WQ0012346_Residual Annual Report 2014_20150220

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CLASS "A" WASTEWATER RESIDUALS
ANNUAL APPLICATION REPORT
YEAR 2014
UNITED STATES
MARINE CORPS BASE .....
CAMP LEJEUNE, N.C.
RECEIVEDIDEN
N.C. PERMIT WQ0012346 FEb � v %'u15
wawr Quallt
p��g S on

I
• UNITED.STATES MARINE CORPS
MARINE CORPS INSTALLATIONS EAST -MARINE CORPS BASE
PSC BOX 20005
CAMP LEJEUNE NC 28542-0005
5090.20.1
BEMD
FEB 19 2015
Mr. Jon Risgaard
North Carolina Department of Environment
and Natural Resources
Water Permitting Section, Wastewater Branch
North Carolina Division of Water Resources
1617 Mail Service Center
Raleigh, North Carolina 27699-1617
Dear Mr. Risgaard:
In accordance with requirements of 40 CFR Part 503, the
enclosure forwards Marine Corps Installations East -Marine Corps
Base Camp Lejeune's (MCIEAST-MCB CAMLEJ) Class "A" Wastewater
Residuals Annual Application�Report for the Year 2014.
If you have any questions please contact Mr. James Marshall-
Zank, Environmental Quality Branch, Environmental Management
Division, G-F, at [phone].
Sincerely,
11..
John R. Townson
Director, Environmental Management
By direction of
the Commanding General
Enclosure_: MCIEAST-MCB CAMLEJ's Class "A" Wastewater Residuals
Annual Application Report Year 2014 (3 copies)
RECEIVEDIDENEWR
- FEB 0"?015
WaterQualdty
Permfte SeMn

2011-4
A-----N--N-UAL _:_
OrN D�IS,T' UTI111-0,Nii,
OF CLASS:
�.A�.
R ALS,
MARINE CORPS BASE
CAMP LEJEUNE
PERMIT NO. WQ0012346

2014 ANNUAL REPORT ON
DISTRIBUTION OF CLASS A
WASTEWATER RESIDUALS
MARINE CORPS BASE, CAMP LEJEUNE
WQ0012346
• Cover Letter
SECTION I
• Class A Distribution & Marketing/ Surface
SECTION 2
Disposal Certification & Summary Forms
• Annual Residuals Sampling Summary Forms
SECTION 3
• Residuals Analysis lab Sheets
SECTION 4
• TLCP Lab Sheets
SECTION 5
• Annual Pathogen & Vector Attraction Reduction Forms
SECTION 6
• Pathogen & Vector Attraction Reduction Lab Sheets/Records
SECTION 7

'Aw
IMF'
-_Is 2-4

Camp Lejeune Advanced Wastewater Treatment ATAD Facility
Transferring Biosolids from Tanker to Applicator

Reporting Period 2014
CLASS A ANNUAL DISTRIBUTION AND MARKETING/SURFACE DISPOSAL CERTIFICATION AND SUMMARY FORM
WQ PERMIT #: W00012346 FACILITY NAME: Camp Leieune AWWTP
PHONE #: [phone] COUNTY: Onslow OPERATOR:,, _ _ Edwin Snider
FACILITY TYPE (please check one): ® Surface Disposal (complete Part A (Source(s) and "Residual In" Volume only) and Part C):�
❑ Distribution and Marketing (complete Parts A, B, C)
Was the facility in operation during the past calendar year? Yes ® No ❑ > If No skip parts A, B, C and certify form below
Part
A
Part B
Month
Source(s) (include NPDES
# if applicable)
PP )
Volume dr tons
Recipient Information
Amendment/
Bulking Agent
Residual In
Product Out
Name(s)
Volume (dry tons)
Intended use(s)
JaIlUary
Camp Le'eune AWWTP NCO063029
26.7
February
Camp Le"eune AWWTP NCO063029
47.5
March
Camp Le'eune AWWTP NCO063029
50.4
April
Camp Le"euneAWWTP NCO063029
62.7
May
Camp Le'eune AWWTP NCO063029
112.9
June
Camp Lejeune AWWTP NCO063029
64.9
July
Camp Le"eune AWWTP NCO063029
53.6
August
Camp Le"eune AWWTP NCO063029
32.0
September
Camin Le'eune AWWTP NCO063029
36.8
October
Camp Le"eune AWWTP NCO063029
140.9
November
Camp Le"eune AWWTP NCO063029
15.5
December
Total from FORM DMSDF(sup)
0.0
Totals Annual (dry tons):
643.8
_
Amendments used:
ng Agent(s) used:,��
If more space is required, attach additional information sheets (FORM DMSDF (supp)):
Part C:
Total Number of Form DMSDF (Sapp) L0
Facility was compliant during the past calendar year with all conditions of land application permit ® Yes
(Including but not limited to items 1-3 below) issued by the Division of Water Quality: []No —> If No, explain in Narrative
1. All monitoring was done in accordance with the permit and reported for the year as required and three (3) copies of certified laborator 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 beset of my knowledge and belief, true, accurate and complete. I nm aware that there are
significant penalties for submitting false information, including the possibility of fines and imprisonment for knowing violations."
� r
Areparer
t Permittee Date Signature ofPreparer** Date
(if different from Permittee)
is defined in 40 CFR Part 503.9(r) and 15A NCAC 2T.1102 (26)
DENR FORM DMSDF (12/2006)

BIODYNAMIC VOLATILITY ENHANCEMENT LOG
WT-310CS SWEET CANE SYRUP
(SUGAR WATER)
• 10 January 2014, 275 gallons was added to Train 1 Reactor A
And 275 gallons was added to Train 1 Reactor B.
• 16 January 2014, 275 gallons was added to Train 1 Reactor A
And 275 gallons was added to Train 1 Reactor B.
• 18 January 2014, 275 gallons was added to Train 1 Reactor A
And 275 gallons was added to Train 1 Reactor B.
• 29 May 2014, 275 gallons was added to Train 3 Reactor A.
• 30 May 2014, 275 gallons was added to. Train 3 Reactor A.
• 31 May 2014, 275 gallons was added to Train 3 Reactor A and 275
-gallons was added to Train 3 Reactor B.
• 18 June 2014, 275 gallons was added to Train 2 Reactor A and 275
gallons was added to Train 2 Reactor B.
• 19 June 2014, 275 gallons was added to Train 2 Reactor A and 138
gallons was added to Train 3 Reactor A, and 138 gallons was
added to Train 3 Reactor B.
• 21 June 2014,138 gallons was added to Train 3 Reactor A and 138
gallons was added to Train 3 Reactor B.
• 15 September 2014, 275 gallons was added to Train 1 Reactor A
and 275 gallons was added to Train 1 Reactor B.
• 23 September 2014,138 gallons was added to Train 1 Reactor A
' And -138 gallons was added to Train 1 Reactor B.
• 24 September 2014,138 gallons was added to Train 1 Reactor A
And 138 gallons was added to Train 1 Reactor B.

BIODYNAMIC VOLATILITY ENHANCEMENT LOG
WT-310CS SWEET CANE SYRUP
j (SUGAR WATER)
_l
• 25 September 2014, 275 gallons was added to Train 1 Reactor A.
• 17 November 2014, 275 gallons added to Train 3 Reactor A, and
275 gallons added to Train 3 reactor B.
• 29 December 2014, 275 gallons added to Train 3 Reactor A, and
275 gallons added to Train 3 Reactor B.
i 30 December 2014, 275 gallons added to Train 3 Reactor A, and
L 275 gallons added to Train 3 Reactor B.

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 -13
WQ Permit Numner: WQ0012346 Laboratory 1) EQM.EMD _
Facility Name: Camp Leieune AWWTP 2) Environmental Chemists, I
Residual Source WQ# or 3)�_ _
NPDES # .N00063029 4)
WWTP Name: Camp Leieune AWWTP 5)
Parameter
m /k
Ceiling
Conc.Limit
Sam le or Com osite Date
1 14/2014
4/82014
7 15/2014
10 28/20 4
_
Percent Solids
NA -
2.700
2,85
2.720
1.6.40
Arsenic
75
3,330
12.300
4.690
5 E70
admium
85
.3.670
3.610
5.560
5: 70
_
C000er
4,300
415.00
358.00
494.000
26 .000
Chromium
NA
35.90
23.900
31.300
19.400
Lead
840
9.1101
12.100
13.300
7.600
Mercury
7
0.889
0.596
0.801
1.270
_
Mol bdenum
75
3.890
3.370
7.700
5.570
Nickel
420
23.400
21.300
30.400
22.600
Selenium
1
3.330
3.470
5.360
' 6.1.40
Zinc
7,500
1.280.0001
1.190.000
1.640.000
778.000
Total Phos horns
NA
50 800.00
6.320.00
49 900.00
48 40 ).00
_
TKN
NA
70 8 0.0
85,300.00
. 68 500.00
100,00).00
Ammonia -Nitro en
NA
34 900.00
34 100.00
60100.00
64 0 ). 0
Nitate-Nitro en
NA
64.8001
47.300
16.300
1.270
_
"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 fir knowing violations."
Signature of Preparer* Date
•Preperer Is de0ned In 40 CFR Part503.9(r) and 15A NCAC 2T.1102 (26)
DEM'FORM SSF (12/2006)

6602 Windmill Way e Wilmington, NC 28405
_ _ [phone] (Lab) a [phone] (Fax)
srn ! i 0 Bowsertown Road e Manteo, NC 27954
[phone]
AN,:LYTICAL & CONSULTING
CHEMISTS NCDENR: DWQ CERTIFICATE #94. DLS CERTIFICATE #37729
USMC Camp Lejeune
Date of Report: Feb 17, 2014
12 Post Lane
Customner PO r-:
Camp Leleune NC 28547
Report J#% 2014-00601
Attention: Alberta Y. Okamoto
Report to: Alberta Y. Okamoto
Project ID:
Lab ID Sample ID:
Collect DatelTime Matrix Sampled by
14-01179 Site: CROM Tank
1/14/2014 8:15 AM Solid/Sludge Snider
Test
Method
Results Date Analyzed
Sludge Residuals
Aluminum
EPA200.7
43700 mg/kg
02/04/2014
Arsenic
EPA200.7
<3.33 mg/kg
01/22/2014
Cadmium
EPA200.7
3.67 mglkg
01/22/2014 .
Calcium
EPA200.7
64400 mg/kg
02/05/2014
chromium
EPA200.7
35.9 mg/kg
01/22/2014
Copper
EPA200.7
415 mg/kg
0112212014
Lead
EPA200.7
9.11 mglkg
01/22/2014
Magnesium
EPA200.7
5150mg/kg
02/05/2014
Molybdenum
EPA200.7
3.89 mglkg
01122/2014
Nickel
EPA200.7
23.4 mg/kg
01/22/2014
Potassium
EPA200.7
7590mg1kg
02/05/2014
Selenium
EPA200.7
<3.33 mg/kg
01/2212014
Sodium
EPA200.7
5560 mg/kg
02/05/2014
Zinc
EPA200.7
1280mg/kg
02/04/2014
Ammonia Nitrogen
EPA350.1
34900 mg/kg
01/17/2014
Total Kjeldahl Nitrogen (TKN)
EPA351.2
70800 mg/kg
0112312014.
Nitrate+Nitrite-Nitrogen
EPA353.2
64.8mg/kg
0211412014
Total Solids (%)
SM 2540 B
2.70 %
01115/2014
pH
SM 4500 H B
7.85 units
01/23/2014
Total Phosphorus
SM 4500 P F
50800 mg/kg
01/24/2014
Mercury
SW8467471B
0.8890mglkg
01/17/2014
Comment: Results, except pH, reported on a dry weight basis. pH reported on an as received basis.
"eviewed by: _0OULT(
'0 UaN&
Report#:: 2014-00501 Pagel of 1

Analytical & Consulting Chemists
CLIENT: Commanding-G
12 .Post-. Lane
Camp L-eieur
6602 Windmill Way Wilmington, NC 28405
OFFICE: 910-392-0223 FAX [phone]
[e-mail]
(I0�0
PROJECT NAME: Camp Lejeune MCB REPORT NO:
_
CONTACT NAME: IAlberta Y. Okamoto PO NO:
REPORTTO: Patricia H. Ra er PH ONFJFAX: 910-451-0020 (fax) 910-451-7195
28547 COPYTO: ' email: [e-mail]
— G.�..9 Of c1..Ano rtttiar-
ENVIRONMENTAL CHEMIST 3 INC
NCDENM DWQ CERTIFICATION # 94 NCDHHS: DLS CERTIFICATION # 37729
COLLECTION AND CHAIN OF CUSTODY
'��rBl ledDY:2 s�I 1 SAMPLE TYPE:
�� Collection p c
Sample lclentuficatiora F�F 1' 9 '
yh Eo. U V�
lute Time Temp
I = Influent,
E-
PRESERVATION
ANALYSIS REQUESTED
luminum, Arsenic, Cadmiun
r
_ •Lead—
F
°'
U�
tu
w
d`0
Jx
Z
X
'
I
o
0
x
w
_
CROM TANK
-I - L
O L
LUD
E-C
P
�)
G
G
C
P
4agnesium, Molybdenum,
TlcZeE, 7o assium, o a.utn,
elenium, Zind,
Mercury Sludge, Nitrite,
G
G
-
C
P
G
-- --
---
C
P
G
G
C
P
FKN, Total Solids/Soils &
- — --
G
G
-
C
P
3hosphorus
G
G
- ----
C
P
G
G
P
G
G
`-
G
G
C P
G j G
r DatelTime Received By: Date rime
Transfer Relinquished By:
2• 1= ..., ,t. Resamole Requested:
8 emperaTure w"nln neaet
Deliverer M:�
r✓ omments: -
lq Time: i h
:NA OUND:

Date:
Client:
Date Collected:
Date Received:
Sample: .
Analyte
% Solids
pH
Marine Corps Base
@&EE/El-IiD!/ECIS
12 Post Lane
Camp Lejeuner NC 20547
FC Wastewater
1/14/2014
1/14/2014
Quarterly Sludge
Date
Results Units Analyzed
2.80 % 1/15/2014
7.83 SU 1/14/2014
Tech Method
AYO
AYO
CERTIFIED BY:
2540B - 1997
4500H+ B - 2000
PATRICIA H. RAPER

Chain of C�uty Record
CLIENT: Commanding General
ISLE/EIVID/ECB
12 Post Lane
Camp Lejeune, NC 28547
Attn: Alberta Y. Okamoto
(910) 451 - 0020
Collected by:
Date 1Colht.cted:
Time CoHected:
- ---- - t._a CaViorB of S8.Pru nBG -
truck Loading Station
CouiUia'Grab:
Grab
Number of Containers:
2
--- --
%Solids, pH
i®c'ciEa�nsted:
_ _ Report all results as mg/kg drywt.__
W,vs sE mn!n dochiori.U'liate'd
_��ti f-_vi'fi ��aGtiQ7 C11;
g a�
,?
_ IGe,
e's ^T—�
Y_
I
lfield pN: W _
Comments: _
-
relinquishred b>>T--,_—
-� rate W �M
Time
_� Received by: r —
Date --
I ir7re
—
r _
�fi
D. 15

CAMP LEJEUNE VVWTP
p PH Fm-' E A rL-' jR N G S C 3 F R QUART ERLY SLUDGE SAMPLING
COLLECTED
DATE COLLECTED: TiME: L) t � BY:
DATE: 1.14.1
ANALYZED BY: 04
TIME:
METHOD: 4500H+ B - 2000
6&2,� _
TIME
VOLUME
%
SAMPLE
TEMP
pH (SD)
COLLETIMECTED
ANALYZED
RECOVERY
UALIbKA I IUN
BUFFER 4.00
6 0
4.01
CALIbRA I IUN
BUFFER 10.00
�-Lmwjg
60
10,0L
W itM",4 il
MR -,'
a
CHECK BUFFER 7.00
60
CROM TANK
OV
100
-7
V. .... .sus..,.. .
CROM TANK DUP
100
'om
4 211;
CHECK BUFFER 7.00
60
FORM UPDATED: SEPTEMBER 2012 CHECKED BY:

i
i
'4 '+"Lli x` ni. LL1:.. a-eT,._I 1.1a"11 IC J=L, e
660, Wbdmill Way o WilmiiLgton, NC 2S^_05
[phone] (Lab) c, (910) 392-4 24 (Fax)
s 710 Bona*sertoTn Li Road 6 Ia mteo,1\C 27954
- [phone]
ANALYTICAL L.GONSUI T!NG
CHEMISTS NCDE1\TR: DWQ CERTIFICATE #94. DLS CERTIFICATE #37729
UrSMO Cali p Lejeune Date of Report. May 02, 2014
12 Past Lane Custo:r e,r, F0
Camp Lejeune NC 28547 Report r�: 2014-04161
Attention: Alberta Y. Okamoto Report, 'Lc: Alberta Y. Okamoto
Project ID: Camp Lejeune MCB
Lab ID Sample ID: Collect DateMme Matrix Sampled by
14-10030 Site: CROM Tank 4/8/2014 7:45 AM Solid/Sludge Acosta Julius
Test Method Results Date Analyzed
Aluminum
EPA200.7
32300mg/kg
04/21/2014
Arsenic
EPA200.7
12.3 mg/kg
0411712014
Cadmium
EPA200.7
3.61 mg/kg
- 0411712014
Chromium
EPA200.7
23.9 mg/kg
04117/2014
Copper
EPA200.7
.358 mg/kg
04/14/2014
Lead
EPA200.7
12.1 mg/kg
04/17/2014
Magnesium
EPA200.7
4630 mg/kg
04/14/2014
Nlol-bdenum
EPA200.7
c337mrt/4n
04,11TI2014
Nickel
EPA200.7
21.3 mg/kg
0411712014
Potassium
EPA200.7
6320 mg/kg
04/14/2014
Selenium -
EPA200.7
3.47mg/kg
04/23/2014
Sodium
EPA200.7
4420 mg/kg
0411412014
Zinc
EPA200.7
1190 mg/kg
04/23/2014
Ammonia Nitrogen
EPA350.1
34100 mg/kg.
04/22/2014
Total Kjeldahl Nitrogen (TKN)
EPA 351.2
85300 mg/kg
04/30/2014
Total Solids (%)
SM 2540 s
2.85 %
04/09/2014
Total Phosphorus
SM 4500 P P
46200 mglkg
04/29/2014
Mercury
SW8467471B
0.5960 mg/kg
04/21/2014
Nitrate Nitrogen (cafe)
Nitrite Nitrogen
EPA353.2
11.3 mglkg
04/10/2014
Nitrate+Nitrite-Nitrogen
EPA353.2
47.3mglkg
04/21/2014
Nitrate Nitrogen
Subtraction Method
36.0 mg/kg
04/23/2014
Comment: Results reported on a dry weight basis.
Reviewed by:
op(I*-
Report#.-: 2014-04161 Page 1 of 1

i♦
• �(� r eu
Analytical &. Consulting Chemists
ENVIRONMENTAL oflEM1STS, -ANC
NCDENR: DWQ CERTIFICATION # 94 NCDHHS: DLS CERTIFICATION # 37729
r.e ■ n r1■ Ar nr �CTl1[-Irl
6602 Windmill Way Wilmington, 405
OFFICr: 9.10-092-0223 FAX 9.10-3:jc-4424
info@environmenlalch� emists.coi
/
CI_IENT�Cammanding General
PROJECT NAME: Camp Lejeune MCB
ILI�-4.
REPORT No
ADDRESS: I&E/EMDIELS
CONTACT NAME: Alberta Y. Okamoto
PO NO: _
12 Post Lane
REPORT TO: Patricia H. Raper
PHONEIFAX: 910-451-0020 (fa)o 910-451-7195
Camp Leieune, NC 28547
COPY TO:
I email: atricia.ra per usmc.mil
-'---- _ em......a %nr_Mr-ty OT- qzf-- sn = !-;n�u tii - tininne- LJMer.
Sample IdentificationE
Collection
>,
v� ~
°o c A
o
U
d _
(+ 0
`o
V !~
m
FLU
o
o E
a
m
PRESERVATION
lUSALYStS REGtU!_STL-:D
------
Date
Time
Temp
z
o
$
oz
o
w
CROM TANK
-
V
MUD
UM C
P
X
luminum, Arsenic, Cadmiun
gym, —Go
Vagnesium, Molybdenum,
is e , o assium;�o 1um,
elenium, Zinc,
Y 8v y
o7YSr
G
G
C
P
G
C
G
P
G.
G
C
p
4ercury Sludge, Nitrite,
qi J- ra .e,. Ni i-rai e-N-3
G
G
C
P
Vkaq, Total Solids/Soils &
hosphor_us _
_G
G
G
G
C
P
G
G
C
P
G
G-
C
P
G
G
C
P
----
G
G
Transfer
Rei quished By:
Date/Time
Recrjved By:
Date#Time
� •
2.
fl"CaS'To�
`i ors
0
_ r•._-e._ ._-n.
t emperawire w I fHccepieu:�
Delivered By.v �-L=— _�_ Received By Date:
Comments: TUR ARI UND:

Client:
Effete Collected:
Date deceived:
Semple:
Ana@yte
% Solids
pH
Camp Lejeunel NIC 2,13547
4 -- L4 _ "T--112 e I L
FC Wastewater
4/00/20 4
4/Q/2014
Quarterly Sludge
Date
Results Unks Ana@yzed
2.80 % 4/8/2014
1.6 SU 4/8/2014
Tech Method
DI% 2I-rVQU - 1997
DRS 4500H+ B - 2000
CERTIFIED BY:
TIM BOC NGER�

b
_TENT: Commanding General
I g,.E/EM D/ECB
12 Post Lane
Camp Lejeune, NC 28547
Attn: Alberta Y. Okamoto
(910) 451 - 0020
i
Date Collected:
d: s011-n-plot..
Truck Loading Station
-----LOCE41.1un,
_ --_
ccxaigl ,%Gvalr:
Grab
Muniiber 01 CoEitainers:
2
% Solids, pH
t=Fc�Efi-W:
_ —Report all resuli:s as mg/kg dry vnrt__—
dF._a frfEan°iai::tE*c`
n/a
--�nfa_s,�,rrifRo
_ -- -
lw
fi( Cr,CifcFiC,ln")i •'sr.d:EiIIICa':
YESS
---- Relllif�UlSl"IC?d by: ---
Date!f
I-Iil—G��`
Received by: __ -
C�al:e_-__--
-- I irr.e

CAMP LEJEUNE TFF
PHU RILE- Ak, ED, 1, H G T`21 F 0 RR QUJA, R' T E R, L 8 L U 0) . G E 8 P -1 NA, F. L I Nli, 35
COLLECTED
BY:
DATE COLLECTED: T I Ml E:
DST LE
T i", fTb E:
ANALYZED BY: METHOD: A500H.+B-2000
TIME
TIME
VOLUME
%
SAMPLE
TEMP
pH (SU)
—COLLECTED
ANALYZED
mLs
L;ALIbKA] ION
-RECOVERY
BUFFER 4.00
60
Ll
if -Al MWATIMKI
-3
BUFFER 10.00
3.
N
60
0
CHECK BUFFER 7.00
60
gpg
CROM TANK
loo
•1 7
-."U" lk-A
W
CROM TANK DUP
e4L-y<-753
100
-2)
"2s-,9
..... ......
CHECK BUFFER 7.00
60
FORM UPDATED: SEPTEMBER 2012 CHECKED BY:

Environmental Chell"Iy1sts, Inc.
® 6602 AFindmill Way e Wilmington, NC 28405
[phone] (Lab) Y [phone] (Pax)
srr
710 Bowsertown Road m Manteo, NC 27954
[phone]
ANALYTICAL & CONSULTING
CHEMIST NCDENR: uvdQ CERTFCAi EE #94. DLS C—EX iriCA'I E #'3r i29
USMC Camp Lejeune
112 Post Lane
Camp Lejeune NC 28547
Attention: Alberta Y. Okamoto
Cate of Report: Aug 20, 2014
Cc: tamer P C:
Customer IC: 12060026
Report M. 2014-08683
Project ID: Camp Lejeune MCB
Lab ID Sample Ilia:
14-21485 Site: CROM Tank
Test
Collect CatefTime
7/15/2014 7:40 AM
Method
Matrix Sampled by
Solid/Sludge Acosta Julius
Results ®ate Analyzed
Aluminum
EPA200.7
62200 mg/kg
07/28/2014
Arsenic
EPA200.7
<4.69 mg/kg
07/26/2014
Cadmium
EPA200.7
5.56 mg/kg
07/25/2014
Chromium
EPA200.7
31.3mg/kg
07/26/2014
Copper
EPA200.7
494 mg/kg
07/25/2014
,ead
EPA200.7
13.3 mg/kd
07/25/2014
Magnesium
EPA200.7
7650 mg/kg
07/31/2014
Molybdenum
EPA200.7
7.70 mg/kg
07/25/2014
Nickel
EPA200.7
30.4 mg/kg
07/25/2014
Potassium-
EPA200.7
9180 mg/kg
07/31/2014
Selenium
EPA200.7
5.36 mg/kg
07/25/2014
Sodium
EPA200.7
8420 mglkg
07/31/2014
Zinc
EPA200.7
1640 mg/kg
07/28/2014
Ammonia Nitrogen
EPA350.1
60100 mglkg
08/19/2014
Total Kjeldahl Nitrogen (TKN)
EPA 351.2
68500 mg/kg
08/19/2014
Total Solids (%)
SM 2540 B
1.96 %
07/23/2014
Total Phosphorus
SM 4500 P F
49900 mg/kg
08/01/2014
Mercury
Sw8467471B
0.8010 mg/kg
07/28/2014
Nitrate Nitrogen (calc)
Nitrite Nitrogen
EPA3532
375 mg/kg
08/12/2014
Matrix interference.
Nitrate+Nitrite-Nitrogen EPA353.2 16.3 mg/kg 07/3012014
Nitrate Nitrogen subtraction Method <1.02 mglkg 08/13/2014
.omment: Results reported on a dry weight basis.
Reviewed by:
Report #:: 2014-08683
Page 1 of 1 .

Aqlr er
Analytical 8. Consulting Chemists
CLIENT: Commandina G
12 Post Lane
Camp Lejeune NC 2854
Sampled BY: c��Sta vL� <' S
Collect
Sample Identification
Tim
CROM TANK
Date
ENVIRONMENTAL CHEMISTS$ INC
NCDENR: DWQ CERTIFICATION # 94 NCDHHS: DLS CERTIFICATION # 37729
COLLECTION. AND CHAIN OF CUSTODY
6602 Wiaidmill Way Wilmington, A05 �
OFFICE: 910-392-043 PAX 9•10-392-4424
Info@environmentalchemists_c0m
PROJECT NAME: Camp Lejeune MCB REPORT NO:
CONTACT NATIVE: Alberta Y. Okamoto PO NO: - --
REPORT TO: Patricia H. Raper PHONEIFA)C: 910-451-0020 (fax) 910-451-7195
7 COPYTO: email: natricia raper(c�usmc.mil
u SAMPLE TYPE: I = Influent, E = Effluent, W = Well, ST = Stre
iara
d c
d _ W PRESERVATION
�y C A tN C p G, (Q(� J O p d�d W
N F O C)V~ V E J x X z S 2 O
e
Temp
SLUD13,19 C P X
Li e-, r_ I LWti
C P
G G
C P
G G
C P
G G
C P
G G
C P
G G
C P
G G
C P
G G
C P
G G
C P
G G
Transfer Relinquished By: Datelrime
2. ' vw- l 5.1
y e'ected• Resample 1
Temperature when Received: • 0 Accepted: 1 y
Delivered By: 1�i[•4A-&O WILD S' Received By: Date
TU
Comments-
1, So = Svil, SL a Sludge, Glher:
ANALYSIS'REQUE-5TED
lumiji m, Arsenic, Cadmiun ,
agnesium, Molybdenum,
icReT,—Fo-Tassium, o Zum,
elenium, Zinc,
ercury Sludge, Nitrite,
ICN, Total Solids/Soils &
oateffime
�;•14- 1

Marine Corps Base
&E/EKAD/ECR
12 Post Lane
Camp Lejeune, NC 29547
Date: 8/14/2014
Client:
FC Wastewater
Date Collected:
7/15/2014
Date Received:
7/15/ 2014
Sample:
Quarterly Sludge
Date
Analyte
Results Units
Analyzed Tech Method
Solids
2.72 %
7/15/2014 DRS _ 2540B - 1997
pH
V 7.9 SU
7/15/2014 DES 4500H+ B - 2000
CERTIFIED BY:
f
TIM BOLLINGER

Chain of Custody Record
LIENT: Commanding General
I&E/EMD/ECB
12 Post Lane
Camp Lejeune, NC 28547
Attn: Alberta Y. Okamoto
(910) 451 - 0020
Collected by:
Signature•
, j
Date Collected:
O ? 1-
Time Collected:
© 7 7' a
Location of sample:
Truck Loading Station
Comp/Grab:
Grab
Number of Containers:
2
Analyses Requested:
% Solids, pH ***
Report all results as mg/kg dry wt.
Was sample dechlorinated?
n/a
Preservation:.
Ice
Regulatory Sample:
Yes
Field pH:
Comments:
Relinquished by:
Date
Time
Received by:
saran
Date
Time
4�

H READINGS FOR QI VdpffrP V SP M IDGE SA MaMUNP135
r
' _ C:VLLtC:ItU �
LATE COLLECTED: T €hTi E: BY:
DATE: -1 : t t�- . l$ TIME:
ANALYZED BY: bes METHOD: 4500H+ D - 2000
01 I'
SAMPLE
TIME
TIME
VOLUME
TEMP
pH ��U'
%
COLLECTED
ANALYZED
mLs
RECOVERY
FFER4.00
BPSUI
' �5n,T~'�--w—T�yLt
"
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`5.]C�
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!5p
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r�fyxie�fy.9i`��J
:fE TvF!c1,:cya.KT.:°
�e_'iey'�,
Y.R�.
F�-^5%tnwyth
��ay;.,.xai�%'ir
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=raK< su7
CHECK BUFFER7.00le-
' Q (rs-T�i" ,y/i��NN
f'
@ c'n,,,�(r'''�°.. ..$, v xti
yr
fi
60
i'iT;�% dl,.
CROM TANK'
0-14-0
O"1
100
33
CROM TANK DUP
Eipm . b ,
,,._
(3`1�
100
✓3 ,7
y}... t
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v.e.
CHECK BUFFER 7.00
��_3:^Z,an�
it
`';�e�'�x:°
•r35.a��w`sx"u^.'�.'.^`a�:.E4
FORM UPDATED: SEPTEMBER 2012 CHECKED BY:

6602 Windmill Way a Vdilmington, N`TC 28405
[phone] (Lab) e [phone] (Fa )
710 Bowsertown Road 6 Manteo, NC 2.7954
(252) J:73-5702
ANALYTICAL CONSULTING
CI- FAISTS 1JCD'r.NR: D14TQ CER=C ATE N-94. DL9 CERTIfCATE 437: 110
USWIC Camp Lejoune Cete of Rcport: Nov 20, 2014
12 Post Lane Pia f1
Camp i_ejaune i C 28847 Custouner CD: 112060026
Attention: Ai'certa Y. Okamoto Rep®rt 9: 2014- i 343 i
Project ED: Camp Lejeune MCB,
Lab ID. Sample ID: Collect Date/Time Matrix Sampled by
14-32946 Site: CROM Tank 10/28/2014 7:25 AM Solid/Sludge Acosta Julius
Test Method Results Date Analyzed
Aluminum
EPA20o.7
46300mg/kg
11/06/2014
Arsenic
EPA2oo•7
<5.57 mg/kg
11/ 1012014
Cadmium
EPA200.7
<5.57mg/kg
11/05/2014
Chromium
EPA200.7
19.4 mg/kg
11/05/2014
^.opper
EPA200.7
263 mg/kg
11/10/2014
:ad
EPA2ao•7
7.60 mg/kg
11/05/2014
.Aagnesium
EPA200.7
4420 mg/kg
11/04/2014
Molybdenum
EPA200.7
<5,57 mg/kg
11/10/2014
Nickel
EPA200.7
22.6 mg/kg
11110/2014
Potassium
EPA2o0.7
8100 mg/kg
11/04/2014
Selenium
EPA2001
6.14 mg/kg
11/05/2014
Sodium
EPA200.7
7470 mg/kg
11/04/2014
Zinc
EPA2001
778 mg/kg
11/05/2014
Ammonia.Nitrogen
EPA350.1
64400mg/kg
11/03/2014
Total Kjeldahl Nitrogen (TKN)
EPA351.2
100000mg/kg
11/04/2014
Total Solids M
SM2540 B
1.58 %
11/03/2014-
Total Phosphorus
SM 4500 P F
48400 mg/kg
11/05/2014
Mercury
Sw8467471s
<1.27 mg/kg
11/11/2014
Nitrate Nitrogen (cafe)
Nitrite Nitrogen
EPA353.2
32.5 mg/kg
11/18/2014
Nitrate+Nihlte-Nitrogen
EPA353.2
<1.27.mg/kg
11/07/2014
Nitrate -Nitrogen
5ubtracdon WOW
<1.27 mg/kg
11/20/2014
Comment:- Results reported on drybasis.
:viewed by:.
'weight
�a
Report#:: 2014-13431 Pagel of 1

' • u
Analytical & Consulling Chemists
ENVIRONMENTAL C HEMISTS3 INC
NCDENR: DWR CERTIFICATION # 94 NCDHHS: DLS CERTIFICATION # 37729
rnr r er•rtr�ul AAltl rRle1'Ae ['1C t^_I1�TC1ilY
66D2 Vifinrimill Way Wilmington, a._ /8405
OFFICE: 910-392-0223 FAX [phone]
lnfo r&environmen4ilchemists.c(-�m
CLIENT: Commanding Qa
PROJECT NAME: Camp Lejeune MCB
REPORT Nc1:
ADDRESS: I&E/EMD/ELS
CONTACT NAME: Alberta Y. Okamoto
PO NO:
12 Post Lane
REPORT TO: Patricia. H. Raper
PHOFJFJFAX: 910-451-0020 (fax) 910-451-7195
Cam Lejeune NC 28547
COPY TO:
email: atricia.l•aper(a�usmc.mil
1, . e- -- -. 1 _ a r — aFfl.. .,t w — Wn11 RT = !gfroam_ SC) = Anil. SL = Slud Ge. Mier.
Sample Identification
Collection
n
a
o
E
S
PRESERVATION
ANALYSIS REQUESTED
Date
Time
Temp
z
^o
;
o
w
CROM TANK
-z
SLUDGLEP,
C
P
I
X
11UMLIALM, Atisexa.:ic, Cadmiuii
4agilesium, Molybdenum,
1C ;-e_
� �tassaum, o ium,
elenium, Zinc,�_�
C
P
G
C
G
P
G
G
C
P
ercui-y Sludge, Nit7:i't:e,
i t7y. - l�U�.s al�e.J�� tom' .
G
G
C
P
1 lit
-1
-1
rKN, Total Solids/Soils &
3 udgu�:KtrmortT�,—"T a t
hospho_cus
G
C
G
P
G
G
C
P
_
G
G
C
P
G
G_
C
P
G
G
C
P
Transfer
1.
Relinquished By:
C Ste' 1UC-cJ S
Datefrime
•2
Received By:
Datefiime ,y
:gyp �7i
/! �cry9`Yr/s
, f
plQ
��
I emperature wnen Kecelvea:_p . Z-a�Acceptew r�e�e�1. �. •• I.�.�Ia1.11,... �- ��.-- ._ -
Delivered By: Received By:^! Date: L 1 Y Tune:
Comments: TURNAROUND:
0

Date:
Client:
Date Collected
Date Received:
Sample:
11/3/2014
FC Wastewater
10/28/2014
10/28/2014
Quarterly Sludge
rtga, `Ere Corps G��sc
ProE/E- 50D/Er—F,
2- Post Lane
Camp Lejeuner NT-C 285,47
Date
Analyte Results 'Units Analyzed Tech Method
Solids 1.64 1 % 10/30/2014 DRS 2540B - 1997
pH 7.8 SU 10/28/2014 AYO 4500H+ B - 2000
CERTIFIED BY:
TIM BOLLINGER

b
;LIEIVT: Commanding General
I&E/EMD/ECB
12 Post Lane
Camp Lejeune, NC 28547
Attn: Alberta Y. Okamoto
(910) 451 - 0020
_—_—_ -- Collected by:
Signature:. —
Date Coilected:
lC3 • 2
/ `f
Time Collected:
OP Z Sr-
--_— L €rcationr. of sE FrIple:
Truck
Loading Station
CrN�un/� alp:
_—_—
^N_
Grab
%kuiki er of Conitt.ainers:
2
__— AE6a.iyse5 €1.equ steel:
% Solids, pH
Report all results as mg/kg dry wt.
_ Woo. sarmpkc decrh-YIo' rfFlatod?
fl
n/a
faro F36.vailion:
_ .� —
-----
ICG
(tC''Eli�fiC�fi�(^f:k`FiXGf3:
_
_
YCss
Relinquishod by:----�
_-�— --
— -Date
Tinge
^ ��--Received by:

CAMP LEJEUNE V TP
pH RE I=,:,, Mf,-�GS FO R -QLJNlk. RTLEFFR LY SLUDGE S-AIMPL�, NG
DATE COLLECTED: P L- ,-7 p - / V
DATE:
ANALYZED BY:
u
T I kh E: BY:
TIME:
METHOD: 4500H+ B - 2000
TIME
TIME
VOLUME
%
SAMPLE
TEMP
pH(SU)
COLLECTED
ANALYZED
mLs
EC- VERY
L;ALIbKA I JUN
T1
WK
,
4-00
i-R4 ;O
ma
BUFFER 4.00
60
�'!m
UALI bKA 1 !(-1-
BUFFER 10.00
$01
60
W
OWN
ON
INN
60 WEI
MOORE
CHECK BUFFER 7.00
WDOW
60'
MINIM
CROM TANK
ol)�
loo
BOOM
sAfto-11-10.1,
-P"
g1
mommo 1 R WIN
ILI"
CROM TANK DUP
100
I'loll-I
CHECK BUFFER 7.(
0
FORM UPDATED: SEPTEMBER 2012 CHECKED BY:

� F � � � C.Jl eirn ' s- g am ® e !! h 9 6602 Windmill Way o Wilmington, NC 28?05
[phone] (Lab) . (910) 392 41224 (Fax)
710 Bowsertown Road o Manteo, NC 27954
(252)a73-5702
ANALYTICAL & CONSULTING
CHEMISTS NCDENP: DWQ CEP,=A'TE t 94. DLS CEPXLrJCAT . T3772°
USMC Camp Lejeune Date of Report: Feb 19, 2014
l t'1 P'� F.-- �_ O h.a
r'C,.4,t Lane ��� r�rE<�cE �'Lu ��
Camp Lejeune NC 28547 Repof� �:. 2014-00502
Attention: Alberta Y. Okamoto Report to: Alberta Y. Okamoto
Project ID:. Camp Lejeune MCB
Lab ID Sample ID: Collect Date/Time Matrix Sampled by
14-01180 Site: CROM Tank 1/14/2014 8:20 AM Solid/Sludge Snider
Test Method results Date Analyzed
Chlordane
SW 846 Method 80818/3510
<0.005 mg1L
01123/2014
Endrin
SW 846 Method 8081 B/35i0
<0.00005 mg/L
01 /23/2014
Heptachlor
SW 846 Method 8081 B1351 0
<0.00005 mg/L
01/23/2014
Heptachlor epoxide
SW 846 Method 8081613510
<0.00005 mg/L
01/23/2014
Lindane
SW 845 Method 8081813510
<0.00005 mg1L
01/23/2014
Vlethoxychlor
SW846 Method 8081 B13510
<0.00005 mg/L
01/23/2014
Toxaphene '
SW 846 Method 808iB/3510..
<0.005 mg/L
01/23/2014
1,4-Dichlorobenzene (TCLP)
SW 846 method 8270/3510
<0.050 mg/L
01/23/2014
2,4,5-Trichlorophenol (TCLP)
SW 846 method 827013510
<0.050 mg/L
01/23/2014
2,4,6-Trichlorophenol (TCLP)
SW 846 method 827013510
<0.050 mg/L
01/23/2014
2,4-Dinitrotcluene (TCLP)
SW 846 method 8270/3610
<0.050 mg/L
01/23/2014
Cresol (TCLP)
SW 846 method 8270/3510
<0.050 mg/L
01123/2014
Hexachloro-1,3-butadiene (TCLP).
SW 646 method B27013510
<0.050 mg/L
01/23/2014
Hexachlorobenzene (TCLP)
SW 846 method 8270/3510
<0.050 mg/L
01/23/2014
Hexachloroethane (TCLP)
SW 846 method 8270/3510
<0.050 mg/L
01/23/2014
m + p-Cresol (TCLP)
SW B46 method 827013510.
<0.050 mg/L
01/23/2014
Nitrobenzene (TCLP)
SW 845 method 8270/3510
<0.050 mg/L
01/23/2014
o-Cresol (TCLP)
SW 846 method, 827013510
<0.050 mg/L
01/23/2014
Pentachlorophenol (TCLP)
SW 846 method 8270/3510
<0.250 mg/L
01/23/2014
Pyridine (TCLP)
SW 846 method 8270/3510
<0.050 mg1L
01/23/2014
2 4 5-TP
SW846 Method 8151A
<0.0003 mg/L
0,1/2812014
2,4-D
SW846 Method 8151A
<0.0003 mg/L
01/28/2014
1,1-Dichloroethylene
SW846 Method826015030
<0.01mg/L
1/30/2014
1,2-Dichloroethane
SW846 Method 826015030
< 0.01 mg/L
1130/2014
Benzene
SW846 Method 826015030
< 0.01 mg/L
1 /301201 A
Carbon Tetrachloride
SW846 Method 8260/5030
< 0.01 mg/L
1 /30/2014
Report R : 2014-00502 Page 1 of 2

6602 Windmill Way 6 Wilmington, NC 28405
[phone] (Lab) 0 [phone] (Fax)
sni
710 Bowsertown Road ® Manteo, NC 27954
[phone]
ANALYTICAL & CONSULTING
CHEMISTS
NCD--E7,Ti : D Q CER1 � E CA i E j7k. D- S CEZ'i` C—A.TE #37. 729
USMG Capp Lejeune
Cate of Report: Feb 19, 2014
12 Post Lane
Camp Lejeune fqC 2854%
4,--,et
Aiiention: Alberta Y. Okamoto
Report*j: 2014-00502
Report to: Alberta Y. Okamoto
Project ID-. Camp Lejeune MCB
Chlorobenzene
SW846 Method 8260/5030
< 0.01 mg/L
1/30l2014
Chloroform
SW848 Method B260/5030
< 0.01 mg/L
1/30/2014
Methyl ethyl ketone
SWU6 Method 8260/5030
< 0.05 mg/L
1/3012014
Tetrachloroethylene
SW846 Method 826015030
< 0.01 mg/L
1/30/2014
Trichloroethylene,
SW846 Method 8260/5030
< 0.01 mg/L
1/30/2014
Vinyl Chloride
SW840 Method 8260/5030
< 0.01 mg/L
1/30l2014
RCl
Cyanide
EPA 335.4
<0.119 mg/kg
01 /31/2014
i
sM 4500 x a
7.89 units
01 /23/2014
Ifide
sM 4500 s a
13.1 mglkg
02/03/2014
lgnitability
SW 846 method 1010
>212 OF
01128/2014
TCLP Metals
Arsenic
EPA200.7
<0.100mg/L
02/03/2014
Barium .
EPA200.7
<0.100mg/L
02/01/2014
Cadmium
EPA2o0.7
<0.100mg/L
02/03/2014
Chromium
EPA200.7
<0.100mg1L
02/03/2014
Lead
EPA 200.7
<0.100 mg1L
02/03/2014
Selenium
EPA200.7
<0.100 rrig/L
02/04/2014
Silver
EPA200.7
<0.100 mg/L
02/01/2014
Mercury
swe467470A
<0.002mg/L
02/14/2014
Comment: RCl reported. on an as
received basis.
Reviewed
r
i
Report #:: 2014-00502 Page 2 of 2

ENVIRONMENTAL HEM[ STS, INC
Anafylical & Consulting Chemists NCDENR: DWQ CERTIFICATION # 94 NCDHIiS: DLS CERTIFICATION # 37729
is rlr r�+T��1w1 Awrn nd-IAird #'1C #_"Q_rn VM
6602 Windmill Way Wllrnington, r.. .j405
OFFICE: 910�92-0223 FAX [phone].
[e-mail]
CLIENT: Com n in
it -
PROJECT NAME: Camp Lejeune MCB REPORT NO: Z/_
—
ADDRESS: I&E/E.MD ELS
CONTACT NAME: Alberta Y. Okamoto PO NO:
12 Post Lane
REPORT TO: Patricia H. Raper' PHONFJPAX.- 910-451-0020 (fax) 910-451-7195
Camp Lejeune NC 28547
COPYTO: email: atricia.ra er usmc.mil
- SARR01 = TYPE' I = Influent, E = Effluent, W Well ST' Stream, SO =Soil, SL Sludge, Mier
Sam led B -
Sample Identification
Crom Tank
"— `
Collection
rA
gL
E o
�
C
4_
o a
V✓
P
V
lu
S�
Y
„ l��
tj�V
r
PRESERVATION:
- — .
ANALYSIS REf�UESTGD
---
rctP - volatile, Semi -volatile,
est'icides, Herbicides,
Date
Time
2f7
Temp
o
x
x
N
x
o
z
x
Q;
x:
p
G
G
C
P
RCRA (8 metals
G
G
Zeactivity, Corrosivity,
Ignitiability
C
P
G
G
C
p
_
G
G
C
P
_ -
G
G
C
P
G
G
C
P
�—
G
G
C
P
G
G
C
P
_ __--
GG
C
P
G
G
Transfer Relinquished By: Daterrime Received By: Da.£efiirsle
y--ly
2.
-
_Date:
TUR 8 DLIND. __

Chain of Custody.Record
CLIENT: Commanding General
l8tE/ENID/ECB
12 Post Lane
Camp Lejeune, NC 28547
Attn: Alberta Y. Okarnoto
(910) 451 - 0020
� g— _
.`vif�. natICB'f'.:
---- ------
Date Collected:
.l h-ne %oiled ed:
L.Cecitio-Irn of 88i11bj2 2:
------•truck Loading Station --___--
___grL bli )/Gvalb:
Grab
Number of Containers:
2
% Solids, pH
—_....._— _6►C��tl�rsc�r, Rklkq ested:
Report all results as mg/kg dry wt.__
_^
P,re 3wfrveliIfan:
Ice;
Rnc Eal��tcrrry:s�,a�ti�*
Yes —
I Field ift
[Comments:
r elinquished bar--�—
_.
Gate —� —_�_
Time -_—
Received by: - — _—
Date
—_
—

�.1 NTYJAL PAS F€Q CENT AND VECTOR ATTRACTION REDUCTION FORS T (503 Rules)
Facility Name:. Camp Lejeune AWWTP WQ Perm t number: WQ0012346
` -WTP Name: Camp Lejeune AWWTP NPDRS Number: NCO063029
ionitoring Period: From 1/1/2014 To 3/31/2014
Pathogen Deduction (40 CFR 503.32) - Please Indicate level Achieved and alternatve performed:
Class A
Alternative 10 1
Alternative 2 ❑
I
Alternative 3 ❑
Alternative 4 ❑ I
Alternative 5 ❑
I ' Alternative 6 ❑
If applicable to alternative performed (Class A only) indicate "Process to Further Reduce Pathogens":
I Compost ❑ I
heat Drying F� I
Heat Treatment F�
Thenmophillic XI 1
Beta Ray ❑
Gamma Ray ❑ I
Pasteurization
Class B
Alternative 1 ❑
Alternative 2 ❑
If applicable to alternative performed (Class B only) indicate "Process to Significantly Reduce Pathogens":
Lime Stabilization ❑
Air Drying ❑
I Composting ❑
Aerobic Digestion ❑
Anaerobic Digestion ❑
If applicable to alternative performed (Class A or Class B) complete the following
monitoring
data:
Parameter
Allowable Level
In Sludge
Pathogen Density
Number of
Exceedences
Frequency of
Analysis
Sample
Type
Analytical
Technique
Minimum
Geo. Mean
Maximum
Units
Fecal Coliform
2 x 10 to the
6th power
per gram of
total solids
MPN
CFU
1000 mpn per gram
of total solid (dry
weight)
1.00
1.27
4.00
NTN/g
0
Weekly
Grab
SM9221E
Sabnonella bacteria
(in lieu of fecal
coliform)
3 MPN per 4 grams
total solid (dry
weight)
Vector Attraction Reduction (40 CFR 503.33) - Please indicate option performed
Alt. 1 (VS Reduction) ❑
Alt. 2 (40-Day Bench) ❑
I Alt. 3 (30-Day Bench) ❑X
Alf. 4 (Spec. 02 Uptake) ❑
Alt. 5 (14-Day Aerobic) ❑
Alt. 6 (Alk. Stabilization) ❑
I Alt. 7 (Drying -Stable) ❑
Alt. 8 (Drying -Unstable) U
Alt. 9 (Injection) ❑
Alt. 10 (Incorporation) ❑
I No vector attraction reduction alternatives were performed ❑ .
CERTIFICATION STATEMENT (please check the appropriate statement)
❑X "I certify, under penalty of law, that the pathogen requirements in 40 CFR 503.32 and the vector
attraction reduction requrement in 40 CFR 503.33 have been met."
❑ "I certify, under penalty of law, that the pathogen requirements in 40 CFR 503.32 and the vector
attraction reduction requrement in 40 CFR 503.33 have not been met." (Please note if you check
this statement attached 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 infromation 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."
17 L J 1 k(- c5N 1 DJ:oD- 6-( V10 l5
Preparer Name and Title (type or print)
Signature of Preparer* Date
5b f4 c51ViP671-1-'K.KV0) �51n
Land Applier Name and Title(if applicable) (type or print)
r 0
Signature of Land Applier (if applicable) Date
*Preparer is defined in 40 CFR Part 503.9(r) and 15A NCAC 2T.1102 (26) DENR FORM PVRF 503 (12/2006)

L--
ACTUAL PATIIOGENT AND VECTOR ATTRACTION REDUCTION FORM (503 Rules)
Fae ity Name: Camp Leieune A`W\uTP WQ Permit number: ` Q0012346
Vv'VVTP Name: Camp Lei eune AWW P NPBE+ S Number: NC0063029
lUon1toring Period: From 4/1/2014 To 6/30/2014
Pathogen R.educdon (40 CFR 503.32) - Please ftidicate level achieved and- alterriative performedl:
Class A
Alternative 1 '�>
Alternative 2 0
Alternative 3 0
Alternative 4
Alternative 5 E]
I Alternative 6
If applicable to alternative performed (Class A only) indicate "Process to Further Reduce Pathogens":
r---� I I T I �
I Compost' Ell treat Drying L7 I teat Treabnent'� The_rmophillic I I
Beta Ray ❑ Gamma Ray ❑ Pasteurization
Class 13 Alternative 1
Alternative 2
If applicable to alternative performed (Class lI only) indicate "Process to Significantly Reduce Pathogens":
Lime Stabilization
Air Drying'Q
I Composting
Aerobic Digestion
Anaerobic Digestion
If applicable to
alternative performed (Class A or Class R) complete the following
monitoring
data:
Parameter
Allowable Level
In Sludge
Pathogen Density
Number of
Exceedences
Frequency of
Analysis
Sample
Type
Analytical
Technique
Minimum
Geo. Mean
Maximum
Units
Fecal Coliform
2 x 10 to the
6th power
per gram of
total solids
MPN
CFU
1000 mpn per gram
of total solid (dry
weight)
1.00
1.00
1.00
MPN/g
0
Weekly
Grab
SM9221E
Salmonella bacteria
(in lieu of fecal
coliform)
3 MPN per 4 grams
total solid (dry
weight)
Vector Attraction Reduction (40 CFR 503.33) - Please indicate option performed.
Alt. 1 (VS Reduction) Ej
I Alt. 2 (40-Day Bench) ❑
Alt. 3 (30-Day Bench) RX
Alt. 4 (Spec. 02 Uptake)
Alt. 5 (14-Day Aerobic) ❑
I Alt. 6 (Alk Stabilization)
Alt. 7 (Drying -Stable)
Alt. 8 (Drying -Unstable) El I
Alt. 9 (Injection) 1:11
Alt. 10 (Incorporation)
No vector attraction reduction alternatives were performed ❑
CERTIFICATION STATEMENT (please check the appropriate statement)
QX "I certify, under penalty of law, that the pathogen requirements in 40 CFR 503.32 and the vector
attraction reduction requrement in 40 CFR 503.33 have been met."
"I certify, under penalty of law, that the pathogen requirements in 40 CFR 563.32 and the vector
attraction reduction requrement in 40 CFR 503.33.have not been met." (Please note if you check
this statement attached 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 infromation 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."
Ej-R (1-1 V D ) * -� L', P v
)e�,�> L-� /--/ -
61 V
Preparer Name and Title (type or print)
Land Applier Name and Title (if.applicable)
(type or print)
�i
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) DENR FORM PVRF 503 (12/2006)

ANNUAL PATHOGEN AND VECTOR ATTRACTION REDUCTION FORlif (503 Rules)
Facility Name: Camp Lejeune AWWTP WQ Permit number: W00012346
dTP Frame: Camp Lejeune AVJWTP NPDES Number: NCO063029
Monitoring Period: From 7/1/2014 To 9/30/2014
Pathogen Reduction (40 CFR 503.32) - please indicate level achieved and alternative ttiert�xt rrtnri•
Class A
'Alternative 1 FX-1
Alternative 2
Alternative 3
Alternative 4
Alternative 5
Alternative 6
If applicable to alternative performed (Class A only) indicate "Process to Further Reduce Pathogens":
Compost Fj j Heat Drying L7 I Heat Treatment L
I 1 henhophillic r¢ B i
Beta Ray E) I Gamma Ray Ej I Pasteurization Q
li
Class B
Alternative 1
Alternative 2 a
If applicable to alternative performed (Class B only) indicate "Process to Significantly Reduce Pathogens":
Lime Stabilization
Air Drying
Composting p g ❑
Aerobic Digestion
Anaerobic Digestion
If applicable
to alternative performed (Class A or Class B) complete the following
monitoring
data:
Parameter
Allowable Level
In Sludge
Pathogen Density
Number of
Exceedences
Frequency of
Analysis
Sample
Type
Analytical
Technique
Minimum
Geo. Mean
Maximum
Units
Fecal Coliform
2 x 10 to the
6lh power
per gram of
total solids
MPN
CFU .
1000 mpn per gram
of total solid (dry
weight)
1.00
1.64
10.00
MPN/g
0
Weekly
Grab
SM9221E
Salmonella bacteria
(in lieu of fecal
coliform)
3 MPN per 4 grams
total solid (dry
weight)
Vector Attraction Reduction (40 CFR 503.33) - Please indicate option performed
Alt. 1 (VS Reduction)
Alt. 2 (40-Day Bench)
Alt. 3 (30-Day Bench) QX
Alt. 4 (Spec. 02 Uptake)
Alt. 5 (14-Day Aerobic) U
Alt. 6 (Allc. Stabilization) U
I Alt. 7 (Drying -Stable)
Alt. 8 (Drying -Unstable)
Alt. 9 (Injection)
Alt. 10 (Incorporation) 0
1 No vector attraction reduction alternatives were performed ❑
CERTIFICATION STATEMENT (please check the appropriate statement)
QX "I certify, under penalty of law, that the pathogen requirements in 40 CFR 503.32 and the vector
attraction reduction requrement in 40 CFR 503.33 have been met."
"I certify, under penalty of law, that the pathogen requirements in 40 CFR 503.32 and the vector
attraction reduction requrement in 40 CFR 503.33 have not been met." (Please note if you check
this statement attached, 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 infromation 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."
'rJw%Zt/�illt�/:Q (M 5=rAe�jG�Sinf.ill1��,2 L
Preparer Name and Title (type or print) Land Applier Name and Title (if applicable) (type or print)
01
Signature of Preparer* r Date Signature of Land Applier (if applicable) Date
*Preparer is defined in 40 CFR Part 503.9(r) and 15A NCAC 2T.1102 (26) DENR FORM PVRF 503 (12/2006)

ANTNUAL PATHOGEN AND VECTOR ATTP A-CTION REDUCTEON FORM (503 Rules)
Faeility Name: Camp L ejeune A1A7VdTP WQ Perrnit number: W00012346
VY'WTP Name: Camp Lei eune AVJWJiP NPDES Dumber: NCO063029
Tvhonitoring Period: From 10/1/2014 To 12/31/2014
Pathogen Reduction (40 CFR 543.32) - Please indlcate level achieved and alternative netfor mied:
Class A Alternative 1 X Alternative 2❑
Alternative 3❑
Alternative 4 ❑ I Alternative 5 ❑
( Alternative 6 ❑
Ef applicable to alternative performed (Class A only) indicate "Process to Further Reduce Pathogens":
f Compost ❑ f Heat Drying L l Neat Treatment l7.l p T helnnop' hillic 5, , f
Beta Ray ❑ I Gamma Ray ❑ I Pasteurization ❑
Class Ii'I
Alternative 1 ❑
Alternative 2 ❑
If applicable to alternative performed (Class B only) indicate "Process to Significantly Reduce Pathogens":
Lime Stabilization ❑
Air Drying ❑
I Composting ❑
r Aerobic Digestion ❑
Anaerobic Digestion ❑
If applicable
to alternative performed (Class A or Class P) complete the following
monitoring
data:
Parameter
Allowable Level
In Sludge
Pathogen Density
Number of
Exceedences
Frequency of
Analysis
Sample
Type
Analytical
Technique
Minimum
Geo. Mean
Maximum
Units
Fecal Coliform
2 x 10 to the
6th power
per gram of
total solids
MTN
CFU
1000 mpn per gram
of total solid (dry
weight)
1.00
4.54
24.00
MPN/g
p
Weekly
Grab
M9221E
Salmonella bacteria
(in lieu of fecal
coliform)
3 MPN per 4 grams
total solid (dry
weight)
Vector Attraction Reduction (40 CFR 503.33) - Please indicate option performed
Alt 1 (VS Reduction) ❑
Alt 2 (40-Day Bench) ❑
Alt 3 (30-Day Bench) ❑X
Alt. 4 (Spec. 02 Uptake) ❑
Alt 5 (14-Day Aerobic) ❑
Alt. 6 (Alk. Stabilization) ❑
Alt 7 (Drying -Stable) ' ❑
I Alt. 8 (Drying -Unstable) ❑
Alt. 9 (Injection) ❑
Alt 10 (Incorporation)
No vector attraction reduction alternatives were performed ❑
CERTIFICATION STATEMENT (please check the appropriate statement)
QX "I certify, under penalty of law, that the pathogen requirements in 40 CFR 503.32 and the vector
attraction reduction requrement in 40 CFR 503.33 have been met."
"I certify, under penalty of law, that the pathogen requirements in 40 CFR 503.32 and the vector
attraction reduction requrement in 40 CFR 503.33 have not been met." (Please note if you check
this statement attached 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 infromation 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."
Preparer Name and Title (type or print)
&.�,.. 1-7 C,i5
Signature of Preparer* Date
Land Applier Name and Title (if applicable) (type or print)
Signature of Land Applier (if applicable) Date
*Preparer is defined in 40 CFR Part 503.9(r) and 15A NCAC 2T.1102 (26) DENR FORM PVRF 503 (12/2006)

DATE COLLECTED: JLf TIME COLLECTED:t j
%—.
RECEIVED BY: ``• DATE: i • •� �� TIB�iE• c cr2- 1 _I
DATE ANALYZED: - "� ��-' [TIME:
METHOD:
3 HOURS at 35 * 0.5'C In INCUBATOR
21 z 2 HOURS -at 44.5 t 0.2"C In WATERBATH
SAMPLE LOCATION
10 mL
1 mL
0.10 mL
0,010 mL
10 mL
1 mL
0.10 mL
0.010 mL
COMB. OF
POSITIVES
MPRV10+0 mL
_
MPOVVGRAliM
1 .
/ S mL
C) Is mL
/ 5 mL
/ 5 mL
/ 5 mL
/ 5 mL
15 mL
/ 5 mL
OUPY
/5 mL
/5 mL
l - ------
3 HOURS at 35 t 0.5°C- in INCUBATOR
DATE IN INCUBATOR: r ,
DATE OUT INCUBATOR:
21 t 2 HOURS at 44.5 :L- 0.2°C in WATERBATH
DATE IN WATERBATH:
DATE OUT WATERBATH: ( �
TNEdN
INCUBATOR: !
NNCUBA70fl• �� (,,��
T IN WA
WATERBATH: r 1`
fWAT,RBATH: t
POSITIVE
CONTROL
NEGATIVE
CONTROL
BLANK
SS A 1 BROTH��
DS A-1 BROTH
i �' ��
N'(
FORM UPDATED: APRIL 2007
iFL�FnnTUNCOF 3J 0
TtlIPET 1NpGQF !''-.J'
V4119A'UR ✓-
WAIFM^TM �lll
C
= ATt Arr.+m
T-m- • S
W�tt
j CALCULATIOI'J:
% TOTAL SOLIDS MPN Fecal Coliiorm/gram sludge
l (ATAD SOLIDS ANALYSIS) . _ 10 x. NIPN In L
Largest volume x % dry solids
CHECKED BY:
COPY MADE:

CA1V1 LE -
AT'AD SLUPGE rECAL ANALYSIS
DATE COLLECTED': .�.,�u / TIME COLLECTED: p� 1 COLLECT"Elf BAP:
RECEIVED BY: �� �IDATE: j, Icy. f TIG�II�'�(•� -�
DATE ANALYZED: CTIME- 1AL.YST:
METHOD:
. V
3 HOURS at 35 * 0.5'C in INCUBATOR
21 * 2 HOURS at 44.5 :6 0.2'C In WATERBATH
SAMPLE LOCATION
10 mL
1 mL
0.10 mL
0,010 mL
10 mL
1 mL
0.10 mL
0.010 mL
COMB. OF
Mp il-VIOD MIL
NI1119GARPAI
POSITIVES
0
(J
0
v
L
ti-
/ 5mL
/ 5mL
/ 5mL
/ 5mL
/ 5mL
/ 5 mL
/ 5mL
/ 5 mL
FDUP
l
v /5mL
/5mL
......
..
3 HOURS at 35 t 0.5°C in INCUBATOR
DATE IN INCUBATOR: (• I C� r
DATE OUT INCUBATOR: '. q, f `1-
}
21 fi 2 HOURS at 44.5 t 0.2°C in WATERBATH
DATE IN WATERBATH:
DATE OUTWATERBATH:
POSITIVE
CONTROL
NEGATIVE
CONTROL
BLANK
SS A-1 BROTH
DS A-1 BROTH
S
r
FORM UPDATED: APRIL 2007
v v
TIME IN ��
INCUOATOR:
TIME OUi ' �� j
INCUOATCR• � 1
TIME 1N ^�
WATEROATH: '✓'-t V
TIME OUT
WATERBATH:
TFLPEMTUt20F eyj �-r: i
ueCueATOPo / � VI
TeuPmAT -
O2LlAlOR �.� -�•
TrurF Tuftdw
WATE a TIL
TELPFAA7UIrtoF `� f/ !
WAttrGa111: ^(� (7S�
% TOTAL SOLIDS
(ATAD SOLIDS ANALYSIS)
CALCULATION:
MPN Fecal Coliforrn/41ram sludge —
_ 10 x MPN Index
Largest volume x % dry solids
CHECKED BY: °"
ie
COPY MADE:

ATAD LU -rE AL ANALYSIS
DATE COLLECTED: 12L I TIME COLLECTED:.
I�ECEWED BY: � DATE: �.
DATE ANALYZED: TIME:
MEY•H01:1;
COLLECTED BY:
TIME: 1000
ANALYST:
3 HOURS at 35 * 0.5'C In INCUBATOR
21 x 2 HOURS at 44.5 .*0.2'C In WATERBATH
SAMPLE LOCATION
10 mL
1 mL
0.10 mL
0.010 mL
10.mL
1 mL
0.10 mL
0.010 mL
COMB, OF
POSITIVES
MP9,1/100 mL
MPIVIAGRA M
0-/5mL
0 /5mL
O/5mL
� /5mL
Ci% /5mL
n
v /5mL
%}
v /5mL
0•9--c-)
1
r �
_
mL
...�.
3 HOURS at: 5 t: 0.5AC- in ONCUBATOR
DATE IN INCUBATOR: � • � a, ��-
DATE OUT INCUBATOR: (. t
21 :t :2 HOURS at 44,5-:t 0.2-C in WATERBATH
DATE IN WATERBATH: �. • .(
DATE OUT WAI-ERBATH: j, r If
POSITIVE
CONTROL
NEGATIVE
CONTROL
BLANK
SS A-1 BROTH
r
DS A-1 BROTH
ro'S
jf
� � -
U
FORM UPDATED: APRIL 2007
L/ U
TIME IN _ ,� ^
INCu9A70R: (vyl�(v)
TIME OUT
Mcu9ATOH:
TIME IN /
WATERSATN: f v L�
TIME OUT
WATERBATH: I V
TFLPFAArI11K OF
��
wweAlvlr.
,(�
rwPouTure aF
' � ��
Uii19AYOR
TFLPPAATIIAe OF j j /%
walnleAln: /-�I .-�T/
TdPEBAYUR90F
WA1YrrATw ✓
CALCULATION:
% TIDTAL SOLIDS MPN Fecal Coliforrn/gram sludge =
(ATAD SOLIDS ANALYSIS) . 10 x MPN Index
Largest volume x % dry solids
CHECKED BY:
COPY MADE: -iN- l�-

CAMP LJ INE*WWTP
DATE COLLECTED: ;l_ _ j FTIWE COLLECTED: 0 36, COLLECTED BY.
RECEIVED BY: OL.�,.1�.
DATE: , �<. L�- TI IIlI E• �-Pi .i (J (, ry Gl:
DATE ANALYZED; r 1
TIME:C _._.. _ _...p
METHOD:
3 HOURS at 35 * 0.5'C In INCUBATOR
21 :t 2 HOURS at 44.5 * 0.2"C In WATERBATH
SAMPLE LOCATION
10 mL
1 mL
0.10 mL
0.010 mL
'10 mL
i mL
0.10 mL
0.010 mL
COMI®' OF
RRPIW100 sink.
POSITIVES
RNI!IBdI GRAMA
, / 5mL
/ 5mL
/ 5mL
0 / 5mL
15 mL
/ 5mL
/ 5mL
/ 5mL
[DILIP
V 15mL
/5mL
3 HOURS at 35 e: 0.5°C in INCUBATOR
DATE IN INCUBATOR: r7 4
DATE OUT INCUBATOR:
TIME IN
INCUBATOR:
TIME OUT
INCUBATOR:
rUVAT 11. J C
vXetuerTom // J
T@�Pfl1ATUNLOF 2 � •�
uCUMTOR .J
21 -t 2 HOURS at 44.5 :t 0.2°C in WATERBATH _
DATE IN WATERBATH: � , f�• I TIME IN r`� WATT AAM -
44-T1
WATERBATN: waTmearn:
DATE OUT WATERBATH: ,yam, ij^ L� TIME WATERS i. v �O TE7lFFAANIeEOF 4d
WATERBATH: l warrrr.+m
POSITIVE. -
CONTROL
CONTROL
BLANK
SS A-1 BROTH
DS A-1 BROTH
OS
1-
FORM UPDATED: APRIL 2007
C: J (� % TOTAL SOLIDS
(ATAD SOLID'S ANALYSIS)
5
CALCULATION:
MPN Fecal ColifOrm/Aram sludge =
_,10 x RIIPN in le?,
Largest vole ne x % dry solids
CHECKED BY:
COPY MADE: " li

CAMP LEJ")NE WWTP
A TAD SLUDGE FECAL A LYIS
DATE COLLECTED: LiE=
aFME'COLLECTED: 0 ,§ SCOLLCCTE,ID
RECEIVED BY; DATE: TIME; O57�L'
DATE ANALYZED; TIME: EN=AL:Y�T. ,
3 HOURS at 35 0,51C In INCUBATOR
21 z 2 HOURS at 44.5 t 0.2:'6 In WATERBATH
SAMPLE LOCATION
10 mL
1 mL
0.10 mL
0.010 mL
10 mL
1 mL
0.10 mL
0.010 mL
COMB. OF
POSI'nVE S
[WPI d/100 mraP..
MItw1unc!m
/ 5 mL
0 / 5 mL
0 / 5 mL
D / 5 mL
0 / 5 mL
15 mL
O / 5 mL
0 / 5 mL
C,—)
N
Imp
v /5 mL
�•-� /5 mL
3 HOURS at 35 t 0.5°C• in INCUBATOR
DATE IN INCUBATOR: jJ (, �/[� ��
NCM I�� 1 �.7�
NCUOATOR: 'lri -{1-
7EIePmATUnE OF �� �1
vicueAtOR � 7 : V
DATE OUT INCUBATOR:
�\ I I
1
INCUBATOfl: � I l_�/
—
vsueA7ox 3� �V
21 t 2 HOURS at 44.5 t 0XQ in WATERBATH
DATE IN WATERBATH: I
I I '
THaEIN
WATER9ATH: I
wwr�newtn; .
DATE OUT WATERBATH: —. _ �-
'
TIME OUT 2 t�
WATERSATH:wwnfin�rn
reuPMAULEOF ji � 4
—I
POSITIVE
CONTROL
NEGATIVE
CONTROL
BLANK
SS A-1 BROTH
DS A-1 BROTH
:70,51
.
E
.� %TOTAL SOLIDS
(ATAD SOLIDS ANALYSIS)
CALCULATION:
MPN Fecal Goliforrri/ilram sludge
10 Vic. NeWN Index
Largest volume r, % dry solids
FORM UPDATED: APRIL 2007 f_•111ECKED BY:UV
COPY MADE: 4

CAMP. I.EJ"-"JNE WWTP
ATAD SLUDGE �-EQAL ANALYSIS
DATE COLLECTED: ET,ME COLLECTED: p�0� COLLECTEIlT I; �': ^ Grl /mot ��il�
RECEIVED BY:. 2 FATE: '�,. ��J-(�- =TWE-z(�T
DATE ANALYZED:
�• TIME: 0b7I0 "
�A�eImALYtiRI:�.a�n_}__ _.....n
METHOD: GJ1'wy
3 HOURS at 35 0.51C In INCUBATOR
2.1 x 2 HOURS at 44.5 t 0.2" C: in WATERBATH
COMB. OF nnr aA/1Q� mrt0.: MI6T�W rGdfMIII
n15mL
SAMPLE LOCATION
10 mL
1 ML
0.10 mL
0.010 mL
10 mL
1 mL
0.10 mL
0.010 mlic-
�, aPOSITIVE
clewl
DVP
/5mL
V /5mL
® / 5mL15mL/5—
3 HOURS at 35 0.5°C• in INCUBATOR
DATE 1N INCUBATOR: �'7 • ��J • f
DATE OUT INCUBATOR: "d-, to-),
21 -t 2 HOURS at 44.5 :t 0.2'C in WATERBATH
DATE IN WATERBATH: 7 l I)l
DATE OUT WATERBATH: G_
POS
BLANK
SS A-1 BROTH S
DS A-1 BROTH
FORM UPDATED: APRIL 2007
TIME IN
INCU9ATOR:
TIME OUT ' I
INCU9ATOFI:
rdro�AruneoF
awenron: �'�i�
TEYPOUTUnr OF i 0
TINE IN '1'''�''`�''7�
WATERBATH: I �'� I
tEvrFnATuneaF
waivlmrn: 44. 5
RBATN: �� �.—�•^^•�/��l
TIME OUT
wA�rtrrntem � � � �' .
CALCULATION:
%TOTAL SOLIDS MPN Fecal Coliform/grAm
s-ludge
(ATAD SOLIDS ANALYSI S) .
10 xf19PN Inclex
Largest volume x % dry solids
GI-II-tCKI=D 8Y: v-
COPY MADE:

,A,TAD SLUDGE i-ECAL. ANALYSIS
DATE COLLECTED:
�
ITIME COLLECTED: COLLECTED I:BaI":
RECEIVED BY:-r CL [DATE:
IL
DATE ANALYZED; jT—�----••-------
METHOD:
S at 35 0.5'C In INCUBATOR
21, 2 HOURS at 44.5 t 0.2"C In WATERBATH
COltld®' OD �nl�ira�aa� mrop. I1NrT0VllG-nG3i�i�llB}`
SAMPLE LOCATION _
1 mL
0,10 mL
0,010 mL
10 mL
" /5mL
1 mL
0.'10 mL
4],010 mL
1POSITIVES
T1 1 'y
r3HO.UL
D/5mL
v /5mL
/5mL
/5mL
Q /5mL
/ 5 mL
0' u'
3 HOURS at 35 :t 0.5°C- in INCUBATOR
DATE IN fNCUBATOR: �. �5 .I (�
DATE OUT INCUBATOR: 9-a
21 :t 2 HOURS at 44.5 :t 0.2°C in WATERBATH
DATE IN WATERBATH: LC
DATE QUT WATERBATH:
POSITIVE
CONTROL
NEGATIVE
CONTROL
BLANK
SS A-1 BROTH
OS
,^ ^l
Pvw
DS A-1 BROTH
p
v U
FORM UPDATED: APRIL 2007
INCU IN
I I /
flATOR: ` L
TIME OUT
INCUBATOR: `"t1
TIME IN
WATERBATH: I l
TIME OUT
WATERBATH:
it,e�b1ATVAE VF
%J _
WcueAT011:
7��y�
TEU ERATOIIt OF
0=8ATVR
T6iPF11ATunEOF
LI.�
WATEIIpgTIL•
TEYPFAATUrtEOF
i
W47TTE4/iL•
/`'
ry�,
% TOTAL SOLIDS
(ATAD SOLIDS ANALYSIS) .
CALCULATION:
MPN Fecal Coliforrn/gram ,sludge =
10 x fv1PN Index
L•srgesl volume x % dry solids
1
C H ECKED BY:
COPY MADE: U1e

CAM LF"PRINE WWTP
ATA L ID G L FECAL ANALYST co��
DATE QOLLECTED: ��q� It( TIME COLLECTED: 6 Z z0
FIECEIIIED BY:
DATE ANALYZED: TIME: C50,
METHOD:
COLLECTED BY: �/�c-��
FIN�AL
3 HOURS at 35 * 0.5"C In INCUBATOR
21 m 2 HOURS at 44.5.*0.2"C In WATERBATH
COMB, OF MPIWIG1+0 mnlL ml."OJilGRAMB
POSITIVES
SAMPLE LOCATION
10 mL
1 mL
0.10 mL
0.010 mL
10 mL
1 mL
.0.10 mL
0.010 mL
\- �` L
, l.� /5mL
0/5mL
Q
()
'
o"
/5mL
/5ml_
/5mL
/5mL
1�� /5mL
/5mL
®Uh
/5 mL
3 HOURS at 35 zi: 0.5°C• in INCUBATOR
DATE IN INCUBATOR: L nNE w �aC � � ` INCUBATCfl: � vE'
DATE OUT INCUBATOR: .y7 TIFAE OUT
INCURATO
NCUBR:
21 t 2 HOURS a9: 44.5 t 0.2'C in WATERBATH
DATE IN 1ATERBATH: TIME IN
WATERBATH: L7 lJ lJ
DATE OUT WATERBATH: TIME
WATERBRS ATH: (f
PO§I—WE
CONTROL.
NEGATIVE
CONTROL
BLANK
SS A-1 BROTH
DS A-1 BROTH
JL�
l/ v
FORM UPDA-rED: APRIL 2007
TFLPE11A1U,1L 6F ��-�
ecueATaR
Wf]19ATOR � 5
E.=::
NgCOF
074q.
wnttrrnTro j
17
% TOTAL SOLIDS
(ATAD SOLIDS ANALYSIS) . .
CALCULATION:
MPIN Fecal Coliform/Ilram sludge . =
__I O r. PvIPN Inclex
Largess volurne x % dry solids
CHECKED BY:
COPY MADE: _

�� TP
TAD SLUIDGL FECAL ANALYSI,
DATE COLLECTED: 3 -/ 1 - 2� / L� FTIECOLLECTED:8.7 COLLECTi'ED BY:
RECEIVED BY: (,�•r. DATE: (�. I TIIMIE• �S�C:10
DATE ANALYZED; rI1V1E: AI4IAIl.Y,nT:
• �._......MF ......y-
3 HOURS. at 35 * 0.5"C In INCUBATOR
21 x 2 HOURS at 44.5 0.2" C: In WATERBATH
SAMPLE LOCA-nON
10 mL
1 mL
0.10 mL
0.010 mL
10 mL
1 mL
0.•10 mL
0.010 mL
COMB. OF
POSITIVES
IVIP11, 100 mIL
IIIOVNIG RAI110
r V / 5mL
15 mL
/ 5mL
V / 5 ml_
O / 5mL
/ 5mL
/ 5 mL
O / 5mL
0 • p 0
.�-�
/ 5mL
3 HOURS at 35 :j: 0.5°C- in INCUBATOR
DATE IN 6NCUBATOR: 3- l I , ? I I
DATE OUT INCUBATOR:.
21 :t 2 HOURS all: 44.5 :t 0.2°C-In WATERBATH
DATE IN WATERBATH: I II _
DATE OUT WATERBATH: i•1„�:�D(�
POSITIVE
CONTROL
NEGATIVE
CONTROL
BLANK
SS A-1 BROTH
DS A-1 BROTH
Y1 C
Yt_e&
U
FORM UPDATED: APRIL 2007
TIwME IN i Irk
cueATafl: l2l x ^�
INIGlE18ATOfl: I ! /,/
TIME IN � rJ
WATERBATH: i
TIME OUT
WATERBATH: � 1 d
TEYPFAA7'Wul OF '/`/•O
ucuOATOR
TdPEAATUACOf -3 -'s ULl16Al'OR'
rFaesanTuneaF //// r r
TdPFAATUpl OF L,• l�• �✓
wwnrwm: LI�
CALCULATION:
� J % TOTAL SOLIDS MION Fecal C(Aiforrn/4lram sludge —
(ATAD SOLIDS ANALYSIS) 10 x NIPN Inclex
Largest volume x % dry solids
CHECKED BY:
COPY MADE:

i
CAM P'LF-1
ATAD SLUIDGL FECAL ANALYSED
DATE COLLECTED: l c / % TIME COLLECTED: r % _/ o COLLECTED BY:
RECEIVED BY: � DATE: =TIME:
ANALYZED:
'r• t J l TIME: ; I ENALYST-
DATE
3 HOURS at 35 * 0.5'C In INCUBATOR
21 s 2 HOURS at 44.5 * 0.2"C In WATERBATH
SAMPLE LOCATION
10 mL
1 mL
0.10 mL
0.010 mL
10 mL
1 mL
0.10 mL
0.010 mL
COMB. OF
POSITIVES
I1 POW10+0 mL
MPOWURAM9
f')
/5mL
V /5mL
0 /5mL
/5ml_
- /5mL
V /5mL
U /5mL
/5mL
®UP
3 HOURS at 35 a: 0.56C• in INCUBATOR
(DATE IN INCUBATOR: I t✓
\ '• I �
TIME IN 1�
INCl10ATOfl: � v' l
DATE OUT INCUBATOR: �. (�S' . �`�
nMEovr f
INC(IeATOfl: I
21 :t 2 HOURS at 44.5 s 0.2"C in WATERBATH
DATE IN WATERBATH: �' & ( TIME IN r�
_ - I � � WATEFlBATH; I
DATE OUT WATERBATH:
WATE(iOATH: I lJ
POSITIVE
CONTROL
NEGATIVE
CONTROL
BLANK
SS A-1 BROTH
-D7
DS A-1 BROTH
FORM UPDATED: APRIL 2007
TFLP61AlU/ll OF '�./ .�
WGl0Al9R J l/
TAIPPAAT11ne Of 7:� ��
VeLt19A7pR
WATEAAATIt: 7
TELPEIIATUAE OF
wAUrmTL• �••
% TOTAL SOLIDS
(ATAD SOLIDS ANALYSVS)
CALCULATION:
MPN Fecal Coliform/gram sludge —
1 D r. NIPN Index
i
Largest vOlUrne x % dry solids
CHICCKED BY:
COPY MADE'

DATE COLLECTED: —2 �- Zv/ �f TIME COLLECTED: p ? �,� COLILI=C111CIt�i I31Ir:
I� _.
RECEIVED E7��`� �
®ATE ANIALYZED: '?j.2-5, 7l
FATE-
TIME: Q 2
METHOD:
TIME: 05 co_____.�
FIYA1L''P$T::
3 HOURS at 35 t 0.5-C In INCUBATOR
.21 t 2 HOURS at 44.5 t 0.2'C In WATERBATH
SAMPLE LOCATION
—
10 mL
1 mL
0.10 mL
0.010 n1L
10 mL
1 mL
0.10 mL
0.010 mL
COMB. OF
POSMVE o
MPIh9/100 a1nIL
IU9r"OWGRAI'd
Dup.
_" /5mL
`-+ /5mL
0 /5mL
0 /5mL
/5mL
0' /5mL
O /5mL
l.
0 /5mL
v /5mL
0 /5mL
0.0..
3 HOURS at 35; tt 0.5°C- hii ONCU.UBATOR
DATE IN INCUBATOR:
DATE OUT INCUBATOR:
21 s 2 HOURS at 44.5 i 0.2"C in WATERIC ATH
[DXU�E Ifd VVa1TIERF3,Al"N: '� t �i.
DATE OUT WATEFIIBATN:
k'IOSIIIVE
CONTROL
NEGAME
CONTROL
BLANK
SSA-1 BIFiOTI-I
DS A-1 MOTH
o�
Vim'
FORM UPDATED: APAIL 2007
TIME IN OG' �
INGN9ATOR:
TIME OUT iy
INcuaaTOR: (�' j
TIME IN
WATERBATN:
TIME OUT (I l U
WATERBATN:
IT-1---., ~'
u1CLUAT011: � 5+�/
TFLPt]L1TUl�l OF �///s7 U iHWOAIOR
TEvtEnANAG OF
J
44-
wAT TR:
TOlPFAATUMOF
watt : rtATI
Z % TOTAL SOLIDS
(ATAD SOLIDS ANALYSIS) .
CALCULATION:
MPN Fecal Cc:,lifarrn/grarn sludge =
_ 10 x MPN Index
Largest VOILime x % dry solids
CHECKED BA —
COPY MADE: iqs_

Camp Lejeune, IIC
2014 ATAD Performance Data
Date
AT AD Train 1 A �,
Train 1 B
Coliform
Feed
(Gallon)
Temp
(oC)
Temp
(CC)
Fecal
(!1flPN)
1/ 1/2014�
I
I I
l
1 /212014
1 /3/2014
1/4/2014
-1 /5/2014
1 I6/20141
120,000
1 /7/2014
.19.8
20.3
1.0
1 /8/2014
19.6
20.8
1 /9/2014
20.2
22.0
1 /10/2014
22.3
24.4
1 /11 /2014
25.3
27.9
1 /12/2014
27.2
30.7
1 /13/2014
28.5
33.4
1 /14/2014
30.3
37.4
1.0
1 /15/2014
32.2
41.7
1 /16/2014
35.0
46.1
1/17/2014
38.3
51.2
1/18120 14
42.7
U4. 1
1 /19/2014
18,000
42.2
56.7
1 /20/2014
18,000
41.8
56.0
1 /21 /2014
18,000
43.2
55.9
1 /22/2014
50.8
57.1
1.0
1 /23/2014
58.9
57.4
1 /24/2014
18,000
56.5
57.1
1/25/2014
59.6
56.7
1 /26/2014
60.0
55.2
1 /27/2014
58.8
54.1
1 /28/2014
57.2
52.3
1 /29/2014
55.6
49.8.
1/30/2014
52.8
47.4
1 /31 /2014
50.3
TOTAL =
192,000
1,029
1,066
3
Ave =
38,400
41
44
1
Max =
120,000
60
57
1
Min =
18,000
20
20
1

Camp Lejeune, NC
2014 A T AD Performance Data
Date
ATAD Train 3 A
Train 3 B
Coliform
Feed
(Gallons)
Temp
(oC) I
Temp
(oC) I
Fecal
(m"PI")
1 /1 /2014
57.5
52.7
1 /2/2014I
18,000 1
54.5
51.5
113120141
1
52.9
49.5
1 /4/20'l41
51.0 j
48.1 (
I
1 /5/2014
49.4 i
45.7
1 /6/2014
48.0
44.8
1 /7/2014
46.2
43.2
1.0 ,
1 /812014
43.8
41.7
1 /9/2014
41.7
40.5
1/10/2014
1/11/2014
1/12/2014
1/13/2014
63,000
21.5
1/14/2014
23.7
1.0
1/15/2014
27.1
1/16/2014
63,000
26.1
25.3.
1/17/2014
27.0
30.4
1/18/2014
30.7
35.2
1 /19/2014
35.1
44.1
1 /20/2014
42.3
53.3
1/21/2014
-52.6
62.9
1 /22/2014
18,000
58.7
65.3
1.0
1/23/2014
18,000
60.5
65.3
1/2-At /2014
0
65.4
63.6
1/25/2014
18,000
62.4
61.5
1/26/2014
18,000
60.6
60.7
1/27/2014
18,000
59.3
60.0
1/28/2014
18,000
61.2
59.5
1/29/2014
18,000
59.9
59.1
1/30/2014
18,000
59.0
58.5
1/31/2014
18,000
59.2
58.8
TOTAL =
306,000
1,337
1,281
3
Ave =
23,538
48
51
1
Max =
63,000
65
65
1
Min =
0
21
25
1

Camp Lejeun �e, NC
2014 ATAD Performance Data .
Date
ATAD Train 1 A
Train 1 B
ColifonYi
Feed' I
Gallons)
Temp
(oC)
► emp
(oC) I
Fecal
(MPN)
2/1 /2014
48.4
44.6
' 2/2/2014
41.3
43.6 F
2/3/2014
46.5
42.9
2/4/2014
44.8
41.9
1.0.
2/5/2014
43.1
40.9
2/6/2014
2/7/2014
2/8/2014
2/9/2014
2/10/2014
2/11/2014
2/12/2014
2/13/2014
2/'14/2014
2/15/2014
2/16/2014
2/17/2014
2/18/2014
2/19/2014
2/20/2014
2/21/2014
2/22/2014
2/23/2014
.
2/24/2014
2/25/2014
2/26/2014
2/27/2014
2/28/2014
TOTAL =
0
.230
214
1
Ave =
#DIV/01
46
43
1
Max =
0
48
45
1
Min =
0
43
41
1

Camp Lejeune, IBC
2014 ATAD Perormance Daia
Date
ATAD Train 3 A
i Train 3 B
I Coliform
Feed
(Gallons)
Temp
(oC)
Temp
(oC)
Fecal
2/1/2014
18,000
58.5
59.2
2/2/2014
18,000,
58.6
59.4
2/3/2014
59.8
60A
2/4/201 A
^18,000
i 8,000
60. 1
50.4
1.0
2/5/2014
18,000
60.0
60.5
2/6/2014
18,000
57.8
61.0
2/7/2014
18,000
60.7
61.5
2/8/2014
18,000
61.7
61.5
2/9/2014
18,000
62.7
61.8
2/10/2014
18,000
62.5
62.8
2/11/2014
18,000
61.4
62.5
1.0
2/12/2014
18,000
61.0
62.2
2/13/2014
18,000
61.0
62.3
2/14/2014
18,000
60.1
62.4
2/15/2014
18,000
60.8
62.7
2/16/2014
18,000
62.5
63.1
2/17/2014
18,000
62.5
62.8
2/18/2014
18,000
62.9
63.4
4.0
2/19/2014
18,000
63.2
63.5
2/20/2014
18,000
63.4
63.7
2/21/2014
18,000
62.0
63.4
2/22/2014
18,000
61.9
63.1
2/23/2014
18,000
62.2
62.5
2/24/2014
18, 000
.62.0
62.6
2/25/2014
18,000
61.4
62.4
11.0
2/26/2014
18,000
60.2
61.5 .
2/27/2014
18,000
60.3
61.2
2/28/2014
18,000
60.6
60.8
TOTAL =
504,000
1,712
1,734
7
Ave =
18;000
61
62
2
Max =
18,000
63
64
4
Min =
18,060
58
59
1

Camp Lejeune, NC
2014 ATAD Perormance Data
I
Date
ATAD Train 2 A
Train 2 B
Coliform
Feed
(Gallons) - I
Temp
(oC) 1
Temp `
(oC) 1
Fecal
(,m,Piq)
3/1 /2014!
3/2/2014
3/3/2014
60,G00
17.4
3/4/2014I
(
21.1 j
j
1.0
3/5/2014
24.0
I
3/6/2014
28.1
3/7/2014
33.7
3/8/2014
39.6
3/9/2014
46.7 ,
3/10/2014
54.0
3/11 /2014
58.6
1.0
3/12/2014
60,000
40.6
41.1
3/13/2014
37.4
56.6
3/14/2014
43.7
58.7
3/15/2014
53.2
58.4
3/16/2014
62.9
58.6
3/17/2014
63.9
56.8
3/18/2014
61.5
55.1
1.0
3/19/2014
59.1
53.4
3/20/2014
56.5
51.7
3/21 /2014
53.9
50.1
3/22/2014
51.6
48.5
3/23/2014
49.9
47.3
3/24/2014
48.1
45.8
3/25/2014
46.6
44.2
1.0
3/26/2014
45.1
42.7
3/27/2014
43.3
41.3
3/28/2014
42.2
40.6
3/29/2014
41.4
40.2
3/30/2014
40.3
39.3
3/31/2014
TOTAL =
120,000
1,264
930
4
Ave =
60,000
45.1
49
1
Flax =
60,000
63.9
59
1
Min =
60,000
17.4
39
1

Camp Lejeune, NC
2014 AT AD Perormance Data
Date
ATAD Train 3 A
Train 3 B
Coliform
Feed
(Gallons)
Temp
(oC) ,
Temp
(oC)
Fecal
3/ i/20i41
18,000 1
59.9
61.2
3/2/2014
18,000
59.7
G 1.6
3/3/2014
18,000
60.4
61.9
3/4/20141
18,000 j
58.7
61.5
1.0 i
3/5/2014
18,000
59.2
61.8
3/6/2014
18,000
59.8
62.5
3/7/2014
18,000
' 59.2
63.1
3/8/2014
18,000
61.0
64.0
3/9/2014
18,000
60.8
66.2
3/10/2014
9,000
66.6
65.7
3/11/2014
9,000
66.6
64.4
1.0
3/12/2014
9,000
67.5
62.9
3/13/2014
13,500
62.8
61.3
3/14/2014
13,500
63.9
60.5
3/15/2014
13,500
64.7
60.9
3/16/2014
13,500
65.2
61.3
3/17/2014
18,000
62.0
62.2
3/18/2014
18,000
60.6
62.9
1.0
3/19/2014
18,000
59.5
64.5
3/20/2014
18,000
58.6
66.1
3/21/2014
18,000
58.6
67.0
3/22/2014
18,000
59.3
67.2
3/23/2014
18,000
60.4
.67.5
3/24/2014
18,000
59.7
67.4
8/25/2014
18,000
60.1
66.7
1.0
3/26/2014
18,000
59.1
65.9
3/27/2014
18,000
58.9
65.6
3/28/2014
18,000
61.5
65.1
3/29/2014
18,000
59.2
65.3
3/30/2014
18,000
59.5
65.5
3/31/2014
18,000
57.5
65.5
TOTAL =
513,000
1,890
1,985
4
Ave =
16,548
61.0
64
1
Max =
18,000
67.5
67
1
Min =
9,000
57.5
61
1

CP LEJEUNE BENCH SCALE ATAD V
ATILE SOLIDS RE UCTM ,ANA, • SIS
DATE
2/7/2014
A
B
G
D
E
F
G
H
I
SAMPLE
SOLIDS
ASH
SOLIDS
INHOUSE
WT OF
WEIGHT
WT OF
WEIGHT
% TOTAL
WT OF
WEIGHT
WEIGHT
% VOLATILE
% VOLATILE
SAMPLE
ATAD
WT OF DISH
DISH+WET
(g) [B
DISH+DRY
(g)
SOLIDS
DISH+ASH
(g)
(g)
SOLIDS
WEEKLY
SOLIDS
TEMP
DATE
DIGESTION
(g)
SOLIDS (g)
A]
SOLIDS (g)
[D-A] '
[(E/C)X100]
(g)
[G-A]
[E-H]
[(I/E)X700]
AVERAGE
REDUCTION
0°C
r;
2/10/2014
I.H. ATAD
74.0518
79.07
5.02
74.1246
0.0728
1.45
74.0855 0.0337 0.0391 53_71 53.21 20
DUP
87.8141
92.82
5.01
87.8860
0.07'19
1.44
87.8481 0.034 0.0379 52.71 ,..,
't a :�,.> ,. ,,..:...._.,,<k.ra..
'.
Kim sY , p "'2i'3asw'r,
.,H
. t cM k .. x, e.. <,. . •»..- „'� a z
•.. ..... ... ....ti ... .. .. ,. .,, ...x> E. ,.. z..•,. .;,., r, .,Yi r.s < ..._. _. ,_., ,x.e x, .. ,. .a••. #.r. -i.
S r,a .+ ., .,:a`X .x .�
<r >„n ..x, <x •,.i,.
� > V„y0.0723wX'N Y�,M 4+vt
^ ;- fY Y r„ < ?'
x`�rw;0.0337 _ a, ^0.0386`x
2/14/2014
I.H. ATAD
84.2163
89.23
5.01
84.2886
1.44
84.2500
53.�39
53.95
95
-1.39
20 f
DUP 86.4453 91.45 5.00 86.5196 0.0743 1.48 86.4791 0.0338 0.0405 54.�1
„ ...,, .„ ....,..., a a . ,
{a� �..
11 v..
.. .. .. .. .. ... .. r. < .. < .. <. , ..... , .w•.. e .1r „ ..x, .,;• ...,,<..,., , •e >y a .`ai'
'Pi. {
, ,.. .>, .. ... rx.. ,,, L .. x x :?' n,, i," .. .a .,, 3 .<.,
} d
.., x,x_ ..4 �< �,.r#„,,;,.x :
;q..•
b -
w. <� �E,. r«.,.,r ,.%v
x a €
., .. , . .. ... _ ,. .. •< , s s .,,<,, st .:< a,.<„.,,,-. .rr... '�',y.< „Tx, .<.. tr..
2/21 /2014
I.H. 'ATAD
' 85.1032
90.10
5.00
85.1633
0.0601
1.20
85.1309
0.027 7
.
0.0324
53.
2
0.99
20
DUP
91.8007
96.81
5.01
91.8606
0.0599
1.20
01.8289
0.0282
0.0317
52.92
.fi.,,.:ra
,','•P�� . „r .. .. ,. s .> ..<.,, ... < � . , n . ., ., e ':y ._ z , .. .< , �; :,+:✓><,,.e=.r'
f5 <,_ r,.-x2i.Lx• fxxix
Y.<i, . �>, '`a�a Wa-:>�;a.,._e':;6'
x< }} `;'}r,
'. s ai
ri. <tti�Y
x✓Yis'�i
2/28/2014
I.H. ATAD
85.103
90.10
5.00
85.1578
0.0548
1.10
85.1285
0.0255
0.0293
53_47
F53A4
0.53
1 20
DUP
71.9172
76.
433 0.0261 0.0292 52.80
.�3
.. ......._ _ .._ .,•... .,. _„ ...... _ ..... .. .<.. ..r:..t yKi
., .. .. v sF .<...... x .<. �
, w .„
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�.
..
- 4�, ss,,, Sr �<
�
% ... -.. .. .. .t , ,,.. ,. . r ,<nax . r r ✓ W
,. .<.a .>.. ..,�r-»4, ,, ,, .x-a <,.r ,#{„ S..t✓ ..
, ♦. '� �, T.
r ✓ sre_ r, ,>xo- Y.'E'.. .t�,
3/7/2014 I.H. ATAD 75.4557 80.46
5.00 75.5165 0.0608 1.21
75.4843 0.0286 0.0322 52.96 52.83 0.57 20
DUP 75.2258 80.23
5.00 75.2869 0.06'11 1.22
75.2547 0.0289 0.0322 52.70 :. t'
t
. ,... , ., ,.. < .... .. .. .. ,..< x .., hb,. .,:, ,sin. . >, -i,
yi,
;. :e ..,.: .. , ,rs 3<.. x, •4c
3 r,x
h> m , �3 T
�.
K
r� '.3.'..
t ,. 'N a i:ui:,n-.,.3"•��S"d:
., ... .e.
., ,. x. >F ......r,•. =n,.
, . h x„ .,'u. .,i
., ., � , � .... Y his
,
€w• .. ., - v.:. ,.:.:.:,.,
3/13/2014
I.H. ATAD
75.2260
80.23
5.00
75.2753
0.0493
0.99
75.2491
0.0231
0.0262
53.14
52.39
0.84
20
DUP 87.8149 92.81 5.00 87.8639 0.04.9 0.98 87.8386 0.0237 0.0253 51.6
a.r. � €-:
•tr: , .a < ,. , . .x t <R .-,.. .. ,x ,x.:.< ,.a [^ < r:•�: xr;•,x
< . ., . . r,. .., . .. .. ,,... .< 1. .£, .. . xP .., > a Yii E., ,. ✓ d _ 3a E_ .:«s i�' ry at ,
VOLATILE SOLIDS REDUCTION = INITIAL VS - FINAL.VS X 100
INITIAL VS
(VSR <15%)

CAMP LE -ILINE WWIFP
ATAD SLUDGE FECAL LY1'%Q
DATE COLLECTED: N I ► 1 N TIME COLLECTED: 72 FEOLLE�TE� fig P: - /c,C
RECEIVED BY:
�, � , (� �EFJ
®ATI: ANALYZED: 4.1 .1 Ir, IME: oqg�5—
M �TFIO®:
3 HOURS at 35 t 0.5'C In INCUBATOR
.21 s 2 HOURS at 44.5 t 0.2'C ITT WATERBATH
SAMPLE LOCATION
10 mL
1 mL
0.10 mL
0.010 mL
10 mL
1 mL`
0.•10 mL
0.010 mL
COMB. OFM6�lhdll®�
POSITIVES
raalL
Ili9E°IVI/ RAM
G�DI
0 /5mL
O /5mL
0 /5mL
O /5mL
O /5mL
(9 /5mL
/5mL
C) /5mL0'0'©Dur-,
^
_
0 /5mLl
IS mL
3 HOURS at 35 :t 0-5'C• ftt INCUBATOR
IRATE IN INCUBATOR: q-, l . l`T
DATE OUT INCUBATOR: l +, l+ ((�
21 :t 2 HOURS at 44.5 -t 0.2'C in WATERBATH
DA%"E IN WATERBATH: L� _ f
DATE OUT WATERBATH:
POSII1IVE
CONTROL
NEGATIVE
CONTROL
BLANK
SS A-1 BROTH
�s
DS A-1 BROTH
aS
U U
FORM UPDATED: APRIL 2007
TIME W DC�/�
INGUBgTOfl: •h/
TIME OUT
INGOBgTOfl• ` }
TIME IN .•y ��., ''�
WATEfl9ATH: (�v
TIME OUT
WATEflBATH: 0G�30
TW P61a111IfG OF o
vtWEATOR: ,f V�-�_
TWPEILlTOIIL OF =_5
VGL6A1UIt
T --
'
4-4-
T W—Avuarn,
S
,_�f
TWPFJI..OF
414
waTTTGCm
.
F;-!• % TOTAL SOLIDS
(ATAD SOLIDS ANALYSIS).
CALCULATION:
MPN Fecal Coliforrn/4lrarn sludge —
_ 10 tt MPN Index
Largest valu ne x % dry solids
CI-IIECKED BY:
�P
COPY MADE: 1:
e

4.9
ATAD SLUDGEFECAL ALY1,E-
[®A:r E 1COLLEICTED: CIME COLLECTED:
� Cl'? 1 c. OOLLEC�'IwICt"(I3;�P': :•:!. c.0 `^'ITV:_ I
I�EOEI!!E® BY: FIATE: L�. . I TIME. Ot .
®ATE ANALYZED: TIME:
61lU ETI� O I7:
_
3 HOURS at 35 * 0.5'0 In INCUBATOR
. 21 :t 2 HOURS at 44.5 t 0.Z'C In WATERBATH
SAMPLE LOCATION
10 mL
R
1 mL
0.10 mL
0.010 mL
10 mL
1 mL
0.•10 mL
0.010 mL
COMPS. OF
POSITIVES
M rPIWIUG grill
RM PHI RAN
0 /5mL
/5mL
/5mL
/5mL
`' (`�% /5m
(�jL /5mL
/5mL
G, /5mL{—
�':
up
0,
/5mL
3 "OURS at 35 :k 0.5'C• Iall INCUBATOR
FA=TEININCUBATOR: L�. _ �,
DA"II'E OUT INCUHEaTOR: , - � r,_,J_
21 t 2 HOURS at 4.4.5 t 0.2°C in WATERBATH
DATE IN WATERBATH: /�. . I+
DA-E'E OUT WATERBATH:
�l Vr°
I�'OSI111VE
CONTROL
NEGATIVE
CONTROL
BLANK
SS-A-1 BROTH
DS A--1BROTH1
Lul�—
U O
FORM UPDATED: APRIL 2007
TIME IN [•II ,.7
INCUEATOR:
INI CURATOR:
TIME IN y i'
WATERBATH: l i�%�
TIME OUT
WATERBATH: lJ
TELPFSU1TIl1¢' OF •
V6LeAT0?
TENPE141T1�'OP �•� :�
Vbl1VATOR
TFLPFAATUHGOF
�
waTFMnTM:
�^�•
TELPFA
�•!p�
w4.AT11.M
�/
% TOTAL SOLIDS
(ATAD SOLIDS ANALYSIS) .
CALCULATION:
MPN Fecal Cedifurm/gram sludge
_ 10 x NlPN Inclax
Largest Volume x % dry solids
£="
CHIECKED BY: �f 1i,l
COPY NIADE:^lP I'.
lk

Fmit= COLLECTED:
FRECEOVED BY:
EKT:E::A:N�ALYMD:
CAMP LE AINE WWIFP
1EI11E COLLECTED: 7� s
[DATE: 4
CFINI IE:
METHOD:
COLLECTED BY: 14 C
TIME
3 HOURS at 35 t 0.5"C In INCUBATOR
21 x 2 HOURS st 44.5 � 03'C In WATCRBATH
SAMPLjLOCAj-n
10 enL
1 mL
0.10 mL
0.010 mL
10 mL
1 mL
0.'10 mL
0.010 mL
COMB. OEMP11,
/10Gou L
fiff" IG RAAhl
/5mL
0 /5mL
0 /5mL
D /5mL
n/
/5mL
®/5mL
0 /5mL
/POSITIVEc
0 /5mL
010-0
111°`21 ^-�
_.._ �- � _ 1•
D� r!�
V / 5mL
3 HOURS at 35 zt 0.5'C- in INCUBATOR
DATE ON INCUBATOR:
DATE OUT INCUBATOR:�
21 :t 2 HOURS at 44.5 :1: 0.2°C 8n WATERBATH
DAT=1N WATERBATH:
E
I"E OUT WATERBATI* . I6`,�(�
1=I5SI11VE
CONTROL
NEGAnVE
CONTROL
BLANK
SS AO-1 BROTH
�0
DS A-1 BROTH
OC
v u
FORM UPDATED: APRIL 2007
TIME IN ,�"(�
INCUBATOR: 0 �..i
TIME OUT I •"J
INCUBATOR:
TIMEIN _
WATERBATH:
TIME OUT
WATERBATH:
TEVPEAATUhC OF
(�{{ � �^
TEUPEN 1TUrtGOF
�L
VAa19AiD1G
�`
TFJdPEMTUHL OF /
WATERWH: ��,
TELPFAAM OFWATErrA
T f
% TOTAL SOLIDS
(ATAD SOLIDS ANALYSIS) .
CALCULATION:
MPN Fecal Coliforrn/gram sludge =
_ 10 x MPN Index
Largest volurne x % dly solids
CHECKED BY:
COPY MADE: la

C"'AMP IL a61" ' I E W,IF P
ATAD SLUDGE I-ECAL ANALYSMS
P-yrE C�DLLECTEIO: Y Z Z r'11111E COLLECTED: (�7ZS COLLECTE�1�7, U3�Y:
I� ���
REQ:E01/1CD BY: [IATE: =E.�" 7
®ATE ANALYZED:� �h-, i IT'IWIE: Q� V��
METHOD:
3 HOURS at 35 zt 0.5"C In INCUBATOR
.21 :m 2 HOURS at 44.5 * 0.2"C In WATERBATN _
SAMPLE LOCATION
10 mL 1 mL 0.10 mL
0.010 mL
10 mL 1 mL 0.10 mL 0.010 mL COMB. OIL MI'lld/IGI� full NII°IVV �RASu9''
POSITIVEko
C_
�1
�/ /SmL O /5mL V /5mL
G/5mL
/ f v
r✓ /5mL I /5mL O /5mL /5mL 0 "0
®U P
V / 5mL
�
3 HOURS at 35 a: 0.5'C• in INCUBATOR
DATE IN (NCUBATOR:
DATE OUT INCUBATOR: ��• L�
21 :t 2 HOURS at ".5 :t U'.2°C lug WATERBATI-I
1. DATIE IN WATERBATN: � _• 1
S
TE OUT WATERBAT1-I:
POSI-11VE
CONTROL
NEGATIVE
CONTROL
BLANK
SS A-1 BROTH
Y
DS A-1 BROTH
us
�
y,szr
FORM UPDATED. APRIL 2007
TIME IN {
INCUBATOR: 06 1
TIME OUT
INCUBATOR: GPI
TIME IN
WATERBATN:
TIME OUT�'-
WATERBATH: r
r5
uweArom
_ lJ
TIMPF Im or
� ��
u¢venrols
Tme�nAnlnaoF /
waTale4Tn: F�—� ;'�
T.11ATUI.OF '-
wnnrMM
% TOTAL SOLIDS
(ATAD SOLIDS ANALYSIS) .
CALCULATION:
MPN Fecal Coliforrn/4lrarn sludge
_ 10 x MPN lncict
Largest volt.u-ne x % dry solids
CHECKED BY:'_J
COPY MADE: 1

.: dl 1'Y IL . ^ ' .1 E W lV Wm P
ATAD SLUDGE FECAL ANJ%LYS1'%Q3'
®ATIE CQ➢L-ECTEID: ITIME COLLECTED:07/p �COLIL.ECTEIf�` BY:
RECEWEDD BY: Fo,ATE: -�.. � `� � - TIME::
DATE ANALYZED: � 2 �� � '-- . FTIM' E: (�`Z�EN::ALYST:_..�"1�?� __._...�
6UV rT0-DOI�:
3 HOURS at 35 :t 0.5"C In INCUBATOR,
.2 1 m 2 HOURS at 44.5 :t 0.2'C: In WATERBATH
SAMPLE LOCATION
10 mL
1 mL
0.10 mL
0.010 mL
10 mL
1 mL
0.10 mL
0.010 mL
COMB. O6�
POSMVES:o
IUl6TIId/141�b mralL
11106�OIN �ffBJakV9
/5mL
/5mL
0/5mL
/5mL
�"� /5mL
/5mL
C�/5mL
/5mL
Dup
11 /5mL
/5mL
3 HOURS a8 35 2i: 0.5°C- irn INCUBATOR
(DATE IN INCUBATOR:
DATE OUT INCUBATOR:
21 :t 2 HOURS at 44.5 :t 0.2°C to WATERBATH
t
DATE IN WATERBATH.
DATE OUT WATERBATH:��J (`
POSIIIVE
CONTROL
NEGATIVE
CONTROL
BLANK
SS A-1 BROTH
(N�
DS A-1 BROTH
FORM UPDATED: APRIL 2007
TIME IN %�Ct �
Ufl'
INCATOfl; V Lz
INCUHATOfl: l mil-' L1i.i
TIME IN t.�y
WATEFISATN:
TIME DUr y 2.`
WATEflBATN: L J
�' S C••
uwoArom
WLVMroR
+..a
IT...
WATE I TJJ:
TEIJPMFJ1ATIlfdE l
WATTrtATlii
1% TOTAL SOLIDS
(ATAID SOLIDS ANALYSIS)
CALCULP,TI ON:
MPN Fecal Cc:difrarrn/4lram sludge
_ 10 x N1PN Index
Largest volurae x % dry solids
r.l,lJl.
01-IIECKED BY:
jtAi--
rCOPY MADE: (_

ATAD SLUDGE FECAL AN, LY S I "'ED
DATE GOLLECTED: (v ! r ( TIME COLLECTED: 07 Z �' FLOLLEfE-I'DCI:;'P: 1 j (�r_l7�
RECEWED BY: ��'t��'� [DATE:�. C<% � �� �`I(MIE:
D ATE ANALYZED: rj`, C;, . j �- CluulE: J C� �� :% :N:A6...'J T
METHOD:
3 HOURS at 35 zh 0.5`C In INCUBATOR
.21 m 2 HOURS at 44.5 * 0.2'C: In WATERSATH
SAWPLE LOCATION
10 mL
1 mL
0.10 mL
0.010 mL
10 mL
'I mL
0.10 mL
0.010 mL
COMB. OF
POSITIVES
IVIP11-411010 oink.
_
Illll° WGRlh.M
7
% ;�
l i 1�o /'M
IS mL
15 mL
/ 5 mL
/ 5 mL
/ 5 mL
(r�J
v / 5 mL
0 / 5 mL
/��.)
V / 5 mL
DU(rr}
3 HOURS at 35 :t 0.5'G Wi ItNC:UBA'1"COR
DATE IN INCUBATOR:
DATE OUT INCUBATOR:
21 dt 2 HOURS at 44.5 :t 0.2°rC un WATERBATH
DATE IN WATERBATH: _j_(0 , I
DA'O"E OUT VVATERBATH: L -7 ��-
`4
TIME IN
INCUOATOFI: G
TIME OUT _ _
INCUOATOR: � ,��
TINE IN
WATE110A714:
FTINE OUT 1 L l V
WATEROATN:
9:I0SI11VE
CONTROL
NEGATIVE
CONTROL
BLANK
SS AA BROTH
-D5_�-
D)S A-1 BROTH
T6LFEAnT -'
U:cutlATT1R
('
C,
5 „
.
T-I r,v '
, )
U6JJIfATOR
!
TEUPE TURL VF
rwrFnnTurtEOF ���
wnttrwTw
% TOTAL SOLIDS
(ATAD SOLIDS ANALYSIS) .
CALCULATION:
MPN Fecal Coliform/grarn sludge =
_ 10(NjPN IncLex
Largest uolurne x % dry solids
CHECKED BY: ---f
FORM UPDATED: APRIL 2007
C()PY MADE: _

DATE COLLECTED:
DATE ANALYZED: �� . i � • 1�'
C"AMP LEJ ".)NE WWTP
ATAD SLUDGEFECAL ANALMS S
[T- INIE COLLECTED: C7 ZS
[)A )ATE:
TIME:
METHOD:
COLLEc-rEID,, R o'Y: P
3 HOURS at 35 zE 0.5"C. In INCUBATOR
..21 :t 2 HOURS at 44.5 :k 0.2"C; In VVATr=RBATH
SAMPLE LOCATION
10 bnL
^0
1 mL
0.10 mL
0.010 mL
10 mL
1 mL
0.10 mL
0.010 mL
COMB. OF
n
A1011-alloG Hnk.
�lNS'tOJIfG�1L��dll9
/5mL
O /5mL
0 /5mL
/5mL
/5mL
0 /5mL
/j�
's1' /5mL
C\y /5mL1•f
t�POaMVE
3 HOURS a4 35 ± 0.500 in INCUBATOR
DATE IN INCUBATOR: --
[DATE OUT INCUBATOR:
21 -t 2 HOURS at 44.5 :rc C1.2'C 1E B H
[EA71=1NWATERBATH:
DATE OUT 11VATERBATH:
1.10SI UVE
CONTROL
NEGATIVE
CONTROL
BLANK
SS A-1 BROTH
o _
066
DS A-1 BROTH
%
jjj f/fi
1-1-1
14
FORM UPDATED: APRIL 2007
INCUflgTOR• i
TIME OUT + 1 2-el
1
TIME IN
WATERBATH:
TIME i WATERB0ATERBATH: .
TE7I1ET--- -
TEltPOUTUt2OF j'`, ^; ��
UtW9ATOR �/ V
TODPEMTUhE OF � �
WATEIIIlCM:� i
TEYPFAATUItEOF ! 4lIL
% TOTAL SOLIDS
(ATAD SOLIDS ANALYSIS) .
CALCULATION:
MPN Fecal Ccslifcorrgl/41r-arir sludge
_ 10 r NIFIN Index
Largest velurne x % r11y solids
CI-IIECKI=D BY:
COPY MADE:p°'� '�\

GmMr LLt,-,,F=LemAE 4W m P
MAD SLUDGL.,,0ECAL ANALYSES
D.,'kTIE COLLECTED: E :� ��•I °/ EM:ECOLLECTED: �J7 � r-.• F—LLCC:�'I�D BY:
LRV CEVVIED BY: -�:�'_ D09TIr: =MF--
EW,=1EAHALYZED. 2 =TIME-_��� ANALYST,
3 HOURS at 35 .-,: 0.5-C In INCUBATOR - _
.21 w 2 HOURS at 44.5 & 0.2" C; In WATERBATH
SAMPLE LOCH;YION _
J
6)u
10 mL
0 / 5 mL
1 mL
15 mL
0.10 mL
JJJ'''
0/ 5 mL
0.010 mL
r \J
�✓ / 5 mL
10 mL
D / 5 mL
1 mL
�/ 5 mL
0.10 mL
/ 5 mL
0.010 mL
`� / 5 mL
COM®. OE MP9,Y1(1G mnL 'MPIW068M
POSITIVE_
j 1-30U 'S a4 35 j_ 0.5" C' hii IR9CUBATOR
IIDAYE IN INCUBATOR:
EID,ATE OUT INCUBATOR:
21 :t 2 HOURS all: 44-6 z Q1.2'C h WATERBATIH
IDA u E 11�1 VN,4TEhlBATH:
DNFE OUT WATEMATo-1
Y� `
POSIIIVE
CONTROL
NEGATIVE
CONTROL
BLANK
SS A- J BROTH I
�JL�`�
I `}� v
Yv�
DG.A-1 BROTH
--E]
TINE IN�
INCUflA70A• IJ
TINE OUT `•�
INCUOATOft• !
TINE IN
WATEABATH:
TIME OU7 + O �sra�
WATER9ATH: l ��/
TEY wwUATUMenrolr.rtCOF
1
EUPmAiur2 of
u¢al mm
TF]1PEM7Lfl£OFl
wommnm:
7flfPFAANIIE OF � L l�
wattrrAix i �
% TOTAL SOLIDS
(ATAD SOLIDIS ANALYSIS) .
CALCULATION:
MPN Fecal Ccdiforrn/gram sludge =
_ 10 x NIPN Inclex
Largest VOlUrne x % dry solids
CI-IIECKED BY:
FORM UPDATED: APAIL 2007 �
COPY MADE: .� )

CAMPLE-11ELINE WWTP
MAVCE COLLEtGIFE10�_ 5-.2 8 • / 5/ TI�11� COLLlEC7ECD: p��s ®LLE�TfEII? 1�`r"�J��(.cv5?`�?
Uhl= �GIEO�VV�6� V��f': DATE:
"�1fIE AVVALIf IE:Ia: _ _?.�;.-��G. TIME: Dot 9sE...... °s�:.-
3 HOURS at 35 z 0.5°C In INCUBATOR
.21 x 2 HOURS at 44.5 t 0.2'C In WATERBATH
vNlloNVGRAM
SAMPLE LOCA>;1fION
��U�
10 vnl-
/ 5 rnL
�•� /5mL
1 mL
/ 5 mL
0.10 mL
/ 5 mL
0,010 mL
/ 5 ml_
10 mt-
15 mL
�l5mL
1 mL
/ 5 mL
0.10 mL
J
/ 5 mL
0.010 mL
COMB. OF
Mp1W10-0 o1nL
POSITIVES
DAME IN INCUIBAYOR:
ID'XCE OUT INCUBAT0N:
21 :t 2 HOURS at44.5 _ 0.2'G fin UWATERSATIH
IDTr
IE IN WATEFIBM'H c ,7 'y 2`-- 1Lf
IDNVE OUT IATERBATI-1:
INCNflATOR: ��'3 � V
IfME OUT
.,CueATOR:
POS111VE
CONTROL
NEGATIVE
CONTROL
BLANK
SS A-1 MOTH
DS IA-1 BROTH
��L)5
FORM UPDATED: APRIL 2007
TIME IN
WA7ERRA7N; � I ?�
TIME OUT F
WATERBA7N:���
u�G11EAT0R. S V
idPma7ugG OF
TFLfFAANMEOF `—
WAiE31n.1TH: L I qTEMPFMATUng
„. J
WwTrrWTlt•
:�� % TOTAL SOLIDS
(ATAD SOLIDS ANALYSIS) .
CALCULATION:
MPN Fecal Ccdiform/p am sludge
/
_ 10 x NIPN Inclex
Largest Volurne x % dry solids
CHECKED BY:
(;OPY MADE: � �

CAMP LE, -I U114 E W W I P
DATE �C:OLLIEC"GED TIMECOLLECTED: 0'� 30 �'iDLLEllti' 9�aP'��
RE'C 11VED BY: `��r� ; DATE: .2, . IL{-
WATE ANALYZED:— (�; . � . 'dam_ TIIUIE��
SAMPLE LOCATION
D Ul II,J
I 3 HOURS at 35 :E: 0.5' C In INCUBATOR
.21 x 2 1-10URS at 44.5 :k 0.2'C; In WATERBATH
_-1!0 6nL ^
1 mL
0.10 mL
0.010 mL
10 mL
1 mL
0.'10 mL
0.010 mL
C /5rrIL
V /5mL
/5mL
0 /5mL
`✓ /5mL
`-' /5mL
v /5mL
(D /5mL
�J /5mL
IDA Y E IN INCUBATOR: II X(E OUT INCUBATOR:_
2-I :1- 2 HOURS at: 4JU15 'i 0.2°C in vViVrER BATH
EDIV.-E IN WATIERBATI-1:
DAYE OIUT WATERI3ATI-I:
POS111VE
CONTROL
NEGATIVE
CONTROL
BANK
_
SS A-1 BROTH
DS A-1 BROTH
FORM UPDATED: APRIL 2007
INCl1ElATOfl: l.��J J�
TIM17E oY� I l � �
ING49ATOp:
TIME IN �
WATENBATH:
n a
WATERBC7C; i fl7
ATN:
wcuenroRrmpoukTu
U=uAyuf. F ?�
V+LueA7UR
mI°`EiuNnG OF
r
� 1_
WaiF]16aTM:
1 .
TeurFanturtEOF
-1 L:r.
Wartream:
.✓
sl
% TOTAL SOLIDS
(ATAD SOLIDS ANALYSIS).
COMB. OF M6'lld/1m®mroIL�NIf°IdUQn68d!�4llI
POSITIVES
CALCULATION:
MPN Fecal Coliform/4lram sludge
NIPN Inclex
Largest VOILIMe x W. dry solids
X
CI-IIECKL=D BY:.
COPY MADE: ,)

,AMP LE,, ---.LINE VVT
DATE COLLECTED,-����1 + I �(� TIMECOLLECTED:�, ®LLCCti_EICB„I�`P�^_^c-�'!!, �:r ^`t�+_►m�> _ ._ _ .,M.. �9
CDED v: �FgEDATE: a _0
DATE ANALYZED: _ ('. � b , l �f
V _
TIME: I ! D
FIo44JALY-13
i_
3 HOURS at 35 ze 0.5'C In INCUBATOR
21 � 2 HOURS at 44.5 a. 0.2'C; In W,ATERBATH
�M
SAMPLE LOCATION
10 mL 1 mL 0.10 mL 0.010 mL
10 mL 1 mL 0.'10 mL 0.010 mL
COMB. Of
MP'IQ1100 Um L POW GRAM
POSITIVES
1 ;^I�,I�I�1%
.Jva Y\II _
/ 5 mL} / 5 mL�/ 5 mL �' / 5 mL
�-% / 5 mL / 5 mL / 5 mL / 5 mL
CJ / 5 mL
3 HOURS at 35 j- 0.5'C.6eu INCUBATOR
E
E IN INCUBATOR: i _ y LP i
DATE OUTINCUBATOR:
1/
[DATE
21 � 2 HOURSat 44.5:t 0.2'C in IdWRATEI•I
RbAT IN WATERBATH: � � t A:
=DATEOUT WdATERIBATH:
POSITIVE NEGATIVE
CONTROL CONTROL BLANK
SS
DS A-1 BROTHU:r
-- � 1"
FORM UPDATED: APRIL 2007
TIPJE IN I j ��
INCUBATOfl: 1
TIME OUT (F /
INCUBATOfl: ,�E �(��
TIME IN
WATEflBATH; �'�L�
TIME OUT l 3 �U
WME UT7H:
TEYPFA '-- J S • 0
w=OATVM .•'J1
T61PF]wTUI1C OI' ��
V6LOATOR
T6�PEAAT4FlG OF '�_
WATEACnTH:
)l J�
WATT AATVPi£ OF d-lam (f —'
wanrrnnu
I%TOTAL SOLIDS
(ATAD SOLIDS ANALYSIS)
CALCULATION:
MPN Fecal Colif,lrrvi/gram sludge -
_.10 x MPN Index
Larges-i volume x % dry solids
CHIECKED BY:
COPY MADE:

� I L -" =. LEI E lVVVV_TP
ATA LU D L roCAS® AEI A LY MS,
DATE GO,OILLECu ED: �.:��. �.� / �( TIME COLLECTED: C IE D BY: ,� 1 �� f..�-••7.�-I f'
RE'CEWED BY:
DATE:
[t]IATE ;�AMAL.V ✓IED: ��1�
_ �,: 1ru .. ��- TIDE:
[1I E: ( 7 23 S_
lKNKy:i_s_:-_p es _-.R
3 HOURS at 35 r 0.5"C In INCUBATOR
.21 :t 2 HOURS at 44.5 t 0.2"C In WATI=RBATH
SAMPLE LOCA'!- 011
L`10 mL
}}
(✓/SmL
/5mL
1 mL
ice+
�'/5mL
0.10 mL
/5mL
0.010 mL
/5ml_
10 mL
/5mL
! /5mL
1 mL
0/5mL
0.10 mL
/5mL
0.010 mL
II
V'/5mL
COMB. OF MPIN/1010 onlL Nq PuvVGRAAdv9
PO�59T VE n
_ �21—~
jj3 HQU. FBS at 35 a: 0.5`0 hii IaWQ l SATOR
IDAYIEINONCUB1ATOR: _ ��.^� � � 1�
DADXH't OUT INCtJfdl,G'rb6'i:__
1 3_2 I;14sURS at 44.5 i- 0.2' ,` In WATERB ATH
DAME IN VI/AYEABATH: S
L:, . ++ �J
ll E OUT 11VATEnB1l•,TH:
—�— -- -
I:I0SI97VE
CONTROL
NEGATIVE
CONTROL
BLANK
SSA-1 BROTH
7 r
1 �(b ,
DS .,A-1 BROTH
FORM UPDATED: APRIL 2007
TINE IN /,e��`M
INCUAA7Nfl: V �Y.��
TIME OUT � j ,�
INCUBATNfl: Il
TIME IN 1 ! .�
WATEABATN:
TIME NUT fj 11
WATEABATN:
TELPFA0.TV11COF /� ./"�
TEl1POL1TUP:l OF �If'. ��
u:weATox ./'
rEveEnwiu F[oF � '�
wnreannnr. .� ;�
TE/1- AnIfPE OF
wnnrwTw
% TOTAL SOLIDS
(ATAD SOLIDS ANALYSIS) .
CALCULATION:
MPN Fecal Conform/41r'am sludge —
_ 10 x NIPN Index
Largest VOILIMe x % dry solids
CHIECKED BY:
COPY MADE:

A�I11�AD SLUDGE DECAL NLYS H.3'
DATE COLLECTED:S` �i ] TIME COLLECTED: U9 a 2 EKLECTE10 BY: �
En. �G IEU@7L-D BY:_�_ IG•,��a IDATE:/r`_ ?� .. I TlIIl191r E7 !%' C'��
DATE ANALYZED: �[ �� - I TIME: � ANALYST.
6VD E- TH 0LU: — -- _
3 HOURS at 35 d: 0.5'0 In INCUBATOR
.21 s 2 HOURS at 44.5 * 0.21 C In WATLRBATH
SAMPLE LOCATION
10, uvtL
1 mL
0.10 mL
0.010 mL
10 mL
1 mL
0.10 mL
0.010 mL
COMB. OF � MIP6-U100 mralL
�NOPOVI/ RAAM
•
POSITIVES
b! /5mL
pp�
0
t
r�/
/
0/5mL
L)
L�
meµ` --_�
/5mL
/5mL
/5mL
`-'' /5mL
`-' /5mL
/5mL
DILpP
3 HOURS at 35 1: hii INu:;UB AT OR
ID:�CIE ON UNCUIBA><TOR: -
OZA4'li E OUT INCUBATOR: & � �� � ILk
21 :t 2 C,9OU FBS Ed. -tPLG 0- 2'°C on @1WATERB ATH
FDA`j OiV VNA4TIEFIBI�TI�i
- -- (,, y
FD(V'
•IE OUT WATE11SATOI
INC08A70R: (�
TIME OUT �••yp, i
INCu6ATOfl: V'�C
TIME IN ..��qq
' nME our I I
WATERBATH:
—�—�—
POSIME
CONTROL
NEGATIVE
CONTROL
BLANK
SS ,AA (BROTH
IDS :a-1 BROTH �-
i, -
U (.y
TELPOIAT __
W aATOR
rv�rETurwn
ear J '�'+)
V+LLeAT°R 5 ..�/
TFJ1PErNTUPE pF �'�
warennnrn: - 4- _5
TOIPFAATUIIE °F
% TOTAL SOLIDS
(ATAD SOLIDS ANALYSIS).
CALCUI.J4TION:
MPN Fecal CUliform/flram sludge =
10 x MPN Inclex
Largest volurne x % dry solids
CI-IIECKED BY:
FORM UPDATED: APAIL 2007 � l
COPY MADE:

Camp Lejeune, NC
2014 ATAD Performance Data
Date
AT AD Train i A
Train 1 S
Coliform,
Feed
(Gallons)
Temp
(oC)
Temp
(oC)
Fecal
(N4PN)
4/1 /2014
i 4/2/2014
63,000
18.7
I
4/3/2014
22.9
4/4./2014
26.7
4/5/2014
30.8
4/6/2014
35.2
4/7/2014
42.1
4/8/2014
51.2
1.0
4/9/2014
62.2
4/10/2014
67.2
4111 /2014
66.1
4/12/2014
64.6
4/13/2014
63.4
4/14/2014
62.1
4/15/2014
60.2
1.0
4/16/2014
57.7
4/17/2014
55.4
4/1812014
52.9
4/19/2014
51.1
4/20/2014
49.0
4/21 /2014
47.9
4/22/2014
47.6
1.0
4/23/2014
47.4
4/24/2014
47.0
4/25/2014
46.8
4/26/2014
46.5
4/27/2014
46.3
4/28%2014
46.1
4/29/2014
46.0
1.0
4/30/2014
45.9
TOTAL =
63,000
1,407
0
4
Ave =
63,000
48.5
#DIV/01
1.0
Max =
63,000
67.2
0.0
1.0
Min =
63,000
18.7
0.0
1.0

Camp Lejeune, NC
2014 ATAD Perriormance Data
l
`
I Dare
i
4TAn Train 2 4
irani.r-� l
Twin '3 R
tianu
C` liFnrrrl
Colifor
Feed Temp
(Gallons} I (00)
Temp
(oC)
Fecalm"
(PI\')
4/1/20141
18,000 1
58.6
64.7
1.0
4/2/20141
18,000 I
58.9
64.5
4/3/20141
18,000
58.3
64.0
4/4/20141
18,000
58.7
64.2 I
i
I
l 4/5/2014I
181000 1
60.4
64.9 i
4/6%2014
18,000
60.8
65.2
4/7/2014
18,000-
60.3
65.7
4/8/2014
18,000
60.9
65.9
1.0
4/9/2014
18,000
61.0
65.9
4/10/2014
18,000
61.2
65.8
4/11/2014
0
66.6
64.8
4/12/2014
18,000
63.0
63.4
4/13/2014
18,000
62.4
63.3
4/14/2014
18,000
63.4
63.8
4/15/2014
18,000
63.4
63.7
1.0
4/16/2014
18,000
62.3
62.4
4/17/2014
18,000
60.3
61.5
4/18/20141
18,000
60.6
61.4
4/19/2014
18,000
58.1
60.5
4/20/2014
18,000
60.2
60.4
4/21/2014.
18,000
61.2
61.2
4/22/2014
18,000
62.7
62.5
1.0
4/23/2014
18,000
63.1
63.4
4/24/2014
18,000
62.1
63.2
4/25/2014
18,000
61.8
62.5
4/26/2014
18,000
60.8
61.9
4/27/2014
18,000
60.3
61.3
4/28/2014
18,000
59.1
60.9
4/29/2014
18,000
57.1
60.3
1.0
4/30/2014
18,000
59.8
60.5
TOTAL =
622,000
1,827
1,893
5
Ave =
17,400
60.9
63.1
1.0
Max =
.18,000
66.6
65.9
1.0
PAin =
0
57.1
60.3
1.0

Camp Lejeune, ILC
2014 AT AD Perormance Data
Dare
ATAD Train 4 A
Train 4 B
Coliiorm
Feed
(Gallons)
Temp
(oC)
Temp
(oC)
Fecal
(A�PI�!)
. /'I /2014
E
`
4/2/2014
4/3/2014
4/5/20141
4/6/2014
4/7/2014
4/8/2014
4/9/2014
4/10/2014
4/11/2014
4/12/2014
4/13/2014
4/14/2014
.
4/15/2014
4/16/2014
4/17/2014
4/18/2014
63,000
24.7
4/19/2014
27.4
44/2WOU
31.1
4/21 /2014
35.3
4/22/2014
40.9
1.0
4/23/2014
47.1
4/24/2014
53.4
4/25/2014
61.3
4/26/2014
63.5
4/27/2014
61.7
4/28/2014
63,000
47.6
36.0
4/29/2014
44.6
50.6
1.0
4/30/2014
52.7
53.8
TOTAL =
126,000
591
140
2
Ave =
63,000
45.5
46.8
1.0
Max =
63,000
63.5
53.8
1.0
rEFln =
63,000
24.7
36.0
1.0

Camp Lejeune, NC
2014 ATAD Performance Data
Date
ATAD Train 1 A j
Train 1 L i
Colitorm
Feed
(Gallons)
Temp
(oC)
Temp
(oC)
Feca!
(MPN) `
5/1/2014
45.7
5/2/20141
45.5 I
5/3/2014
5/4/2014
5/5/2014
EE
5/6/2014
1.0
5/7/2014
5/8/2014
5/9/2014
511012014
5/11/2014
5/12/2014
5/13/2014
5/14/2014
5/15/2014
5/16/2014
5/17/2014
5/18/2014
iJ! 1�/GV I'4
6/20/2014
5/21 /2014
5/22/2014
5/23/2014
5/24/2014
5/25/2014
5/26/2014
5/27/2014
5/28/2014
5/29/2014
5/30/2014
5/31 /2014
TOTAL =
0
317
0
1
Ave =
#DIV/O!
45.3
#DIV/O!
1.0
Max =
0
45.7
0.0
1.0
Min =
0 45.2
0.0
1.0

Camp Lejeune, NC
2014 AT AD Performance Data
DG.te
ATAD Train 3 A
Train 3 B
Coliform
Feed
(Gallons)
I
Temp I
(oC)
Temp f
(oC) f
Fecal
(m,P("')
5/1/2014
18,000
62.6
61.6
5/2/2014I
18,000 I
53.6
62.8
5/3/2014,
18,000
63.6
63.0
5/4/20'i4l
'i8,000. j
G4.8 j
0-3.9 I
I
5/5/2014
18,000
65.1
64.5
I
5/6/2014
18,000
65.3
64.8
1.0
5/7/2014
18,000
64.9
64.9
5/8/2014
18,000
64.7
64.8
5/9/2014
18,000
64.7
64.5
5/ 10/2014
18,000
65.5
64.5
5/11/2014
18,000
65.6
64.5
5/12/2014
18,000
65.3
65.0
5/13/2014
18,000
65.1
65.4
1.0
5/14/2014
13,500
67.1
65.7
5/15/2014
13,500
67.5
65.4
5/16/2014
13,500
66.1
64.5
5/17/2014
18,000
64.3
63.6
5/18/2014
18,000
63.4
63.3
5/19/2014
18,000
62.6
63.2
5/20/2014
18,000
61.2
63.0
1.0
5/21/2014
18,000
59.8
62.3
5/22/201.4
18,000
59.9
62.0
5123/2014
18,000
60.0
61.9
5/24/2014
11,250
60.8
61.6
5/25/2014
18,000
58.7
'61.3
5/26/2014
11,250
58.2
60.8
5/27/2014
18,000
56.6
59.8
5/28/2014
18,000
54.6
58.8
1.0
5/29/2014
18,000
54.5
57.8
5/30/2014
18,000
56.2
57.1
5/31/2014
18,000-
56.6
58.0
TOTAL =
531,000
1,929
1,944
4
Ave =
17,129
62.2
62.7
1.0
Max =
18,000
67.5
65.7
1.0
Min =
11,250
54.5
57.1
1.0

I
Camp Lejeune, NC
2014 ATAD Performance Data
Daie
'
ATAC Train 4 A
Train 4 B
Coliiori"fi
Feed I
(Gallons)
Temp
(oC) {
Temp
(oC)
Fecal
(!\riPf�)
5/1/2014
59.8
54.2
5/2/2014
!
61.9
53.7
5/3/2014
61.7
52.7
5/4/2014
61.0
51.8
_
5/5/2014'
59.8
50.6
5/6/20141
58.4
49.4 I
1.0
5/7/2014
57.2
48.2
5/8/2014
55.8
47.2 .
5/9/2014
54.3
46.2
5/10/2014
53.0
45.4
5111 /2014
51.8
44.6
5/12/2014
50.7
44.0
5/13/2014
49.6
43.3
1.0
5/14/2014
48.6
42.6
5/15/2014
47.5
42.1
5/16/2014
46.5
41.7
5/17/2014
45.4
40.9
5/18/2014
44.6
40.0
6/19/2014
44.0
39.5
5%2U%2U14
5/21/2014
5/22/2014
5/23/2014
5/24/2014
5/25/2014
5/26/2014
5/27/2014
5/28/2014
5/29/2014
5/30/2014
5/31/2014
TOTAL =
0'
1,011
878
2
Ave =
# DIV/0!
53.2
46.2
1.0
Ibex =
0
61.9
54.2
1.0
Min =
0
44.0
39.5
1.0

Camp Lejeune, NC
2014 ATAD Performance Data
Date
ATAD Train 1 A
Train 1 B
Coliform
Feed
(Gallons)
Temp
(oC) I
Temp
(oC)
Fecal
(MPN)
6/i/20i4�
6/2/2014
6/3/2014
6/4/2014
6/5/2014
6/6/2014
6/7/2014
6/8/2014
6/9/2014
6/10/2014
6/11 /2014
6/12/2014
6/13/2014
6/14/2014
6/15/2014
6/16/2014
6/17/2014
6/18/2014
6/19/2014
6/20/2014
6/21 /2014
6/22/2014
6/23/2014
6/24/2014
6/25/2014
6/26/2-014
6/27/2014
63,000
29.6
6/28/2014
31.3
6/29/2014
33.5
6/30/2014
35.6
TOTAL =
63,000
130
0
0
Ave =
63,000
32.5
#DIV/O!
#DIV/0!
Max =
63,000
35.6
0.0
0.0
Min =
63,000
29.6
0.0
0.0

1
Camp Lejeune, NC
2014 ATAD Performance Data
Date
ATAD Train 2A
Train 2 B
Coliform
Feed
(Gallons) I
Temp
(QC)
Temp
(oC)
Fecal
(MPI\)
6/1 /20141
612/20141
6/3/2014
1
6/5/2014
6/6/2014
6/7/2014
6/8/2014
6/9/2014
63,000
27.4
6/10/2014
63,000
28.4
29.0
1.0
6/11 /2014
30.7
31.7
6/12/2014
33.3
35.0
6/13/20141
35.5
38.1
6/14/2014
37.1
41.7
6/15/2014
38.7
45.2
6/16/2014
40.6
49.9
6/17/2014
43..0
52.6
1.0
6/18/2014
46.9
53.8
6/ 19/2014
53.9
57.2
6/20/2014
64.1
57.8
6/21 /2014
66.7
58.0
6/22/2014
65.9
57.2
6/23/2014
63.5
56.1
6/24/2014
60.0
54.6
6/25/2014
18,000
53.0
54.1
1.0
6/26/2014
54.7
54.7
6/27/2014
59.4
53.9
6/28/2014
58.7
52.4
6/29/2014
56.7
50.8
6/30/2014
55.7
49.4
TOTAL =
144,000
1,074
1,033
3
Ave =
489000
48.8
49.2
1.0
Max =
63,000
1 66.7
58.0
1.0
fin =
18,000
1 27.4
29.0
1.0

Camp Lejeune, IBC
2014 ATAD Performance Data
Date
ATAD Train 3 A I
Train 3 B
Coliform
Feed
(Gallons)
Temp
(oC)
Temp i
' (oC)
Fecal
PI.)
6/ 1/2014,
18,000
58.1
60.2
6/2/2014
18,000
58.5
60.2
6/3/2014,
18,000
58.4
60.1
1.0
6/4/2014
15,000
57.5
60.0
j
6/5/2014
18,000
57.5
59.7
6/6/2014
18,000
57.2
59.3
6/7/2014
18,000
55.9
58.8
6/8/2014
18,000
55.1
58.4
6/9/2014
18,000
55.6
57.9
6/ 10/2014
18,000
58.3
57.8
1.0
6/11/2014
9,000
58.6
57.5
6/12/2014
18,000
58.2
57.5
6/13/2014
18,000
59.0
57.7
6/14/2014
18,000
59.7
58.2
6/15/2014
18,000
58.7
58.6
6/16/2014
18,000
57.6,
58.4
6/17/2014
18,000
56.8
58.1
1.0
6/18/2014
18,000
56.0
57.5
6/19/2014
18,000
54.3
57.1
6/20/2014
18,000
54.0
57.2
6/21/2014
18,000
53.3
56.6
6/22/2014
18,000
55.2
57.0
6/23/2014
18,000
56.7
57.0
6/24/2014
18,000
57.2
57.3
6/25/2014
18,000
58.2
57.9
1.0
6/26/2014
18,000
58.6
58.5
6/27/2014
18,000
57.9
58.9
6/28/20141
0
63.8
58.4
6/29/2014
0
65.1
57.0
6/30/2014
11,250
62.6
56.6
TOTAL =
488,250
1,733
1,746
4
Ave =
16,275
57.8
58.2
1.0
Miiax =
18,000
65.1
60.2
1.0 -
i'iffln =
0
53.3
56.6
1.0

m
Ci4R EJEUNE BENCH SCALE ATAD V®IL•. • ,1LE SOLIDS RE®UCT i��i ANAL' .
START-UP
DATE
4/10/2014
A
B
C
D
E
F
G
H
I
J
TOTAL
VOLATILE
SAMPLE
SOLIDS
ASH
SOLIDS
INHOUSE
WT OF
WEIGHT
WT OF
WEIGHT
% TOTAL
WT OF
WEIGHT
WEIGHT
% VOLATILE
% VOLATILE
SAMPLE
ATAD
WT OF DISH
DISH+WET
(g) [B
DISH+DRY
(g)
SOLIDS
DISH+ASH
(g)
(g)
SOLIDS
WEEKLY
SOLIDS
TEMP
DATE
DIGESTION
(g)
SOLIDS (g)
A]
SOLIDS (g)
JD -A]
[(E/C)X100]
(g)
[G-A]
[E-H]
[(I/E)X100]
AVERAGE
REDUCTION
I 0°C
4/15/2014
1.H. ATAD
71.9176
76.92
5.00
72.0068
0.0892
1.78
7149607
0.0431
0.0461
51.68
51.94
'`'.1
20
DUP
87.8155
92.82
5.00
87.9040
0.0885
1.77
87.8578 0.0423 0.0462 52.20
-
-
a. r.xn.,! ..r." .�x„a, a; •3 A.rv.. .,Y.t. ,B.. ., .,..., _..:... rd. .r
._... . . .:.. < <,j a .<k.. w
<::•.: i':.:t-s:... ,4 ....
.a z, :. vx._.z. .....«......: _
,".. m.rr^.:.,t,•sv.x>•" >'..!.rWcr . xJxa:....:%. :'xv',.,+.x».: .ii.�x: pr«.,'�a.r:.i...iiAv.....3..:_.x,
r
k
.x.,,,..
4/18/2014
1.H. ATAD
74.052
79.06
5.01
74.1275
0.0755
1.51.
74.0914
0.0394e"
0.0361
47.81
47.11
9.30 20
UP
85.1034
90.11
5.01
85.1730
0.0696
-1.39
8.9 1407
0.0373
0.0323
46.41
. �•,r� v.., E•:s •xr
. .. r. ,!: „,,. .. ,,.r t .. , c ., ,.. ,.. >. v .•, ,...
. .
q -L"
v..,,
4/25/2014
1.H. ATAD
75.2281
80.18
4.95
1 75.3088
0.0807
1.63
75.2704
0.0423
0.0384
47.58
48.38
-2.70
20
DUP
84.2184
89.12
1 4.90
1 84.2981
0.0797
.63
84.2
5v.,
0:rer.0::4.iY0v..5.ac
39!2're
0.�:.0f-..
49.18
.._ : .a_e. .
."......
'-x8.xr.X9x.,•, •:`.EiY-x
'
. .s. .....
.<
,.., ._,
:..x^".. .x. _.,...+ ..,.:<� •L€L._,
< , ..ra, r -, r - ,..vx,
-,r
•s
ax .4„ .n N, r< .:.. x F v ., < v, _."":.i:..........:..,...a,..: <'..,..�
:":"':�'�:.: ::,':i: •,. ...:'� ::.,
48.27
::: �':•:.... �':.::::..:: '?,.. ,; :.:£... LL ... :. ..::.:.::._.":.+:;. •,;::..
5/1/2014
I.H. ATAD
81.8180
92.82
5.00
87.8787
0.0607
1.21
87.8494
0.0314
0.0293
45.48
6.00 20
DUP
84.2188
8 9.22
5.00
84 2722
0.0534
1.07
84.2494
0.0306
0.0228
42.70
.,
f�
.... .. . . , . ,r..♦.. .F
.... .... x .... a <. .,r3„i.. <..,.... ... , . � 3 .. .. r. _,. r.!- .....
, .. .. .. .... .. : z ..., .. _ ., ..^.... r r .. ..... ,av, ,. ,?.. d. ..
,.. , % ..-.. .,......... x .. .. .. .. .. .," .... r Ni
5/8/2014 1.H. ATAD 85.1042 90.11 5.01 85.1686 0.0644 1.29 85.1343 0.0301 0.0343 53.26 53.03 F -16.60 20
DUP 72.8987 77.90 5.00 72.9646 0.0659 32 72 929152
1. 8 0.0311 0.0348 81
.,.r ... a. r . ...,. ,., ra....., ;«, •..:., .�: :aat4=,::•., i•%ki:E:: ::, -::St:-
. .. .. , fr. .... ........ .... .. s .. ,. s .. n..x. ..,.......
...., r.. .i ... ... _ .... "..., ....,_ < . r .>.i r >.,: x"_,..4.,.i x...a: a ..: k..,•::::.::.. .... .. .a.x . , ' s <4. ., it .r ...... _. 4, , ♦., � . , ,.. , , s. ,. r....... . ....
..r. .. .... ._rv. ... i.v......r ,-. v :. ...,, .....-..,.....v>. rr=..
" ... ... .. : .. .<.._.. .... 3.. ,f ♦........r,..
5/15/2014
I.H. ATAD
84.2196
89.23
5.01 84.2784
0.0588
1.17
84.2464
0.0268
0.032 1
54.42
54.54
-2.83
20
:1.
DUP 89 1854 94.19 89.2445 0.0591 1.18 89.2122 0.0268 0.0323 1 54.65
,.. . , � , .. ,rx:.... .,.. r... ,....... .-F�:xY:,_.,r>•:,.,;xa:.:,.x,;x .;::,».�:r.r.,.,-.
, „ .. ... .... as .... ,. .,, .... , _.. ._., .. .x .._.. �" .. .. t.. , ... .,.
1. ..� ri:'il fed
VOLATILE SOLIDS REDUCTION = INITIAL VS - FINAL VS X 100
INITIAL VS (VSR <15%)

U vv i Ir"
ATAD SLUDGE. ECAL ANALYSIS
DATE (COLLECTED: TIME COLLECTED: 7Tv ELLECLEDIW",4c:,,�&,'�.��j �
r
RECEIVED BY: (DATE: L =ME
DATE ANALYZED:. 7 • t j [TIME: 084 AnaALY�T: TES �_l
METHOD:
3 HOURS at 35 :t 0.5'C In INCUBATOR
.21 * 2.HOURS at 44.5 t 0.2'C In WATERBATH
SAMPLE LOCATION
10 mL
1 mL
0.10 mL
0.010 mL
10 mL
1 mL
0.10 mL
0.010 mL
COMB. OF
POSITIVES
WIPW100 r1nL
141"RUGRAdUB
r) c!-lLo/
/5mL
/�
0 /5mL
`,
V /5mL
/5mL
0 /5mL
C) /5mL
0 /5mL
© /5mL
UP
10... /5mL
3 HOURS at 35 zt 0.5'G in INCUBATOR
[DATE IN INCUBATOR:�—
DATE OUT INCUBATOR: 't , 1 t
21 fi 2 HOURS at 44.5 :t 0.2'C in WATERBATH
DATE IN WATERBATH: T I [
DA17E OUT WATERBATH: `7 _
POSITIVE
CONTROL
NEGATIVE
CONTROL
BLANK
SS A-1 BROTH
PCs
DS A-1 BROTH
PC,
0 r-�
Gv
FORM UPDATED: APRIL 2007
TINE IN
INCUBATOfl: � �'�^S
TIME OUT ry j
INCUBATOR: 4
TIME IN r J ��
WATERBATH: l `
TIME OUT
WATERBA714: �1(�
TELPAWIr. 1CUF'
WCIIeATOR
\ O
3 J
TeLPFA. ft-
V"myOR
3
WnrF7WATEMwM OP
TM:
oo�
TELPFAATUIIG OF
wArcrGlm
l�%TOTAL SOLIDS
(ATAD SOLIDS ANALYSIS)
CALCULATION:
MPN Fecal Coliform/grarn sludge =
_ 10 x MPIV Index
i
Largest volume x % dry solids/r
CHECKED BY: {"[
COPY MADE:

DATE COLLECTED: y
�CAL ANALYSIS
ATAD SLUDGE 1.
(TIME COLLECTED: 7� S
FECEIVED BY: [DATE:
[DATE ANALYZED: [TIME:
METHOD: ;
=COLLECTED931r:
TIME.
JANALYST'
3 HOURS at 35 * 0.5"C In INCUBATOR
21 m 2 HOURS at 44.5 t 0.2" C: In WATERBATH
SAMPLE LOCATION
10 mL
1 mL
0.10 mL
0.010 mL
10 mL
1 mL
0.10 mL
0.010 mL
COMB. OF
HPW10�0 mL
MPOWGRAM
POSITIVES
O/5mL
(0/5mL
C--)/5mL
6-0-ram
/5mL
/5mL
/5mL
/5mL
/5mL
D U P
O 15
mL
/ 5mL
3 HOURS at 35 ttz- 0.5°C• In INCUBATOR .
DATE IN INCUBATOR:
DATE OUT INCUBATOR:
21 :t 2 HOURS at 44.5 :t 0.2°C in WATERBATH
DATE IN WATERBATH: O ,
DATE OUT WATERBATH: -2
POSITIVE.
CONTROL
NEGATIVE
CONTROL
BLANK
SS A-1 BROTH
DS A-1 BROTH
O S
t�G
FORM UPDATED: APRIL 2007
TIME IN ql � }
INCUOATOR: t� �j4V I/�-�
FTINE our IHCUBATOR•
TINE IN �I��(
WATERBATH: T1
TIME OUT G ��
warERaarH:
TEY�6uTUk-OF
WGIOATOR J
TFLPE31AiVt:GOF �S� O
TEY'EMTING OF ' 'J^
WaTF]ICnTl1: .\J
WATCil�
TlTR:
Ur TII- / f
7 �S
I.7 % TOTAL SOLIDS
(ATAD SOLIDS ANALYSIS)
CALCULATION:
MPN Fecal Coliforrn/gram sludge =
10 x NIPN Index
Largest volume x % dry solids
i
CHECKED BY:
G
COPY MADE: `

ATAD SLUDGEFECAL ANALYSES
DATE COLLECTED- 47 .. fs , TIME COLLECTED: 0, [COLLECTED 131f-
RECEIVED BY: 7 �r 7 Y
[)ATE: 7— /,F / y
DATE ANALYZED 7— [TIME. 1030
METHOD:
TIIlIIE- C� P6 O
KN:AL:Y:S1F�
3 HOURS at 35 * 0.5'C In INCUBATOR
.21 s 2 HOURS at 44-5 :t 0.2" C: In WATERBATH
SAMPLE LOCATION
10 mL
1 mL
0.10 mL
0.010 mL
10 mL
1 mL
0.10 mL
mo10 mL
COMB, OF
POSITIVES
NIIPIId/1tl� RnIL
IMPOWGRA1M
/7
C JZ G �%
0 / 5mL
r�
v 15 mL
/ 5 mL
/ 5 mL
0 15 mL
/ 5mL
L�
®UP
V /5mL/5mL
3 HOURS at 35 � 0.5'C. in INCUBATOR
(DATE IN INCUBATOR:
DATE OUT INCUBATOR:
21 :t 2 HOURS at 44.5 :t 0.2'C in WATERBATH
DAlEINWATERBATH: `I L
DAI'E OUT WATERBATH: 7
POSITIVE
CONTROL_
NEGATIVE
CONTROL
BLANK
SS A-i BROTH
!n
DS A -•I BROTH.
^�1
�C��
,`o+ s
FORM UPDATED: APRIL 2007
TIME IN
INCUBATOR:
TIME OUT
INCUBATOR: l
TIME IN � �r I
WATEROATN: ��1�1,�9
TIME OUT ,:S j rf
WATEROATH•
TdPPnwTuneoa<
uweATvm
TEUPENATUaP or
-'
0
U¢ EWIWR
WATETUIIGOF
WAtt]IEaitL• J
wATtr
WattrmTx l• _\.7
% TOTAL SOLIDS
(ATAD SOLIDS ANALYSIS) .
CALCULATION:
MPN Fecal Csliiorrrl/gram sludge =
10 x MPN Index
Largest Trolurne x % dry solids'
-v?
CHECKED BY:�.
COPY MADE:�/V ]�,,._

CAMP L' ILINE WWTP
ATAD SLUDGEFECAL, ANALYSIS
DATE COLLECTED: ?. 22 - / y TIME COLLECTED: 7 'rJ COLLECTED IRY: A.`e.,;
RECEIVED BY: [)ATE:
DATE ANALYZED: `z `Z - t_ f F1- IME: l l l
METHOD:
3 HOURS at 35 ze 0.51C In INCUBATOR
..21 x 2 HOURS at 44.5 :k 0.2"C In WATERBATH
SAMPLE LOCATION
10 mL
1 mL
0.10 mL
0.010 ml-
10 mL
1 mL
0.'10 mL
0.010 mL
COMB. OF
POSITIVES
Nlhq-UI00 nnlL
_
MPOWGR AM
C'.-20-/�-7
J /5mL
/5mL
/5mL
l5mL
/5mL
/5mL
/5mL
/5mL
j_DQP/
5mL
J / 5mL
3 HOURS at 35 zt: 0.5°C ini INCUBATOR
DATE IN INCUBATOR:
DATE OUT INCUBATOR: '7
21 :t 2 HOURS at 44.5 :t 0.2'C in WATERBATH
DAi"E IN WATERBATH: -7 - 22 - I L4
DATE OUT WATERBATH: ''l , 2�j 14
POSI111VE
CONTROL
NEGATIVE
CONTROL
BLANIC
SS A-1 BROTH
N)S
N e
II``�� �L-
N;
DS A-1 BROTH
?S.M
rJ,1-61 1� V
FORM UPDATED: APRIL 2007
TIME IN `
INCUBATOR: I ��
IIIn-0 T.. I
WATERBATH• J
WATERBATH:
TFL16AAT --
MCUVATUM
r O
-3 .
TELPFnATIIaY OF
� ��
VQ,119A1'UR
\.l d
waTtneaTro
TFLPKAA1LaEOF
waiCi'!aM
E% TOTAL SOLIDS
(ATAD SOLIDS ANALYSIS).
CALCULATION:
MPN Fecal Coliforrn/gram sludge
_ 10 x MPN Index
Largest vdlurne x % dry solids
CHECKED BY:
COPY MADE:

���
_ •T SLUDGEFECAL ANAL SHra
I[�A1fE COLLECTED: EThIflE COLLECTED: O %�`� COLLECTED,B'y-
FATE- `7. TIME.
TIME: dANALYST ��`�="� a —
vvIL
(� 3 HOURS at 35 t 0.5'C In INCUBATOR
x 2 HOURS at 44.5 t 0,2"C In WATER BATH
.21
SAMPLE LOCATION
10 mL
1 mL
0.10 mL
0.010 mL
10 mL
1 mL
0.'10 mL
0.010 mL
COMB. OFF MPII-000 mnlL
N11"DWGRAAM
POSITIVES
`r_—
�,
`� /5mL
/5mL
!�
V
O
0
0
0
—_
/5mL
/5mL.
/5mL
/5mL
/5mL
/5mL
IIJLBIro
/5mL
�I3 0-30UFIS at 35 d: 0-;_i_*0 hh 1bq(-,'[Jh3A1"0R _
L—aIE IN INCUBATOR: — 2� I+ I
s7�/A:tlE09JrINCui3.krV]6t:�_2G, _
91 x 2 C-UOURS,at 44.5� :r 0.2°r- urra UVAATEB�U3dATUI
IDih"u'IE Ilv w,nTIEFICi.ATH:
4J,�AlI-E OUT WdATERBATI-1
CONTROL
NEGATIVIE
CONTROL
BLANK
SS ,A-1 BROTH
Po's
o a
A �
FORM UPDATED: /-APRII_ 2007
WC1E19ATUH: t? L � D
TIME OUT l �G-C� INCN9ATOfl-
TIME IN
WATERAATH:
TIME 0trr
WATEPBATH: -` O
TEP16tATW .S
u�vATOR
35 t...%
TFLPEAATunt of
���
uuaieATwe
a•�•
7Ewr Tunalw 1. ' C
WAr 7"; —t .`�.
WATCTAArnre CF
Wanr
[a-R� % TOTAL SOLIDS
(ATdAD SOLIDS ANALYSIS).
CALCULATION:
MPN Fecal Ccsliforrn/grarn sludge =
_ 10 x MPN Inclex
Largest volurne x % dry
solids
CHIECKED BY:
COPY MADE-

CAMP Lr, "7—.-LINE WMITP
ikTAD SLUDGE FECAL ANALYS11cu,
1ftDTE
--.c —),L —L! ETE �o
�El
iv
T D B
COLLECTED: Cd (L
DAT —E:
.21 :t2 HOURS at44X:i:0.2"C In WATERBATH
SAMPLE I-Oefl,Tfoblj
10 bulL
1 mL
0.10 mL
0.010 mL
10 mL
1 mL
0.10 mL
.,EIRBATH] 0010 L
0.010 mL
CO OF 0 COMB.
POSIMES
WINVIG-0 u1nL
N11�10'\R/GRWI'a
ILLk—.— —
/5 mL
- -0-.—
V/smL
-
D/5mL
/SrnL
.0
f S,rnL
/5 mL
/5ML
-C 5 mL
0. C-)
0
---------
3 HOURS a1t:35 ZL- ho INCUBAT orl
FA�(:E IN I N G U BAI 0 R
E—No =EO UT—IN--Cu —,3,%=Tovk---
S-14-
,m=-T--- I
PT-' ---u- --T-- --
TE PMAWMUF
=UDAMM.
2-d :t 2 GIOURS at 44.5:t 0.2'C un VVATERBATA
Fk--V�IN WATERBA17H:
2-d :t 2 GIOURS at 44.5:t 0.2'C un VVATERBATA
Fk--V�IN WATERBA17H:
T-
AT .AI.
=.
TFYrFnATu°EOF
44L,
'E GUT WATERBATI-11:
'T 0-
T .. =AT.-
wm%r4m
505§1—TIVE NEGATIVE
SGA-1 BROTH
-.1.OWTROLCONTROL BLANK
y—` b-�
CALCULATION:
% TOTAL SOLIDS fv]PN Fecal COlifOrrn/gram sludge
IDS 4-1 FiFIOTH
(ATAD SOLIDS ANALYSIS).
FORM UPDATED. APRIL 2007
10 x fv1PN Index
Largest VOILime x 1% dry slids
CHECKED 8
COPY MADA-l"'-p

71
ICyiUE iCOLLECIflElfo�' _ 13 j y ] TIME COLLECTED:
HIIECDVED BY- DATE:
tCOLLE( 1i; 13'(: 6tl (_L(,An7 l"
I 00
3 HOURS at 35 2e 0.5'C In INCUBATOR
21 :t 2 HOURS at 44.5 * 0.2"C In WATE_RBATH
SAMPLELOCATION
�a0 serL 1 mL 0.10 mL 0.010 mL
10 mL
1 niL
0.10 mL
0.010.mL
__
COMB. PPOSITIVESPOSITIVESE
MPIW10,0 RNIL
NOPOWGRA M
_
GUw ' •� V�
� �
0 C�
�
f
0
�
Gp
ei
` v
/ 5mL ! 5mL / 5mL / 5mL
_
/ 5mL
/ 5mL
/ 5mL
/ 5mL
--
DL��.�
------ --_.,-.-._...
.,
" /5mL
- ----------
/5mL
-�
m.
3 I-30UHS gut T; �L 0.5'0 in [11M Cr9B ATon
DA o f IN INCUBATOR:
ItDXti E OUT INCUBATOR-
2-1 :1: 2 HOURS at 0.2'C rin UIVXrERB ATH
DATE IN WATIEFIBJkll•W:
EDI�._u,E OUT WAATEMM'1:
-----------
cIasIuivy
CONYIIOL
NEGATIVE
CONTROL
BLANK
SSA-1 ISROTH —
OVL
DS A-1 DRO VTH
FORM UPDATED, AM-111_ 2007
TIME
INC4flA7CR:
TIME OITT -
INCIIHATOfl:
TIME IN 1 ��
WATERBA7H:
WATERBA7H:
TELP6W W, OF .V
V ATvm )) _yy
TlS/PE)UTu�•OF !� •.� p
u�WOAI'OR /// V
TrvrenA'runtvP Pi'� �'
waTtnmTn: Jr�
T-MAMMOF /
wnTTruTw ��'
% TOTAL SOLIDS
(ATdAD SOLIDS ANALYSIS).
CALCULATION:
MPN Fecal Coliform/gram kludge -
_ 10 x NIPN Index
Largest volurne x % dry solids
GFIIECKED BY:L
COPY MADE

CAMP LF--' LINE `tVWI-P
DATE COLLIECTIEC . (q. j
RIECEOV ED DIY:
TIME COLLECTED: O 7 3 v
DATE:.
TIWI E: d0
COLLECTIE10-BY:
�'IB11IE: b � AT�
- 3 HOURS at 35 te 0.5'0 In INCUBATOR
.21 s 2 HOURS at 44.5 :t 0.2"C In WATEFIBATH
pfllll'IVIlGRAhl
�
`10
-
COMB. OF
SAMPLE LOCATION
mL
1 mL
0.10 mL
0.010 mL
10 mL.
i mL
0.10 mL
0.010 mL
POSITIVES
MP1W10,0 mnlL
—`'" /5mL
G /5mL
/5mL
0 /5mL
V /5mL
( /5mL
0/5mL
O /5mL
3 HOURS at :35 1- 0.5'0 IPII INCUBATOR _I
�'rIE IN INCUBATOR; ____ __ � :��• (4 _
DP RE OUT INCUBAT161=ti__—__ � `C/ I J�J
21 :L 2 HOURS at 44.5 -t 0.2°C un WATERBATH
LDrYE IN WATEo-iD.aT_o-1
p 1,141"E OUT WATENDAT0 U
------- --
P OS111VE
CONTROL
NEGATIVE
CONTROL
(BLANK
:>.S :v '1 IE11FlOTl-I
- 7
DS :A-1 WiO TH
FORM UPDATED. /APF111- 2007
INGUOATOfl• U
TIME OUT II J' V V
INGUHATOp:
WATEpOATH: liC/
nluE our �^ � O
WATEfl8A7H: �I
TtIIPEiIAiURL OF
u:G1eATVR
�� •O
TFLPEwATurt[oF
,
uuyBATOR
5-�
,F]IPEJUITUNE OF s
WATERUATM:
TO'PFAAN�E OP �
wattrwnc � �-,
I % TOTAL SOLIDS
(ATAD SOLIDS ANALYSIS).
CALCULATION:
MPN Fecal Cc:.lifarrn/gram sludge
_ 10 x MPN Inciec
Largest Volurne x % dry solids
CHECKED BY:
COPY MADE:

CAMP LrER1I N 'OI(T P
�� TAD SLUDGL FECAL ANALYSiS
IU[��lfl rt�lU ILLII��If ILf[ I: TIME COLLECTED: 0 I SC7 a' COI-L� CTE Ica BY.
—_-----
rsl_:CEWED OV:
D.'aTE A N' AL'IYZE f l
[DATE: Kl,. _yflq. TIIlNE CJc, ?',7 �? ---
[TIME:
—
3 HOURS at 35 t 0.5'G In INCUBATOR
.21 t 2 HOURS at 44.5 t 0.2'C in WAATERBATH
oNIVUWGRA
SAMPLE LOCATION
30 ivtL
1 mL y
0.10 mL
0.010 mL
10 mL
1 mL
0.•10 mL
0.010 mL
COMB. OF
IIrIP1W10,0 ffn L
M
1705ITIVIE S
O/SmL
015mL
0/5mL
0/5mL
�
D
Q
0
/
/5mL
/5mL
/5mL
/5mL
C) 15mL
1_Xn E IN INCUBATOR:
BAIEOUT INGUBATOII__i
21 3 2 HOUR'S at 4- 4.51 _ (J.2'C M UlYATEIF BATH
(r X E IN WfiXEfIC-rATH:
I'E Our vv,,hTErsDA-rI-Y-` •?j'��
-- ---��-
CaOSIIIVE
CONr11OL
NEGATIVE
CONTROL
BLANK
SS 4-1 BROTH
JS
''
'
IDS.-'A-1 BROTH
---
YV4
FORM UPDATED: APFIII_ 2007
TIME IN
INCUBATOR: �. ,i_;570
TIME OUT 1 iL�
INGUBATOfl: 1 .,
WATERBATN•
WATERBATN:
u�cueATvn: 1,j lJ
PFLPEAArv120F :� J
viwwenTorc
TF�PFJN1 OF ,r �.�
wniramnl:l:
TELPFJIAN�E OF
wATTr"ne - ''
% TOTAL SOLIDS
(ATAD SOLIDS ANALYSIS) .
CALCULATION:
MPN Fecal Cc:-liforrn/gram sludge =
_ lox fv1PN Inclex
Largest volums x % dry solids
CHIECKED BY: ')
COPY NIADE:

ATAD D SLUDGEFECAL. NALY U'603)
�D�i�TE 1i; )LUEtCTE-Do_ _ 13 TI611fE COLLECTED: ©7 z5 CCLLV_CTEIG, BY:
I fC:EVl/IEVy I�igY:�_�
DATE:
1Nk3T E= �1M AIL'IYZIE f�:
C' —
TIME, �' ° r^
dA1�9AL1Y 's I'; - — ��
6UdE-U-CaOV:.
- --�
2.
3 I_IOURS at 35 �t 0.5"C In INCUBATOR
.21 :t 2 HOURS at 44.5 t 0.2"C: In WATERBATH
—__----�- ,
SAIM31LIE LOCATION
--- _.
`
'a0 vVIL
_—
1 mL
0.10 mL
0.010 mL
10 mL
1 mL
0.10 mL
0.010 mL
COMB. OF:
POSITIVES
MPP,I/10,0 nnlL
PoUr°IVl/GffdAM
---�------
6 /5mL
--•—'--
0/5mL
O/SmL
0/5mL
lJ /5mL
0 /5mL
0/5mL
/5ml
aA,dacai.
V,®eood.®m,i„
-.�s.m.,��.mh�
DUP------- -".�
/ 5mL
--
V /'� / 5mL
L_ilE IN INCUBATOR:
OAIE OUTINClIY3,�TLSIt:--�l
21 �L 2 CJOUF6:S at 4ILL; s 0.2-C un WAATERBATV-V
EVVE IN �ATEABIATH-
O,1v -u. OUT UV:OTERIt3d4TI I_
--__---__ _--
--- _
POSi`Ii1lE NEGAME
CONTROL CONTROL
BLANK
SS AA IBAOTOI
1�(.1s
fl35 :9-'i EiIFiO T6-1
FORM UPDATED: fAPRIL. 2007
TIME IN ffy,l
INCUHATOFl• 1 CAJ
TIME IN � 1
WATEflOATH: Il
TIME ❑ur /��a���
WATEFlBATH• (. �J
TE1+Pfl1ATU++t OP
TELPEA..1
V,P19.ATDR
TEYPFAAwmw
WATFAeATH:
IT.....1
WATTr"TL•
I% TOTAL SOLIDS
(ATAAD SOLIDS ANALYSIS).
CALCULATION:
MPN Fecal Coliform/gram sludge
- 10 x N1PN Index
Largest VOlUrne x % dry solids
C•I-IIECKED BY:
COPY n/I,aDE:
��'

ATA D SLUDGE FECAL ANALYSISSi
19 ATE COLLECT E� :
G L
TIME COLLECTED: d
COLLECTED BY:
Emi.:IGIEU!/IEIi�3gY:
DATE: ��(,
TIME.
- �
TIME:
Dl aT E ANALYZED: l
3 HOURS at 35 z 0.5'C In INCUBATOR
.21 :t 2 HOURS at 44.5 :k 0.2"C In WiATERBATH
_
SAMPLELOCA,Ti011l
60 svaL
1 mL _
0.10 mL
0.010 mL
10 mL
1 mL
0.'10 mL
0,010 mL
COMB. OG
POSITIVES
MP114110-0 mrIIL
NIG'0I/GR,�11llI
1 1
GZo`
0
ram,
�/
0/
'
O
v
1 �1
/ 5mL
`� / 5mL
5mL
5 mL
/ 5 mL
/ 5 mL
/ 5 mL
/ 5mL
DULD
0/5 mL
/5mL
HOURS at 35 :L- 0.!S'C- hu INCUBATOR
j3
IU11AilE IN INCUIB ATOR:
_I
DXr E OUT INCUBATOR:
21 :t 2 HOURS at 44.5 s 0.2'IC iin WATERBATH
DA u:IE IN W,IAYEAB A-ITH:`
F,w'u-E OQIT W/ATERir "l-1:
`B
--_--�__
PO51111VE
l�OWTnOL
NEGATIVE
CONTROL
BLANKSS
A-1 BROTH
i,;
@S rA-1 IF RO TH
FORM UPDATED: APRIL 2007
TIMEIN �p�`��
INCUBATOR• ` J
TIME OtIrr
1 •�D
INCUBATATOR• l
TIMEIN^
WATERBATH: Y!S
TIME DUT
WATERBATH:
iEUPEilAT1f2 VF ['�•(�- �i�i
WcueAivR fl J �/
irvPFruim2aF ✓=-0
u�e✓
Yt]LP£JIM1M OF .�1
wn*vuu�y ,
TEUPFAAYI➢1 M l
wartrewitc J
% TOTAL SOLIDS _
(ATAD SOLIDS ANALYSIS).
CALCULATION:
MPN Fecal Coliform/flram sludge
_ Lo x MPN IncLex
Largest VOILime u % dry solids
Cl-IIECKED BY-,
Q/ L
I
COPY MADE:.f�L
`I�

CAMP U ELINE "' V P
ATAD SLUDGEFECAL. NALYSI'D
DATES; 9LLIE�GICU fib; �( ! (� 1 `� TIME COLLI✓CTED: p �� OOLLO=�;TL_D UST :
BATE: I lC =T11ME-4,`_n (�) C:�_—_V..�
.�T E ANALYZED: � Left -� TI F1 aq
6U1 L:lf � �➢UJi_� __ �._
I� 3 C•IOURS at 35 tk0.5'C In INCUBATOR
SAMPLE LOCATION
'c0 mL
1 mL
0.10 mL
0.010 mL
G t20N�
/5mL
a /5mL
0 /5m1-
/5mL
IJ7M,
/5 mL
3 HOURS ai4 ;35 �t 0_5'0 in 11MCUBATOR _I
ID1A-dIE IN INCUBATOR:
DJIXE OUT INCL1B AT01'1:_ , /`�ja�l6/' I
21 :1- 2 HOURS at 44-5 s 0.2°C tiro WATER13--,BATH
IDXu E IN WATEFIB AI H:
Etv
F OUT W>'ATEKi(F MI--1
-- —
t OSI u7VE
l• ONTFlOL
NEGATIVE
BLANK
SSAA BROTH
[CONTROL
rUS 9-1 BROTI.1lv�J`J_
FORM UPDATED. APRII_ 2007
,21 :t 2 HOURS at 44.5 a- 0.2"C In WATT-RBATH
10 mL
`0 /5
V /5
TIME IN j ^
INCUOATop: / •CI�U
TIME OUT
INCUBATOR: ✓
TIPAE IN � ��
WATEpBATN:
WATERBATN: li
COMB. OF:
1 mL 0.10 mL (0.010 mL lPOSITIVE S
0 / 5 mL / 5 mL °� 15 ML
WWe
iw�bCmntvr2vF Sy r'� �
A7T/R: I/ J L
E==
TUf2OFR 7S U
TEL1•EMTURGOF /% ji y��
Wa�1T1:
wanrrnnc P 6am
Iv� v % TOTAL SOLIDS
(ATAD SOLIIyS ANALYSIS).
CALCULATION:
Mp11-u1*D nnlL j NgrIC,NGRpdv1
MPN Fecal Cc4iforrn/4 f-an, sludge
_ -10 x ,IPN IncLex
Largess VOILime x % dry solids
C•HIECKED BY: 0
COPY MADE:
i` 1

CAMP' L"EUNE W'WTP
ATAD SLUDGE FECAL, NALYS ''
�iD�av ir+DLL��:T� �u: _ TIMECOLLECTED: m7 o coLLEcrlir�
-
- _-__- 3 �M___.___._.._�
MILD K-W: DATE- • _.g . j TlME.'
10PffE ANALYZED: _ 91.
TIME: 10 1 5
3 HOURS at 35 �k 0_5"C In INCUBATOR
.21 :t 2 HOURS at 44.5 * 0.2"C In WATERBATH
9fv1P0
—
COMB. OF
SAMPLE LOCATION
*W PuL
1 mL
0.10 mL
0.010 mL
10 mL
1 mL
0.10 mL
0.010 mL
POSITIVES
MPII-1/100 nrkL
l/G.n6dfiQl
G'\O _
1/
0/5mL
O
�
0
0
4�
'
/5mL
/SmL
/5ml_
/5mL
/5mL
/5mL
l5mL
I��JIr�e
O /5mL
� /5mL
E
��'���''''C-J�'DURS aQ ;35 t 0. '(;- hu IhV' �L:f9B ATOn
D_
-oE 1N INGLISATOL9:
67X E OUT INCUBATOR:— 1
2-d :t 2 HOURS at 44.5 s 0.2°C On WATERBATH
IC9:y u IE 11V WATERBATH:
E+,td'u E OUT WATERBATD 1 _ GF♦ '� -
�--- ----
0GSITIVE
CONTROL
NEGATIVE
CONTROL
BLANK
SSA-1 BROTH
IDS :a-1 BROTH
���
N�
� fe&r
FORM UPDATED: APRII_ 2007
TIME IN � I•
INGUUATOfl: 1
TIME UIfT i �J- ��
INGU9ATOfl: �J
TIME IN h � 7, n
WATEflOATN: I ;7 � l.�
TIME UUr II I'� � C
WATEFiaATN: `li J
TE„PETIANA[OF ^5�- '1
TOIPElL1Nrtt OF '%.�
V,AI9ATOR �j
TEIdPEMTUFlE OF
WATEn nr
TEYPFA0.TUI,Z OF ��. '�
wanrram
TOTAL SOLIDS
(AT,AD SOLIDS ANALYSIS) .
CALCULATION:
MPN Fecal Colifarrn/gram sludge =
__IQ),N1PN Inclec
Largest volume x % dry solids
ci-e-CKED BY �a
COPY MADE:

ATAD SLUDGE FECAL ANALYSVI.
�DATE (COLLECTED: r �j 3b � `� FEECLLECTED: G7aO
Ent,:�G:lEUI91L=Vy lV: l�>` �j FDATE• �`i_ `j0. l�' TIME
�LV�IXE ANALYZED: _ I,�c� • (��
TIME: ©3
—
3 HOURS at 35 :L 0.5"C In INCUBATOR .21 x 2 HOURS at 44.5 :t 0.2"C: In WATERBATH _
SAMPLE LOCATION
§0 mL 1 mL 0.10 mL 0.010 mL 10 mL 1 mL 0.'10 mL 0,010 mL CO P05IPOSITIVES-MPIb1110,0 mnll NOQIOVI/GRA CV9
!� TI
_ 0 /SInL /5mL (D /5mL 0/5ml_ /5mL 0 /5mL 0/5mL (D /5mL `� moo' n®v
_
CCOV✓�� r
/5mL
3 HOUR,'; att ;35 �L- O.S'C- Dull OhV'v::U BATOSI _
EDAYE IN INCUBATOR: -30.N1
DX E OUT INCUBATOR:Lt-
2-u 2 CiIGJIURS at 44.5 s QJ.2°C iin WATER BdATH
N XG'E IN WATEftBATH:—
Eiv
o'E OUT W:AYIEKa�3:4'rB B+ _ I G1 • _ `A. J
1:ItlS!`IIVE
CONTROL
NEGATIVE
CONTROL
BLANK
SSA-1 It1ROTo-1 —
Dom
Pc—&
D5 :A-1 BROTH
FORM UPDATED. fAPF111_ 2007
71ME IN / r
INCUflATOfl: (� ��!-�
TIME 0Ur 1 23
INCUBATOR:
TIpeE IN �I j
WATERBATN: "
TIME OUT n
WATERBA7H:
TELPFAATIIII[OF /��
u1WtlATOR. 3 �J - Q
rourEnaTw¢vF ��. G-�
wW6A1pR
TWY TUI GF C
WATENlgt
TOlPFl1ATVTiE OF V�-�` ��,^•
WATL'Tfi1M
% TOTAL SOLIDS
(ATAD SOLIDS ANAL' SOS) .
CALCULATION:
MPN recal Coliform/ilram sludge
10 x NIPfV Index
Largest volume x %, dry solids
CHIECKED BY:
COPY MADE:

Camp Lejeune, i IC
2014 ATAD Performance Data
Date
A T AD Train i A j
Train i o Coli ror
Feet;
(Gallons)
Tamp
(oC) I
Temp Fecal ,
(oC) (MPf�)
7/1 /201 ^.
3 7. 0 {
�� 1.0
7/2/2014
63"300 36.0 i
J6.1.
-7/3/2014
j
35.5
40.3
7/4/2014
38.0
43.8
7/5/2014
41.0
47.6
7/6/2014
44.7
51.7
7/7/2014
48.7
56.3
7/8/2014
-53.3
60.4
1.0
7/9/2014
13,500
54.4
61.3
7/10/2014
. 18,000
53.3 '
61.1
7/11/2014
13,500
52.5.
60.5
7/12/2014
13,500
52.8
60.0 -
7/13/2014
13,500
53.9
59.6
7/14/2014
18,000
52.3
59.9
7/15/2014
18,000
53.1
60.5
1.0
7/16/2014
18,000
56.3
60.7
7/17/2014
18,000
56.7
60.9
7/18/2014
18,000
56.7
60.6
�.. ... r. A
!l 1 `9120 IMF
An nnn
I o,000
CC
;,o
a(*, 4
vv. ,
7/20/2014
18,000
55.6
59.5
7/21 /2014
18,000
53.3
59.1
7/22/2014
18,000
51.1
60.0
1.0
7/23/2014
18,000
52.3
59.9
7/24/2014
18;000
52.8
59.9
7/25/2014
18,000
54.0
59.8
7/26/2014
18,000
53.1
60.1
7/27/2014
18,000
55.4
59.9
7/28/2014
18,000
56.1
61.0----
7/29/2014
. 13,500,
58.1
.62.2
1.0
7/30/2014
13,500
60.5
62.9
7/31 /2014
13,500-
62.1
62.6
TOTAL =
445,500
1,595
1,728
5
Ave =
18,563
51.5
57.6
1.0
max =
63,000
62.1
62.9
11.0
iirlin =
13,500
35.5
36.1 1 1.0

Camp Lejeune, NC
2014 ATAD Performance Data
{Dare
ATAD Train 2 A
Train 2 E i
Coliform
Feed
(Gallons)
Temp
(oC)
Temp
(or)
Fecal
7/1 /2014
I
55.1
48.4 I
1.0
7/2/2014
I
54.2
47.4
7/3/201A
52.8
46.5
j 7/4/2014I
j
51.2 I
45.4 I
-i
I
7/5/2014
i
49.5 I
44.3
7/6/2014
47.8
43.3
7/7/2014
46.6
42.7
7/8/2014
45.6
42.5
1.0
7/9/2014
44.8
42.3
7/10/2014
44.3
42.1
7/11/2014
43.5
41.9
7/12/2014
42.7
41.9
7/13/2014
42.2
42.1
7/14/2014
7/15/2014
7/16/2014
7/17/2014
7/18/2014
7/19/2014
7/20/2014
7/21 /2014
7/22/2014
7/23/2014
7/24/2014
7/25/2014
7/26/2014
7/27/2014
7/28/2014
7/29/2014
7/30/2014
7/31/2014
TOTAL =
0
620
571
2
Ave =
#DIV/0!
47.7
43.9
1.0
Max =
0
65.1
48.4
1.0
Min=
0
42.2
41.9
1.0

Camp Lejeune, NC
2014 AT AD Performance Data
Cate {
II
ATAD Train 3 A
Train 3 B
Coli`orm
Feed
(Gallons)
i
Temp '
(oC)
Temp
(oC)
Feca!
(tlfPN)
7/1 /2014I
11,250 I
61.5
56.7
1.0
7/2/2014
11,250 I
61.2 I
56.9
7/3/2014
11,250 (
60.6
56.8
7/4/20141
11,250 1
60.4
56.4
I
7/5/2014
11,250
61.1
56.4
7/6/2014
11,250
60.7
56.5
7/7/2014
9,000
60.8
56.6
7/8/2014
9,000
60.7
56.5
1.0
7/9/2014
61.3
55.7
7/10/2014
60.8
54.3
7111 /2014
59.7
52.7
7/12/2014
58.5
51.9
7/13/2014
57.3
50.5
7/14/2014
56.1
49.8
7/15/2014
54.5
49.0
1.0
7/16/2014
52.7
48.0
7/17/2014
51.1
46.9
7/18/2014
49.8
46.1
7/19/2014
48.8
45.4
7/20/2014
47.1
45:0
7/21 /2014
47.4
.44.8
7/22/2014
46.7
44.4
1.0
7/23/2014
46.2
44.2
7/24/2014
45.7
44.1
7/25/2014
44.8
43.6
7/26/201.4
44.1
43.4
7/27/2014
43.7
43.4
7/28/2014
43.4
43.4
7/20/2014
43.0
43.3
1.0
7/30/2014
7/31 /2014
TOTAL =
85,500
1,550
1,442
5
Ave =
10,688
53.4
49.7
1.0
«iax =
11,250
61.5
56.9
1.0
Min =
9,000
43.0
43.3
1.0

Camp Lejeune, NI!C
2014 A T AD Performance Data
L
Date
AT AD Train 1 A j
Train 1 B j
Coliform
Feed Temp
(Gallons) I (oC) I
Temp
(oC) I
P cal
(IkAPN)
8/ 1/20141
9,000 1 62.4
62.2
8/2/2014
9,000 j
60.7 j
61.2 j
I
8/3/2014
9,000
58.7
60.0
8/4/2014
13,500
55.9
59.0
8/5/2014
18,000
54.8
58.9
1.0
8/6/2014
18,000
54.0
59.0
8/7/2014
18,000
54.5
58.9
8/8/2014
18,000
56.5
58.9
8/9/2014
18,000
57.9
59.3
8/10/2014
18,000
59.2
59.8
8/11 /2014
13,500
61.0
60.5
8/12/2014
13,500
61.6
60.5
8/1312014
13,500
61.0
61.2
10.0
8/14/2014
18,000
58.8
61.1
8/15/2014
18,000
57.7
60.7
8/16/2014
18,000
58.0
60.5
8/17/2014
18,000
59.4
60.4
8/18/2014
0
60.2
60.6
8/1912014
9,000 1
62.2
61.4
Lu
8/20/2014
9,000
61.5
60.8
8/21/2014
13,500
60.6
60.1
8/22/2014
18,000
57.4
59.5
8/23/2014
18,000
57.3
59.6
W24/2014
18, 000
56'. 1
59.3
8/25/2014
18,000
54.2
58.9
8/26/2014
18,000
52.7
58.8
1.0
8/27/2014
18,000
51.7
58.3
8/28/2014
1.8,000
50.8
57.7-
8/29/2014
18,000
51.2
57.3
8/30/2014
18,000
51.3
56.9
8/31 /2014
18,000
51.0
56.8
TOTAL =
472,500
1,770
1,848
13
Ave =
151242
57.1
59.6
3.3
Max =
.18,000
62.4
62.2
10.0
Min =
0
E50.8
56.8
1.0

Carnp Lejeune, NC
2014 P.TAD Performance Data
Date
ATAD Train 1 n i Train 1 E" {
Cottfar
Feed
(Gallons)
Temp-� Temp
(oC) (&
Fecal
9/1/20141
18,000
51.8 57.0
_
' 9/2/2O14�
C
55.0
5-.5 i
f
9/3/2014
9,000
55.7 '
S7.8
1.0
9/4/2014
18,000
53.5
57.7
9/5/2014
18,000
52.1
57.4
9/6/2014
18,000
51.1
57.2
9/7/2014
18,000
50.8
56.5
9/8/2014
9,000
52.4
56.6
9/9/2014
18,000
51.7
56.6 _
1.0
9/10/2014
18,000
49.9
56.1
9/11 /2014
18,000
49.7
55.5
9/12/2014
18,000
50.0
55.3
9/13/2014
18,000
50.1
55.0
9/14/2014
18,000
50.5
55.1
9/15/2014
18,000
51.8
56.0
9/16/2014
9,000
56.0
59.8
1.0
9/17/2014
9,000
57.2
60.4
9/18/2014
18,000
55.2
60.2
• QMn17n-1A
Ol i ocv i-r
nn nn
Q a,C
�rv.
v�
50 7
9/20/2014
9,000
54.7
59.2
9/21/2014
0
54.6
58.2
9/22/2014
18,000
51.1
56.6
9/23/2014
18,000
49.5
55.5
1.0
9/24/2014
18,000
48.5
55.9
9/25/2014
0
50.9
57.1
9/26/2014
0
52.9
56.6
9/27/2014
0
53.1
55.7
9/28/2014
0
52.9
54.7
9/29/2014
0
52.6
53.6
9/30/2014
0
52.6
52.4
1.0
TOTAL ='
342,000
1,573
1,703
5
Ave =
11,400
52.4
56.8
1.0
Max =
18,000
57.2
60.4
1.0
Min =
0
48.5
52.4
1.0

Camp Lejeune, NC
2014 ATAD Performance Data
Date '
ATAD Train 3 A
Train 3 B I
Coliiorm
Feed
(Gallons)
Temp j
(oG) `,
Temp
(oC)
FecGl
(��`iPh!)
9/1/20141
9/2/2014
9/3/2014
j 9/412014 j
9/5/2014
1
f
i
WD/LU 1141I
j
9/7/2014
9/8/2014
9/9/2014
9/ 10/2014
9/11/2014
9/12/2014
M
9/13/2014
. 9/14/2014
9/15/2014
9/16/2014
9/17/2014
9/18/2014
9/19/2014
9/20/2014
9/21/2014
9/22/2014
9/23/2014
9/24/2014
9/25/2014.
63,000
28.3
9/26/2014
32.5
9/27/2014
36.0
9/28/2014
40.3
9/29/2014
45.2
9/30/2014
63,000
41.5
-37.5
1.0
TOTAL =
126,000
224
37
1
Ave =
63,000
37.3
37.5
1.0
Max =
63,000
45.2
37.5
1.0
fi in =
63,000
28.3
37.5
1.0

CAN -' EJEUNE BENCH SCALE ATAID V ATILE SOLIDS REDU(�fP ION ANf SI
START-UP
DATE
7/18/2014
A
B
C
D
E
F
G
H
I
J_
_
iI
TOTAL
VOLATILE
{
SOLIDS
ASH
SOLIDS
INHOUSE
WT OF
SAMPLE
WT OF
WEIGHT
% TOTAL
WT OF
WEIGHT
WEIGHT
% VOLATILE
% VOLATILE
SAMPLE
ATAD
WT OF DISH
DISH+WET
WEIGHT (g)
DISH+DRY
(g)
SOLIDS
DISH+ASH
(g)
(g)
SOLIDS
WEEKLY
SOLIDS
TEMP
DATE
DIGESTION
(g)
SOLIDS (g)
[B-A]
SOLIDS (g)
[D-A]
[(E/C)X100]
(g)
I [G-A]
[E-H]
[(I/E)Xl00]
AVERAGE
REDUCTION
0°C
7/22/2014
I.H. ATAD
86.4491
91.45
5.00
86.5393
0.0902
1.80
86.4949
0.0458
0.0444
49.22
49.64
s;`,;-:k-,`, ^
20
DUP
73.2500
78.25
5.00
73.3419
0.0919 1.84 73.2959
.,f.;.. ^aa: _t
'� '
z�&..
,."t,-s.: •�i�.t.`3£":`
b".i
0.0459 0.046 5 i4�.,
3xt
�fr.::3`-"`''"=`= ��'J>'•
<wf,
.. ; ...=;
(.
,
,. .,
.r ., t x ." . " <, >, .k „<.. - ._ ,".. ,." ,r a a ,z. ,<-
...7�vx-3,$-a _,..a, ,_
n .: .,.,.>., ,....,,<,.,-c» ,. .at,,,e- ✓'>i�: xd:.
�4hrt �t x
7/28/2014
L H. ATAD
72.9008
78.90
6.00
73.011
0.1102 4 1.8
72.9550 0.0542
0.056
50.82
54.47
-9.74 '
20
DUP
73.3132
78.31
5.00
73.3987 0.0855 1.71
73.349 0.0358
0.0497
58.13
�Y-
:' xi` � ��>v
..< ._..,s,-
..:.. -x .,.x, . -. .. ...
.s .< , . 3u. ,. � , x ,.,xs,
_ _ ,. ._..r __.
a S ,x �k 'Sr .S > , r x, r•, ». r.r., a -< .. .. ... x ., .ra
,. ..xY...0 s.. .. xv ,?'xv, ;>-.... ..... ." - •
v� ", ,. Yv x .•t r�_r , .., o aa.... .,, x. fix.:_, ..
��•
5^ ,i ,,. _ >.. ..
.,.r
x -
..,.,a.,
50.54`
50.65
7.02
2U
8/5/2014 I.H. ATAD 73.2509 78.26 5.01 73.3433 0.0924 1.84 73.2966 0.04.57 0.0467
DUP
86.4509
91.45
5.00
86.5437
0.09.28
1.86
86.4966
0.0457
0.0471 50.7�
_
t..,.x.�. .�
. x,e ..... i. r<, .x , -.x 4f•.. ,E , ..
,::,,,..<.:.t..:,x.,:"r.x<...�r,,..�:�x,.:a,x
..., ..,. _ <. ,i .<. t. , x <. .r .> .-a .. ..
x x
...r.
Y.e. ........... ..raar ,+.a•C<,......
a�.a:xr,�<xax3tt:,w;r.}„,. ,firx.ar ".v
1.
.,'r '•<�,.
-Ga:%�`�.t„a:#a,
t':
..
..x, ,x
,. .. .., .< ., ...
4 axzx.... ,F 3x , ,:,,,,.,
x r.. " Jm
sr,. z .. ..-<,...t..
a .x s
a x
aJ ».., .x x..<...
_ f,.. ,." .-x ...,,.x _._ ._,
. , ,>x.a ., ><., e. .. .x,
.< . , a.. L, 3 , , <._.-t .
_ rr , ... ..£ € x- s. '}-".
.. ..... ... .r.,._tr .. _.. ,. .. ..,,4.,
, ., x.... . , , f ., a. _,„.-..^-<s,r ,.,: ra.Y;,,..,..,..x
..:, ,..v....,xx....,.,. .>" .u.x. ..v,-.-w ...><3�.3~e:x.
.rr ... .. .. .. C . ._
... .rr-3 .2 Six
a_ a.._, t,.M .. .. : ....s.aa-. x.Y, .x �x
, x "'tr
r s,.wS "aaxz .m s,. ,,r a»x. ,.,x ,x r ,
'._< ,."<,.,:c,.� ... r"
+`r .,rx"rr•y;-
,.xT�,. .-a.,.. ._.n_
8/12/2014
I.H. ATAD
73.5586
78.56
5.00
73.6527
0.09.41 1.88 1 73.6063 1 0.0477 0.0464 49.31
49..18
2.91
20
�•-�ri � -., ""r ' ; F' �'.�:44-�'+� a`. ;y �."'i'=��' : `
„f .: .^ t; .':<.:• ;.- .".� ..K.
DUP 72.9037 77.90 5.00 72.9977 0.0940 1.88 72.9516 0.0479 0.0461 49.04
. c _ x_ r , h ,,.x , x.v ,. •x ,, a o^:,.,>,r�<, stx ::::a.
< i j n t _ .r, , » , x .x _ ,". „ si x ,.... ,...,,, . .. n a ,.., .. , _ -x-,: 'r::-<-; <.; • .,: *.:;' „ .. ....nx . , x .. , .: v<..... .x ,r „a ,_ .. Y . ",.. { h e x .,..exx ... <. _ ., ax>•.3 < ,. # "�:"";
i;:':;.:`•`;'i, h�'f;`n3:": .: _,'` ; .
,. ,:, N_..,:.,>:.., <,. ., _ .,..;,..:..a";: .>..ax, „ a.r`a,> x.rr. ,: .. .:. ,; -.%.. .:, :,t. `•;,., ,_ ,,.,,xrt. .�:.,<::':;;., ...�,x. _.. .-.:x:,,ax.,�.:V ;: ... .. ..... .:.
8/19/2014 I.H. ATAD 72.3633 77.36 5.00 72.4362 0.0729 1.46 72.3995 0.0362 0:0367 50.34' 50.79 -3.27 20
.037,w5 51.23
0.12 5."<01 810.0375
90.1246ox
D.U,P...85.r..ar>..,,
1.n.u.rt8.1.....,._,,2 0x.,<
0aFA`.
7..o 3„ 2Kr'x'F
0.,80..,
n Kx t^.h''•,:°
.. x
.1.r .,_}. ..v Y , i.,r
.n-s5< x_ ..5.. .v ..
...n # ..r „ • '�' x. a
,. ,. ,,.< �, x „> <. ,x .,r..#:..,
> t a p .x x,. ..:...,. xr. .. . ,..._. ...Y.-P >x, ..5 .., ., .
x : r
#r f" k. .. .. ,.. #.. > , m <.. .» xcR .,. a.•:>.:.R £. :'r'v.Y Ir,
., . ,- _ v,.> U ... x ,f c. x
,
„ k v v 3. va <-x...... .-^-^, x-srcx.:-c --.. _. 1^.>.•. .A, ?xxxxc, ... x, xx, x""",x ,f_ ,.. r.:f .. „t .a, .. x•:na
:._.. x. _> F--9,a,x _ ,r. <._" .
8/26/2014 I.H. ATAD 87.8201 92.82 5.00 87.8944 0.0743 1.49 87.8559 0.0358 0.0385 51.82 52.05 -2.50 20
--
86.4510
91.45
5.00
86.5252
6.4864 k0.,'0.£388 . .29 <.-
86.4864
.074..x.�. .,. ..2.•..f....
.i0�Fo3'rrx54 52;.
.0'<a.
e.0 ,:..:«x_,<P.,xc,.d..Y 1w_x;Y.- `t.4.8 : f"r
>`L...
a"=7.aaT.•.•a
.w .x
>x>VD
x.:
S;rv` .,.:=T <t,,.:x, .r»xc•.9>a.x.x.•
x, .xxnr � -
.. >
VOLATILE SOLIDS REDUCTION = INITIAL VS - FINAL VS X 100
INITIAL VS (V SR <15%)

;,AMP Lr LINE 1VVTP
ATAD SLUDGE FECAL fikNALYSK,.1D
ID AYE GOLLECTEH'in %4 - % . TIME COLLECTED: 021s-- COLLC:CTiIED BSI'':
�I:CEUlPIL`-fLU C-iY:` _ DATE: TIIIJdE: �.•^� v ` __'.�
j?',�E : V 1,WL'VZED' -_(' 0 —'7r-t TIME:
SAMPLE LOCATION
3 HOURS at 35 zL 0.5"0 In INCUBATOR �
10 mL 1 mL 0.10 mL 0.010 mL
.21 :t 2 HOURS at 44.5 .L0:2" C In WdATERBATH
10 mL 1 mL 0.10 mL 0.010 mL
-�,
COMB. OF
MPIh11100 unalL 'NIPRWGff3/! M
POSMVEfo
C/Zo
IL71ll )Grp --- —_
I5mL t/ /5mL C:- 5mL b /5ml-
_ ___ �✓ / 5 mL
0/5mL
O/5mL
o /5mL
C. )/5mL
�
D.!4'dE I1\9 INCUBATOR:
D rE OUT INCUBATOR:
2-d t 2 HOURS at dW.b; s 0-VC BSI UIYATERB ATH
lrs,V-o:E IN 1N,R�fIEr�iB�all-H: — -G�a_/ �G�
p3,4'B-IE OUT WATENf3M11
-'
— ------
P13SIuIVE
CONTROL
NEGATIVE
BLANK
SS :i-d BROTH —
CONTROL
PC,&
0
DS :V1 BROTH
_Pa_s
FORM UPDATED: APRII_ 2007
wcueArGR: � ?, 2
T!ME OUT - z 5
INGU9ATOP: �� S
WATEHBATH: �/�zs
TIME OU7 � f'1
WATERBATH: �'�
TEI1PTl1ATUHG OF C
wcueATOR �,` _
TELPF3UNrtt OF `v
rrvrennTunt OF /(J� �-
WATFReAT,l:
TFJIPFAATUrt£OF 11 / �`
% TOTAL SOLIDS
(r4TAD SOLIDS ANALYSIS) .
CALCULATION:
MPN Fecal Coliforrrl/41ram sludge
_10 r MPN L-L(.
Largest Volume x % dry solids
C•I-IIECKED BY: " I
,.,
COPY 5MDE:

IU�dATE r,OLLIEG`V-E.D: / o - / /• / IiTIME COLLECTED:
H11:'G'EOlIIL`D BY: S__�L�—
``10.4TE ANALYZED: l 1) l$ t 9— TIME:
METHOD: -- — --
CAMP L f '--- LI E 1YVT
AVD SLUDGE FECAL ANALYHS'
COLLE4:�f� Ifs her:
-:y:--,
3 HOURS
st 35 zk0.5"C
In INCUBATOR
0.010 mL
.21 x 2 HOURS
10 mL
at 44.5.+0.2:'C
1 mL
In WATERBATH
0.'10 mL
0.01� 0 mL
SAMPLE LC)C�,YI2hN
I 10 ertL
1 mL
0.10 mL
C�2 U /11 / ^`
_ / 5 mL
0 / 5 mL
'�, 0/ 5 mL
O / 5 mL
0 / 5 mL
V / 5 mL
l./ / 5 mL
D / 5 mL
117 JIL9L� o
� IsmL
v 15 mL
,®•�,e
3 O-OOUAS at 35 zt 0.5'0 ho OhV' C19By'AT'OR _
BA p E ON INl .t�SA OIR:
l O .^, 1 r� J
TIMEIN ,(} � (� TD1PE31AN�OF
INCNflATOfl: v C�•i ' u cueArorr f�, l/
—
ID�i (E OUT I NGLIB ATOM'— � l% ^`� c �
OUT r� TrvPes,aTwROF � � �'1
weuearon: � � ✓ � vua aAre e — , l J
21 :t 2 OJGUFI:E; at 410.�. :k 0.2°C in WATERBATH
IL3=y 0 E IN UI ATIERB.I TH: [ V �� � L
WATEfiBATN: l � 3 � WarEnnnT":
—'I TIME OUT *�, C .--- TEVPcnnTvnE nF p
D,(I E OUT WATERDATH: 1 %'1�—I C ' �' I WATEPEATM O ( o- WAnrum: �"� `I
—J_ --
F-10SI` IVE
CONTROL
NEGATIVE
CONTROL
BLANK
BROTH
?
�
N
uS A-1 FROTH
FORM UPDATED: APF-111_ 2007
I
� J % TOTAL SOLIDS
(ATAD SOLIDS ANALYSIS).
,�,a�„ , o„mw�m� .•m,aee�m
COMB. OF
Illlf?Od1100 mralL N➢��IVUG➢�A9
POSITIVES
CALCULATION:
MPN Fecal Coliiorm/41ram sludge =
10 n NIPN Inclec
1_argesi volume x % dry solids
Cl-IIECKED BY��„_
COPY MADE: �_

CAMP LIB LEI N E WWTP
MAW W LUD FECAL ANALYSH�.,'D
IDATf r (COLLEIL;11'E- 1): _ _.� .
TI61flE COLL(ECTDD:
IL:OLLEQ�'TI'lr ICh BY:
=ME.
DATE: � il- -x l - � �.
A :tG4E V ED BY:
__-- � li :� 1,• � (�
TIME:
I
=kms
W'&TIE A N A LY ZED.-
6U1Llfo-ilLr'VV7�^—
��
SAMPLE LOCATION
Coo
3 HOURS at 35 zk 0.5"0 In INCUBATOR
.21 :t 2 HOURS at 44.5 * 0.2'C In WATI_RBATH
`10 buL
1 mL
0.10 mL
0.010 mL
10 mL
1 mL
0.10 mL
0.010 mL
^� /5mL
U /5mL
0 /5mL
(J /5mL
/5mL
/5mL
/5mL
5mL
L� / J
cam/ 5 mL
3 HOURS mil 35 :: 0.5'0 ho [141 C:UBATOR
IfDA'S lE IN INCUBATOR.
DXm'E OUT INCUBATOR:
2-1 ::L- 2 HOURS at 411.5
s 0.2'C`j nn VIVATERBATIH
.1%70E IIV WATIEABAI"H:
WVE OUT WATIERIE3,,YI-1:
— ---
SS �,14-1 BROTH
POSITIVE
{;i+��NYdIQL
NEGATIVE
CONTROL
BLANK
DJS -k-•d BROW
FORM UPDATED: APF(Il- 2007
INCNBATOR:
TIME OITT I � �.'�I
INWfiATOR• Vv
TIME IN
WATERBATH• 1ffvJ -J
TIME DUT I � Z�
WATERBATH• 1 r �J
TdPFAANIROF (,T
TdPEAATnnt OF
WW6 =, V
TdPFl1ATUnGOF /
WAn7wanl:
TdPFAA1Lf1E OF �(,���
waTl'itAM
% TOTAL SOLIDS
(A.TAD SOLIDS ANALYSIS) .
COMB. OFIUIt'lll/iO4b mnlL �1llII�I1NQnRd!�II
CALCULATION:
MPN Fecal Coliform/gram _,lUdge =
10 x NIPN Index
Largest v0lL1rne x % dry solids
CHECKED 4YJ. 4_;_
COPY MADEy
i,�

m
ATAD SLUDGEFECAL. ANALYSH-,'�
DATE rC OLLIElC TE .O: 0 � �/ TI6VIE COLLECTED• C®O_LEd�'�I[_I[F b",If - J
R[II.,C-E-11VEliy I�ilf: -/ , DATE: TIME:
�PaTE AN1jf4LYZEu: TIME: � � v LLY;�T�
3 HOURS at 35 zt 0.5`C In INCUBATOR
21 x 2 HOURS at.44.5,d: 0Z'C In WATI:RBATH
SAMPLE LOCA,T60111
10 brtL
1 mL
0.10 mL
0.010 mL
10 mL
1 mL
0.10 mL
0.010 mL
�2 4 /Y1
---- — - —
ll / 5 mLl.'
- --
/ 5mL
v / 5mL
IS mL
L) / 5mL
/ 5mL
2- / 5mL
L� / 5mL
MHz'
j-}
v / 5 mL
� / 5mL
3 HOURS a4 ;.35 � 0.5'C- OuI ON CUBATOR
Imk'u IN INGUBATOR: _
k7�Ali � OUT IIVCIIB ATO6"I'
21 :L 2 HOURS at :R: 0.2°C un WA4TERBATH
LA-_f E IN W/.TIEAB ATH: _ (� �� • I
Sm' -IF OUTUVATERDA+IH:
TIME IN
wcuaATon:
F.ATEIAM
•I f7 tJ
TIME our
WATEPBATN: � /s 5
C=G I11VE
NEGATIVE
---�— —_ ONTROL
CONTROL
BLANK
SSA-1 BROTH t
BROTH
FORM UPDATED; APFIII- 2007.
�J
TELPFAANIft OF -7 �� •
VIG40ATOR J
rrvrouru� of
uw�oatvie •��.�L
nyrFJatuneoF fl z /
WAnmw nf:
reuronarwrzoF (�
wnnr�+.m � / • � .�
COMB. OF
1M6�Ihd/700oINIL �fvll'IJUCIRRJ;vI
PGSMVEFrr.
G-
CALCULATION:
% TOTAL SOLIDS WN Fecal Cc:di(arrri/dram sludge =
(ATdAD SDLIEG ANALYSIS). i o �� r�1Pry Index
Largest volume x % dry solids
GI-IIECKED BY: ;—
COPY P/IAOE:hr '

1, L r '"RINE WWTP
ATAD SLUDGE FECAL, ANALYSIS
DATE COLLIECTED. —.._._ TIME COLLECTED: 0gr is �;OILLE�:T�;�ifl
fu✓vy BY:
--_-� [DATE:
Do�TE s�eV�9�WL I� ILI<y:TIME: 12 I �� �ANA1L'V'rynT:�.-
3 HOURS at 35 -t 0.5"0 In INCUBATOR
.21 x 2 HOURS at 44.5 :t 0.2" C: In WATERBATH
SAMPLE LOCA,YIOkkl
FnL
1 mL
0.10 mL
0.010 mL
10 mL
1 mL
0.10 mL
0.010 mL
l� R 011A
-�10
/5 mL
Ir?/5mL
0 /5mL
0/5ml-
/5mL
O /5mL
/5mL
/5 mL
_- - j_._0/5mLj
/5 mL
jj3 HOURS a4 :35 :f- 0.6'C. uuu OhVCUBATOR _II IIDk=dbr IN INCUBATOR;
DME OUT INCUBATOR-
2-0 3 2 HOURS at 41U", :t 0.2°C On UIYd4`FERBATH
DDAYEINWATERBATH:OUT WATERS"H:
----------
POSI VIVE
CONTROL
NEGATIVE
CONTROL
BLANK
16S ,-9 FSRt7"PFI
FORM UPDATED: APRiI_ 2007
TINE IN ��^
INGUBATOfl: Jf�
TINE LA T
INCUBATOfl- �J
TINE IN
WATEflBATH: I � ��
TIME ❑UT I •��O
WATEfaBATH:
TEIIPEFIATIAY OF } ,
ViWOAiOR 'f� � `V
rrvPouni�oF � j : �
V V�IMIOR
rF]°PFAAT1At OF
r
WATFA➢ ft
L -.
TEYPFAATVAE Of
WAnrum
�`�'•
I% TOTAL SOLIDS
(ATAD SOLIDS ANALYSIS) .
ICOM43. OIL 'Iplitr�lh�/10�0 mall �NOI�OIIlUGIr�/!Illla
POSITIVES (_
/,� 7o�m
CALCULATION(:
MPN Fecal ( offorrn/41ram sludge
10 n NWN Index
Largest vole-n•ne x % dry solids
�f�/fir•
C•I-IIECKED 0 I \_
COPY MADE

A,rAD SLUDGr*FECAL NALYSI',
IDr.1 TE iGOLLEC V r--D: i I �, i t KIME COLLECTED: G)—� C Ll COLLIEC'� EID I�0P':
.C:EWED Er,Yf': / �, �_,
DATE: ; %},
[T:IPIII�E- 0(`'pU l
TIME. Q�S
C�fl9l�1. i^ �,�• (� _ ..�
6UJL':=
3 HOURS at 35 trc 0.5"C In INCUBATOR
.21 m 2 HOURS at 44.5 * 0.2"C in WAaTERBATH.
GASMPLIE LOCH-HOM
-E0 6S L
I 1 mL
0.10 mL
0.010 ML.
10 mL
1 mL
0.10 mL.
0.010 mL
COMB. OI=—�
POSITIVES
MPg,d110-0 gjnL
—NIPOWGRA M
C
0
/5mL
/5mL
/5mL
IS mL
/5mL
/5mL
/5mL
/5mL
,
1— j J
L) I I
. . `....-/ 5mL
----------•—
—
/ 5mL
3 HOURS a 35 a: Il➢.5'C- hii IhIIC UBA`I'ICDrI _I
FV.-E 911S 4� J
IL�s i rE OUT INCUBATOR.. _— — —� �_ ` � • �{
2-9 -t 2 HOURS ae 02'Ii; un WATERBAT I -I
IC�.yI(IE lIV VN,IllfEsciB.Cll iri: �` "f 1
1E OUT W>6TEr-.iB f0 J—
INCUf3ATOfl: �7� /�,J
INCU[ul7Ofl: V
WATEfiBA7H: � 1 � �%
1TWE OUT
WATEflflATH: v ��
—_ --_—_------- -
POSITIVE
t;ON AOL
NEGATIVE
CONTROL_
BLANK
SS ;+ 1 BROTH
Ds;.-1 E,IFIl9 ��r------•-----����
S
`I(L.�
1(�
v (J
FC FIM UPDATED: AP'Vill- 2007
wcueATolr ��JJ
rO,rFsun,rtt of
u:cveA,ox
7tlIlEnnTUflf OF �'
WnTF]Uwni:•�
WaTOJPFAATnru+Tm -- 4
4
% TOTAL SOLIDS
(ATAD SOLIDS ANALYSIS). .
CALCULATION:
MPN Fecal Csiiform/gram sludge
10 x NIPIV Inclec
Largess VDIr.Wrne x % dry solids
C•I-IIECKED BY.b, .
COPY MADE: � �

�AIP I "JELINE WMITP
AT11:: D SLUDGE FECAL. ANALY M
TIME COLLIECTED:©1.7? COLLECTED 930f:
IRiC::�C:�=UA/ED EB Y: � DATE: � �
--- - YST:—. ��
6UJ1:� U U,IuU .:
_
SAIVIVIL1E LbCAY16,N
-----------�__
3 C9OUR5 at 315 zk 0.5"0 In INCUBATOR
` 0 artL 1 MI_ —0.10 mL 0.010 mL
.21 * 2 HOURS at 44.5 :t 0.2" C In WATERBATH
10 mL 1 mL 010 mL 0.010 mL
_
COMB. OF MPI1W10G nnlL MPOdVGRAAM
POsmVIE u
/ 5 mL O / 5 mL 0 15 ML 0 / 5 mL
0/ 5 mL 0 / 5 mL 0 / 5 ml- / 5 rnL
L.) /5 mL
3 010URS bait 3_5 --L- 0.5, h1i 11AC:UISARTOR _
If1,�"i IE OPJ INU'49 [3;AT--- -- �q I+-
'
21 :L y HIGUF1 S J311[ 4,111LE; :_
0... 'C u,up VV rERB ATH
13.E n'IE CIV UU,IEII"fib 1R.11"Pri:
�� A
hJ,4"'IF OUT
jjj
L•'f3'31111VE NEr�.ATCVIE
t;a7rdYtlOL CONTROL BLANK
SS eh-1 BROTH COG C\J
h}�S :A-1 IEllf-10"9'C•I 1� C I � J /.
FORM UPDATED; fAPVilI_ 2007
TINE IN ' S
INCH9ATOR: IIJI
TIIUE IN `
WATER9ATH: L��
TInrE our I/AJ��J�{ !�/y
WATER9ATH: ---Il• l l ' L l
TEV P61ANr2 of 35- (D-
C
TfLPEAaT111C Of rf'� ��
eiaearoer ;� � •y G
TEYPEMTUgG Of1 �.��. s".��� rt'V
wnTvwnni: l
rviPf�aTurrgof `
WATCrG m
% TOTAL SOLIDS
(ATaAD SOLIDS ANALYSIS).
CALCULATION:
MPN Fecal Goliforrn/gram sludge =
_ 10 ;c MPN Index
Largest Volurne :c % dry solids
r
CHECKED BY:
COPY MADE:

CAMP I 'J LINE W'UVTP
KrAfiD SLUDGE FECAL PNALYH'
Ejff'E IC0LL_IcC U l� D: 7 I TIME COLLECTED: D � S- COLLECTED
EilI.:IC:IcuerlL.D IEW: �,� 1 - 2� . '1 TIME:: -----_y-I
BATE: �— 0.7
DA,ti EahV�riaL IYILL�- ._ �._— 4 TIME: j� ANALYST:
VVI1:`I HCV E�-- -- -
3 HOURS at 35 :�- 0.5'C In INCUBATOR
21 :t 2 HOURS at 44.5 :e 0.2'C; In WAAT5RBATH
SAMPLELOCATION
-50 mL
1 mL
0.10 mL
0.010 mL
10 mL
1 mL
CA mL
0.010 mL
d:G(lfl®. OP
POS`I�FII/ES
MPU,V10r0 mra!L
MPad! GRA M
� —
0 /5mL
/5mL
/5mL
/5mL
/�
v /5mL
(
L//5mL
/fly
/5mL
^�J' /�
Z—
IS mL
maQ�m®err., �arme�n
uE alas INCUBATOR;
k7�i � �' OtJT lIVCLIEI�TiCsI�6: .- � —
2-I :: 2 CiIOIl.DRS 81ii *d_.;;r__ 0..2-C, tin W dATERD ATH
ilE IN WATkFlBATH:
u•E OUT 11U:4 d EFS1;1 Vfa Y: Z
——__-.---__—_-- - t:IT3Sll7VE REGIATIVIE
—.---------- — — :OiVYn0L CONTROL BLANK
SS e!"j IElIFIOT&-a
LIDS A--i OFIG-R-1 /
FORM UPDATED, AMR[!- 2007
TIME IN ©�
INCU9gTOR; )
INCUHA70fl: l ` v
TIME IN 1141
WATEflBATH:
TINE OUT =crb
LPrnwNI -"F
0ATO1F.�
TELPmATurtl OF
V;LLpATOR
TEIIPENATUK OF 11 - j
WnTT]W4nl: J
TQIPFAAIUIIE OF
WsiCTL4T1� /—j-c�
`.f4 % TOTAL SOLIDS
(ATAD SOLIIIS ANALYSIS).
CALCULATION!:
MPN Fecal Colifarrn/grarn sludge =
10 x fvlPN Index
Largest Volurne x % dry solids
CHECKED BY:
COPY P/IADE:

CAP L LINE WYVTP
ATAD SLUDGE FECAL ANALYSU.�,�,')
COLLE
IU�i��TE Ii; LLlcl(; V`U LU: 1IBUIE COLLECTED: c ti,;'11 L:?IC', 13�('—___L_t l'r -` _ •--------:.. _.. -..1!
c•7 IS �_
Ul91LD BY:
DX�'XE AN ALYZ ED.-
SAMPLE LOCATION
—� -o N _
IDAATE:
ITIME-
3 HOURS at 35 t 0.5'C In INCUBATOR _ - .21 w 2 HOURS at 44.5 t 0.2"C In WATERBATH
'10 mL 1 mL 0.10 mL 0.010 mL '10 mL 1 mL 0.10 mL 0.010 mL
O /5mL+ �/ /5mL 0 /5mL /5mL /5mL 0/5mL 0 /5mL 015mL
/5mL 0 /5mL
j3 C-IOURS. at ;35 --L 0.5'0 ho 111A CCUBATOR _I I DA a C_ I1\9 INCUBATOR:
IDXi E OUT INCUBATOR: . -D- . 4 I
21 �L 2 CAG.DQ.➢FgS at 4-4-5 s 0.2'C iin W'NFERB ATU-U
IiS.IA-u'E IN W,ATEfiD ATH.
StD,4'•u'IE OUT W>ATIERBATH: —la_ �_{ �-
- --- - -
—
POSITIVE
C;ONT190L
NEGATIVE
CONTROL
IBLAN/K
---� --� -
SS,A-1 BROTH
IDS A-1 BROTH
TF9
FORM UPDATED: APR11- 2007
TIME IN
INCVBATOfl: _
TIME DUT ,Ir���
INCV9ATOR• ,I
TIME IN 2i
WATERSAT14; O l
WATERBATN: 1
TELPPAnN�cG OF `' r\
u�CLVATvic
u1GL9ATOR V V
TEL�EJ,nNf1G OF / p
wnTmlwrn: ��-
TPLPFIIANIIE OP ��-a
wattrranu
% TOTAL SOLIDS
(ATAAD SOLIDS AANAAL'1Ys11S) .
COMB. Of MfIPa/700 mrof_ IU06� dVQnIf�.A AUB
POSIT V ES•
CALCULATION:
WN Fecal Coliforrvi/gram-=•I1adge
to >: Iv1PN Index
Largest volui ne a %, dty solids
COPY IVIADE:rk—,
xY

CAMP, LE -LINE WIWTP
11D.,11 U ILA CC' LLIEC Y LL.D- _.1 � � TIME COLLECTED: �®ILL9��, l��E] "; 6111. �. � �l /-.-
�ur�v �:]�'-s I DATE: a 4i . l �- I o o�=
rffil�'a E d�NjtL` ILLS: 1 L ITtoutr:
3 HOURS at 35 ze 0.5"C In INCUBATOR
.21 -t 2 HOURS at 44.5 d: 0.2'C' In WATERBATH
SAMPLE LOCJliTdGb\l-
ml-
1 mL
0.10 mL
0.010 mL
10 mL
1 mL
0.10 mL
0.010 mL
--JO
D /SmLI
0/5mL
0/5ml-
0/5mL
v /5mL
0/5m'L
c—') /5mL
�/5mL
�4�1�fG-a
lJ /5 mL
/5 mL
3 HOURS at 35 :1- 0.5°0 hu INCUBATOR
LWk)�EdN YN-UIEE:ATO- R: - l �1- 01
Sp
RE OUTINCLIG3�NTO6t �- -�
✓-II -t 2 HGfl..DF'd:S at {44J.:;; :k Q1.2°rG Bn UIVATERBATH
B ti E OU'>r WAYERBAYI-1
--- ---
IGIO.51 11VE
CONTROL
NEGATWE
CONTROL_
BLANK
SS,.',-1 BROTH
PC) 5
IDS 4-1 BROTH
TIMEIN �
INCN9ATOR: ©� YaD
nMe our , 11 (}'ti
iNcuearoR•
TIME IN � j O
WATERBATH: `
IMeouT 0`62-0
WATEfiRATH:
revemnnn¢oF
u�WOAroM. ✓
revrmnrurteaa: _3�- �� -
wcue,�roie —
rtvrenn7unevF ! i \ .
wnrF3uwna t '.a _
rr�urcnntu�rt of �,��. r
wnnrrxm — `},
I� . TOTAL. SOLIDS
(ATAD SOLIDS ANALYSIS) .
CC3MB' OFPOSMVIE r ME�II'N1U1 mNl_1 'fUdd"dNQnFdd!Jdl9
CALCULATION: '
fVIPN Fecal Cc,li(arm/gram sludge =
_ io x nn�r�l index.
Largess /olume x %� dry solids
FORM UPDATED. APRII- 2007 CHECKED r�Yr,�;

ATAD SLUDGE FECAL ANALYS E'
�DhTE (COLLIL�:-u`ED:Cl"➢ME COLLECTED EOLL�C o
IF;iI_.GEuIYED BY: / [DATE: l C.A. TOOiIBE
�D.k'iTEAVV'ALVZEID' � l� .l (a,l� [I'ImE:
3 HOURS at 35 s 0.5'0 In INCUBATOR
.21 :t- 2 HOURS at 44.5 t 0.2"C; In W{ATI=RBATH
_ _ �„m��s� �m•o�nYn, _
�
SAMPLE LOCATION —
„110 mil-
1 mL
0.10 mL
0.010 mL
10 mL
1 mL
0.10 mL
0.010 m
COMB, OEL
1111fr�IId/10IA nllalL QIYI''u�uinlllallala
POSITIVES
—_ --Q�✓L _—_-0/5mL
0/5mL
0/5mL
/5mL
/5mL
/5mL
/5mL-
(� 15 mL
5mL
�3 HORS all ;-35� 0.�`; '0 hn OOW�:UBATOR
I_I
Im,1 (E IN INI:,Il91E3:rATOR: - -_.l � 14 I
D I E OUT INCLIB ATGn:
21 * 2 HOURS at 44.5 :r 0.2'C M W ATERBATH
DAME nN VII,IATEFiBATH:
GtL
D.ri-B'E OUT <fUAY1cK,tF3ATI-1: _ a^ �•� • i
------
POSIME
UONYAOL
NEGATIVE
CONTROL
BLANK
;h-1 BROTH
ro-a
?0S-
M � -b-
(0 L6-
DGa rA- i ESIFlOYF9
�0� s
1
�/
FORM UPDATED, APF111- 2007
TIME IN 1 I 1
INCU9ATOfl• `
A E IN
WATEflBATN: J
TIME OUi L i ��
WATEflBATH: `
iwemn7r1:e
u+wearolr.
revrouTurteoF
uvaiearo e
TFLfFJWT4f1EOF �
v�arenunrn: l I�•' �)
TELPFJ1arVrtE OF 6<;-�•
wsttrwm � ! L
14 % TOTAL SOLIDS
(ATAD SOLIDS ANALYSIS).
CALCULATION:
MPN Fecal Ci:di(Orrn/Ilrarn sludge
___U )x IvlPl�l Index
LalgeBl VOILIMe n % dry solids
C•1-I0_C;4ED BY:J"" -
'' ; ll
rC:IPY MADE:'L`��

%
AMPLE- ''LINE WVVTP
��``� �� SLUDGEFECAL ANALYS1%,'t'1,
MhTE GOLLIEC V`li✓.ICu: - I Z z-:;, TIME COLLECTS®: b 7' Q;OLLI=4�^Tti `IC, fl3'P___y. ;_'.- _J
:.I EovIED BY: DATE- l3 - • I ll IWBE. �_ . • >_
�0.1�'XE D"AVVALYZED.- _ 1 �_ a-3 • ��` ; TIME:
_ 3 HOURS at 35 tt 0.5'C In INCUBATOR
SAMPLE LOCA,TIC6M -50 ml- 1 mL 0.10 mL 0.010 mL
.21 :v 2 HOURS at 44.5 t 0.2PC In WdATE-RBATH
10 mL 1 mL 0.10 mL 0:010 mL
-
COMB. Of
lVIG�IId/1tJ0 HroP_ NUIIOVI/Qaff1+t!IAua
POSIY V&dI ,
/S,mL V � /5mL /5mL /5mL
V 11 �f / 5mL
J5mL /5mL /5mL
!(..,,t -•._....
� II
II��L1G�' V /5mL
/5 mL
r_!
3 HOURS at 35 zL, 0_5'C• 6uo INCF9BATOIR
IDAa'u E IN INCUBATOR:
OdJrINCllg3t�kTC1R:`�
2-II �L 2 HOURS at 44_5 :t 0.2'C un 11VATEIF8BATH
D.(VdIE IN WATIERBATIo-I: �r� • 2 3
S—A.'r
E OUT VII ATER1BA,'TI I_ —) )L
INCUBATCfl•
TIME OUr
INcumnroH: � I • j 5
f,ATE
HBATN:
TIME OUT
WATEHBATN: ���� j
--
POSl01VE
(;OtgTnOL
NEGATIVE
CONTROL
BLANK
_
SS AA BROTH
N7St :a-1 EtROYFI
K6
FORM UPDATED: APF ih- 2007
TdP61ATIfK OF
mcuearom �� �'�JII
idPFnAIUAL I>F
UIL118aTOR �,•� (;
..RG l7F
WATE WATM
TfLPFJNTLA£OF �1 `
WATCrt4Tl• .\!T
% TOTAL. SOLIDS
(ATAD SOLIDS ANALYSIS).
CALCULATION:
WN Fecal zJudge
70 x Id1PIV IIICIE)(
Largest vniurne )(, dry solids
CHECKED LAY:__
COPY I(/IADD— __

CAMP LEI" LINE M('T °
ATAD SLUDGEFECAL A N, LY 0 Via;)
DATE GOILLIEfC:II`Il:D: --� �a.�� I TIME COLLECTED: g .7r0
:CDlIIL---`D BY: �_--� _ IDATE:, 14 ITllOUII=:
D1,;'aTIE ANALYZED: — � )20 TIME: (),,j'7�
pp ,
i � I-
3 U-IOURS at 35 Y 0.5'G In INCUBATOR —
.21 x 2 HOURS at 44.5 * 0.21'C In WAT15RBATH
SAMPLE LOCATION
M mL
1 mL
0.10 mL
0,010 mL
10 mL
1 mL
0.'10 mL
0,010 mL
M1imPIM/100 gin
POSATEidEc°.
----- —
(i
0
�
0
(„� l`�'�-/.
�•
�— Q /1i �
/5mL
l / 5mL
" /5mL
/5mL
/ 5 mL
/ 5 mL
/ 5 mL
/ 5 mL
�oV=mac �u
— _
_ —_
/5 mL
U /5 mL
'�� •, o
3 U-JrGUIRS riff :35 :5-- 0_5°C. uafl M1C:UBATOR
IDk a IE 91v INCiUB ATOR: — °} .�JC7.1 ! J
D'vi n E OUT INCUBATOR: _—_ � � _97 V -
21 .2L 2 HIG),URc,) at.t1J.G s 0.2°C uw UIWNFEDIBATH
DXii"IE YID W XEFIBATH:
E OUT WATERfA: TH,
TIME IN
INCUBATOR: t IV -) ��_g
fTIME OUT II ` ,2A
INcueATOfl: `
TIME IN
fifi
WATHflBATH:
ME Otrr
TERSATI
F.
-------- --
POST u7VtE
GONT110L
NEGATOVfE
CONTROL
BLANK
SS J '1 BROTH
IDS A B F10TFI
ti
FORIVI UPDATED: APG-1IL 2007
Tfy PTAa711AL OF /,� �1f
TFVPauN�l OF '••Z� � , ��
u,aaATOIc J
TI]/PEMTUI:C OF �"
warETWarn: { I�
TfLPFAAnIAE OF ��
wanrwnc sue^
-, J" % TOTAL SOLIDS
(ATAD SOLILS ANALYSIS).
CALCULATION:
MPN Fecal Coli(nrm/gmmn sludge —
_ -
Io r fulPl,1 Inclex
Largess Volume x %6 dry solids
C•1-IIECKEOCOPY MADE.
�f

Camp Lejeune, NC
2014 P,T�D Performance Data
Date
AT AD Train 1 A j
T rain 1 u
Colifon c,
Feed Temp
(Gallons) (oC)
Temp
(oC)
Fecal
(Mplq) ,
10/1 /2014 1_
- 0 - 52.3 I
51.2
i 0/2/2014
0
50.9 i
S.
10/3/2014
0
49.8
48.6
10/4/2014
0
48.6
47.5
10/5/2014
0
47.1
45.7
10/6/2014
0--
45.8
44.7
1017/20141
0
44.8
43.7
1.0
10/8/2014
0
43.8
42.9
10/9/2014
0
43.0
42.1
10/10/2014
0
..42.3
41.3
10/11/2014
0
42.1
40.8
10/12/2014
0
41.8
40.5
10/13/2014
0
41.2
40.2
10/14/2014
0
41.0
40.5
1.0
10/15/2014
0
40.6
40.7
10/16/2014
0
39.6
40.5
10/17/2014
0
38.6
40.4
10/18/2014
0
38.0
40.4
10/1 0/2014
0
37.1
40.4
10/20/2014
0
36.1
40.3
10/21 /2014
0
35.5
40.4
1.0
10/22/2014
0
34.9
40.4
10/23/2014
0
'33.6
39.5
10/24/2014
10125/2014
10/26/2014
10/27/2014
10/28/2014
10/29/2014
10/30/2014
10/31/2014
TOTAL =
0
969
983
3
Ave =
0
42.1
42.7
1.0
Max =
0
52.3
51.2
1.0
Min =
0
33.6
39.5
1.0

Camp Lejeune, IBC
2014 ATAD Perormance Data
Da
Date
ATAD Train 3 A
Train 3 B I
Coliform
Feed
(Gallons)
Temp
P
(oC)
Temp
P
(oC) !
Fecal
(MPf�)
10/1 /2014I
0 - I
40.2 I
48.2
10/2/2014
0
45.1
54.3
10/3/2014
13500
49.8
57.6
10/4/20141
18,000
53.7
59.2 I
I
10/5/2014I
18,000
57.0
61.8
10/6/2014
11,250
59.9
62.0
10/7/2014
13,500
61.5
62.0
1.0
10/8/2014
13,500
63.1
61.7
10/9/2014
18,000
60.8
61.8
10/10/2014
18,000
50.7
61.5
10/11/2014
18,000
59.0
61.6
10/12/2014
0
64.3
61.2
10/13/2014
0
64.4
59.6
10/14/2014
11,250
60.8
58.6
1.0
10/15/2014
11,250
59.0
58.2
10/16/2014
18,000
56.4
.58.0
10/17/2014
18,000
56.1
57.9
10/18/2014
18,000
57.3
58.0
10/19/2014
11,250
60.3
57.9
10/20/2014
11,250
61.8
57.6
10/21 /2014
11,250
61.7
57.8
1.0
10/22/2014
11,250
60.7
57.5
10/23/2014
11,250
60.5
56.9
10/24/2014
11,250
61.1
56.7
10/25/2014
18,000
57.7
56.8
10/26/2014
18,000
55.9
57.1
10/27/2014
11,250
58.8
57.2
10/28/2014
11,250
60.0
57.7
24.0
10/29/2014
11,250
62.4
58.5
10/30/2014
13,500
60.1
58.9
10/31 /2014
11,250'
60.6
58.9
TOTAL =
380,250
1,811
1,812
27
Ave =
12,266
58.4
58.5
6.8
Max =
18,000
64.4
62.0
24.0
Min =
0
40.2
48.2
1.0

1
Camp Lejeune, NC
2014 AT AD Perforn lance Data
'
Date
ATAD Train 3 A (
Train 3 E
Coliform
Feed
(Gallons)
Temp
(oC)
Temp
(oC)
FeCa.I
(fkfiPi�}
11/1/201A
13,500 I
60.3 `
58.9
11/2/2014
13,500
64.3 .
58.1
1 1 /3/2014 1
18,000 I
58.8
58.1
�
11i4/2u 14'
l
11,250
I
uu. 7
I
59.11 I
l
i .0 l
11 /5/2014
11,250
62.2 I
59.2
11/6/2014
9,000
60.9
58.8
11/7/2014
9,000 I
62.2 I
58.0
11/8/2014
9,000
62.2
57.0
11./9/2014
9,000
61.4
56.2
11/10/2014
9,000
59.8
55.5
11/11/2014
9,000
59.5
54.9
11/12/2014
9,000
59.5
54.6
24.0
11/13/2014
9,000
57.2
54.4
11/14/2014
9,000
58.1
53.6
11/15/2014
9,000
56.2
52.5
11/16/2014
18,000
51.9
52.8
11/17/2014
0
57.2
53.7
11/18/2014
18,000
56.8
56.8
1.0
11/19/2014
18,000
55.8
56.5
11/20/2014
18,000
53.7
56.2
11 /21 /2014
18, 00Q
55.4
56.1
11/22/2014
18,000
55.6
55.6
11/23/2014
18,000
56.4
56.0
11/24/2014
18,000
56.2
56.8
11/25/2014
18,000
57.4
57.9
1.0
11/26/2014
18,000
57.4
58.3
11/27/2014
13,500
58.1
58.4
11/28/2014
18,000
55.8
58.4_
11/29/2014
18,000
54.5
58.5
11/30/2014
13,500
57.7
59.2
TOTAL =
' 400,600
1,743
1,700
27
Ave =
13,356
58.1
56.7
6.8
Max =
18,000
64.3
59.2
24.0
P0lin =
0
51.9
52.5
1.0

Camp Lejeune, NIC
2014 ATAD Performance Data
Dame
ATAD Train 3 A
Train 3 B j
Coliform
reed
(Gallons)
Temp
(OC)
Temp
(oC)
Fecal
(N11PNI)
12/1 /2014I
0
I 63.3
59.1
12/2/2014
0
64.7
57.6
1.0
12/3/20141
181000
58.8
57.2
12/4/20i4
13,500
i 57.7
57.8
`
12/5/2014
18,000
56.7
58.1
12/6/2014
18,000
I 55.9
58.9
12/7/2014
18,000
57.6
59.1
12/8/2014
18,000
I 56.2
58.6
12/9/2014
18,000
55.8
58.4
1.0
12/10/2014
18,000
56.1
58.5
12/11/2014
18,000
56.2
58.6
12/12/2014
18,000
56.7
58.7
12/13/2014
13,500
58.1
58.9
12/14/2014
13,500
58.8
59.6
12/15/2014
13,500
61.9
59.6
12/16/2014
18,000
60.3
60.4
1.0
12/17/2014
18,000
57.4
60.7
12/18/2014
18,000
59.8
63.0
12/19/2014
11,250
63.7
62.6
12/20/2014
.11,250
64.0
61.2
12/21/2014
11,250
63.2
59.6
12/22/2014
18,000
60.4
58.4
12/23/2014
18,000
58.1
58.2
1.0
12/24/2014
18,000
55.2
58.1
12/25/2014
0
57.7
57.4
12/26/2014
18,000
55.8
56.1
12/27/2014
0
55.7
54.5
12/28/2014
18,000
52.9
53.4
12/29/2014
18,000
50.2
52.9
12/30/2014
0
54.4
56.1
1.0
12/31/2014
0
56.3
56.7
TOTAL =
411,750
1,799
1,808
5
Ave =
13,282
58.0
58.3
1.0
Max =
18,000
64.7
63.0
1.0
[Vain =
0
50.2
52.9
1.0

RP LEJEUNE BENCH SCALE ATAD V(
TILE'SOLIDS REDUCTMI ANALYSU.
START-UP
)ATE
10/31 /2014
A
B
C
D
E
F
G
H
I
TOTAL
VOLATILE
SOLIDS
ASH
SOLIDS
INHOUSE
WT OF
SAMPLE
WT OF
WEIGHT
% TOTAL
WT OF
WEIGHT
WEIGHT
% VOLATILE
% VOLATILE
SAMPLE
ATAD
WT OF DISH
DISH+WET
WEIGHT (g)
DISH+DRY
(g)
SOLIDS
DISH+ASH
(g)
(g)
SOLID:
WEEKLY
SOLIDS
TEMP
DATE
DIGESTION
(g)
SOLIDS (g)
[B-A]
SOLIDS (g)
[D-A]
[(E/C)X100]
(g)
[G-A]
[E-H]
[(I/E))C900]
AVERAGE
REDUCTION
0°C
11/3/2014 I.H. ATAD 73.5577 78.57 5.01 73.6552
0.0975
1.95
73.6059. 0.0482 0.0493 50.56 50.18 20
0.0966
1.93
DUP 75.2333 80.23 5.00 75.3299
75.2818 2818 0.0485 0.0481 4.9.79
{a..
>i
-
, .v, .. .� .., :..
> ,. r r ,« d
.,Y,.«rx, .r „x,r ..
... ,, R .i .. i.i. .r _ .. .. ..R L.2<t�, ., v'.. ✓. _... .,_ .. .. ,,. ✓�
d < <� r ., .. ✓.< ... <. ne, ..,..- x .re-:x. -F,;
v v r,: r x .. :.r , ..4 a x.... .. r . ., ...x.,tr.., rv.,...x.x. _, .✓ «. « .. � ,s .x.. k'' s
_ .. .,.a:Y>.xxtfm
3, r .v"x,..:"�ie....
..>. ... 4 ... an k`.,-...,
.,.3 5 uF
< : ¢ < v
> n ., x ,. ,.. .. .. .. .x x _,. .,. S> .>, x_t Y.,,,fr br . `i✓s°" �
3 S ,a<r £e
to x«
,. . a
..
*+ , .. , x-
� k
.aw....
'S
.., .. ..
.3....»v,
r.R S
.. ....1.t... _. �,�-. ..... «.
w-a<« r,- ✓_.<r
x„3:'. £,: •x .,5s,_a. rvo $,.
k, ys z, rt
.<.x".�...x,:x.x-
.,. I , . xa _ "hta'- >`Axr, <3 .--
. Y•" ,
.k
t x ,5 .,}<.. - v.. ,,. ,• .-a., r?„ v x a. x., r «,,,.^> < .-. .< _»r..x.....<x. ex.x .> x_, .... .. .a s
., r.x „, x- rx. .,. ..a t,. :: .. FC .. ,✓. -, :" a .. .,,. s.._,.,«. x x.
.. S,. ,. � _Y,'.x.k _.,.xxa . r a , x r. .t.t, > .,,✓ x
.. `e xx ..x
..�f
_a
v <. x,..za .. .. ..
.... .. ., r .. '•::'•" "":'
.a:_ . .... .. ..... .4.
11/7/2014
I.H. ATAD
73.3061
78.31
5.00
73.3985
' 0.0924
1.85
73.3521
0.046
0.0464
50.22
49.86
0.63
20
DUP
73.8906
78.89
5.00
73.9827
.�
0.09._1
1 84
73.9371
0 0465
0.0456
r•
4 9.�
d3 k„
...,..+. , _
. ... ..: .. ... .... r ..>.... .<x .,. r,et r..e r , r v,
, ,, _...
a c«, -.,
s "1 a< ,_. , x,
x .. . , o- .>:: m....« . « wt ,
:.l -n, ... ,-<><> �.:� ,3,:.¢ -<:r.
>t ,fin
.. .u..a t. �. .rx'a ..
a` <
,.° .. ,- - _>< « ,..:.x._r. xx ..... x..$.,<.
x, x .>,_.. -
r v ... >rt
v,xS.x, s . � .., «.fi..< >Et v xw ,, e+. ., ..
a k..
...
r . ,«a.>.v.+�,..« to .,.e ... v.axs
e, -.
x.. ., x;-., ,.rh .o.. e:<„
L _... « t.
c.x .r a,,, ..
' r,-„„aI,
%r
r #£-'v
.b: .7--, "
« __.. v,:-i;i: �✓k�r<'�•`�,i:�.-`'„
.>r_.., a , s.}'' .1,
t-ex_•.v .xw«.: .-.. ..,_..
.x_r.x :°r.,,.t,.L r.> ,.x ., x.ev<.�. ,> .
, r sr,t, x,.v,.r_...:...-u. ».r<x :•r.-r�r.x,.x <-,..ex-..,,yw,, xa.:. •,
.. .... _. .. .. ,..... `{rr ... ..
�`. . x« kmr -
�.':tu.
._<
r ,. Y a < x • ,r .. t 1 xr.x x .. a*-x ..
v�
xt':.r . , ., ,..._. «.. r.
> vu < x .. ..+✓ ,
nr .. Fw>x. s,-t, ,v< xx ..
4 u ., x , v
,wr_._ . r rxxi?v -
r .. s:
11/14/2014 I.H. ATAD 73.3049 78.30 5.00 73.4008
0.09'59 1.92
73.3534 0.0485 0.0474 49.43 49.56 0.62 20
DUP 74.584 79.58 5.00 74.679
0.09,�0 1.90
74.6318 0.0478 0.0472
xx rt w x
x, < ,. r ..... x
r .. u.. ,. .. . ..r ..< ..,. ;-i.x..., x xr x.sx ..x .. x v
_
�. ..+ .., <_..
s � }
•, «„ xYx
a, <,r,xks ••.•
. i> ... .., r ., ... ..,k .w , r<, ,.r .Y« ,xr x>+v ., et .., . r ., t ,r< ><x -, ,....,., .�-. .,.._ r .. _ <-.x
- ,.xY,�,.-.....-, .,.... ,,x.,x.....ro, t>t n., i ,� x,r rx
r,•.`•"E+✓e<.<,r_,r..s<.,.«..1"e....:..<t..<«.r,.+..,xzn,,..,a..<i,....,Yx.<rz-..Y.,..axn<..r-<<.,_c_<.,x.e=.z..._»'uiv.`1'»$._..,_.xw,.. sv..._.a.r. _....J>v._.. v,.
,.x ., . ;3•r
;.-••r'_< ri_f ..�vC.
.,..... .c ,-rC--... vew...-_,kn_ ,;.:
_ _
11 /21 /2014
I.H. ATAD
73.3615
78.36 -
5.00
73.4815
0.1200
2.40 73.4213
0.0598
0.0602
50.17
52A 5
-5.24
20
DUP
73.5585
78.56
5.00
73.6686
0.1101
2.20 73.609
r
0.0505
0.0596
54.13
F , < ., .n ,.. <........r. t . .. #.i 3 s. Yx ..., i x , ...
x <e. ."x, i
Y Y i _, ,.
z ._. .,.. �' .. « C„ rxv,
.. .xx -z,x, ><x.,
>�
.. , ,
., xxx� ...__.w. x
.. � .wa gg
�z..x
*
Y _.. .._
« x .f i YIi`c
RY
...... {^"
_ . ,,., . xx.,-•2.n, _ 7
.r n ., x .r r..«..,...x
u .... ,. .,_ r . 3;
_,... ,. .,- ,.
> , < f x e ,,.av r u. "r,< .._a.x > d
is r.< x #.° _v,.,.... x
1 ,, m
- .,^, «S xJri, v <•,„ -
.r<
x> t 3 >„v_xw: s,`Jx z>v�t v -n �. •:.:,t xr's>,rt::i='%
.. : A . F'a .,x: -., . .
11/29/2014 I.H. ATAD 72.3622 77.36 5.00 72.4707 0.1085
2.17 72.4156 0.0534 0.0551 . 50.78 50.60 2.97 20
DUP 73.8895 78.89 5.00 73.9976 0.10£31
2.16 73.9431 0.0536 0.0545 50.42�
.,, a a r r .,. < ✓<x, r rx««„ > .>~. k «xr.> .,, <. ,. . ,.....x.x.✓. .c r .:. _., _a,.wr >. ..
. « .,, ✓ ,. 'rc .xr, a . t v.r <+ x., e„}
x ..._., z<
xr., ...>
3� .. x
t.
.... J 9 S_ i.
3 3 _h'Y%
_ « ,.., ,,. fix. ✓,.,,,�rx za..'i,.c .a v.. ,v
,r.. �,_..,. « .«,, ...<.,s ,. <.,. <
x
w #✓ , . -, .: x r. ..., .. < ,x. r , ,x. ,, .x< ..x . s, x., t r.. <x -.>rx .rr ...-x. .> -
-_
12/5/2014 I.H. ATAD 74.5830 79.58 5.00 74.6696 0.0866
1.73 74.6261 0.0431 0.0435 50.23 50.14 0.90 20
DUP 86.4499 9.1.45 5.00 86.5366 0.08Ei7
7
1.73 86.4932 0.0433 0.0434 50. OG
_ . . > ^s t.. x .. . _ .. �- ..%a<�.-<x.,.,.-.zx.,,_ x_> ... r ..
_...., f. _ ., . „w> o ,3 ,.,: >1, .Ic. x_>✓ .<ay. ,> s� v. .. .._
,rr,., .,, r, . „ , <. x,. _.t .�:z:...><ka�`"•:,
_ .,. F. .. .. .3.,,,
VOLATILE SOLIDS REDUCTION = INITIAL VS - FINAL VS X 100
INITIAL VS (VSR <15%)