WQ0011260_Residual Annual Report 2014_20150128

ga'�wn .f a Nd �Tort
— FOUNDED IN 1870 —
38 CATAWBA AVENUE
OLD FORT, NORTH CAROLINA 28762
January 14, 2015
NC Department of Environment and Natural Resources
Division of Water Resources
Information Processing Unit
1617 Mail Service Center
Raleigh NC 27699-1617
Subject: Town of Old Fort Annual Biosolids report, (calendar year 2014)
To Whom It May Concern:
Office of the Mayor
RECEIVED
JAN 28.2015
The Town of Old Fort operates a 1.2 MGD wastewater treatment plant (NPDES #
NC0021229). The Town is no longer required to have a Pretreatment Program due to
the lack of a sizeable industry.
The Town has a bioresidual management permit, # WQ0011260, to process class A
bioresiduals to be sold or given away to the public. The process consists of two 0.075
MG sludge holding tanks, a 0.7 meter belt press and an RDP lime pasteurization process
with a covered storage pad.
The solids are mixed with quicklime to raise the pH up to 12 or higher after two hours
and 11.5 or greater after 22 hours to satisfy the vector attraction reduction requirement,
and heat the solids to 70 degrees Celsius or greater to satisfy the PFRP requirement. The
pH is tested immediately as the final product begins to be discharged from the
pasteurization vessel, after two hours, and again after 22 more hours. The temperature is
monitored at the pasteurization vessel inlet and outlet every thirty minutes.
In April 2014, the Town of Old Fort distributed 10.05 dry tons of bioresiduals that had
been produced in 2013. These residuals were given to a farmer for use on hayfields.
These residuals were sampled for metals and nutrients in December,2013, and fecal
coliform in March 2014. In 2014 the Town of Old Fort WWTP produced 28.25 dry tons
of bioresiduals, which were sampled for TCLP, metals and nutrients on December 16,
2014. Just prior to distribution in February or March 2015 these bioresiduals will be
sampled for fecal coliform. As always, untested biosolids are stored apart from those
previously analyzed.
"Colonial America's Western Outpost Until 1756"

Enclosed with this narrative are copies of the operational logs and laboratory analyses of
the bioresiduals. If you have any questions or require further information, please contact
me at 828-668-4561.
Sincerely,
0
.�od
Anthony West
KACE Environmental
Town of Old Fort WWTP ORC
Land Application / Eiosolids ORC
38 Catawba Ave
Old Fort, NC 28762

CLASS A ANNUAL DISTRIBUTION AND MARKETING/ SURFACE DISPOSAL CERTIFICATION AND SUMMARY FORM
WQ PERMIT #: WQ0011260 FACILITY NAME: TOWN OF OLD FORT WWTP
PHONE: [phone] COUNTY: MCDOWELL OPERATOR: ANTHONY WEST/ KACE ENVIRONMENTAL
FACILITY TYPE (please check one): ❑ Surface Disposal (complete Part A (Source(s) and "Residual In" Volume only) and Part C)
i] Distribution and Marketing (complete Parts A, B, and C)
Was the facility in operation during the past calendar year? Yes 0 No ❑ -* If No skip parts A, B, C and certify form below
Part A*:
Part B*:
Month
Sources() ( s include NPDES # if
applicable)
Volume (dry tons)
Recipient Information
Amendment/include
Bulking Agent
Residual In
Product Out
Name(s)
Volume (dry tons)
Intended use(s)
January,
OLD FORT WWTP
1.1
0.58
1.68
February
NCO021229
1.08
0.68
1.76
March
it2.15
1.36
3.5
DARRELL SHERLIN
10.05
HAYFIELDS
April
it
May
if3.64
2.48
6.12
June
1.03
0.74
1.77
July
3.6
2.57
6.17
August
"
1.15
0.78
1.93
September
0.99
0.75
1.74
October
0.35
0.32
0.67
November
0.99
0.84
1.83
December
0.61
0.47
1.08
Total from FORM DMSDF (sup)l
0
0
0
pr'`.t,�:",
Totals:
Annual (dry tons):
16.69
11.57
28.25
r"
10.05
Amendment(s) used: I LIME
Bulking Agents used: LIME
(supp)): Total Number of Form DMSDF (Supp)
* If more space is required, attach additional information sheets (FORM DMSDF
Part C:
Facility was compliant during the past calendar year with all conditions of the land application permit Yes
(including but not limited to items 1-3 below) issued by the Division of Water Quality: ❑ No P If No, Explain in Narritive
1. All monitoring was done in accordance with the permit and reported for the year as required and three (3) copies of certified laboratory results are attached.
2. All operation and maintenance requirements were compiled with or, in the case of a deviation, prior authorization was received from the Division of Water Quality.
3. No contravention of Ground Water Quality Standards occurred at a monitoring well.
"I certify, under penalty of law, that the above information is, to the best of my knowledge and belief, 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."
Signature of Permittee Date
**Preparer is defined in 40 CFR Part 503.9(r) and 15A NCAC 2T .1102 (26)
Signature ofPreparer**
(if different from Permittee)
Date
DENR FORM DMSDF (12/2006)

ANNUAL RESIDUAL SAMPLING SUMMARY FORM
Please note that your permit may contain additional parameters to be analyzed. The parameters can be reported in FORM RSSF - B
WQ Permit Number: WQ0011260
Facility Name: TOWN OF OLD FORT WWTP
Residual Source WQ # or
NPDES #:
NCO021229
WWTP Name: TOWN OF OLD FORT WWTP
Residual Analysis Data
Laboratory: 1) WATER TECH LABS
2) RESEARCH & ANALYTICAL LAB
3) ENVIRONMENTAL TESTING SOL.
4)
5)
Parameter
(mg/kg)
Conc.
Limit
(mg/kg)'
Sample or Composite Date
12/16/14
Percent Solids (%)
NA
49.7
Arsenic
75
< 2.01
Cadmium
85
< 2.01
Copper
4,300
160.
Lead
840
11.8
Mercury
57
0.213
Molybdenum
75
4.83
Nickel
420
4.71
Selenium
100
< 2.01
Zinc
7,500
124
Total Phosphorus
NA
463
TKN
NA
10700
Ammonia -Nitrogen
NA
1380
Nitrate and Nitrite
NA
97.6
a For surface disposal facilities the ceiling concentration limits listed in this form are not applicable. Reference the individual permit for metals limits.
"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."
K111
Signature of Preparer *
/-/(-/-
Date
*Preparer is defined in 40 CFR Part 503.9(r) and 15A NCAC 2T .1102 (26) . DENR FORM RSSF (12/2006)

ANNUAL RESIDUAL SAMPLING SUMMARY FORM - B
Report all sampling analysis results for parameters not listed in FORM RSSF that are part of the WQ permit or were analyzed for over the past
calendar year. Use additional forms as needed.
WQ Permit Number: WQ0011260
Facility Name: TOWN OF OLD FORT WWTP
Residual Source
NPDES # or WQ#:
WWTP Name:
Residual Analv%ic Data
NCO021229
TOWN OF OLD FORT WWTP
Laboratory: 1) WATER TECH LABS
2) RESEARCH & ANALYTICAL LABS
3)
4)
5)
Parameter(mg/kg)
I
--------
------------
"I certify, under penalty of law, that this document was prepared under my direction or supervision in accordance with a system
designed to assure that qualified personnel properly gathered and evaluated the information submitted. I am aware that there are
significant penalties for submitting false information, including the possibility of fines and imprisonment for knowing violations."
_Signature of Preparer
*Preparer is defined in 40 CFR Part 503.9(r) and 15A NCAC 2T .1102 (26)
Date
DENR FORM RSSF - B (12/2006)

. .. ANNUAL PATHOGEN AND VECTOR ATTRACTION REDUCTION FORM (02T Rules)
Facility Name: TOWN OF OLD FORT WWTP WQ Permit Number: WQ0011260
WWTP Name: TOWN OF OLD FORT WWTP NPDES Number: NCO021229
Monitoring Period: From 1/1/2014 To 12/31/2014 _-_,
_ _ f, r ♦ Wd� A t" A'1T 11 a161 - P100CA intHeatf'p level achieved and alternative nerformed:
Pathogen Keuuc«uu
Class A:
Alt. A (time/temp) ❑ Alt B (Alk Treatment) ❑ 7 Alt. C (Prior Testing) ❑
r
�.a..
AIt.D (No Prior Test) ❑ Process to Further Reduce Pathogengs 0
_
If applicable to alternative performed (Class A only) indicate "Process to Further Reduce Pathogens":
Compost 111 Heat Drying ElHeat Treatment ❑ Thermophilic El
• n Elz Pasteurization Beta Ray ❑ Gamma Ray ElPaste
Class B: Alt_ (1) Fecal Density ❑ Alt. (2) Process to Significantly Reduce Pathogens ❑
If applicable to alternative performed (Class B only) indicate "Process to Significantly Reduce Pathogens":
Lime Stabilization ❑ Air Drying ❑ Composting ❑ Aerobic Digestion ❑
Dig
estion Anaerob
ic El
If applicable to alternative performed (Class A or Class B) complete the following
monitoring data:
Number oAn
Allowable Level Pathogen Density
Excee-
a ica
Frequency Sample Tech -
Tech -
Parameter
in Sludge Minimum Geo. Mean Maximum Units dences
of Analysis Type nioue
2 x 10 to the
MI,N
< 106
0
< 130
MPN/g
0
WYEAR
GRAB
SM9221
6th power
per gram of
Fecal Coliform
total solids
CFU
1000 mpn per gram
of total solid (dry
weight)
Salmonella bacteria
3 WN per 4 grams
(in lieu of fecal
total solid (dry
coliform)
wei t
_■.
_ten_
_r.. ,.a.
A /7 S A N( 'Aa ' 1a -T _ 1 a aa'/ a - raense indicate alternativu vv1101 u--,G-
V CL:LVI
Alt.l (VS reduction) ❑
%,-- i. --- -- - ---- - /
Alt. 2 (40-day bench) ❑
- ---- - - -
Alt. 3 (30-day bench) ❑ Alt. 4 (Spec. 02 uptake) ❑
Alt. 5 (14-Day Aerobic) ❑
Alt. 6 (Alk. Stabilization 21
Alt 7 (Drying - Stable) ❑ Alt. 8 (Drying - Unstable) ❑
Alt. 9 (Injection) ❑
Alt. 10 (Incorporation) ®
No vector attraction reduction alternatives were performed ❑
CERTIFICATION STATEMENT (please check the appropriate statement
R1 "I certify, under penalty of law, that the pathogen requirements in 15A NCAC 02T .1106 and the
vector attraction reduction requirement in 15A NCAC 02T .1107 have been met."
❑ "I certify, under penalty of law, that the pathogen requirements in 15A NCAC 02T .1106 and the
vector attraction reduction requirement in 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."
ANTHONY WEST/KACE ENVIRON./ORC
ANTHONY WEST/ KACE ENVIRON.
Preparer Name and Title (type or print) Land Applier Name and Title (if applicable)(type or print)
Signature of rer* Date Signature of Land ier (if applicable) . Date
*Preparer is defined in 40 CFR Part 503.9(r) and 15A NCAC 2T .1102 (26)
DENR FORM PVRF 02T (12/2006)

RESEARCh & ANALYTICAL
LABORATORIES, INC.
Analytical/Process Consultations
January 14, 2015
Water Tech Labs, Inc.
P.O. Box 1056
Granite Falls, NC 28630
Attention: Joe Gragg
Chemical Analysis for Selected Parameters and Sampling Location Identified as Old Fort -Sludge
(A Water. Tech Labs, Inc. Project, collected 15 December 20141
1. Miscellaneous Old Fort -Sludge
Parameters Unit Results
Aluminum, Total
mg/kg
2,900
Arsenic,Total
mg/kg
<2.01
Cadmium, Total
mg/kg
<0.201
Calcium, Total
mg/kg
314,000
Copper, Total
mg/kg
160
Potassium, Total
mg/kg
559
Magnesium, Total
mg/kg
1,850
Mercury,Tot
mg/kg
0.213
Molybdenum,Tot
mg/kg
4.83
Selenium,Tot
mg/kg
<2.01
Sodium, Total
mg/kg
634
Nickel, Total
mg/kg
4.71
Lead, Total
mg/kg
11.8
Zinc, Total
mg/kg
124
Phosphorus, Total
mg/kg
463
Total Kjeldahl Nitrogen (TKN)
mg/kg
10,700
Total Solids (TS)
%
49.7
Ammonia -Nitrogen_ (NH-3-N)
mg/kg
1,380
NO2+NO3 (Nitrate+Nitrite)
mg/kg
97.6
Plant Available Nitrogen (PAN)
mg/kg
3,580
Sodium Absorption Ratio
mg/kg
0.3
Sample Number:
801811
Sample Collected Date:
12/15/14
Sample Collected Time:
1100
N/A = Not Applicable % — Percent
mg/kg = milligrams per kilogram = parts per million

RF-SFARcH ArilAY CAA
UboRATO iES® INC.
Analytical/Process Consultations
Toxicity Characteristic Leachate Procedure (TCLP) Analysis of Sample 9dentifaed as Old Fort -Sludge
fA Water Tech Labs. Inc. Prolect. collected IS December 2014)
®Id Fort Sludge
EPA HW
Quaneitation
Results
Characteristic
Number
Contaminant
Limit(me/L)
m /L
Level(mp/L)
EPA Method
I. TCLP METALS
D-004
Arsenic
0.010
<0.010
5.00
6010
D-005
Barium
0.040
0.670
100
6010
D-006
Cadmium
0.005
<0.005
1.00
6010
D-077
Chromium
0.010
0.014
5.00
6010
D-008
Lead
0.005
0.020
5.00
6010
D-009
Mercury
0.0020
BQL
0.200
7470
D-010
Selenium
0.100
ROL
1.00
6010
D-011
Silver
0,010
BQL
5.00
6010
II. TCLP VOLATILES
D-018 Benzene
0.050
BQL
0.500
8240
D-019 Carbon Tetrachloride
0.050
BOL
0.500
9240
D-021 Chlorobenzene
0.050
BQL
100
8240
D-022 Chloroform
0.500
BQL
6.00
8240
D-028 1,2-Dichloroethane
0.050
BQL
0.500
8240
D-029 I,1-Dichloroethylene
0.050
BQL
0.700
9240
D-035 Methyl Ethyl Ketone
0.500
BQL
200
8240
D-039 Tetmchloroethylene
0.050
BQL
0.700
8240
D-040 Trichloroethylene
0.050
BQL
0.500
8240
D-043 Vinyl Chloride
0.050
BQL
0.200
8240
flfll. TCLP SEMI-VOLATILES
D-023 O-Creosol
20.0
BQL
200
8270
D-024 M-Creosol
20.0
BQL
200
8270
D-025 p-Creosol
20.0
BQL
200
8270
D-026 Creosol
20.0
BQL
200
8270
D•027 1.4-Dichlorobenzene
0.750
BQL
7.50
9270
D-030 2,4-Dinitrotoluene
0.050
BQL
0.130
8270
D-032 Hexachlombenaene
0.050
BQL
0.130
8270
D-033 Hexachlcrobutadiene
0.050
BQL
0.500
8270
D-034 Hexachloroethane
0.300
BQL
3.00
8270
D-036 Nitrobenzene
0.200
BQL
2.00
8270
D-037 Pentachlorophenol
10.0
BOL
100
8270
D6038 Pyridine
0.500
BQL
5.00
8240
D-041 2,4.5-Trichlorophenol
40.0
BQL
400
8270
D-042 2,4,6-Trichlorophenol
0.200
BQL
2.00
8270
IV. TCLP PESTICIDESMERBICIDES
D-020 Chlordane
0.003
BQL
0.030
8081 B
D-016 2,4-D
1,000
BQL
10.0
8151 A
D-012 Endrin
0.002
BQL
0.020
8081 B
D-031 Heptachlor
0.0008
BQL
0.008
8081 B
D-013 Lindane
0.040
BQL
0.400
9081 B
D-014 Methoxvchlor
1.000
BQL
10.0
8091 B
D-015 Toxaphene
0.050
BQL
0.500
9091 B
D-017 2,4,5-TP(Silvex)
0.100
BQL
1.00
9151 A
V. REACTIVITY
M03 Cyanide
LOD
BQL
9010
D-003 Sulfide
5.OD
BQL
9030
vi. CORROSIVITY
9045
D-002 pH
Std. Units
11.57
viR.TCLP NBSCELLANEOi1S
Paint Filter Test
NFL
VII.IGNITABILITY
D-001 Ignitability,
WNI
1010
Sample Number
801811
Sample Date
12/15/14
Sample Time (hrs)
1100
Sample Matrix
Sludge
BQL = Below Quaneitation Limits
WNI = Will Not Ignite
mg/L = Milli �ams per Liter= parts per million (ppm)
mg/kg = milligrams per kilogram = parts per million (ppm)
FLP = Free Liquids Present
---- = Not Available

0
Environmental Testing Solutions, Inc. Certificate of Analysis
Project name:
Old Fort WWTP
Collection date:
17-Mar-14
Date received:
17-Mar-14
PO Box 7565
Asheville, NC 28802
Phone: [phone]
Fax: [phone]
Project number: 140317.502
Sample identification: Sludge Grab - 4 Sample number: 114337
Parameter Method Result RL Units Date Analyst Footnotes
Analyzed
%TS SM 2540 G 67 0.10 % 17-Mar-14 KEK
Mulitple Tube Fermentation Procedure SM 9221-E <121 121 MPN 17-Mar-14 KEK
Sample identification: Sludge Grab - 5 Sample number: 114338
Parameter Method Result RL Units Date Analyzed Analyst Footnotes
%TS SM 2540 G' 70 0.10 % 17-Mar-14 KEK
MulitDIc Tube Fermentation Procedure SM 9221-E <126 126 MPN 17-Mar-14 KEK
Sample identification: Sludge Grab - 6 Sample number:
114339
Parameter Method Result RL Units Date Analyst Footnotes
Analyzed
%TS SM 2540 G 72 0.10 % 17-Mar-14 KEK
Mulitple Tube Fermentation Procedure SM 9221-E <130 130 MPN 17-Mar-14 KEK
Sample identification: Sludge Grab - 7 Sample number: 114340
Parameter Method Result RL Units Date Analyst Footnotes
Analyzed
%TS SM 2540 G 63 0.10 % 17-Mar-14 KEK
Mulitple Tube Fermentation Procedure SM 9221-E <113 113 MPN 17-Mar-14 KEK
Footnotes:
RL = Reporting Limit. Values are reported down to the Reporting Limit only.
Date reviewed: NC Certification Number: 600
Data reviewed by: Kelley E. Keenan SC Certification Number: 99053
Signature: NC Drinking Water Certification Number: 37786
This report should not be reproduced, exept in its entirety, without the written consent of Environmental Testing Solutions, Inc
The results in this report relate only to the samples submitted for analysis.

•
00� T S
Environmental Testing Solutions, Inc.
Project name:
Collection date:
Date received:
Old Fort WWTP
12-Mar-14
12-Mar-14
Sample identification: Sludge Grab - 1
Certificate of Analysis
PO Box 7565
Asheville, NC 28802
Phone: [phone]
Fax: [phone]
Project number: 140312.501
Sample number: 114247
Parameter Method Result RL Units Date Analyst Footnotes
Analyzed
%TS SM 2540 G 71 0.10 % 12-Ma,-14 KEK
Mulitple Tube Fermentation Procedure SM 9221-E <128 128 MPN 12-Ma,-14 KEK
Sample identification: Sludge Grab - 2
Sample number: 114248
Parameter Method Result RL Units Date Analyst Footnotes
Analyzed
%TS SM 2540 G 59 0.10 % 12-Ma,-14 KEK
Mulitple Tube Fermentation Procedure SM 9221-E <106 106 MPN 12-Ma,-14 KEK
Sample identification: Sludge Grab - 3
Sample number: 114249
Parameter Method Result RL Units Date Analyst Footnotes
Analyzed
%TS SM 2540 G 62 0.10 % 12-Mar-14 KEK
Mulitple Tube Fermentation Procedure SM 9221-E <112 112 MPN 12-Mar-14 KEK
Footnotes:
RL = Reporting Limit. Values are reported down to the Reporting Limit only.
Date reviewed: NC Certification Number: 600
Data reviewed by: Kelley E. Keenan SC Certification Number: 99053
Signature:
NC Drinking Water Certification Number: 37786
This report should not be reproduced, exept in its entirety, without the written consent of Environmental Testing Solutions, Inc
The results in this report relate only to the samples submitted for analysis.

1-;t2-/L
TOWN OF OLD FORT BIORESIDUALS MANAGEMENT FACILITY OPERATIONS LOG
DATE: PERMIT #: li 00011260
TIME
% SOLIDS
FROM
DIGESTER
SLUDGE
PUMP
SPEED
%
BLENDER
TEMP
* F
LIME
FEED
RATE
ILBS./HR
LBS./LIME
PER
LBS./DRY
WT. SLUDGE
TEMP. *F
P.V.
INLET
TEMP. *F
P.V.
OUTLET
C3 q
BELT PRESS
START
9 0
SLUDGE / LIME FIRST
REACHES PAST.
VESSEL INLET
THERMOMETER
I , 2
ttg3a
l
i-71 Al5
6A
3 v
02.
I9
/to
J.6 OI
"S3 o
M
11-30
9
s 3 &
/k
I9
120 0
15 7,
�3.v
_
/ C
D
ZI
PASTEURIZATION
TEURIZATION VESSEL TIME FROM, INLET THERMOMETER TO OUTLET THERMOMETER: 7 A, i,J
TIME FROM OUTLET THERMOMETER TO DISCHARGE: (.41 &)
ANY PRODUCT NOT MEETING TIMEITEMP REQUIREMENTS IS RECYCLED THROUGH LIME PROCESS.
DIGESTER @ START: 36. r° DIGESTER @ END: 3 "' TOTAL GAL: gjgQ( )
SLUDGE TOTAL DRY WT' LBS: I J S
LIME @START: 026 LIME END: S 2 TOTAL LBS: 2 20 J 1
% SOLIDS FROM BELT PRESS: E, Z Flo SOLIDS OF FINAL PRODUCT: S a a 3
TOTAL VOLUME OF BIORESIDUALS + LIME + MOISTURE, IN TONS:
IMMED AFTER
COLLECTION AFTER 2 HRS AF-i
FINAL PRODUCT PH: l�, 3
ER 24 I -IRS.
1�. 7 l2, 9-&
TIME/DATE COLLECTED: (1 R tl�- _ Z2 -,
`jS y i - z 2 -/ �r ®S y_,i -
TIME/DATE ANALYZED:
TEMP. *C OF SAMPLE: a 3
0 1
TEMP. CORRECTION TO 25* C: - 6 i o &
e I _
OPERATOR INITIALS:
AMOUNT OF SLUDGE PROCESSED IS MEASURED
BY MEASURING DEPTH OF DIGESTER BEFORE
AND AFTER BELT PRESS RUN.
y
y

TO? OF OLD F�RL1T
ma°c
DATE: PERMIT *: W00011260
ITIME
a
% SOLIDS SWD,- DL cNLDER .LI AE I_::3- L'=1 °T L-sruP_ *F TEMP. "`_
FROM _ PUtvilP ITEMP IFEED PER P.v. P.V.
.�
5DPESe ass SPEED 4p,1F2. _ ?2C � IN E } `vei i LC i
x 8 R �tgaygaie�:9ipq
GEi
SLUDGE I' I �;E FIRST REACPES PAST. VESSEL
ISLET THERMOMETER � g
1
d G�
1;
.
yry?
i
1 U_
Li io
16L(
ff9;
Tv'
JLi7, �-7
1 _, 1• � U-i' ��:
.
)
fig
1 g-4
I 1
t
B
d : 5 g
g �^+L
1-71r�
' gt.f"e IJ
I 'u.
d r e
130
1 % 3 t'" I `► 7n
,
i_
I
I
PASTEURIZATION
TION VESSEL TIME FROM INLEE THERMOMETER TO (-� sT
-ruin snA�?�r;FTED.
oir 1
7 u 14j
TIME FROM OUTLET THERMOMETER TO DISCHARGE: (o m (A)
AM a PRO' ' g NOT ME-TI �d I'� ¢ : v Y � ;��d: � ��:: ;y L � TRH :�� :�. E pmcross.
DIGESTER @ START: ' 'J DIGESTER @ END- '4 q TOTAL GAL:
i'v Ci'i �dl..'tsDtdE= TOTAL DWY W LBS:
LIME @ START:___- LIM END: 0 Lf / T0TA LS.S:
% SOLIDS FROM BELT PRESS:_ ! /, 5 % SOLIDS OF FINAL PRODUCT:_ L4
Td,�� eLlsDl �IA96= a9c ®if94a9�'t�}tSRiAt }+ a ©Ae— °ar,}raffia �.> , —/7 'i
.,--
TOTAL v a.. FviE 0 8,110} _E. IDAI wt�.� ''.- y WI= 4 {�i�°Ct�. $ u Sr-. 'im, d vf�s'�. 3, 3
WMED AFTER
r-0LLEvTIv?b A;-- -MR i WOW AL—:: M0 ni.d LIM--
{FINAL PRODUCT PH: f � ? �
,
I�. L• �
f• , i
° T IM&DAT E COLLECTED: © -) -r y
C� ' � 'J -I
() 'd - IT-1 It
TIME/DATE ANALYZED: ol ? c -1 -fig;- id
,-2 e 2) G
TEMP. *C OF SAMPLE:
3
�
TEMP. CORRECMION TO 25* v: C—
� P , 0, �
_ �y ! i
Cf
OPERATOR INITIALS:
JAiD AFTER SEL-_ PRESS RUN. - — :�• :o �.. R'+sCi:R— DEPTH!OF i° GES ii` BEFORE

TaINN OF OLD FORT BIORESIe U LS MANAGE®mlic"N'`i` FAC®LI 8` OPERA T 900Ha LOG
DATE: PERMIT #: uric 00i 1260
TIME
°lo SOLIDS `SLUDGE 1BLENDER jLiW1E ILrBS./LIME TEMP. 'F 1TEMP. *F I
FROM PUMP (TEMP (FEED IPER P.V. IP.V. I
,DIGESTER'SPEED - F IRATE ILBS./DRY INLET JOUTLET
,., LBS./HR WT. SLUDGE.
O�OD
-
SENT PRESS START
OR/-&
SLUDGE r LI°IE FIRST REACHES MAST. VESSEL INLET THER1'C31o' - ER
?G�
f6tl,
'4
iel,�
f
1 9-7
LiS
a
t
i
1
f
�
a
t
4:7)i-a
I goo
PASTEURIZATION VESSEL TIME FROM INLET THERMOMETER TO OUTLET THERMOMETER: � ! 141 ta)
TIME FROM OUTLET THasRMOMETER TO DISC} cARGE:__.j�---
ANY PRODUCT NOT 1°EETIWG Tffl.&TEMP REQUIR-MENTS IS RE:.4:CI =D THROLIGH LIME PPMESS.
DIGESTER @ START: .S ' r DIGESTER @ Ei"�°a, I r TOTAL GAL: %! G S O
SLUDGE TOTAL DRY WT LBS: Lt 3 y C .,
a Z-
LIME @ START: f LIME @ END: 1 ,3 3-3 'Z- TOTAL LBS: / i
% SOLIDS FROM BELT PRESS: � � ! °!o SOLIDS 0I- FINAL P RODU CT: Li
TOT AL VOLU .1E Oc B10RESIDU"I S a LIME + MOISTURE, IN TONS: 7
iMME ' AFTER
COLLECTION AFTER 2 HRS AFTER 24 HRS
FINAL PRODUCT PH: 1 (I U,
l 2 -
.T1ME/DATE COLLECTED: OF :-
= -t �r
c - ' /
z9e sS
T1101r1DATE ANAL` ZED:
3 -
3- S -i y
096W Z- 6- -- �.-
G�
1 TEMP. c^.a"3FCRE 110N —a 2- C: _
r)( , 0 C
— 0, o ,
� C , I Z
E Ca:. Trs ra •INITIALc.
OP��.., o moo` Iv.
\/ �.,
V /
AMOUNT OF SLUDGE PROCESSED IS MEASURED BY MEASURING DEPTH OF DIGESTER BEFORE
'AND AI=II ER BELT PRESS RUN.

®OrARA OF OLD FORT SIORESIDUALS NIANAG EI9 ENT FACILI T Y OPERATIONS LOG
DATE: PFPanaT If- ► innn•t 97Rn
�% SOLIDS SLUDGE IBLENDER 'LIME LBSJLIME TEMP. *F TEMP_ *F
�r 1p. I
ITIME FROM PUMP !TEMP FEED IPER CP. V.
®IDIGESTERISPEED ®I -F IRATE ILLS./DRY 'INLET �OUTLET
I q �� B ILBS.It1 �R ZEN r. St_LjDG I I-
Y
Qbx
BELT PRESS START
) ,
SLUDIGE I LIariE FIRST REACHES PAST. VESSEL
'1
W ET THERPY-10— METER
f r "ViJ
00
! '•1��, �
fan
t
t t t I7.f--
11
1,53r
ri wu
1
t
s
i
��-llry
LIS0
---------
119
T--4
�I<'
I
• I' �i I �
r
r
t
r
I
I
I
1 �
�
I
�
PASTEURIZATION VESSEL TIME FROM 1NLE T THERMOMETER T 0 OUTLET THERMOMETER: n' 7
TIME FROM OUT -LET THERMOMETER TO DISCHARGE: 60 M e�J
ANY PRODUCT NOT MEETING TIMEITImWP REQUIREMENTS IS RECYCLFD THROUGH LIME PROCESS.
DIGESTER Qa START: �r _ DIGESTED f-? END: � � �TOTAL GAL: �? S D
I ri PTAR�-• ;7 y i � S=�rDi�E TOTAL DRY vrf I LDS:__1.2 � C� _ 6
LAME a J ti car,— Eiv n. q B p /�{
''LIIVId '✓. I AL LBS. ®® 7 1 V
% SOLIDS FROM BELT PRESS:�i 2 'f % SOLIDS OF FINAL PRODUCT: LI C; A 1
TO T AB VOLUME OF BIORESIDUALS + LIME + MOISTURE, IN TOMS: - . -7
....... E r'
COLLECTION AFTER 2 IiRS
AFTER 24 HRS.
FILIAL PRODUCT T PH: —� —
TIIs1E/DA 1 E CVLLCIi r CU. L -3>0
ilnntDpprEaaaeLv''--su: ���',e?'2,
�,.a�, 1« o f 3s 3 2 j
TEMP. *C OF SAMPLE.
i BAR CORRECT !ON TO 25• C: � — r C)
OPERA TOR INITIALS:
rk!
AMOUNT OF SLUDGE PROCESSED IS MEASURED BY MEASURING DEPTH OF DIGESTER BEFORE
AND AFTER BFI T PRESS R1 W

5 - 1 - I H
TOWN OF OLD FORT BIORESIDUALS MANAGEMENT FACILITY OPERATIONS LOG
DATE: PERMIT #- wonni i qan
`,...�,.I o"sm vlo%a0cL I IIVIG I -MUM 11MLt I I HhKI lIOME I ER TO OUTLET THERMOMETER: � /,",tx)
TIME FROM OUTLET THERMOMETER TO DISCHARGE:
ANY PRODUCT NOT MEETING TIMEITEMP REQUIREMENTS IS RECYCLED THROUGH LIME PROCESS.
DIGESTER @ START: 3 `� DIGESTER @ END: Lk K. TOTAL GAL:_ 112 i r)
SLUDGE TOTAL DRY WT LBS: g- 0
LIME @ START: —7 LIME @ END: 7 1; (Aj TOTAL LBS: 02 2L,
% SOLIDS FROM BELT PRESS: 7• !g% SOLIDS OF FINAL PRODUCT: 5
TOTAL VOLUME OF BIORESIDUALS + LIME + MOISTURE, IN TONS: Ll
IMMED AFTER
COLLECTION AFTER 2 HRS AFTER 24 HRS.
FINAL PRODUCT PH: 12, IA. 7 j J-?, to
TIMEIDATE COLLECTED: 13 fry j j — % �d !j�kg 6R.9 g.
TIMEIDATE ANALYZED:
TEMP. *C OF SAMPLE. a.2 y
TEMP CORRECTION TO 25 C. -t Q , _ � � �
OPERATOR INITIALS: _
AMOUNT OF SLUDGE PROCESSED IS MEASURED BY MEASURING DEPTH OF DIGESTER BEFORE
AND AFTER BELT PRESS RUN.

TOW1194 OW O 1-D FOI7 T SIORESIDUALS MANAGEMENT FACIA ITY OPERATIONS LOG
10 IME
II
e
bi
LET
% SOLIDS SLUDGE
`FROM PUMP
� e^
IDIGESTERIeSPEED
e E
°fo
IBELT PRESS START
IBLENDER
l---
EI TEMP
I F
e
vV . .4VV
ILIAAF: aLBS./LIh-A. TE6YlP. �!=
FEED PER
� � P.V.
",RATE '' ;� a -'a. 0 !" -
e ILBS.. D ,�u IINLET
LBS-lHR 1WE SLUDGE
TEMP. -! ;
ar^• r
OU 1 LE I
I
/� 5�
SLUDGE / LIME FIRST
_ I
REACHES PAST•
-7.2
VESSEL
INLET THE;;MO
ve F%
/ � &
i
Idl 1 1
! , Lf—
a• ;l -2
r� (
o
. -
A
O
11
�?- 9
:to
'
/��.s r�13 _
-7t1
1
p
1 i
I
I
i
I
1
I
+
I
,
PASTEURIZATION
%imoc' ! ! =
.
r . n— ,A o _
-�
0 �T % 3 6V
, a T!!`U°,� rl�esIV; . LE 1 THERMOMETER ER s 0 OUTLET THERMOMETER:
TIC! 9E FRO;e. OUT ; E I + I'aERMOMETEK TO DISCHARGE- (s?B I lLJ
ANY PRODUCT NOT MEETING TIMrep RE�mp-p r-mne ,� Rv�°
_
DIGESTER @ START: _ 0- DIGESTER @ END: ' , r TOTAL GAL: G 0
�/?
S! : BD3E i TOT-1_ T Vy 1 Lf�a�.c: /
UME @ START: I'7� (19 LIME 0 PNII:
r '�
r i I PiL LBO: -/3.� s i t/� o
r .� i� c' P- ^ a err'..r-! Y .-..-. i � i - - _ � �e J
_ilL,s e i i, � o 80LIDS Oil= FINAL PRODUCT:
0TAL VOLUME O3F BiORESIDUALS + I I�iIE -I• I►jOIOTUI?E, IN TONS: �ID r ! C t
tMMI ED Atlf- T ER y a
coi s !r-e"-1h,
tee_ a e :-',�• I lS..!: J-11' 1 L. 2 I�"��C :.F-� r a ..
--
FINAL PRODUCT PSI: ; n _�
TIMI:JDATE A.NI LYZ 57, 5--7-i +(
I-EMP. 'LE: �
C"ICI v.TO, i iivi i It°aLS_ ram, A
2- FL 5
0e 0 li
UN 1 OF SLUDGE PROCESSED IS MEAS`I RED QV FAAMAc1 rr_�1:I, r -=.�.. `J
v.... .r_ v . ev,e_e 1�e_➢!Sil�lL3 :..rv!' i ! : L"t- r"GEST1-ERBEFORE
EFO E
Fir'-'i ER BEL 1 PRESS RUN. .^. �....s-::• •—

F E�� I�`s� Ra ai URt-0 MANAGEMENT FACILITY OPERATIONS LOG
DATE: PERMIT i-;- I-mon i i,2r,-€e
a� t uF;zr�r� e t: se: sf=a:a �L. i eesi €;a' F:i; : '� ' : ! ; ,a�?tiaiv} ate— a ER i io Ol [' 1 , //Ii
Li T I IEiR1�:lETEER: o %
TIME FROM OUTLET T; eER DME T ER —10 DISCHARGE:
AW PRGDUC a c'I l a MEE-1 INN 6 ME1 T EMIR REQUIREMENT S IS RECYCLED THROUGH LIME PROCESS.
DIGESTER @ START: 7 $ ; DIGESTER) 1%h ENTOTAL GAL,'
Q %_ j�3�SLUD-=rOTdAE Rma!fi-,r�-3L 3:i
.RT. w_I_^d S 1Pit- -00. 0 {
V
% SOLIDS FI'iG'ee� BELT PRESS. [ �, ®`l SOLIDS OF FINAL PRODUCT: J 2, �—
TG •: L IVOLUNTIE OF SMORESIDi.iALS f LIME + MOISTURE, IN TONS: � e `� � ' —70
IMMED AFTER
_ L;ULLs_L:1 ION
FINAL PRODUCT PH: i � -� �
AFTER 2 RRS
/ <<z � %
AFTER 3A FIRS.
?� ; ;y v
TIME/DATE COL LEGTED: v o q -
I; '" _ - : °ir
664 ci y - 2=l
TI' :EIDATE AAAL E': :9 i j - �?.:
7
y
TEMP. *C OF SAIMIPLE: s D
7
I'Eti, P. CORRE t :C3N 6`0 25- * C: i- I% r ' ;
^t�®ATOM
7 � r U �
G
- j- (J �j �
90 5..8 4S'8 INITIALS:
Mtav1v T GF SLUDGE PROCESSED IS MEASURED BY MEASUR11 G DEPTH OF DIGESTER
%ND AFTER BELT PRESS RUN.
BEFORE

p i O,=a Out- ....�.,.. _ Ti3 y FA pg ■ a T� OPERATIONS
E TIONS LOG
v�cga���a . W �a a.i ¢d'c ¢��aG�iH �'M`ii l3i�Y �Y"�b jS.irtB'"�.iRP'6 1a lY C Q �t�.fYfK6 i Y Od'�6m
DATE. Pts-tCt lT:ff- WnM4li«:l1
CT: 0,7cy
d
TIME FROPll OUTLET THERNMOat�t� �� ER TO DISCHARGE: 6. /t (Ad
NO b MEN i G i IMEi € E P REQUIREMENTS 13 RECYCLED T E$ROUGm LIME PROCESS.
DIGESTER tut START: ESTER r" DIGEND:
- e DIGESTER
rkrgyTOLAi m : .. "
c f e.
�.F 9weo= s�TAl i — v1i7 `� - .
SOLIDS FROM BELT PRESS: � % "� e Og'� Dg'� FINAL tP-RODUCT. '7/," -
q i\6� ✓ lid 7(8 aV'�,.IVS �0'" 1 i �
Tt3Tt�1_ V 4fim421ilFE ! r T ir*tiF — rw¢Pa d r.[� ■■ice }}�//i,� i, t { d �pg, [
MOM VISE, !N ONS. 1� C
IMMEO AFTER -
t-UL-U-- .:11UN
AFTER 2 BARS
AFTER 24 HRS.
�=MNAL PRODUCT PH:
- Q . 7y
I _� 6 -7
).2l
i 1MFii3ATl= COLLECTED.
0rVAr -f tj
!TIMEMATE ANALYZED:
r(1
(TEMP. *C OF SAMPLE:
OPERATOR INITIALS:
AWIOa sNT O:= S ; ,DIGE i;-.OeE®18 Ar. Ma�s_.�ca' i1M, �E
AND A='ER BELT PRESSIRUN. ASUl_iJErT H OF DIGESTER
BEFORE E

C TV
DATE: PERfav:: a' a �. u0i - 260
SOLI ygSLUDGE BLERDER LIME LBS /L iME TE �®. *F ®TEMP. *F
Tl��iE_ 15FR,n®a 0n f"AP T` Mr �-.z—�.p''� ly—�—y—�a @ B
1 \SfiL S—iVSY9 S.�Uf.]f' C �a�i'� (— V ] ER a �i 0.5 V.
i �DlCzESTER SPEED _F RAp E L B S./DRY IINLET OUTLE T
R ITI s . SI.; 1DG7Eg
.'"
BELT CRESS STAR T
® sS
`
.SHd' E ; `r_iiffiE FIRST aia:.ACHR`�v PAS T. VESSEL INLET
Yf HERMOME TER
16
1030
i 3r
ie-
If 3
4f'TVa•? �
1 �_7 Y
j•�Q.�j V
i
I
° I
a
I
c
@1
i
a
PASTEURIZATION
VESSEL TIME FROM INLET THERMOMETER
TO OUTLET
THERMOMETER:
7 ,,vt !may
TIME FROM OUTLET TU=01k:'V-VA,fi=-1'EF; TO Dlg rr, 4 RGE: f&Ai (&J_
ANY PRODUCT NOT MWETING TIMSrrEMP REQUIREMENTS IS REC :°`;SLED TBROUGF, LIME e"—H°ESS.
DiG E; a`; ER Q START:_ � i s—1—=vTC i � a�: IID: � i P/ � vTAL %AL:
SLUDGE TOTAL DRY WT LBS:
LIME @ S T ART: = i Li E@ ENU: �2 4 &_7 TOTAL LBS:
% SOLIDS FROM BELT PRESS: %SOLIDS OF cgart_RO.Dg PRODUCT: Qom; i �--
TOTAL VOLUME OF BIORESIDUALS + LIME + MOISTURE, IN TONS:
fiv WED AVER
lir %"i v'va'i d..} 17Yi MEASURING 1%Dr—" { 6`F OFDIVEeI. ER BEFORE
AFTER BEs T PRESS RUN.

TOWN OF OLD FORT I3I0SIDUALS MAMAC—EMEmT FACILrry OPERATIONS LOCH
DATE: PERMIT * W0, 001196n
ITIME
% SOLIDS SLUDGE IBLENDER LIME LBS.JLIME ITEMP. *F TEMP. �F
FROM 1p mp TEmP 1FEED PER P.% . P.V. °
IDIGESTERISPEED = F PATE y¢?? LBS.IDR99`f I" LET OUTLc
�p L lia a � u°V ty 9 . S4i.�i,.iDi�3L
BELT PRESS START 8 -
q2S
5iS'J
P E tS GF: ® im"E FIRvy i �' __ _
E3a�° .� o :�:a�.. .�ai�iST Ra.��.c^a1£ Vp�IEv : i�E- i i6iY
1
�F �° cPO�wa ••wu�ER F t
77
154 { i !� 6 (� f
e
dis
"031)
Joe
i. 4)
I
1 Q' T i
� iy'
Fri
Lo
5 I ( L;
`jV
(
�
.2)
! c
_ _ -
l V c
%
f
j•
I
RASTEU; IIZATI:: N ESSEIr TIME FRO I€NLE T1 T HERMO;PE 4 ER TO OUTLE T THERMOMETER: A 7 A'al.J
TIME FROM OUTLET THERMO E 4 EFL TO DISS!ARCGE_
ANY PRODUCT NOT MEETING TIMFJTEMP REQUIREMENTS IS RECYCLED THROUGH L{IWE PR.04-ESS.
DIGESTER n a0�TA in-r, : at�rr4�i mow' ni =.R: z' 14� �TOTAL
6 3 � 9
DIGESTER arc a av, s - -- .J. o+m.... c ,�C'c`F. C;v, f-.v v V � OTAL GA L"
ME
� ^ SLUDGE TOTAL DRY 1fV i
LtEP.3ARB: i'a4S Yr.i �s°r=�� _ _pp �i
i J.Hvji.. i146i-.� Ci ! `� $ O $f'4.L 'LI3S. &-i f �
% SOLIDS FROM BELT PRESS: l 7, 2.r % SOLIDS OF FINAL PRODI I!_T: � 5----
T 0TAL VOLUME OF SIORESIDUALS a LIME + MOISTURE, IN TOMS: ` 1
,,I, diEo _?iFTE
?'Ell .a e IRS
Gr,% — i%T[3
j$;- $ E�i E If�S.
a P'RODUC.IF Pw-
JCS--�� lt+`7
•7 T
/f7�• i
- - _
J�',U
'DATE :vLLEV I ED: o yq�1
! " � $ tr
'. `C OF SAMPLE:
r
n
CORRECT ic7N TO 5 C:
0, l "x'ti
i�, o ig
AMOUNT OF SLUDGE PROCESSED IS MEASURED BY MEASURING DEPTH OF DIGESTER SEFORE
AND AFTER BELT PRESS RU.N.

TOWN OF OLD FORT .-ES1w-A S MANAGEMENT FACILITY OPERATIONS LOG
,. a err.
ida+i+='. �:.. :neiwn.s. -......
,f /300
I ilV i �6i P5P $ %:IJPV V=i,-;,etL ! IMS FROM INLET
a T_%.HEIRMOlAvaltETERp O Of I I gi�+T p��+. g�+cg�� 5�y (�$m 9 .yea � � �'"d l�9.d
e 4i94 ✓!V$!.. $ �i 1� V°�,$ j�i,a i TD !LD \eC4`�OOtl$L 1 �s
�.
r
T1ME FRO -O E iP � i HER .sm 7 tom. r e.�.. .. '! 1 �r [i1d
s.. ee �_ale2t_...Et T LH-SC AR L.
ho
;A%Ay PRODUCT I'affv er REQUIREeMENTS IS RECYCLED THROUGH
[ � LIME � B c��cc
R....,a�.OS
_H ,.
D1i,E5 T ERw.• �1�ESTE1 END TOTAL GAL�_/ D -2T 0
cl I ;EX ToTA.L DRY r =, 2 ; &S.
LIME @ START: "l— � � ed END: 9A� � � �—TOTAL_��._
--LIME LDS:_
01
% SOLIDS FR(D : BELT P�� SS � � r �3 � a`= FINAL..... _b OD�i p
�—
Ti�ITAL VOLUME 1,�e�IL9LJ :i 4 fle16_�
r O cB"3IORE' i'°.p!• gtA S 5 + MOISTURE, iN TONS: J 51
16Vi(i4ED AFT ER
COLLECTION Al=E`ER' 2 rfr IS
FINAL PRODUCT PH: ) ;2. t{ 6, l n C3
^�
TIME/DATE COLLEC TED : ° . - 7r
TIME/DATE ANALYZED: U —i4
*C
TEtiiP, OFSaJAPLE:
i EMP CORREC'PON T4 26' Q --
9 "�
l Q-
/
igP/E�tGJ Tr R .H::9�
sie
:MOUN a OF S9-LDUE PROCESSEDU� i� E NpaI ---
iC� iCSS�l3 tab3 MEASURED �Y !H,UIN- ING DEPTH /'`C Tlmrs rrra
i A F= , i u'��P'- i ®S� D1�3L�
.-%L- Y E
0`i a t_�i' �rL1
M? I

TOWN OF OLD FORT 810RESIDUALS MANAGEMENT PACIU TY OPEPUATIONS LOS
DATE: PFRJ
MIT * WMr)I I 9Rn
% SOLIDS SLUDGE BLENDER LIME LBS./LIME TEMP. *F TIERAP. *F
!TIME
FROM IPUmP ,TEMP 1pEEn IaPE® ®:�,�o �.lIv
IDIGESTER -SPEED -F IRATE
�LBS.1)DRT �iNLET OUTLET
..
®BELT
PRESS START i
@L'Ql :
•
a _QA uDGF_ .1 LIME FIFhSY-r
.�.o �• e:see
D—, —' YE.S ...
��as^:F_ a.:"s.
_
_. aaE-SE; mill -- � �o��..P.®. � � �v
v�.��c ea�a_e=5 BH�9'iie6IOM SEYi
i vV
10,3
q3 -goo
I 1-(3�c I P )I �
I LfI�� — --
19r
r
yc,
,�
i �"
a
(CJ j• �
�l � 1 "� 4J •
)s'
a
I
I
_
I
)
I
I
I
PAS
T
PAS a Eum" T ION VESSEL TIME FROM INLET THERMOMETER TO OUTLET THERMOMETER: 1 mw
TIME FROM OUTLET THERMOMETER TO D11SCHAROE ^fir �,-
AY"J`d PRODUCT N®1' MEET iNG TEM WM1 I 1JIREMc `es°se F-milt,�SS.
:^.I%_STER O SMA T: �� ,° ' r%[' � r='v a..%, LJ /, 1! F s®.
a *a-Y�' r�`e i i d`R� �?AL: Ldd
SLUDGE TOTAL DRY WT
I_WE � � ? �� � ! � "i
C�a 7
@ START : LiME END: I TOTAL LBS: 21
% SOLIDS FROM BELT PRESS:vOLIDS OF FINAL PRODUCT:
�--`®
TOTAL VOLUME OF BIORESIDUALS + LIME + MOIST URE, IN TONS: 9
9
gA�IWEL AFT FIR
ra_LG;a I a FaI• 2 HRS
AFTER
vION fL�_f AFTER_
�� HRS.
FN'
F. AL' i cSOiri`DUC, 1 � i-A. f oC • v� l % ps • Y >� o
,I 11
1ME/DA T E COLLECTED. ��� ' -31)--i
TRMEID
I
[ MI=JIJHTE f'eNMLYEEU:
TEMP. *C OF SAMPLE: '
rEMP. CORRECTION TO 25* C: + o , I Z f Of
DPERATOR INITIALS: Cis% � i w
WOUNT OF SLUDGE PRO(.-ESSED IS MEASURED By MEASUFFUN G DEPTH OF DIGESTER
13E�ORE
ILIND AFTER BELT PRESS RUN-

Pr;_t�
TOWN OF OLD FORT ajop'E' Qjoi�vALS MANAGE4NEN o a ACiLl T Y OPERATIomS LOG
€)ATE:
L`Cio.^.r'1tT dd. iA:N.raeaa 1...,so
Elf-E® pan —I i �;; �= 3 a
%° adS:74.::°9ies G,-.
ANY PRODUCT VZT I9E,", NG TINjaq, EMp REQUIREMENTS IS RECYCLED THROUSIi LIME PROCESS
v
� i�
DoLEv `a: v START. a �_' DIGESTER @?a END: "' a TOTAL CAL: I f 2__ 15-0
_ 6 .3TA., a' oa�s� Lam: '
LIME @ START: c:) l : E � ce ;
LIME 0 END: � � 1 C' g ;0T_ � 7 -� �
a
�-
C SOLIDS FROI A9 -"Ct -�- rnr�}i�a�ea, � (� .. ._� to ti�i Is�v i > �^v SOLIDS a a f 9 oae PRE
1 f
TOTAL VOLUME OF SIGRESIDUALS + LIME f WIOIS T URE, IN TONS: � . -'j
, p/ `s'
IMNJEED AFTER
�p�`
COLLECTION AFTER 2 HRS AFTER 24 HR3.
FINAL PRODUCT PH: / . AFTER
��
J
J'h � ? � f �•
fl�Cdl�1 y i ��+ •fi �
T98FD EI A C E CO LECTE0, R- ; 6y Sri" `e3.«'r — v �`icd i
TIJMWEIDATE ANAMED: iy sr V
l'EP-1P �n �-Sw�< , �. � 01 c - 0—iif
1• ylv,..
.I_; J 7
TEMP. C®RRECTda3i TO 25` C.
OPERATOR :.'i'.s:::A'
AMOUNT OF SLUDGE PROCESSED IS MEASURED SY MEASURING DEPTH OF ev�ES-,r ®S�r—,
ianiPi -r
m nm oP�CC� '• •_. Li Vi�431{ice
�'-" aLv ilaii9.

'q- is- -lLf
TOWN OF OLD FORT SIORESIDUALS MANAGEMENT FACILITY OPERATIONS LOG
DATE:. ®=n...T Ag....,,.,,.. I—
% SOLIDS
SLUDGE
BLENDER
-rr. r.vLVV { .LUV
LIME ./LIME
TEMP. *F
TEMP. *F
TIME FROM
PUMP
TEMP
FEED R
ILBS./HR Fw.SLUDGE
P.v.
P_V_
DIGESTER
SPEED
* F
RATE ./DRY
INLET.
OUTLET
%
U 1 C BELT Plz;:
�renr
ri
.
0
mwzmm
�w
mommom
_ropumm
=mom=
ow 1 / 57!�-
PASTEURIZATION VESSEL TIME FROM INLET THERMOMETER TO OUTLET THERMOMETER: 0-7 Ai/li
TIME FROM OUTLET THERMOMETER TO DISCHARGE:� `
ANY PRODUCT NOT MEETING TIMEITEMP REQUIREMENTS IS RECYCLED THROUGH LIME PROCESS.
DIGESTER @ START. ,'2 9 DIGESTER @ END. �1.. "I TOTAL GAL: q 7 S'-7
SLUDGE TOTAL DRY WT LBS:
L�00LIME @START:�1�( � i p_: TOTAL LBS: o6, q 759 % SOLIDS FROM BELT PRESS: - 9--7 % SOLIDS OF FINAL PRODUCT: '1. 3
TOTAL VOLUME OF BIORESIDUALS + LIME + MOISTURE, IN TONS:_ -jt-o G J J _ 7 4e
IMMED AFTER
a.vLLC{ i I IVIV AFTER 2 HRS AFTER 24 HRS.
1L PRODUCT PH: I a , �' $ L
JDATE COLLECTED: O $'"70
YDATE ANALYZED: O'S S-I -f /U .1d -1 -/ y O � Z-S I i
P. `C OF SAMPLE: P_ a 4
CORRECTION TO 2V C. + 011111 + p, U 3 '
RATOR INITIALS: _
UNT OF SLUDGE PROCESSED IS MEASURED BY MEASURING DEPTH OF DIGESTER BEFORE
AFTER BELT PRESS RUN.

TOWN OF OLD FORT BIORESIDUALS MANAGEMENT FACILITY OPERATIONS LOG
DATE: IH,/1^- ---
TIME
% SOLIDS SLUDGE
FROM PUMP
DIGESTER SPEED
BLENDER
TEMP
* F
• .rV wwI IG\JV
LIME LBS./LIME
FEED PER
RATE LBS./DRY
LBS./HR WT. SLUDGE
TEMP. 'F
P.V.
INLET.
TEMP. !F
P V
OUTLET
0
BELT PRESS START
S
OAS^ o
SLUDGE / LIME FIRST REACHES PAST.
. 0-)
Z, o
VESSEL INLET THERMOMETER
Gs0 o Ocj
[ b
/ S
O
/7
• G
PASTEURIZATION
VESSE
OFF OS/ S
Gt P
066W
! TIME FROM INLET THERMOMETER TO OUTLET THERMOMETER:►�
TIME FROM OUTLET THERMOMETER TO DISCHARGE: � ,4I tP
ANY PRODUCT NOT MEETING TIMEITEMP REQUIREMENTS IS RECYCLED THROUGH LIME PROCESS. .
DIGESTER @START: a 7 DIGESTER @ END: '3 Lf " TOTAL GAL:
SLUDGE TOTAL DRY WT LBS: 6147 O, 3 'L
LIME @START: 36 l tI `C� LIME @ END:�6-Sr4 t TOTAL LBS: -70
% SOLIDS FROM BELT PRESS: % % SOLIDS OF FINAL PRODUCT: Ll 7.. 3 O 3
TOTAL VOLUME OF BIORESIDUALS + LIME + MOISTURE, IN TONS:_ % 3 r (o7
IMMED AFTER
FINAL PRODUCT PH:
L.ULLM; I IUN
1 (, �-
AFTER 2 HRS
AFTER 24 HRS.
TIME/DATE COLLECTED:
-
(ma's I
Ia , �-
TIME/DATE ANALYZED.
o & 4 0 -� I
Q rC lU a3 /c
�3 _/
- /t� �3 i
TEMP. •C OF SAMPLE:
a 5-a
3
_
TEMP. CORRECTION TO 2y C:
��
` "I /*-) k
_
GI\A I vI[ Mill i 1AUX
IOUNT OF SLUDGE PROCESSED IS MEASURED BY MEASURING DEPTH OF DIGESTER BEFORE
D AFTER BELT PRESS RUN.
'3C-tT P2C-&S
pump I ti &ZKV j L.;�

Ft'B® T Bo�I�ES3S_UALS MAt4AC E�?' F CRI=iT�r° ��� RO�l� R.oG
D=oimrr !t• rninnt� l 5 f
E �i Iril 1 1 C'IrK6vlump a cm e v tisv d i ! L.! B B 1-- V.-. — 1 1 ��,)
��RgI-
Ti..
PAzi ! E�e teF�s-! a Itf8 o V Ev4S._L .
ET i��
TIME FROM OUTLET THERMOMETER 1 O DISCHARGE- (J? :i I i)
�-,saE,rrEMP e��� R� ANTS :8 REC vL':D THROUGH LIME PROCESS. J/D
DIGESTER t7� S T ART: - tr DI,r�—ESTER @ E.4D: t� F' TOTAL GGAL:_ _
.JD = 0 %1 B AI n-- ly V� 1 --V- � V B � •
LIME START: ' —ERNE ERl�R1: � TOTAL LPS: a
% SOLIDS FROMBELTPRESS: SS: % SOLIDS OF FINAL PRODUCT: a . —7 V � d , 9
9
1 IA. VOL E O:—IUKE=ID_ 3 + L! ..=— .I. MOM PURE, IN TONS:
RM"rWED ;RJR
aa � A4sr»v f-!! . -R 6 ri�T
1-Ia'ER 24 ;FRS.
�?V 'L I BVBS -
'FKAL PRODUCT PH: �� 4 � ;� • � J /� . �;
ITIME/DATE COLLECTED: 09Yy 1 C-I - l ©q } I f' i '! tl y F f
-rmag=.,mATl=AD.l lY7Fr)- nc-= c-• U- la-fcf J LI i 1/-1.2_�Y 0&4i ii=.�
P. *C OF SAMPLE:
.,.-URE iT1O.no TO 25- C.
R TOR INITIALS:
%Vti1Va.i1V I i.ii vi..vv�+� e— ms_— Sf ! _
AND AFTER BELT PRESS RUN.
BY Ml ASURRR':v DEPTH OF DIGESTER BEFORE
P. *C OF SAMPLE:
.,.-URE iT1O.no TO 25- C.
R TOR INITIALS:
%Vti1Va.i1V I i.ii vi..vv�+� e— ms_— Sf ! _
AND AFTER BELT PRESS RUN.
BY Ml ASURRR':v DEPTH OF DIGESTER BEFORE

of oam FORT B10RE51D�ALS ~omANAGEMENT F&-C-glmY OPERATIONS LOG
PPRUIT e- VVCJ0014260
PASTEURIZATION 9 ES-5F= 1 M,11,_ E-i•(€�it�i lF4L= 1 1 fIr-M.IV umm 8 "I ( u I'lli i-i- i i F i6.J
TIME FROM OUTLET THERMOMETER TO DISCHARGE: L �r (:J
�� . �1 0 %-¢a®�e st-u a f"= ®R�WAR
RODPv!\8 9/.T 0tA i15C im"�a= -a lHaeit`o�ai�F'o chi ®iae'Ac`T �iai b3 ➢ RECYCLE d 6 eaYaAaaVa t --l— a aE®. .
DIGESTER @ START : DIVESTvR @ END: TOTAL GAL:® nl'7(/!��
TOTAL 4"iii\� 0AT i Ci4• f y}�/V/J V>',
SLUDGE Y a TOTAL �i.�a i ®tee °• �®� t�LIMP: Al _START S, -LIME A END: � �Q "I � .TOTAL LI3S: •1 �) � C'� �
SOLIDS FROM BELT PRESS:-__% (oa S % SOLIDS OF FINAL PRODUCT-
.ate rw w1 �a-c+t[�i ini i i dRMi� �. Kaiiiv e l oKvr rsa.aFn,
^L vv'ivo'vlc- ate: D.�J..€':.z 3—W. —%;3 ®..___ - �^�: l ``�. r i v�
IIi%1MEI.D AFTER
FINAL PRODUCT PH_ i�) J Cr %
TIMEIDATE COLLECTED: DRq a r ZL-10 "-( k
. *C OF SAMPLE: 19
R u�5 A--R 24 HRS
®rs--L/L)
2 'L 01
UN T OF SLUDGE 's='r:�a `v'Evv`er MEASURED BY MEA Si �RI.N^-. DRE TH OF DIGESTER BEFORE
AFTER BELT PRESS RUN.

TOWN OF OLD PORT WASTEWATER TREATMENT PLANT
LAND APPLICATION OF 1310SOLIDS
FINAL. PRODUCT PH
YEAR: a 61
pH VALUES ARE IN STANDARD UNITS.
CALIBRATION
DATE, TIME
COLLECTED
DATE/TIME
ANALYZED
TEMP
-C
PH
St. UNII
TEMP
CORR
TRUE
PH, S.0
TIME
CAL.
BUFFERS
CSC
10.0
OP.
INIT.
10.0
12.45
1-nZ
09cl<-
/-,9a rS�i�S-
�3
i �
-a,rlla
1,)•S3
0�1U
10,1))
�rw
1-12-
09LK-
1-)L3 0 5-0
�
J3;oLy
-6A,
o' F
0930
/0'ui
.4
Jolo
71
U
1Q,?1
0'5-vu
10,0)
10,o5
12.
-0,0&
0. G°I
2 2c) v52v
2-
1 �2.93
-U. I Z
G oo
1 O :a 1
1-,q3
L
-S
0E-s,g-
30'F0
23
1),-20
-0,0(;
o.Gci
07'lo
10,C)z-
,s
/0,0
VLi
3"�
Asti
3-S as
',1
7L1
•-0,0 9
1�•GS
1,
,I
I,
3-<-
3-6 0 0
2 i
, W
- 0, /,p
12•
0 � c9v
U1
/2. 47
J0,00
UU
3-2-7
0150
3-92 020
a 5
Q, &L
v
1a
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i0,01
9a• N`
t0®0
37
o53v
3- a--) 4o
aN
1a,70
-n,v3
(-7
1,
,1
v i
-a7J
093v
3-2-£ 0 73r,
2.3
JZ,7 Z
-0,06
0 9 Z S
)0,4)
12, SI
/0,09
S-I
a&u(
S- 05
12.
--v,o5
Ja.7�-
0735-
J0,01
/;?.cry
. ,0"
VIJ
5'-1
OP
5-1 )o'4t'
;z &
10,03
11 2E
'`
�`
�,
(�S-SZ
aY
/2, 72
-0,03
12,
05s'L(0
5-7
QR30
-5- 7 0"0
37
J.?-k3
-to,2/,
0,614
0730
10.0
iQ.Ll�
larva
3'7
p83(�
5- ()
2R•
1a• S1
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,t
It
1(
<<
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S-�
25 "
2S
12•� -
12• S �
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12.K(a
10,0�
S-22
QS-��-
-22, 0631;7
30
ogs
12, �y
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/�L
Dy
4
O"K
5 2 0
a(,
10, W
70,03
y
,30
r0.v1
Vim/
Unless otherwise indicated, pH meter is calibrated the same day as the sample is analyzed.
TEMP. CORR. = Temperature correction to 25 deg. C.

TOWN OF OLD FORT WASTEWATER TREATMENT PLANT
LAND APPLICATION OF EIOSOLIDS
FNNAL PRODUCT PH
YEAR: a ®f "
pH VALUES ARE IN STANDARD UNITS.
CALIBRATION
DATE, TIME
COLLECTED
DATE/TIME
ANALYZED
TEMP
*C
PH
St. UNII
TEMP
CORR
TRUE
PH, S.0
TIME
CAL.
BUFFERS
10.0
12.45
CSC
10.0
OP.
INIT.
-a9
()g5
S-n 08q.t
aM
la .61
A0,09
ia.70
0-7;z 5
/0'(v
43
-ads
3
5­-Aa 103s
PG
la,
r k
S ,:?-9 ®g-y
a y
ra-
dq,
6-1Q 092,s-
3)
IP,H(o
0,11�
�a1.6
a�
i01
r� 4Z
ww
,
`
-r091
LA2 01-20
/2-5 Z
1-0/0-�
/2,1;�
0%0
1010)
1a.yk
O.vS
-�
O&-IIo
7-2 OF,so
91
I.2.&IZ-
io,a
io(t0
9 -
1 a.4
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%2. s S-
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l(
rc
'(
dSl-/
�26,
/2.zt'7
t0,03
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10.0 )
2.yz(
10,09
7-1�
U74�
7-Il, o7Ss
3d
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t0'1
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i 3
'(
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('
1(�
�
7-17 07Ns-
C-
12,37
0
)a. 37
(573-5-
10,U►
12•yy
10,04
GZJ
7-3U
o&915
24)
1 .47
1-0,►2-
)2
(
42- z13
J0,0G
d
-30
oi,4�
7317 ouC
7
i:2, 9Z
t0,ob
Id- `i `�
n
'l
►.(
`(
�,
7-3
()8u<-
-7-31 0 $e 5
a
I a ti
0
12. u9_
09-6--V
10.0 1.
12.yY
/-0,0s
9-2o
onto
$-2o a�-zo
30
la•Ll3
0700
/P.01
Id.y7-
1o•0&
-
oato
-do tor6
z
Lf
rG,Ulo
1a•�Z
'0
OS-- ()
- O'�)
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) , Li7
d
10,0(
-ISM
Os:
q-I�r ova
-1 C)
0
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/a•i�r
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10,01
1 .9
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owzl7
u7
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12, 44
0 ov
)O,v
VU
Unless otnerwise (naicatecl, pH meter is caunratecl the same Clay as the sample is anaiyzea.
TEMP. CORR. = Temperature correction to 25 deg. C.

. ♦ 7 .
TOWN OF OLD FORT WASTEWATER TREATMENT PLANT
LAND APPLICATION OF BIOSOLIDS
FINAL PRODUCT PH
pH VALUES ARE 1N STANDARD UNITS.
YEAR: 2-01 Y/ CALIBRATION
r% A --
" Is U=
W12�mg
0 0 Mug 0"U1 a fim, EM EN
=am
mm
M FMI
ffm-mmm
I®®mm
�M�Mmm
♦ ME
ME
mm
mm
mm
mm
usviv*s umerwise maicatea, pH meter is calibrated the same day as the sample is analyzed.
TEMP. CORR. = Temperature correction to 25 deg. C.

O
C5.1
TOWN OF OLD FORT BIORESIDUALS WQ0011260
DELIVERY LOG
YEAR =
DATE
DELIVERY
LOCATION
FIELD USED
FOR
OWNER
BEGIN
MILEAGE
END
MILEAGE
t.�
l L,N&6;6
,Rt,S Jb)
AI V X
�,
�,
,�
►�
3237
3s
1 D, D

LAND APPLICATION SITE INSPECTION — 4-3-14
GREENLEE RD (@ RAILROAD TRACKS); OWNER — DARRELL SHERLIN
Approx 5 acres used as hayfield; In good shape except for one damp area of field in center.
Only need to allow 25 feet from property and 100 feet from branch at lower front corner.
LAND APPLICATION SITE INSPECTION — 4/13/14
Site appeared to be in good shape, with no residuals distributed outside of boundaries.

TOWN OF OLD FORT WASTEWATER TREATMENT PLANT
6I®RESIDUALS (:LASS A) DISTRIBUTION PROGRAM
PERMIT # WQ0011260
SIORESIDUAL5 USER AGREEMENT
By agreeing to accept the built Class A residuals, it is recognized that the application of these residuals is
allowed under the conditions of this agreement. band application of Class A residuals is considered the
beneficial reuse of a waste under 15A NCAC 02T .1100, and has been deemed permitted under 15A
NCAC 02T .1103(4) provided the conditions of this agreement are met. Any action resulting in damages
to surface water or groundwater, caused by failure to follow the conditions of this agreement, is subject
to NC Division of Water Quality enforcement action.
Bulk residuals shall not be land applied under the following conditions:
a. If the residuals are likely to adversely affect a threatened or endangered species listed under
section 4 of the Endangered Species Act or its designated critical habitat;
b. If the application causes prolonged nuisance conditions;
c. If the land fails to assimilate the bulk residuals or the application causes the contravention of
surface water or groundwater standards;
d. If the land is flooded, frozen or snow-covered, or is otherwise in a condition such that runoff of
the residuals would occur;
e. Within the 100-year flood elevation, unless the built residuals are injected or incorporated
within a 24-hour period following a residuals land application event;
f. During a measurable precipitation event (i.e., greater than 0.01 inch per hour), or within 24
hours following a rainfall event of 0.5 inches or greater in a 24-hour period;
g. If the slope is greater than 10% for surface applied liquid residuals, or if the slope is greater than
18% for injected or incorporated bulk liquid residuals;
h. if the soil pH is not maintained at 6.0 or greater, unless sufficient amounts of lime are applied to
achieve a final soil pH of at least 6.0, or if an agronomist provides information indicating that the
pH of the soil, residuals and lime mixture is suitable for the specified crop. Any approved
variations to the acceptable soil pH (6.0) will be noted in this permit;
I. If the land does not have an established vegetative cover unless the residuals are incorporated
or injected within a 24-hour period following a residuals land application event;
j. If vertical separation between the seasonal high water table and the depth of residuals
application is less than one foot;
It. If the vertical separation of bedrock and the depth of residuals application is less than one foot;
1. Application exceeds agronomic rates.
The person or entity accepting the built Class A residuals shall to the best of their knowledge meet the
following application requirements:
I. Residuals stockpiled for more than 14 days shall be covered;
ii. Application of bulk residuals shall not occur within 100 feet of a public or private water
supply source;
Ill. Application of bulk residuals shall not occur within 100 feet of any well, with the exception
of Division approved monitoring wells;
iv. Application of bulk residuals shall not occur within 25 feet of surface waters.

The generator of the Class A bulk residuals shall provide information on the proper use of the residuals,
Including Information on the nutrient quantities within the residuals and recommended application
rates. A copy of the label or information sheet attached to bags or other containers, as specified in the
labeling requirements under Condition 111.7 of the permit, is sufficient.
The applicator or party accepting bulk residuals from the Permittee shall supply all third parties
receiving bulk residuals with documentation specifying that application shall occur consistent with the
utilization agreement.
Instructions, Including contact information for key personnel, shall be provided to the applicator or parry
receiving bulk residuals in the event that any requirements specified in the utilization agreement are not
met.
A copy of the Utilization Agreement shall be maintained at the landcappiication sites when bulk residuals
are being applied.
■eerr■rreerrer�re®rerr■rree■■rrerrrerrrrrrer■rrreBrrrrerrrerrrrre.rrrrrrrerrero
By accepting residuals from the Town of Old Fort Wastewater Treatment Plant, I agree to abide by the
conditions of their application and use.
Signed an n .r .. ®Date
Print .— i S Fl- I-i �
Mailing Address
Old Fort WWTP / Bioresiduals ORC
Print
0> j cln� r /� C