIT#: WQ0001684 ANNUAL DRY TONS APPLIED: 133.98 Date Lbs/Ac
SITE 4: NC GU 00027 FIELD#:GU 00027 0002 OPERATOR: STEVE FIELDS CATION EXCHANGE CAPACITY(NON-503):
RESIDUAL SOURCE(S):*See list at bottom of report ACRES UTILIZED: 26.40 ACRES PERMITTED: 26.40
Gallons(G)or Cubic Yards(CY) Dry Site Inches Appli- Vola- Miner-
or Wet Tons(WT)(specify) % Tons Cond. Precip. cation tili- ali- Ammonia Nitrate PAN
DATE or Per Residual Dry,Wet, Past 24 Method zation zation TKN Nitrogen and (ppm) Crop
MONTH Total Per Acre Solids
5/20/14 64.00 (CY) 2.424 19.12 0.390 ASHANDC DRY 0-<1/2" SUR 0.5 0.20 48,300.p 11,300.00 p 6.80 p 13057 I FESCUE
5/21/14 608.00 (CY) 23.030 19.12 3.709 ASHANDC DRY 0-<1/2" SUR 0.5 0.20 48,300.p 11,300.00 p 6.80 p 13057 I FESCUE
5/22/14 160.00 (CY) 6.061 19.12 0.976 ASHANDC DRY 0-<1/2" SUR 0.5 0.20 48,300.p 11,300.00 p 6.80 p 13057 1 FESCUE
May-14 832.00 (CY) 31.5151
Total Cubic Yds/Ac: 31.52
As Cd Cr Cu Pb Hg Mo Ni Se Zn P PAN
TOTALS:
Annual lbs/acre 133
0.061 ' 0.020 1.827 2.466 0.223 0.007 0.365 0.325 0.061 6.638 225.33
Cumulative lbs/acre 0.061 0.020 1.827 2.466 0.223 0.007 0.365 0.325 0.061 6.638 `. ? ,, *;
Permit PAN Limit (lbs/acre) 1st Crop/2nd Crop 4 - ik J, a; ,. ��� k� �° ?y '��:;1� N ( ` �,. � %, � ' 216
FD Cumulative Pollutant Loading Rate Limit (lbs/acre) 36.6 34.8L.,,,,,,,,,,, 1339.0 267.9 15.0 375.0 89.0 2500.0 . '` x <.,
ASHANDC=ASHEBORO,NC ANAEROBICALLY DIGESTED CAKE
•x ✓ if,904—_--- D2/o`//(, -.--
(SIGNATURE OF LAND APPLIER) DATE
"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 infomiation submitted.I am aware that there are significant penalties for submitting false information,including the possibility of fines and imprisonment for knowing violations."
N/A=Not Applicable NR=Not Reported or Not Required %=percent p=ppm or mg/kg ** Volatilization Rate: Surface 0.5, Injection/Incorporation 1.0
* Application Method: SUR-Surface, INJ-Injection,SURIN-Incorporation *** See Site pH&Lime Application Records Section of Report for Fields where Lime is to be applied in 2015

ANNUAL LAND APPLICATION FIELD SUMMARY FORM
Page: 1
FACILITY NAME: 'ASHEBORO,NC PREDOMINANT SOIL SERIES:APPLING Lime Applied***
OWNER: ELOISE JONES PERMIT#: W00001684 ANNUAL DRY TONS APPLIED: 20.61 Date Lbs/Ac
SITE#: NC GU 00027 FIELD#:GU 00027 0004 OPERATOR: STEVE FIELDS CATION EXCHANGE CAPACITY(NON-503):
•
RESIDUAL SOURCE(S):*See list at bottom of report • ACRES UTILIZED: 5.30 ACRES PERMITTED: 5.30
Gallons(G)or Cubic Yards(CY) Dry Site Inches Appli- Vola- Miner •
-
or Wet Tons(WT)(specify) Tons Cond. Precip. cation tili- ali- , Ammonia Nitrate PAN
DATE or % Per Residual Dry,Wet, Past 24 Method zation zation TICN Nitrogen and (ppm) Crop
MONTH Total Per Acre Solids
5/20/14 32.00 (CY) 6.038 19.12 0.972 ASHANDC DRY 0-<1/2" SUR 0.5 0.20 48,300.p 11,300.00 p 6.80 p 13057 I FESCUE
5/21/14 96.00 (CY) 18.113 19.12 2.917 ASHANDC DRY 0-<1/2" SUR 0.5 0.20 48,300.p 11,300.00 p 6.80 p 13057 I FESCUE
May-14 128.00 (CY) 24.1511
Total Cubic Yds/Ac: 24.15
As Cd Cr Cu Pb Hg Mo Ni Se Zn P PAN
TOTALS:
Annual lbs/acre 102
0.047 0.016 1.400 1.890 0.171 0.005 0.280 0.249 0.047 5.087 172.68
Cumulative lbs/acre 0.047 0.016 1.400 1.890 0.171 0.005 0.280 0.249 0.047 5.087
Permit PAN Limit (lbs/acre) 1st Crop/2nd Crop ! ,• ,,( ; a ,. ;, 237
FD Cumulative Pollutant Loading Rate Limit (lbs/acre) 36.6 34.8 1339.0 267.9 15.0 ~„'° 375.0 89.0 2500.0 :
ASHANDC=ASHEBORO,NC ANAEROBICALLY DIGESTED CAKE
Xqk iV 02, © ,/l 5----
(SIGNATURE OF LAND APPLIER) DATE
"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."
N/A=Not Applicable NR=Not Reported or Not Required %=percent p=ppm or mg/kg ** Volatilization Rate: Surface 0.5, Injection/Incorporation 1.0
* Application Method: SUR-Surface, INJ-Injection,SURIN-Incorporation *** See Site pH&Lime Application Records Section of Report for Fields where Lime is to be applied in 2015

•
ANNUAL LAND APPLICATION FIELD SUMMARY FORM
•
Page: 1
FACILITY NAME: ASHEBORO,NC PREDOMINANT SOIL SERIES:APPLING Lime Applied***
OWNER: ELOISE JONES PERMIT#: WQ0001684 ANNUAL DRY TONS APPLIED: 170.05 Date Lbs/Ac
SITE#: NC GU 00027 FIELD#:GU 00027 0005 OPERATOR: STEVE FIELDS CATION EXCHANGE CAPACITY(NON-503):
RESIDUAL SOURCE(S):*See list at bottom of report ACRES UTILIZED: 31.00 ACRES PERMITTED: 31.00
3allons(G)or Cubic Yards(CY) Dry Site Inches Appli- Vola- Miner-
or Wet Tons(WT)(specify) % Tons Cond. Precip. cation tili- ali- Ammonia Nitrate PAN
DATE or Per Residual Dry,Wet, Past 24 Method zation zation TKN Nitrogen and (ppm) Crop
MONTH Total Per Acre Solids
5/19/14 384.00 (CY) 12.387 19.12 1.995 ASHANDC DRY 0-<1/2" SUR 0.5 0.20 48,300.p 11,300.00 p 6.80 p 13057 I FESCUE
5/20/14 672.00 (CY) 21.677 19.12 3.491 ASHANDC DRY 0-<1/2" SUR 0.5 0.20 48,300.p 11,300.00 p 6.80 p 13057 I FESCUE
May-14 1,056.00 (CY) 34.0641
Total Cubic Yds/Ac: 34.06 •
As Cd Cr Cu Pb Hg Mo Ni Se Zn P PAN
TOTALS:
Annual lbs/acre 143
0.066 0.022 1.975 2.666 0.241 0.008 0.395 0.351 0.066 7.175 243.56
Cumulative lbs/acre 0.066 0.022 1.975 2.666 0.241 0.008 0.395 0.351 0.066 7.175
7'
Permit PAN Limit (lbs/acre) 1st Crop/2nd Crop 237
... < ,a . ,%.,, ,. ,. .,. , .... - . , : :. ,_, . , .. . :,' ..., ,
FD Cumulative Pollutant Loading Rate Limit (lbs/acre) 36.6 34.81. "== 1339.0 267.9 15.0 i'x'p 375.0 89.0 2500.0
ASHANDC=ASHEBORO,NC ANAEROBICALLY DIGESTED CAKE
X a/1i ,7(fel/t--- 4°,-/ e),(//,S.----
(SIGNATURE OF LAND APPLIER) DATE
"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.lam aware that there are significant penalties for submitting false information,including the possibility of fines and imprisonment for knowing violations."
N/A=Not Applicable NR=Not Reported or Not Required %=percent p=ppm or mg/kg ** Volatilization Rate: Surface 0.5, Injection/Incorporation 1.0
* Application Method: SUR-Surface, INJ-Injection,SURIN-Incorporation *** See Site pH&Lime Application Records Section of Report for Fields where Lime is to be applied in 2015

I
ANNUAL LAND APPLICATION FIELD SUMMARY FORM
Page: 1
FACILITY NAME: ASHEBORO,NC PREDOMINANT SOIL SERIES:GEORGEVILLE Lime Applied***
OWNER: SARA TAUL PERMIT#: WQ0001684 ANNUAL DRY TONS APPLIED: 113.23 Date Lbs/Ac
SITE#: NC RD 00026 FIELD#:RD 00026 0001 OPERATOR: RANDY MILLER CATION EXCHANGE CAPACITY(NON-503):
RESIDUAL SOURCE(S):*See list at bottom of report • ACRES UTILIZED: 20.40 ACRES PERMITTED: 20.40
Gallons(G)or Cubic Yards(CY) Dry Site Inches Appli- Vola- Miner-
or Wet Tons(WT)(specify) Tons Cond. Precip. cation tili- ali- Ammonia Nitrate PAN
DATE or % Per Residual Dry,Wet, Past 24 Method zation zation TKN Nitrogen and (ppm) Crop
MONTH Total Per Acre Solids i
9/22/14 150.00 (CY) 7.353 19.57 1.212 ASHANDC DRY 0-<1/2" SUR 0.5 0.20 35,100.p 8,280.00 p 6.13 p 9510 I FESCUE
9/23/14 180.00 (CY) 8.824 19.57 1.454 ASHANDC DRY 0-<1/2" SUR 0.5 0.20 35,100.p 8,280.00 p 6.13 p 9510 I FESCUE
9/30/14 150.00 (CY) 7.353 19.57 1.212 ASHANDC MOIST 0-<1/2" SUR 0.5 0.20 35,100.p 8,280.00 p 6.13 p 9510 I FESCUE
Sep-14 480.00 (CV) 23.530
10/1/14 210.00 (CY) 10.294 19.29 1.672 ASHANDC DRY 0-<1/2" SUR 0.5 0.20 48,400.p 9,640.00 p 13.00 p 12585 FESCUE
Oct-14 210.00 (CY) 10.2941 ,
Total Cubic Yds/Ac: 33.82 '
As Cd Cr Cu Pb Hg Mo Ni Se Zn P PAN
TOTALS:
116
Annual lbs/acre 0.062 0.022 2.724 3.208 0.222 0.022 0.252 0.289 0.056 8.087 290.20
Cumulative lbs/acre 1.242 0.464 32.708 105.668 17.302 0.571 4.856 9.162 0.876 191.112 i'
Permit PAN Limit (lbs/acre) 1st Crop/2nd Crop :.
153
FD Cumulative Pollutant Loading Rate Limit (lbs/acre) 36.6 34.8 1339.0 267.9 15.0 375.0 89.0 2500.0 I , w , m
ASHANDC=ASHEBORO,NC ANAEROBICALLY DIGESTED CAKE
X * q4-L 4 y/l. -
(SIGNATURE OF LAND APPLIER) DATE
"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."
N/A=Not Applicable NR=Not Reported or Not Required %=percent p=ppm or mg/kg ** Volatilization Rate: Surface 0.5, Injection/Incorporation 1.0
* Application Method: SUR-Surface, INJ-Injection,SURIN-Incorporation *** See Site pH&Lime Application Records Section of Report for Fields where Lime is to be applied in 2015

ANNUAL LAND APPLICATION FIELD SUMMARY FORM
Page: 1
FACILITY NAME: ASHEBORO,NC PREDOMINANT SOIL SERIES:GEORGEVILLE Lime Applied***
OWNER: DWIGHT ATKINSON PERMIT#: WQ0001684 ANNUAL DRY TONS APPLIED: 40.62 Date Lbs/Ac
SITE#: NC RD 00031 FIELD#:RD 00031 0008 A OPERATOR: DWIGHT ATKINSON CATION EXCHANGE CAPACITY(NON-503):
RESIDUAL SOURCE(S):*See list at bottom of report ACRES UTILIZED: 8.70 ACRES PERMITTED: 8.70
I
Gallons(G)or Cubic Yards(CY) Dry Site Inches Appli- Vola- Miner-
or Wet Tons(WT)(specify) % Tons Cond. Precip. cation tili- ali- Ammonia Nitrate PAN
DATE or Per Residual Dry,Wet, Past 24 Method zation zation TKN Nitrogen and (ppm) Crop
MONTH Total Per Acre Solids
10/3/14 50.00 (CY) 5.747 19.29' 0.934 ASHANDC DRY 0-<I/2" SUR 0.5 0.20 48,400.p 9,640.00 p 13.00 p 12585 I FESCUE
10/4/14 200.00 (CY) 22.989 19.29 3.735 ASHANDC DRY 0-<I/2" SUR 0.5 0.20 48,400.p 9,640.00 p 13.00 p 12585 1 FESCUE
Oct-14 250.00 (CY) 28.7361
Total Cubic Yds/Ac: 28.74
As Cd Cr Cu Pb Hg Mo Ni Se Zn P PAN
TOTALS:
Annual lbs/acre 118
0.065 0.019 2.493 2.568 0.187 0.026 0.205 0.243 0.047 6.769 249.30
Cumulative lbs/acre 0.291 0.056 7.010 9.803 0.819 0.072 0.633 0.875 0.160 24.759 C1,
Permit PAN Limit (lbs/acre) 1st Crop/2nd Crop 0 < t 4,i ,,, ; . t ' 153
.. 11' ,. ._ krit'd
j
FD Cumulative Pollutant Loading Rate Limit (lbs/acre) 36.6 34.8 1339.0 267.9 15 0 375.0 89.0 2500.0
ASHANDC=ASHEBORO,NC ANAEROBICALLY DIGESTED CAKE
X ✓ dfatoOL--- ® O47/./ 5---
(SIGNATURE OF LAND APPLIER) DATE
"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."
N/A=Not Applicable NR=Not Reported or Not Required %=percent p=ppm or mg/kg ** Volatilization Rate: Surface 0.5, Injection/Incorporation 1.0
* Application Method: SUR-Surface, INJ-Injection,SURIN-Incorporation *** See Site pH&Lime Application Records Section of Report for Fields where Lime is to be applied in 2015

1
ANNUAL LAND APPLICATION FIELD SUMMARY FORM
Page: 1
FACILITY NAME: ASHEBORO,NC PREDOMINANT SOIL SERIES:GEORGEVILLE Lime Applied***
OWNER: DWIGHT ATKINSON PERMIT#: W00001684 ANNUAL DRY TONS APPLIED: 12.19 • Date Lbs/Ac
SITE#: NC RD 00031 FIELD#:RD 00031 0008 B OPERATOR: DWIGHT ATKINSON CATION EXCHANGE CAPACITY(NON-503): •
RESIDUAL SOURCE(S):*See list at bottom of report ACRES UTILIZED: 3.90 ACRES PERMITTED: 3.90
Gallons(G)or Cubic Yards(CY) Dry Site. Inches Appli- Vola- Miner- '
or Wet Tons(WT)(specify) oho Tons Cond. Precip. cation tili- ali- Ammonia Nitrate PAN
DATE or Per Residual Dry,Wet, Past 24 Method zation zation TKN Nitrogen and (ppm) Crop
MONTH Total Per Acre Solids
10/4/14 75.00 (CY) • 19.231 19.29 3.124 ASHANDC DRY 0-<I/2" SUR 0.5 0.20 48,400.p 9,640.00 p 13.00 p 12585 FESCUE
Oct-14 75.00 (CY) 19.2311
Total Cubic Yds/Ac: 19.23
As Cd Cr Cu Pb Hg Mo Ni Se 1 Zn P PAN
TOTALS:
Annual lbs/acre 79
0.044 0.013 1.668 1.718 0.125 0.018 0.137 0.162 0.031 4.530 166.84
Cumulative lbs/acre 0.323 0.060 9.160 12.021 1.149 0.067 0.752 1.086 0.154 30.077
Permit PAN Limit (lbs/acre) 1st Crop/2nd Crop s r'^ 129
FD Cumulative Pollutant Loading Rate Limit (lbs/acre) 36.6 34.8 1339.0 267.9 15 0 a 375.0 89.0 2500.0 F
ASHANDC=ASHEBORO,NC ANAEROBICALLY DIGESTED CAKE
X R fle,fit. a,2_ © , ,s---
(SIGNATURE OF LAND APPLIER) DATE
"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."
N/A=Not Applicable NR=Not Reported or Not Required %=percent p=ppm or mg/lcg ** Volatilization Rate: Surface 0.5, Injection/Incorporation 1.0
* Application Method: SUR-Surface, INJ-Injection,SURIN-Incorporation *** See Site pH&Lime Application Records Section of Report for Fields where Lime is to be applied in 2015

•
ANNUAL LAND APPLICATION FIELD SUMMARY FORM
Page: 1
FACILITY NAME: ASHEBORO,NC PREDOMINANT SOIL SERIES:GEORGEVILLE Lime Applied***
OWNER: DWIGHT ATKINSON PERMIT#: W00001684 ANNUAL DRY TONS APPLIED: 60.93 Date Lbs/Ac
SITE#: NC RD 00031 FIELD#:RD 00031 0009 OPERATOR: DWIGHT ATKINSON CATION EXCHANGE CAPACITY(NON-503):
RESIDUAL SOURCE(S):*See list at bottom of report ACRES UTILIZED: 12.80 ACRES PERMITTED: 12.80
Gallons(G)or Cubic Yards(CY) Dry Site ' Inches Appli- Vola- Miner-
or Wet Tons(WT)(specify) % Tons Cond. Precip. cation tili- ali- Ammonia Nitrate PAN
DATE or Per Residual Dry,Wet, Past 24 Method zation zation TKN Nitrogen and (ppm) Crop
MONTH Total Per Acre Solids
10/2/14 375.00 (CY) 29.297 19.29 4.760 ASHANDC DRY 0-<1/2" SUR 0.5 0.20 48,400.p 9,640.00 p 13.00 p 12585 FESCUE
Oct-14 375.00 (CY) 29.2971 •
Total Cubic Yds/Ac: 29.30 -
As Cd Cr Cu Pb Hg Mo Ni Se Zn P PAN
TOTALS:
Annual lbs/acre 120
0.067 0.019 2.542 2.618 0.190 0.027 0.209 0.248 0.048 6.902 254.17
Cumulative lbs/acre 0.429 0.129 18.482 27.057 2.311 0.117 1.293 2.466 0.272 58.220
Permit PAN Limit (lbs/acre) 1st Crop/2nd Crop x 153
4 . :, o " �e ._ ir. ' x -.. , s' _ .
FD Cumulative Pollutant Loading Rate Limit (lbs/acre) 36.6 34.8 1339.0 267.9 15.0 375.0 89.0 2500 0
ASHANDC=ASHEBORO,NC ANAEROBICALLY DIGESTED CAKE
•
X ,,,4*(r(--- tP)-1 g/7(c.---
(SIGNATURE OF LAND APPLIER) DATE
"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."
N/A=Not Applicable NR=Not Reported or Not Required %=percent p=ppm or mg/kg ** Volatilization Rate: Surface 0.5, Injection/Incorporation 1.0
* Application Method: SUR-Surface, INJ-Injection,SUR1N-Incorporation *** See Site pH&Lime Application Records Section of Report for Fields where Lime is to be applied in 2015

ANNUAL LAND APPLICATION FIELD SUMMARY FORM
•
Page: 1
FACILITY NAME: ASHEBORO,NC PREDOMINANT SOIL SERIES:GEORGEVILLE Lime Applied***
OWNER: DWIGHT ATKINSON PERMIT#: WQ0001684 ANNUAL DRY TONS APPLIED: 36.56 Date Lbs/Ac
SITE#: NC RD 00031 FIELD#:RD 00031 0010 A OPERATOR: DWIGHT ATKINSON CATION EXCHANGE CAPACITY(NON-503):
RESIDUAL SOURCE(S):*See list at bottom of report ACRES UTILIZED: 8.30 ACRES PERMITTED: 8.30
Gallons(G)or Cubic Yards(CY) Dry Site Inches Appli- Vola- Miner-
or Wet Tons(WT)(specify) % Tons Cond. Precip. cation tili- ali- Ammonia
Nitrate PAN
• A
DATE or I Per Residual Dry,Wet, Past 24 Method zation zation TKN Nittogen and (ppm) Crop
MONTH Total Per Acre Solids
1
10/2/14 125.00 (CY) 15.060 19.29 2.447 ASHANDC DRY 0-<1/2" SUR 0.5 0.20 48,400.p 9,640.00 p 13.00 p 12585 I FESCUE
10/3/14 100.00 (CY) 12.048 19.29 1.957 ASHANDC DRY 0-<1/2" SUR 0.5 0.20 48,400.p 9,640.00 p 13.00 p 12585 1 FESCUE
Oct-14 225.00 (CV) 27.108I .
•
Total Cubic Yds/Ac: 27.11
As Cd Cr Cu Pb Hg Mo Ni Se Zn P PAN
TOTALS:
Annual lbs/acre 111
0.062 0.018 2.352 2.422 0.176 0.025 0.194 0.229 0.044 6.386 235.18
•
Cumulative lbs/acre 0.378 0.082 17.834 20.828 1.698 0.084 1.053 1.686 0.244 50.692 .." ', v '' "
Permit PAN Limit (lbs/acre) 1st Crop/2nd Crop "_ 4- 'r'"'. . 129
FD Cumulative Pollutant Loading Rate Limit (lbs/acre) 36.6 _ 34.8 1339.0 267.9 15.0 375.0 89.0 2500 0 "
ASHANDC=ASHEBORO,NC ANAEROBICALLY DIGESTED CAKE
X ii,,,X7:(1/16/. a 2/4%1 /,/,5'--
(SIGNATURE OF LAND APPLIER) DATE
"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."
N/A=Not Applicable NR=Not Reported or Not Required %=percent p=ppm or mg/kg ** Volatilization Rate: Surface 0.5, Injection/Incorporation 1.0
* Application Method: SUR-Surface, INJ-Injection,SURIN-Incorporation *** See Site pH&Lime Application Records Section of Report for Fields where Lime is to be applied in 2015

1
ANNUAL LAND APPLICATION FIELD SUMMARY FORM
Page: 1
FACILITY NAME: ASHEBORO,NC PREDOMINANT SOIL SERIES:GEORGEVILLE Lime Applied***
OWNER: DWIGHT ATKINSON PERMIT#: W00001684 ANNUAL DRY TONS APPLIED: 52.80 Date Lbs/Ac
SITE#: NC RD 00031 FIELD#:RD 00031 0010 B OPERATOR: DWIGHT ATKINSON CATION EXCHANGE CAPACITY(NON-503):
RESIDUAL SOURCE(S):*See list at bottom of report ACRES UTILIZED: 12.50 ACRES PERMITTED: 12.50
Gallons(G)or Cubic Yards(CY) Dry Site Inches Appli- Vola- Miner-
or,Wet Tons(WT)(specify) % Tons Cond. Precip. cation tili- ali- Ammonia Nitrate PAN
DATE or Per Residual Dry,Wet, Past 24 Method zation zation TKN Nitrogen and (ppm) Crop
MONTH Total Per Acre • Solids
10/3/14 325.00 (CY) 26.000 19.29 4.224 ASHANDC DRY 0-<1/2" SUR 0.5 0.20 48,400.p 9,640.00 p 13.00 p 12585 FESCUE
Oct-14 325.00 (CY) 26.0001
Total Cubic Yds/Ac: 26.00
As Cd Cr Cu Pb Hg Mo Ni Se Zn P PAN
TOTALS:
Annual lbs/acre 106
0.059 0.017 2.256 2.323 0.169 0.024 0.186 0.220 0.042 6.125 225.57
Cumulative lbs/acre 0.358 0.081 14.719 17.320 1.469 ' 0.068 1.028 1.413 0.227 43.310 >;
Permit PAN Limit (lbs/acre) 1st Crop/2nd Crop
FD Cumulative Pollutant Loading Rate Limit (lbs/acre) 36.6 34.8L 1339.0 267.9 15.0 375.0 89.0 2500.0 .'
ASHANDC=ASHEBORO,NC ANAEROBICALLY DIGESTED CAKE
X 4/ W., ,, c.____ ®�../ 4/7/
r ...
(SIGNATURE OF LAND APPLIER) DATE
"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."
N/A=Not Applicable NR=Not Reported or Not Required %=percent p=ppm or mg/kg ** Volatilization Rate: Surface 0.5, Injection/Incorporation 1.0
* Application Method: SUR-Surface, INJ-Injection,SURIN-Incorporation *** See Site pH&Lime Application Records Section of Report for Fields where Lime is to be applied in 2015

• • 1110
ANNUAL LAND APPLICATION FIELD SUMMARY FORM
Page: 1
FACILITY NAME: ASHEBORO,NC PREDOMINANT SOIL SERIES:GEORGEVILLE Lime Applied***
OWNER: DWIGHT ATKINSON PERMIT#: WQ0001684 ANNUAL DRY TONS APPLIED: 8.12 Date Lbs/Ac
SITE#: NC RD 00031 FIELD#:RD 00031 0011 OPERATOR: DWIGHT ATKINSON CATION EXCHANGE CAPACITY(NON-503):
RESIDUAL SOURCE(S):*See list at bottom of report ACRES UTILIZED: 14.10 ACRES PERMITTED: 14.10 .
Gallons(G)or Cubic Yards(CY) Dry Site Inches Appli- Vola- Miner-
or Wet Tons(WT)(specify). % Tons Cond. Precip. cation tili- ali- Ammonia Nitrate PAN
DATE orPer Residual Dry,Wet, Past 24 Method zation zation TKN Nitrogen and (ppm) Crop
MONTH Total Per Acre Solids
10/4/14 50.00 (CY) 3.5461 19.29 0.576 ASHANDC DRY 0-<1/2" SUR 0.5 0.20 48,400.p 9,640.00 p 13.00 p 12585 FESCUE
Oct-14 50.00 (CY) 3.5461
Total Cubic Yds/Ac: 3.55
As Cd Cr Cu Pb Hg Mo Ni Se Zn P PAN
TOTALS:
Annual lbs/acre 15
0.008 0.002 0.308 0.317 0.023 0.003 0.025 0.030 0.006 0.835 30.76
Cumulative lbs/acre 0.060 0.017 1.817 2.282 0.232 0.009 0.182 0.239 0.051 6.568
Permit PAN Limit (lbs/acre) 1st Crop/2nd Crop 129'
FD Cumulative Pollutant Loading Rate Limit (lbs/acre) 36.6 34.8 1339.0 267.9 15.0 375.0 89.0 2500.0 ;
ASHANDC=ASHEBORO,NC ANAEROBICALLY DIGESTED CAKE
X • //40A____— &2-7 ‘7/7_5'--
(SIGNATURE OF LAND APPLIER) DATE
"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."
N/A=Not Applicable NR=Not Reported or Not Required %=percent p=ppm or mg/kg ** Volatilization Rate: Surface 0.5, Injection/Incorporation 1.0
* Application Method: SUR-Surface, INJ-Injection,SURIN-Incorporation *** See Site pH&Lime Application Records Section of Report for Fields where Lime is to be applied in 2015

•
0 .
a,..?1 - Summit Environmental Technologies,Inc.
I.► . ?ty �,,,,,s.,i; IT
3310 Win St.
1111 F,Cd4'IR�staatJ x.TECHNOLOCIE ,1PIO Cuyahoga Falls,Ohio 44223
Analytical Lab Oratories TEL:[phone] FAX:[phone]
Website:http://www.settek.cons
January 16,2014
Edward Stephens
Synagro
284 Boger Rd.
Mocksville,NC 27028
TEL: [phone]
FAX: [phone]
RE: Asheboro
Dear Edward Stephens: Order No.: 14010510
Summit Environmental Technologies, Inc. received 1 sample(s)on 1/10/2014 for the analyses
presented in the following report.
There were no problems with the analytical events associated with this report unless noted in the
Case Narrative.
410,
Quality control data is within laboratory defined or method specified acceptance limits except
where noted.
If you have any questions regarding these tests results,please feel free to call the laboratory.
•
Sincerely,
dilL°"-10 01‘4-°..4------
Dr.Mo Osman
•
Project Manager
3310 Win St.
Cuyahoga Falls,Ohio 44223
A2LA 0724.01,Alabama 41600,Arkansas 88-0735,California 07256CA,Colorado,Connecticut PH-0105,Delaware,Florida NELAC E87688,Georgia
E87688 and 943,Idaho OH00923,Illinois 200061 and Reg.5,Indiana C-OH-13,Kansas E-10347,Kentucky(underground Storage Tank)3,Kentucky
90146, Louisiana 04061 and LA12004,Maine 2012015,Maryland 339,Massachusetts M-OPH923,Minnesota 409711,Montana CERT0099,New
Hampshire 2996,New Jersey OH006,New York 11777,North Carolina 39705 and 631,Ohio 4170,Ohio VAP CL0052,Oklahoma 9940,Oregon
OH200001,Pennsylvania 68-01335,Rhode Island LA000317,South Carolina 92016001,Tennessee TN04018,Texas T104704466-11-5,Region 8 8TMS-
L,USDA/APHIS P330-11-00244,Utah OH009232011-1,Vermont VT-87688,Virginia 00440 and 1581,Washington C891,West Virginia 248 and 9957C
and E87688,Wisconsin 399013010
a
Page 1 of 13

O
r� a 61 ;{, ? ist Summit Environmental Technologies,Inc. Workorder
11�'!�` . ,, n i 'Ti. s ; 3310 Win St.
tP;LAIRONME�JPJ1LY'mint?[Q E$r9Pt Cuyahoga Falls,Ohio 44223 Sample Summary
.1 •1 Airu ytirll L..s¢apralorle5 TEL:[phone] FAX•[phone] WO#: 14010510
Website:http://wwiv.settek.com 16-Jan-I4
CLIENT: Synagro
Project: Asheboro
Lab SamplelD Client Sample ID Tag No Date Collected Date Received Matrix
14010510-001 Asheboro 1/7/2014 2:20:00 PM 1/10/2014 9:52:00 AM Sludge
el
•
Page 2 of 13

Summit Environmental Technologies,Inc.
Case Narrative
° 3310 Win St.
FP VIRO MEA!t° ,L't'EC1$2 0170:Git5.]pt Cuyahoga Falls,Ohio 44223 WO#: 14010510
t , 'reallifI of Lnbara orirTi TEL:[phone] FAX:[phone]
Website:http://ivww.settek.com Date: 1/16/2014
CLIENT: Synagro
Project: Asheboro
•
This report in its entirety consists of the documents listed below. All documents contain the Summit
Environmental Technologies, Inc. Work Order Number assigned to this report.
Paginated Report including: Cover Letter, Case Narrative,Analytical Results,Applicable Quality
Control Summary Reports and copies of the Chain of Custody Documents supplied with this sample
set.
Concentrations reported with a J flag in the Qual field are values below the Limit of Quantitation
(LOQ) but greater than the established Limit of Detection(LOD). There is greater uncertainty
associated with these results and data should be considered as estimated.
Method numbers, unless specified as SM(Standard Methods) or ASTM, are EPA methods.
• Estimated uncertainty values are available upon request.
Any comments or problems with the analytical events associated with this report are noted below.
• Original
•
Page 3 of 13

0 _
,- - Summit Environmental Technologies,Inc.
01
�, "�;; r':i a ��` �i{�� g WO#: 14010510
,y � � � 3310 Win St. Date Reported: 1/16/2014
? crik iRotirdlEhlp),(_TEcHteoLaGzs inn Cuyahoga Falls,Ohio 44223
'I-- ArraFyti6a7 Lsiiarabirie' TEL:[phone] FAX:[phone] Company: Synagro
Website:http://ivww.settekcor Address: 284 Boger Rd.
Mocksville NC 27028
Received: 1/10/2014
Project#: Asheboro
TCLP Metals Analysis(6010)
Client ID# Lab ID# Collected Analyte Rep Lmt Result Units Matrix Method DF RegLvl Run Analyst
Asheboro 001 1/7/2014 TCLP Arsenic(As) 0.50 ND mg/L Sludge EPA 6010 C 1 5.0 1/15/2014 WK
Asheboro 001 1/7/2014 TCLP Barium(Ba) 5.0 ND mg/L Sludge EPA 6010 C 1 100 1/15/2014 WK
Asheboro 001 1/7/2014 TCLP Cadmium(Cd) 0.10 ND mg/L Sludge EPA 6010 C 1 1.0 1/15/2014 WK
Asheboro 001 1/7/2014 TCLP Chromium(Cr) 0.20 ND mg/L Sludge EPA 6010 C 1 5.0 1/15/2014 WK
Asheboro 001 1/7/2014 TCLP Lead(Pb) 0.50 ND mg/L Sludge EPA 6010.0 1 5.0 1/15/2014 WK
Asheboro 001 1/7/2014 TCLP Selenium(Se) 0.50 ND mg/L Sludge EPA 6010 C 1 1.0 1/15/2014 WK
Asheboro 001 1/7/2014 TCLP Silver(Ag) 0.50 ND mg/L Sludge EPA 6010 C 1 5.0 1/15/2014 WK
TCLP Mercury Analysis(1311/7470) -
Client ID# Lab ID# Collected Analyte Rep Lmt Result Units Matrix Method DF RegLvl Run Analyst
isheboro 001 1/7/2014 TCLP Mercury 2.0 ND ug/L Sludge EPA 7470 A 1 200 1/14/2014 ALJ
•
SVOC SW-846: 8081-TCLP Pesticides
Client ID# Lab ID# Collected Analyte Rep Lmt Result Units Matrix Method DF RegLvl Run Analyst
Asheboro 001 1/7/2014 Chlordane,total 10 ND pg/L Sludge EPA 8081 B 1 30 1/15/2014 JBN
Asheboro 001 1/7/2014 Toxaphene 100 ND pg/L Sludge EPA 8081 B 1 500 1/15/2014 JBN
Asheboro 001 1/7/2014 Endrin 2.0 ND pg/L Sludge EPA 8081 B 1 20 1/15/2014 JBN
Asheboro 001 1/7/2014 gamma-BHC 2.0 ND pg/L Sludge EPA 8081 B 1 400 1/15/2014 JBN
Asheboro 001 1/7/2014 Heptachlor 2.0 ND pg/L Sludge EPA 8081 B 1 8.0 1/15/2014 JBN
Asheboro 001 1/7/2014 Heptachlor epoxide 2.0 ND pg/L Sludge EPA 8081 B 1 8.0 1/15/2014 JBN
Asheboro 001 1/7/2014 Methoxychlor 2.0 ND pg/L Sludge EPA 8081 B 1 10000 1/15/2014 JBN
• VOC by GC/MS(8260)-TCLP
Client ID# Lab ID# Collected Analyte Rep Lmt Result Units Matrix Method DF RegLvl Run Analyst
Asheboro 001 1/7/2014 1,1-Dichloroethene 100 ND pg/L Sludge EPA 8260 B 1 700 1/15/2014 MES
Asheboro 001 1/7/2014 1,2-Dichloroethane 100 ND pg/L Sludge EPA 8260 B 1 500 1/15/2014 MES
Asheboro 001 1/7/2014 Benzene 100 ND pg/L Sludge EPA 8260 B 1 500 1/15/2014 MES
Asheboro 001 1/7/2014 Carbon tetrachloride 100 ND pg/L Sludge EPA 8260 B 1 500 1/15/2014 MES
Asheboro 001 1/7/2014 Chlorobenzene 100 ND pg/L Sludge EPA 8260 B 1 100000 1/15/2014 MES
Asheboro 001 1/7/2014 Chloroform 100 ND pg/L Sludge EPA 8260 B 1 6000 1/15/2014 MES
Asheboro 001 1/7/2014 Tetrachloroethene 100 ND pg/L Sludge EPA 8260 B 1 700 1/15/2014 MES
Asheboro 001 1/7/2014 Trichloroethene 100 ND pg/L Sludge EPA 8260 B 1 500 1/15/2014 MES
Asheboro 001 1/7/2014 Vinyl chloride 200 ND pg/L Sludge EPA 8260 B 1 200 1/15/2014 MES
®Asheboro 001 - 1/7/2014 MEK 2000 ND pg/L Sludge EPA 8260 B 1 200000 1/15/2014 MES
Page 4 of 13

el.e.:-- iiie' 4,t. . Summit Environmental Technologies,Inc. WO#: 14010510
o ; ' a in
wg t : v by , L' 3310 Win St.
a'r Date Reported: 1/16/2014
r6NIRONMENTAL ORCEINcl.3aiESONC Cuyahoga Falls,Ohio 44223
n.„. , „.i Arratytica f t. ianralorie TEL:[phone] FAX•[phone] Company: Synagro
Website:hup://tivww.settek.cora Address: 284 Boger Rd.
Mocksville NC 27028
Received: 1/10/2014
Project#: Asheboro
SVOC 8270 TCLP BNA List
Client ID# Lab ID# Collected Analyte Rep Lmt Result Units Matrix Method DF RegLvl Run Analyst
Asheboro 001 1/7/2014 1,4-Dichlorobenzene 0.10 ND mg/L Sludge EPA 8270 C 1 7.5 1/14/2014 AKE
Asheboro 001 1/7/2014 2,4,5-Trichlorophenol 0.25 ND mg/L Sludge EPA 8270 C 1 400 1/14/2014 AKE
Asheboro 001 1/7/2014 2,4,6-Trichlorophenol 0.25 ND mg/L Sludge EPA 8270 C 1 2.0 1/14/2014 AKE
Asheboro 001 1/7/2014 2,4-Dinitrotoluene 0.10 ND mg/L Sludge EPA 8270 C 1 0.13 1/14/2014 AKE
Asheboro 001• : 1/7/2014 Cresols,Total 5.0 ND mg/L Sludge EPA 8270 C 1 200 1/14/2014 AKE
Asheboro 001 1/7/2014 Hexachloro-1,3- 0.10 ND mg/L Sludge EPA 8270 C 1 0.50 1/14/2014 AKE
butadiene
Asheboro 001 1/7/2014 Hexachlorobenzene 0.10 ND mg/L Sludge EPA 8270 C 1 0.13 1/14/2014 AKE
Asheboro 001 1/7/2014 Hexachloroethane 0.10 ND mg/L Sludge EPA 8270 C 1 3.0 1/14/2014 AKE
Asheboro 001 1/7/2014 Nitrobenzene 0.10 ND mg/L Sludge EPA 8270 C 1 2.0 1/14/2014 AKE
Asheboro 001 1/7/2014 Pentachlorophenol 0.25 ND mg/L Sludge EPA 8270 C 1 100 1/14/2014 AKE
Asheboro 001 1/7/2014 Pyridine 0.25 ND mg/L Sludge EPA 8270 C 1 5.0 1/14/2014 AKE
• SVOC SW-846:8321 Herbicides-TCLP
Client ID# Lab ID# Collected Analyte Rep Lmt Result Units Matrix Method DF RegLvl Run Analyst
Asheboro 001 1/7/2014 2,4-D 5.0 ND mg/L Sludge EPA 8321 A 1 10 1/14/2014 AMZ
Asheboro 001 1/7/2014 2,4,5-TP 0.50 ND mg/L Sludge EPA 8321 A 1 1.0 1/14/2014 AMZ
Asheboro 001 1/7/2014 Surr:2,4- 20-140 0 %REC Sludge EPA 8321 A 1 1/14/2014 AMZ
Dichlorophenylacetic
acid
•
Page 5 of 13

•
Summit Environmental Technologies,Inc.
µ� WO#: 14010510
?dies p" � 1 3310 Win St.
' E eriv ROflf1Etd`PAI 6 C4#�dq ti1Gi=5;6iutr. Cuyahoga Falls,Ohio 44223 Date Reported: 1/16/2014
1 6rraiiylfca1 t l axalorres TEL:[phone] FAX:[phone] Company: Synagro
Website:http://www.settek.com Address: 284 Boger Rd.
• Mocksville NC 27028
Received: 1/10/2014
Project#: Asheboro
Client ID# Lab ID# Collected Analyte Result Units Matrix Method DF RL Run Analyst
Asheboro 001 1/7/2014 Flashpoint(140°F) >140 °F Sludge EPA 1010 1 1/13/2014 TAH
Asheboro 001 1/7/2014 Cyanide,Reactive ND ppm Sludge EPA 9014 1 0.50 1/10/2014 TIR
Asheboro 001 1/7/2014 pH 8.0 s.u. Sludge EPA 9045 D 1 1/13/2014 AYS
• Asheboro. 001 1/7/2014 Sulfide,Reactive ND ppm Sludge EPA 9034 1 25 1/10/2014 TIR
•
•
•
•
•
•
Page 6 of 13

• • 0
4 f c 9Summit Environmental Technologies,Inc. QC SUMMARY REPORT
4....,-. ,
° " 3310 Win St.
• • ENV liloNMENTAL Tteri2,10L .21-ESS,MC, Cuyahoga Falls,Ohio 44223
WO#: 14010510
.Anis/ytical.t tar ,lurie.t TEL:[phone] FAX:[phone] •
Website:http://wwsn.settelc.com 16-Jan-14
•
Client: Synagro
Project: Asheboro _ TestCode: FlashPt_S(1010)
Sample ID LCS-R11448 SampType: LCS TestCode: FlashPt_S(10 Units: °F .Prep Date: RunNo: 11448
Client ID: LCSS Batch ID: R11448 TestNo: SW1010 Analysis Date: 1/13/2014 SeqNo: 127689
Analyte Result PQL SPK value SPK Ref Val %REC LowLimit HighLimit RPD Ref Val %RPD RPDLimit Qual
Flashpoint(140°F). 83.0 77.00 0 108 70 130
•
•
•
•
Qualifiers: '" Value exceeds Maximum Contaminant Level. B Analyte detected in the associated Method Blank C Value is below Minimum Compound Limit.
• E Value above quantitation range H Holding times for preparation or analysis exceeded J Analyte detected below quantitation limits
M Manual Integration used to determine area response • ND Not Detected at the Reporting Limit 0 RSD is greater than RSDlunit Original
P Second column confirmation exceeds PL Permit Limit R RPD outside accepted recovery limits
RL Reporting Detection Limit S Spike Recovery outside accepted recovery limits U Samples with CalcVal<MDL
Page 7 of 13

• . • ID
,. _ _
tr "; � . "ter - Summit Environmental Technologies,Inc. QC SUMMARY REPORT
tl• -' ! t z t r,t 3310 Win St.
i i EMIR ONiil6NTALTaCHNOLI'1• IES,INC. Cuyahoga Falls,Ohio 44223
.t 1 AralNtfcat t_gboratnxle TEL:[phone] FAX:[phone]
WOM 14010510
Website:http://www.settek.com 16-Jan-14
Client: Synagro
Project: Asheboro TestCode: HG_TCLP(7470)
Sample ID MB-2769 SampType: MBLK TestCode: HG_TCLP(74 Units: ppb Prep Date: 1/14/2014 RunNo: 11559
Client ID: PBW Batch ID: 2769 TestNo: SW7470A SW7470A Analysis Date: 1/14/2014 SeqNo: 129068
Analyte Result PQL SPK value SPK Ref Val %REC LowLimit HighLimit RPD Ref Val %RPD RPDLimit Qual
TCLP Mercury ND 2.0 U
Sample ID LCS-2769 SampType: LCS TestCode: HG_TCLP(74 Units: ppb Prep Date: 1/14/2014 RunNo: 11559
Client ID: LCSW Batch ID: 2769 TestNo: SW7470A SW7470A Analysis Date: 1/14/2014 SeqNo: 129069
Analyte Result PQL SPK value SPK Ref Val %REC LowLimit HighLimit RPD Ref Val %RPD RPDLimit Qual
TCLP Mercury 4.3 2.0 4.000 0 108 75 113
Sample ID 14010549-001AMS SampType: MS TestCode: HG_TCLP(74 Units: ppb Prep Date: 1/14/2014 RunNo: 11559
Client ID: BatchQC Batch ID: 2769 TestNo: SW7470A SW7470A Analysis Date: 1/14/2014 SeqNo: 129098
Analyte Result PQL SPK value SPK Ref Val %REC LowLimit HighLimit RPD Ref Val %RPD RPDLimit Qual
TCLP Mercury 3.9 2.0 4.000 0 97.2 60 125
Sample ID 14010549-001AMSD SampType: MSD TestCode: HG_TCLP(74 Units: ppb Prep Date: 1/14/2014 RunNo: 11559
Client ID: BatchQC , Batch ID: 2769 ' TestNo: SW7470A SW7470A Analysis Date: 1/14/2014 SeqNo: 129099
Analyte Result PQL SPK value SPK Ref Val %REC LowLimit HighLimit RPD Ref Val %RPD RPDLimit Qual
TCLP Mercury 3.9 2.0 4.000 0 97.5 60 125 3.890 0.257 10
B Analyte detected in the associated Method Blank C Value is below Minimum Compound Limit.
Qualifiers: e Value exceeds Maximum Contaminant Level.
E Value above quantitation range H Holding times for preparation or analysis exceeded J Analyse detected below quantitation limits
M Manual Integration used to determine area response ND Not Detected at the Reporting Limit 0 RSD is greater than RSDlimit Original
P Second column confirmation exceeds PL Permit Limit R RPD outside accepted recovery limits
RL Reporting Detection Limit S Spike Recovery outside accepted recovery limits U Samples with CalcVal<MDL
Page 8 of 13

•
• •
liti, -. Summit Environmental Technologies,Inc.
`� QC SUMMARY REPORT� � . � 3310 Win St.
EParirtoMIENTJA1.117CIRJO LO iES.,iNC, Cuyahoga Falls,Ohio 44223
Illi WO#: 14010510
rt'SrktlyitaaP l nbaraiiorle,z TEL:[phone] FAX:[phone]
Website:http://www.settelc.com 16-Jan-14
Client: Synagro
Project: Asheboro TestCode: Mt1-TCLP-7(6010)
Sample ID 14010358-001AMS SampType: MS TestCode: Mtl-TCLP-7(6 Units: mg/L Prep Date: 1/15/2014 RunNo: 11658
Client ID: BatchQC Batch ID: 2778 TestNo: SW6010C SW3010A Analysis Date: 1/15/2014 SeqNo: 130420
Analyte Result PQL SPK value SPK Ref Val %REC LowLimit HighLimit RPD Ref Val %RPD RPDLimit Qual
TCLP Arsenic(As) 2.1 0.50 2.000 0 105 70 130
TCLP Barium(Ba) ND 5.0 2.000 1.800 10.5 70 130 S
TCLP Cadmium(Cd) 2.0 0.10 2.000 0 102 70 130
TCLP Chromium(Cr) 2.0 0.20 2.000 0 102 70 130
TCLP Lead(Pb) 2.2 0.50 2.000 0 108 70 130
TCLP Selenium(Se) 2.1 0.50 2.000 0 103 70 130
TCLP Silver(Ag) 0.72 0.50 1.000 0 72.0 70 130
Sample ID 14010358-001AMSD SampType: MSD TestCode: MtI-TCLP-7(6 Units: mg/L Prep Date: 1/15/2014 RunNo: 11658
Client ID: BatchQC Batch ID: 2778 TestNo: SW6010C SW3010A Analysis Date: 1/15/2014 SeqNo: 130421
Analyte Result PQL SPK value SPK Ref Val %REC LowLimit HighLimit RPD Ref Val %RPD RPDLimit Qual
TCLP Arsenic(As) 2.1 0.50 2.000 0 105 70 130 2.100 0 20
TCLP Barium(Ba) ND 5.0 2.000 1.800 11.0 70 130 0 0 20 S
TCLP Cadmium(Cd) 2.0 0.10 2.000 0 103 70 130 2.040 0.489 20
TCLP Chromium(Cr) 2.0 0.20 2.000 0 102 70 130 2.040 0 20
TCLP Lead(Pb) 2.2 0.50 2.000 0 110 70. 130 2.170 0.917 20
TCLP Selenium(Se) 2.1 0.50 2.000 0 107 70 130 2.060 3.81 20
TCLP Silver(Ag) 0.75 0.50 1.000 0 75.0 70 130 0.7200 4.08 20
Qualifiers: * Value exceeds Maximum Contaminant Level. B Analyte detected in the associated Method Blank C Value is below Minimum Compound Limit.
E Value above quantitation range H Holding times for preparation or analysis exceeded J Analyte detected below quantitation limits
M Manual Integration used to determine area response ND Not Detected at the Reporting Limit 0 RSD is greater than RSDlimit Original
P Second column confirmation exceeds PL Permit Limit R RPD outside accepted recovery limits
RL Reporting Detection Limit S Spike Recovery outside accepted recovery limits U Samples with CalcVal<MDL
Page 9 of 13

• • 0
++r� 5 Summit Environmental Technologies,Inc.
,: �o -—At QC SUMMARY REPORT
. 2
K 3310 Win St..
Ehnv0HoNMENTttL T icCHPiOLOGIES,WC. Cuyahoga Falls,Ohio 44223
WO#: 14010510
'• .._ ' Artatytical Lnbaraturie6 TEL:[phone] FAX.•[phone]
Website:http://www.setteh.com 16-Jan-14
Client: Synagro
Project: Asheboro TestCode: pH_S(9045D)
Sample ID 14010507-001ADUP SampType: DUP TestCode: pH_S(9045D) Units: s.u. Prep Date:- RunNo: 11463
Client ID: BatchQC Batch ID: R11463 TestNo: SW9045D Analysis Date: 1/13/2014 SegNo: 127880
Analyte • Result PQL SPK value SPK Ref Val %REC LowLimit HighLimit RPD Ref Val %RPD RPDLimit Qual
pH 5.9 5.870 0.170 20
•
Qualifiers: . Value exceeds Maximum Contaminant Level. B Analyte detected in the associated Method Blank C Value is below Minimum Compound Limit.
E Value above quantitation range H Holding times for preparation or analysis exceeded J Analyse detected below quantitation limits
M Manual Integration used to determine area response ND Not Detected at the Reporting Limit 0 RSD is greater than RSDlimit Original
P Second column confirmation exceeds PL Permit Limit R RPD outside accepted recovery limits
RL Reporting Detection Limit S Spike Recovery outside accepted recovery limits U Samples with CalcVal<MDL
Page 10 of 13

• . •
0
Summit Environmental Technologies,Inc. C SUMMARY REPORT
t 3310 Win St.
' &ZVIRtI3•JRa ENT tit- ii CL GIE.S.:ifkle, Cuyahoga Falls,Ohio 44223
'' �krtalytfcs'i•i,ei:u+rat6,rit e TEL:[phone] FAX:[phone] WO#: 14010510
Website:httpJ/www.settelc.com 16-Jan-14
Client: Synagro
Project: Asheboro TestCode: Sulfide,Reactive_S(9034)
Sample ID MB-R11568 SampType' MBLK TestCode: Sulfide,React Units: ppm Prep Date: RunNo: 11568
Client ID: PBS Batch ID: R11568 TestNo: SW9034 Analysis Date: 1/10/2014 SeqNo: 129230
Analyte Result PQL SPK value SPK Ref Val %REC LowLimit HighLimit RPD Ref Val %RPD RPDLimit Qual
Sulfide,Reactive ND 25
Sample ID LCS-R11568 SampType: LCS TestCode: Sulfide,React Units: ppm Prep Date: RunNo: 11568
Client ID: LCSS Batch ID: R11568 TestNo: SW9034 Analysis Date: 1/10/2014 SeqNo: 129231
. Analyte Result PQL SPK value SPK Ref Val %REC LowLimit HighLimit RPD Ref Val %RPD RPDLimit Qual
Sulfide,Reactive 50 25 54.00 0 93.0 70 130
•
Sample ID 14010510-001AMS SampType: MS TestCode: Sulfide,React Units: ppm Prep Date: RunNo: 11568 •
Client ID: Asheboro Batch ID: R11568 TestNo: SW9034 Analysis Date: 1/10/2014 SeqNo: 129232
Analyte Result PQL SPK value SPK Ref Val %REC LowLimit HighLimit RPD Ref Val %RPD RPDLimit Qual
Sulfide,Reactive 49 25 54.00 0 90.7 70 . 130
Sample ID 14010510-001AMSD SampType: MSD TestCode: Sulfide,React Units: ppm Prep Date: RunNo: 11568
Client ID: Asheboro Batch ID: R11568 TestNo: SW9034 Analysis Date: 1/10/2014 SeqNo: 129233
Analyte Result PQL SPK value SPK Ref Val %REC LowLimit HighLimit RPD Ref Val %RPD RPDLimit Qual
Sulfide,Reactive 51 25 54.00 0 95.2 70 130 49.00 4.78 30
Qualifiers:• * Value exceeds Maximum Contaminant Level. B Analyte detected in the associated Method Blank C Value is below Minimum Compound Limit.
E Value above quantitation range H Holding times for preparation or analysis exceeded I Analyte detected below quantitation limits
M Manual Integration used to detemnine area response ND Not Detected at the Reporting Limit 0 RSD is greater than RSDlhmit Original
P Second column confirmation exceeds PL Permit Limit R RPD outside accepted recovery limits
RL Reporting Detection Limit S Spike Recovery outside accepted recovery limits U Samples with CalcVal<MDL •
Page 11 of 13

4 Summit Environmental Technologies,Inc. QC SUMMARY REPORT
3310 Win St.
8s 4riRQH 5NT_AI=TECIANOLOOES,ff C, Cuyahoga Falls,Ohio 44223
•rlrwlytical L,it t sfrariee TEL:[phone] FAX:[phone] WO#: 14010510
Website:http://www.settelc.com 16-Jan-14
•
•
Client: Synagro
Project: Asheboro TestCode: TCLP-SVOC-Herb_S(8321)
Sample ID MB-2748 SampType: MBLK TestCode: TCLP-SVOC- Units: mg/L Prep Date: RunNo: 11612
Client ID: PBW Batch ID: 2748 TestNo: SW8321A SW1311M Analysis Date: 1/14/2014 SeqNo: 129701
Analyte Result PQL SPK value SPK Ref Val %REC LowLimit HighLimit RPD Ref Val %RPD RPDLimit Qual
2,4-D ND 5.0 U
2,4,5-TP - ND 0.50 U
•
•
•
•
Qualifiers: ' Value exceeds Maximum Contaminant Level. B Analyte detected in the associated Method Blank C Value is below Minimwn Compound Limit.
E Value above quantitation range H Holding times for preparation or analysis exceeded J Analyte detected below quantitation limits
M Manual Integration used to determine area response ND Not Detected at the Reporting Limit 0 RSD is greater than RSDlimit Original
P Second column confirmation exceeds PL Permit Limit R RPD outside accepted recovery limits
RL Reporting Detection Limit S Spike Recovery outside accepted recovery limits U Samples with CalcVal<MDL
PS 12 of 13

•
;-g";-,e: Summit Environmental Technologies,In . Analysis Request/Chain of Custody
____ ,,,ed
. a ' r 33.10 Win'S(reel . , . Fcr Summit lan'Arpamental'Technologies.Inc.use onl
11111 Cuyahoa Falls,Ohio 44223 Ttl1: y
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ANNUAL PATHOGEN AND VECTOR ATTRACTION REDUCTION FORM(02T Rules)
Name: City of Asheboro WQ Permit Number: WQ0001684
.Facility
WWTP Name: Asheboro WWTP NPDES Number: NC0026123
Monitoring Period: From 01/01/14 To 03/31/14
Pathogen Reduction(40 CFR 503.32/15A NCAC 02T.1106)-Please indicate level achieved and alternative performed:
Class A:
Alt. 1/A(time/temp) Alt.2/B(Alk Treatment) Alt.3/C(Prior Testing)
Alt.4/D(No Prior Test) Alt.5/Process to Further Reduce Pathogens Alt.6(Equivalent to PFRP)
If applicable to alternative performed(Class A only)indicate"Process to Further Reduce Pathogens":
Compost Heat Drying Heat Treatment Thermophilic
Beta Ray Gamma Ray Pasteurization
Class B:
Alt.(1)Fecal Density X Alt.(2)Process to Significantly Reduce Pathogens X
If applicable to alternative performed(Class B only)indicate"Process to Significantly Reduce Pathogens":
Lime Stabilization Air Drying Composting Aerobic Digestion
Anaerobic Digestion X
If applicable to alternative performed(Class A or Class B)complete the following monitoring data:
Parameter Allowable Level in Sludge Pathogen Density No.of Frequency Sample Analytical
Excee- of Type Technique
Minimum Geo.Mean Maximum Units dences Analysis
Fecal 2x10 to the 6`h MPN MPN/g
Coliform power per gram of
® total sol
° 'sol No Land Application this Period
1000 MPN
solids
Salmonella 3 MPN pe
bacteria(in solids(dry weight)
lieu of fecal
coliform)
Vector Attraction Reduction(40 CFR 503.33/15A NCAC 02T.1107)-Please indicate option/alternative performed:
Option/Alt. 1 Option/Alt.2 Option/Alt.3 Option/Alt.4
(VS reduction) (40-day bench) X (30-day bench) (Spec.02 uptake)
Option/Alt.5 Option/Alt.6 Option/Alt.7 Option/Alt.8
(14-Day Aerobic) (Alk Stabilization) (Drying—Stable) (Drying—Unstable)
Option/Alt.9 Option/Alt. 10
(Injection) (Incorporation) No vector attraction reduction alternatives were performed
CERTIFICATION STATEMENT(please check the appropriate statement)
"I certify,under penalty of law,that the pathogen requirements in 40 CFR 503.32/15A NCAC 02T.1106 and the vector attraction
X reduction requirement in 40 CFR 503.33/15A NCAC 02T.1107 have been met."
"I certify,under penalty of law,that the pathogen requirements in 40 CFR 503.32/15A NCAC 02T.1106 and the vector attraction
reduction requirement in 40 CFR 503.33/15A NCAC 02T.1107 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."
illMichael Wiseman, WWTP O.R.C.
Preparer Name and Title(print or type) Land Applier Name and Title(if applicable)(type or print)
Z//e//S
Signature of Preparer* Date Signature of Land Applier(if applicable) Date
*Preparer is defined in 40 CFR Part 503.9(r)and 15A NCAC 2T.1102(26)

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JANUARY1 20141 I I I 1 I I I , t; . ,i 3 I - 7 '
SLUDGE REPORT FOR DIG,PRESS,NIT WASTING AND DET TIME FOR 503.REGS 1 i '!"I4 Dig Influent 1 Dig Effluent_% #
DATE D-GALS D%S 1 D-LBS PR GAL [PR LBS RAS Nit Gal Nit Lbs Gal Room Det Time Avg Temp %voI Re D#1 tern D#2 Tern %Solids %Vol inf %Solids %Vol CO2 Dig
1 15100 0.0681 8576.105 j 6840 0.02292 1307 158108.5 43.0 ,1103 ,;'; 102 104 6.81 74.2 2
2 15000 0.0587 7343.37 120090 28158 8240 0.02678 1840 186533 41.4 104 041.7 103 105 5.87 74.6 2.72 63.1 __ 2
3 16900 0.0489 6892.259 53410 ' 12956 8480 0.022 1556 248710 33.1 :103 31.4 102 105 4.89 72.8 2.84 64.7 2
-
4 15200 0.0465 5894.712 t 0.02181 273581 35.1 , 104 , i' 102 105 4.65 71.4 2
-5 10300 0.0496 4260.739 . 0.02672 262922 52.9_ . . 104 g. 103 104 4.96, 79.2 2
6 15200 0.0449 5691.883 35680 8852 8440 0.02618 1843 239828 37.4 :104 1446.9 103 104 4.49 j 76.4, 2.67 63.2 , 2
7 21200 0.0333 5887.706 21880 5584 8700 0.02618 1900 257593 ,26.0 , ' 103 ,;57.1 102 105 3.33 73.8 3.11 54.7 2
8 174001 0.0332 4817.851 12190 2643 8680 0.02387 1728 257593 31.6 , 103 •":45.7! 102 105 3.32 75.2 2.6 62,2 2
9 16100 0.0443 5948.338 22480 5343 9540 0.03919 3118 230945 '35.8 ' 1 104 ,-y; 57 103 105 4.43 78.6 2.74 61.2 2
10 15100 0.0455 5729.997 10460 2643 8560 0.02588 1848 239828 37.6 '' 104 '.'t,51.6 103 104 4.55 79.1 2.72 64.71 2
11 9000 0.061 4578.66 - 234498 ,63.7, _ , 103 '., '`,l - 103 104 6.1 73.7 2
12 14600 0.056 6818.784 0.03205 230945 ,,39.5 j l „104 , I ' 103 105 5.6 67 2
131 10000. 0.0561 4670.4 13110 28651 9020 0-03332 2507 222063 158.6 ! ;103 ..129.7 103 104 5.6 68.8 2.48 60.8 2
14 11700 0.0526 5132.603 26680 5264 9480 0.03174 2509 239828 148.5 11 1,103 , ,"$146.6 ' 103 102 5.26 75 2.4L 61.6 r 2
_ 15 13700 0.0494 5644.345 134201 2798 8900 0.04234 3143 222063 . '42.8 ' 1021 1 o r�f43.9 ' 103_ 101 4.94 74.3 2.59 61.9 2
16 15900 0.0554 7346.372 26770 .6653 9460 0.04722 3725, 230945 36.3 , P 1031 I,,':49.6 103 104 5.54 75.8 P 2.56 61.2' 2
17' 153001 0.0516 6584.263 36630 8432 10000 0.04649 _ 3877 230945 ,;37.7 p, r 1041 I'`31'i49.8 , 104 y 105 5.16 76.4 2.68 61.9 2
18_ 16900' 0.0587 8273.53 I 0.04655 213180 35.2 !i• 1041, , '', i'$ 103 105 5.87 76.4 2
19 16800 0.0593 8308.6421 0.05341 190974 '36.7_ 1 ''104' ;?! 103 104' 5.93 78 2
20 16600 0.0485 6714.534 0.05348 175874 38.1 1104 ' '' 103 106 4.85 79.6 2
21 15100 0.0524 6598.942 47770 11713, 8520 0.04902 3483 163438 42.7 104 ,'g,51.3 103; 105 5.24 76.1 2.88 60.8 2
22' 18400 0.0506 7764.874 50490 12085 8900 0.05187 3850 179427 34.21 _105 1,,'49.6 104 106 5.061 75.5 2.83' 60.8 2
23 17700^ 0.0481 7100.426 48080 11589 8626 0.04949' 3558 200745! 34.3 ,104, I ',:150.5 104 105 4.811 76.2 2.87 61.3 2
24 12800 0.0475 5070.72 35030 8648 10040 0.01527 1279 234498 44.8 1 105 , I'55.7 104 105 4.75' 78.9 2.95 62.3 2
25 12400 0.0461 4767.478. _ j 0.02098 204298' 48.7 .105 I i 104 105 4.61 80.4__ 2
_ 26' 12300; 0.0477 4893.161 0.02012 213180_ 48.3 '105 1 104 105 4.77; 80.8 2
27 11700 0.0536 5230.181 7620 0.02374 15091 206074 51.4 I' 104 ;1 103 105 5.361 78.9 - 2
28 14200 0.0502 5945.086 55890' 13704 10120 0.02042 17231 257593 38.7, 104 ','58.1 103 105 5.021 79.7 2.97! 62.1 2
_ 29,__ 13000 0.0469, 5084.898 31970 7706 8000 0.01898 12661 222063 45.1,: ',1041 57.9 104 . 105 4.69 78.8 2.83 61 ___2
30; 136001_ 0.04361 4945.286 23460 � 5713, 9160 0.0179 1367 239828 41.8' :104_ ,i 59 103 105 4.36 79.8 2.89 61.9 2
311. 12600' 0.0608 6389.1071 10900 0.02639 2399 255816 43.8# _ 104 • i 104 104_ 6.08 79.2 2
TOT 4518001 1.569 188905; 685490 1 163347 196220, ' 0.962 51336 6923909 1284.807., 3220 933.1 3195 3244 157 2365 52 1171 1 62
AVG 1 14574.191 0.051 6094 36078.4 1 8597.22 89191 0.032 2333 223352 41.4454; 103.k9 49.11053 103 105 5 76.3 3 61.7i 1 2
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FEBRUAR 20141 I I I -L I I I _ I I 1 I
SLUDGE REPORT FOR DIG,PRESS,NIT WASTING AND DET TIME FOR 503 REGS ` Dig Influent Dig Effluent '% #
DATE D-GALS D%S D-LBS PR GAL 1 I PR LBS I RAS I Nit Gal Nit Lbs Gal Room Det Time Avg Tem %vol Re D#1 tern D#2 Tern %Solids %Vol Inf %Solids %Vol CO2 Dig
1 14100 -0.0596 7008.602 0.02225 248710 39.7 105 1! 1 104 106 5.96 81.7 1 2
_ 2 0.0501 5975.026 0.019251 230945 40.3 105 i a .111 104 105 5.01 79 2
3 0.0517 6597.0231 36250 8979 9680 0.01922 1552 209627 39.1 104 11 44J8 103 105 5.17 74.3 2.77 61.5 2
4 17200 0.0605 8678.604 27500 6399 9080 0.02103 1593 223839 34.0 104 1! 32.7 103 105 6.05 70.2 2.77 61.4 2
5 19400 0.0515 8332.494 12710 2968 8540 0.02595 1848 218510 30.4 104 ,; '40:'2 103 105 5.15 73.3 2.86 62.1 2
6 17600 0.0505 7412.592 I 7340 0.02098 1284 211404 33.9 105 i 1,1 104 106 5.05 73.5 I 2
7' 17700 0.0392 5786.626 40580 9273 95401 0.03699 2943 195415 34.6 , 105 , ' 49.2 103 106 3.92 75.9 2.74 61.5 I 2
8 17800 0.0485 7199.922 1 0.01759 204298 33.9 104 11, '111-- 104 105 4.85 75.4 • 2
_ 9 18500 0.0534 8239.0861 0.02808 177650 34.1 105 1 J. r 104 107 5.34 72.7 2
10 18300 0.0499 7615.8381 51890 11165 9560' 0.03928 3132 164326 35.2 104 , ' 48'3 . 103 105 4.99 75.1 2.65 60.9 2
11 21200 0.0513 9070.25 9480 0.02009 15881 175874 29.8 105 I ' ,I 103 1061 5.13 77.7 1 2
12 22100 0.0455 8386.287 62410 15172 9760 0.02016 16411 184756 28.2 104 I 44:'8 103 1051 4.55 75.2 2.91 b 62.6 2
13 20300 0.0518 8769.844 72710 18102 9920 0.01787 14781 200745 29.9 104 r 56.6 102 106 5.18 78.9 2.881 62.4 I 2
14 19800 0.0458 7563.046 36450 9150 10460 0.01148 1001 250487 28.1 104 , 45 102 105 4.58 75.5 2.9 . 62.9! I 2
15 14600 0.0571 6952.724 0.00001 225616 39.9 104 ! II 104 105 5.71 75.6 2
16 17700 0.056 8266.608 0.01165 191862 •f 34.8 1041 i' ,1 103 106i 5.6 72.7 I 2
17, 19600' 0.0437 7143.377 254401 6514 101801 0.044651 3791 177650 32.2• 104 t ' 57.•,7 103, 1061 - 4.371 78.6_ 2.58 60.8 2
- 181 16300 0.0492 6688.346 50360 12370 9200 0.04616 3542 204298 37.01 104 1 ! 48.2 103I 1061 4.92! 75.4 2.94 61.4 2
19 18600 0.049 7601.076 50430 11688 8980 0.04775 3576 239828 30.5 105 :1 46.9 104 105 4.91 74.9_ 2.8 61.2 2
20 19700 0.048 7886.304 46420 _ 10375 10740 0.03551 3181 230945 29.3 105 ' , 46:3 104 107 4.8175.2 2.81 62 1 2
21 26300 0.0544' 11932.2 8840 0.01883 1388 239828 L 21.6 105 :;' 3 103 106 5.441 72.2 2
22 32700 0.0428 11672.33! I I 0.03895 • 209627 - 18.3 104 , ; „a 103 105 4.281 72.5 2
_ 23 24600 0.0459 9417.028' 0.03467 165215 26.1 104 •', ',',; 102 105 4.59 73 L 2
24 28100 0.0506 11858.31 31810. 7641 9580 ."0.04001 3197 142120 23.7 104 i ' ,45 103 . 104 5.06 73.9 2.86 60'.9 2
25 42500 0.0463 16411.04 126190 F 30645 10420 0.04823 41911 168768 15.0 , 104 ,, 42=,1 I 102 105 4.63 72.9 2.88_ 70 2
_ 26 619001 0.0454' 23437.57 111270 281491 11260 0.05249 4929 248710 9.0 103 ' 42.5] 1001 . 105 4.54 73.5; 2.95 61.5• 2
271 288001 0.0462 11096.87 I 110001 0.04895!' 4491 225616 20.2 102 , _;'i 981 106 4.62 75.1' 2
28 19500 0.0518 8424.234 i _ _ 9220 0.0532 _ 4091 230945 29.6 1021 1 '1 1 981 106 5.18 78.8 I 2
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TOT 1 624500 1.3957' 2554231 782420I 1885911 192780 0.841 54437 5797608, 838.368 ! 2914 i ; 689.3 2874 2954 140 2103 42 933' 56
AVG I 22303.57 0.050 91221 52161.3 112572.71 96391 0.030 27221 2070571-29.94171 104.1 45.95333 103 105 51 75.1 3 62.2 . 2
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SLUDGE REPORT FOR DIG,PRESS,NIT WASTING AND DET TIME FOR 503 REGS , ' ,11 I Dig _Influent Dig Effluent % #
_DATE ID-GALS D%S D-LBS PR GAL PR LBS I RAS Nit Gal Nit Lbs Gal Room Det Time Avg Tem %vol Re D#1 tern D#2 Tern %Solids %Vol Inf ,%Solids %Vol_CO2 Dig
1 20300 0,0593 10039.61 I 0.04941 198968 :;30.0 ' ' 1103 r. 100 106 5.93 81 2
2 38000 0.0525 16638.3 0.05401 175874 1,.16.6 ' 1104 1 4 102 107 5.25 77.9 2
3 45400 0.0377 14274.58 65780 16326 9260 0.04812 3716 133238 1,114.9 1 1104 ' 1., 50.3 ' 102 106 3.77 76.4 3 61.6 2
4 40300 0.0382 12839.1 83640• 21093 10160 0.04917 4166 133238 6;16.7 102 ; !!;I.: 50.6 . 99 105 3.82 76.3 3.05 61.4 2
5 27400 0.0439 10031.85 85090 20875 11720 0.0588 5747 168768 1;23.3 ' i 101 111 150.4 97 105 4.39 71.71 2.92 62.1 2
_ 6 27500 0.0481 11031.74 84390 21158 11440 0.06411 6116 213180 ii21.6 1 1101' 1,, 52.2 , 97 105 4.811 77.5 2.98 62.3 _ 2
7 218001 0.0516 9381.499 • 8780 0.000531 39 319770 1,22.4 ' ' 1102 4, 98 107 5.16 76.6 2
8 27500 0.0523 11995.01 0.00638 266475 1;19.7 ; ;103 11;41,; ' 98 108 5.23 , 70 1 2
_ 9 27600 0.0429 9874.894 1 0.068 229169 6;21.0 ;102 a! 98 1051 4.29 73.8 2
10 26400 0.0566 12461.96 9780 0.05705 4653 204298 1;22.9 ' 1102 '111; 100 104 5.66 74.8 • 2
11 26800 0.0456 10192.15 72270 I 16386 9760 0.05652 4601 186533 1,23.2 ' 1102 ;','4„45.5 101 103 4.56 75 2.71 62.1 2
12 28200 0.0451 10606.98 23720 j 5203 9400 0.05612 4400! 213180 1!21.1 ; .1101 'm p.43.8 1001 102 4.51 74.4 2.66 62.1 2
13 29400, 0.046 11279.02 24540 5526 8460 0.05739 4049' 2309451 i 119.6 1100 :Ai 41.8 100 100 4.6 73.6 2.71 61.8 2
141 27200 0.0415 9414.1921 55890 13996 9920 0.05775 4778 195415 22.5 ; „ ;1100 . ;;(n+;48.6 100 101 4.15 74.6 • 2.63 60.1 2
15 28500 0.0426 10125.59 0.05483 208739 1121.0 . , 1101 "k;$`> _ 100 1011 4.26 76.1 2
16 32500 0.0438 11871.99 0.05072 168768 19.7j 1100 ?';, 100 1011 4.38 75.7 _ 2
17 29300 0.0394 9627.863 70057 20041 9320 0.02832 2201 . 142120 22.71 , .100 ' :ill,.40.4 100 1011 3.94 72.4 3.26 61 2
18 28200, 0.0418 9830.858 45432 1 12504 8700 0.04024 2920 186533 _ 22.01 , ' .1100 ' '!''. 40.7 99 1011 4.18 71.7 3.3 60.1 2
19 32600 0.0366 9950.954 61312 I 17181 7940 0.05657 3746 186533- 19.11 . ,;99 ,15 42 98 1001 3.66 73.4 3.331 61.6 2
20' 33000 0.0379 10430.841 8080 0.05806 3913 230945 1 17.51 ' •99 ;1 98 1011 3.79 73.3 2
21 34900 0.04641 13505.461 8512 2215 8920 0.05576 4148 195415 1 17.5 ;100 'y;'46.2 99 1001 4.641 75.71 3.19 62.6 2
22 34800 0.0477 13844.07 __ 0.05721 168768 ' 18.4 1001 !1 99 100j 4.77 75.7 2
23 26000 0.0444 9627.696 0.06217 106590 ' 27.0 . ,100 ;s 99 101! 4.44 75.5 2
-
24; 29400 0.0407 9979.477 58921 15882 8240 0.06102 41931 35530 126.3 ' ' 1100; '1 ,49.3 99 101 L 4.07 75.8 3.02 61.3 2
251 32900 0.0387 10618.74 46750 12048 8500 0.0561 39771 149226 ; 20.0 ;100 j 47 99 1021 3.87 74.7 2.96 61 2
_ 261 27900 0.0427 9935.692 102995 29503 7900 0.05576 3674L_ 186533; 22.3 11901 .,1_ 61 99 1001 4.27 75.6 3.381 54.7 2
27 32700 0.042 11454.161 80970 20794 6560 0.05183 2836 257593; 16.81 1 1, 100 :5_45.2 I 99 1011_ 4.2 74.6 2.871 61.71 2
28 22300 0.0859 15975.85 35340 85181 5100 0.04175 1776 243381 L ,25.3 + 100 4, 72.9 100 1011 8.591 86.5 2.93 63.3j 1 2
29 22900 0.0496 9472.906 0.04119 _2309451 25.2 !I '102 1021 102 4.961 77.5 2
30 21400 0.0567 10119.59 I 0.04236 230945 27.0 ,' 102 ;!^' 102j 1D1 _5.67 78.5 2
31 22500 0.0428 8031.42 271001 5876 7200I 0.041751 2507 207851 ; 26.7 102 ;}; 56.4 1031 101 i 2
TOT 905600 1.441, 344464 1032709 265123 185140 1.539! 78155 6005458 669'.85461 ', 1'3132 111,884.3 30861 3178 140; 2266 51 1041 j 62
AVG 29212.91 0.0461 11112 i 57372.72 147291 8816 0.0501 3722 1937241 21.608211 . n 101.0, 4912778 100; 103 51 75.5 3 61.21 1 2,
i,
: I ,1 eK
I'
1 11 'iID
't�

City of Asheboro Month .\ y
Digester Pilot Plant Temperature Log 'o t i
(Record once per shift)
® �-*A �h.:1L�+rr i � .1`' r t +'- ,? ''�'�N`i-. t,pj�a fi e?�4k i P '-.Ki� c.. Z�7"'��'"v�+p�r. t
1st shift • 'l;. X ,,, irvikiri ,��f rite ,,.. �,, ktl };,.....r�5 d rSr :.1i
Date Time Temp. Initials Time Temp. Initials - Time Temp. Initials
1 O7(S 3K' CIS 1 '1-) OP/ ./1 CoaS 7e + rie
2 O7' <t' C14 iiril, 'off im Z3i ) 1
3 0 71/ Fee' ��,t.) /SU OP .e/14 2 3 u 3 :"` "ice
4 '-III i $' 7-3 fSs6 3 ' �1 2g (.334 77...3
o
5 . 70il 3gv ; -) ( ,?� ' 3C cis ,-,--,2, ;a gb _
6 7 yc 3 �",,2. r c 2'3 �3 i' .,2L' 23o 3 ra a
7 7<c 3 Of' --[1:;: �/la I r (.' 4 21Uv 3 y 6 f3 K t
8 '.�)a.S 36° !tea ik za r -ii �[,> 2305 3�" 1��C
9 '7r 3`' -36 fir:+'" t � �+� t-J�V� 0 - 23oo 3 8� WC-
10 �`'I° 2 ' l�-fU 1q 0 3/6 LA 2 3a S - 3 8° ¢P.T
11 cZL6 S 4' aS +r1.Z.. 3 & i 000 ( 3 F' 47)e-7
d fr y C1 C-
12 l l l' ? Jar,-� v- � r1�tl �t y c -'
13 3) 0 3 '° l� k ik, �- 11" pt, Zoo 38." 6icv-
0'
14 (;I 13 3 o �G i> t e p 3 J eo,f 2300 3 8.° OW
15 OL( 7 2�lie j4 j !�.1 J J /A1 . 6"' k d 4fi,T`
_ �nhL Z3b a 3
16 p"i T r,5�-S 3 1 W z3os 3g0 PiCr
17 0'79 q Zt© c l g o 6 IP - °i/1 k 1306 3gd 6g-r-
19 G o 3 NIL--
�_l,L - -0-6_ -_.. -_ -2 77s_ _7-`- _ ./,
21 7 ie l f a 17 4- 2 3' , 3r . Pa
f6 . 'IF"' 13OS 3' ,may 21 a-0 - Sg u---- - p��
2z
23 ?I 384' JS /7:cr, 35v 4j'7 Z3vo 38° WI-
24 rt)? [LI 3 .14._
(6:a5 3c5c/ 471 23o 5 3k° OP-
25 o(orxo 384 fi i'L' 3 u 23w 3g° A
PT-
(� o
_ 26 Os ter 3S° 4 f�_ 1 q,3 J4 P. z5u0 - "D" f
27 ip?I( fG, 3,Pi`M —Igo iii 2 3 5-0 4C7-7
28 i Z2C) __1,t/1 -389'9 �/
, �!q G - �.5 3 .5 . c' /1: /
29 L;"),L lq GW '_,.5 ,l,/f/ ---, t C3','/// 230 > .3 g "I )`')''P.
(V 30 (511S ° — S'h 00 L ,G 4 7
31 01 I -) O � �` 2 -.-.f° ( W 2 3° `5 J gt

City of Asheboro February 2014
Digester Pilot Plant Temperature Log
(Record once per shift)
1st shift' 2nd shift 3rd shift
Date Time Temp. Initials Time Temp. Initialsl Time Temp. Initials
c 1 s S 32i6 t_(3 160 24e) 1441 Z360 37 zicr
2 )$2a 3F6
aQ 160T . 3 lc,i,11 2,3of, 3r SAT'
3 ?i5 . 3 66 , L` -fig° 2
5 r2,5 30c , -7. , 1$5-aa ) 6 , 17-4
6 --'00 13 u /J-j`k i? �g '?6 _ vat- 1� "
a - t(2 3 7� �I! )s Sp 3 7 G 233o _ 3?° c,.u)
s 37°— -co,s 37 ' L s fc-W
10 77; ,Ul l Aq/ , 2 •3c�� 376 Orr-
11 o 7.30 7 G fc 1"75 'Y by 2 3°° 37 4
12 6.1111 -3< 1-� 307 .5g 23vo `7° . ctN
•13 11 I 3_7- -ma MiffZ3c' 3 7° a-
14 t0 07Z2 ` 7L3 . 7° ✓!17 Z 3`7° ISIZY
—15 - j ,SI -i J'�/// ' ' ° Mil I 15 3 6° i7
_
17 Zt S C°PS i5zc' 77•' 3S` Ti.-
_
��_ : a=o=3a 37•- -1 j
s --- t 7 =_T_�= . °___ __ __ (TO 1.9 3$s
- 20 e-71 _ 3 - .
21 6'71 z 'a 1- a 14-7b 3'' - oPz5 38• 1-3
22 67ZO 37` ) x®e s8° mg o S 37
23 07o(' 3$` TL) /:" j -74' (/y1f- -7 37° YLs
24 G7!u 'SSr'u r I to 3"3. / l 23bo 3S° b
rr-
_ 25 c`g.ob 37 g `4 - 1, 7)7- •� '
plz-
' 26 072.2) �� )3. � D c/ o D J 1 ' 2;1 ys- 77-
27 ,J'o 3C )66 _ 't Z 3bu JAG or `
28 4ol, (NC CID f 20 3$'' Lit 2306 3E-6 13R"7
29
30
31 I

City of Asheboro March 2014
Digester Pilot Plant Temperature Log
• (Record once per shift)
�.� ..�p4��'Sf�a''•'{fi.a;fil,�*�='}�1�:�:,: :°i��."i�', �i¢ [_4' "r.:.;.f2:}35:{p:�,°��:�?:O,A L� �tr��'..`•:-�;jii� .:[:.fin:_
1st hi "1'Hi4 1i1,• /////end-' ii'�i,i'�wr ,1: ..ti! :?f^.I;�a�.i ::.7,`t+' :,��;•3)fd'`,Shlft� :+;F�n 1 :
shift :il:: �:;i �:lr'�R Iw��!� .. �:.'Hl:. �ni�...:�v.•a.�. e a. -
rr
Date Time Temp. Initials Time Temp. Initials Time Temp. Initials
1 711 37 r D-3 1-020 .38`ci (V/) r_rcraco ! NZ` T1-3
_ 2 70q 3 8' TL ct
J ic" 31S`' Cpi cep 1 0 35.. i L- 3
3 O 1Z--) ' fie- hi I S Zv TX'! :Xi- z3Ge> 3r). , grr
4 o-'t( 7V'" %l• 1 k!7 id _e ?St,0 31.0 i3(Zr
5 v 7 5.° - '37J /-i-.4, _ V If,L' -}l° 730 0 ��', 6ri'
6 (9'77S '7 5'' i-It I 13 3 i° >itjfi- 2 n 3 y`' fi
7 _. d.751 _ 1'7 - 'c 647 _3 O !r'" # t &u 3 gu ()LT-
,
8 OAS 31 ' _o�'.f __j�,4v 7n -1,.- )'0161 3- ? ' `7
�9 O L 0,C 37 ' C.A K m., 1 dl e - 23 V Q 5 / . '-, _
11 c7iii az - ts L) )7° 1 L ' 2S,° 3g'`' o lti-
12 r r1 -3d O Jc 1'A0 ' ( ' #:J: Z3Ga 3-g' 6gT
111 13 . 07.23 1179 11 1 g vi 70 , c- " 2.3 6v 3-7° f in-
14 0?3.3 i 4) :6. Ili I W -76 �_eaa 3 377 71.3
15 n Zug -37- —/t Ck a .1.3bu 7- .
16 01-3 5- ---7.-7-f=- i•.ti---- _)t 1.�.«w U= 1= �. . -777 0_ •• -_- - r _ 1
17 .2 ill ' 331 _ J 40 -� I) /20 3g .. 7L J
---- - -18 -- er_ __- . -__. A% _ . _0 :-_-_3772-' :- -3 _ _ _
_1290_,_ (,)-_,..),lizij.31„, 32);,., Ira7,14,_I): .317-"Ozo ..7677.7.f7,._fl .._______ 1)___11.37_____Ti_ . .T7:.,_ __TTLL j3_ , _1 _ _ ,____.__,._
21 O 3O 36° I2 1 37G MA4 23vv 3 7 6 atzr
22 0515 3r a'c'\ l f 11 -t' Atli- 2360 3? ° Og--
23 p co 0 )g° . be.-1- (6 0 n
6 • J P Ain— Z36v _ 3� _¢f� I
Y24 r.�t , /J.$ .�"° e/ - ovt 3 sg- rl3
25 b 7 r�m� v 72..1, k_cle 7,,. 6,
(r7) .� 3 ° J L 3
26 &) t'7 s , o (,' �,Vj:51 - a° N It c37° TL J
27 0712 sq° • fic,i/ /5-4/ ,'�'" GM/ x( 38' 72i
a ,L5 ° mil a-n i`t 3 5v 71.S
• 29 G I3 . 3 I. " T j 1;0 $90 a°,/ _ .1500 ° $R'C
30 G cO 0 3•1 ° 6 L-V J '3 S ° C� Z 3 u° 37° 6,K't.
31 07/_5 37° �17 4, f�° d-,l OD 11., 3l ' 71..3

- _
. .
City of teboro
hag4L, Department of Water Quality
fr.
Sistsoct.4,- Fecal Conform in Sludge
.-:'.::.:::•-•;:•.4';:;--;i7':'.1::; , .Tilfar,-;-:_a-,afe,:. _L"•-_ -. ._ : ._ .V, ige--MOW:ftgW;I::..,::.:;:'.::::::t:'..9- 0 :r5 :-!'4iiigaiK-'.-::Ii; ::1-:7-.. --).- - M
.2 j_
iii 5 (_o 7
17 Pi a9.17 ILI ,1-1g.141 c2jklY ,,2i4e. i4-( d.ig iej
ft),itoi.'„?'.:4:::;::::-.::.:..,:,!,:::.•::,.... .9: 00 - ,,.1:07) .9.'073 /):30 ii..50 ' //.•30 1/.. 0
.10- Cott /ma( C,01--- ri 1&"-64),- e.6.P/- co-z.eo, ./. _cvii tiyt/Ael-coi-Afix,-
,kiiiik_k;-;•:f..:.;:,- .1.::::.;,. ET/Air- TY-1-- -a_Aii--- --p dor- 7 A..,-1-- 1?),,(J,--- 21_,<-1----
- - . •• -.• • .. ,::--.:-,•,•- --.,:-•:-..• :•••-,•,..,,,,-;imT,..-,, .:-',.z71.. Fr;-7111&*10',tT-77-IfM1-1;T:1Mrf.'?:::f.-.".-..,F,::::'::::F.,-,:t.7-7-:;,,-.7,--,!,•,:-'---., :- • -':-•:‘,.-.,-.t--•:,,.;,--:•,•
01,$t),Nurn.opr 4 3. IC / VO eg 5
faiiik:**:;:..:;ii.;. 90.Li c g C#9 4V. s-Q i-i g 100 3 ? r f-T 62 rzi 0 q, . ---g-z-/Le F-7- 5 .t93 T 94/.1.5e/N
ktkpigiii:;li':-.:::,.: :::,:::,..,. 7 r7. lig 9.-. rig.0F'311 P79.g r758 r7 e. 0?.?-cf 1 r,10 e.03 379.0 i 72., T 17. Y 7/,F 3
ids lU. :::•:! iQ.1,-ISI Igkissi .D.o.Lis94_ q. i.ba 0 _ I,LI.o-i 'S 3.1-citsk 1 to.tr 301.
Wi:,.'±..,..3.PAA.,,,..:.i..f.s, W. (,o,7? :RV.9q 3b 5?-14,Da 09 -7 .; .•-7-7 .AD r 5-(0 di : r:).(.„9-1-71 .-$(9.&Z'70
v27 74-2 1,POR-q1 19.E-75R r7 r,e)e-fs'ef IF. poeee, ,1 .. 40?-72 ii. 71g3 ,
q..q.o 34 4_ILI 1 1..-119 . Q.90 1 1.5eio1 Q.90TI
Mitif1:0C.:..if::::. :-.:-::; Q 0.0 07, D 3. 5 7, gn. .1-1 310 . le 19,r..)1-6 .1 .Iirl 74, 1 i.44-1.0
---our' -PA A3-1--- cla Ayr
g. ) T.ILi OAS% ILI : D. ) 7-1(4 - a . ir-- it--( a. is. 114
v:,.:,.: .. 1.T. o 10 1 s,) ' i ;: 3 LLI:2 Ci ;-- 1 LE 2 2-C) tut: 24) IL{ 20
At In
iiitiSiiit :-: ..:" ..:s:'1:-:. .•.':,-.40;iitiiWrOii4443.70.6V-01,1e40.i.ifrOV.4.5r.ricargaik*r;O:'t4:1.C*10.00:::::::"Vgi',4gOikiiitet,-.• :.-•:'':#.7-eiirfini:0-.:.:,::,..
0 0 I 0 4 0 1
4.00:iyi- .....:','. 0 t A 0 5 5 0
':':,.:::.::',..••••.,:.:::: ::(1:iiiA,::::-i:-..:',.:.--..,1 I-A t i 1
.;,,.:..:::„ :.zi:::.is-ioiii .E., •.,;_e..:.;. U , 1 S a-) ..- g .. 5 . -- _ a_o N
''''.iliiiiicAstiiiiigi II, 5u Li GI -1'2.3 5 ,t43 . 1(‘D3q. 901Q-3( t;51cts - 3 j 18 1
.4gfrA15441Wil ,
'11-.4#.04.C. :-:•:.::-!.-:'.?ti:' 0•16i • 1 4 a. 19 .1ki a .101. 14, . .t.1. 1t-(
**030C:::i::::,,c:::;: .: -' k t, ,-,1 ‘.1 Sc-i . t t.6 LA 12,29) 1291 I tez_Q t252-ei
KtOtif,*(1P'-!:-.4'.1..,..,.;:i.-!.: ---kuoi-- c-Pro-r-- e-131/4.43-1- cikik.x-- •-71)1.).-A-- c-A.A.A--- (IL'S-
Coliform Colonies/gram=Coliform colonies counted X 100
ml X%Dry Solids
Geometric Mean, V1 553 6/z_ 4:14..
0 • •

Calculated by /___ Date Collected I. e /9
Checked by CITY OF ASHEBORO Date Run
e
Wastewater Treatment Plant
Volatile Solids Reduction
V Additional Digestion
Pail 1 Moisture and Dry Soli s . Average
Dish No -Di°�1,_�. �__ 1 'TKPSJ
Source " P Y►-!y .' c�-. -D'i 8_ - E. '4 kper ia- '7
Wt.. D. &.Wet s 83•$11 u cal. 5051 n.. 1tP3O `i1.<f 14 85. 004)0 '
tut Dish 'lg. -lb33 FI . D$FS$ 'P7 n71(03 '1°1_ '11_$!5 G
wt: wet S . ,t1 I..©"7-1 4 53r7 is LiN 7 3. ,fI5,r
[vt D. &,Dry S I4. 9 j/ `7$. 3` j42.. riff: t c/
W . Dish 1+-1.70q :3.-.tYT! -7'1-' ILo3 "1 . 9.1. .
tvt my Sol. 0.'a0 ,1Lj _ O, ' S-7I a. -3?r2/ r0. 3L0(,'7 1. ri
% Dry Sol . _ --r _ 7.3=10 9.15 2 D.?. 7�7, .2-74/ 7a.
Volatile Solids '
w t D&.Dr, y S . 1''-E-cact _ wlA- ' 13.coto3y .ail • '79.
Wt D&Ign S . '7f,S iq-7 7 ./ 3n 7'7 a0 •e) /i 7i• HI
Loss .Wt . Ign ci 34-1'-1 0 Itia11 D-ISsiq 0,1-111 �3 / e-
Vol. Solids `�Q.; . I'3�Z _ 3. _ t13.-N (173 (9.,� U _VJ3. )‘
„Y12_ 4Moisture a d Dry Solid Average
wt D. &Wet S Sli, `703t* "Mil `745 g4,3 L3C4, .50
fAl t Dish '7 1-7/ ,-0 9. -.7 • C
��
• , D. &.Dry S17 OD '-7f3- O c
.:. Dish 7'7". * O 7 - 1 .W74-7 h . O8F
Wt Dry Sol . Q: Orr 15 1
Volatile Solids
- wt;- D&Dr.y S . v- `sD.1500 -7$.3L'L1 - 7. !-iO
_-tvt._ n&tgn_ S ._?_- � �7�'- •. - 74 -_'7 ! .I - - - - r ` -_
Loss Wt. Ign ,.
V solids I.C1$ �D�=-_. t ai - • __Lad_a�_ - -
Ty*.zpvi
-- Day 40- - - Moisture and -Dry Solids, O -- -- Average. - --- •
Dish No _
Source - �--.
w t D.&Wet S 1 ' S 3 - ► .i` • lama.
w t Dish ''i rl , • liifi!' i i 4► "►tl5'
wt.:. West s . • "49 Lio 5.• 3 '0a'` _._L
Wt. D.&Dry S ' 1 A 7
Wt. Dish `7 k•U • 2 '77. 7r 3 7c. 0 ft.r6 7 5-uS'r
[!t Dry So
I . iI -Q. t/ MF 'ii4i
09})rySol . lnl� J
(�1 )/((2.57°ZJ
_Volatile Solids 9S7S �--�`7
•
'' . D&.Dry S . 1q. a)5J7Y '�q• a ) .;-a' j .
n&Ign S . 7g. ,55a 7'7, 01 Q. L _ ���� gii
•
7s Wt . Ign -
1.7o I. Sol i-a.s �0 • / • %' 1 14.
•
�.!eili'-f ee(2 Cc/fv(0 j 20 u�y Cv©.3Co°Q -
40 day 7- a. 2"'la
VSR =. V o iginal - VSfinal _ ' .7 7 III
VSoriginal - (VSoriginal X. VSfinal) C2N 14 II 0-,85% `ZJiulic 1 10. 15 o

c .
aiculated by jj. / Date Collected cal- 5./4
le d by 1W. CITY OF ASHEBORO Date Run c2. 40. ili
I Wastewater Treatment Plant ...2- at,./Li
Volatile Solids Reduction 3_ 1 g. 14
Additional Digestion
.._
_Day I
1J1oi.5ture. 16, ljry Solidj •
/
Average
i sh No eD13 e,51A . .
o i r c e 7)LIrY,04-4-, -....
..--=;, -
1.„ D.&We t S nig 37.7 ; ..__ _,-- 57P-1 . .110 .. ei ke e-_-',:1 A il
t . Dish '71. foidi '79.r75g- . . '74/. 7/056
ir, wet S . 19.0(ca_ ct• i . 7 leg . / • o Lo
-7 //. ' g/
t D . &Dry S i 5
t. Di sh 77 .'sty7/4 5 7 _ / -74. 76051.) •
t Dry Sol . 0.5k9) 0.2741a, JO-305(1 . •• 0- 51.tog
Dry Sol . a•IfLia. .2,_izi4-
.
Volatile Solids
t D&Dry S . 1 . i 65 70 ii-19,-1 74. 37V5 It 1 ti 75.701 5- .
t. D&T g n s . . 7A, rig" q 7'0 7 1-2031 .2q8 71./. 0.2g
oss Wt . Ign 4
. .q _ M_ X _ 0 741) ao64 I
Vol1 Solids 0/. 2 ov. 'Liz
Day 20 . Moisture -and Dry Solids •
- Average
i.R h No 1 LI _WS. 46r) Om,7 .
ource i:-C-44.- .-..%,
t, D. &Wet S Sr-, 14 . ch,c. Li-Pal 1G-i q 0 3C) `,740 ,9 alit; :2°I. (e3_D__-/
Wetls S .
lt.*Os%Cla rli.,_7512( J.S.i_oig. -to .11 .. . 11 I;41*n
.,- :-mil" ,_ --1 . 1.-aN
D. &Dry s lit 3013,--k I-1,tio9 . atbq " 0oX) . •
.. Dish litl4. 1-7.11 wq) • e ls -7 , •-7 -Tr treg
t Dry Sol . 0..'ali 10. ..49_106.:L _Ct1 ._1 .1 SO
Dry .Sol , g, it - - g it 5:1,0 - -__. ,,,./. Le u /e- ---_:--Lc9.T-)01. -
Volatile_So15.,ds
'T._ D&Dry S . __7"19,.-D. rici=.00aali_n:Zplo :=-__
rt. Du gn s . r, 7jp3 l, 7:1:i .A OM. . - ....r79.r9I/c/ ._ . n igkzo
,_- - , _.; 0%a, ,-: ,:__-_TC50u
; Vol. Solids 7 • _, a '
--- Sel-Otlit----
- ,
Day 40 Moisture and Dry Solids Average
- • 1
)ish No 1 A _ ea 5 IC0 104,o_
;ottrc.e
s 1:3. 11 v. 46 i. 0-16'3 1)5, 13 Th :.ei.?._
Dish . •• 0' 71 1 . ITA ILL iq 0 i Cot
iI:. Wet S. ..(PI .. ' ______ 1 o4 5.
qt D. &Dry S -1(6.:2:3°L0 -11- 15- In,3 -1 - b-15 --/ is.1(0 7,3 -7 I .1-154
it Dish -1.$.0°/-3Z "1-1..-77-14( .2 -115, 08.0 '11. cses L3 .
it Dry Sol . __CIA(.451.-' b(T__I 742_, a&I SZ
l)ry So] . a .`..76" G a--Dceet. • . . -
. .
Volatile Solids
D&D r y S . 1/3.2Sa1° -1 :(A4L)-Q.,..,.._ 1/.2,- gp• liS.C4P-Z• 1(. / Ct.--
Mill. D&Ign S . 'I 6- 1,641 - 11:16.(.e __ ---/ et.,15eli - -I 'Mt • E-.,ei. zr
.. .,sw , Ign 0.0Sy Di 0.050S 0.ocl4,1zi . 0.04 1 k0 _Cialti_9___r. 5_ ,,r_e_1:-4, .
yr, vol Solids 54t_141 -1
• 0
ee
fi 20 day la day
VSR VSoriginal - VSnal 5sq41
‘ ‘. 1 1 fE 14311lbt3ilift4
VSoriiinal - (VSoriginal X VSfinal)

Calculated by raur Date• Collected 3• lii
eecked by CITY OF ASHEBORO Date Run
Wastewater Treatment Plant
"-)' Volatile Solids Reduction
Additional Digestion
Dau l ,1� isture a'd Dry So]_9.d� Average
Dish No !�
-
Source DiL)J 1 �1 .�
[vI-,� D U. &.wet S ''7 91 $ 1'/ r / 1.51 al . 5
Wt Dish 17Le 91 7$. 0c}a1-1 717 '"! . S'ota P
Wi; wet S . t3. I �"1 ILI.05_ 1 .7 tS•
Wt D. &.Dry S IS. i i 5 .
Wt; Dish -PI 710 1 57 . 0/ 8 ' `7 '
[lit Dry Sot . 0..1531-4O •.4 L 't-1
Dry Sol . ,g . r -�� QJ.� ,,,9.. c121.
Volatile Solids
wt. D&Dry S . In•1. P.1 11 5tf) 5 ' . .1 1 Q
wt D&Ign S . `74. y 775 ' ICJ- 8'
Loss W t . I n _ � •.. f"
"Y. vo1. Sol].ds tea�v _iQ1 c1 1 e {-e .. 6% ,.
?0 Moisture and Dry Solids _ ver.age
Dish No 4 --l-_- 'AS IV) 0 .
source
[elf:. D. 841,Aiet 'S 4fQ . tr1Gq '7)t0.%'-Vat) %S.tga.33 Sa'. 5Qto' rig, (a/34 .
alit Dish }Ti. 'Z a'a.5 1%.pa'7>3 141, orb 01a
wet s . 1.4514 • eq�g 144s q-S14 .
), U. &Dry s`11.`i' S� It.3Q49 'ri 1.r0$• . . • 1 •
Dish '`Tr "Ya-olcs -7s-0.i 3 761. • ...t i
Wt_. •
D r. y S o-1 . 0.' Q- 1 :. lam': ,l d�. nn _ _
- - % -D r.'y:_ S o]._...-:_-__- l`�i_ - ._ c . - - - e_.(.1.61% - - _ -- a tp
Volatile, Solids 0
_ [d t; D&.:I'g i`-s - ►.t, r -'1 : '�•� = t ��[i ii b'_= Z
:�+-I(�i'V
-L 0 SS--,.wt.-= g;n- O.l-- a-1 o 1 ---vi-_ `7 ___ 0 •tact --0.1 ?at9 "5'_._..._-
--=- 6n=Vn=1=-1&-I d-s-==tp0-3arz;=------..Er.- - .:.2 - -�,-_9i --- -(AO 1g. = -- (i20.- G w
•
Da 4 0 94�41a iti t1 N Moisture an Dry Solids J,, 1 A rage
Dish No ! -p`��`j' $0 _ 1 N
Source i • �' r 1•-I0
'Alt D. r wet S .5 .51 _ aat.e_ RO_ 1 ID
wt Dish ` el.Q$$S 1S Srat0 I .$ZD1 .
wt. Wet S . tO.�! i Ot-1• ' 1
Wt D . &Drys .0 . x'4 n T.11f!! i N
Wt 'Dish a .1�a 2. .a 5c.9 ' ' . tv •,
Wt Dry Sol � �. �•3/,,.t1�� r,1 •�
% Dry Sol . L p�Y� • o(-l(/' t �•
a,.... Volat ' le Solids . f 3�
` D&Dry S . la,; I 1 t $-01SO ' ).3 4h .0� ;3�
) D&Ign S . •
ss Wt . IV) 1(O _C2 _ 0 ' l ✓U' i�
Vol. Solids 56., �5S',''r j 7,
VSoriginal - VSfinal 4::4:-.
4ad^day
VSR = �
VSor�.ginaZ - (VSoriginal X VSfinal)

•
ANNUAL PATHOGEN AND VECTOR ATTRACTION REDUCTION FORM(02T Rules)
Facility Name: City of Asheboro WQ Permit Number: WQ0001684
•WWTP Name: Asheboro WWTP NPDES Number: NC0026123
Monitoring Period: From 04/01/14 To 06/30/14
Pathogen Reduction(40 CFR 503.32/15A NCAC 02T.1106)-Please indicate level achieved and alternative performed:
Class A:
Alt. 1/A(time/temp) Alt.2/B(Alk Treatment) Alt.3/C(Prior Testing)
Alt.4/D(No Prior Test) Alt.5/Process to Further Reduce Pathogens Alt.6(Equivalent to PFRP)
If applicable to alternative performed(Class A only)indicate"Process to Further Reduce Pathogens":
Compost Heat Drying Heat Treatment Thermophilic
Beta Ray Gamma Ray Pasteurization
Class B:
Alt.(1)Fecal Density X Alt.(2)Process to Significantly Reduce Pathogens X
If applicable to alternative performed(Class B only)indicate"Process to Significantly Reduce Pathogens":
Lime Stabilization Air Drying Composting Aerobic Digestion
Anaerobic Digestion X
If applicable to alternative performed(Class A or Class B)complete the following monitoring data:
Parameter Allowable Level in Sludge Pathogen Density No.of Frequency Sample Analytical
Excee- of Type Technique
Minimum Geo.Mean Maximum Units dences Analysis
Fecal 2x10 to the 6th MPN MPN/g
Coliform power per gram of
total solids
CFU 1136 8289 103950 CFU/g 0 4/YR Grab 9222D
1000 MPN per gram of total MPN/g
solids(dry weight)
Salmonella 3 MPN per 4 grams total
bacteria(in solids(dry weight)
lieu of fecal
coliform)
Vector Attraction Reduction(40 CFR 503.33/15A NCAC 02T.1107)-Please indicate option/alternative performed:
Option/Alt. 1 Option/Alt.2 Option/Alt.3 Option/Alt.4
(VS reduction) (40-day bench) X (30-day bench) (Spec.02 uptake)
Option/Alt.5 Option/Alt.6 Option/Alt.7 Option/Alt.8
(14-Day Aerobic) (Alk Stabilization) (Drying—Stable) (Drying—Unstable)
Option/Alt.9 _ Option/Alt. 10
(Injection) (Incorporation) No vector attraction reduction alternatives were performed
CERTIFICATION STATEMENT(please check the appropriate statement)
"I certify,under penalty of law,that the pathogen requirements in 40 CFR 503.32/15A NCAC 02T.1106 and the vector attraction
X reduction requirement in 40 CFR 503.33/15A NCAC 02T.1107 have been met." •
"I certify,under penalty of law,that the pathogen requirements in 40 CFR 503.32/15A NCAC 02T.1106 and the vector attraction
reduction requirement in 40 CFR 503.33/15A NCAC 02T.1107 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."
®Michael Wiseman, WWTP O.R.0
Preparer Name and Title(print or type) Land Applier Name and Title(if applicable)(type or print)
z/i045
Signature of Preparer* Date Signature of Land Applier(if applicable) Date
*Preparer is defined in 40 CFR Part 503.9(r)and 15A NCAC 2T.1102(26)

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MAY I 20141 I 1 1 I I 1 I 1 __ I - 1 1 1
SLUDGE REPORT FOR DIG,PRESS,NIT WASTING AND DET TIME FOR 503 BEGS '• 'I I Dig Influent I Dig Effluent 1% #
DA__TE ID-GALS D%S ID-LBS 1 PR GAL PR LBS 1 RAS Nit Gal Nit Lbs Gal Room Det Time Avg Tern %vol Re D#1 tern D#2 Tern 1%Solids %Vol Inf %Solids %Vol CO2 Dig
11 40900 0.0516 17601.07 94540 227911 8160 0.04016 2733 248710, 13.7 103 '!43.7 102 103 5.16 72.6 2.84 59.9 2
2 41100 0.047 16110.38 33179 8384 7600 0.0391 2478 257593 13-4 j 1031 138.9 103 104 4.7 72 3.03 61.1 2
3 40000 0.0425 14178 0.04195 218510 14.7 ,1031 ',1 103 104 4.25 71.3 2
4 49400 0.0438 18045.42 0.0442 179427 12.7, . ,1031 ;1 103_ 104 4.38 71.2 2
5 55200 0.0405 18644.9 66490 17657 6820 0.0479 2724 142120 12.1 ,103 ;40.1 102 103 4.05 71.8 2.97. 60.41 ' 2
6 562Q0 0.0492 23060.43 110226 27807 69201 0.04314' 2490 177650 11.2 103, 137.8 101 106 4.92 71.7 3.061 61.1! 2
7' 54800 0.0445 20337.92 107110 27170 65401 0.04297 2344 222063 10.7 102 39.8 100 104 4.45 73.1 3.05 62! 2
8 34600 0.0445 12841.1 45407 1 11702 6840 0.04333 2472 248710 16.2 102 41 101 104 4.45 73.6 3.02 62.2 2
91 29600 0.0418 10318.921 1 1 5700 0.03872 1841 266475 18.3 102 ''4 101 104 4.18 72.7 2
101 28300 0.0402 9488.084 0.03448 1 227392 20.5 102 '{ 102 103 4.02 74.4 2
11. 31800 0.0485 12862.78 0.04646 1 199856 19.1 103 7 104 102 4.85 73.7' 2
12 30700 0.0502 12853.11 57210 14791 5120 0.05295 _ 2261 159885. 21.1 _ 104 '46.5 104 104 5.02 74.4 3.04 60.8 2
13 29200 0.0416 10130.76 41930 10980 7900 0.06051 3987 1954151 21.0 104 '48.9 104 104 4.16 74.3 3.14 59.6 I 2
14 30800' 0.0426 10942.75 6380 0.058651 3121 195415 19.9r- 106 1; 107 105 4.26_ 72 _ i _ 2
15 33800 0.0473 13333.49 70820 17713 7520 0.03148' 1974 195415 ' 18.1 108 42.4 1111 106 4.73 72.9! 3.03 60.8' 2
16 26300 0.0605 13270.19 56528 139191 7540 0.0439 2761._ 213180 22.6 109' 2.29 113 105 6.05 63.1 2.99 62.6 2
17 23800 0.0506 10043.7 0.05118 217621 24.8 110 4 115 1061 5.06 69.8 -.__-__- 2
18 13900 0.0518 6004.967 0.05481 195415 44.1 110 115 1051 5.18 _ 73.1 2
_ 19 _ 16800 0.0476 6669.331 623601 15108 5760 0.06204 2980. 198968 36.2 111 38-51 116 106f- 4.76 70.8 2.86 59.9 2
_ 20 22900 0.0378 7219.271 81551 1 i 20132 6680 0.075221 4191' 230945 ' 25.2 113,_ 1, 551 118 1081 3.78 75 3.02 57.4 2
21 24900 0.0349 7247.543 34310 I 8155 7200 0.07155' 4296 298452 20.5 114 40.5 120 1081 3.49 71.6 2.83_ 60 2
22 29600 0.0437 10787.96 33510 7686 6160- 0.06987 3590 302005 17.1, 115 4_3.3 123 107! • 4.37 72.9 2.75 60.4. . 2
23 38000 0.0432 13690.94 5020 0.06155 2.5.77 2735811 14.1 116 124 108' 4.32 72.9 1 _ I 2
24! 35800 0.0402 12002.59 0.04998 2487101 15.6 , 119 II 126 111 4.02 72.7 ; 2
_ 25 33100 0.0361. 9965.549 1 ! 0.048651 226504 17-6, 120 _ 126 114. 3.61 71.8 2
26 30900 0.03451 8690.857 27409 6926; 0.05621 213180 19.2' 120 '45.8 126 115! - 3.45 73 2.92 59.4 2
_ 27 33500 0.03411 9527.1991 588001 14173 6300 j 0.05225 2745 218510 17.6' 120! 42.8 1 125 1141 3.41 72.8 2.84 60.5 2
281 14500 0.04 4837.21 49112 12457 6080 0.04132 20951 230945 39.8 120 j 34.7__ 1261 1151 4' 69.3 2.97_ 59.5 2
29 203001 0.0364 6162.5931 45210 11274, 7700 0.03538 2272; 202521 _ 29.8; 121 32.6 126; 916 3.64 _ 69.7 2.89 60.71 2
30 25000 0.0436 9090.6 ! 5780 0.04479__2_159 257593 22.0'I 123. . 1 1271 118 4.36 73 L" 2
31 24200 0.0433 8739.152 T _ 0.0385 177650 26.0 ' 123 Sri i 1281 119 , 1 2
TOT 999900 1.3541 364899 10757021 2688251 139720 1.523: 58091 6840413 634.8193; 34171 714.591 3499 3335 1311 21631 53 1088 i 62
AVG 32254.84. 0.044 11771 59761.21 1 149351 6653, 6.049; 2766 220658 20.47804;1 ' 110.21 3'9.69944, 113 . 108 41 72.1! 3 60.5 1 2
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JUNE 2014 1 ' 1 DigIlnfluent Dig Effluent % #
SLUDGE REPORT FOR DIG,PRESS,NIT WASTING AND DET TIME FOR 503 REGS !I' 1 !
DATE D-GALS D%S 1 D-LBS PR GAL, PR LBS RAS • Nit Gal Nit Lbs Gal Room Det Time .Avg Tem; %vol Re D#1 tern D#2 Tern %Solids %Vol Inf %Solids %Vol CO Dig
1 26500 0.0508 11227.31 0.03327 168767.5 24:1 ;1 1231 128 1171 5.08 75.1I 2
2 22400 0.0513 9583.661 49312 12502 5660 , 0.03845 18151 122579 30.6111 , 123+' 46.8 , 128 117 5.13 74.3 3.02 60.6 2
31 24300 0.0456 9241.3871 87390 21654 6400 0.04285 2287 198968 251111; '123 1'' 56.5 129 • 117 I 4.56 78 3.05 60.7 2
4 24800 0.0404 8356.013' 68257 16322 6120 0.05101 . 2604 227392 2314k 123 1, 47.7 129 116 4.04 73.5 3.04 59.3_ 2
5 23300 0.0364 7073.321 46240 11711 5860 0.05872 2870 298452 2t91.1 122 11 32.6 127 117 3.64 69.6 2.89 60.7 2
6 23300 0.0377 7325.939 48924 13235 5460 0.05329 2427 302005 21:7 L ! 122; , 51 127 117 3.77 75.5 3.04 60.2 2
7 30300 0.0341 8617.138 i 0.057031 302005 16:7I 7 ' 122 1 127 117 3.41 69.7 2
8 27300 0.035 7968.87 0.06181 253151 20.3 .1 • 123 I; ' 128 117 3.5 75 • 2
9 28900 0.0405 9761.553 j 6400 0.062031 3311 239828_, 19:7 'e , 123!; 128 117 4.05 76.2 2
101 25600 0.0489 10440.35 36170 8303 6320 0.05196 L 2739 213180 23.2•• ! 122 1, 36.3 127 117 4.89 70.71 2.74 60.6 2
11_ 27500' 0.0567 13004.15 35540 8936 5340 0.05581 24851 230945 21:0 11 122 1; 14.2 • 126 118 5.67 65.81 3.01 62.3 2
• 12 23000 0.0504 9667.728 23156 5871 6870 0.04789 • 27441 239828 24.7.;1 i 121 II 33.1 124 117 5.04 70.3' 3.03 61.3 2
_ 13 24200 0.0542 10939.08 4822.0* 12441 6860 0,0401 2294 257593 22:7 ;1 ; 122:j ,35.6 127 117 5.42 71.3 2.92 61.5 2
14 24600 0.044 9027.216 0.04225 • 241604 2310 ,1 122 11 127 117 4.4 75.2 1 2
15 22800 0.0439 8347.673 0.04682 243381 24.8 123 0 ' 128 118 4.39 75.5 I 2
16 25900 0.D442 9547.465' 24370 5894 4640 0.05078 1965 248710 21.6 123 1, 47.9_ 128 118 4.42 74 2.78, 59.7 2
17 22100; 0.0454, 8367.856 26440 6240 _ 5180 0.04901 2117 230945 26.1 ';I 124 0 ' 48.8 129 118 4.54 73.6 2.67 58.8 2
181 25700 _0.048' 10288.22 42589 10715 6420 0.04154 2224 239828I 22:1 ', 125 55.2 132 119 4.8 74.7 2.71_ 57 2
19 25600 0.0476 10162.79 25390 5744 5840 0.05317 2590 254040! 21.6 125;• 55.9 131; 120 4.76 76.8 2.62 59.3 2
20 26900 0.0506 11351.91 4180 0.04056 1414 2487101 20.8 ;1 ' 126; 1311 121 5.06 79.2 2
21, 23300 0.0474 9210.863 0.02819 2131801 25.5 71 1251 - 1311 120 4.74! 77.3! 2
22 18800 0.0488 7651.451 1 I 0.03923 . 1918621 32.8111 126 , 1321 121 4.881 77.51 1 2
' 23 21800, 0.0465 8454.2581 27300 59911 5120 0.05341 2281 177650 2819;11 126,; 61.7 131! 121 *4.65 7_ 2.56 58.6 2
24 _ 24400 0.0447 9096.271 29660 - 68371 104801 0.05511 I 4817 195415 " 25.1.1;1' ; 126 ', 58 1311 121 4.471 77.3 2.59 58.9 2
25 20300 0.0335, 5671.617 29800 62761 58201 0.052931 2569 • 195415 30.2j'I; ' 126 52.2 1311_ 1211 3.351 74.2 2.53 ' 57.9 2
26 25200 0.0502i 10550.43' 605821 12502' 64601' 0.05937; 3199 218510 23.41;1 126 52.8 1311 1211 • 5.02 74.8 2.38_ 58.4 2
27f 28500 0.05311 12621.341 378401 8419 64001 0.059171 3158i_230945 20.2:'i 126, 48.1 1291 122 5.31 74.4 2.44 60.2 . .2
281 25700 0.0525 11252.751 f 0.05791 230945 22.41;1 126' _ 1 I.30 122 5.25 74.41 2
29; 31500. 0.0436 11454.161 0.05854 2380511 18;11 I 126! 131 _ 1221 _4.36 73.1' _- .
30 30900 0.0408 10514.4, 13955 2933 6860 0.05564 3183 1865331 20!1 j•I .'1261, 44.2 131 122! 4.081 72.6 2.53 59.71 i 2
• - 1 - i Ili, I I -_
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TOT 7554001 1.3668 286777j 761135- 182528 128690 1.498 55092 6840413 701.7691111 371711 878.6; 3868 35671 137! 22281 53! 1136 60
AVG r 25180; 0.046' 95591 40059.7! j 9606.7, 6128 0.0501 2623. 228014 23.392311i1 123'.91!46.24211` 129 1191 51 74.3j 3! 59.8 ( 2
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• City of Asheboro April 2014
Digester Pilot Plant Temperature Log
(Record once per shift)
ID
hilt
1st shift T:3'Ircl:;.s.,• . . .
Date Time Temp. Initials Time •Temp. Initials Time Temp. Initials
1 715 37 /?LY L550 '81 ova 3 r `1L3
2 73 a 37 47 i cl'30 �� J,- ait7 37 ' ni
3 75c 3eG 414 150 120 38` 7La
4 711s 39` e73I LceO 37° //.. vo3-7 3S' 7-1-1
5 GO �� 3} 1 qJ 17ss 3641 ' a33o 3r �'
r�6 )13C� . $° ' /c c 3t ' c-Kil, Oaf) to -re..14,
7 e, -7�� 36" Zj _) .37 (1'if/t- Z3ua 3gt) UT
8 07 � - 7 I:et do Lff oDI` 3 773
s 07 1-IS 3 it ' ::& 3" 3Td 131vT' —
10 o7�tu 3 ) &O �° �/�JI obi 3$ 71
075-0 1r )-570 az/5- 71,3
12 '1la 38, C40S ! ./P ?7° er/l,q 2312 58 "`�`/
13 plgb 3g" c� ) :/''/Y .570 (�-# Z335 38 'Ur,
• 14 019 °II �Gy _ 3•if° el" 2 Yb/3 3 Sy~ /L..J
15 67041 4e 12 t. /6 7C '0 wR 6-0D Z 30• 0 7...I
-- 16 c�7./6'_ : :: ITS: -_ .a___,-_ � ( l S
17 .0701 __. 4 /5 _ �� "'y iti 67.04 ;�" .S
- --=-=-- ---
21 C)tab 3f ` 4-�`'1� " c1 )F4 P _ 2 Tvv
22_ 0'709 311 /� rf- iS if 3 tr " 31• '1 � - 3e- �«rc
23 A7p ~ ce-S 2 7't
24 c;7.2 ?_^ 34e° 7 Wa 1 �d1 • 2 °' ' :A
%-25 0-( elk e'3o )O[ ° Z7ou 3enJ 1 t-
26 O`70.0 3136 15 0 c' 3`l f1 dal 3Ua Ta
27 07011 -3 3` TLC icYto 3Y a aS 1 (175T)3 3S° 7Li
28 01L(L) 3 °. '!4-A` OP Lido 6Q1-r".
29 o-Pi 7� �wi` ��� + 08-1 0 3vs a
30
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31
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City of Asheboro May 2014
Digester Pilot Plant Temperature Log
0 (Record once per shift)
1st shift2nd .sh'r :i*:;-oiftf,
Date Time Temp. Initials Time Temp. Initials Time Temp. Initials •
1 D711S 1 6" T n P S 2' �'�J t"' t' .4 276 03 F� (3El-
2 o-7 " (ro" �R 16)5 ! II r ,J /V E. oO J QO �{g
_3 ( 2- _S .___.-ci_s 15jc l`‘ =_l�` ► 0 43,s t Fo ILA.
4 OZOc 3'' CPS rO'' )t.i''' 'r",7' 3Z0 .3F1 431
i 7 " lei J
6 61iYi ` rat' ILIA) ' foi ) b0 04. 23(.0 Sr. Gr;
7 67I? 310 _r J' 1f2c ,��d ,�c.„ei 23ov 3
8.. Cr 9_- 38° w/ 19,4 9,6 m,,,� o0(o 38" 7L
`3
9 071 ) '_. -fc id 18 2s. d3/v "dC pp" C1a l S n° -S
10 a7Z‹j 39° t_e_. rtizl 3, 4, zi c 38` T1
11 1f0.0 74v -xis ►.-? fb -DP 27 no 78 ' //t
12 b'?11 '3i° '/r�J __ ? 7-6) 3 L__7") 23uw Ord 6ILT-
a
13 Jj 4? 16, 3 r L }S �ZG 3: ' ) 2360 33` 43,
W 14- 0.3 i 3fie) _'c:._ )X0.. . 7° Mil z3w --3? -_= aR�
15 6?do r '� _. 5 f 6 3'0 7t1O 3V) i.��3C�
-- -�:-.. _::_16 701 _J`zO_-:_-___`; ' .=_i nl-=.-,-1:6,-11-&- 3=e- < T - - - i;_u__ --_3 _=__PT-__ _= o
- i 6_ o=:-- 31.01-- -- fi =_ -1=-) v-- _166 _[; -_ _:-�-- _ . )-1 _=per-- ! - =_
`-if,M1-:.: _3:7°__. _./.11-#, _:zrAr___-.*,,_-_3_1:_!_,_ -171/4.6-_ __,,_, __ : __,
20 C.%7p7 i -3-b 1 S ,ram," �1 . /$d p _l8° - �� iu. 10 1 LFz
21_-__ _ - 3 9 ._ tT� �V._ d 3 �` ' Z3s�-___��
.. 22 4 I �—_ �. rc is"� 38 ° �y_1 d 0 j4- s 1 •
23 6.) 1 9 39 c /e a ,s-e .38 ° �/sl_ Z,e. )s` 'l am
24 US(sc.) 3° CATZ 7CO 31° A
zs_1 Svo 3 y:d a-.__ l 5Ze ;3 9.° t-11: 2 S a o 31° bec
26 yUS 3`r° . iSeeCJ ) i 6 `7S-°' If- k
3C1a �i' , �6 23 S ct
27 �� o f�" /r�6 � �/7`" T�
28 g05 350 /i
.Jo /��14 .3gd l'n Z-300 `r c
• 29 7 3r' w G° /1/7 /$j d 36 Of T 1 9r 'pc' :4.
30
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— 1L - - _ ,�L%3�
31 0700 .)q° ' ._ 1U35 -51 c 2IQ '69° "rt%

City of Asheboro June 2014
• Digester Pilot Plant Temperature Log
(Record once per shift)
ill ..i•
�. .., ..,�,:.. .�.�..hf?,I: .�r .. Y.J.����w 4..�in::.;��"1'rr i..r_�;. ...
�..,�1: :��i.>� �y�. 1'iti ';' J't.� ,.:.;ua AIL" �li,'��y
1stshift �.� 3,�;�::::.,_.. . ,.�,.:_:.�..��:..,T.;;.:,...> � ,.:....� „�..:.....,�.,�,.,,.,�.........,.y.:�.,,.,...,ft.:.. ..., .. �
Date Time Temp. Initials Time Temp. Initials Time Temp. Initials
1 30)0; 3 9I' 4. 0 I `: a -&M . r o 39' (c.
IA
2 P)7 1 ` ' A. ico .-7 C-/V,wi 23tod 386 0,f
3 0-7c-< 31 I. <ft ."D4 1,� �,� ' ' ` 1..S
4 O.7Yv •3' �- Mae INZ _ * . L J
5 6 71 s 3S ' C/4 1s- — ' ,/lin Cratx8 31. S
6 !?`72 ' i ' -r:/z- J5 - 4I 075-6 39° �x s
7 o o 4, 3 1 i.,.Jt I, #0 -29C cr 23/ • ' 1. '1] -7
8 0 .7hv I o er.:et /5:4, .-51B" �' 3 cf J/2
9 t..1.)I,j ;1) . 19 1g '3 /° f rh 34t° 71.S
10 6-)Alt *3 9 ' M M l b °Y3
a (.di F l:13 9., 713
11 3`io mil (c1'IS 95° ✓ rlfr re 111= 7i .
12 NM 4316 :.:'f- f 5 36 11 En $i t .M.5
13 ,- ,, )91 91,© .,‘,/ U, 71.1
r
0 14 t ic If MI S ) I ;/ / r.. 6i'° [+►11�JL'IFI
EMM
15 C) O9 Jr 7/-i :"Al .-?$' ° / NM 38cs-
16 t -rz._c _ 312-- --CI'- I-y ZZ OP 4 _ ,� 7 S`._.__
ems- =- - — - i-' is A
18 0'1 - q-7 ce.1. _ _ -22--0 Ltd)_ - 0 MI -7_30 W 7`3 __ �wrL
1- - i-.9 01 I...*-7---- 7-----4_(70__:,_-_ :Ifa7-_-:', 7.-: ,171:4-i 0— 59-0' ,,, li .ei i)- 31 e,Q _
21 07(D 0° TL- ) 2/oa 3 ' t V ( 3S1-- _-3' ' _ -- 71- S
22 6 I a MN Ti- ) _ / '3c' 31 " ej°,S PM. 0°
/0 _ 3 ' 4- Za>u-- 'nj t Ir' - v' ._ t3...; 8'
745- . 3 ffo 4'ti I t.10 0 51 , j 2 3 o-0 31 (AT-
;.7f-/v ifUG- 47• ig 'i6 /09 / 23") 3, ' il.9-17
26 0') atv . ' 20 01 oeh r Al 3crCi 3 g " ¢R,
27 0 • I5 ct . 0/6 ,r ! 7 C Lb Kl
28 01 S 31 ' 0 Z'3 oc 51
Two
29 61 (° .. 146 43t)S 2 .0 6'(✓ 31 ` :1 f '31 .* c -
• 30 0 :, 19° li. MOO .3-e P4 Z360 i c .3-1Vt'
31 •

Calculated by bl `' Date Collected Li.3•I Li
necked by r§12 CITY OF ASHEBORO Date Run q•Li-1t/Wastewater Treatment Plant 4,2� 1
Volatile Solids Reduction s 4.Zt-1
, Additional Digestion
--a_A--1 Moisture and Dry Sol ' ds - Average
Dish No 1 4 'i 10 4. •
Source _
Wt'. D. &.Wet S L1.IP-7o :q•' 3 '11.7 !/.g
cft Dish 35 -7.7229 -7' 4 7 0£ 3 Z(.
Wt: wet s . O.Cori\'l &le b33 6.6-1.►1 s, la4lo , .
Wt D. &.Dry s it..Zt 7-7-ais23 '71 .1 ZG ' 3 ii•549-6
Wt, Dish -17.7Z29 -71. 1417 '
Wt Dry Sol . I i1 0 O 0 ,.ADIAS D.a�
7
W. 1)ry Sa.l . 'c7 �� °!p $ c1i• l"3"1"2 a• 5eip. �• 37In
Volatile Solids
we D&.Dr_y S . 'ic6 . a1o75 91 !b%. 161. a5a5 _ ct i1 . '34. 5
Wt D&i g n 5 . --1�• ����'
. Loss W-t , -ign-Qti • 0011 g 7 fill
- -
�jpy
%% Vol. Soli.ds__10Q• 1.1�� _ ' titDOZ. (10C/.-/1(/
Dark 20 oisture_ nd Dry Solicit DA 10�q Average
(�
Source v _c 1_. �('D of....W t D. &Wet S .'�I (Dt'50_ • ' a"1 aP•(.-0 91 t-I 10
•
't Dish it. 114 i , 14-- '11_''1 S3 •101P.
Wet s . .14 I I, 3tac4 0 _ 11. 1OSCp '7
D.&Dry S I. 51 11n•3 '7$.c.5051
Dish 11. 14 L 2- =1(.2. i? . -1-1.1 ii"54.aciati $5•i 3 r1 i
cat Dry Sol .Q,3LO5g-3 .3
Y. Sol. ,-- ' _. _ � -
if -.L22..gl. _ .
Volatile
tile Solids
w ; D&Dry S-..1I.115f= -vie• ' . --77. i -
.s03}-- -- - :- 0
. - - --_-
--
Wt: D&ign s 71• 2ulo_ -- e '�f'7gj__- . .7. • . � ' - -= � _�-, 5 _ -
�`_
- Loss•wt . -tgn A4`f • - I81 - .: - 1t _.,.=t.VI
- - - -VaI-S-o. ids- � r $-5 7 --- r <-=_ V - - --- . •' �6_ b
Day 40 - Moisture and Dry Solids - Average ---
Dish No I _ _ 3 _ _ qiea I06-- S 1 •
. Source
Wt D . &Wet 5 1,W 5�,� �ln:=" a A_ "1 ►
t Dish (p •
Wt. We,t S S . 5•$, "1� •• 0 -� •3
Wt. D . &Dry S ' lC..p7L(O1 - ; I. `"146•61.Crae 7.. 74414 al
Wt Dish 1,-1-7 .0' i Z Mi9ls '
Wt; Dry Sol .1 11 n ^n �]
Dry Sol . . • or r,(;�L (�
Volatile Solids e 2.��,ip
D&.Dry S S . a • S 16.9 128- `12.0244
0 n&Ign S . a7 r//_ 3 ?5•i754a
3 s Wt . lgn `T7 cO 0 .�L - 0.0 0.£J / r
Vol. Solids - S 5c 3q z - Vwt✓o Sg ` G
VSoriginal - VSfinal 20 day 4 day
VSR = �
VSoriginal - (VSoriginal X VSfinal) �' j ' V Q r']

Calculated by M Date Collected :5: 1. Iy
ecked by W4t) CITY OF ASHEBORO Date Run 6.2•/1
Wastewater Treatment Plant . .f) •/4
Volatile Solids Reduction (.P•1,//
Additional Digestion
Di.sh NO I Moisture an Dry Solid Average
Source ?xiyMGt — %p. .r-", ..-oi,
W t:. D. &.W e t S le. '��''" - �- ' .,,,, 75
Wt. Di.sh - . ' ) • ',' -
W t, We S . I I. I � .) .�
Wt, D. &Dry S ' i1�+1 , ' kV 'i '
tv t-. Dish 7 7. - - ir. isi i If.OAS} .
Lut Dry Sol . 1 *.Dry So IlaaC dg.Sol . — = ,
It,
Volatile Solids "
Wt D&Dry S . vi. ..4 L & "7 • , . - "7 •
Wt D&Ign S . '?lg d2.S i ` .
Loss Wt . Ign©•' O4 Q, IE. 'r
74 Vo]. SoIids_(A0.''D- 2 _ A., • d , q• . • 591RIASLZ.
Day 20 Moisture and DrY Soli. g leverage
Dish No _ .
Source :2jM -D;` • --
Wt D. .Wet S ; ,Q• 4/L 'nit) `7 03. 73/�
't Dish '..fTr�i1�. /7."/ ,7 � _ r `'�'7! J • ��
Wet; s .. ©-` . 3
D.&.Dry S ! _IjlU�. Lp
.. .` Dish �' ` ..7` -7( -O '?7 1
wt. Dry Sol . • . - . C)•3a-:'n- _ - •
%_-Dry . Sol _-.�_`_ -iliv - --Tr. _-0 b- _.- , /--- _------ _ '-: --3:5VZ-=-=- - -- -:-‘-- 7-t .,� . -
--- - - -_ - Volatile Solids
- - Wt D&D r.y - S - - -_ �� (4 J . .j7 v
—iv t:. D&I g n S . 0- --_r=_�1"I �r SH (�. ?[p ?7 D - - 5
Toss Wt .. :tgn-0 i- .yam ..- ..._- i•W-7- O ( - O` - J 7 / /-Y_
% -vol. -S a.t.i.d s- '_4 7—__ ,-`�rl:f 0 T -- ia: (d =--- =-c' 'Y
Day 40 Moisture and Dry Solids ' _ Q- _ Average
Dish No i - -_ — v
Source i : - -- !'O' '/d ..--
Wt. D D . &.Wet S - Ca lei'7 1r7. X �h c�.0q ego Sq. I'70.? If . 1 I
Wt. Dish _ +7. `lad 1o't- 7 ,3 ._ `7 _07G}(0 83.E ; i
Wt We,t S . Per .3! `75 �iti� 1
Wt. D. &Dry S il • ,.g
•
Wt Dish . 7.•7 6,e (o. 3 91.7 -
Wt Dry Sol CLWC964.J Q
Dry Sol . �-�"�-[_ ep•(i1 1 . - &2-6-LJ
U&.Dry S . 'j�g! volatil -3 l ds •
7 .??1S7j 7 •3C13
0- D&Ign S S . % fr6. - c • 75-
. s Wt . Ign Lf O .35 • S5(J_
��o J. Sol i.ds _.4_,5i;
cis
da
VSR = VSori final - VSfinal , �`- 3. /
VSorlginal - (•VSoriginal X VSfinal) / 40 day
�

Calculated by /i�' '• ''*s _ Date Collected . _/
Checked by 1. E CITY OF ASHEBORO Date Run 62,rj, j
e
Wastewater Treatment Plant (�_2r,J' /y
Volatile Solids Reduction j G"j f
) Additional Digestion
I?ay 1 Moisture and Dry Solid Average
Dish No `' i
.Source i .w ..�
W t.. D. &-Wet S 8lr• 32/ 7(3.1w a?.goy. 9/.4/0
wt. Dish 7 49i/qWilf.C77 ei V
Wt, Wet S . -ii •7 l/-•79 4. S' l 11.
•
Wt; D. &.Dry S
Wt•, Dish 9 r/. ! L 1 .7
WI-, Dry Sol . i• ' 64/�* • L/ Q..
% Dry Sol , .. fJ _ • OIj
Volatile Solids
we t)&.Dr.y S . '5 1. 2.° , ,.i`1 ' � . ,�J
Wt D&ign S . i 7 / I,•: t� fir .
Loss Wt . Ign '. ,0 0. II i _0, ;6* �'9•Ai .7 5e2O2
% Vol. SO-lids - v
•
Day 20 Moisture- and Dry. SolidG Average
Dish No It —._.�--- -- Y 41 t
Source
Wt.: D• &Wet S 10,141 ? I'1 4Wi_51 (A • Daa3 :'Lit- • l
W t_. Dish '11 . '1 i c ' Dom '+ + • 'L
IF
S .Wet S �'J1-1 - t1.UFt7$ — ' 5
V
D. &.Dry S `7.q. 44 • vi.og .it '7Y-628`�oh
Dish ' la.L94s q '"7 c,Q .83to -1 � nr
WC Dry So3 . •
• , - V -azbi 'y
Dry. Sol ,
-
- -�r ' = Volatile:>_So] ids.: = -- . -
-=
- «E zT y •�s C -14 - �1� ^ 110 lg.yam 1
jv t. D gn -S--7t7•$-1 025 - rlek )Sk� -_ r _ 73.341-2y_—` T.; 7 7 I _3.-,.._ -
_ . _ .-..
Loss- Wt.- IgnQ.I1 L _f31(Llrz O.13 •. Qi2 p •- O. �% Vol.--Solid -_ _ ' _ _ -_ -1• 'yF. - __`j7 a= .. - - ---- ..�
_
Day 40 - Moisture _ ` nd Dry Solids --__-_ _-'- _ Average
Source_ _ - - -
We D . &.wet s 69.•7St0 AO. ,5- I ss;�8.y ':-1
Wt. Dish 14,.000i 7.7.:7V -- �'18 —10.�'�`' ,25 --
pit
West S S . / j.(05�0 i z. (i 072- 1 f.-7c,ro1 a�� 9 _
Wt_, D . 'Dry s7S•33 -- .azi 2- 17. 15 -15�.53.t
Wt. Dish 1 j•LOO( �� `-upos Z(o.8 .Z� 2 •
WC Dry Sol . 0. 3?.. -- /7,3/'t 0 5 .C,L (2 0,276
Dry Sol . 2.5ziA4 2.go 04 2.73 6 2.(oCol 2.76DO `l,'7c I
Volatile Solids
' Og .- 33g1 .( /g..5.314
0 D&Tgn S . -7 c8_2 Z `7(.%_ 6,
s W t . T g n 0-t _0�20c •
. 0-4 ,/ J./S35- ad
Vol. Solids S.Z`6 5-:1^h 65.q !�_ h5', 8b r7�3.(°� '"t- _
VSR =. VSoriginal - VSfinal 20 ddaay'�j 40 day
VSoriginal - (VSoriginal. X VSfinal) . ' (I f2%
5.ici /„

• ..
• • le
City of 'ieboro
'iney '2O1L {'JQn-hhcrc..t e iAhepartment of Water Quality 614?7/51 )
Fecal Coliform in Sludge
a 1►_, I != VA
Data: .. 55 la.i'-( 5:12.1q 5,i3.iy 5. 13.14 5•iy.ikt S•p-P•i`{ 6-•I4.14 •
`t ne,:: .: I'S•'W 5 _ IS:50 12:55 1 .C5(11 072E 01,Z O1'35
Locatione -- Coeevecd. 0fice✓ere.d., Q fei tat vne,0. ie-d cov 4Q, Expcov.•-$r icLIAA uv►cCtw;fs -E-sib% , .
Dish.Number 1 4 ir 1,.. : 4o
ti Diiii*WiS_ 969. 33605'" W.e. 17693 ,g(17t S� /4 1 co.549,3 t,{o.` 661Z V1.435'4
v t4 sIT :':•.:: :: V.0975 S. .1Y7D 1,1-� - )O .5,275 (. ( 422 l ' {2to9 ) .i 3-73
'v >0...yds"::. - : 1 . ?349O 11.9�9 {$ 3Q r735q t'3 L4011 , 15- .i-3 .3 , I (p. 'a9.2t
Wt Disk&U_ry S,-- ,_: 5 t 3�!9 Si.(0621 ( o 1 75.`t 485 4.07a i29 3.1 Af qs 4 0/p A7
.11700:,:: 7�•09'5 7k a447( ii-7•g?O 7 -SP-g6 ( .l z , t tz&M t.t 13
Wt`DrySolids;:. 3. QASWq, S.Lisp( l.(p 5 , lacy) 3.OS 0-1 _9 .p 3 a�a5c1
%;D Soldo:. - t'.'t.g47. , 1 et.a'-u, ! CP- °I, 3.0U 7 _ a0nr1 . tl. 13 _ .'t# ' .._
_ mo�ww : �,+<'�1-ice.' �!i} ,?``r`{1S,.:..•T;.; _ .i.._,✓ - -
Date RI . .. 5..)3.JL( s. 13 .1t•( 5. 13.1-“.: 5.13.1�1 14. 14 5•l -IL1 5 r4. 1y
ri 1=i -r.: _.:, f 70:01 1 :0 ) 13-.1-Ito, 13'.L ico t1 'ZS 1475 IUZ%'
AR st;iri:~ .:';;;-::r-
•
s•s • #- lain 5'
. ran -�= �;#coia ies-�- ._ �
ir!•�sa� "le:. �=#�cofor�irrs�` `#-c�lai�� :�;�=.. .-.#�� ,:,,"Awn. . `=� �.._,.ies���'. - . �. -
o:aooi Q _ I 0 C)1 _ 0 0 - 8
,....:„ .•.:,•,,„.....a...„....„ :„
3
.000 ..: D 446 0 t0 0 I 15
;. ecal;Golif.Q m „,-; 9'114 1 Q?1 1 sO L 1. 3 5z. •S, /C71 4 1 1 } -". E o o S03 c-
Dateout �.IK, ILit 5, 114. 1L,1 . 5 1v1. 1L1 .. .1L--{.1‘-( . 5. 15-IL1 S•15•ILA 5.1S14
• :Ou .. ti 1 o6 11 gs 1 l 5D 1 o v1,2 t12s- 112.C-
Analyst o t' ,.. >:'.. --zi,Ltc- - 'i}iT r l
Coliform Colonies/gram=Coliform colonies counted X 100
�mII X%Dry Solids _
Geometric Mean j G7C1 E
L e i ga 9 E

e_ • o
• ilcuici L VeA" i- City of 1 eboro
Department of Water Quality eitt.".1-'-
Fecal Coliform in Sludge
. .. .. .. . .
75'7-'''''.'•.:;*.: '.''''' .''' '''.' '.:':*-4:•:',:'.';,::::::.: ...;:•.:: :: :.':'•\'..:,'1:2.,.''.01:-it'ati.WITAViy,2.- ''' ''''.r-'31,.e17';''.;#1:313011.140:;01:110;-VAKY-Iitifg::'; ..,.....f.',, ," ...'-.---.'';..-. .'•---..-‘-':-''
• 5144*10.44k.:':2:,.'.:1.'.j.:': :i.i'c..1:,: f .40 Li 5
5. I cl • i 44 ' 5. 20)'I 5 :a) . it-A 5. 0214 5. Di-i 4 5l 4 .5.A--lel
tiiiiiii...: ..1.,:i. ::;:i.! 1 g 51 O 0 r 45 ,,s5i: r1ri-1 5 i 0:1S 10.3
*Atkin'.',: .. :. ..i:.f: ic_vr-einpi. n coyr ycf- U, ne DNIececA ZONveiAr-cat Ott.cov.e..)tc.c I)iir Prmed, or-cal,
ALIA 1)0.-....,:-.:-..:.1. :......:,•:.;:',.:.,: '---)31,c1r-- 7w .--3k ecr- 'h.r w--- ' -3)v-3-1-- r Air
. . • • • •• :-, -.••---. ,-,--• ,...:. J----,_,.,r.1--,:;r:lppF-v:,7:,-,r.,-,:!. .nsletwv.t:,,,vtrg.,::. :Av•f?-•?::-FT?•-•-- --...T.I.,,••!-•,k7-:-::-,-•--•--: . . . - • '. '..- •.-:.--.- -
•
0411 Number . . I - se., 5 /4 5
.1i.rii41..fig.6*.iit;.. i , 13_1 042 0-..2V55 R14616,3 13. Me Sn , tail 0 Va. q-}43.2 10;-.4oi .,
wgiio,i,,....,, ...-:::,..:.-,...: 0.cfsos a q7i-ii 0-6) , C) (),(41?-q --, 0.et niq . 0.41/34- 0,cr75
V91W4001.0ci•.. i i.; I a.abi 9.25 Lig a.s-.1 1 .1-.01--7 4*-t-i--..-tivi476°S.qui e7 81 10.0 I aS
400.400:i$::: :.,.,.: 3.'2901 (2102lo Q.511)3' 5:5 Z::V "- ")) @ci Gy i gsqlq a.iri
• 9010iiik;:'-';.5'..;:.. ,"•,...:::,1!....,-i 0.913.0S '0.q ii--1 j 0,9S i'_) 0-9 .9119 0.-ei73e/ CA/75 -1 1'-4(9yty
WS10:0:014 :;-;.i:':-.. ..„.- a .1 06)L, i.7;1s-5 1. 4R-ei S 2-.39.' 2 4242 I .5-)0 0 I
9.0**04.$.:.,:'•:7:.:',.. -• ::•:. 1140 th IT.Lou/ . 1K gt-I 7, i 61.2 I'6) -1-4:12/. . M. to I'Z. rri.q 7 77
tri:rP4f.„1:1.,14,.„ . ..
Dpt In. ... 5.?a IL( 5.X- I - 1.1%-1 15-z-z-iq- 5. 7)-f 5-ag.)1-4 5.Q6)-itl
li..0 .1iiii:',:..';:4;:,.:::.,;..,.;..,:l.,. I l'ap IP-0 19-00 p itg v}-71 it 5_3 I Vt4 Analyst in •:: •• :. :::: .L__ .;u1i- ----plo--- TiA3( • , , J' A,-; CPAA - -- rptil---
iiii4s6iik . . --.::-... .--,-ifeew.iiiii:.•:•.,-- • waiiiitiv-m706,1-0iisE4-frooinfori,:--:- ...7,:‘.. .:;-*461-010i-: .,: :-.4i-ccitiiii)47
.o.m.o93: . 0
S 4 _ 0 , , i 0. 0
. .
::...:.,:_..„.:.;..,4.,..000!.:.:_i...:...:,.::,.. u / a 0
.
,..:-..::::,.:-.....:,......•.4.-04,!:„.:..,.. ....,::,,,...-, • 0. , 0 . i 71 0 iq 0
•.. ...,.,:,..:::::•.i.cgo•:;i... ,...,....•.:. 14 eq.- 45 . 5 3• 3 0
, .. , ....„ .,,.,.:.:,... . .... -tit" to 1
11,6-4litgitiiit .=i - yr
--,;?,,.,:i:1-- i.,,, ,.. -,::: ,...3(Ig d(i5te 6 8'.2 Q.3i -10e19,. ii 34,(.9 L-1 r ‘ 1 675
oirsiudge,,,,.., .ii,..f., z-
k .
:0,4tookir:.:::.. .:-..:2.:::',:..":': 5. DI. )kf 5. • .JA1 2:3- 4 s•ai,-/ 5 get-iq 3-30,xi ' •
144.:100t;-.,,,.:;. ..--::: 1•-:,:::- ifoltio i9Cr) 1 I f 0 5-23 11,513 1 Pi-5- ig5g
60.0:t140 :..'.. " •.:-:...,, e- Ayr---- -0A)1- r-jaAlr tox:74e, _ KDA53 cbA-or () Jr
Conform ColoniesTkram=Coliform(dolonies counted X 100
ml X%Dry Solids
.4' ti, rboiLi
Geometric Mean I / 1-7' E

116()C 7 ueaw 31a2au,oa9
sP111oSka%xlw .
ootz paiunoats[alluoloa WJo;1103=wea/saluolo3 wloi!l03
' m ; R 14 f :l'n.0.:9014;
f y p p 'asprfl `tiauieas:
14 C"I > ZbC11 7 hie CS1 GIC 'SOL 3 Qk�a'5 iiSt 'vs1 �"�' SS :: Iuiao,}iaj,•:je3a .. •••-
0 74C CMG .::£Oo`o-,- . .
p 0 `
1..
0 salv ll _ -• `'tOO 'Q`.
TD000
;;-;sr o #_ . i - : :F � z 1 { ra _s auooff: :' o�:#: aldw es aw
.�-' " Ii.Y - - -�` & ___X" U Ieliy Q 4, � ��•.�1 �Cl:'�} � . . ' :uj•.aiiiil
hlt S/?ll � .a ' a
S�i11 . .e1 �-° - . •- i. ' it - �7 _ hY •11.9 ' hi '1 ; Male
a-sl ZaC.LAI It 'br 7,_$ I°tom Z.Lab -b1 & /44•r� .ga bl .. o 4 ..
P_L_S�ti 0 96
• L,-es'�'t (�b1�.1 �'�'17A?"I loll �f'111� �` • • p.k:s_sr•
•0 o/8b '0 Se8b'o hz%b-0 _h -0 _ _4 -Q
4to -, _ • a=�.
gv 0/ 6r1GS .$ S ill) Ote i' •L, 7S$' . 'spl1OS;3 11 M
l.,F)St)Bp O(Eb'0 sC'Sb O h''Sb •O LuG�b'n f CI- b o &L.b.0 :. • ..•ws�`d �•Gi
— 'c/ •// oI�JI 'b 44/0 'b G. .9/ ,, wl�,b0l L: '/! i 8 -$E '78 •� • .• gam-?8 s1Q N1
V Z �^,- y l a -1 Li bf II 7 •
11 • - .-•N 451•
•
,j. e) — . -4' _lire; . re __Of l , • . .. . . ..itAt, d
aAa97 i Io�J epaa2Acr7 4 .a,p -a o;-j -t1a-1px� D-0 i!re.'-^ J - -i rivv ov :004.0cI
I . _ C.-tit � c I:!l SI /1 . . .. . -..cul
/ °f hl � -67h/ /t °I • ,#0
� .5 '1-7
.. r�•. .,.:':_.6-•-�-: r. ".L:f,'.4.;. ,_:.y<.. r..t,•.. s+ytf�f4:,7:t -1..•:5.� _
- - - �� �.-, - ..;Sr=.K� ::tJ> �:faF'rz �i`�,_��.- -.�� 4.,. ,a�•-_ .. -''>`u1Y .P.m.�.:rw:�"'.ukvr......:�:-..C:t .....:_. .�o-`. . .... 'a�iwi►
41-0
s,`�,i"^, 'Ns^'vuc`esi' `'��:??5=;' }�?„'�:rr'v� �et'�.Nb•. tu'�r1x+:Y: ?L:si..,L:. ...)..... ar .zS+Ca,l� i4'.��L�
// OPn1S u1 WJ011.103 Road
ATenb Ja;eM}o;uaw aedaa •
orogat� }o A;D fr(O a Ur).. i
I
II I 0 411

City of alibeboro
DrySolids for Sludge Hauling
% 9
)ate 5.J /I1f /La fig , 5/ 1/ •55.o -iq •'.r� /.1''.!
knalyst Initials f ,t�7 � 93t/ " "" `
Dish Number 1 6 16 16 l 1 1 -"
Source On OneeitortOtO( JrJV i '( elft j
Wt. Dish &Wt. Solid (g) ! . 3 3 1 5. 191 01 7. 1')5'f , I • \1©% 8. 5Pi
Wt. Dish (g) +0.q$d7 0•giii o cif op Q,4 L-c( �•
Wt.Wet Solid (g) g,351 4, 30. (4.eE46. io. 1 <659 1.(.v$ t 7
Wt. Dish & Dry Solid (g) 93'3-r / 7ti® .:)• )(oT7 2. 55-5G 0.14 1--D•
Dish (g) O.11irg- ! 04117 7 O- b ol{ 0 -9Liq CM-) 1_ I
Wt. Dry Solids(g) I 1501 0.1e0 3 I 737 1- L!g5e?
yo Dry Solids. . 5 (p !; - t S.-7' ( .4O 1 1_ 3
111 -
Weight(Ibift3) I p 1 L5. , It 60is 4414 50/bs
- Operators-Initials_- _,- e1 (J =`t _-ra
— d

CO of R jeboro
0 Solids for Slud a Hauling
,._ % Dry g
)ate S" -X./L' 5,aq. 1Lf -
4nalyst Initials jjC: T- .
Dish Number 1 6 1 6
Source Ov% d C .
Wt. Dish &Wt. Soild (g) el 1 fa'g }a. acd- .
Wt. Dish (g) o.rtii, 1 O-q11 3 a
Wt. Wet Solid (g) 6 .g/ 17 1 I. (y 1°I L, .
Wt. Dish & Dry Solid
(g) Q. 0 49cr°1 .0331
111 Dish (g) OJ1r7ln O •a131 •
Wt. Dry Solids(g) I. I -S15 � -0599
_ % Dry Solids 18• I� 5
7 (v 4- -, - _ _ _.
fl.1
Weight(Iblft3) - ib (1,01 195 _ - —
,
—= Operators Initials-._- —:._ ___ PfS_ , "
•

el City of aslieboro
% e Hauling
Dry Solids for Sludge
Date (I. 11. 111 (./21Li ./5. 1h1 (p. i3. fq
Analyst Initials 'r 'RN' . 1 Ali
Dish Number Z
1
eB -
Source t..n,e;i?XL4 ePetitit CoY1Y, 4 . eiveyel'
Wt. Dish &Wt. Solid (g) 11.`?9 LP'1 Ito.qs 0 la 3 'veq. y(,g3:
Wt. Dish (g) 0 .q i c1 0.979.2 o. q its _D. gp10
Wt.Wet Solid (g) I ©•8O? Q 41( (10 . `P.14CM
Wt. Dish & Dry Solid (g) 2- 12-13 0 69 3 q 0 (9.47 341 ,
kit. Dish (g) D g'a) O.g`7e . 0 'niIS °- qN0.
Wt. Dry Solids(g) g. i'"yi"'I 1 -( -10CP O �er1 _
�' l R/ I1.5q
- % Dry Solids - . _ __ t�:5�-!a t
Weight(113lft3)- --:------ _ 165 6a t.- a5__- .501175 50 i io5 --
--- ► — "'LIB. _ -_r .. 12 -
Qperators In 5lals - - *' _--_ _
.k

ANNUAL PATHOGEN AND VECTOR ATTRACTION REDUCTION FORM(02T Rules)
Facility Name: City of Asheboro WQ Permit Number: WQ0001684
e WWTP Name: Asheboro WWTP NPDES Number: NC0026123
Monitoring Period: From 07/01/14 To 09/30/14
Pathogen Reduction(40 CFR 503.32/15A NCAC 02T.1106)-Please indicate level achieved and alternative performed:
Class A:
Alt. 1/A(time/temp) Alt.2/B(Alk Treatment) Alt.3/C(Prior Testing)
Alt.4/D(No Prior Test) Alt.5/Process to Further Reduce Pathogens Alt.6(Equivalent to PFRP)
If applicable to alternative performed(Class A only)indicate"Process to Further Reduce Pathogens":
Compost Heat Drying Heat Treatment Thermophilic
Beta Ray Gamma Ray Pasteurization
Class B:
Alt.(1)Fecal Density X Alt.(2)Process to Significantly Reduce Pathogens X
If applicable to alternative performed(Class B only)indicate"Process to Significantly Reduce Pathogens":
Lime Stabilization Air Drying Composting Aerobic Digestion
Anaerobic Digestion X
If applicable to alternative performed(Class A or Class B)complete the following monitoring data:
Parameter Allowable Level in Sludge Pathogen Density No.of Frequency Sample Analytical
Excee- of Type Technique
Minimum Geo.Mean Maximum Units dences Analysis
Fecal 2x10 to the 6th MPN MPN/g
Coliform power per gram of
total solids
CFU 3375 19254 54422 CFU/g 0 4/Yr Grab 9222D.
1000 MPN per gram of total MPN/g
solids(dry weight)
Salmonella 3 MPN per 4 grams total
bacteria(in solids(dry weight)
lieu of fecal
coliform)
Vector Attraction Reduction(40 CFR 503.33/15A NCAC 02T.1107)-Please indicate option/alternative performed:
Option/Alt. 1 Option/Alt.2 Option/Alt.3 Option/Alt.4
(VS reduction) (40-day bench) X (30-day bench) (Spec.02 uptake)
Option/Alt.5 Option/Alt.6 Option/Alt.7 Option/Alt.8
(14-Day Aerobic) (Alk Stabilization) (Drying—Stable) (Drying—Unstable)
Option/Alt.9 Option/Alt. 10
(Injection) (Incorporation) No vector attraction reduction alternatives were performed
CERTIFICATION STATEMENT(please check the appropriate statement)
"I certify,under penalty of law,that the pathogen requirements in 40 CFR 503.32/15A NCAC 02T.1106 and the vector attraction
X reduction requirement in 40 CFR 503.33/15A NCAC 02T.1107 have been met."
"I certify,under penalty of law,that the pathogen requirements in 40 CFR 503.32/15A NCAC 02T.1106 and the vector attraction
reduction requirement in 40 CFR 503.33/15A NCAC 02T.1107 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."
al Michael Wiseman, WWTP O.R.0
Preparer Name and Title(print or type) Land Applier Name and Title(if applicable)(type or print)
ZAPS
Signature of Preparer* Date Signature of Land Applier(if applicable) Date
*Preparer is defined in 40 CFR Part 503.9(r)and 15A NCAC 2T.1102(26)

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JULY I 20141 I I I I I I I 'II. I
SLUDGE REPORT FOR DIG,PRESS,NIT WASTING AND DET TIME FOR 503 REGS ! I Dig Influent - Dig Effluent % #
DATE D-GALS D%S I D-LBS PR GAL PR LBS RAS Nit Gal Nit Lbs Gal Room Det Time Avg Tern; %vol Re D#1 tern D#2 Tern %Solids %Vol Inf %Solids %Vol CO2 Dig
1 29400 0.04041 9905.9 53740 13178 6240 0.05663 2947 204297.5 20:5 11 ; 127 45.1 131 7-I. - 4.04 72.2 2.51 58.7 2
2 30300 0.0462 11674.8_ 82482 17286 5000 0.05892 2457' 222063__ 19.3 :' 127 , 39.1 131 123 4.62 70.7 2.44 59.5 _ 2
_ 3 25400 0.0512 10846.0 42640 8268 5300 0.06208 2744 222063 23.1 ; 126 1 '41.6 130 122_ 5.12 73.1 2.35 61.4 2
4 26200 0.0442 9658.11 27752 5694 0.05685 222063 22:4 '• 126' 35.2 131 122 4.42 68.5 2.79 58.5 2
5 31300 0.0406 10598.3 _ 0.0572' 216733 18.9 1 126 i 131 122 4.06 66.4 2
6 31200 0.0438 11397.1 0.05091 179427 20.1 ': 126 1 131 121 4.38 71.8 ! 2
_ 7 27000 0.0462 _10403.3 56940 12394 4280 0.03939 1406 142120 24:7.. 125 1. 43.4 130 120 4.62 72.6 2.22 60 2
__ 8 •19800 0.0524 •8652.9 56449 11393 6100 0.0382 1943 1687681 32.3 :, 126 , 51.6 131 •121 5.24 75.5 2.12 59.9 - 2 .
_ 9 20300 0.0422 7144.5 61930 1.1105 3460 0.0449 1296 1954151__. 30.211 126 47.3 131 120 . 4.22 73.7 2.13 59.6 2
10 20800 0.04331 7511.3 51850 8908 5280, 0.03701 1630 225616 28:0 • 125 ; 43.6 131 120 4.33 72.8 2.02 60.1 2
111 20800 0.0473 8205.2 4100j 0.03996 1366 266475 - 26.0 126.: 131 120 4.73 73.7 2
12 21200 0.0475 8398.4 0.0396 230945 27:2 ,1 126 ; 130 121 4.75 73.6 2
13 21100 0.0478 8411.6 _ 0.04125 186533_ 29.4 '; 1251' 130 120 4.78 77.4 2
14 190001 0.04581 7257.51 32892 i_ 6145 5620 0.03726 1746 126132 35.9 , 125 i' 57.7 _ 1301 120 _ 4.58 77.3 1.96 59 2
_ 15 18700 0.0501 7813.5 47450 8785 5820 0.03936 1910 151003 35.1, 125 ; 56.7 1311 119 5.01 76.8 1.99 58.9' 2
16 19600 0.0478 7813.6 55236 10826 5900 0.04058 1997, 159885 33:11' 125 , 45.5 130: 120 4.78 74 2.05 60.8; 2
__ 17 20100 0.0429 7191.5 46630 7739 5620 0.04334 2031 204298_ 30.0 125 43.5 1301 120 4.29 72.4 2.08 59.7, 2
18:' 19600 0.0468 i 7650.1 15282: 2727 4560 0.03996 1520 213180 30.3 124 ; 40.2 129( 1181 4.68 . 72.8 2.03 61.6 2
19 21600 0.045618214.6 1 0.03886 _ 1854151 28.4 123 , 1291 118! 4.56 72.91 _ 2
20 22800 0.04931 9374.5 I -- 0.04354 I 1438971 29:1 123 : 128 117' 4.93 76.61 - 2
21 21800 0.0513 9327.01 40640 6169 6960 0.04438 2576 120802: 31.5, 122 : 38.7 127 116 5.13 • 71.5 1,75 60.6 2
22 17500 0.0471 6874.2! 110782 15836 6100 0.05068 2578 1847561 35.6!:; 122 45.2 128 116_ 4.711 73.9 1.86 60.8' 2
23' 17200 0.0473 6785.1' 100537 ' 15905 6400 0.04896 2613 293123 29.9 125 41.3 130 119 4.73 72.71 - 2 61 2
24 22800 0.0613 11656.3 31565 5949 7180 0.0486 2910 337535 20.6 '• 124 41.3 131 117 6.13 72.7 2.3 61 2
25 20600: 0.0479 8229.4 20390 6037 7440 0.05724 3552 312664 24-0 . 123 ' 29.6 130 116 4.79 69.8 3.39 62 2
26 22000 0.0441; 8091.5( • 0.05352 ! 293123 23.4 ; 122 ' 130 114 4.411 72.9 2
_ - I 2
27 25300 0.0435 9178.6 0.05968 . 257593 21.7 1 1 1221. 130 114_ 4.35 72.4 j
281 23600 0.0426 8384.7 36164 96211 _63401 0.05585 2953. 230945 24.4 I _ 1211,' , 43.6, 129 114 4.26 73. 11,_ 3.09 61,
29; 28300 0.0386 9110.41 25140 64581 91001 0.05971; 45321 230945i 20.4, • ,1221i 42.1' 1301 114 _ 3.86 73.81 3.12 621 2
301 24600, 0.04581 9396.51 46932 1 11676. 66801 0.06573; 3662 2398281 23.;11 1221, 45.5! 130 114 4.58 73.9; 3' 60.71 2
311 27500 0.04851 11123.5. 62805 14953: 6680 0.06856 3820 266475! 19:7:'I 122, '1 42.51 130 115 1 ! 1 2
TOT 717400 1.4394-2762801 1106228 ' 2170521 130160 1.519 54190 6644110' 818.451:: 1 _ 3854, I! 960.31 4031, 3677 1391 21921 491 1267 62
AVG , 23141.94 0.046, 89121 50283.091 9865.991 5916' 0.0491 24631 214326; 26.40165 ', 124.3 • 43.651 1301 119, 51 73.11 2i 60.31 2
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AUGUST 1 20141 I 1 I I I I l _ I' I
SLUDGE REPORT FOR DIG,PRESS,NIT WASTING AND DET TIME FOR 503 REGS `I; Dig Influent Di Effluent % #
DATE ID-GALS D%S D-LBS PR GAL PR LBS RAS Nit Gal Nit Lbs Gal Room Det Time !Avg Tem: %vol Re D#1 tem D#2 Tern %Solids %Vol Inf %Solids %Vol CO2 Dig
1 24900 0.0476 9884.902 28319 6235 8200 0.04341 2969 266475_ _21.7 ; ,123 ; : 36.8 130_ 115 4.76 68.4 2.68 57.8 2
_ 2 26500 0.0438 9716.767 0.07433 241604 21.3, .122. I• 130 115 4.38 69.5' 2
31 35000 0.0443 12931.17 _0.07596 202521 17.31 . 122! I . 129 115 4.43 67.7 2
4 30000 0.0458 11459.16 26990 5267 6860 0.07254 4150 177650 21.0: 121'j 45.5 _ 128 115 4.58 73.9 3 60.7 2
5 _ 24900 0.0422 8763.505 72898 13218 6600 0.06995 3850 177650 25.3 1 ' 122 47.7 128 115 4.22 73.5 2.18 59.2_ 2
-_ 6 23400 0.0418 8157.521 85597 15454 4940 0.07767 3200 213180 25.4 j 123 . 47.4 130 117 4.18 73.4 2.2 59.2 i 2
7 21800 0.0424 7708.829 87649 15411 6320 0.07597 4004 275358 24.4' , 124; .1 44.1 131 118 4.24 72.7 2.18 59.8 I 2
8 22600 0.0399 7520.512 77819 15433 6920 0.08729 5038 310888 22.0 ' 124 1 .1' 37.1 ;130 . 117 . 3.99 71.7 2.41 61.4 2
9 32400 0.0439 11862.48 0.07561 342865 14.4 I .122; '.s , 129 114 4.39 73.4 2
10 370001-0.0429 13238.08 --_ 0.07623 293123- 13.9 1 . 119 , ,I' 126, 112; 4.29 73 _ . 2
11 _ 29400 0.0422 10347.27 6140 0.07014 3592 239828 19.3 I 120, 126! 114; 4.22 73.4 2
12 23900, 0.0453 9029.468 34162 6581 8360 0.06142 4282 204298 25.3 ' 120 1 : 44.3 127' 114; _ 4.53 73.1 2.27 60.2 2
13 27400 0.0513 11722.87 79556 15027' 5260 0.058451 2564 239828 20.711, 120' . 44.1 127 _ 1141 5.13 72.6 2.14 59.7 2
14 24800 0.0446 9224.707 94536_ 1 17701 5780 0.04844 2335 266475 21.8 ; 120 : ,^ 44.2 127 1141 4.46 74.2 2.19 61.6 _ 2
15 235001 0.0437 8564.7631 5920 0.04985 2461 284240 22.3 1 . 121 128 114 4.37 72.4 2
16 23000' 0.0431 8267.442; _ 0.04892; 270028 23.4 1 : 121- 129_ 113 J 4.31 73.7 2
--- -. 2
17 23800 0.0456 9051.235 0.05136 230945; 24_._2;_ 122 _1 I 130 114 4.561 76.5
18 23300 0.0411 7986.634 50711 9304 5720 i 0.05398 2575 186533' 26.7 123!• 53 130 115 4.11 76.6_ 2.27 60.6' 2
19! 24600 0.0436 8945.15 86380• 17528 4940 0.05697 2347 244269 22.9 : 123 54.7 130 115 4.36 76.2 2.36 59.2 _2
20 18500 0.0424 6541.896 60362 11511 5540 0.06056 2798� 278022 28.6 123 48.7 130 116! 4.24 _ 75 2.44 60.6 40 2
21 19700 0.0507 8329.909 42410 8347 5720 0.06048 2885' 288681. 26.4 1 124 59 130 1171 5.07 78.8 2.3 60.4 42 2
22 18000 0.0405' 6079.86 62005 12359 5760 0.05638 2708 3686241 24.4 ' 122 1. 50.1 130 1141 4.05 . 75.2 2.41 60.2_ 39 2
23 18000 . 0.0458 6875.496! ' 0.0488 3108881 27.61; 120 129 110 4.58 76.6 - 40, 2
24! 21000' 0.0418 7320.852 _ 0.05538 275358 25.4 ; 121 131! 110 4.18 76.3 43 2
25 18100 0.0409 6174.019 49110 11472 5240 0.05062 2212 293123 28.4 , 121 39.4 1311 111 4.09, 73 2.52 62.1 39 2
26; 212001 0.03881 6860.151 60020 11904 4620 0.04687: 1806 293123 24.3 1 122- 51.9 1311 113, 3.881 76.1 2.28 6.5 38 2
271_ _21400. 0.0494, 8816.714 395801 8601 4940 0.04338 1787 328653`. 22.41,, 121 ' 54.1 1301 113' 4.94 78.2 2.43 62.2 40 2
281 193001 0.0445. 7162.809 43950 i 9009 6000! 0.044871 2245 337535. 24.41;` 121 I.52 _ 1311 110- 4.45 77.7 2.4 62.6 40 2
29 20800 0.0381II 6609.283 333201 6058 4400 0.04495 1649 364183 211.3 120 59.31 1311 109i 3.61 68.4 2.1 46.9. 40 2
_
301 21300 0.0386 l 6856.981 I 1 - 0.04388 341976 2.1`'.9 1181 131 r 104 _3.86 ,72.9 _ j 401 2
1 I , 1 1311 1051 1 . 1 - 401 2
31 19000 0.0447 7083.162; r ! 0-04408 302005, 26.6 118
TOT 738600: 1.3513 269094 1115374; 216423, 124180 1.8291 61460: -6449922 714.998;' 3762i ,913.41 40101_ 35141 _ 131 2214 _ 45 1081_1 481: 62
AVG 1 23825.81 i 0.044 8680, 58703.91 i 11391 5913 0.0591 2927; 272578 23.064451:1 121'.J4j 48;073681 1291 113! 41 73.8 21 56.91 40; 2
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SEPT I 20141 1 1 I I I I- ; ,•• . ,I I .,. I
=
SLUDGE REPORT FOR DIG,PRESS,NIT WASTING AND DET TIME FOR 503 REGS 1 I ' 17-- - Dig Influent Dig Effluenl% #
DATE D-GALS D%S D-LBS PR GAL PR LBS RAS • Nit Gal Nit Lbs Gal Room Det Time,.Avg Tern %vol Re D#1 tem D#2 Tem %Solids %Vol Inf %Solids%Vol CO2 Dig
_
1 17700 0.0501 7395.662 1 0.04898 266475 30.6 i 119 I 1 . 131 106 5.01 74.6 . 40 2
2 185001 0.0387 5971.023 73288 12147 4160 0.03539 1228 266475 29.3; r 120 48 131 109 3.87 74.4 1.88, 60.2 40, 2
_ 3 14500 0.044 5320.92 39501 6523 6720 0.04517 2532 317994 33.81 118 I 39.6 : 130 106 4.4 72.4 1.88 61.3 36 2
._
4 14800 0.052 6418.464 73244 12742 6060 0.04233 2139 355300 30:6, 120 1, 29.6 131 108 5.2: 70.4 2.11 62.6 38, 2
5 14300 0.0531 6332.812 6540 0.04045 2206 330429 33.4, r 118 • .1 . 130 105 5.31 71.5 38 2
.
6 21000 0.0541 9475.074 0.04555 310888 23.7; , 117 . 130 104 5.41 70.3 38 2
_
7 23400 0.0426 8313.646 0.0469 279799 22:6' ' 118 . 130 105 4.26 70.6 34 2
8 24900 0.046 9552.636 14419 2477 4860 0.04287 1738 230945 23.2: 119 46.6 . '130 109 4.6 74.7 2.08 61.2 38 . 2
91 22500 0.0473 8875.845 17140 -2873 5600 0.0465 2172 230945; 25.6 121 . • 25.5 130 112 . 4.73 74.3 2.35 68.3 38 2
10 218001. 0.0401 7290.661 392011 6212 5140 0.04723 '2025 248710 25.6 122 37.6 131 113 4.01 70.9 1.85 60.3 36 2
11 20800 0.0398 6904.186 71720 13099 4420 0.04933 1818 216733 28.4• 122 42.5 131 113 3.98 72.2 1.81 59.9 38 2
12 18800 0.0439 6883.169 66497 11055, 5840 0.04206 20491 302005 26.9, 120 44.7 131 109 4.39 75.1 1.99 62.5 38 2
....._
13 17500 0.0459 6699.105 0.04575 302005 28.9 121 131 112 4.59 75.8 36 2
1 _
14 22200 0.0439 8127.997 0.04772 275358 24.0 121.1 130 111 4.39 74.5 30 2
15 23100 0.0482 9285.923, 5400 0.046631 2100 230945 25.0 • 121 : 130 112 4.82 74.2 I 40 2
18, 19400 0.041 6633.636 60550 10201 4980 0.03986 1656 238051 29.4 . 121. ' 42.6 1291 114 4.1 72.5 2.071 60.2 40 2
17 168001 0.0461 6445.152 48580 11628 8800 0.04425 3248 264699 32.3 122 .1 24.4 1291 115 4.6 68.8 2.56 62.5 36 2
18- 20400 0.04581 7792_229 7580. 0.04864 3075 238051. 27.9 122 . 1 129 114 4.58 68.6 38 2
19 20200 0.0518.8726.642 59183 12142 77.20 0.04667 3005 254040 27.4 r 121 38.6 129 114 5.18 71.6, 2.27 60.7 381 2
20 22200 0.0485 8979.6781 0_0475 248710 25.2 121 129 114 4.85 71.8 • 39 2
21 25500 0.0419 8910.873 0.05136 222063 23.0 . 121 130 112 4.19 73.2 36 2
_ _..
•--nl 26700 0.0466 10376.79 103072 20133 6900 0.05344 3075 235386 21.41 122 , 37.8 130 113 4.66 71.81 2.37 61.3 40 2
23 23900 0.0444 8850.074 113100124725 8140 0.0579 3931 239828-- 23_81 ,121 41.9 •1291 114 4.441 73.4 2.58 61.6 44 2
24 234001 0.0422 8235.583 748581 18606 6560 0.05912 3234 319770 ...
20.91 119 . 39.2 1291 110 4.221 73.2 3.021_62.4 44 2
__ 25 23900 0.0523 10424.75, 8020 0.05865 3923 364183 18.61 , 118 , • ' . 130! 105 5.231 75.2 40 2
26 22100 0.0484 8920.7981 46383 9903. 7660 0.06026 38501 312664 22.41 118 . 51 130 107 4.841 74.1 2.75 58.4.
-.1 27 22400 0.0437; 8163.859 , 0.06343 325100 21.6 , 1201 : . , 130, 110 4.371 70.1 38: 2
28: 226001 0.0473: 8915.293 i ; 0.05685 312664 219,• _ , ,r116i ,• 131 102; 4.73 68.7 38 2
_
29 216001 0.0481 8664.926 40490 I 71251 7720 0.0541 3494 293123 - ,23.8 " 11,5,r .; 26.2 .131 100, 4.81 69.5, 2.14 62.7 38 2
30 243001 0.0468 9484.5821 122875 : 221561 7900 0.063121 4159 3242111 19.9 1201 ... 33.5 130 110 4.68 70. 2.34 60.8 37 2
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'TOT 631200 1.3845 2423721 1064101 203748 136720 1.478 56655 83575441 770.9007 35941 • 649.3 3904 3284 138 21681 38, 1047 1148 60
AVG 21040 0.0461 80791 62594.21 11985 6510 0.049: 26981 2785851 25.69669 119181 38..19412 130 109, 5 72.31 21 61.61 38 2
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• City of Asheboro July 2014
Digester Pilot Plant Temperature Log
• (Record once per shift)
1st shift 2nd .;shift.: . . . 1:r4;. sl ik. ..
Date Time Temp. Initials Time Temp. Initials Time Temp. Initials
1 of n r it) IL /9• 6 '3 ° .,J- 7n 3i' ;1,A
2 C'G f y .' 9° /6, 1J 1937 19' 11,,,A. 23vo 31° Pirr
3 r^ 390 'ai 42, 94 - 31' !k S
4 0-- t) 4 141 , ' /gz , Did . r -. 71,
5 eiVi •,r 9 ca i r7 L 3 'Yr ✓ a .3‘?`; 3 o 1r
6 O l 31" ' s /9•.)S f -Z") 1 4 39" rri-x-
7 7 , f .- ' 15 3i 3 ' 2.3v o lip t xv-
.s die) .'''' 1i 15 7 e7/7 Z300 3 1° 1K-1-
9 t) ., 39a 11° 31 ,fg'r 2oe> - 31 u eiti
10 C.),6 2 9" 4_h1 15 G 31 ,mac, 2301 TV' i --
- 11 t l a : `:0 1214,4) 605 t � •_34 21 ) 3`t' ►�
12 o ,05 3 S Qc r' 19 le iv I✓���' e3o0 i° 4RT..
13 _ • 20 . ` a _ G :4 1 q Lb J/° 4 LA 21 UZ ,3`t ' eRr
7 14 %-77b- - ,., 1,j _ .s � �e' 233 - 3 ? /�
15 Oli MI r--*-- ID:
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O UM Z7 a c' 3 S o 7 `
16 T l _- - 3, -=� - _-- di es.--_ =- d4/i/ _ =Z.,?..__, =3-5-- _ _ _:__- -
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20 0-Z�'' 3 Z C-f5 0 Ai' �Jf e ��
21 75-5. 3 M f-5 go ,o . 15 - - % - - ==--
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22 ?'�S If ® 60 �gQ CM 1905 _ Sr . I .1
23 4 CI „1-9, �96 6:� vT , 31` ,3
24 36 1.C'1 L r
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26 ' 'S°: I' e. 3 1 :' M
27 •S1 O 31 ' cfSS 3.340 9
28 < 7 I I c.
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29 67 .4, 9.'. as 15 37� _ .//�J Mk 23 ` 3g° _Orr
30 6'1 1.v 'Si " .� /� ffi d G' A , 3 39" YL .
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• City of Asheboro August 2014
Digester Pilot Plant Temperature Log
(Record once per shift)
1st shift
..:...:. .:.
Date Time Temp. Initials Time Temp. Initials Time Temp. Initials
O-TLt:. 17 '.S /ram/ZO ,,S ° �1 an/a_ floes 72..3
2 esc3 s zs «S )5D0 .28 ;j Z'oc _ 3'
4 'Slit' ' cd s 8-3 7 3q ° 4C�/� 00,5 3r.
5 •0713 fia �_ -1sUU 3 ° 'art- vo r g 3/
6
7 07 - 7 ' C.t°-S 1 ca ./1 ° '':.-I t- eizre 3 37 71.J
8 574K- - 31 ePS ,s' '3 e T coil 3/°
9 0/ 39 J549D' --8° vsa 39
0 ► z ' 0°4 Arcv .38° &f1T. OTJt (p 3/ ° 72,3 -
11 cuss 37 ' Cf S Pa D96 *V z'3°S 77J _�
12 .i cc-ND k " CPI )1 L� j) ° '714's 3�6 1
13 • 047L S` . " C}fs_ ' Z 7`- )1'
-•- - 14- 07L • :3`%y- _ �^- (� /. -Jf4 'd c.j ti J` . -�r� _
15 0 7 2-0 31 " ces 19 it �S° ,tc;- 731,o 3 Q° OAF
17 Dew • 1535- ti 3 ,, l`'-. _-- I9 3r iLJ
- 3oU -
19 4407 - 14-573 *IA 21t'it) —
cc154=_ ��=�—==�^��:=-- -2 v v-i;
21 L,761- 34 gi e) 9 3 UK. 3.9 ° PAT`
22 o7sb -. 31- I �i_7 t oA-Lk 2 3/5 31° Orr
23 1C.° n S f civ 3 I 2-3 . 3 9rTf7
24 E� 3� ..r .-S #01 - �/;:d4, Zoo cat/° , 73
• 25 7 i 390 1...tial t c)-)° . Oa 231 o 31 ° Fe.I
26 0,0 — •.r 113C T6 D- ).315 31°27 .10 ��I 3r� LC.� 1.94i ' ,) 231 S 116° �'r-T
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orri aid 2)Zo 39 ° $R.i
29 0/90 .R9 19 ' . 23I5 316
111.
30 O4�Fo 9i° Jimt. 1°l�t, 09 Oa Z 3 f h
31 a 105 440 144. 1°! Lb 4)- W'— Ito

City of Asheboro September 2014
Digester Pilot Plant Temperature Log
(111 (Record once per shift)
1stshift :.. ..�. _ .,.. , .,. .-.- . . - .. ...... ... ...... . .. ..... . ... .
Date Time Temp. Initials Time Temp. Initials Time Temp. Initials
1 . 6700 4,° rel., e/O .=Jg° 23Is 3-r Uit't�
2 0720 34/c a) f 9w .3 ; Air' 231 S 10- is fir
3 0 . It ■'��� � � �Y� • Z3 20 3 9°
4 ri ■►i►a'r ' 5 3 ' 't /7_ z 31 s 314 6XT
. �a / ' 263 gel 7 23 l s 39" R e�--
6 oIIf '`�9° pr 19) 7 � 23 ( s 341G DitT
7 6Soc� I zTT ! ' 3L- ) d_ eL
8 .— _1° t fr J 9 g� 6.4171
9 0*) r 94) -go Jr 1-SC" '
`1'
10 6764 39©. 42.. 9° Z?0.• •
_ 11 672s- �-r a•
• -� J5 7 "' OUT-s300
12 0"). , 1� �. �I r/ - 7" e//
13 07" 941a ‹tt- globe 27?> ?
14 - V 715 ��`� — t I5 - _
15 . . .3 _ icily__ 7° J • . c;-
_ _16_ MIL9 -- - " - -
17 7--3i. - 3---- -4(;, . ��=2 = P . 3" - - 71.3
11
1-721)
a
21 Ot c, 3g ' - • a, —_-s-1�a�m��_go - zcL aa a 0 3e _ _
22 peso `7 - _ -ii // at) o 376 _- -
-23 - .7 5 4-1,C 15' ° / .3 ?o
24 07110 , ea � (7 . �y
25. 0 775 ((o 'CAL 19 2 /f t ,L I, a 7 l 0 1- 0p 1
26 u'7 tip° / s0 -16' (// j ',_;�� 31° 3
27 Uctzv 37 Caps ASV Ag° 10 S of ")
28 (/°°S '7•'. Cps ACeo �r'/1 / j Q 3r
• _ 29
6/0 39
q
30 . �
f �: ,r� q 3 9° i�,S
� 3� W _ �_.� f
31r

Calculated by /" ( Date Collected r••oc.
*eked by CITY OF ASHEBOR0 Date Run 7 ,_j,jL/
Wastewater Treatment Plant :_yiyi_m
Volatile Solids Reduction
Additional Digestion
Yaw L n 'Moisture and Dry Solids Average
Dish No ill j �f .
source .D/ 40 i,-.- �+ f- A,,,. .---�--
W W . D U. &We t S 11.3. rJ C ice.7 0 r7_0.aa1-1 135?-7 ate ?9.9ga3
Wt.. Dish 7 /. -'V575 3 L tiptop-) .' .- '1 h1&..93req 7R.a 1?.
rr� • g �° 11.13O5
Wt, D. &.Dry s 7�'t7/ '7g. . Pp/ '&l i 1Ip7 O� 1 S.53$"0
Wt-. Dish �14.1 75 '1 /cam '71 1. 7 . 7$. g3/k •
wt Dry Sol �_9 0.gp- Li � � �.
Dry Sol . :0.� •� • 2:9411A: 5 Ip
Volatile Solids
[at D&Dry S . i a1 �! '� 1 -535°
Wt D&Ign -S . .. 0J -`"7.$:? -''� .r0- L(�- 1 AL
•
tA I.YDiV �. st��_�_ds 9 � _ . 3 , e
aay 20 Moisture. and Dry Solids Average
Dish P!o - - % Cl f0a _
Source J -PCIA --[&v<.f . --=7
. [kit, D. &Wet sS. .`Q604 a.s44.1, 1?20. 5D1D 5!)1. O3 a • a f .
.t Dish 1 1, '1a-a 910. D`b 1 mo.eb3 1 . . ' 1f , .
[ et S .. e.•i2..3Z (Q. __ 6t.Cn<o�i ?. - 1 - .
--D'.`&n _ S- 11.c1,210- -'7- -r7. i-7 "Z2.-a? t-1 -
., .... Dish -/.1212- �(F-Ito `Z(A.8 -T2 1 •2 ri t. mac.
wt. Dry So]_ .__ 0.(cMe3 _ 69./CPCge_»_ 60.23 52 . D7 _ O.Z008 �.
- -__-.%__I).r.y- S q_].,T_ --2..tEC0 4 __ _ _ _L'1)_:- z'?&- 4 _- Z_• __ _� ��_�_:_ �"' _
Vol_ati-le - So x s--
-- WE- -D&.Dry s.. -1-1- 11.1( -- _MCP.= W '-'1101 - --7-1v 4:315 TL.o 1-t ( -
-:- 14-t. D&.-:r gri s.A77-7 r' O`lei'-:''IEil-t 5 J =--t zc --
.--_Loss- W.t-,---I-gn 7_-0.-1-1-q- _- - _
_-_Q 2
lg8 .- - - vi4-ZS 0. -
-=--_-, -=Vn-1: i�:`S .1:isd-s= ,:5- . _ _ .. e - -- w=:R- - _ .. ° �,, 7.1 -_._. .
Day_ 40 Moisture and' .Dry Solids Average
Da s h- No - - _- -- '-‘ -- - --- -_------ 71 _ -1) 9 1
Source ..ele dt) '� 1tA-c.��
We U. &.Wet S 84. 4+019 D4Qq --. att 1.5', r3aato qz.4. 45%1
Wt. Dish _ 99, 1-d5ci '1tot , i .r 1 P1( , t`�3In rt-$, ia�L1,1,% rm.tcupa- .
Wt.. West S . (p.(P C) i , I la' a rt. ..rI+�-CI)___ aa
W t. D. &Dry S 1'1. 41)%Vb ILO% ),11.1 9 011D rvb', 414a a
wt. Dish t13 "1 11 o. 0W0'1 11(0. (04_ '11). 147:11 II) • DGG(v.a .
W% Dr)yYSol , 1 ,�Li°2, 0 . a . % .1Ze b'D1514(5
M.% a,31%
Volatile Solids
.r- • D&.Dry S . 91 . Vot 1 . . ...,1 Al, 043a '. •, • . .1, . a_ a-e
i . D8.Ign _To, 15' .3 ''i(o. �10$q t• it .r-s,
..Ls wt. . Ignh-114 O _.._Q2 1 Oµ3 0. 0gtct1 D.O i-
V o]. Solid's 0,05561, S .___ 'DLLS% 5`ia• (o°Zn - 5 .` in 5 •--,-sue
V SR =. VSoriginal 1VS na1 2 day e 40 day
V.VSoriginal - (VSoriginal X VSfinal) .7(� �'

Calculated by Date Collected g•tq-(L/
Checked by CITY OF ASHEBORO Date Run 7.(q
0 Wastewater Treatment Plant '27i`i
Volatile Solids Reduction el• ffa-ic.f
.) Additional Digestion
Vau 1 Moisture and . Dry Solids Average
T).i.sh No .--Dic-IF--ff `f - / -7 'a
Source
Wt. D. &.wet S 85$Z 872( iCo-S-0Co1 8�58.-iy, ,c G.co7Z(
Wt Dish 114.1160 7-117•c.po -71.p.O 3 `•7c0.06/ "-1(0.` 5_ •
Wt. Wet S . 1i (r)q( S• (-Col 77? 1,1 t 1 .1(350
Wt D. &Dry S -1 h'.o2.y.o -1-7-9'Oc.(g T .29 ( 0 ?(0Z`Itie) -i-i OS2(
Wt. Dish ___ 3 -1-7•1-21.0o 18.0 9-3 -ZC.OB t 7 Z W.`55(0 5' •
Wt Dry Sol . O.2c(-7 04 .X U. /937 D.21-3 - _
2•Z3�4 2.ic 6 2-z(e.�
I)r y Sol . 2.2D ____ 2.2Z S
Volatile Solids
Wt t)&.Dr.y S . 1 ..a240 -"Z-7-90'1-{3• -1542 )6 1(0.7,5iD `1-7.O45-2J
Wt DU gn S S . l 4.rdi'i Z -71.-W1 co "11S- t7co. .( (n c15 -go. 2 Lt o
Loss W t• Ign p ,ciru 0 . (oS2-_ S. ( I OJz l
'/ Vo1. Solids_ q-2°4, 5 "< _ ° 5E1 •CQ 4 54.q°4 5q.2-° _
•
Dau 20 / Moisture and Dry Solid Q leverage
Di.sh No _ Lf . _! .
Source
Wt.. D. &Wet S . I 1 ge.0i5'd 24-80sfce 5'1.0700 ®. o-
Wt Dish '7- . 7 r-S'. WooQ ilk. 0 ''76. $3(vcl
AswQt S . ( e? .1�'16 • (o.�12-2 ! . 9. :. i
D.&.Dry S '7 . (� -7V.3o `7Co3GOf 1 ZO 7 --1 • `l
Dish 1 '7 275 '7 8".096,O 7 La-0 P2S 1 Co.8'310 1 7$ V ti 8
Wt Dry Sol. . U•43p 0-Z/03 �7 /._, 0- 3ii 0.251( -- '2_ f ( o
2•/2.1y -- 2:c3 2.a.. y_ -.( 1 ---_ - - -
Volatile Solids
- Wt; D&.Dr.y • S ._ -7 . q .7e.3O7 1C -3(O --l7. Oto --7S P41Z - _ - .
-=.=W t.--P :7grr°S - 'Z -,? 7 _---"n-18-&;'I:--= (f..(_=7c10- -- - ~1G.-fit-3_S`_ _ ;:=T$-_3-5
Loss Wt . 1gn 0. 06/37 .-0.I21 Od31(c' 0, 132,C) V l '-I -I -__-=:o
_oi- Vol. -So lids:.5?,Drd - -�- 5- - - 5=7.-°4.1s-====5-7-,-G°,S '7,5_.6,� x„.-57.3-6-. -
Day 40 Moisture and Dry Solids Average
Dash No I _ _If - -7 9 -
Source
Wt D . &Wet SSCo.4(03-f gcp.(ZeeCo 'SS74(L4 (3'4I , n-zrt
Wt. Dish . 7 5,0CCCIQ ` 1. 7. 12- _ -? te-Og (V 't(D- (PS .'2 -
Wt. we,t s . .3c0 8.3�`7 1•leV9� t , 0/6/ l 2.5z(•,
Wt_. D. F/Dry S 2 -TT co.57 1cp.24z4€) `1-1-o/0ctg -7
Wt:. Dish Z . a -1,-712-19 -IQ, •Og l% -IC 0.8 CDS? _FS•G. .
WI: Dry Sol . V. rib o•t'iB 0.i(¢3.O 0•233(1 O.210 I o
Dry Sol . 2.104'4 • 2.,0..°5 2-(3°G -2.,p(pvA 20E3 .5 2,09 r.
Volatile Solids
lids �� � ��` -a
D&.Dry S . � S-'Z-1 "M
57 Z _ �
D&:Ign S . ��
• L-739' - D24 -j(o. ( ai? `-1 -1 -3(20Co
W s wt. . Ign O. loop t2. I033 0.0 ( O.t3i4 •((4 S`7 �a�
0.4 Vol. Solids_ SI, 3 6 �13- 583 ( 5cQ-' G h7. (, 6
40 da
VSR VSoriginal - VSfinal 20 day - day
VSoriginal (VSoriginal X VSfinal) �.-'

Calculate lirtz Date Collected e4•3.1(
licked b' r �*. CITY OF ASHEBORO Date Run .94- l't
Wastewater Treatment Plant .'/'2-`('1`f
Volatile Solids Reduction /0./I1it
Additional Digestion -"`
Pay 1 Moisture and Dry Solids Average
Dish No %, �, i T -7 4 •
Source _ .
Wt D. R-Wet S 84•(n435 S . W5. S5Z5 • g -i3c 37 '$'-. s(c.q.S
gut Dish i'-T7 ca `1?-( CPO 1 12. O 7 1,,��pp• (oS?
tut; wet S . `�•& 2_ c0 -3ZD( !Z 1 3l `7•OZ"77
Wt. D; &.Dry S 'Z4. 1(040 "7`6.2117 •-7•-7 S7 `74,' -e3e5- "7 -7.
gut. Dish -74•-Z`15G0, `?$ D • -I 1-`7117 ZCo_OS -7 O9 D- "�
Vt., Dry Sol . C-!$ , / al517 O. 11
Dry Sol . i-` Z --( �' ./ ' L•IT� irl, . !.$-? . 1. r/ -
•
Volatile Solids '
u tt t)&.D r.y S . . 61,040 -lg.2 9 t i Z?• �5`74.P-1 _Zee-Z4735" Z.7-DO55'
tut n&.Ign S . -1 90 - -7 .l ( '77 7610f 7 . j .023 -rip. ti 6
Toss Wt . Ig"n • O-((3 _ :12.0 O.( ZS 6 13122'
Vol. Solids_ !. 3 ! G2.0 (of 7`L 'ef./"6 Z % 6,, C9(.7%
ak...1S. Moisture and Dry Solids . Average
Dish No V ct s.5 .-
Sour.ce ,
W t.-, D. &wet s $5.`5`)(9(o `ble. 5(1,6c) $4.L I-t o cril 4S ip. 57 t) WI. isA0n1.
Amt Dish 1$. Dq` o'Z ?-r . 1 all I IS. gi153 '-i aa-
_wet`s. Z8 8 4 1_ ?
D. &.Dry S'7$.Zj Lc.& --1 '7-:.$(32 O �7 r3.4O4 1 =Z • -0
- - Dish - 1g.6987-. - -1-�1.' .7� '7 - 3(33 -76.Z483 -7 .0cr
tut Dry Sol . O.ltl 0.--R0 = 4 - B a L5� •l - , i,•��,���-
- % -Dry- Sol . - -1-.S$�.S - - - l.B5`4'4.- 1.14 ey - 1.8-7°6 - 1.84 6 -L =6 •
^ - Volatile Solids - ` - -_ _
_--__V t;,_=Ii&.-l`r y--S_:= 5.2.V(.4�}-= a-"1-•S"l : _-Z IP R ?� _.'Zt j;c � -_� -_ _o-�_ -_ ----
-_ tilt. -n i g n S . 76.f 51 L � - :-t 9.q„o-- _ r,R ec,_ - -}$. -3 o z-+ rs-4 --- - .
..Voss:-_Wt..- I gn 0.-a445�' -.___6;{9q 'S0 _-- ,65 0.0940 - 0.(9g5-'rf:. - -__ ;� `_ -- -__a�=_-EJa 1 ----0 t i.ds..� -(Q�-3 4, ___ u _. _ 1:r7 6_.. _pC0.0.9°G (c0.-Z°6 - (00.6+. 15`= - -
Day 40 p Moisture and Dry Sol is v�-� Average
-Dish No of _ / -
Source .1p.34s _ -7)1-:1.4:0.L, _ .. „ _ A/C, GYM
wt D . &.Wet S ;7r1. '7Pgq L© • q 1• '(® 0 •69 Off '`t. 01 -
Wt Dish /. .(Q374W , r7 .Q 1 - : - :. .
wt wets . .. ,..JS_
tut. D. &Dry S rt r_{-*. i- i -y
Wt. Dish k� '767; 1 .• , e .
tar, my Sol .
I• /-t< i_g_E_
Dry Sol . . I- '1 L
Volatile Solids
. D&Dry S . ri. 1V..3555 ']. 70 i ID _• ___
lip n&ign s • "p /
. .' s WE . Ign 4 Q• �' • - Q $;.icp(p J�o 5�i1
% Vol. Solids 9
VSoriginal - VSfinal2 20 day 40 day
VSR =. `/Q ,
VSoriginal - (VSoriginal X VSfinal) +-t •
-
ti

City of eboro 4l/ �G �J
�r 1 -
-
`��.• �� /I Department of Water Quality 44zSeekh 1,41
,
Fecal Coliform in Sludge
- -_ - .r"". f-+:.4af,,5•?T:i -r-y`- :c:.'9>`r_:T T3;i,? i t:.0...; �r'-r6-;:-..';:tl
.. ::<:sf„ :.fir. �3Yf=`�S- �.i:�;•tr.�"'r:r. _ _
.. - _ ; .: .-. ...,. �: r.i:;� �i,mot..3.r,. ':, :?'4:.•e .. - -
- -. .. .. ... ...... .. �,�..;...e,,•_ ..�.5;..,,n arc�._,.. .. .•.�. ,_ >.. r �
Same e#:''..I..-: ......... . . 1 - 2
Date;;: ,. Cp•;h. P-1 G1•-23•l 1• 30• fY-1 (0 •(.• (47/ rp.2. r ( Jo 2. rt1 10•3,)4
- Tine.:. , . _. .. . g'.,„1•0 ISMS to:to to520 , ei la • l'( b 1053
Locations::: ' . ..' (°,0✓e41-ei •i 4/ eC vx r-c(6 el.7 ve,Pe--.- CV v-e of. Cv Le do verc.e tier eA
An41X :.- . ,.. :. . ,,v 7- -)/ :' ._ ri'Qt a4--' i21-4—
Dish Number - ? - ( `2.g- - C7. 24� `7S U 1i+v
Wt Dis.ki&w_t=S_' . :' Si. J277 ' ' 2 14 r73(0 . t? 2- 3247 615-2769 30. Ya.5S_
Wt:Oasts-..:.':: ri(o. ` '353 -1 e.et-ES ) fig.pq+ ', ~7 ,,g(2 1 7.0"L - Ze_ (l L 7 S
W.141. Solids': (t..2..25 1•Z.7 (2. 1S:C� ,, .. to.ct..v-t d 5 23 IQ,- (ct
Wt Dtsh:&:pry*-,:- 'Z�1. - /21 �5-62&i37 f3 2,253'3 5 (, i4W S)• 1'5 '13,1537
Wt.Dist.-. ,.-,_. _ : rf0. 3'35�3 -7 (.t -1 �1/t•0aci06i "Is-i5(ZLt 7i •010.3 -75.5(11 `71.Ft?3e'
Wt Dry'_Sokds_: .. 2'"57& ' 2.5237 3 /LoZ9 2-32-9t V•(1& 3. 3'Za ,rct)SPICI
96:D..ry Solids;_ ., . 2(,0% •zb. pecz -W,2._°4, Zt •3°(, t47, C?.,1 I. ® ' 2 'ak. .%
AnalssY',: :,':::,...::. '.:.::.,, cc.,/i, Ge;i::, 1(s( 2 Pair' 113t4../1 r
Date In R-22:f . q•23'(y _ ei• ,«• ry 10L t- t ti r0-7-iq i .2-1 GI • 10. 5.
': -: t t 3Z- 10 5� I r o'7 I I1,5• I i QD I1 SO A l SCE
Time=.ln,:::. �-�
Ai atyst fii:_ _... j - .,-�r' - _-,�•a: -.:,� •:x
"it^ -Y.' -i5 S -.•Y.: •, ''''•r •.a1.1,::3: 'o nies'.:_�.
. . -- �� ages;� � , r.#�t� -rr=, =�';�ropies'��� . . . .. . .
s:
ml�sant -le /� #°ccFeir}ies:.:::. .cofdtfi�s��`:'s `' . .. ci�i-...,:-.. - . .._. .,.�.,.. . ..
n.00ur . . 3 1. . ..-._ . 1 '.,' 1 I O 0
. . ..•: 0:0003..-::.: - '¢ 0 I 3' i 0 /
:. .0.99 "° 1 t 2. , • l` 5 ot
I.,
..;_Fecal Coliform/:>::j4 ,.q Z 2_ 33�t 3 a Jq1 l 17 +j3 fs I g ( 3 0 33� 5- ( l $4.g5
:;cram Dry:S Udge_� i i i •
Date•.Out: . -': ...~ : t 9-2 -1-/ 1'2`1•1i/ lel •(rt`l (0-2. 1'-1 10eS.1,(4 /0.41. /q /0,y,ill
tt)*:a(1t.:_ : - tom I LIZ. 1 czS' 1 i Cr) l ] 30 // $ /tom
Analyst out:•:••--- : , c42 j� ,1'� '5'* '
277
LJ Coliform Colons m/gra =Coliform colonies counted X 100
ml X%Dry Solids
p Geometric Mean 'I.°l Z5 4

.. •
(City of asteboro
• % DrySolids for Sludge Hauling _
Date 61- 4 q-i3-tcf 1l '. 0.tY // '1.1 y 10.2-(`f
Analyst Initials 64"
41(17
Dish Number "i 'm' / 4- P' l
Source '�vts 4...- "-
Wt. Dish.&Wt. Solid (g) '3 i4zo , _25`6•9,49(0 SZ 29--x3 136d32..7 . l '(4 Z3
ii•
Wt. Dish (9) t •l( J _I&-95(( 1( 1 -1(7 .17-7Z-77-- -1l,l02-
Wt. Wet Solid (g) ` -1,(01.161 I Z. 8(0 t (, 15-63 i 0.1055 ,d 2l (
Wt. Dish &Dry Solid (g) 2.&3 I 1 , -Z$-rbbr- 1347 I j $O.( ( is 9 l . `I
Dish (g) (• !ft,5'� _- tP~dS/( -7 (. !qt-? -1-1 • 72•?Z- -. (° (ti(Z-
Wt. Dry Solids(g) I_rjl 2 .L1 1L3 2. 3Z1L 2.. ST 1. 7 II .
_ % Dry-Solids ( CO i . 2 DI' 040. (k) 22..•"J''(d p2/. J
Wes:Weight_Qbift3)= - -=_ = o:,_-._____= f3 __ . ____-- `�`I- 62
-- - - -- - - -- -- -
1-0-44/-
Operators-Initials =-.: -- __—---Pi,- - =_ eiU)
0,,,,v, -644 .-DDT t --e,L _ - :NI
0

ANNUAL PATHOGEN AND VECTOR ATTRACTION REDUCTION FORM(02T Rules)
Facility Name: City of Asheboro WQ Permit Number: WQ0001684
WWTP Name: Asheboro WWTP NPDES Number: . NC0026123
•Monitoring Period:. From 10/01/14 To 12/31/14
Pathogen Reduction(40 CFR 503.32/15A NCAC 02T.1106)-Please indicate level achieved,and alternative performed:
Class A:
Alt. 1/A(time/temp) . Alt.2/B(Alk Treatment) Alt.3/C(Prior Testing)
Alt.4/D(No Prior Test) Alt.5/Process to Further Reduce Pathogens Alt.6(Equivalent to PFRP)
If applicable to alternative performed(Class A only)indicate"Process to Further Reduce Pathogens":
Compost Heat Drying Heat Treatment Thermophilic
Beta Ray Gamma Ray Pasteurization
Class B:
Alt.(1)Fecal Density X Alt.(2)Process to Significantly Reduce Pathogens X
If applicable to alternative performed(Class B only)indicate"Process to Significantly Reduce Pathogens":
Lime Stabilization Air Drying Composting Aerobic Digestion
Anaerobic Digestion X
If applicable to alternative performed(Class A or Class B)complete the following monitoring data:
Parameter Allowable Level in Sludge Pathogen Density No.of Frequency ' Sample Analytical
Excee- of Type Technique
Minimum Geo.Mean Maximum Units dences Analysis
Fecal 2x10 to the 6th MPN MPN/g
Coliform power per gram of
total solids -
CFU 3375 19254 54422 CFU/g 0 4/Yr Grab 9222D
1000 MPN per gram of total MPN/g
solids(dry weight)
•
Salmonella 3 MPN per 4 grams total
bacteria(in solids(dry weight)
lieu of fecal
coliform)
Vector Attraction Reduction(40 CFR 503.33/15A NCAC 02T.1107)-Please indicate option/alternative performed:
Option/Alt. 1 Option/Alt.2 Option/Alt.3 Option/Alt.4
(VS reduction) X (40-day bench) (30-day bench) (Spec.02 uptake)
Option/Alt.5 Option/Alt.6 Option/Alt.7 Option/Alt.8
(14-Day Aerobic) (Alk Stabilization) (Drying-Stable) (Drying-Unstable)
Option/Alt.9 Option/Alt. 10
(Injection) (Incorporation) No vector attraction reduction alternatives were performed
CERTIFICATION STATEMENT(please check the appropriate statement)
"I certify,under penalty of law,that the pathogen requirements in 40 CFR 503.32/15A NCAC 02T.1106 and the vector attraction
X reduction requirement in 40 CFR 503.33/15A NCAC 02T.1107 have been met."
"I certify,under penalty of law,that the pathogen requirements in 40 CFR 503.32/15A NCAC 02T.1106 and the vector attraction
reduction requirement in 40 CFR 503.33/15A NCAC 02T.1107 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."
Michael Wiseman, WWTP O.R.0
.Preparer Name and Title(print or type) Land Applier Name and Title(if applicable)(type or print)
9:hJ Pe. 41-44_ D,s
Signature of Preparer* Date Signature of Land Applier(if applicable) Date
*Preparer is defined in 40 CFR Part 503.9(r)and 15A NCAC 2T.1102(26)

,
,1 '
• .
OCT 1 20141 1 I 1 I I 1 I _
SLUDGE REPORT FOR DIG,PRESS,NIT WASTING AND DET TIME FOR 503 REGS I Dig. Influent Dig Effluent% #
DATE D-GALS D%S . D-LBS PR GAL PR LBS RAS Nit Gal Nit Lbs Gal Room Det Time Avg Tem %vol Re D#1 tern D#2 Tern %Solids %Vol Inf %Solids %Vol CO2 Dig
_ 1_ 24600 0.0492 10094.07 77753 I 23993 7160 0.06693 3997 395271.3 16.8 ; 118 i 37.3 129 106 4.92 71.4 3.86 61 38 2
2 24300 0.0487 9869.639 35847 79231 7740 0.06821 4403 413036 16.2 , 127 29.6 127 4.87 69.9 2.97 62.1 34 2
_ 3 31200 0.0582 15144.11 6140_ 0.06962 3565 408595 12.81 126 ; 126 5.82 75.5 , 37 2
4 25000 0.0446 9299.1 0.06922 376618 17,.21 125 1251 4.46, 72.9 37 2
5 22600 0.0397 7482.815 , 0.07351 349971 20.3 ; ' 126 . • 126 3.97! 73.7 38 2
_ 6 23300 0.0446 8666.761 5320 0.07063 3134 325100 20.7 , • 126 ; , , 126 4.461 75 37 2
7 23000 0.0443 8497.626 7020 0.07058' 4132 302005 22.0 , , 126 _ 126 4.431 76.3 _ 37 2
_ 8 24300 0.0445 9018.459 _ 1 6880 0.0685 3930 302005 __ 20.8 ; 130 ; 130 4.45 75.1 37 2
9 25600 0.043 9180.672 5520 0.07649 3521 216733 23.1 ` 131 ; 131 4.3 77.1 35 2
10 22600 0.0446 8406.386 5360 0.05489 24541 206074 26.6 ; 126 131 120, 4.46 34 2
11 20200 0.0456 7682.141 0.04806 I 175874 31=3 , 126 131 120; 4.56 78 36 2
12 19500 0.0422 6862.986 0.0481 154556 33.5 , 124 . 131 118 4.22 _ 38 2
13 19400 0.0509 8235.416 108580 1 20405 6640 0.044721 2476 124355 _ 35.2 ' 124 58 1311 117 _ 5.09 78.6 2.23 60.6 42 2
14 ••20300 0.0472 7991.054 48689 9180_ 7980 0.04144' 2758 248710 27.5!__124 ,56.4 131 118 4.72 78.4 2.19 61.3 42 2
15 17400 0.0482 6994.591 8520 0.04566 3244 222063 33.7 '. 124 130 118 4.82 75.1 - 42 2
16, 20900' 0.0465 8105.229 44980 10729 7300 0.04981 3033 230945 Y 27.6 : 123 40.1 130 116 .4.65 71.9 2.31_60.5 441 2
17 22400 0.057 10648.511 54260 11539 7040 0.04702 27611 230945 25.8,, 122 43.8 131 114_ 5.7 74.8 2.28 62.5': 40 2
18 21000 0.0491 8599.3741 0.04989 197192 29.1 ;' 122 131 113 4.91 76.3 1 42 2
19 18400 0.0469 7197.0861 _ 0.0481 _197192 33.2 • 122_ 131 1131 4.69 751 40 2
20 15300 0.0396 5053.039 19210 2852' 6500 0.04983• 2701 159885 42.4.• 121-_ 46.9 131 111' 3.96 74.91 1.89 61.3 38 2
_ 21 _ 16900 0.0522 7357.381 r 89500 13543 6560 0.0449 2456 159885 38.3 ! 121 , 55.3 131' 112 5.22 76.91 1.78 59.9 _ 38 2
22 17300 0.0476 6867.823 61479 10963 7640 0.04486 2858 257593 31.8 ' 121 51 130 112 4.76 • 76.9 2.281 62 36 2
23 19200 0.0452 7237.7861 303701 6079 8380 0.0436 3047 275358 27.7 121 47.2 130 112 4.52 75.1 2.161 61.4 37 2
24 20900 0.0509 8872.175 552201 11006 8800 0.04472 3282; 266475 25.91' . 120. 46 129 111 5.09, 75.5 2.37 62.5 38 2
251 22700 0.0482 9125.128 I 0.041551 239828 25.01: 1201 129 111 4.821 79.4 . 36 2
261 24700 0.0483 9949.7D3� I 0.04695: 248710 22.6 120 128 111_ 4.831 75.9 36 2
27 21400 0.04661 8316.982: 14134, 2805 5920 0.04364 2155 218510 27:5 ; 120 , 57.2 128. 112i 4.66 78.9 2.36 61.6 39! 2
28! 18100 0.0495 7472.223• 46163 8526 7280 0.04354 2644 202521 33!4', 120 1' 57 129, 110. 4.951 79.4 2.25 62.4 381 2
29 17700 0.0457 6746.1431 59640 12600 7020 0.05111 2992 239828 _ 32.1 12011 57.2 1311 110; 4.57 79.1 2.31 61.8! 38' 2
30 18900 0.0535 8432.9911 556101 111871 82801 0.05556! 38371 262922 28:8: ' 121111 57.4 1311 111 5.35 79.8 2.37 62.71 38 2
311 17400 0.05561 8068.45 40260 9099 7920' 0.05118I 3381 2931231 29.61 • 12011, 55.8 - 130 _110 5.56, 81_ 2.59 65.31 381 2
TOT 1 656500i 1.4779' 261476. 841695 T1724301 1629201 1.673' 72761 7901872 838.6958 3817,1: 796.2 4010 2605I 1481 2363 38 989111801 62
AVG 1 21177.421 0.048 8435 52605.91 I 107771 70831 0.054j 31641 254899 27.0547 '1 123.1,1' 49.7625 129 1131 51 76.2 2 61.8' 38i 2
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NOVEMBI1 20141 .1 I I I I I I I • . •1 i I I I
SLUDGE REPORT FOR DIG,PRESS,NIT WASTING AND DET TIME FOR 503 REGS i ' Dig Influent Dig Effluent% #
DATE D-GALS. D%S D-LBS PR GAL PR LBS RAS Nit Gal Nit Lbs Gal Room Det Time' Avg Tem; %vol Re D#1 tem D#2 Tem%Solids %Vol Inf %Solids %Vol CO2 Dig
1 17900 0.0552 8240.587 0.05463 284240 -29.3 64 . 128 5.52 79.6 1 i 36 2
_ 2 _22300 0.0548 10191.81, 0.05233 266475 24.3 ' . 62 125 5.48 78.6 I 38 2
3' 14800 0.0434 5356.949 33150 72161 6740 0.05265 2960 204298 40.8 62 54.5 123 4.34 79 2.3 63.1 42 2
4 10700 0.0515 4595.757 78186 14677 7800 0.05915, 3848 257593 51.4, 64 54.3 129 _ 5.15 79.2 2.27 63.5 43 2
- 5 12400 0.0575' 5946.42 67043 12200 6720 0.05928 33221 3286531 38.61 66 47.9 132 5.75 76.8 2.35 63.3 43 2
6 15600 0.0524 6817.45 63066 13859 7980 0.05853 38951 364183' 28.4 66 41.2 132 5.24 75.51 2.4 64.3 46, 2
7 15800 0.0545 7181.574 43330 9540 7880 0.05756 3783 399713 25.8 66 36.2 132 5.45 74.1! 2.63 64.6 441 2
8 16800 0.0544 7622.093' 15103 3376 0.05765 368624 26.1 66 35.4 132 5.44 75.71 2.74 66.8 i 2
9 17700 0.0543 8015.657 16121 35231 0.05626 355300 25.6 66 j 50.3 132 5.43 78.9 2.62 65 2
-
___ 10 14100 0.0571 6714.617 _ 45599 9998 8660 0.05816 4201 383724 30.1 66 41.4 132 5.71 76.1 2.64 65.1 2
11 12800 0.0583 6223.642 387701 8310' 7940 0.05741 3802 390830. 32.6 66 43.5 132 5.83 76.91 2.64 65.3 40 1
12 16400 0.0558 7632.101 ! 1 5680 0.06268 2969 392607 25.31 661 132; 5.58 74.91 I 1
13 15800 0.0378 4980.982. 67031 14851 6840 0.07781 4439 392607 26.3 66 30.8 132 3.78 73.81 2.561 66.1' 42 1
_14 14200 0.028. 3315.984 43796 9658 7280 0.08969 5446�419254 27.4 66 28.4 132 _ 2.8 74.9' 2.6 68.1 40 _ 1
15 17900 0.0473 7061.228 0.06249 426360 21.3 66 , 132 4.73 76.41 1 _ 44 1
16. 18100 0.0554 8362.852 .. 0.049691 381948 23.5 65, ' 131 . 5.54 76,61 46 1
17 17400 0.0451 6544.732 82267 17564 8380. 0.06212 f 4342- 386389; 24.2 66 , '42.5 132 4.51 _ 77.31 2.46 66.2 44 1
18 16700 0.0461 6420.7161 61927 13717 99401 0.06809 56451 417478- 23.41 . 66 ,. 28.8 133 4.611 74.21 2.67 67.21 44 1
19 27500 0.0394; 9036.39' •34788 7446 6200 0.06723 3476 435243 13.5 66 30.7 131! I 3.941 74.2 2.57 66.6 45 1
20 14400 0.0402 4827.859 29483 6240 890 0.0454__ 337 75501 50.9 65 33.6 130 4.021 74.5 2.57 66 44 1
21 13600 0.0382 4332.797 57378 ' 11825• 260 0.02894 _ 63 426360 28.1 65 38.1 131 i 3.821 76.7 2.55 67.1 45, 1
22 8600 0.0455 3263.442• 0.05651 444125 42.3 66 132 4.55 77.9 ' 50 1
23 9000 0.0522: 3918.1321 ; 0.05151 4245134! 42.6; , 66; 132 5.22 78.4 _ 46 1
241 8600 0.0384 2754.202 27708 5396 9500 0.04714 3735 4174781 45.4 66 45.5 133 3.84 77.7 2.33 65.5 40 1
251 1000 0.0403 336.102 26585 5343 7360 0.05052 3101 426360 381.5 66; 40 133, 4.03 76.5 2.31 66.1 40 1
261 10400 0.0417, 3616.891 28073 9037! 8280 0.02224 1536 426360 36.7 67 '16.3 133 4.17 73.8 2.71 70.2 40 1
_
27 21800 r 0.04381 7963.366 24265 42091 0.0486 435243 17.1 66 36.4 .132 _ 4.38 75 2.18 65.61 40 1
28 19300 0.0444 7146.713 34659 6446 0.040351 431690 19.5 66 130 131 4.441 74-1 2.19 66.7; 42 1
29 18300 0.04671 7127.447I ' 0.04831. 39527f, 22.5 , 64 '11 129 I 4.671 76 44 1
30 10500 0.047j 4115.79 •• 0.04217 3730651 41.4'1 641' 1 1291 4.71 74.9 _44 1
1 i j '. I -
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TOT 450400 1.4267 179664 918328: 194432, 124330 1.6351 608981111315491 1265.837• 1964 ' 805.81 3928. 143j 2288 521 1382 1112 40
AVG 1 15013.33: 0.0481 5989;43729.91 1 9258.681 69071 0.0551 33831 3710521 42.19456,; ; 65.5�'38.371431 ' 131, 51 76.3 21 65.8 431 1
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DECEMB[ 20141 I I I I I I I �'1 , is 1 1 I
SLUDGE REPORT FOR DIG,PRESS,NIT WASTING AND DET TIME FOR 503 REGS I i,f.. : i 71; Dig Influent Dig 1Effluent % #
DATE D-GALS D%S D-LBS PR GAL PR LBS RAS Nit Gal Nit Lbs Gal Room Det Time. Avg Tern 11%vol'Re D#1 tern D#2 Tern%Solids %Vol Inf%Solids %Vol CO2 Dig
1 12200 0.0431 4385.339 80469 15346, 7360 0.05531 3395 381947.5 34i9 , 1129,1! 39 129 4.31 75.7 2.01 65.5 42 1
2 22100 0.049 9031.386 65541 12680 7800 0.0584 3799 4050421 18:2 1 1131,,,. 39.4 131 4.9 76.3 2.51 66.1 43 1 •
3 28800 0.0434 10424.33 37903 6636 5780 0.05777 2785 79943 25.3 ' ;130, r • 1,33 ' 130 4.34 75.7 2.18 67.6 43 1
_ 4 26800 0.0492 10996.79 44384 8010 7160 0.04465 2666 417478 14.6 ; 1,129 36.7 129 4.92 75.41 2.4 66 43 1
5 15700 0.0573 7502.747 37147 6787 4060 0.03032 10271 4263601 2433 ; i,1311'+ 35.11 131 5.73 76.31 2.331 67.6 40 1
6 17200 0.0496 7115.021 I 0.03241 426360 22.2 , 1131, ' 1 131 4.96 74.5j 41 1
7 16900 0.043 6060.678 1 [ 0.03585 399713 24;1 , ;13,11 . 131 4.3 76.2 44 1
8 17600 0.052 7632.768 48132 9154 4080 0.0311 1058 390830 23.7 , '131' . 55.1 131 5.2 75.4 2.45 57.9. 43 1
9 16700 0.0626 8718.803 55795 9218 6420 0.0281 1505 417478 23.4 131' 44 131 6.26 76.7 1.27 64.9 43 1
10 16900 0.06 8456.76 27681 I 5512 5460 0.0286 1302 435243 22.0 '131 42.8 131 6 77.4 2.31 66.2 42 1
1.1 16500 0.0467 6426.387, 34684 6685 • 6680 0.02864 1596 426360 23.1 130 ' 36.8 130 4.67 73.6 2.19 63.8 42 1
12_ 18700 0.0581 9061.16 31904 6040 6560 0.03351 1833 435243 19.9 .130 45._8_ 130 5.81 77.2 2.35, 64.7 44 1
_ 13 18100 0.0546 8242.088 0.03739 439684 20.3 ` ,130 130 5.46 74.9 481 1
141 _ 15700 0.0476 6232.649 0.03537 • I 417478 24.9 ,130 130 4.76 74.9 46 1
_ 151 17800 0.0473 7021.78 5540 0.04233 19561 399713 22.9 130 130_ 4.73 76.7 . _ ; 56 1
16 17500 0.0477 6961.815 564191 11162 5360 0.04952 2214 381948 24.3 128 45.1 128 _ 4.77 76.4 2.33 64 46 1
17 18000, 0.0564 8466.768 397231 7583 7240 0.05072 3063 4085951 22.21 129 , .39.7 129 5.641 77.5 2.54 67.5 44 1
18 17200• 0.0473 6785.09 43540! 8566 6640 0.05068 2807 417478 _22.71 130 . ,43.7 130 4.73 i 75.7. 2.28 63.7 44 1
_
19 17400 0.0487 7067.149 323101 76_6.3 4980` 0.04165_ 1730 448566 20.61 1130 42.1 130 4.87; 76.1 2.33_ 64.8 40 1
20 14400 0.04811 5776.618 i 0.02727 435243 25.91 .130 . 1301 ' 4.811 76.6 40 1
-_....--, 40 1
211 14700 0.0481 5884.704 0.02807 408595 27.2 ,130 ' 1 130; 4.81 75.81
22i 12800 0.042414526.285 13920 2496 6820 0.05028 2860 408595 31.2 131:j r48.1 131; 4.24 77.2 2.35 63.7 441 1
23 12600 0.0391 4108.784 70710 13470 6060 0.05217 2637 435243 29.6 a 131. , .44.9 131 3.91 77.1 2.28 65 43' 1
24 12900j 0.0392 4217.371 13831 2388 ' 0.0227f 426360 29.6 130,' 140.7 130 3.92 76.5 2.25 65.8 42 1
25 14500 0.0388 4692.084 0.02917 435243 25.7 .130 i, t 130- _ 3.88 76.3 • 44 1
26 16200 0.0383 5174.636 16615 3201 0.02765 426360 23.5 ,130 : 41.61 130 3.831 76.2 2.14 65.1 39 1
1- . 27 13300 0.047 5213.334 0.0297 1 408595 30.0 1301; 130 4.7 77.8 44 1
281 12800 0.0507,' 5412.326! I 0.02903 _ ' 386389 32.9 130 130 5.07 78.2 1 ' 40_ 1
29; 14100 0.05421 6373.595; 84280 15235; 68001 0.01987 1127',. 364183 31.5 130 °50.5 130 5.42 77.3 2.1' 62.8, 38 1
30 16100 i 0.05921 7949.021 ; 0.05509 ; 4174781_ 24.2 ' 130 , i 130 5.92 74.31 41 1
21 160001 0.0439 5858.016'. 58010 10327 89201 0.05834 43401 4441251 22'.7 , ,129, ; , 48I _ 129 ` _ 54; 1
TOT , 5182001. 1.5125 211776 892998 168161 119720 1.202 43698 12551861! 767.7568 ; 4033 1; 852.1 4033 _ 147 2286; 43 123311343; 31
AVG 1 16716.131 0.0491 6831 44649.9 8408 6301 0.039 2300 404899; 24.766351 130.1' '' 42.605 130 5 76.21 2 64.9 431 1
11.
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• City of Asheboro October 2014
Digester Pilot Plant Temperature Log
•
(Record once per shift)
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1st shift i':hl';. . .. F•ii,;^.�An�..J,i�.l.J..��....S A-� ,...'il"[.�...I r.i.� -0r. '.�Y?-e�•i.i.�e'.i'�:•L:u'.I r,',:�i.xn.�.5•ow5a.�rt�-K.....e.S�:.•.1.P,��•
Date Time Temp. Initials Time Temp. Initials Time Temp. Initials
1 O`70 3' 4) • J O16 D/d__ A , 15 go° 6g_'r
a it ' 9° MI 14 2.)
Q71a . 348° it f 95s ° GA Dav 5 3R' 711
o'71 c 3/ 77-3 -eo .ci 6 EMI Sr5 06 ° 3/® 7j J /�®0 3'67° . !iv 1.3 .JOB
G 6 7.� - g1 a h
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10 6 it 39 fc1( " 6 • Z7 )S` Will
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13 72-0 L 757) 11Zf d J ' 4 Z325 39 "I GtZT-
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25 "?.::0 0 3 1---7 6, 01-t, 096 ipoyfT /-3... _Iv . - kj8.
26 -7,- , t` �aA 19.9„6 ' o- t z31 Z 3y4
27 e2' -7 lc' • 'r • / 9 ° et3 Z 2 Li 5 39 ° (5ri'"
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- - City of Asheboro November 2014
Digester Pilot Plant Temperature Log
(Record once per shift)
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Date Time Temp. Initials Time Temp. Initials Time Temp. Initials
2 0.Soc7 31° gg\-- /c..., 39 " -/2 )115 3,`' Gl( —
3 b 3__..39t__`7fc,aif ,L-C /U 6/Y 03” 37" i�J
4 67/ r 7J .fie i.il J- jl/ .-98° Annot- 3s'1' .
5 ()o 31° icAd 15N 37" Oil}-- — 1/" 7L(
6 0)00 3` i� 1$2 _ et, pili Z700 7 T'`
7 _ C010 [ ' i° !C.A4r J'- 6 A
8 0500 s c o (cR"c I& 3`4 f: '21 15 31° ` :c-
10 7 LJS 3 9 C'' i j/7 ).V) sSP' cOf ov i 3q , L A
11 - ` -1 2--0__ '1 ' C."rQS .j-s"ea .3�5'0 IM10-011 ; Si° - 713--
12 O1 , IO -ere,IA) IN C wil' -I(„4 o?9 S ' ?.`S _
13 710 3 r U `7:1r7 i s 5 -P c70 t o 3g o 713
3
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15 45.)ay 'z? i L� 19(0 3i�' diO3a' _39°
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- - 22 7 (?-7 6 3 v ' ell /ADO 38° m{l 23 /'G .3 % c /ki-, - -..--
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31

City of Asheboro uecemuer
Digester Pilot Plant Temperature Log
(Record once per shift)
1st shift 4:g;s:.:-4rltiit,rs.'fiftZ;;::.'.:::,:::::'i;:..a:4,7EACtigili It.TM
') Date Time Temp. Initials Time Temp. initials Time Tern.. Initials
1 Z--14'727‘. -46E_ 'i 2 I 3t )4,44- Zi ''' e?i c' -r-,-‘`
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2 Cnic 0 17)-,...' isr
3 67(3 3.5° • .•1 ) I s') '2---1 :3ga • • t,-- _,jce" .-1-a-
4 61 ttC -Sct . CP-S 1 9 I S 3 S' p ,e3., .7,- ---cre.
5 (1.71-`› 3C. C,..3 I 9 7.6 9 Cd fr,--tyl- 1,7,--z 1 7 c'
6 , 6-7 1 35P 77-.3 1530 37 43/7 0-019 3r "3,3
7 c,*)90 3 ir ,,,,) issit› 3e- ' Ps 07)5 c sr
8 b 1 i if .3 e 12.1,0 1 6'1 r L 0 Pa-. 2315 3-7 ° 6R-r.
9 0101/ 31c) '-k=', ,p,i -- lexor 3 bi„)- -zilo -3cia ()L-1--- .,
io Iciooi ryr A_Lsti--- a3i c 3"- Altr
ii 7/o 3 V) 4'3 ei /5De _Te' 4.1y-- •-t.
tj
12 77,0 3?t" ie? 19 /1 ft) Je) ?i 10 .ki a 9R1-
13 7 3 o 3 ? 7)--J/3 1'9 3 3g- CPI 23 6/0' ycf 0 4.3.--?
-
14 2eS 3P IN /c02.-, 11° fa_ 23 fi 3 c' 40.7
ID ) ' -- - -''--- - I -
--, 15 - 01,4-- 31-C"? 7 Ic.::: -11„:"Vg-S70 ;- 6°,%,/# 23:15 _ ::3 ,c_f_.____ _fg:11 _ _ _:--,_
16 6-71 b 14g° le.,a i 9 2-6 f1Y7° k(411-1 Z 315- .316 tnirr
7j-41.---- --t,t_IT9V 712a7: ft;;O:f1: ---Ii-cf-;:---:=:- ---V7---:--- ------ -:=
- --- -- -:---18 1?-1 -3 g-- - - 1 )—, ig-f,:t- e-t) : p6.3.4- :itii_s: - ____,- 3----__----1-6:7-
C)-09: -;73-41__,,TZL- 12-11-1_-_ f5( 6 -±_-_-ia-T7-- -::--$ --7 •L:7,:_:-::= 1-3.41- -,--_-_--,-,t,--3 ,_4--!::::, 4.gr
21 50c, STD • -"Ti!.p-- ,_ - ---i :--ts: - -
22- ',7)1 li _ yr=._ _ Ircl_j_ isoo „se° _ 6-/viy Z--3 i 5-
23 11 19° rfcA,J is to" , 3 149'' /ICI ni Z51 s-
24 I 1 70,5 73 (IC' i-51 21 ic 3ei .
25 1 1,3 i a L5 41,7 nis 3ia au-
26 070 ) 3 f6 ,lid /t 113 34') 4-74 Z315 1 37c) I PKT-
27 05.G 0 > i° KT fq 2 k rj?6 .4144( 2320 . _35 u UT
28 e) 536 ) i d eAh-i--; 1 q 2,3 5•P j;A.9 is) 5. j9' i3971-
29 O‘).0S' .1.1ig ./0(11 )5 f 6 3 rr 44-1 i-3 1 3 9 ° 72.3 •
10 .) 30 ' 1 3 2 31° ."(c,.. jo f a 3 ci it)1 co I 31' 'ILI
31 a ) 1 -7)43 la14-lee < 8''

Calculated by�;,.v Date Collected /0. fle-( 4
Checked by i►, CITY OF ASHEBORO Date Run te",_t-T. / 4,
! / Wastewater Treatment Plant
Volatile Solids Reduction
up Additional Digestion .
Vats 1 Moisture and Dry Solids Average
Dish No I 4 _ 1 1 ,
Source •
cat: D. &.Wet S431.2423 4343.$S43 cac4.(:PO(7 62p.0&-0, et.ctt
va t. Dish -7 S.0 G185 '1'7--72-.8-7 -7c .OSI S 7 Ofd a . Co3%., wI-, wet s . II . IM35 1( . (55, B.,ci 3
W t. D. Rz.D r y s'16.q 018 143 0 33 "I 6,.-61 Sa -7-7 I q 1' -7 e 54a73
gat. Dish -Let. 096� -1-7.71,57 -Up.Obit 1&.83-7b 1S.250$ •
Wt. Dry Sol. 0.3o3 O.3046i • 02332 0-3(pOJ 0.? 16
74 Dry Sol . 2 7204 z 3`t, 2:11°4 2.1 6 e :Z(°4 . _2 .-7 3`t'.,
Volatile Solids
Wt. D&.Dry S . -7 401t5 ' 8. O3a3 14,-3(s-b "77. '�� _2S-5(a"7 .
&.I
wt, Dgn S . -78.2078 a Ito 5n 10 (p �"76.•
Toss wt_ Ign 0.1440 O. -(O. (SU 0.23 l O,Z.OZ.� o
Vol. Solids (04.C7°,� :w-,. __t03. i% _ • 104.la6 ( 1.-0°G (ot/. O 1 _
a Moisture- and - Dry Solids Average
- Dish No l - '4 - -1 841 -- .
Source
�`�
Wt .D, &Wet S BcQ.41cQ3"2- $4ti 2 83,OI� SZ 853 ._ (
t��t Dish --t8• lio0D -r.72 •-1(0-O$z�•
- 1Ca 5d3"t�
.� wet S . f 8(032, �- ( te `i5' Iar L . $� .
. D.-&Dry S r7$.vzl9 _ - i q0 t 9 "7 Cp..-2. 14 -1(o, -1 5 L3 -�l�.Z�° -
Dish -tot• b -1-7:7-161 r "ito-O82O gym.837Sa -.a 41. I
-W_t _D_r.-y__Sol . - 0.2221 _ O.IZZS o. f 7'e34 n .itt67 O22-10q
_ I).-y= _So],,.--- ` .-261% • 2.7:-�' 2.Sodla- _ 2.5-2 ,C 2 .5✓-014.�- `2..-ra`�9(.=- .._
_ _-:>_ _.:,,.�..2=•a I ah a_ --- --- - - - - -_ •- - - --`i_ - - - - - --= -
_- - --- ______- - ___..t a1 e Solids_
"`"- Wt_.D&D=ry ,S-71�-322gY VL�LcWVi -l(o 2S �? L W8(,3- -18-:eoa - _�. � 2,_ -,___^- --
.-=���-t.-_D&.-I:g-n.-S.-'_E - -.79__- - - , - -=1(o_I50' �___ CO3 ScT 1(-. .-8:_- 3- - __ _�-----_ � ----__
= 1.o s s't�-t _Ign 0•(&ib_r 0 _ �.1(7 A'��.�D/�]S(CA -_ 7�,{
-- = - - -' - _ - - - .O _'CaO.(� __.4.1 ..Imo;_. -- - Le_0,G:-"-. ___^ V rl ti�,r�-Lids C�4:Co 6x � ( 0 b_, >- _ `v __ _ __ - ____ - --.-_
_ -Day 40 , . _ _ Moisture and Dry Solid - - Average _r-
---.-_,t)ish No 1 _ ___- _ 9
- -Source-ce.
Wt D. &Wet S �10, 45D(ob VA '-�b� ibt-, (05Ct c�$ , tSGf� $�. 1
Wt Dish . 1 11 .. rI ca`bD i to,O"i`) 11 to,`b3105 A 4
Wt Wet S . 6. 5R>la . .. � " 2
Wt. D. &Dry S 1r CD r (n, -aa1,l Ito a(�4'7 '-1.% 1
Wt. Dish , ``4tn.o-rE40 ito. C7 O -S L`10
. Wt. Dry Sol . .aca , 1 O. 1�a. 133 0• 364,D a ; � `b_
Dry Sol . _ ,�5�_ r -a.55% R. 55% 'a.5090 a •5o%
Volatile Solids
D&.Dry S . 116+`3lq 71 . Se 16, aai.1 ¢1 , q.(a7 1EL .P5Z(D
D&Ign S . '� , l ' 5 '17 iq'H3 . 1(0, t3(Oi Ito, %%1 r4 '7B, 3a6.3
7 s Wt . I g n 0 .rxitc21 0 .1 D41 n, O[b5 o o , 01,161 0. r EL too, q
Vol 21,
Solids (0. 1622 �. 11-31_1n._ - 5C\.lot?p to1 .5dle ___iPI . .1°70
20 day 40 day
VSEt VSoriginal - VSfinal ILi,A4(c, tZ , gyp,
VSoriginal - (VSoriginal X VSfinal) - - �'(�

•
Calculated by 1;_ !%my / Date Collected ll -LA -i4
Checked by 'M 1611 'J CITY OF ASHEBORO Date Run I L•- 5_-i y •
IWastewater Treatment Plant - li -- -tL
... Volatile Solids Reduction ,_.. i t
Additional Digestion
_lay 1 Moisture and bry Solids • • Average
Dish No _ Li7- $ q 1
Source
W U, D. &.Wet S VT, 3 T-1 a • V 1. L a 3-1 3'7,S 1 (0..4 .11 7, to aicl 4 5. i 5 4 -
iq t Dish '-] ,I i tD. 01)1.10 `'i Co b_46"M q . • - U, ck
Wt Wet S . Z1.
Wt D. &.Dry S`t-. -7C0-371.52 .. • 50
tqt. pish -7--I.'�2_- to --i -O 6 •O .
Wt my Sol . O. 2 "
7. Dry Sol . 2-Z d/? -.0-234:6 2_ 2-ace 2..7?1 2.Z °d
Volatile Solids
Wt D&.D r.y S . -1-7-g w 3 'i(o.32$Z •O 1 . "78•ekooco 1 is.25724
Wt D&Ign S . O5 �(o. 00 'W;i 1V.325k, . t I .
i,ciss wt .- ign �� -_0• ` � (0. S2. `0.0 a
?: Vol. Solids 4.1Q° = - 2 7 - • - GP .7°4 - (25.(: 4 • --eQ3-it -- --
Dau 20 Moisture and Dry Solids Average
Dish No g` � 2 --- g0 / .-
Source
Wt D. &Wet S Z(o. S 054, $5 32-&5 F'l .lam b6.23o
Wt. Dish '''110 f36to °4 ?:_•
Wet S . 41.9 Gap .5182 Aritt a _
S _ I "r _. .D &Dry.]"Dish Zta� 2- 6- '' .f~Jr - _- -i�', 5jj i - - - `' :Q' :SY ---
Wt Dry Sol . - O.Z13it 1513 O.1 O. Mt
O.,i18 �,
Y. Dry_ Sol . 244- i -_ at 4 2,1 2.1Z 4- -- _ _ 2.13 2.1S4
Vo.lati le Sali.ds___----�_____
_- W I;.-D&Dr,y-=S-.- -17.CS- -- = `7S'- . - -79- - 00-- _:- -_$.2- _. -..- _. - -- ----- - -
-- _�'�t__D&I_g n_tiS_. -'7(a_ H'(s ._ -7.7, , .-_ _-- ,__--; Co. -__ -- --_--_-==_
-- L� �s---w-t -r-d n - m.1002 -__= j 17- _ . d-=l0 - -- .-_ _--- -_ __
•��- Vol. So.li.ds= '-- .'Z�'�, - = lQl= (Q.l L�z»!o _=t'p�_ --(0I, 6-- . _ (o17Z '-_ -- -
- -- - -_Day 40 _- - Moisture and Dry- Solids - - - - -�1- -- ----. - - -- - Average -
Dish No - - - - I- - - -Lt - "1 - `b '--'-'-,_-- -._ ----04 --- - - - _ --=_
Source
Wt D. &.Wet S ` 4.., 1'ah5 SG,. t1b% . .. ,'6Oa� 4'63.5 it 5 4b�.;1043--
w t Dish ''11) . Dam 1_ 1Q0 nip.% S is , a 4'7,3.
Wt We.t S . Co. 03A1 - q°l4, r-.aa (o, `1 q a to doses
Wt D . &Dry S rt . � 1 17 .�2�.LS a I(A,q.14.to '7`t'i. 3 52L
Wt. Dish �� 45 1 'l(g. O %t') air. 1 . 'a4."l3 -
Wt Dry Sol . O . 1-31� i`?• 1,4 3j O . 15^Ea1 p - 13 ;3 0. ,0(1,4ty
. i)ry So] . a.. 'AN a. 4 °� a .04 �o �,.oct% . I. (.25q, -.. oat
Volatile Solids �� �a�5a � `�����`��
T - D&Dry S . `� . 'al. , q.
f&I g n S . ' • l r1"1. '`Ito, 13 '`t(p. �b `h5 _ IS -atct I.
O , 0 0. 0gin(� 0 . D . . I e� . cW
7s Wt . I n fn /� p7
Vol. Soli.dsspl . ,% ( o.a°b (oI.4� 61 ,-'►� 1D �1., [��,
VSR =. VSori.ginal - VSfinal 20 day. 40 40 day
VSoriginal - (VSotiginal x VSfinal) ILO
. c , „-

Calculated b i -'r �
Y ,�- ` �� Date Collected 12.4•I+-�
yhecked by ll�gi.,i f�Jetb CITY OF ASHEBORO Date Run 12•4.14-
d ( � ~'Wastewater Treatment Plant 12-Z�I�.I4
•' Volatile Solids Reduction lI3,I14
Additional Digestion
Day J Moisture and Dry Solids Average
Di s h No / __ __ -Ths Fes{- F-r,, ,Qtur.--
S ource '
Wt, D.&.Wet S 7.5 5/.51323 �y 4S2 4. O Qa(107
Wt Dish CP 02 *-1 2852_ . l - 7l (4) '
Wt-:. Wet S. -4814 ' 'R.T12 I S'.l0�oo to.Khoo i 97
W t D. &Dry s 18. '3 l I t) i 2._O fS88 `794 4S57 -714. 7 fa.e) 1 I.. ► i$
Wt. Dish 78-0 S3 `tr. 0(0D 11:25$Z �451 -4 a.7t. 14(
WI Dry Sol . 0.2(57 D.228V 0.1475 0.2. ,4 0.2-14 5
• Dry Sol . 2.71°C 2-2.1% Z-28°'6, 2 .30'4 2.7Co"4 2.Z$%
Volatile Solids
Wt D/4.Dry s .76-3110 -7 .© 8 .4�7 'IZS2a '7I.'1I6
wt fl&Jgn s. ` ie.1p7g .al,cl'371,0 "7�. 355 `? 6969 `-7 t.2322
Loss Wt. Ign 0.1'135' 0. 1512. 0.t21 0. (5R 0. (7cild
Vol. Solids (047.5% - (n b. 1 nG . _ c05'1%. to 6.9°/ 1pI0.3°4 taco- i a'4. - - -
Day 20 Moisture and Dry Solids Average
Dish No .1. 4-1-- - J a .- .
Source
WI D. &Wet S Sto. CMS()- >to. idZ7D 1,3, 9•3Do �p.3� . CI5ca% `E0S. -- -1 -17
Wt Dish �1%. D4l(o I r19. %1(0. O1S.b r1iOi ,2 557 is. a rikv
iiWet s ._ `).$aaa, • IT '')5a0 1 , 011 10. 13D3
Ri:nry-s !1 !�_ --='7ta. ca%1 ri to.q%61. : 'I`6-.`1.5(Q' _= - __:_ _ ._ ___ _
Dish =_$ . ocil*1 7 rib• 011413o -1 -7s . aw7iF
Wt. D r. y Sol . O, 1,77 0.. trtia. 0. 15O1 Q ( f,? ancto
�_�- Valatale Solids _ ------ --_._ _ -
= - wt -:D&.DrY- S ..-1117 a7ns-=---Tr_ g1,ti -- 16-..a1 ' t_ - . c i --_ -__-
45 --- - - - _=_.
- -_Wt. 0&.- gn-s�.ft`%:1=(n'- 0 -=7`7-;, 7-��$. _ _-=..- _ t-, - -- - ; . = _
- _
Toss Wt. Ign _ 0 _ Q �� Q.d DcAao •
- Vol _ So_L-idsL 1� o _ A,*. _:- __a. (p1 1nr=__. _-(0 -_,(�°b -_ - - - log.=3 ,-.
_
flay- .40 --- Moi._stu=re an _ Dory Solids _- -,_ ;_. _ Average
Dish No }^ - -__�.. - ,l 4 9-
Source m e. - - -_-b h1-._..„ L14 dl a` ' - -
Wt D. &.Wet S ¶ .�aS .5 5 �W . P1CO 1 ai. .`1 7"7-
Wt Dish ''1$.CeiLe1 p7. $�_ 1-I 1 1`L
Wt Wet S. I `1 1 ri Is; 5 b �1k�51y 1
WI D.R/Dry S_ �
cut. Dish -t $�•K�olu i ' l • ' ri "1(.2.Q-i 7'-f -1 co•83&-11 -1 g• 7�J4.79 2,O
%t1)Dry
ry Sol. . Q �1 3 Da '1b 00,05 aJ/ Z 09rtgi4-(v
Volatile Sol ds
wt D&Dry S . 1 .3, 1-ILI . • �9 0 i�. 3sss 71.J500 ' g551`3
,p&Ign S . 1 .'7"l1�o- °7Ca, I S i 1 _ r759J?
�. -ro 00 u 005S 31 c.Q Q tP a- 1 I_D,..0°a�1 (/ 2
SR _ VSoriginal - VSfinal. `f'''��� `e. • 40 dayy���.
VSoriginal - EVSoriginal X VSfinal) __________

•
• City of( -ieboro i
Department of Water Quality' •
Fe
cal
ral Co fo rm in Sludge '« '
;
'
q.e s n �4;fi�t _r�w = • _ '�u: ..,... .-..�»- .,.,llf V . P:,e. _`:�"�t �r g ; :�li � :a J�; a
�"
Sample# f ( 2- 4 ! jO'
Date ::::::31Z' .1 L/ 12.2•/q- Ig•-y. iq 1Z:LI114 'r'1Z.Q'ly /Z./0•it1 I2.1101
lt i 0 i 2�- :31 :7 L 8 ro 1 a0Z)
Location _>5 CDV � L��aveA k' C over Lt dO ' J ,C�cL 4 CBYkbu.41_ , G'C `
Analyst . frI 01,0 ���}'�� ' l� ,,.,:.,,., .�s
C. . .•.. . ,:� •,:'t--.3 _..,;c r. ^..,�� ov@.1,1.: %okr.ifi..3� sTr:; ,r{!ql�':€7.7y roy�-Y«.�yag ':sf'.*. ''i'i�
+F• ss•r �.a-. ,� :� ..�; `h;:":i=:a.�;+�Y•;ii"F•.._•4` Y'' .rs�r.•b;,5.• •,..?r ck y. T�•�+5!k.t�n��w - �_��' ��i. fir. "Y".'i,��{r.
..+.r., .i .F`":;ex i. w.-s:� ',. ��,sz',4*4%-11"`:,... .:.. d., _ i:,.� '� r. `sw a n ,r,r.., a.., ..,- .i.8 •.�':" `y."i"' y,,,_,t .-7-e. .qx#
� f .;: :s�.r<;r,:t.:, „ ,,. �,.r�:. .- 1 l: rw�:8 :�'.-c' �, T., ` r '°' � -�:-- ��.:�.�:.l,s.x ;-K}. ,:<c
.:`f a�.�,, '^+=-S:+`.F:_;v' �a. f. .Si•k-.vr " i���.�.,.r.-��'��a��.:.i., .:�.!..r,*_.•a-r...l-. .�w'�...=C•�.`��.''e•: d".��5..,.Y''• `§`«d-!s�.s r... s:,�.t.?:v t``f�'^s',:.�.
Dish Number `.sz 0 r 2. Q5 0 95 q• + q-C.0
wt Dish&Wt S . 2 lg. 44063 17-,6,Sq( gq. .21'I i r.8 b 'ciq•al31 N LP Of 1 '75 kelp -
WtDish 10,to 3 • t.toet' 7 1.Og 7igtos3 113.0 -1 f. t4-10G-- .5O7
14,
wt wet Solids � O ((•i31't`5 a 12. 21,037-7 21� i05a _ b ,z.E.(000 (Li'360
�,� 19'.59-
Wt Dish&Dry s •:'= `S2.34gg 3.24i4o a f. 0Z. 00 7 Z 71Lov 1075131/LI z 3. ScroLe2 92 'I..
Wt Dish LL -7S.So I-1ntl2 '79.08 -7a-•C6n3 IS.Fcii24 1(. ROG- ` 5-; *7I-
13Z .p a!2 '3.10`77 5:,- lC aT2.5"'7
wt Dry Solids !!:0353-1� �... 'f � L•✓ � 1 .
D Solids tv / .o t S• to I e . I % 6 I 51 20.2% •`E°lo:.
Dry l to ,7r
Analyst , $ . I; ,
2.. 3-•�- a - E.
Date In q¢ 1Z-2•I . (Z 3.! , 12. LI•ti-1 �12. 1 D•lti i.2.t'1• tut 12't1.1q .
12-2I�P Y 1(2q y :lion ! (© � ma..
Time In � � l(�� 11� �ll�
Analyst In r �_ �. •10' ;.<
ml sample ;, - `"P _ 4
o.000i i ,„ ' o ( 0 '( " Q . I CI
4 0.0003 `` D I 1 � 0
Z.
0.001 :-r. 2 2. ) '4 d 0 - A .
F 0.003 -,3 1 Z. Co. i'f
k.
Fecal Califon: 7�3� t�(p(v�jj (2Qj 4j
11 G I"7 1(06969' 1 l` i q9 , Z
gram Dry Slu I . P J .
Date Out _Iii 12.3-14 2 1 -3-e'1 )2.te.I L1 r .S r• I ' i .•(l. I y )2.12. 1 if 12-.12.1L(
Time Out : l(Zq ((2. i104 :1135 1 i( 12-.. UIO( Il01
Analyst out :::-!s tyAir7 ii-14° ••.04 Ai 1 ?54;) 5•1_
Coliform Caionl Igram=Coliform olonies counted 100
mi X%Dry Solids ), •
W
i
Geometric Mean j 2-� ��' � L
•
s HI

•
eitp of aaIjeboro
• % Dry Solids for Sludge Hauling
late la 3 i
►nalyst Initials Faur
)ish Number lO0 •
iource C�afer
Vt. Dish &Wt. Solid (g) 41A4k it)-0
Nt. Dish (g) 85,13
04
Nt. Wet Solid (g)
Nt. Dish & Dry Solid (g) 151. 0353
ish (g) 45. 1304 •
Wt. Dry.Solids (g) .
etACt
% Dry Solids` O.-(- = `
Weight(Ibift3):_
'Y'ra�rts .
Operators=Initials - - ..—- -.ems= -_ _ - -
Chi lam,

Agricultural Lime Application Log
Year: 2014
Project: Asheboro
Field Soil pH Lime Requirement Tons/Acre Date Applied
(state-county-site-field code) (from soil analysis) Applied
NC-GU-15-01 Carl Sardi 6.4 0.0T/Ac.
NC-GU-16-01 Rocking F Farm LLC 6.6 0.0T/Ac.
NC-GU-16-03 Rocking F Farm LLC 6.6 0.0T/Ac.
NC-GU-16-04 Rocking F Farm LLC 6.1 0.0T/Ac.
NC-GU-19-02 Leonard Kean 6.3 0.0T/Ac.
NC-GU-19-03 Leonard Kean 6.1 0.0T/Ac.
NC-GU-19-04 Leonard Kean 6.4 0.0T/Ac.
NC-GU-27-02 Eloise Jones 6.3 0.0T/Ac.
NC-GU-27-04 Eloise Jones 6.0 0.0T/Ac.
NC-GU-27-05 Eloise Jones 5.6 0.6T/Ac. 1T/Ac. 10/06/14
NC-RD-26-01 Sara Taul 6.9 0.0T/Ac.
NC-RD-31-8A Dwight Atkinson 5.9 0.0T/Ac.
NC-RD-31-8B Dwight Atkinson 5.6 0.8T/Ac.
NC-RD-31-09 Dwight Atkinson 6.8 0.0T/Ac.
NC-RD-31-10A Dwight Atkinson 6.9 0.0T/Ac.
NC-RD-31-10B Dwight Atkinson 6.9 0.0T/Ac.
NC-RD-31-11 Dwight Atkinson 6.2 0.0T/Ac.
Remaining lime will be spread as field conditions allow.

•
mic Division Phone: [phone] Website: www.nca . ov/agronomi/ . Report No: FY14-S�'G38336
NCDA&CS Ago
p,rror:r; Client: Steve Fields Advisor: Synagro ATTN:Will
• s �,wr Predictive 6741 Monnett Rd. Varner
Climax, NC 27233 2828 Tryon Rd
,4 ,I, wo..q-_,,r' 1,14)
S o i I Report Mehlich-3 Extraction /284 Boger Rd
AN Sampled County: Guilford Raleigh, NC 27603
•
Sampled: Received: 06/25/2014 Completed: 07/03/2014 Farm: GU-15 Links to Helpful Information
Sample ID: 1 Recommendations: Lime , Nutrients(lb/acre) More
Crop (tons/acre) •N P2O5 K2O Mg S Mn Zn Cu B Information
Lime History: • 1 -Fescue/OGrass/Tim, I 0.0 120-200 0 100 0 0 0 0 0 0 Note: 12
2= $pH
Test Results[units-WN in glcn3;CEC and Na in meq/100 cnr3;NO3-N in mg/dn ]: • Soil Class: Mineral
HM% WN CEC BS% Ac ' pH P-I K-I Ca% Mg% .S-I Mn-I Mn-All Mn-Al2 Zn-I Zn-Al Cu-I Na ESP SS-I NO3-N
0.32 1.00 ' 8.1 85 1.2 6.4 90 20 71 13 33 400 251 266 266 154 0.1 1
•
•
-_'Aorth-Carolina. Reprogramming of the laboratory-information-management system that makes this report possible is being funded
,, ,. .. through a grant from the North Carolina Tobacco Trust Fund Commission.
to, .
�,"�A 4,
. . ��. Thank you for using agronomic services to manage nutrients and safeguard environmental quality.
- Steve Troxler, Commissioner of Agriculture
.:T'ai+aca:oTru3C Finail Coatuti'ssi€es.

NCDA&CS A r�ll6 mic Division Phone: [phone] Website: www.nca . ov/agronomi/ Report No. FY14-108336
g
Steve Fields Page 2 of 2
Understanding the Soil Report: explanation of measurements,abbreviations and units
•
Recommendations Report Abbreviations
Lime Ac exchangeable acidity
If testing finds that soil pH is too low for the crop(s) indicated, a lime recommendation will be given in units of either B boron
ton/acre or lb/1000 sq ft. For best results, mix the lime into the top 6 to 8 inches of soil several months before planting. BS% %CEC occupied by basic cations
For no-till or established plantings where this is not possible, apply no more than 1 to 1.5 ton/acre(50 lb/1000 sq ft)at Ca% %CEC occupied by calcium
one time, even if the report recommends more.You can apply the rest in similar increments every six months until the CEC cation exchange capacity
full rate is applied. If MG is recommended and lime is needed, use dolomitric lime. Cu-I copper index
ESP exchangeable sodium percent
Fertilizer HM% percent humic matter
Recommendations for field crops or other large areas are listed separately for each nutrient to be added (in units of K-I potassium index
lb/acre unless otherwise specified). Recommendations for N (and sometimes for B)are based on research/field studies K20 potash
for the crop being grown, not on soil test results. K-I and P-I values are based on test results and should be> 5.0. If they Mg% %CEC occupied by magnesium
are not,follow the fertilizer recommendations given. If Mg is needed and no lime is recommended, 0-0-22 (11.5% Mg) is MIN mineral soil class
an excellent source; 175 to 250 lb per acre alone or in a fertilizer blend will usually satisfy crop needs, SS-I levels appear Mn manganese
Mn-All Mn-availability index for crop 1
only on reports for greenhouse soil or problem samples.
Mn-Al2 Mn-availability index for crop 2
• Mn-I manganese index
Farmers and other commercial producers should pay special attention to micronutrient levels. If$,pH$, $pH, C or Z M-O mineral-organic soil class
notations appear on the soil report, refer to $Note:Secondary Nutrients and Micronutrients. In general, homeowners do not N nitrogen
need to be concerned about micronutrients.Various crop notes also address lime fertilizer needs; visit Na sodium
ncagr.gov/agronomi/pubs.htm. NO3-N nitrate nitrogen .
ORG organic soil class
Recommendations for small areas,such as home lawns/gardens, are listed in units of lb/1000 sq ft. If you cannot •pH current soil pH
find the exact fertilizer grade recommended on the report,visit www.ncagr.pov/agronomi/obpart4.htm#fs to find P-I phosphorus index
information that may help you choose a comparable alternate. For more information, readA Homeowner's Guide to Fertilizer. P20s phosphate
S-I sulfur index
Test Results SS-I soluble salt index
W/V weight per volume
The first seven values[soil class, HM%, WA/, CEC, BS%,Ac and pH]describe the soil and its degree of acidity.The Zn-Al zinc availability index
remaining 16[P-I,K-I, Ca%, Mg%, Mn-I, Mn-All, Mn-AI2', Zn-I, Zn-Al, Cu-I, S-I, SS-I, Na, ESP, SS-I, NO3-N (not Zn-I zinc index
routinely available)]indicate levels of plant nutrients or other fertility measurement.Visit www.ncagr.gov/agronomi/uvrst.htm
for more information. •

0•NCDA&CS Ag,ro mic Division Phone: [phone] Website: www.nca . ov/agronomi/ Report No. FY15- 6361
Client: Steve Fields Advisor: Nate Roth
••,-4-,,,,V,',,,;,.. Predictive 6741 Monnett Rd. Synagro
i*: 10'' .1e1 - ',--i
Climax, NC 27233 284 Boger Rd
Soil Report Mehlich-3 Extraction
, )
Mocksville, NC 27028
Sampled County: Guilford
Sampled: Received: 11/14/2014 Completed: 12/09/2014 Farm: NC-GU-16 Links to Helpful Information
Sample ID: 16-01 Recommendations: Lime Nutrients(lb/acre) More .
Crop (tons/acre) N P205 K20 Mg S Mn Zn Cu B Information
Lime History: 1 -Fescue/OGrass/Tim, I 0.0 120-200 0 40 0 0 pH$ 0 0 0 Note: 12 Note:$
2-
Test Results[units-WN in g/cm3;CEC and Na in meq/100 cm3;NO3-N in mg/dm3]: Soil Class: Mineral
HM% WN CEC BS% Ac pH P-I K-I Ca% Mg% S-I Mn-I Mn-All Mn-Al2 Zn-I Zn-Al Cu-I Na ESP SS-I NO3-N
0.22 0.89 15.0 97 0.5 6.6 275 54 83 12 130 542 333 590 590 465 0.2 1
Sample ID: 16-03 Recommendations: Lime Nutrients(lb/acre) More
Crop (tons/acre) N P2O5 K20 Mg S Mn Zn Cu B Information
Lime History: 1 -Fescue/OGrassfTim, I 0.0 120-200, 0 0 0 0 pH$ 0 0 0 Note: 12 Note: $
2- •
Test Results[units-WN in g/cm3;CEC and Na in meq/100 crn3;NO3-N in mg/dm3]: Soil Class: Mineral
HM% WN CEC BS% Ac pH P-I K-I Ca% Mg% S-I Mn-I Mn-All Mn-Al2 Zn-I Zn-Al Cu-I Na ESP ' SS-I NO3-N
0.32 0.97 16.3 97 0.5 6.6 593 81 86 9 102 273 172 997 997 580 0.2 1
Sample ID: 16-04 Recommendations: Lime Nutrients(lb/acre) More
Crop (tons/acre) N P205 K20 Mg S Mn Zn Cu B Information
Lime History: 1 -Fescue/OGrass/Tim, I 0.0 120-200 0 40 0 0 0 0 0 0 Note: 12
2- ..
- Test Results[units-WN in g/cm3;CEC and Na in meq/100 cm3;NO3-N in mg/dm3]: Soil Class: Mineral
HM% WN CEC BS% Ac pH P-I K-I Ca% Mg% S-I Mn-I Mn-All Mn-Al2 Zn-I Zn-Al Cu-I Na ESP SS-I NO3-N
0.32 0.96 13.1 92 1.1 6.1 360 54 79 10 81 395 252 765 765 425 0.2 2
:North tarofina Reprogramming of the laboratory-information-management system that makes this report possible is being funded
through a grant from the North Carolina Tobacco Trust Fund Commissibn.
:;'''i„:0 ^•,:,, :
Thank you for using agronomic services to manage nutrients and safeguard environmental quality.
- Steve Troxler, Commissioner of Agriculture
TalaCCAYT;liSt F1116L1 Coanntbsfon

NCDA&CS AgrL�imic Division Phone: [phone] Website: www.ncaov/agronomi/ Report No. FY15- 6361
Steve Fields Page 2 of 2
Understanding the Soil Report: explanation of measurements,abbreviations and units
Recommendations Report Abbreviations
Lime Ac exchangeable acidity
If testing finds that soil pH is too low for the crop(s) indicated, a lime recommendation will be given in units of either B boron
ton/acre or lb/1000 sq ft. For best results, mix the lime into the top 6 to 8 inches of soil several months before planting. BS% %CEC occupied by basic cations
For no-till or established plantings where this is not possible, apply no more than 1 to 1.5 ton/acre (50 lb/1000 sq ft)at Ca% %CEC occupied by calcium
one time, even if the report recommends more.You can apply the rest in similar increments every six months until the CEC cation exchange capacity
full rate is applied. If MG is recommended and lime is needed, use dolomitric lime. Cu-I copper index
ESP exchangeable sodium percent
Fertilizer HM% percent humic matter
Recommendations for field crops or other large areas are listed separately for each nutrient to be added (in units of K-I potassium index
lb/acre unless otherwise specified). Recommendations for N (and sometimes for B) are based on research/field studies K20 potash
for the crop being grown, not on soil test results. K-I and P-I values are based on test results and should be>50. If they Mg% %CEC occupied by magnesium
are not, follow the fertilizer recommendations given. If Mg is needed and no lime is recommended, 0-0-22 (11.5% Mg) is MIN mineral soil class
an excellent source; 175 to 250 lb per acre alone or in a fertilizer blend will usually satisfy crop needs, SS-I levels appear Mn manganese
only on reports for greenhouse soil or problem samples. Mn-All Mn-availability index for crop 1
Mn-AI2 Mn-availability index for crop 2
Mn-1 manganese index
Farmers and other commercial producers should pay special attention to micronutrient levels. If$,pH$, $pH, C or Z M-O mineral-organic soil class
notations appear on the soil report, refer to $Note:Secondary Nutrients and Micronutrients. In general, homeowners do not N nitrogen
need to be concerned about micronutrients.Various crop notes also address lime fertilizer needs;visit Na sodium
ncagr.gov/agronomi/pubs.htm. NO3-N nitrate nitrogen
ORG organic soil class
Recommendations for small areas,such as home lawns/gardens, are listed in units of lb/1000 sq ft. If you cannot pH current soil pH
find the exact fertilizer grade recommended on the report,visit www.ncaor.gov/agronomi/oboart4.htm#fs to find P-I phosphorus index
information that may help you choose a comparable alternate. For more information, readA Homeowner's Guide to Fertilizer. P205 phosphate
S-I sulfur index
Test Results SS-I soluble salt index
WN weight per volume
The first seven values[soil class, HM%,WN, CEC, BS%,Ac and pH] describe the soil and its degree of acidity. The Zn-Al zinc availability index
remaining 16[P-I, K-I, Ca%, Mg%, Mn-I, Mn-All, Mn-Al2, Zn-I, Zn-Al, Cu-I, S-I, SS-I, Na, ESP, SS-I, NO3-N (not Zn-I zinc index
routinely available)] indicate levels of plant nutrients or other fertility measurement.Visit www•ncagr.gov/agronomi/uyrst.htm
for more information.

' NCDA&CS Agfe mic Division Phone: [phone] Website: www.nca•v/agronomii Report No. FY14-11118343
--.feiLl4k.i: . • • Client: Steve Fields Advisor: Synagro ATTN:Will
Predictive . 6741 Monnett Rd. Varner
Climax, NC 27233 2828 Tryon Rd
/284 Boger Rd
Soil Report Mehlich-3 Extraction
Sampled County: Guilford Raleigh, NC 27603
Sampled: Received: 06/25/2014 Completed: 07/03/2014 Farm: GU-19 Links to.HeInful Information
Sample ID: 2 Recommendations: Lime Nutrients(lb/acre) More
Crop (tons/acre) N ' P2Os K2O Mg S Mn Zn Cu B Information
Lime History: ' 1 -FescUe/OGrass/Tim, I 0.0 120-200 0 90 0 0 0 0 0 0 Note: 12
2- $pH
Test Results[units-WN in g/cm3;CEC and Na inmeq/100 cm3;NO3-N in mg/dm3]: Soil Class: Mineral
HM% WN CEC BS% Ac pH P-I K-I Ca% Mg% S-I Mn-I Mn-All Mn-Al2 Zn-I Zn-Al Cu-I Na ESP SS-I NO3-N
0.22 1.06 10.6 88 1.2 6.3 - 309 25 77 10 32 262 170 613 613 248 0.1 1
Sample ID: 4 Recommendations: Lime' Nutrients(lb/acre) More ,
Crop (tons/acre) N P205 K2O Mg S Mn Zn Cu B Information
Lime History: 1 -Fescue/OGrass/Tim, I 0.0 120-200 0 10 0 0 0 0 0 0 Note: 12
2- • $pH
Test Results[units-WN in g/cn13;CEC and Na in meq/100 cm3;NO3-N in mg/dm3]: Soil Class: Mineral
HM% WN CEC BS% Ac pH P4 K-I Ca% Mg% S-I Mn-I Mn-All Mn-Al2 Zn-I Zn-Al Cu-I Na ESP SS-I NO3-N
0.22 0.90 20.4 93 1.4 6.4 203 78 72 19 32 174 115 564 564 248 0.1 0
•
•
. .
:-•:.N.. orth Carolina Reprogramming of the laboratory-information-management system that makes this report possible is being funded
kcitri
through a grant from the North Carolina Tobacco Trust Fund Commission.
Thank you for using agronomic services to manage nutrients and safeguard environmental quality.
- Steve Troxler, Commissioner of Agriculture
Ir
ToNecollastOmil Coriosston,
. ,

NCDA&CS AlLic Division Phone: [phone] Website: www.ncaov/agronomi/ Report No. FY14- 8343
Steve Fields Page 2 of 2
Understanding the Soil Report:explanation of measurements,abbreviations and units
Recommendations Report Abbreviations .
Lime Ac exchangeable acidity
If testing finds that soil pH is too low for the crop(s) indicated, a lime recommendation will be given in units of either B boron
ton/acre or lb/1000 sq ft. For best results, mix the lime into the top 6 to 8 inches of soil several months before planting. BS% %CEC occupied by basic cations
For no-till or established plantings where this is not possible, apply no more than 1 to 1.5 ton/acre (50 lb/1000 sq ft)at Ca% %CEC occupied by calcium
one time, even if the report recommends more.You can apply the rest in similar increments every six months until the CEC cation exchange capacity
full rate is applied. If MG is recommended and lime is needed, use dolomitric lime. Cu-I copper index
ESP exchangeable sodium percent
Fertilizer HM% percent humic matter
Recommendations for field crops or other large areas are listed separately for each nutrient to be added (in units of K-I potassium index
lb/acre unless otherwise specified). Recommendations for N (and sometimes for B) are based on research/field studies K20 potash
for the crop being grown, not on soil test results. K-I and P-I values are based on test results and should be> 50. If they Mg% %CEC occupied by magnesium
are not, follow the fertilizer recommendations given. If Mg is needed and no lime is recommended, 0-0-22 (11.5% Mg) is MIN mineral soil class
an excellent source; 175 to 250 lb per acre alone or in a fertilizer blend will usually satisfy crop needs, SS-I levels appear Mn manganese
Mn-All Mn-availability index for crop 1
only on reports for greenhouse soil or problem samples.
Mn-Al2 Mn-availability index for crop 2
• Mn-I manganese index
Farmers and other commercial producers should pay special attention to micronutrient levels. If$,pH$, $pH, C or Z M-0 mineral-organic soil class
notations appear on the soil report, refer to $Note:Secondary Nutrients and Micronutrients. In general, homeowners do not N nitrogen
need to be concerned about micronutrients.Various crop notes also address lime fertilizer needs; visit Na sodium
ncagr.gov/agronomi/pubs.htm. NO3-N nitrate nitrogen
ORG organic soil class
Recommendations for small areas,such as home lawns/gardens, are listed in units of lb/1000 sq ft. If you cannot pH current soil pH
find the exact fertilizer grade recommended on the report, visit www.ncagrgov/agronomi/obpart4.htm#fs to find P-I phosphorus index
information that may help you choose a comparable alternate. For more information, readA Homeowner's Guide to Fertilizer. P205 phosphate
S-I sulfur index
Test Results SS-I soluble salt index
WIV weight per volume
The first seven values[soil class, HM%, WN, CEC, BS%,Ac and pH] describe the soil and its degree of acidity.The Zn-Al zinc availability index
remaining 16[P-I, K-I, Ca%, Mg%, Mn-I, Mn-All, Mn-Al2, Zn-I, Zn-Al, Cu-I, S-I, SS-I, Na, ESP, SS-I, NO3-N (not Zn-I zinc index
routinely available)] indicate levels of plant nutrients or other fertility measurement.Visit www•ncagrgov/agronomi/uvrst.htm
for more information.

•
NCDA&CS Agr omic Division Phone: [phone] Website: www.ncaovlagronomi/ Report No. FY15- 6360
•
,ti�u�c�r. Client: Steve Fields Advisor: Nate Roth
s y er Predictive . . 6741 Monnett Rd. Synagro'�+ � '`� Climax, NC 27233 284 Boger Rd
it tie?�r� S0 Re„®rt Mehlich-3 Extraction Mocksville, NC 27028
-° ' # ,� I Sampled County: Guilford
•
Sampled: Received: 11/14/2014 , Completed: 12/09/2014 Farm: NC-GU-19 Links to Helpful Information
Sample ID: 19-03 Recommendations: Lime Nutrients(lb/acre) More
Crop (tons/acre), N P2O5 K2O Mg S Mn Zn Cu B Information
Lime History: 1 -Fescue/OGrass/Tim, I 0.0 • 120-200 0 10 0 0 0 0 0 0 Note: 12
2-
Test Results[units-WN in g/crrr3;CEC and Na in meq/100 cm3;NO3-N in mg/dn$]: Soil Class: Mineral .
HM% WN CEC BS% Ac pH P-I K=1 Ca% Mg% S-I Mn-I Mn-All Mn-Al2 Zn-I Zn-Al Cu-I Na ESP SS-1 NO3-N
0.27 1.07 10.6 90 1.0 6.1 270 72 76 10 66 224 150 521 521 196 0.2 2
•
•
.North Carolina Reprogramming of the laboratory-information-management system that makes this report possible is being funded
b�..�
through a grant from the North Carolina Tobacco Trust Fund Commission.
rd F `"�,`
-rThank you for using agronomic services to manage nutrients and safeguard environmental quality.
- Steve Troxler, Commissioner of Agriculture
ao¢aTru+F ha
d Commission

NCDA&CS Agmic Division Phone: [phone] Website: www.ncaovlagronomil Report No. FY15-911f6360
Steve Fields Page 2 of 2
Understanding the Soil Report: explanation of measurements,abbreviations and units
Recommendations Report Abbreviations
Lime Ac exchangeable acidity
If testing finds that soil pH is too low for the crop(s) indicated,.a lime recommendation will be given in units of either B boron
ton/acre or lb/1000 sq ft. For best results, mix the lime into the top 6 to 8 inches of soil several months before planting. BS% %CEC occupied by basic cations
For no-till or established plantings where this is not possible, apply no more than 1 to 1.5 ton/acre (50 lb/1000 sq ft) at Ca% %CEC occupied by calcium
one time, even if the report recommends more.You can apply the rest in similar increments every six months until the cEC cation exchange capacity
• full rate is applied. If MG is recommended and lime is needed, use dolomitric lime. Cu-I copper index
ESP exchangeable sodium percent
Fertilizer HM% percent humic matter
Recommendations for field crops or other large areas are listed separately for each nutrient to be added (in units of K-I potassium index
lb/acre unless otherwise specified). Recommendations for N (and sometimes for B) are based on research/field studies K20 potash
for the crop being grown, not on soil test results. K-I and P-I values are based on test results and should be>50. If they Mg% %CEC occupied by magnesium
are not, follow the fertilizer recommendations given. If Mg is needed and no lime is recommended, 0-0-22 (11.5% Mg) is MIN mineral soil class
an excellent source; 175 to 250 lb per acre alone or in a fertilizer blend will usually satisfy crop needs, SS-I levels appear Mn manganese
only on reports for greenhouse soil or problem samples. Mn-All Mn-availability index for crop 1
Mn-AI2 Mn-availability index for crop 2
Farmers and other commercial producers should pay special attention to micronutrient levels. If$, pH$, $pH, C or Z Mn-1 manganese index
M-O mineral-organic soil class
notations appear on the soil report, refer to $Note:Secondary Nutrients and Micronutrients. In general, homeowners do not N nitrogen
need to be concerned about micronutrients.Various crop notes also address lime fertilizer needs; visit Na sodium
ncagr.gov/agronomi/pubs.htm. NO3-N nitrate nitrogen
ORG organic soil class
Recommendations for small areas,such as home lawns/gardens, are listed in units of lb/1000 sq ft.. If you cannot pH current soil pH
find the exact fertilizer grade recommended on the report, visit www.ncapr.pov/apronomi/obpart4.htm#fs to find P-I phosphorus index
information that may help you choose a comparable alternate. For more information, readA Homeowner's Guide to Fertilizer. P20e phosphate
S-I sulfur index
Test Results SS-I soluble salt index
WN weight per volume
The first seven values[soil class, HM%, W/V, CEC, BS%,Ac and pH] describe the soil and its degree of acidity.The Zn-Al zinc availability index
remaining 16[P-I,K-I, Ca%, Mg%, Mn-I, Mn-All, Mn-Al2, Zn-I, Zn-Al, Cu-I, S-I, SS-I, Na, ESP, SS-I, NO3-N (not Zn-I zinc index
routinely available)] indicate levels of plant nutrients or other fertility measurement.Visit www.ncapr.pov/agronomi/uvrst.htm
for more information.

NCDA&CS Agmic Division Phone: [phone] Website: www.nca ov/agronomc . Report No. FY14-4118340
,;.t;, : Client: Eloise Jones Advisor: Synagro ATTN:Will
'�°� � ,*;;;..,, Predictive 1570 Loy Ln Varner
ii(gi„rru0 , Burlington, NC 27215 2828 Tryon Rd •
�,'ff � Mehlich-3 Extraction /284 Boger Rd
-=` ' � 1' i Soil Report Sampled County: Guilford Raleigh, NC 27603
Sampled: Received: 06/25/2014 Completed: 07/03/2014 Farm: GU-27 ' Links to Helpful Information
Sample ID: 2 1 Recommendations: Lime Nutrients(lb/acre) More
Crop (tons/acre) N P2O5 K2O Mg S Mn Zn Cu B Information
Lime History: 1 -Fescue/OGrass/Tim, I 0.0 120-200 0 0 0 0 0 0 0 0 Note: 12
2- $pH
Test Results[units-WN in g/cn ;CEC and Na in meq/100 cm3; NO3-N in mg/drrr3]: Soil Class: Mineral
HM% WN CEC BS% Ac pH P-I K�l Ca% Mg% S-I Mn-I Mn-All Mn-Al2 Zn-I Zn-Al Cu-I Na ESP SS-I NO3-N
0.32 0.93 9.0 86 1.3 6.3 97 92 55 26 32 374 236 372 372 110 0.0
Sample ID: 4 Recommendations: Lime 1, Nutrients(lb/acre) More
Crop (tons/acre)) N P2O5 K2O Mg S Mn Zn Cu B Information
Lime History: 1 -Fescue/OGrass/Tim, I 0.0 ' 120-200 0 90 0 0 0 0 0 0 Note: 12
2- $pH
Test Results[units-WN in g/cm3;CEC and Na in meq/100 cnr3;NO3-N in mg/dn ]: Soil Class: Mineral
HM% WN CEC BS% Ac pH P-I K-I ,Ca% Mg% S-I Mn-I Mn-All Mn-Al2 Zn-I Zn-Al Cu-I Na ESP SS-I NO3-N
0.22 1.11 5.4 • 76 1.3 6.0 161 25 51 23 28 74 61 422 422 74 0.0
Sample ID: 5 Recommendations: Lime Nutrients(lb/acre) More
Crop (tons/acre) N P2O5 K2O Mg S Mn Zn Cu B Information
Lime History: 1 -Fescue/OGrass/Tim, I 0.6 120-200 0 90 0 0 0 0 0 0 Note: 12
2- $pH
Test Results[units-WN in g/cn ; CEC and Na in meq/100 cm3;NO3-N in mg/dm3]: Soil Class: Mineral
HM% WN CEC BS% Ac pH P-I K-I Ca% Mg% S-I Mn-I Mn-All Mn-Al2 Zn-I Zn-Al Cu-I Na ESP SS-I NO3-N
0.22 1.11 4.3 65 1.5 5.6 102 26 43 19 27 66 57 `" 198 198 49 0.0
North Carolina Reprogramming of the laboratory-information-management system that makes this report possible is being funded
rf
through a grant from the North Carolina Tobacco Trust Fund Commission.
r�
. _; ) Thank you for using agronomic services to manage nutrients and safeguard environmental quality.
e - Steve Troxler, Commissioner of Agriculture
bacco Taw Full Commkssiou

NCDA&CS Ag mic Division Phone: [phone] ,1 Website: www.nca ov/agronomi/ Report No. FY14-•8340
Eloise Jones Page 2 of 2
Understanding the Soil Report: explanation of measurements,abbreviations and units .
Recommendations Report Abbreviations
Lime Ac exchangeable acidity
If testing finds that soil pH is too low for the crop(s) indicated,)a lime recommendation will be given in units of either B - boron
ton/acre or lb/1000 sq ft. For best results, mix the lime into the,top 6 to 8 inches of soil several months before planting. BS% %CEC occupied by basic cations
For no-till or established plantings where this is not possible, apply no more than 1 to 1.5 ton/acre(50 lb/1000 sq ft)at Ca% %CEC occupied by calcium
one time, even if the report recommends more.You can apply'the rest in similar increments every six months until the CEC cation exchange capacity
full rate is applied. If MG is recommended and lime is needed, use dolomitric lime. Cu-I copper index
ESP exchangeable sodium percent
Fertilizer ,i' 1 HM% percent humic matter
Recommendations for field crops or other large areas are listed separately for each nutrient to be added(in units of K-I potassium index
lb/acre unless otherwise specified). Recommendations for N (and sometimes for B) are based on research/field studies K20 potash
for the crop being grown, not on soil test results. K-I and P-I values'ere based on test results and should be> 50. If they Mg% %CEC occupied by magnesium
are not,follow the fertilizer recommendations given. If Mg is needed and no lime is recommended, 0-0-22 (11.5% Mg) is MIN mineral soil class
an excellent source; 175 to 250 lb per acre alone or in a fertilizer blend will usually satisfy crop needs, SS-I levels appear Mn manganese
only on reports for greenhouse soil or problem samples. Mn-All Mn-availability index for crop 1
• Mn-Al2 Mn-availability index for crop 2
Mn-I manganese index
Farmers and other commercial producers should pay special attention to micronutrient levels. If$,pH$, $pH, C or Z M-O mineral-organic soil class
notations appear on the soil report, refer to $Note:Secondary Nutrients and Micronutrients. In general, homeowners do not N nitrogen
need to be concerned about micronutrients.Various crop notes also address lime fertilizer needs;visit Na sodium
ncagr.gov/agronomi/pubs.htm. NO3-N nitrate nitrogen
ORG organic soil class
Recommendations for small areas,such as home lawns/gardens,are listed in units of lb/1000 sq ft. If you cannot pH current soil pH
find the exact fertilizer grade recommended on the report,visit www.ncagr.aov/agronomi/obpart4.htm#fs to find P-I phosphorus index
information that may help you choose a comparable alternate. For more information, readA Homeowner's Guide to Fertilizer. P205 phosphate
S-I sulfur index
Test Results SS-I soluble salt index
WA! weight per volume
I Zn-Al zinc availability index
The first seven values[soil class, HM%,WN, CEC`, BS%,Ac and pH]describe the soil and its degree of acidity.The Zn-I zinc index
remaining 16 [P-I, K-I, Ca%, Mg%, Mn-I, Mn-All, Mn-Al2, Zn-I, Zn-Al, Cu-I, S-I, SS-I, Na, ESP, SS-I, NO3-N (not
routinely available)] indicate levels of plant nutrients or other fertility measurement.Visit www.ncagr.gov/agronomi/uvrst.htm
for more information. - ,,i C
; .

•
NCDA&CS Ag mic Division- Phone: [phone] Website: www.nca ovlagronomi/ • Report No. FY15-116355
,0«:,3mkr, Client: Randy Miller Advisor: Nate Roth
, ,.. �yf Predictive 2454 Cole Mtn Rd Synagro
L,, . , 'i . Asheboro, NC 27203 284 Boger Rd
Mocksville, NC 27028
-,.�.. .l`••} Soil Report Mehlich-a`Extraction
;�; 7 N I Sampled County: Randolph
f'
Sampled: Received: 11/14/2014 ` Completed: 12/09/2014 Farm: NC-RD-26 Links to Helpful Information
Sample ID: RD261 Recommendations: Lime '', Nutrients(lb/acre) More
Crop (tons/acre)', ' N P2O5 K2O Mg S Mn Zn Cu B Information
Lime History: 1 -Fescue/OGrass/Tim, I 0.0 1. 120-200 0 30 0 0 pH$ 0 0 0 Note: 12 Note: $
2- i
S
Test Results[units-WN in g/cm3;CEC and Na in meq/100 cnre;NO3-N in mgldn?]: Soil Class: Mineral
HM% WN CEC BS% Ac . pH P-I K-I Ca% Mg% S-I Mn-I Mn-All Mn-AI2 Zit-I Zn-Al Cu-I Na ESP SS-I NO3-N
0.27 0.86 35.6 100 0.0 6.9 387 59 92 7 97 404 245 1249 1249 1224 0.1 0
I
ip ;
i;
. ),. ,
x{.
t.
�.y
.
. pp
N
t
l4
• j; '
1 . •
1.
i'
' ,"•North-Caro11na.
.. Reprogramming of the laboratory-information-management system that makes this report possible is being funded
, through a grant from the North Carolina Tobacco Trust Fund Commission.
• t` =�' Thank you for using agronomic services to manage nutrients and safeguard environmental quality.
t - Steve Troxler, Commissioner of Agriculture
Ibbaccu:�nisa Fuud,tiimilassiora_
:r
. ti,
ik' '

NCDA&CS Ag mic Division Phone: [phone] Website: www.nca . ovlagronomil Report.No. FY15-106355
Randy Miller Page 2 of 2
Understanding the Soil Report: explanation of measurements,abbreviations and units
Recommendations Report Abbreviations
i
Lime Ac exchangeable acidity
If testing finds that soil pH is too low for the crop(s) indicated, a lime recommendation will be given in units of either B boron
ton/acre or lb/1000 sq ft. For best results, mix the lime into the;top 6 to 8 inches of soil several months before planting. BS% %CEC occupied by basic cations
For no-till or established plantings where this is not possible, apply no more than 1 to 1.5 ton/acre (50 lb/1000 sq ft) at Ca% %CEC occupied by calcium
one time, even if the report recommends more.You can apply,the rest in similar increments every six months until the CEC cation exchange capacity
full rate is applied. If MG is recommended and lime is needed;•use dolomitric lime. Cu-I copper index
,i ESP exchangeable sodium percent
Fertilizer ,h HM% percent humic matter
Recommendations for field crops or other large areas are listed separately for each nutrient to be added (in units of K-I potassium index
lb/acre unless otherwise specified). Recommendations for N (and sometimes for B) are based on research/field studies K20 potash .
for the crop being grown, not on soil test results. K-I and P-I values are based on test results and should be> 50. If they Mg% %CEC occupied by magnesium •
are not,follow the fertilizer recommendations given. If Mg is needed and no lime is recommended, 0-0-22 (11.5% Mg) is MIN mineral soil class
an excellent source; 175 to 250 lb per acre alone or in a fertilizer blend will usually satisfy crop needs, SS-I levels appear Mn manganese
r Mn-All Mn-availability index for crop 1
only on reports for greenhouse soil or problem samples. ; Mn-Al2 Mn-availability index for crop 2
ij Mn-I manganese index
Farmers and other commercial producers should pay special attention to micronutrient levels. If$,pH$, $pH, C or Z M-O mineral-organic soil class
notations appear on the soil report, refer to $Note:Secondary Nutrients and Micronutrients. In general, homeowners do not N nitrogen
need to be concerned about micronutrients.Various crop notes also address lime fertilizer needs;visit Na sodium
ncagr.gov/agronomi/pubs.htm. j NO3-N nitrate nitrogen
}, ORG organic soil class
Recommendations for small areas,such as home lawns/gardens, are listed in units of lb/1000 sq ft. If you cannot pH current soil pH
find the exact fertilizer grade recommended on the report,visit, www.ncapr.pov/apronomi/oboart4.htm#fs to find P-I phosphorus index
information that may help you choose a comparable alternatePFor more information, readA Homeowner's Guide to Fertilizer. P205 phosphate
S-I sulfur index
Test Results 11 SS-I soluble salt index
WA! weight per volume
The first seven values[soil class, HM%, WN, CEC, BS%,Ac and pH]describe the soil and its degree of acidity.The Zn-Al zinc availability index
remaining 16[P-I, K-I, Ca%, Mg%, Mn-I, Mn-All, Mn-Al2, Zn-I; Zn-Al, Cu-I, S-I, SS-I, Na, ESP, SS-I, NO3-N (not Zn-I zinc index
routinely available)]indicate levels of plant nutrients or other fertility measurement.Visit www.ncapr.pov/apronomi/uvrst.htm
for more information. >i
{ .

NCDA&CS Agra!4bmic Division Phone: [phone] Website: www.nca ov/agronomi Report No. FY15-•4605
„rLii Client: Dwight A Atkinson Advisor: Synagro Central
: , `•,�;. Predictive 4546 Woodfern Rd Attn:Eric Thompson
'f ' Seagrove, NC 27341 284 Boger Rd
�i_i�Y���•=�j�uf�rl-�~'I Mocksville, NC 27028
�2, ' {1 1 Soil Report Mehlich-3 Extraction p County p
�'--�-��' � Sampled : Randolph
fl.i
-max
sampled: 10/01/2014 Received: 11/07/2014 Completed: 11/26/2014 Farm: Asheboro Links to Helpful Information
Sample ID: 3110A Recommendations: Lime Nutrients(Ib/acre) More
Crop (tons/acre) N P2O5 K2O Mg S Mn Zn Cu B Information
Lime History: 1 -Fescue/OGrass/Tim, I 0.0 • 120-200 0 0 0 0 pH$ 0 0 0 Note: 12 Note: $
2-Fescue/OGrass/Tim, 0.0 120-200 0 0 0 0 pH$ 0 0 0 Note: 12 Note: $
Test Results [units-WN in g/crrr3;CEC and Na in meq/100 cnr3;NO3-N in mg/dm3]: Soil Class: Mineral
HM% WN CEC BS% Ac pH P-I K-I Ca% Mg% S-I Mn-I Mn-All Mn-Al2 Zn-I Zn-Al Cu-I Na ESP SS-1 NO3-N
0.36 0.91 26.7 99 0.2 6.9 347 151 87 10 112 616 374 374 931 931 608 0.2 1
Sample ID: 3110E Recommendations: Lime Nutrients(lb/acre) More
Crop (tons/acre) N P205 K2O Mg S Mn Zn Cu B Information
Lime History: 1 -Fescue/OGrass/Tim, I 0.0 120-200 0 0 0 0 pH$ 0 0 0 Note: 12 Note:$
2-Fescue/OGrass/Tim, 0.0 120-200 0 0 0 0 pH$ 0 0 0 Note: 12 Note:$
Test Results[units-WN in g/cnr3;CEC and Na in meq/100 cm3;NO3-N in mg/dm3]: Soil Class: Mineral
HM% WN CEC BS% Ac pH P-I K-I Ca% Mg% S-I Mn-I Mn-All Mn-Al2 Zn-1 Zn-Al Cu-I Na ESP SS-I NO3-N
0.36 0.86 25.6 99 0.3 6.9 404 149 86 10 96 733 444 444 1160 1160 690 0.2 1
Sample ID: R318A Recommendations: Lime Nutrients(lb/acre) More
Crop (tons/acre) N P2O5 K2O Mg S Mn Zn Cu B Information
Lime History: 1 -Fescue/OGrass/Tim, I 0.0 120-200 0 0 0 0 0 0 0 0 Note: 12
2-Fescue/OGrass/Tim, 0.0 120-200 0 0 0 0 0 0 0 0 Note: 12
Test Results[units-WN in g/cm3;CEC and Na in meq/100 cm3;NO3-N in mg/dnr3]: Soil Class: Mineral
HM% WN CEC BS% Ac pH P-I K-I Ca% Mg% S-I Mn-I Mn-All Mn-Al2 Zn-I Zn-Al Cu-I Na ESP SS-I NO3-N
0.51 0.85 16.1 89 1.7 5.9 227 201 65 18 71 1026 633 633 879 879 600 0.1 1
North Carolina Reprogramming of the laboratory-information-management system that makes this report possible is being funded
,, through a grant from the North Carolina Tobacco Trust Fund Commission.
( `ri �:•
.� J Thank you for using agronomic services to manage nutrients and safeguard environmental quality.
�; - Steve Troxler, Commissioner of Agriculture
Tobacco Trust I`und Commission

NCDA&CS Agri,. omic Division Phone: [phone] Website: www.ncag jov/agronomil Report No. FY15-014605
Dwight A Atkinson Page 2 of 3
Sample ID: R318B Recommendations: Lime Nutrients(lb/acre) More
Crop (tons/acre) N P2O5 K2O Mg S Mn Zn Cu B Information
Lime History: 1 -Fescue/OGrass/Tim, I 0.8 120-200 0 0 0 0 0 0 0 0 Note: 12
2-Fescue/OGrass/Tim, 0.0 120-200 0 0 0 0 0 0 0 0 Note: 12
Test Results [units-WN in g/cnr3;CEC and Na in meq/100 cnr3;NO3-N in mg/dm3]: Soil Class: Mineral
HM% WN CEC BS% Ac pH P-I K-I Ca% Mg% S-I Mn-I Mn-All Mn-Al2 Zn-I Zn-Al Cu-I Na ESP SS-I NO3-N
0.41 0.99 14.5 86 2.1 5.6 590 231 63 15 84 536 339 339 1313 1313 889 0.1 1
Sample ID: RD319 Recommendations: Lime Nutrients(lb/acre) More
Crop (tons/acre) N P2O5 K2O Mg S Mn Zn Cu B Information
Lime History: 1 -Fescue/OGrass/Tim, I 0.0 120-200 0 0 0 0 pH$ 0 0 0 Note: 12 Note:$
2-Fescue/OGrass/Tim, 0.0 120-200 0 0 0 0 pH$ 0 0 0 Note: 12 Note:$
Test Results[units-WN in g/cm3;CEC and Na in meq/100 cnr3;NO3-N in mg/dnr3]: Soil Class: Mineral
HM% WN CEC BS% Ac pH P-1 K-1 Ca% Mg% S-I Mn-I Mn-All Mn-Al2 Zn-I Zn-Al Cu-I Na ESP SS-I NO3-N
0.36 0.91 23.3 99 0.3 6.8 381 136 83 12 100 513 312 312 936 936 686 0.2 1

NCDA&CS Ag mic Division Phone: [phone] Website: www.nca ov/agronomi/ Report No. FY15-04605
Dwight A Atkinson • Page 3 of 3
Understanding the Soil Report:explanation of measurements,abbreviations and units
Recommendations Report Abbreviations
Lime Ac exchangeable acidity
If testing finds that soil pH is too low for the crop(s)indicated, a lime recommendation will be given in units of either B boron
ton/acre or lb/1000 sq ft. For best results, mix the lime into the top 6 to 8 inches of soil several months before planting. BS% %CEC occupied by basic cations
For no-till or established plantings where this is not possible, apply no more than 1 to 1.5 ton/acre(50 lb/1000 sq ft) at Ca% %CEC occupied by calcium
one time, even if the report recommends more.You can apply the rest in similar increments every six months until the CEC cation exchange capacity
full rate is applied. If MG is recommended and lime is needed, use dolomitric lime. Cu-I copper index
ESP exchangeable sodium percent
Fertilizer HM% percent humic matter
Recommendations for field crops or other large areas are listed separately for each nutrient to be added (in units of K-I potassium index
lb/acre unless otherwise specified). Recommendations for N (and sometimes for B) are based on research/field studies K20 potash
for the crop being grown, not on soil test results. K-I and P-I values are based on test results and should be>50. If they Mg% %CEC occupied by magnesium
are not,follow the fertilizer recommendations given. If Mg is needed and,no lime is recommended, 0-0-22 (11.5% Mg) is MIN mineral soil class
an excellent source; 175 to 250 lb per acre alone or in a fertilizer blend will usually satisfy crop needs, SS-I levels appear Mn manganese
only on reports for greenhouse soil or problem samples: Mn-All Mn-availability index for crop 1
Mn-AI2 Mn-availability index for crop 2
Mn-I manganese index
Farmers and other commercial producers should pay special attention to micronutrient levels. If$,pH$, $pH, C or Z M-0 • mineral-organic soil class
notations appear on the soil report, refer to $Note:Secondary Nutrients and Micronutrients. In general, homeowners do not N nitrogen
need to be concerned about micronutrients.Various crop notes also address lime fertilizer needs;visit Na sodium
ncagr.gov/agronomi/pubs.htm. NO3-N nitrate nitrogen
i, ORG organic soil class •
Recommendations for small areas,such as home lawns/gardens, are listed in units of lb/1000 sq ft. If you cannot pH current soil pH
•
find the exact fertilizer grade recommended on the report,visit iiaww.ncaar.aov/agronomi/oboart4.htm#fs to find P-I phosphorus index
information that may help you choose a comparable alternate. For more information, readA Homeowner's Guide to Fertilizer. Ps05 phosphate
S-I ; sulfur index
Test Results SS-1 soluble salt index
WN weight per volume
The first seven values[soil class, HM%, WN, CEC, BS%,Ac and pH]describe the soil and its degree of acidity.The Zn-Al zinc availability index
remaining 16[P-I, K-I, Ca%, Mg%, Mn-I, Mn-All Mn-AI2 Zn-I, Zn-Al, Cu-I, S-I, SS-I, Na ESP, SS-I, NO3-N (not zn-I zinc index
routinely available)] indicate levels of plant nutrients or other fertility measurement.Visit www.ncagr.gov/agronomi/uvrst.htm
for more information.

•
Page 1 of 2 - __ - --
Report Number: 15-007-0672 A&L Eastern _Laboratories
Account Number:46434 . � .
7621 Whitepine Road Richmond,Virginia 23237 [phone]- Fax[phone]
• wwwaleastern:com
Send To: SYNAGRO CENTRAL LLC/ASHEBORO Grower: Submitted By: NATE ROTH
Mary Brewer DWIGHT ATKINSON Farm ID:ASHEBORO RD-31
284 BOGER RD ASHEBORO PROJECT •
MOCKSVILLE NC 27028
•
•
SOIL ANALYSIS REPORT Analytical Method(s):
Mehlich 3
Date Received: 01/07/2015 Date Of Analysis: 01/08/2015 Date Of Report: 01/09/2015 •
Organic Matter Phosphorus Potassium Magnesium Calcium Sodium pH Acidity C.E.0
Sample ID Lab % ENR Mehlich 3 Reserve K Mg Ca Na Soil Buffer H
Field ID Number Rate lbs/A H Index
• ppm Rate ppm Rate ppm Rate ppm Rate ppm Rate- ppm Rate P meq/100g meq/100g
31-11 • 01126 4.9 M 136 160 VH 170 VH 204 H 995 : M 36 VL
6.2 1.0 8.3
NC=133 NC=87
Percent Base Saturation Nitrate ` - Sulfur Zinc Manganese Iron Copper Boron. Soluble Salts Chloride Aluminum
Sample 1D K Mg Ca Na H NO3N S Zn Mn Fe Cu B • SS Cl Al
Field ID % % % % % ppm Rateppm Rateppm Rateppm Rateppm Rateppm Rateppm Rate ms/cm Rateppm Rate ppm
31-11 27 H 16.2 VH 164 VH 299 VH 4.3 VH 0.7 M 0.11 VL
5.3 20.5 59.9 1.9 12.1 NC=56 NC=405.0 NC=1025 NC=215.0
Values on this report represent the plant available nutrients in the Explanation of symbols:%(percent),ppm(parts per million),lbs/A This report applies to sample(s)tested.Samples are retained a
soil.Rating after each value:VL(Very Low),L(Low),M(Medium), (pounds per acre),ms/cm(milli-mhos per centimeter),meq/100g maximum of thirty days after testing. by ppwia me G �H(High),VH(Very High).ENR-Estimated Nitrogen Release. (milli-equivalent per 100 grams).Conversions:ppm x 2=lbs/A,Soluble Analysis prepared by:A&L Eastern Laboratories,Inc.
C.E.C.-Cation Exchange Capacity. Salts ms/cm x 640=ppm.
Pauric McGroary

Page 2 of 2
Report Number: 15-007-0672w •
t , A&L Eastern Laboratories
Account Number:46434 7621 Whitepine Road Richmond,Virginia 23237 [phone] -Fax(804)271-..6446 •
wwwa(eastern;com
Send To: SYNAGRO CENTRAL LLC/ASHEBORO Grower: Submitted By: NATE ROTH
Mary Brewer DWIGHT ATKINSON Farm ID:ASHEBORO RD-31
284 BOGER RD ASHEBORO PROJECT
MOCKSVILLE NC 27028 • •
•
Date Received: 01/07/2015
Date Of Report: 01/09/2015 SOIL FERTILITY RECOMMENDATIONS
Nitrogen Phosphate Potash Magnesium Sulfur Zinc Manganese Iron Copper Boron
Sample ID Yield Goal Lime N P205 K O MgS Zn Mn Fe Cu .B
Field ID Intended Crop Tons Tons/A z s z
lb/A lb/A lb/A lb/A lb/A 'Ib/A lb/A lb/A lb/A lb/A
31-11
Fescue Hay 4 0.0 50 0 128 0 0 0 0 0 0 0
Comments:
"The recommendations are based on research data and experience,but NO GUARANTEE or WARRANTY expressed or implied,concerning crop performance is made." me Gr
Our reports and letters are for the exclusive and confidential use of our clients„and may not be reproduced in whole or part,nor may any reference be made to the 1 '�
work,the results,or the company in any advertising,news release,or other public anouncements without obtaining our prior written authorization.Copy right 1977.
Pauric McGroary