WQ0005763_Annual Report_20170303 (2)

I
ANNUAL SEWAGE SLUDGE REPORT
OF
TUCKASEIGEE WATER AND SEWER AUTHORITY
PLANT # 1-NPDES # NCO039578 (WQ0005763)
for the period of January 1, 2016-December 31, 2016
as required by
MAR 0',3 1017
�;+�rORMAYID� PR(?DF��lPlG W!T
40 CFR, PART 503
STANDARDS .FOR THE USE OR DISPOSAL OF SEWAGE
SLUDGE

TASLE OF CONTENTS
(1) PERTINENT INFORMATION
(2) CERTIFICATION
APPENDIX
(a) 2016 Distrubution and Marketing summary
Parts Aand B
(b) 2016 Annual Sludge Production Data
(c) Annual Residuals Sampling Summary Form
(d) Residuals Sampling Data
(e) TCLP Analysis
(f) Annual Pathogen and Vector Attraction Reduction Forms
(g) Daily Dryer Record
ah

TWSA Plant #1
The Tuckaseigee Water and Sewer Authority Wastewater Treatment Plant #1 is rated as a 3.5
mgd facility. The facility also treats the sludge from two additional plants owned by the
authority.
Pertinent information includes:
Facility name: Tuckaseigee Water & Sewer Authority Plant # 1
NPDES # NC0039578
WQ 00005763
Correspondence address: 1246 West Main St
Sylva NC 28779
Physical address: 1871 North River Rd
Sylva NC 28779
Facility operator: Stan Bryson
Wastewater Plant Operations Superintendent
sbrysont«7sa(a frontier.com
ph. 828-586-9318
Ah

, CERTIFICATION REQUIREMENTS
PART I - POLLUTANT CONCENTRATIONS
PARAMETER Avg_ MAXIMUM
Arsenic.....................1.7 mg/kg .................. 2.1 mg/kg
Cadmium..................1.1 mg/kg ....................
1.4 mg/kg
Copper.....................341
mg/kg .................
446 mg/kg
Lead ........................16.8
mg/kg ................. 22.2 mg/kg
Mercury...................0.26
mg/kg ................
0.48 mg/kg
Molybdenum...............4.7
mg/kg .................. 5.1 mg/kg
Nickel ......................13.2
mg/kg ..................
14.7 mg/kg
Selenium....................5.8
mg/kg ...................
6.6 mg/kg
Zinc .........................761
mg/kg ..................
851 mg/kg
PART II - PATHOGEN REDUCTION (40 CFR 503.32)
X Class A Class B
PART III - VECTOR ATTRACTION (40 CFR 503.33)
Permitted Concentrations
monthly avg ceiling
41 mg/kg
75 mg/kg
39 mg/kg
85 mg/kg
1500 mg/kg
4300 mg/kg
300 mg/kg
840 mg/kg
17 mg/kg
57 mg/kg
n/a
75 mg/kg
420 mg/kg
420 mg/kg
100 mg/kg
100 mg/kg
2800 mg/kg
7500 mg/kg
Option 1 _ Option 2 _ Option 3 _ Option 4
Option 5 —Option 6 _ Option 7 X Option 8
Ah

PART IV - CERTIFICATION
" I certify under penalty of law, that the Class A pathogen requirements in 40 CFR, Part 503. 32
have been met and the vector attraction reduction requirement in 40 CFR, Part [503. 33(b)(6)]
has been met. I am aware that there are significant penalties for false certification including fine
and imprisonment."
Signed this 15th day of February , 2017.
tan Bryson, Wastewater Superintendent

Appendix A
Distribution and
Marketing Summary
Parts A and B

1
Part A
Residual Sources* and Volume
Sludge Volume
Produced
Month Source (dry tons
January
TWSA Plant # 1 (NC0039578)
TWSA Plant # 2 (NC0020214)
TWSA Plant # 3 (NC0063321)
Monthl Total
18.74
3.73
0
22.47
February
TWSA Plant # 1 (NC0039578)
TWSA Plant # 2 (NC0020214)
TWSA Plant # 3 (NC0063321)
Monthly Total
24.58
3.63
0
28.21
March
TWSA Plant # 1 (NC0039578)
TWSA Plant # 2 (NC0020214)
TWSA Plant # 3 (NC0063321)
Monthly Total
23.71
0
0
23.71
April
TWSA Plant # 1 (NC0039578)
TWSA Plant # 2 (NC0020214)
TWSA Plant # 3 (NC0063321)
Monthly Total
12.34
.0
0
12.34
May
TWSA Plant # 1 (NC0039578)
TWSA Plant # 2 (NC0020214)
TWSA Plant # 3 (NC0063321)
Monthly Total
49.13
0
2.10
61.23
June
TWSA Plant # 1 (NC0039578)
TWSA Plant # 2 (NC0020214)
TWSA Plant # 3 (NC0063321)
Monthly Total
24.39
4.29
0.00
28.68
Est. Total "sludge" produced by all sources for 2016= 242.36 dry tons
Appendix A
Part A
Residual Sources and Volume
Sludge Volume
Produced
Month Source (dry tons
July
TWSA Plant # 1 (NC0039578)
TWSA Plant # 2 (NC0020214)
TWSA Plant # 3 (NC0063321)
Monthly Total
0
0.54
0
0.54
August
TWSA Plant # 1 (NC0039578)
TWSA Plant # 2 (NC0020214)
TWSA Plant # 3 (NC0063321)
Monthiv Total
2.80
4.07
2.42
9.29
September
TWSA Plant# 1 (NC0039578)
TWSA Plant # 2 (NC0020214)
TWSA Plant # 3 (NC0063321)
Monthly Total
2.50
0
0
2.50
October
TWSA Plant # 1 (NC0039578)
TWSA Plant # 2 (NC0020214)
TWSA Plant # 3 (NC0063321)
Monthly Total
28.73
0.26
0
28.99
November
TWSA Plant # 1 (5C0039578)
TWSA Plant # 2 (NC0020214)
TWSA Plant # 3 (NC0063321)
Monthly Total
8.16
0.85
0
9.01
December
TWSA Plant # 1 (NC0039578)
TWSA Plant # 2 (NC0020214)
TWSA Plant # 3 (NC0063321)
Monthly -Total
23.81
1.40
0.18
25.39
Calculated Total "sludge" dewatered by belt press in 2016= 243.25 dry tons

Appendix A
TWSA PLANT # 1
ANNUAL DISTRIBUTION AND
MARKETING SUMMARY
2016
Part B
Recipient Information
Est. Volume
Month Name Address (wet tons) Intended Use
January I Monthly Total 0
FebruaryMonthly Total 0
March I I Monthly Total 0
April
Ralph Henry
1372 Old Soco Rd.
414 10 tons
Soil Amendment
Cherokee NC
for shrubbery,
Ph: 828-506-4963
landscaping
May
Bobby Collins
327 Cedar Ridge Rd
5/26 22 tons
Soil Amendment
Franklin NC 28734
for pasture
ph: 828-342-8663
June
Bobby Collins
327 Cedar Ridge Rd
5126 22 tons
Soil Amendment
Franklin NC 28734
for pasture
ph: 828-342-8663
Julyl
Monthly Total
0
Augustj
Monthly Total
0
Septemberl
Monthly Total
0
October
Monthly Total
0
Novemberl
Monthly Total
0
Decemberl
Monthly Total
0
Annual Total Tons Distributed to the public= 54 Tons
A portion of the residuals produced by the Authority's plants were hauled to the R&B landfill operated by
Waste Management Inc. and located at: 610 Frank Bennett Rd., Homer GA 30547.

Appendix B
Annual Sludge
Production Data

" D ►It ►. C
2016 SLUDGE PRODUCTION DATA
TWSA PLANT # 1 (3.5 mgd plant capacity)
NPDES # NCO039578
Sludge dewatered on belt press.................................................................2,545,223 gallons
total tons...............................................243.25 tons
total metric tons............................................232.3 dry metric tons
The following residuals were included in the above totals.
TWSA PLANT # 2 (0.5 mgd plant capacity)
NPDES # NC0020214
Sludge Hauled to Plant # 1 digestor............................................................. 178,300 gallons
totaltons.......................................................................... 18.77 tons
total metric tons...............................................................17.02 dry metric tons
TWSA PLANT # 3 (0.2 mgd plant capacity)
NPDES # NCO063321
Sludge Hauled to Plant # 1 digestor........................................................ 51,500 gallons
totaltons......................................................................... 4.7 dry tons
total metric tons...............................................................4.26 ,dry metric tons
A portion of the sludge that was generated at the Tuckaseigee Water and Sewer Authority
facilities during 2016 was hauled by a private contractor to a designated landfill in Georgia.
Landfill: R and B Landfill
610 Frank Bennett Rd.
Homer, GA 30080
A total of 90.09 tons were hauled to the landfill during 2016.
Copies of haul/landfill tickets can be provided if needed.
•

Appendix C
Annual Residuals Sampling
Summary Form
Aft

A,,,,,,al rwSirjudi Sdmplit;y �um'mary'rorrri
Permit Number: WQ 0005763
Facility Name: Tuckaseioee Water and Sewer Auth.
NPDES # NC 0039578
WWTP Name: TWSA Plant# 1
Sample
Date
2/9
5/10
8/2
11/1
11/3
11/4
12/6
12/7
12/12
Avg.
Percent Solids
96.6
97.3
95.3 ,
98.7
100.0
100.0
98.0
Aluminum
23,400
24,000
24,600 ii
35,200
26,800
P
Arsenic
1.7 ✓
1.7 t4f
1.3
2.1
1.7
A
Cadmium
0.92 rd^°
0.99 ii
0.98 r,-
1.4 sa
1.07
R
Calcium
6,080 ,/
8,660
9,300 a
11,800
8,960
A
Chromium
15.8 v.
16.6
17.4
22.4
18.1
M
Copper
281
320
316
446 6-F
341
E
Lead
15.9
14.9
14.3
22.2
16.8
T
Magnesium
2,710 ✓
3,660 r
3,930
3,170
3,368
E
Mercury
0.41 ;
0.15 loe
0.48
0.0084
0.262
R
Molybdenum
4.7 ,,0'
4.3 V
4.5 ,
5.1
4.7
S
Nickel
12.6
12.0
13.3
14.7 a o
13.2
h,s.u.
5.5
6.6
6.0 O
6.2
Potassium
3,390
4,580
4,530
3 120
3,905
Selenium
5.3 be
5.3 ram+
5.8
6.6
5.8,
Sodium
<386
515 w
735 tom.
658
636
Zinc
640
842
710 r
851 „0
761
TKN
47,200
28 000
54 200
31 100 a.
40,125
mg/
Ammonia -Nitrogen
3,350
2,710
2,760
537 t
2 339
kg
Nitrate -Nitrite
< 1.9 W
< 2.1
< 2.0
< 2.1
Plant Available N
14,900
8,940 V
16,800
9,440 a ®
12,520
Total Phosphorous
15,200
7,740
2,480
14,700�
10,030
Corrosivity
5.5
6.5 V
6.1
6.2 !,
Ignitability
>200° F a
>2000 F V
>2000 F toe
> 2000
> 2000'
SAR sodium adsorption ratio
< 1.0 :_ a;
1.2
- 1.6
1.4
1.4
m
Reactivity, cyanide
< 1.0 ✓
< 1.8 v
< 1.0 /
<'1.0
< 1.2
m
Reactivity, sulfide
< 10.3 e
< 17.5 v
< 10.4 :� `
< 10.1
m n/
Fecal Coliform
207 x
< 21 ?,'
< 2 �'
< 2 >✓
7800 *
2300 *
< 2
; < 2
< 2 W
24
*All residual associated with fecal coliforms > 1000 mpn/g were retested and shown to be within Class A Parameters, eg. < 1000 mpn/gram/solid.
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 forsubmittingelse informs ' including the possibility of fines and imprisonment for knowing violations."
Signature of Preparer
t��

Appendix D
Residuals Sampling

Pace Analytical Services, Inc.
2225 Riverside Dr.
Asheville, NC 28804
[phone]
Mr. Stan Bryson
Tuckaseigee Water & Sewer Co.
1246 West Main Street
Sylva, NC 28779
RE: Project: TWSA Dried Residual 2/9
Pace Project No.: 92285816
Dear Mr. Bryson:
Enclosed are the analytical results for sample(s) received by,the laboratory on February 09, 2016.
The results relate only to the samples included in this report. Results reported herein conform to the
most current TNI standards and the laboratory's Quality Assurance Manual, where applicable, unless
____otherwise no#ed to thebody of the report,_
Analyses were performed at the Pace Analytical Services location -indicated on the.sample analyte
page.for analysis unless otherwise footnoted. =. --- -
If you have any questions concerning this report, please feel free to contact me. - -
Sincerely, .
Chris Derouen
[e-mail] — -
Project Manager
:.Enclosures =
REPORT OF LABORATORY ANALYSIS
This report shall not be reproduced, except in full,
without the written consent of Pace Analytical Services, Inc..
Pagel of 22

aooAnalytical
-..pacelabs cam
1
I
ANALYTICAL RESULTS
Project: TWSA Dried Residual 2/9
Pace Project No.: 92285816
Pace AnalyticalServices, Inc.
2225 Riverside Dr.
Asheville, NC 28804
'[phone]
Sample: TWSA DRIED RESIDUAL Lab ID: 92285816001 Collected: 02/09/16 12:00 Received: 02/09/16 13:40 Matrix: Solid
Results reported on a "dry weight' basis and are adjusted forpercent moisture, sample size and any dilutions.- -
Parameters Results Units Report Limit DF Prepared Analyzed CAS No. Qual
6010 MET ICP
Analytical Method: EPA6010 Preparation Method: EPA3050
-
Aluminum
23400 mg/kg
38.6
5
02/10/16 19:30
02/12/16 20:20
7429-90-5
Arsenic
1.7 mg/kg
0.77
1
02/10/16 19:30
02/12/16 00:01
7440-38-2
Cadmium
0.92 mg/kg
0.077
1
02/10/16 19:30
02/12/16 00:01
7440-43-9
Calcium
6080 mg/kg
7.7
1
02/10/16 19:30
02/12/16 00:01
7440-70-2
Chromium
15.8 mg/kg
0.39
1
02/10/16 19:30
02/12/16 00:01
7440-47-3
Copper
281 mg/kg
0.39
1
02/10/16 19:30
02/12/16 00:01
7440-50-8
Lead
15.9 mg/kg
0.39
1
02/10/16 19:30
02/12/16 00:01
7439-92-1
Magnesium
2710 mg/kg
7.7
1
02/10/16 19:30
02/12/16 00:01
7439-95-4
Molybdenum
4.7 mg/kg
0.39
1
02/10/16 19:30
02/12/16 00:01
7439-98-7
Nickel
P�tassiaPi
12.6 mg/kg
3399
0.39
1
02/10/16 19:30
A
02/12/16 00:01
7440-02-0
Selenium
mg+g
5.3 mg/kg
388
0.7.7
11
1
02f Of 16 19.3
02/10/16 19:30
02/12/16 00:01
09=
7782-49-2
Sodium
ND mg/kg
386
1
02/10/16 19:30
02/12/16 00:01
7440-23-5
Zinc
640 mg/kg
0.77
1
02/10/16 19:30
02/12/16 00:01,
7440 fib-6
7471 Mercury
Analytical Method: EPA7471 Preparation Method: EPA7471
0.41 mg/kg . -.,..
_ _
-0.037`
10
02/16/16 1415
02/16/16 16:19
_... .
- 7439-97-6
540G Total Percent Solids
Analytical Method: SM 2540G
_
Total Solids
96.6 %
0.000010
1
02/10116 09:32
Percent Moisture
Analytical Method: ASTM D2974-87
-
Percent Moisture
3.4 %
0.10
1
02/11/16 11:43
92210E Fecal Coliform, MPN.RAL
Analytical Method: SM9221C E (MPN) 503
u
Fecal Coliforms, MPN
207 MPN/g
0.018
1
02/10/16-11:00
1g
9045 pH Soil
Analytical Method: EPA 9045
pH at 25 Degrees C
5.5 Std. Units
0.10
1
02/11/16 12:30
Plant Available Nitrogen
Analytical Method: SM 2710B
Plant Available Nitrogen
14900 mg/kg
0.12
1
02/19/16 17:27
N2
Total Nitrogen Calculation
Analytical Method: TKN+NO3+NO2 Calculation
Nitrogen -.
42300 mg/kg
40.0
1
02/19/1617:25
7727-37-9
350.1 Ammonia
Analytical Method: EPA 350.1
Nitrogen, Ammonia
3350 mg/kg
47.1
5
02/19/16 09:18 -
7664-41-7
351.2 Total Kjeldahl Nitrogen
Analytical Method: EPA 351.2
-
Nitrogen; Kjeldahl, Total
47200 mg/kg
1780
50
02/l9/16 14:51
7727-37-9 M6
353.2 Nitrogen, NO2/NO3
Analytical Method: EPA353.2
-
Nitrogen, Nitrate
108 mg/kg
7.8
4
02/18/16 08:43
REPORT OF LABORATORY ANALYSIS
This report shall not be reproduced, except in full,
Date: 02/24/2016 02:11 PM without the written consent of Pace Analytical Services, Inc.. Page 4 of 22

_ ac0Anaty ical
�. wss w-labs.com
ANALYTICAL RESULTS
Project: TWSA Dried Residual 2/9
Pace Project No.: 92285816
Pace Analytical Services, Inc.
2225 Riverside Dr.
Asheville, NC 28804
[phone]
Sample: TWSA DRIED RESIDUAL Lab ID: 92285816001 Collected: 02/09/16 12:00 Received: 02/09/16 13:40 Matrix: Solid
Results reported on a "dry weight" basis and are adjusted for percent moisture, sample size and any dilutions. - _ - _
Parameters Results Units Report Limit DF Prepared Analyzed CAS No. Qual
353.2 Nitrogen, NO2/NO3 Analytical Method: EPA353.2 -
Nitrogen, Nitrite ND mg/kg 3.9 4 02/18/16 08:43
Nitrogen, NO2 plus NO3 108 mg/kg 7.8 4 02/18/16 08:43
365.1 Phosphorus, Total Analytical Method: EPA 365.1
Phosphorus 15200 mg/kg 575 250 02/11/16 04:07 7723-14-0
Sample: TWSA DRIED RESIDUAL
Lab ID: 92285816002 Collected:
02/09/16 12:00
Received: 02/09/16 13:40 Matrix: Solid
Results reported on a "dry weight" basis and are alusted for percent moisture, sample size and any dilutions.
Parameters
Results Units . RPrnrt
I imit nE
Prepared Anal;4zed r AS Ne Qual
Percent Moisture
Analytical Method: ASTM D2974-87
Percent Moisture
3.4 %
0.10 1
02/10/16 09:32
1010 Flashpoint,Closed Cup
Analytical Method: EPA 1.010
FlaShpoinf _
>200 deg_F r
70.0 1
_ 02/15/16 16:55'. :.
b45 pH Soil
Analytical Method: EPA 9045
-
pH at 25 Degrees C
5.5 Std. Units
0.10- 1
02/11/16 12:30
733C S Reactive Cyanide
Analytical Method: SW-846 7.3.3.2
- -
._ Cyanide, Reactive_,.._ _ _ _„___ _ _
_.,_-_. - ND mg/kg
1.0 1
02/11/16 23:33
736S Reactive Sulfide
Analytical Method: SW-846 7.3.4.2
Sulfide, Reactive mg/kg —
T0:3 - 1
02/11/16 14:50' -
Date: 02/24/20.16 02:11 PM
r�
REPORT OF LABORATORY ANALYSIS
This report shall not be reproduced, except in full,
without the written consent of Pace Analytical Services, Inc.. Page 5. of 22

Pace Analytical Services, Inc. .
UCe /� na'�rca J 2225 Riverside Dr.
li/`j! f ! r Asheville, NC 28804
wwwpecelabs.com
[phone]
May 31, 2016 _.............w. _ ..__.._., -
Mr. Stan Bryson
Tuckaseigee Water & Sewer Co.
1246 West Main Street
Sylva, NC 28779
RE: Project: Dried Residual 5/10
Pace Project No.: 92296957
Dear Mr. Bryson:
Enclosed are the analytical results for sample(s) received by the laboratory on May 10, 2016. The
results relate only to the samples included in this report. Results reported herein conform to the
most current TNI standards and the laboratory's Quality Assurance Manual, where applicable, unless
otherwise noted in the body of the report.
Analyses were performed at the Pace Analytical Services location indicated on the sample analyte -
page for analysis unless otherwise footnoted. _ _
Some analyses have been subcontracted outside of the Pace Network:: -The -subcontracted
laboratory report has been attached.
If you have any questions concerning this report, please feel free to contact me.
Sincerely,
Chris Derouen
[e-mail]
Project Manager
Enclosures
p«Zb:,
n
REPORT OF LABORATORY ANALYSIS
This report shall not be reproduced, except in full,
without the written consent of Pace Analytical Services, Inc..
Page 1 of 24

axMalytical
i www.pacelabs.com
ANALYTICAL RESULTS
Project: Dried Residual 5/10
Pace Project No.: 92296957
J
Pace Analytical Services, Inc.
2225 Riverside Dr.
Asheville, NC 28804
[phone]
Sample: TWSA DRIED RESIDUAL Lab ID: 92296957001 Collected: 05/10/16 10:30 Received: 05/10/16 12:17 Matrix: Solid
Results reported on a "dry weight' basis and are adjusted for percent moisture, sample size and any dilutions. - -
Parameters Results Units Report Limit DF Prepared Analyzed CAS No. Qual
6010 MET ICP
Analytical Method: EPA 6010 Preparation Method: EPA 3050
Aluminum
24000 mg/kg
26.8
5
05/11/1613:30
05/12/1613:47
7429-90-5
Arsenic
1.7 mg/kg
0.54
1
05/1111613:30
05/12/1613:44
7440-38-2
Cadmium
0.99 mg/kg
0.054
1
05/11/1613:30
05/12/1613:44
7440-43-9
Calcium
8660 mg/kg
26.8
5
05/11/1613:30
05/12/1613:47
7440-70-2
Chromium
16.6 mg/kg
0.27
1
05/11/1613:30
05112/1613:44
7440-47-3
Copper
320 mg/kg
0.27
1
05111/1613:30
05/12/1613:44
7440-50-8
Lead
14.9 mg/kg
0.27
1
05/11/1613:30
05/12/1613:44
7439-92-1
Magnesium
3660 mg/kg
5.4
1
05/1111613:30
0511211613:44
7439-95-4
Molybdenum
4.3 mg/kg
0.27
1
05/11/1613:30
05/12/1613:44
7439-98-7
Nickel
12.0 mg/kg
0.27
1
05/11/1618:30
05/12/1613:44
7440-02-0
Selenium
5.3 mg/kg
0.54
1
05/11/1613:30
05/12/1613:44
7782-49-2
Sodium
515 mg/kg
268
1
05/1111613:30
05/12/1613:44
7440-23-5
Zinc
842 mg/kg
2.7
5
05/11/1613:30
05/12/1613:47
7440-66-6
7471 Mercury
Analytical Method: EPA7471 Preparation Method:
EPA7471
_ - Mercury -"'
54013 Total Percent Solids
0.15 "mg/kg __-
Analytical Method: SM 2540G
0.0068
2
05/11/1614:00.
05/12/1611:42
7439-97-6 -
-
Total Solids
97.3 %
0.000010
1
05/11/16 14:45
Percent Moisture
Analytical Method: ASTM D2974-87
-
-
Percent Moisture _ -
2.7 %
0.10
1
05/12/16 12:42
9045 pH Soil
Analytical Method: EPA 9045
-.
=
--_- - _ - pH at 25 Degrees C--•- - - -
6.6 Std. Units
0.10
1
05/13/16 17:20
H6
Plant Available Nitrogen
Analytical Method: SM 2710B
-
- - -
Plant Available Nitrogen
8940 mg/kg
0.12
1
05/18/16 15:56
N2
Total Nitrogen Calculation
Analytical Method: TKN+NO3+NO2
Calculation
-
-
Nitrogen
28000 mg/kg
40.0
1
05/18/1615:54
7727-37-9
350.1 Ammonia
Analytical -Method: EPA 350.1
-
Nitrogen, Ammonia
2710 mg/kg
50.4
5
05/11/16 12:50
7664-41-7
351.2 Total Kjeldahl Nitrogen
Analytical Method: EPA 351.2
Nitrogen, Kjeldahl, Total
28000 mg/kg
5140
100
05/13/16 03:49
7727-37-9
353.2 Nitrogen, N021NO3
Analytical Method: EPA 353.2
-
Nitrogen, Nitrate
ND mg/kg
1.9
1 -
05/12/16 15:23
Nitrogen, Nitrite
ND mg/kg
0.96
1
05/12/16 15:23
Nitrogen, NO2 plus NO3
ND mg/kg
1.9
1
05/12/16 15:23
REPORT OF LABORATORY ANALYSIS
This report shall not be reproduced, except in full,
Date: 05/31/2016 05:30 PM without the written consent of Pace Analytical Services, Inc.. Page 4 of 24

aceAnalytical
/ www.pacelabs.com
cl
Project: Dried Residual 5/10
Pace Project No.: 92296957
ANALYTICAL RESULTS
Pace Analytical Services, Inc.
2225 Riverside Dr.
Asheville, NC 28804
[phone]
Sample: TWSA DRIED RESIDUAL Lab ID: 92296957001 Collected: 05/10/16 10:30 Received: 05/10/16 12:17 Matrix: Solid
Results reported on a "dry weight' basis and are adjusted for percent moisture, sample size and any dilutions. -
Parameters Results Units Report Limit DF Prepared Analyzed CAS No.
365.1 Phosphorus, Total Analytical Method: EPA 365.1
Phosphorus 7740 mg/kg 411 200 05/16/1614:16 7723-14-0
Sample: TWSA DRIED RESIDUAL
Lab ID: 92296957002 Collected:
05/10/16 10:30
Received: 05/10/16 12:17 Matrix: Solid
Results reported on a "dry weight' basis and are adjusted for percent moisture, sample size and any dilutions.
Parameters
Results Units Report Limit DF
Prepared Analyzed CAS No.
Percent Moisture
Analytical Method: ASTM D2974-87
Percent Moisture
43.3 %
0.10 1
05/22/16 13:01
1010 Flashpoint,Closed Cup
Analytical Method: EPA 1010
Flashpoint
>200 deg F
70.0 1
05/23/16 10:02
9045 pH Soil
Analytical Method: EPA 9045
pH at 25 Degrees C
6.5 Std. Units
0.10 1
05/13/16 17:20 H6
— 733C S Reactive Cyanide
Analytical Method SW-846 7.3.32'
Cyanide, Reactive
ND mg/kg
1.8 1---
05/16/16 18:20
735S Reactive Sulfide
Analytical Method: SW-846 7.3.4.2
Sulfide, Reactive
ND mg/kg
17.5 —1,.
05/16/16 13:30
III
Date: 05/31/2016 05:30 PM
REPORT OF LABORATORY ANALYSIS
This report shall not be reproduced, except in full,
without the written consent of Pace Analytical Services, Inc..
Qual
Qual
Page 5 of 24

Analytical Results
Pace Analytical -Asheville_
2225 Riverside Drive
Asheville, NC 28804
Receive Date: 05/11/2016
• Reported: 05/31/2016 _-
For: 92296957
Comments:
r/
Sample Number Parameter
Sample ID Result Unit Method
Analyzed Analyst
160511-16-01 Fecal Coliforms
TWSA Dried <21 MPN/g SM92210E-2006
05/11/2016 WC
Residual
160511-16-01 Percent Solids
'
TWSA Dried 97.3 : % SM264OB-1997
�iPCll'�IIR�
05/11/2016 WC
Respectfully submitted,
~' Dena Myers
NC Cert #440,
NCDW Cert #37755,
EPA #NC00909
PO Box 228 - Statesville, NC 28687 - 704/872/4697
Page 1 of 2
Page 23 of 24

Pace Analytical Services, Inc.
® 2225 Riverside Dr.
aceAnalXical Asheville, NC 28804
1 wmparelabs.com [phone]
August 24, 2016
Mr. Stan Bryson
Tuckaseigee. Water_& Sewer Co. _ . - - -
1246 West Main Street
Sylva, NC 28779
RE: Project: Dried Residual 8/2
Pace Project No.: 92307334
Dear Mr. Bryson:
Enclosed are the analytical results,for sample(s) received by the laboratory on August 02, 2016. The
results relate only to the samples included in this report. Results reported herein conform to the
most current TNI standards and the laboratory's Quality Assurance Manual, where applicable, unless
-- otherwise -noted in the, body of the report.-- --
Analyses were performed.at`the Pace Analytical Services location: indicated on the -sample analyte.
page for --,analysis- unless otherwise footnoted.
Some analyses have been subcontracted outside of the Pace Network. _The -subcontracted_
laboratory report has been attached.
If you have any questions concerning this report, please feel free to contact me. -
Sincerely,
Chris Derouen -
[e-mail]
Project Manager
Enclosures
41
?, REPORT OF LABORATORYANALYSIs
This report shall not be reproduced, except in full,
without the written consent of Pace Analytical Services, Inc..
6p
Page 1 of 24

aceAnalytical
www.pacelabs.com
ANALYTICAL RESULTS
Pace Analytical Services, Inc.
2225 Riverside Dr.
Asheville, NC 28804
[phone]
Project: Dried Residual 8/2
Pace Project No.: 92307334 / I/
Sample: TWA DRIED RESIDUAL Lab ID: 92307334001 Collected: 08/02/16 08:00 Received: 08/02/16 13:50 Matrix: Solid
Results reported on a "dry weight' basis and are adjusted for percent moisture, sample size and any dilutions.
Parameters Results Units Report Limit DF Prepared Analyzed CAS No.
Qual
6010 MET ICP
Analytical Method: EPA 6010 Preparation Method: EPA 3050
Aluminum
24600 mg/kg
47.7
5
08/03/16 21:15
08/04/16 21:32 7429-90-5
Arsenic
1.3 mg/kg
0.95
1
08/03/16 21:15
08/04/16 21:29 7440-38-2
Cadmium
0.98 mg/kg
0.095
1
08/03/16 21:15
08/04/16 21:29 7440-43-9
Calcium
9300 mg/kg
9.5
1
08/03/16 21:15
08/04/16 21:29 7440-70-2
Chromium
17.4 mglkg
0.48
1
08/03/16 21:15
08/04/16 21:29 7440-47-3
Copper
316 mg/kg
0.48
1
08/03/16 21:15
08/04/16 21:29 7440-50-8
Lead
14.3 mg/kg
0.48
1
08103/16 21:15
08/04/16 21:29 7439-92-1
Magnesium
3930 mg/kg
9.5
1
08/03/16 21:15
08/04/16 21:29 7439-95-4
Molybdenum
4.5 mg/kg
0.48
1
08/03/16,21:15
08/04/16 21:29 7439-98-7
Nickel
13.3 mg/kg
0.48
1
08/03/16 21:15
08/04/16 21:29 7440-02-0
Potassium
4530 mg/kg
Selenium
5.8 mg/kg
0.95
1
08/03/16 21:15
08/04/16 21:29 7782-49-2
Sodium
735 mg/kg
477
1
08/03/16 21:15
08/04/16 21:29 7440-23-5
Zinc
710 mg/kg
0.95
1
08/03/16 21:15
08/04/16 21:29 7440-66-6 -
7471 Mercury
Analytical Method: EPA7471 Preparation Method: EPA7471
Mercury -
0.48 - mg/kg _
= 0.049
-10.
08/04/16 06:28
08/04/16 15:00 7439-97-6
'540G Total Percent Solids
Analytical Method: SM 2540G
Total Solids
95.3 %
0.000010
1
08/03/16 09:43
Percent Moisture
Analytical Method: ASTM D2974-87
-
Percent Moisture
4.7 %
0.10
1-
-
08/04/16 11:46
- 9045 pH Soil
Analytical Method: EPA9045
-
pH at 25 Degrees C
6.0 Std. Units
0.10
1
08/11/16 16:00 H1
Plant Available Nitrogen
Analytical Method: SM 2710B
"
------- - Plant Available Nitrogen
16800 mg/kg
0.12
1 -
-.--
08/12/16 16:42 N2
Total Nitrogen Calculation
Analytical Method: TKN+NO3+NO2
Calculation
Nitrogen
54200 mg/kg
40.0
1
08/12/1616:39 7727-37-9
350.1 Ammonia
Analytical Method: EPA 350.1 1993
Rev 2.0
Nitrogen, Ammonia
2760 mg/kg
48.6
5
08/11/1617:03 7664-41-7
351.2 Total Kjeldahl Nitrogen
Analytical Method: EPA 351.2
-
Nitrogen, Kjeldahl, Total
54200 mg/kg
4770
100
08/07/16 13:40 7727-37-9 M6.
353.2 Nitrogen, NO2/NO3
Analytical Method: EPA353.2
Nitrogen, Nitrate
ND mg/kg
2.1
1
08/05/16 15:30
Nitrogen, Nitrite
ND mg/kg
1.0
1
08/05/16 15:30
Nitrogen, NO2 plus NO3
ND mg/kg
2.1
1
08/05/16 15:30
11
Date: 08/24/2016 04:29 PM
REPORT OF LABORATORY ANALYSIS
This report shall not be reproduced, except in full,
without the written consent of Pace Analytical Services, Inc..
Page 4 of 24

r
aceAnalytical
www.pacelabs.com
' ANALYTICAL RESULTS _ _ - ._ _-_
Project: Dried Residual 8/2
Pace Project No.: 92307334
Sample: TWA DRIED RESIDUAL Lab ID: 92307334001 Collected: 08/02/16 08:00 Received: 08/.02/16 13:50 Matrix:- Solid
Results reported on a "dry weight" basis and are adjusted for percent moisture, sample size and any dilutions.. -----
Parameters `Results Units Report Limit DF Prepared Analyzed CAS No. Qual
365.1 Phosphorus, Total Analytical Method: EPA 365.1 _
Phosphorus 2480 mg/kg 83.9 40 08/05/16 22:46 7723-14-0
Pace Analytical Services, Inc.
2225 Riverside Dr.
Asheville, NC 28804
[phone]
Sample: TWA DRIED RESIDUAL
Lab ID: 92307334002 Collected:
08/02/16 08:00 Received:
08/02/16 13:50 Matrix: Solid
Results reported on a "dry weight' basis and are adjusted for percent moisture, sample size and any dilutions.
Parameters
Results Units Report Limit
DF Prepared
Analyzed CAS No. Qual
Percent Moisture
Analytical Method: ASTM D2974-87
Percent Moisture
4.7 %
0.10
1
08/03/16 09:43
1010 Flashpoint,Closed Cup
Analytical Method: EPA 1010
Flashpoint
>200 deg F
70.0
.1
08/24/16 08:30
9045 pH Soil
Analytical Method: EPA 9045
pH at 25 Degrees C
6 1, -• Std. Units
-- 0.10
1- , .; _
08/11/16 16:00 _ :. H1.
733C S Reactive Cyanide
Analytical Method: SW-846 7.3.3..
Cyanide, Reactive
ND mg/kg
1.0
1,_ .
08/11/16 22 02 -
735S Reactive Sulfide
Analytical Method: SW-846 7.3.4.2
Sulfide, Reactive
ND mg/kg
10.4
- 1- ,._ __
08/11/16 13:30
REPORT OF LABORATORY ANALYSIS
This report shall not be reproduced, except in full,
Date: 08/24/2016 04:29 PM without the written consent of Pace Analytical Services, Inc.. Page 5'of 24

,
RESiARCh ANALyTiCA[-
LAO1RATOR[E5 INC. -
For: Pace Analytical-Huntersville =
9800 KinceyAvenue Suite 100
Huntersville, IINC 28078
Attn: Chris Derouen
Client Sample ID:
Site:
Parameter
Geri r rr.,.,,,
T
i
i
i
P.O. Box 473.-106 ShortStrE
it-_coa b;isn:_v1d_
Dried Residual
-Huntersville
Method
Report of -Analysis
titttttltl��j�
�tq NC-434 Z� cn
NC 1137701
r
Lab Sample.lD: 2U81-01
Collection Date: 8/2/2016 8:00
Result Units Rea Limit Analyst Analysis DaterTime
NA = not onolyzed
Kernersville..North .Carolina 27284 _ Tel:.[phone] Fax:.[phone] www.randalabs_com Page
Page 23 of 24

.117aceMalytical
-J www.pacelabs.com
November 22, 2016
Mr. Stan Bryson
Tuckaseigee Water & Sewer Co.
1246 West Main Street
Sylva, NC 28779
RE: Project: Dried Residual 11/1
Pace Project No.: 92317990
Pace Analytical Services, LLC
2225 Riverside Dr.
Asheville, NC 28804
[phone]
Dear Mr. Bryson:
Enclosed are the analytical results for sample(s) received by the laboratory on November 01, 2016.
The results relate only to the samples included in this report. Results reported herein conform to the
most current, applicable TNI/NELAC standards and the laboratory's Quality Assurance Manual,
where applicable, unless otherwise noted in the body, of the report.
Some analyses have been subcontracted outside of the Pace Network: -The -subcontracted. -
laboratory report has been attached.
If you have any questions concerning this report, please feel free to contact -me.
Sincerely, - -
Chris Derouen
[e-mail]
Project Manager -
Enclosures
o REPORT OF LABORATORY ANALYSIS
This report shall not be reproduced, except in full,
without the written consent of Pace Analytical Services, LLC.
QQ
Page 1 of 24

Pace Analytical Services, LLC
laceAn
®2225.Riverside Dr.
alXicat Asheville, NC 28804
www.pacelabs.com [phone]
1
ANALYTICAL RESULTS
Project: Dried Residual 11/1
Pace Project No.: 92317990
Sample: TWSA DRIED RESIDUAL
Lab ID: 92317990001 Collected:
11/01/16 09:30
Received: 11/01/16 13:38 Matrix: Solid
Results reported on a "dry weight" basis and are adjusted for percent moisture, sample size and any dilutions.
_ -
Parameters
Results Units Report Limit
DF
Prepared
Analyzed
CAS No. Qual
6010 MET ICP
Analytical Method: EPA 6010 Preparation Method: EPA 3050
Aluminum
35200 mg/kg
85.8
10
11/02/16 21:30
11/04/16 11:48
7429-90-5
Arsenic
2.1 mg/kg
0.86
1
11/02/16 21:30
11/04/16 11:44
7440-38-2
Cadmium
1.4 mg/kg
0.086
1
11/02/16 21:30
11/04/16 11:44
7440-43-9
Calcium
11800 mg/kg
85.8
10
11/02/16 21:30
11/04/16 11:48
7440-70-2
Chromium
22.4 mg/kg
0.43
1
11/02/16 21:30
11/04/16 11:44
7440-47-3
Copper
446 mg/kg
0.43
1
11/02/16 21:30
11/04/16 11:44
7440-50-8
Lead
22.2 mg/kg
0.43
1
11/02/16 21:30
11/04/16 11:44
7439-92-1
Magnesium
3170 mg/kg
8.6
1
11/02/16 21:30
11/04/16 11:44
7439-95-4
Molybdenum
5.1 mg/kg
0.43
1
11/02/16 21:30
11/04/16 11:44
7439-98-7
Nickel
14.7 mg/kg
0.43
1
11/02/16 21:30
11/04/16 11:44
7440-02-0
Potassium
3120 mglkg
- -
Selenium
6.6 mg/kg
0.86
1
11/02/16 21:30
11/04/16 11:44
7782-49-2
Sodium
658 mg/kg
429
1
11/02/16 21:30
11/04/16 11:44
7440-23-5
Zinc
851 mg/kg
0.86
1
11/02/16 21:30
11/03/16 20:30
7440-66-6
7471 Mercury --_.Analytical
Method: EPA7471 Preparation Method: EPA7471
Mercury
0.0084 mg/kg. ---0.0041
.1
11/02116.23:45
11/03/1613:41._7439-97-6
540G Total Percent Solids
Analytical Method: SM 254OG
Total Solids
98.7 % 0.000010
1
11/02/16 15:57
Percent Moisture
Analytical Method: ASTM D2974-87
Percent Moisture
1.3 %
0.1.0
1
11/03/16 11:52
1010 Flash point,CIosed Cup
Analytical Method: EPA 1010
_
- Flashpoint
>200 , deg F
70.0
1
11/04/16 09:44__
9045 pH Soil
Analytical Method: EPA 9045
-
pH at 25 Degrees C
6.2 Std. Units
-0.10
1
11/07/16 13:04
H1
Plant Available Nitrogen
Analytical Method: SM 27108
-
PlantAvailable Nitrogen
9440 mg/kg
0.12
1
11/16/16 11:07
N2
Total Nitrogen Calculation
Analytical- Method: TKN+NO3+NO2 Calculation
Nitrogen
31100 mg/kg 40:0 1
11/16/1611:00 7727-37-9
350.1 Ammonia
Analytical Method: EPA 350.1 1993 Rev 2.0
Nitrogen, Ammonia
537 mg/kg 9.9 1
11/09/16 02:22 7664-41-7
.. 351.2-Total Kjeldahl Nitrogen -
---Analytical Method: EPA351.2 -
_
Nitrogen, Kjeldahl, Total
31100 mg/kg 2410 50
11/15/16 02:01 7727-37-9 M6
353.2 Nitrogen, NO2/NO3
Analytical Method: EPA353.2
Nitrogen, Nitrate
ND mg/kg 2.0 1
11/15/16 21:51
REPORT OF LABORATORY ANALYSIS
This report shall not be reproduced, except in full,
Date: 11/22/2016 01:30 PM
without the written consent of Pace Analytical Services, LLC.
Page 4 of 24
0

ff
L —.00"
Pace Analytical Services, LLC
/7 llaceMalytical
2225 Riverside Dr.
Asheville, NC 28804
www.parelabs.com
-[phone]
ANALYTICAL RESULTS
Project: Dried Residual 1111
Pace Project No.: 92317990
Sample: TWSA DRIED RESIDUAL
Lab ID: 92317990001 Collected: -11/01/16 09:30
-Received: 11/01/16 13:38 Matrix: Solid
Results reported on a "dry weight" basis and are adjusted for percent moisture, sample size and any dilutions,..., --
Parameters
Results Units Report Limit DF
Prepared Analyzed CAS No. Qual
353.2 Nitrogen, N021NO3
Analytical Method: EPA 353.2
Nitrogen, Nitrite
ND mg/kg 1.0 1
11/15/16 21:51
Nitrogen, NO2 plus NO3
ND mg/kg 2.0 1
11/15/16 21:51
365.1 Phosphorus, Total
Analytical Method: EPA 365.1
Phosphorus
14700 mg/kg 405 200
11/11/1623:27 7723-14-0: M6
733C S Reactive Cyanide
Analytical Method: SW-846 7.3.3.2
Cyanide, Reactive
ND mglkg 1.0 1
11/07/16 22:59
735S Reactive Sulfide
Analytical Method: SW-846 7.3.4.2
Sulfide, Reactive
ND mg/kg 10.1 1
11/07/16 15:25
REpORT OF LABORATORY ANALYSIS
` This report shall not be reproduced, except in full,
Date: 11122/2016 01:30 PM without the written consent of Pace Analytical Services, LLC.
Page 5 of 24
Ask

k RESEARch & ANALYTICAL --_- Repaint of Analysis
'Ise, LABORATORIES INC. - -
= 11/8/201.6
• ttt tuu t trr
♦� ,.......�� T/�r
For: Pace Analytical-Huntersville
9800 Kincey Avenue Suite 100 w :q�y 4".
Huntersville, NC 28078 °� �y NCt134 cn w
w t NC 937701
Attn: Chris Derouen
�{ltrtrtttttt
Cliont Sample ID; TWSA Dried Residual Lab Sample ID: 26666-01
Slte: Pace -Huntersville Collection Date: 11/1/2016 9:30
Parameter Method Result Units Rep Limit Analyst Analysis DatelTime
Fecal Coliform SM 9221 C E-2006 <2 mpn/g TS 2 LP 11/2/2018
NA = not analyzed
P.O. Sox 473 106 Short Street Kern ersvilie , North Carolina 27284Tei: 336-996-2641 Fax: [phone] _--voww.randalabs.com Page 1
ttt'' -
- age 23 of 24
Alk

c
Environmental Testing solutions, Inc. Certificate of Analysis
Project name: Tuckaseigee Water & Sewer
Collection date: 3-Nov-16
PO Box 7565
Asheville, NC 28802
Phone: [phone]
Fax: [phone]
Project number: 161103.500
Date received: 3-Nov-16
Sample identification: TWSA Dried Residue - Grab Sample number: 142319
Parameter Method Result RL Units Date Analyst Footnotes
Analyzed,
Sludge Fecal SM 9921 E 7800 180 % 3-Nov-16 KEK
% Total Solids SM 2540 G 100 % 3-Nov-16 KEK
Footnotes:
RL = Reporting Limit. Values,are reported down to the Reporting Limit only.
Date reviewed: �. ((p - NC Certification Number: 600
Data reviewed by: Kelley E. Keenan SC Certification Number: 99053 _
NC Drinking Water Certification Number: 37786
Signature:
/1
This report-sliould not be' reproduced exept in.its"entirety, without the written consent of Environmental Testing Solutions: -Inc'
The results in this report relate only to the samples submitted for analysis.

JEnvironmental Testing Solutions, Inc.
Certificate of Analysis
PO Box 7565
Asheville, NC 28802
Phone: [phone]
Fax: [phone]
Project name: Tuckaseigee Water & Sewer
Project number: 161104.500
Collection date:
4-Nov-16
Date received:
4-Nov-16
Sample identification:
TWSA Dried Residue - Grab
Sample numbel•: 142364
RL Units pate Analyst Footnotes
Parameter
Method Result
Analyzed
Sludge Fecal
SM 9921 E 2300
180 % 4-Nov-16 KEK
% Total Solids
SM 2540 G 100
% 4-Nov-16 KEK
Footnotes:
RL = Reporting Limit.- Values are reported down to the Reporting Limit only.
Date reviewed: to l�'dV NC Certification Number: 600
Data reviewed by: Kelley E. Keenan _ SC Certification Number: 99053
NC Drinking Water Certification Number: 37786
Signature:
- This'report'should-not be.reproduded,.exept in its+entirety, without the written consent of Environmental Testing! Solutions, Inc.
The results in this report relate only to the samples submitted for analysis.
�1

acehialytical -
www.pacelabs.com
I
December 16, 2016
i Mr. Stan Bryson
i Tuckaseigee Water & Sewer Co
1246 West Main Street
Sylva, NC 28779
Pace Analytical Services, LLC
2225 Riverside Dr.
Asheville, NC 28804
[phone]
I
RE: Project: TWSA Residual Load #1 12/6
Pace Project No.: 92322001
I
Dear Mr. Bryson:
i Enclosed are the analytical results for sample(s) received by the laboratory on December 06, 2016.
The results relate only to the samples included in this report. Results reported herein conform. to the
most current, applicable TNI/NELAC standards and the laboratory's Quality Assurance Manual,
where applicable, unless otherwise noted in the body of the report.
Some analyses have been subcontracted outside of the Pace Network.- =The subcontracted
laboratory report has been attached.
If you have any questions concerning this report, please feel free tocontact
Sincerely,
X.
2
Chris Derouen
I [e-mail]
I Project Manager
I Enclosures
T
Q pCCRFO
REPORT OF LABORATORY ANALYSIS
This report shall not be reproduced, except in'full,
9e�RA�pQ�
without the written consent of Pace Analytical Services,•LLC,-.-Page'1 -of 6

RESEEARCh &ANAIYYiCAI
Report of Analysis
1.
LAbORAYORIES INC.
12/14/2016
For: Pad V66a'-1-Htintersvi lie
(Z
9800 Kincey Avenue Suite 100
Huntersville, NC 28078
NC H34
Attn: Chris -Derouen
NC 1137701
%
Client Sample ID: TWSA Residual Load 91
Lab Sample ID: 280 19-01
Site: Pace -Huntersville
Collection Date: 12/612016 8:30
Parameter Method
Result Units Rep Limit Analyst Analysis Date/Time
Fecal Coliform - MPN SM 9221 C E-2006
<2 mpnlg TS 2 LP 12/7/2016, 1020
NA = not onoiyzed
or 1.0. Box 473-106 Short Street 'Kernersville, No . rth Carolina 27284
Tel: [phone] Fax: [phone] "ww.randalabs.corn
Page 1
Page 5 of 6

' Pace Analytical Services, LLC
' ice nn� ytical 2225 Riverside Dr.
lifj(1 j Asheville, NC 28804
www.parelabs.com [phone]
r
1
December 23,2016
Mr. Stan Bryson �`,; r
Tuckaseigee Water & Sewer Co. _
1246 West Main Street
Sylva, NC 28779
RE: Project: Dried Residual Fecal 12/12
Pace Project No.: 92322966
Dear Mr. Bryson:
Enclosed are the analytical results for sample(s) received by the laboratory on December 12, 2016.
The results relate only to the samples included in this report. Results reported herein conform to the
......most current, applicableTNI/.NELA0 standards and-the..laboratory's.;,Quality.Assu ran ce.Manual,
w=ra
where applicable, unless otherwise noted in the body of the report. =
Some analyses have been subcontracted outside of the Pace -Network. The subcontracted '" - -
laboratory report has been attached.
If you have any questions concerning this report, please feel free'to contact me: •- :- -
Sincerely,
Chris. Derouen
[e-mail] -
Project Manager -
Enclosures
°pCCltPp:,
REPORT. OF LABORATORYANALY$IS= _
This report shall not be reproduced, except in full,_ _
' qeQ without the written consent of Pace Analytical Services, LLC. Page 1 of 6

WFIR.. - 'Report f Analysis
s -is
KESEARCH & ANAIYTICAI
o
LA ORATORIES INC* -12/22/2016
For., Pace Analytical-Huntersville
9800 Kincey Avenue Suite 100
e vj...
Huntersville, NC 28078 vJ NC U34 tz
Attn: Chris Derouen NCI,13'1701
Client Sample ID: TWSA Dri6d Residual Load.91 Lab Sample ID: 28320-01
Site: Pace -Huntersville Collection Date: 12112/2016 12:15
Parameter Method Result Units Rep Limit Analyst Analysis Date[Time
NA=rat andyzed
vAmrandalabs.com Pagel
Page 5 of 6

Appendix E
TCLP Analysis

aceAnalytical
www.pacelabs.corn
August 25, 2016
Mr. Stan Bryson
Tuckaseigee Water & Sewer Co.
1 1246 West Main Street
Sylva, NC 28779
RE: Project: Sludge TCLP
Pace Project No.: 92308083
Pace Analytical Services, Inc.
2225 Riverside Dr.
Asheville, NC 28804
[phone]
Dear Mr. Bryson:
Enclosed are the analytical results for sample(s) received by the laboratory on August 02, 2016. The
results relate only to the samples included in this report. Results reported herein conform to the
most current TNI standards and the laboratory's Quality Assurance Manual, where applicable, unless
otherwise noted in the body of the report.
Analyses were performed at the Pace Analytical Services location indicated on the sample analyte
page for analysis unless otherwise footnoted.
If you have any questions concerning this report, please feel free to contact me.
Sincerely,
//,.-
Chris Derouen
[e-mail]
Project Manager
Enclosures
Q pccr? ' z � a REPORT OF LABORATORY ANALYSIS
41 This report shall not be reproduced, except in full,
without the written consent of Pace Analytical Services, Inc..
R
Page 1 of 17

l
aceAnalytical0
www.pacelabs.com
Project: Sludge TCLP
Pace Project No.: 92308083
• Lab ID Sample ID
' 92308083001 DRIED RESIDUAL TCLP
SAMPLE ANALYTE COUNT
Method
EPA 8081
EPA 8151
EPA 6010
EPA 7470
EPA 8270
EPA 8260
ASTM D2974-87
REPORT OF LABORATORY ANALYSIS
This report shall not be reproduced, except in full,
without the written consent of Pace Analytical Services, Inc..
Pace Analytical Services, Inc.
2225 Riverside Dr.
Asheville, NC 28804
[phone]
Analytes
Analysts
Reported
Laboratory
SWB
8
PASI-C
LJM
3
PASI-O
JMW
7
PASI-A
SER
1
PASI-A
BPJ
18
PASI-C
DLK
14
PASI-C
KDF
1
PASI-C
Page 3 of 17

aceAnalytical
www.pacelabs.com
I
ANALYTICAL RESULTS
Pace Analytical Services, Inc.
2225 Riverside Dr.
Asheville, NC 28804
[phone]
Project: Sludge TCLP
Pace Project No.: 92308083
Sample: DRIED RESIDUAL TCLP
Lab ID: 92308083001 Collected: 08/02/16 08:00 Received: 08/02/16 13:50 Matrix: Solid
Results reported on a "dry weight' basis and are adjusted for percent moisture, sample size and any dilutions.
Parameters
Results Units Report Limit DF Prepared
Analyzed
CAS No. Qual
8081 GCS Pesticides, TCLP
Analytical Method: EPA 8081 Preparation Method: EPA 3510
Leachate Method/Date: EPA 1311; 08/13/16 12:00
gamma-BHC (Lindane)
ND ug/L 0.50 1 08/16/16 08:51
08/16/16 17:00
58-89-9
Chlordane (Technical)
ND ug/L 3.0 1 08/16/16 08:51
08/16/16 17:00
57-74-9
Endrin
ND ug/L 0.50 1 08/16/16 08:51
08/16/16 17:00
72-20-8
-' Heptachlor epoxide
. ND ug/L 0.50 1 08/16/16 08:51
08/16/16 17:00
1024-57-3
Methoxychlor
ND ug/L 1000 1 08/16/16 08:51
08/16/16 17:00
72-43-5
Toxaphene
ND ug/L 3.0 1 08/16/16 08:51
08/16/16 17:00
8001-35-2
Surrogates
Decachlorobiphenyl (S)
21 % 10-138 1 08/16/16 08:51
08/16/16 17:00
2051-24-3
Tetrachloro-m-xylene (S)
23 % 10-110 1 08/16/16 08:51
08/16/16 17:00
877-09-8
8151 Chlorinate Herbicide TCLP
Analytical Method: EPA 8151 Preparation Method: EPA 3510 •
2,4-D
ND mg/L 0.010 1 08/22/16 10:30
08/24/16 03:14
94-75-7 H2
2,4,5-TP (Silvex)
ND mg/L 0.010 1 08/22/16 10:30
08/24/16 03:14
93-72-1 H2
Surrogates
2,4-DCAA (S)
83 % 39-139 1 08/22/16 10:30
08/24/16 03:14
19719-28-9
1;010 MET ICP, TCLP
Analytical Method: EPA 6010 Preparation Method: EPA 3010A
_
Leachate Method/Date: EPA 1311; 08/11/16 22:51 Initial pH: 6.3; Final pH: 5.1
Arsenic
ND mg/L 0.050 1 08/12/1618:17
08/13/1617:52
7440-38-2
Barium
ND mg1L 0.25 1 08/12/1618:17
08113/1617:52.7440-39-3
Cadmium
ND mg/L 0.0050 1 08/12/1618:17
08/13/1617:52
7440-43-9
Chromium
ND mg/L 0.025 1 08/1211618:17
08/13/1617:52
7440-47-3
Lead
ND mg/L 0.025 1 68/12/1618:17
08113/1617:52
7439-92-1
Selenium
ND mg/L 0.10 1 08/1211618:17
08/13/1617:52
7782-49-2
Silver
ND mg/L 0.025 1 08/12/1618:17
08/1311617:52
7440-22-4
7470 Mercury, TCLP
Analytical Method: EPA 7470 Preparation Method: EPA 7470
.Leachate Method/Date: EPA 1311; 08/11/16 22:51 Initial pH: 6.3; Final pH: 5.1
Mercury
0.00050 mg/L 0.00020 1 08/15/1611:30
08/15/1614:38
7439-97-6
8270 MSSV TCLP Sep Funnel
Analytical Method: EPA 8270 Preparation Method: EPA 3510
Leachate Method/Date: EPA 1311; 08/13/16 12:00
1,4-Dichlorobenzene
ND ug/L 50.0 1 08/15/16 09:57
08/15/16 15:53
106-46-7
2,4-Dinitrotoluene
ND ug/L 50.0 1 08/15/16 09:57
08/15/16 15:53
121-14-2
Hexachloro-1,3-butadiene
ND ug/L 50.0 1 08/15/16 09:57
08/15/16 15:53
87-68-3
Hexachlorobenzene
ND ug/L 50.0 1 08/15/16 09:57
08/15/16 15:53
118-74-1
Hexachloroethane
ND ug/L 50.0 1 08/15/16 09:57
08/15/16 15:53
67-72-1
2-Methylphenol(o-Cresol)
ND ug/L 50.0 1 08/15/16 09:57
08/15/16 15:53
95-48-7
3&4-Methylphenol (m&p Cresol)
51.2 ug/L 50.0 1 08/15/16 09:57
08/15/16 15:53
Nitrobenzene
ND ug/L 50.0 1 08/15/16 09:57
08/15/16 15:53
98-95-3
Pentachlorophenol
ND ug/L 100 1 08/15/16 09:57
08/15/16 15:53
87-86-5
Pyridine
ND ug/L 50.0 1 08/15/16 09:57
08/15/16 15:53
110-86-1
2,4,5-Trichlorophenol
ND ug/L 50.0 1 08/15/16 09:57
08/15/16 15:53
95-95-4
2,4,6-Trichlorophenol
ND ug/L 50.0 1 08/15/16 09:57
08/15/16 15:53
88-06-2
r
REPORT OF LABORATORY ANALYSIS
This report shall not be reproduced, except in full,
Date: 08/25/2016 02:31 PM
without the written consent of Pace Analytical Services, Inc..
Page 4 of 17

aceAnalytical
www.pacelabs.com
I
ANALYTICAL RESULTS
Project: Sludge TCLP
Pace Project No.: 92308083
Pace Analytical Services, Inc.
2225 Riverside Dr.
Asheville, NC 28804
[phone]
Sample: DRIED RESIDUAL TCLP Lab ID: 92308083001 Collected: 08/02/16 08:00 Received: 08/02/16 13:50 Matrix: Solid
Results reported on a "dry weight' basis and are adjusted for percent moisture, sample size and any dilutions.
Parameters Results Units Report Limit DF Prepared Analyzed CAS No. Qual
8270 MSSV TCLP Sep Funnel
Analytical Method: EPA 8270 Preparation Method: EPA 3510
Leachate Method/Date:
EPA 1311; 08/13/16 12:00
Surrogates
Nitrobenzene-d5 (S)
63
%
12-102
1
08/15/16 09:57
08/15/16 15:53
4165-60-0
2-Fluorobiphenyl (S)
63
%
13-107
1
08/15/16 09:57
08/15/16 15:53
321-60-8
Terphenyl-d14 (S)
94
%
21-132
1
08/15/16 09:57
08/15/16 15:53
1718-51-0
Phenol-d6 (S)
26
%
10-110
1
08/15/16 09:57
08/15/16 15:53
13127-88-3
2-Fluorophenol (S)
35
%
10-110
1
08/15/16 09:57
08/15/16 15:53
367-12-4
2,4,6-Tribromophenol (S)
86
%
27-108
1
08/15/16 09:57
08/15/16 15:53
118-79-6
8260 MSV TCLP
Analytical Method:
EPA 8260 Leachate Method/Date: EPA 1311; 08/11/16 09:57
Benzene
ND
ug/L
192
38.5
08/12/16 21:32
71-43-2
2-Butanone (MEK)
6980 ,
ug/L
385
38.5
08/12/16 21:32
78-93-3
Carbon tetrachloride
ND
ug/L
192
38.5
08/12/16 21:32
56-23-5
Chlorobenzene
ND
ug/L
192
38.5
08/12/16 21:32
108-90-7
Chloroform
ND
ug/L
192
38.5
08/12/16 21:32
67-66-3
1,4-Dichlorobenzene
ND
ug/L
192
38.5
08/12/16 21:32
106-46-7
1,2-Dichloroethane
ND
ug/L
192
38.5
08/12/16 21:32
107-06-2
1-Dichloroethene
ND
ug/L
192
38.5
08/12/16 21:32
75-35-4
_-.etrachloroethene
ND
ug/L
192-
38.5
08/12/16 21:32
127-18-4
Trichloroethene
ND
ug/L
192
38.5
08/12/16 21:32
79-01-6
Vinyl chloride
ND
ug/L
192
38.5
08/12/16 21:32
75-01-4
Surrogates
1,2-Dichloroethane-d4(S)
116
%
70-130
38.5
08/12/16 21:32
17060-07-0 1g
Toluene-d8 (S)
.97
%
67-135
38.5
08/12/16 21:32
2037-26-5
4-Bromofluorobenzene (S)
106
%
70-130
38.5
08/12/16 21:32
460-00-4
Percent Moisture Analytical Method: ASTM D2974-87
Percent Moisture 4.5 % 0.10 1 08/12/16 07:24
REPORT OF LABORATORY ANALYSIS
This report shall not be reproduced, except in full.
Date: 08/25/2016 02:31 PM without the written consent of Pace Analytical Services, Inc..
Page 5 of 17

Pace Analytical Services, Inc.
2225 Riverside Dr.
aceAnalytical Asheville, NC 28804
wympacelabs.com [phone]
QUALIFIERS'
Project: Sludge TCLP
Pace Project No.: 92308083
DEFINITIONS
DF - Dilution Factor, if reported, represents the factor applied to the reported data due to dilution of the sample aliquot.
ND - Not Detected at or above adjusted reporting limit.
J - Estimated concentration above the adjusted method detection limit and below the adjusted reporting limit.
MDL-Adjusted Method Detection Limit.
PQL - Practical Quantitation Limit.
RL - Reporting Limit.
S - Surrogate
1,2-Diphenylhydrazine decomposes to and cannot be separated from Azobenzene using Method 8270. The result for each analyte is
a combined concentration.
Consistent with EPA guidelines, unrounded data are displayed and have been used to calculate % recovery and RPD values.
LCS(D) - Laboratory Control Sample (Duplicate)
MS(D) - Matrix Spike (Duplicate)
DUP - Sample Duplicate
RPD - Relative Percent Difference
NC - Not Calculable.
SG - Silica Gel - Clean -Up
U - Indicates the compound was analyzed for, but not detected.
Acid preservation may not be appropriate for 2 Chloroethylvinyl ether, Styrene, and Vinyl chloride.
A separate vial preserved to a pH of 4-5 is recommended in SW846 Chapter 4 for the analysis ofAcrolein and Acrylonitrile by EPA
Method 8260.
N-Nitrosodiphenylamine decomposes and cannot be separated from Diphenylamine using Method 8270. The result reported for
each analyte is a combined concentration.
Pace Analytical is TNI accredited. Contact your Pace PM for the current list of accredited analytes.
TNI - The NELAC Institute.
LABORATORIES
PASI-A Pace Analytical Services -Asheville
PASI-C Pace Analytical Services - Charlotte
PASI-O Pace Analytical Services - Ormond Beach
ANALYTE QUALIFIERS
1g
H2
8260 results are from a total analysis which show that analytes are not present or that they are present but at such low
levels that the appropriate regulatory levels could not possibly be exceeded, per Section 1.2 of Method 1311.
Extraction or preparation conducted outside EPA method holding time.
REPORT OF LABORATORY ANALYSIS
Date: 08/25/2016 02:31 PM
This report shall not be reproduced, except in full,
without the written consent of Pace Analytical Services, Inc..
Page 14 of 17

r�.
SAR Calculations- 2/9/2016
i
SAR = Sodium (Na) Milli Equivalent
0.5 X (Calcium (Ca) Milli Equivalent+ Magnesium(Mg) Milli Equivalent)`
Na= <386 mg/kg/Na Milli Equivalent(ME)= 386/23 equivalent wgt= <16.8ME
Ca= 6080mg/kg/Ca Milli Equivalent(ME)= 6080/20 equivalent wgt= 304 ME
Mg= 2710 mg/kg/Mg Milli Equivalent(ME)= 2710/12 equivalent wgt= 225.6 ME
SAR= <16.8 Na Milli Equivalent
0.5 X (304 Ca Milli Equivalent + 225.6 Mg Milli Equivalent)o.s
_ <16.8 Na Milli Equivalent
(0.5X529.6)0.5
_ <16.8 Na Milli Equivalent
(264.8)os
_ <16.8 Na Milli Equivalent
16.3
SAR= < 1.0
Ah

SAR Calculations- 5/10/2016
1 SAR = Sodium (NaNilli Equivalent
I 0.5 X (Calcium (Ca) Milli Equivalent+ Magnesium(Mg) Milli Equivalent)`
Na= 515 mg/kg- Na Milli Equivalent(ME)= 515/23 equivalent wgt=22.4ME
Ca= 8660 mg/kg- Ca Milli Equivalent(ME)= 8660/20 equivalent wgt= 433 ME
Mg= 3660 mg/kg- Mg Milli Equivalent(ME)= 3660/12 equivalent wgt= 305 ME.
SAR= 22.4 Na Milli Equivalent
0.5 X (433 Ca Milli Equivalent + 305 Mg Milli Equivalent)0_5
= 22.4 Na Milli Equivalent
(0.5X738)0.5
= 22.4 Na Milli Equivalent
(369)0.5
= 22.4 Na Milli Equivalent
19.2
SAR= 1.2
I
Ah

SAR Calculations- 8/2/2016
SAR = Sodium (Na) Milli Equivalent
I 0.5 X (Calcium (Ca) Milli Equivalent+ Magnesium(Mg) Milli Equivalent)`
Na= 735 mg/kg/ Na Milli Equivalent(ME)= 735/23 equivalent wgt=32.0 ME
Ca= 9300 mg/kg/Ca Milli Equivalent(ME)= 9300/20 equivalent wgt= 465 ME
Mg= 3930 mg/kg/Mg Milli Equivalent(ME)= 3930/12 equivalent wgt= 327.5 ME
SAR= 32.0 Na Milli Equivalent
0.5 X (465 Ca Milli Equivalent + 327.5 Mg Milli Equivalent)o.s
32.0 Na Milli Equivalent
(0.5X792.5)0.5
= 32.0 Na Milli Equivalent
(396.3)os
= 32.0 Na Milli Equivalent
19.9
SAR= 1.6

SAR Calculations-11/1/2016
SAR = Sodium (Na) Milli Equivalent
0.5 X (Calcium (Ca) Milli Equivalent+ Magnesium(Mg) Milli Equivalent)`
Na= 658 mg/kg/ Na Milli Equivalent(ME)= 658/23 equivalent wgt=28.6 ME
Ca= 11,800 mg/kg/Ca Milli Equivalent(ME)= 11,800/20 equivalent wgt= 590 ME
Mg= 3170 mg/kg/Mg Milli Equivalent(ME)= 3170/12 equivalent wgt= 264 ME
SAR= 28.6 Na Milli Equivalent
0.5 X (590 Ca Milli Equivalent + 264 Mg Milli Equivalent)`
= 28.6 Na Milli Equivalent
(0.5X.854)0.5
28.6 Na Milli Equivalent
- (427)0.5
28.6 Na Milli Equivalent
20.7
SAR= 1.4

Appendix F
Annual Pathogen and
Vector Attraction
Deduction Fonns

ANNUAL_PATHOGEN AND VECTOR ATTRACTION REDUCTION FORM
11.
Auk
Facility Name: Tuckaseigee Water and Sewer Auth. Permit Number: WQ 00005763
WWTP Name: TWSA Plant #1 NPDES Number: NC 0039578
Monitoring Period: From 1/1/2016 To 12/31/2016
Pathogen Reduction (40 CFR 503.32) - Please indicate level achieved and alternative uerformed:
Class A:
Alternative 1 ❑
Alternative 2 ®
Alternative 3 ❑
Alternative 4❑
Altel7iative 5
Alternative 6 ❑
If applicable to alternative performed (Class A only) indicate "Process to Further Reduce Pathogens":
Compost ❑
Heat Drying R1
Heat Treatment ❑
Thennopliilic ❑
Beta Ra Y
Ga nuna Ra Y ❑
Paste '
ulYzat' 10I1 ❑
Class B:
Alternative 1 ❑
Alternative 2 ❑
Alternative 3 ❑
If applicable to alternative performed (Class B only) indicate "Process to Significantly Reduce Pathogens":
Lime Stabilization . ❑
Air Diving ❑ Composting ❑
jAerobic Digestion ❑
Anaerobic Digestion[];:.;:;..........:....
.
If applicable to alternative performed (Class A or Class B) complete the following monitoring data:
Parameter
Allowable Level
Pathogen Density
Number o
re
Frequency 5
Sam le
p
Analytical
Minimury
Geo. Mean
MaximulT
Units
in Sludge
Excee-
de
of
Analysis
Type
Tech -
ices
ly
ni ue
2 x 10 to the 6th
power N1?N per
Aram of total
solids or 2 x 10 to
Fecal Colifonn
the 6th power
CFU per oram ofi
11—,..
1000 mpn per
gram of total solid
< 2
74
7800
ilnpi /g
2
quarterly
grab
e
t
(dry weight)��
Salmonella bacteria
3 MPN per 4
(in lieu of fecal
crams total solid
y
coliform
(dry weight)
Vector Attraction Reduction (40 CFR 503.33) - Please indicate option performed:
Option 1 ❑ Option 2 ❑Option 3 ❑ Option 4 ❑ Option 5 ❑
Option 6 ❑ Option 7 ❑ Option 8 R1 Option 9 ❑ Option 10 ❑
No vector attraction reduction
were options performed Elp
CEK11FICATION STATEMENT (please check the appropriate statement)
"I certify, under penalty of law, that the pathogen requirements in 40 CFR 503.32 and the vector
attraction reduction requirement in 40 CFR 503.33 have been met."
❑ "I certify, under penalty of law, that the pathogen requirements in 40 CFR 503.32 and the vector
attraction reduction requirement in 40 CFR 503.33 have not been met." (Please note if you check
this statement attach an explanation why you have not met one or both of the requirements.)
"This determination has been made under my direction and supervision in accordance with the
system designed to ensure that qualified personnel properly gather and evaluate the information
used to determine that the pathogen and vector attraction reduction requirements have been met. I
am aware that there are significant penalties for false certification including fine and imprisonment."
Stan Bryson, WWTP Operations Supt
Preparer ame ZdYe (type or print)
Signature of Preparer 4D—
F
Land Applier Name and Title (if applicable)(type or print)
Signature of Land Applier (if applicable) Date

Residuals that Exceeded 1000 mpn/g
i
On 11/3/2016 and 11/4/2016 fecal coliform analysis on the TWSA Dried Residuals
stored in the silo was reported as exceeding the 1000 mpn/g limit for Class A
residuals. These residuals were subsequently retested three additional times and
results were reported as < 2 mpn/g. It is possible that improper or unsanitary
sampling technique caused the exceedance.
After three additional samples from the silo discharge proved to have well below
permitted levels of Fecal Coliform it was felt that the residuals did meet the
permit levels.
Stan Bryson Date: W-7-qJ17
WWTP Superintendent

Appendix G
Daily Dryer Record

TWSA DRYER OPERATIONS
DAILY RECORD
DATE % / v
START STOP TOTAL
RUN TIME, HRS
(0 ` ���
I �� ° 9"D
I
1
1 st Dryer Batch
Fill Cycle Started @ U 50
Dry Cycle
Started @
%• "),
Discharge
Cycle Started @' G).
Temperatures
°F
Discharge
Product
Dry
Timer
Chamber
In
Chamber
Out
Rotor
In
Rotor
Out
Operator
go
MD
50
`-(
f
`1CD
�2j
1 s0
DRYER OUTPUT % SOLIDS Dish Wgt Wet Sample + Dish I Dried Sample + Dish
(grams) .(grams) (grams)
3 606
41 a- �S'
j Z x 100 % Total Solids
2nd Dryer Batch
Fill Cycle Started @ j b :S S J Dry Cycle Started @� Discharge Cycle Started @
Temperatures °F
Discharge Discharge Dry Chamber chamber Rotor Rotor
Time Exhaust Product Timer In Out In Out Operator
�1'd� 3 i �50 i
DRYER OUTPUT % SOLIDS Dish Wgt Wet Sample + Dish Dried Sample + Dish
(grams) '(grams) . ( rams)
/o Total Solids
2J6/12, 6/23/14 \ �%

DAILY RECORD
3rd Dryer Batch
Fill Cycle Started @ a` 65 -Dry Cycle Started @ , ,5 Discharge Cycle Started @
Temoeratures °F
Time
Discharge
Exhaust
Discharge
Product
Dry
Timer
Chamber
In
Chamber
Out
Rotor
In
Rotor
Out
Operator
y3S_
z-21
�60
yy6
'-/3
`1yZ
37:�
'1
3z
3�
YL/
3
DRYER OUTPUT % souDs Dish Wgt Wet Sample + Dish Dried Sample + Dish
(grams) (grams) (grams)
0,q �
015-0
x1oo= 9�
r
Alarms or Comments
Total Solids

TWSA DRYER OPERATIONS
DAILY RECORD
DATE
! — 14 "
1 (c -
,
V
START
STOP TOTAL
' --- RUN TIME,
HRS
'.c►,`• Ij -1
1st Dryer Batch
s .
Fill Cycle Started @
UP-, `f
Dry Cycle Started @
•% /4 Discharge Cycle Started
@i
Temperatures
°F
Time
Discharge
Exhaust
Discharge
Product
Dry
Timer
Chamber
In '
Chamber Rotor Rotor
Out In Out
Operator
1
J39'f
J- 7A A3D-
C6
43,yi
i1
�7��
14411 2-5C'4
DRYER OUTPUT % SOLIDS
Dish Wgt
Wet Sample + Dish
Dried Sample + Dish
(grams)
_(grams)
(grams)
x100= �(
% Total Solids
2nd Dryer Batch
Fill Cycle Started @ Dry Cycle Started @ Discharge Cycle Started @
Tamnarati irac o[_
Time
Discharge
Exhaust
Discharge
Product
Dry
Timer
Chamber
In
Chamber
Out
Rotor
In
Rotor
Out
Operator
2P
dos,
396
qQ�
23J
6.0
�3a
�o
44?
33
�'
3
(� l..%
V 1•l
/ Yo'
I !�
lL/
4J • D
�44,
-44b-5-
DRYER OUTPUT % SOLIDS Dish Wgt Wet Sample .+ Dish I Dried Sample + Dish
(grams) (grams) (c
°C V7 �..
x100=/
-W12, 6/23/14
0�,3 i��) % Total Solids

UAILY NEGUKU
3rd Dryer Batch o
Fill Cycle Started @
-Dry Cycle Started @ `3.V.
TamnaratrirPc °F
Discharge Cycle Started @
Time
Discharge
Exhaust
Discharge
Product
Dry
Timer
Chamber Chamber
In Out
Rotor
In
Rotor
Out O erator
�D�
203
1 L)Q
`1`iS zo)
-YV5
l y
231
1-1135
VY's
_3 SF
DRYER OUTPUT % SOLIDS Dish Wgt Wet Sample + Dish Dried Sample + Dish
(grams) (grams) t1 (grams)
I U' :u; I�/ o q L/,
3Jy3qcA 1g76?a� / �
x 100 = i � - C q"7 lc
n
Alarms or Comments
otal Solids

TWSA DRYER OPERATIONS
DAILY RECORD
DATE
= START STOP.... TOTAL
RUN TIME, HRS �t • cJ I • <`�i
1st Dryer Batch
Fill Cycle Started @ �:.5 It Dry Cycle Started @ 7 • �2 % Discharge Cycle Started
Temperatures OF
DRYER OUTPUT % SOLIDS Dish Wgt Wet Sample + Dish I Dried Sample + Dish
(grams) .(grams) (grams) /
`7. 5g- 7 5 sue,
7,�' x10o=
�• � �- � % %Total Solids
2nd Dryer Batch
Fill Cycle Started @ Dry Cycle Started @ Discharge Cycle Started @�
Temperatures °F
Time
Discharge
Exhaust
Discharge
Product
Dry
Timer
Chamber
In
Chamber
Out
Rotor
In
Rotor
OutOperator
I-�D
�b
P
A3 $
��X-44�
[,2�3
SD5-
93,
2qq&
DRYER OUTPUT % SOLIDS Dish Wgt Wet Sample '+ Dish Dried Sample + Dish
(grams) grams) (grams)rr// l�
x 100 °/ 7 1 S I'd
216/12, 6123114
A

3rd Dryer Batch
Fill Cycle Started @ : 5-Dry Cycle Started @ f 3 Z
Discharge Cycle Started @ A'.,Y%
TPrrinPraftlrPS °F
Time
Discharge
Exhaust
Discharge
Product
Dry
Timer
Chamber
In
Chamber
Out
Rotor
In
Rotor
Out
Operator
3 ;3
� 1 �
zoo
2-
q
Cl
20C
6-0
'(Yl
�3S
Yy %
30�
�,v3
iba
`I`l
y37
yyy
3 2
��
6-'O'
zz V
/50
Y
93s
yyG
•3S2
J71-
yY
DRYER OUTPUT % SOLIDS Dish Wgt
Wet Sample + Dish
Dried Sample + Dish
(grams)
(grams)
(grams)
dl
I, 0
10 L1 j
0-6- 9 7 Q--
699Y
x10o=
% Total Solids
Alarms or Comments
A&

TWSA DRYER OPERATIONS
DAILY RECORD
DATE
START STOP... TOTAL
RUN TIME, HRS
1 st Dryer Batch { .'
Fill Cycle Started @ Dry Cycle Started @ ` �, Discharge Cycle Started'
Temrieratrire.q OF
Discharge
Exhaust
Discharge
Producct
Dry
Timer
Chamber
In
Chamber
Out
Rotor
In
Rotor
Out
=Operator
7TimeA
75
Op,
` D
1�q 015
DRYER OUTPUT % SOLIDS
5r
I
Total Solids
2nd Dryer Batch
Fill Cycle Started @ , ` Dry Cycle Started @ I 1 1 Discharge Cycle Started @ o
Temneratures °F
Discharge
Time Exhaust
Discharge
Product
Dry
Timer
Chamber
In
Chamber
Out
.Rotor
In
Rotor
Out Operator
<3�3
of 01
�.30 �.
i
:
1.�v
�35
�S
3
DRYER OUTPUT % SOLIDS EiWgt Wet Sample + Dish Dried Sample + Dish
ms) (grams) (rams)
X 100 = oho Total Solids
-2J6/12, 6/23/14

UAILY NLUUKU
3rd Dryer Batch
Fill Cycle Started @ c)- - 33
Time
ulscnarge
Exhaust
ulscnarg(
Product
1{iY 7
z �
.5:
-.3.
3o>
-Dry Cycle Started @% Discharge Cycle Started @
Temperature
Dry Chamber
Timer
In
y v�
s. °F
jhbPR
Rotor
--
Out
Operator
�61
3�G
DRYER OUTPUT % soLIDs Dish Wgt Wet Sample + Dish I Dried Sample + Lsh
(grams) (grams) (grams)
6`33 v a;�
x goo =
Alarms or Comments
% Total Solids

TWSA DRYER OPERATIONS
DAILY RECORD
DATE c I to
✓ START STOP.... TOTAL
} RUN TIME, HRS = rA
1st Dryer Batch
Fill Cycle Started 43 _ �. s {
Y @ 3 Dry Cycle Started @ Discharge Cycle Started
DRYER OUTPUT % SOLIDS Dish Wgt I Wet Sample + Dish Dried Sample ;+Dish
(grams) _(grams) (grams)
o ► 2c 2. - (0 -2 Y7
x100= f j6
%Total Solids
2nd Dryer Batch
Fill Cycle Started @ b Dry Cycle Started @ = J Discharge Cycle Started @ f
Temperatures OF
Time
Discharge
Exhaust
Discharge
Product
Dry Chamber
Timer In
Chamber
Out
Rotor
In
Rotor
Out
Operator
00
DRYER OUTPUT
% SOLIDS
Dish Wgt
Wet Sample + Dish
Dried Sample + Dish
(grams)
(grams)
(grams)
x100=
%'Total Solids
7J6/12, 6/23/14

UAILY HE ;UKU
3rd Dryer Batch
Fill Cycle Started @
Discharge
Discharge
Time
Exhaust
Product
~�
fit,
.a%(7
Dry Cycle Started @ � f 00 Discharge Cycle Started @.
Temperatures. °F
Dry
Timer
Chamber
In
Chamber
Out
Rotor
In
Rotor
Out
0 eratorI
C(
q c) I
Lf q(,
T5
DRYER bUTPUT % SOLIDS Dish Wgt Wet Sample + Dish Dried Sample + Dish
(grams) (grams) (grams)
22,057-7
G� x 100 = d� �a % Total Solids
Alarms or Comments
A

TWSA DRYER OPERATIONS
DAILY RECORD
' DATE
0
START STOP... TOTAL
RUN TIME, HRS ` ) 6 % V
1st Dryer Batch
Fill Cycle Started @ (�' ``fit Dry Cycle Started @ Z0 Discharge Cycle Started QLT �(,il 4_5
Temperatures OF
Time
Discharge
Exhaust
Discharge
Product
Dry
Timer
. Chamber
In
Chamber
Out
Out
Operator
��S'
qRotorRotor
�67
3
ye
1�:5f9
DRYER OUTPUT % SOLIDS Dish Wgt Wet Sample + Dish Dried Sample + Dish
(grams) .(grams) (grams) �
mil. O-100=
7" /! %Total Solids
2nd Dryer Batch
Fill Cycle Started @ ID 3 5 Dry Cycle Started @ IL % D Discharge Cycle Started @
Temperatures °F
%TimeExh
charge Dry Chamber chamber Rotor Rotor
roduct Timer In Out In Out Operator
n�0 6 �.� �3 3 A3 o.`�.y,5 q3S � ,3��� d �'
DRYER OUTPUT % SOLIDS Dish Wgt Wet Sample + Dish Dried Sample + Dish
(grams) (grams) . (grams) 1
1, 03�3 29, 5 32 �,7,s o ���. 6
(t-7l�
416/12, 6l23l14 x 100 =
2 .`a 91� % Total Solids
'

3rd Dryer Batch
Fill Cycle Started @ �' `3 -Dry Cycle Started @ 3 1 Z. Discharge Cycle Started @ ri
Temperatures: °F
Time
Discharge
Product
Dry
Timer
Chamber
In
Chamber
Out
Rotor
In
Rotor
Out
Operator
EDscharge
1-4 0
,51
c)a
_, -w
5 4Z
3 5
c)-7
5
S 5
a`1
2 8
30 5
i`5
1
3 i�
DRYER OUTPUT % soLIDs Dish Wgt Wet Sample + Dish Dried Sample + Dish
(grams) (grams) (grams)
< <o t i0-1 2 S ., w5 2 7, V 98, � .
' 3 x 100 = 9 �. L5a �F ry % Total Solids
Alarms or Comments
Ah

V
TWSA DRYER OPERATIONS
DAILY RECORD
DATE
START
RUN TIME, HRS
STOP
TOTAL
1st Dryer Batch
Fill Cycle Started @
(
Dry Cycle Started @
T Zj
Discharge
Cycle Started
Temperatures
OF
Time
Discharge
Exhaust
Discharge
Product
Dry Chamber
Timer In
Chamber
Out
Rotor
In
Rotor
Out Operator
P s �15`
a � �
a i i
� � �
� l� �"
�3�
d 3�
�_;2 a
o R
� l
C
1
ash
a
a�
Iat, I -!q
�qq
7A
160 1-4q
433'
e'D
co
DRYER OUTPUT
% SOLIDS
Dish Wgt
Wet Sample + Dish
Dried Sample + Dish
(grams)
.(grams)
(grams)
`/
f-P773
S/z
x 100 =
q
%o Total Solids
2nd Dryer Batch
Fill Cycle Started @
Dry Cycle Started@
Discharge Cycle Started @ Al
Temperatures °F
uct
Dry
Timer
Chamber
In
Chamber
Out
Rotor
In
Rotor'
Out
Operator
KDisrchrge
12 a
4q
q14
DRYER OUTPUT % SOLIDS Dish WgtWet Sample + Dish Dried Sample + Dish
(grams) (grams) (rams)
a 1, 5 7a. 7,5t
3.�51 x1oo=
CI �l� 5' °/o Total Solids
2/6/12, 6/23/14

U,LMLT NtUUKU
3rd Dryer Batch
Fill Cycle Started @ j �
-Dry Cycle Started @ 3' a` 7
Timm nornhirac °F
Discharge Cycle Started @ 6 i
Time
Discharge
Exhaust
Discharge
Product
Dry
Timer
chamber
In
Chamber
Out
Rotor
In
Rotor
Out
O erator
��f
a
D
L(d Y
3 37K
Y0 q
=L�L_6
C,�a6
s ; ,2
a-2- 7
D, 'b-
_> 1
/.0 C)
`-1 YS
y 3 S
Y YT
3
7
? `-I
17
J - 6
-/ y �
`f 3s-
Lt I' �
- 3
�✓
-�_7
3 bs
j 1s
'( Y 2_.
(-/`% 2
VY2-
3 iZ
DRYER OUTPUT % SOLIDS Dish Wgt Wet Sample + Dish I Dried Sample + Dish
(grams) (grams) (grams)
3:
L.sos X1oa=
% Total Solids
Alarms or Comments

TWSA DRYER OPERATIONS
DAILY RECORD
DATE . �.
pSTART STOP.... TOTAL
(! -= RUN TIME, HRS td .33
1st Dryer Batch
Fill Cycle Started @_ Dry Cycle Started @ Discharge Cycle Started
Temperatures °F
Discharge Discharge Dry Chamber Chamber Rotor Rotor
Time Exhaust Product Time in Out In Out Operator
a 5-o 446 4.3
1414
DRYER OUTPUT % SOLIDS Dish Wgt Wet Sample + Dish Dried Sample + Dish
(grams) "(grams) (grams) �: d' j
�6, y3 ��s39� sc-
Ll
u�v
%Total Solids
2nd Dryer Batch
Fill Cycle Started @ D ' 146
Time
Discharge
Exhaust
Discharge
'Product
�5��;
= 45
L4
Dry Cycle Started @ S� l -Jl' Discharge Cycle Started @
Temperatures OF
Dry Chamber Chamber ROtof Rotor
Timer In Out In I Out I Operator
�-/45
a
z43-y�&
IS
DRYER OUTPUT % SOLIDS Dish Wgt Wet Sample + Dish Dried Sample + Dish
(grams) (grams) (grams)
7r)
c:-o N1 d �c?
x 100 =
% Total Solids
J6/12, 6/23114

u♦ AI L 1 1 %---. \ V
3rd Dryer Batch a -7
Fill Cycle Started @ _) r
-Dry Cycle Started @ 3 12'. Discharge Cycle Started @ �, ) 6
Temperatures. °F
Discharge
Exhaust
Discharge
Product
Dry
Timer
Chamber
In
Chamber
Out
Rotor
In
Rotor
Out
O erator
[4T!me
2_v5v
3ig
y�oz
zit
),019
��-�"
�-/y�
3�
Yy(
3�,
P,,2-3
"
o
3v5
t 1 y
1 Y 3
YYL
/Y3
3��
DRYER OUTPUT % SOLIDS Dish Wgt Wet Sample + Dish Dried Sample + Dish
(grams) (grams) (grams)
l o y 3 2 3. 772 TT �-O,
�.76D''% x100=
i % Total Solids
Alarms or Comments
ti

TWSA DRYER OPERATIONS
DAILY RECORD
DATE
=
START
STOP:..
TOTAL
�= RUN TIME, HRS
O�
1st Dryer Batch
Fill Cycle Started @ (U
Dry Cycle Started @-7r
Discharge Cycle Started @ ��
Temperatures OF
Discharge
Time Exhaust
Discharge
Product
Dry
Timer
Chamber Chamber
In Out
RotorVRo
In
Operator
" 6If
a03
a
3� 4 �3
LfCt
50 9
D$
1,50
L
C
1:305I-M
�
[o
Erg
DRYER OUTPUT % SOLIDS Dish Wgt Wet Sample + Dish I Dried Sample + Dish
(grams)
.(grams)
(grams)
r ��
x 100 = L'] "7
/
% Total Solids
2nd Dryer Batch
Fill Cycle Started @- �'
Dry Cycle Started @ f
66
I fo Discharge Cycle Started @ o�
Temperatures °F
Discharge
Time Exhaust
Discharge
Product
Dry Chamber
Timer In
Chamber Rotor Rotor
Out In Out
Operator
a b �
910
6
44`73
41� �g
a:.SC? ��
ao
��© �5�s
DRYER OUTPUT % SOLIDS
Dish Wgt
Wet Sample + Dish
Dried Sample + Dish
(grams)
(grams)
. (grams)
x100�
% Total Solids
2/6/12, 6/23114

DAILY HEGUKU
J 3rd Dryer Batch
.(J Fill Cycle Started @ r �
-Dry Cycle Started @ Y
Temperatures. °F
Discharge Cycle Started @ _
_-
Time
Discharge
Exhaust
Discharge
Product
Dry
Timer
Chamber
In
Chamber
Out
Rotor
In
Rotor
Out
-
Operator
Iz
zl�
jog
50
1(�
VIS
z-
zoo
_)z 3 G
13
l 5-0
y 3S
y vs
3S
DRYER OUTPUT % SOLIDS Dish Wgt Wet Sample + Dish Dried Sample + Dish
(grams) (grams) (grams)
__2 Y��9, :L
- x100=
S� 7 r, ( 3 /o Total Solids
Alarms or Comments

WSA DRYER OPERATIONS
DAILY RECORD
DATE
�� START
=- = RUN TIME, HRS C -
1st Dryer Batch
11 Fill Cycle Started @ 6 Dry
DRYER OUTPUT % SOLIDS
v `G°
'5L- l
STOP
TOTAL
Started @7 Discharge Cycle Started' tf'j 61
Temperatures OF
% Total Solids
2nd Dryer Batch II , - j
Fill Cycle Started @ %� Dry Cycle Started @ ! �% Discharge Cycle Started @ l
Temperatures °F
Discharge Discharge Dry Chamber chamber Rotor Rotor
Time Exhaust Product Timer In Out In Out Operator
-370
y/-/, ',L160
DRYER OUTPUT % SOLIDS Dish Wgt Wet Sample + Dish Dried Sample + Dish
(grams) (grams) . (grams)
y3� �1 ss'9
x1oo= 5
% Total Solids
216/12, 6/23/14

urvL I r«Uvrnv
3rd Dryer Batch
Fill Cycle Started @ ,
-Dry Cycle Started @ Discharge Cycle Started @
Tem neratures:.OF
Time
Discharge
Exhaust
Discharge
Product
Dry
Timer
Chamber
In
Chamber
Out
Rotor
In
Rotor
Out
O erator
zz2
1 t 1
b�
����
3)
Y5
Yb
'4V�-
DRYER OUTPUT % SOLIDS I Dish Wgt I Wet Sample + Dish I Dried Sample + Dish
a3-3g�
7�9-5 x�oo
Alarms or Comments
% Total Solids

TWSA DRYER OPERATIONS
DAILY RECORD
DATE
START STOP...
RUN TIME, HRS i.o .'5 `7 9 e_ v-A
1 st Dryer Batch
Fill Cycle Started @ _ l : 1 Dry Cycle Started @
Temperatures OF
TOTAL
Discharge Cycle Started g'J l u
Time
Discharge
Exnaust
Discharge
Product
Dry
Timer
Chamber
In
Chamber
Out
Rotor
In
Rotor
Out
Operator
3S'?'g"
3
3� co,
ao
L-1(4&
L4
0'(
a'1;
u(5
H 3 5
(-i H 5
3
Z--A
5
'4zl�-iAs
DRYER OUTPUT % SOLIDS Dish Wgt Wet Sample + Dish I Dried Sample + Dish
(grams) .(grams) (grams)
Jr'(� x 100 = 7 (3 % Total Solids
2nd Dryer Batch
Fill Cycle Started @ Dry Cycle Started @ �`� Discharge Cycle Started @ 3
Temperatures °F
Time
tt ��
Discharge
Exhaust
�u3.
Discharge
Product
> i
' Dry
Timer
D
Chamber
In
3�3
Chamber
Out
��
Rotor
In
3ct3
Rotor
Out
a3L
Operator
�2 :a
o v�
5o
y 3-7
L(Z
3L,
a
33
c,)
Lj -7
I
a,3 Li
5,
q.
30
0�
a8-
�
0�
�iq�(
�iH I
1-NC
3s5
J-1,J
DRYER OUTPUT % SOLIDS Dish Wgt Wet Sample + Dish I Dried Sample + Dish
(grams) (grams) (grams) �,}�
��:3`777 / S.
V�5 q-/ x100= q u J7 / % Total Solids
.J6/12, 6/23/14

UAILY REC;UKU
3rd Dryer Batch
Fill Cycle Started @
-Dry Cycle Started @
3',�'S
Discharge Cycle Started @ �, f
Temperatures. °F
Discharge
Time Exhaust
Discharge
Product
Dry chamber
Timer In
Chamber
Out
Rotor
In
Rotor
Out
O erator
2-0
y %q� ��
��%
sG VZ
��S
`f 2
2-31
��z
j�_v ` vy
y 3
y y
32 y
JI
q-�
DRYER bUTPUT % soups
Dish Wgt
Wet Sample + Dish
Dried Sample + Dish
(grams)
(grams)
(grams)
0,�76
30,E 3vv
F. 816
GS.
r,
x 100
% Total Solids
Alarms or Comments

TWSA DRYER OPERATIONS
DAILY RECORD
DATE _
START STOP... TOTAL V
�- - RUN TIME, HRSE: -3 � .tJ
1st Dryer Batch
Fill Cycle Started @ Dry Cycle Started @ j Discharge Cycle Started i Cie-1
Temperatures OF
Discharge Discharge Dry Chamber Chamber Rotor Rotor
Time Exhaust Product Timer In Out In Out Operator
'2 - 6S g J 3 ; 1, q,3 R - -,D L? 12�- V'.
4W ,35' q.Ll 6 3L 4
DRYER OUTPUT % SOLIDS Dish Wgt Wet Sample + Dish Dried Sample + Dish
(grams) .(grams) (grams)
,���3 � S, /y�,Z ��.•�r�i� 1,
x 100 = 9 q- 6 % % 5 % Total Solids
2nd Dryer Batch
Fill Cycle Started @ E_ Dry Cycle Started @ ' Discharge Cycle Started @
Temperatures OF
Discharge Discharge Dry Chamber chamber Rotor Rotor
Time Exhaust Product Timer In Out In Out Operator
41,3
I F z1- zt 1
DRYER OUTPUT % SOLIDS Dish Wgt Wet Sample + Dish Dried Sample + Dish
(grams) (grams) (rams)
C>����
Total Solids
9r�� x1oo= %�L/�3�
. %�l6l12, 6l23/14

3rd Dryer Batch
Fill Cycle Started @ a Dry Cycle Started @ 3' �S Discharge Cycle Started @ '3 S
Temoeratures. °F
Time
Discharge
Exhaust
Discharge
Product
Dry
Timer
Chamber
In
chamber Rotor
Out In
Rotor
Out O erator
v
6
C)
` YL)
`C `t Yv
4", :.
y15 5
2-11
D5
q3/1 �-(Y61
qr
5 ,�ls
,3�
�►r
1���
�(q5
yam' y�-/s
3a,
�rf
DRYER OUTPUT % SOLIDS Dish Wgt Wet Sample + Dish Dried Sample + Dish
(grams) (grams) (grams) g d c,
g 8. `793---
•-.30,0(0D x100=
• `%�. %� .� � %Total Solids
Alarms or Comments

TWSA DRYER OPERATIONS
DAILY RECORD
1 -
DATE _ O
START STOP,.. TOTAL
RUN TIME, HRS % C5 v p '• c'j 1
1st Dryer Batch
Fill Cycle Started @ .3 Dry Cycle Started @ �t L Discharge Cycle Started 0' &1)-; '35`
Temperatures OF
Discharge Discharge Dry Chamber Chamber Rotor Rotor
Time Exhaust Product Timer In Out In Out Operator
�L( i 3. � � Jag -'T �"j
DRYER OUTPUT % SOLIDS Dish Wgt Wet Sample + Dish Dried Sample + Dish
(grams) -(grams) (grams) I �) 1
x100=,��� o
/Total Solids
2nd Dryer Batch r
Fill Cycle Started @ �Dry Cycle Started @ [ Discharge Cycle Started @ . L�
Temperatures °F
Dry
Timer
Chamber
In
Chamber
Out
Rotor
In
Rotor
Out
Operator .
to
C�
393
� �'CIO
$Timeuct
therge
_y5l
�g�i�
DRYER OUTPUT % SOLIDS Dish Wgt Wet Sample + Dish Dried Sample + Dish
(grams) (grams) (rams}
1 a "T &0,2� x100= 9q- 9/91i
,l6/12, 6/23/14
. j
% Total Solids

UAILY REC;UHL)
3rd Dryer Batch
Fill Cycle Started @
-Dry Cycle Started @ G % SU
Temperatures. °F
Discharge Cycle Started @
—_
Time
Discharge
Exhaust
Discharge
Product
Dry
Timer
Chamber
In
Chamber
Out
Rotor
In
Rotor
Out
0 erator
3 : 3 v
2- 6_
os'
C-1 1(7
3 60
L110
�;
:Z3v
tv
) `f�,
2v�
DRYER OUTPUT % SOLIDS Dish Wgt Wet Sample + Dish Dried Sample + Dish (grams) (grams) (grams) (grams)
x 100 = o S�
y / % V 7 /o Total Solids
Alarms or Comments

TWSA DRYER OPERATIONS
DAILY RECORD
DATE 3-7 —
START STOP...
TOTAL
RUN TIME, HRS
1st Dryer Batch
.'
Fill Cycle Started @
I
•
Dry Cycle Started @ %
Discharge Cycle Started —
Temperatures OF
Discharge
Time Exhaust
Discharge
Product
Dry Chamber I Chamber
Timer In ' Out
Rotor
In
Rotor
Out
Operator
;L t 3
z-)
3
2
163"1
+b I
q
3-7
P111
DRYER OUTPUT % SOLIDs
Dish Wgt
Wet Sample + Dish Dried Sample + Dish
(grams)
.(grams) (grams)
�,.
oq�
` 117 x 100 =
�7 /.
r'
o
/o Total Solids
2nd Dryer Batch
Fill Cycle Started @T1!
Dry Cycle Started @
Discharge Cycle Started @ 3 C,
Temperatures °F
Time
Discharge
Exhaust
Discharge
Product
Dry
Timer
Chamber
In
Cham3rR,,,
O
Rotor
Out
Operator
ISO
�1on
s
33
f
`
i
/ S 0�
�3
77
q
Z
`(�
`
�i �/ D
V00
DRYER OUTPUT % S
% Total Solids
216/12, 6123/14

3rd Dryer Batch
Fill Cycle Started @ 12-2 -Dry Cycle Started @ S Discharge Cycle Started @
Temperatures. °F
Time
Discharge
Exhaust
Discharge
Product
Dry
Timer
Chamber
In
Chamber
Out
Rotor
In
Rotor*Operator
Out3'-r,.
r
�
)-o6�
-
,,3S-
37
SUS
Jb0
���
/S
�1�S
37.2
J/9
6 r^
`I
L �4/
C7
`/ U
-2�
-
V
ZDi
DRYER OUTPUT % SOLIDS Dish Wgt Wet Sample + Dish
(grams) (grams)
Alarms or Comments
Dried Sample + Dish
(grams) 07J
x100=—-C��?
%Total Solids

TWSA DRYER OPERATIONS
DAILY RECORD
DATE _ % —7
START STOP... TOTAL
RUN TIME, HRS-J pp
1st Dryer Batch
Fill Cycle Started @ LO `{ ` Dry Cycle Started @ _ % Discharge Cycle Started @ a_
Temperatures OF
Discharge Discharge Dry Chamber Chamberaci,
Time Exhaust Product Timer In Outerator
co
�5 q 3S`e 3 i 8 v �t P
DRYER OUTPUT % SOLIDS Dish Wgt Wet Sample + Dish Dried Sample + Dish
(grams) .(grams) (grams)
0, C177DI 0, 5 / 3
L
x1oo=
/ �.• l F % Total Solids
2nd Dryer Batch
Fill Cycle Started i '
Y @ _ . I� . `1�— Dry Cycle Started @ _ Discharge Cycle Started @ -
Temperatures, -F
Discharge , Discharge Dry Chamber chamber Rotor Rotor
Time Exhaust Product - Timer - " Irr' Out In Out Operator
a o�
y as 15 v 1-113 5-
(� '
DRYER OUTPUT % SOLIDS Dish Wgt Wet Sample + Dish Dried Sample + Dish
(grams) (grams) (grams)Vol % Total Solids
116/12, 6/23/14 - ,

UAILY REGUKU
3rd Dryer Batch
Fill Cycle Started @
• '� V
-Dry Cycle Started @
Temperatures: °F
Discharge Cycle Started @
= -.
Discharge Discharge
Time Exhaust Product
3:,s 2_1V arvy'Us
Dry
Timer
chamber
In
Chamber
Out
In
Rotor421,
?
y,s
y34
YL/S3
oc�`/
" L32
o2�s
��
� 3
V VZ
(,2
2�.
DRYER OUTPUT % SOLIDS
Alarms or Comments
Dish Wgt Wet Sample + Dish Dried SamE+Dish](grams) (grams) (gra
0,C/la 8, �/CM,
100=
xal Solids
% Tot
L

TWSA DRYER OPERATIONS
DAILY RECORD
DATE 3 '
START STOP,.. TOTAL
i I _ RUN TIME, HRS
1st Dryer Batch
Fill Cycle Started @ ; 43
Dry Cycle Started @ `• Discharge Cycle Started
Temperatures OF
Discharge Discharge Dry Chamber Chamber Rotor Rotor
Time Exhaust Product Timer In Out In Out Operator
17
°( 0 �
'433' �4�� J7
�� l r 74s s 3� cP
DRYER OUTPUT % SOLIDS Dish Wgt Wet Sample + Dish Dried Sample + Dish
(grams) .(grams) (grams)
x 1 00 =
� E 5 `� _ /� 5 ,� J� % Total Solids
-2nd Dryer Batch 1 �
Fill Cycle Started @ f l .- `4 0 Dry Cycle Started @ C •' --5 Discharge Cycle Started @
Temperatures °F
Dry Chamber Chamber Rotor Rotor
JLDi'sch
Timer In Out In Out Operator
v y1i! 7 E, 9A y y yo Y� Y00
DRYER OUTPUT % SOLIDS Dish Wgt Wet Sample + Dish Dried Sample + Dish
(grams) (grams) ( rams) -
C// K ,
?., x100=
% Total Solids
2/e112, si2aiia
Ak

u'_AIL I rC E:UL)MU
3rd Dryer Batch
Fill Cycle Started @
3 S'
-Dry Cycle Started @ ; C v
Discharge
Cycle Started @
Temperatures..°F
Timehaust
harge
Discharge
Product
Dry Chamber
Timer In
Chamber
Out
Rotor
In
Rotor
Out
O erator
� `l
l l
�-JQ s
3 ���
y v3
-23 /
,. �. J�
gqo
�/�
LIz
1�� �%y�
tea
Y�
Y 3
�f yS
DRYER OUTPUT % SOLIDS
Dish Wgt
Wet Sample + Dish
Dried Sample + Dish
(grams)
{grams)
(grams)
x 100 =
C
� �:5
%.Total Solids
Alarms or Comments

TWSA DRYER OPERATIONS
DAILY RECORD
DATE
START STOP.... TOTAL
= RUN TIME, HRS
1st Dryer Batch
Fill Cycle Started @ � Dry Cycle Started @ i` Discharge Cycle Started tJ
Temperatures OF
Time
Discharge
Exhaust
Discharge
Product
Dry
Timer
Chamber
In
Chamber
Out
Operator
rb
���
41390
C
0'a
XRoRotor,
53
��
1
'/SD
DRYER OUTPUT % SOLIDS Dish Wgt Wet Sample + Dish I Dried Sample + Dish
(grams) _(grams) (grams)
0Af03(2- 6 6,LLQ
x1oo= qq
i ` ��' %Total Solids
2nd Dryer Batch s
Fill Cycle Started @ Dry Cycle Started @ _ Discharge Cycle Started @ (� • 35
TemperaturesOF
Time
Discharge
Exhaust
Discharge
Product
Dry
Timer
Chamber I
In
Chamber
Out
Rotor
In
Rotor
Out
Operator
7
A
g Db
16 0
)4f�
,
'36
�
'
y,3�8
�4

3rd Dryer Batch
Fill Cycle Started @ A `'t -Dry Cycle Started @ L' `� Discharge Cycle Started @
Temperatures:OF
Time
Discharge
Exhaust
Discharge
Product
Dry
Timer
Chamber
In
3,zv
z ��
� ,a
q�Z.l
Ito
9"So
��
lberARoto,
237
/ 7
1v`"D
y ys'
35S
l��
�`�l
DRYER OUTPUT % SOLIDS Dish Wgt Wet Sample + Dish I Dried Sample + Dish
(grams) (grams) (grams)
X 1 00 =
a r % Total Solids
Alarms or Comments

TWSA DRYER OPERATIONS
DAILY RECORD
DATE
START STOP._ TOTAL
RUN TIME, HRS� 6�: � ` �q
1st Dryer Batch
Fill Cycle Started @ -Z o2 Dry Cycle Started @ Discharge Cycle Started
Temperatures °F
Time
Discharge
Exhaust
Discharge
Product
Dry
Timer
Chamber
In
Chamber
Out
RotorFRotc,r
In
t
Operator
0�
�
a.��
4t3i
f�
1 CIA I
(CO)
3
l9 b
46
-q 4/
14 id,
z
DRYER OUTPUT
% SOLIDS
Dish Wgt
Wet Sample
+ Dish
Dried Sample + Dish
(grams)
.(grams)
(grams)
1 0007,
3 O
PS, 9-103
jg�-1q-SS
� � !
x 100 = U
% Total Solids
2nd Dryer Batch
Fill Cycle Started @ _ Dry Cycle Started @ `._ Discharge Cycle Started @ 3��j
Temperatures OF
Time
Discharge
Exhaust
Discharge
Product
Dry
Timer
Chamber
In
ChamberW,Ro
Out
to
DRYER OUTPUT % SOLIDS Dish Wgt Wet Sample + Dish Dried Sample + Dish
(grams) (grams) (rams)
r 6n97 ,?so (01(010
rr�J
U % Total Solids

� J_M_ f r' IZIZ U U U
3rd Dryer Batch
Fill Cycle Started
@ �
-Dry Cycle Started @
Discharge Cycle Started
@ �i�_
Temperatures:.°F
ischarge
Exhaust
Discharge
Product
Dry
Timer
Chamber
In
Chamber
Out
Rotor
In
Rotor
Out
-- -
0 erator -"
2►7
�O�3!/5)
4,Time
­ v 8
) 6 Cb
0 -d 9 S
'-f 3 S
S
30
6;3 1
3` q
3os
(1
3
'_�Vd.
9`•1Z
`1 ctd
3 r;
DRYER OUTPUT % SOLIDS I Dish Wgt I Wet Sample + Dish Dried Sample + Dish
(grams) (grams) (grams)
x 100 = -L74 -3 % Total Solids
Alarms or Comments

TWSA DRYER OPERATIONS
DAILY RECORD
DATE kj _' ✓ �P
START
TOTAL
-- = RUN TIME, HRS
D
3
1st Dryer Batch
Fill Cycle Started @
tt' 1
Dry Cycle Started @6_. Discharge Cycle Started @2�"c `f
Temperatures OF
Discharge Dry
Exhaust Product Timer
Chamber
In
Chamber Rotor
Out In
Rotor
Out Operator
� D,
o2i
Q 6
a �.
��a
'0-,5
� Ma
PDischarge
3,
r
16z�
4
bs
a�
DD
j4g1�
�=l
RYEROUTPUT%SOLIDS
Dis gt
Wet Sample +Dish
Dried Sample +Dish
(grams)
.(grams)
(grams`)
Z `/
7
X100=
% Total Solids
2nd Dryer Batch '1
Fill Cycle Started @ :J
Dry Cycle Started @ Discharge Cycle Started @ 2 r3
Temperatures °F
Discharge
Time Exhaust
Discharge
Product
Dry
Timer
Chamber
In
Chamber Rotor
Out In
Rotor
Out Operator
b
5 c
-2433
`f ( 1-133
aU-7
if
1
I1-4-3
9
DRYER OUTPUT % SOLIDS
Dish Wgt
Wet Sample + Dish
Dried Sample + Dish
(grams)
(grams)
. (grams)
3
X. �D,Ds
a t
a
x 100 = a
% Total Solids
116/12, 6/23/14

UAILY I-HEC;CUKU
3rd Dryer Batch
Fill Cycle Started
@ ZYJ I
"-Dry Cycle Started @ 3_ Discharge Cycle
Started @ i3
Temperatures..°F
-
15E��Dry
Product
Timer
Chamber
In
Chamber Rotor
Out In
Rotor f f
�j03166
Out O erator
V7-
'- y�Y�
3 7�
ro
DRYER OUTPUT % SOLIDS
Dish Wgt
Wet Sample
+ Dish
Dried Sample + Dish
(grams)
(grams)
(grams)
/3
-�2.9, 5 6 i
x goo =
% Total Solids
Alarms or Comments
A
J�a \1

I WSA DRYER. OPERATIONS
DAILY RECORD
DATE
START STOP
j p 2
RUNTIME, HRS
1st Dryer Batch q j
Fil!-Cycle Started @_ Dry Cycle Started @ 0
TOTAL
Discharge Cycle Started @
Time
Discharge
ExhauSt
Discharge
Product
DP y
Timer
Chamber
!^
Chamber
Out
r :vtGr
In
Rotor
Out
O er3tGf
; 3'
C)
d
1�
.a i
1.11 �
a
0
-J:4' I
(
ch
.-Time
Discharge
'Exhaust
Discharge
-Product,
Dry, :
Timer
Chamber.
'In
chamber
Out
Rotor
In
Rotor
Out
Operator
)-44,5
437�
. 3
�sd
S
5
7
C'� .
DRYER OUTPUT %
216112
30LIDS Dish Wgt Wet Sample +Dish Dried Sample + Dish
rams rams rams
�1�� x100=
L % Total Solids

T VXISA DRYER OPERATIONS
DAILY RECORD
t✓o
3rd Dryer Batch
..
Fill Cycle Started '@
Dry Cycle Started @ l
Discharge Cycle Started @
Temperatures.
Discharge
Discharge I
Dry
Chamber
Chamber
Rotor
Rotor..
Time Exhaust
Product
Timer
I In
Out
In
Out
I Operator
�fl2- . ,G C 1 b..
QCo3
63
31
S�
50
-Y3
yzy
.y3,?
73
� 3 %
Y yS
3 T
s 1-52 a 60
1-i1-1s
yyz
yy-5-
z

T WSA DRYER. OPERA TIOIr{S .
DAILY RECORD
DATE 45
START STOP TOTAL
7 j y
RON TIME, HRS
1st Dryer Batch
Fill Cycle Started @ in 3 Dry Cycle Started. @ t� Discharge Cycle Started @ 1 b 3
.—crnrsara'� trac ��'
Time
DiSCiaFge
Exhaust
D;1 50ha rge
Product
vRPy
Timer
Chamber
In
Chamber^
Out
C
In
.RZ 0twri
Out
Operator
: /
j
�(: 6d(�
�JZ�
6..
�.
�
-37 1
-11;5
c
R :
g
0
C -5
4 4-S '
�3S
'* , .
n &�3
6-4
F
'4*S
DRYER OUTPUT % SOLIDS, Dish'Wgt Wet Sample + Dish f Dried Sample + Dish
rams rams rams
A c11;28
-�...: x100= c�
16 /o Total Solids
2nd Dryer '.Batch- :. � � . ; .. ....
`_ D �S �7
Fill. Cycle Started @ � Dry Cycle Started @ Discharge Cycle Started @ �C•' ���
Tem eratures ".r=
:..Time
Discharge
Exhaust:`
Discharge
-Product:.Timer
Dry: ;
Chamber .
In
Chamber
Out
Rotor
In
Rotor '
Out
Operator'
ej
3(
ew -
DRYER OUTPUT % SOLIDS Dish Wgt 'Wet Sample + Dish Dried Sample + Dish
rams rams rams
3135 5�
x100=
b % Total Solids-
2/6112

T V`,fSA
DRYER OPERATIONS
DAILY RECORD
3rd Dryer Batch
Fill Cycle Started'@__
Dry Cycle Started @ i %
Discharge Cycle Started @
Gi 3
Tem eratures, e `�
Discharge
Discharge
I Dry
Chamber
chamber
Rotor
Rotor.. .
Time
Exhaust
Product
.
Timer
in
Out
In
Out
I Operator
.
I
/Ob
Y3Y
V'�f
abb
t`16
YV3 1
,q q�
��
-�

TWSA DRYER. OPERk T IOIgS
DAILY.RECORD
DATE —�`�:
I` START STOP TOTAL
RUN TIME HRS
1 st Dryer Batch
Fill Cycle Started @ Dry Cycle Started @ 1 Discharge Cycle Started @
T=mrrnrac r. i-_
Time
Di chap ge
Exhaust
Discharga
Product
vey
Timer
Chamber
I^
Chamber
Out
:vitir
In
otvr
Out
Operator
j
r
44-�..Lf-35-
44
-35
j ..
DRYER OUTP - % So Ds: Dish`Wgt ...Wet Sample +'Disci Dried Sample + Dish
rams rams -(grams)
v .
x 100 = ..112 % Total Solids
2nd Dryer'.Batch .:
Fill. Cycle Started @ .Dry Cycle Started @ Discharge Cycle Started @
..
r-
Tem eratures � r
..
Discharge
Discharge
Dry
-.-Time
Exhaust
Product
: ;
Timer
Chamber .
In
:Chamber
O�!t
Rotor
In
Rotor "
Out
O erator
1
e
15
If
35D
DRYER.OUTPUT
V6e 12
iDs Dish igW t 'et Sample +Dish Dried Sample + Dish
rams rams) (grams)-----..-..._.
x100=
% Total Solids

TVVSA DRYER OPERATIONS
DAILY RECORD
3rd Dryer Batch
Fill Cycle Started @
Dry. Cycle Started @ 3 ; ! 1
Discharge Cycle Started @
Temperatures.
Discharge
Discharge
I Dry
Chamber
Chamber
Rotor
Rotor._
Time
Exhaust
Product
. _
Timer
In
Out
In
Out
Operator
.
M
yv/
2z
y;S/
2-
2-1�y
�
Z
qd*
y
`7�

iVVSA DRYER. OPERA T IOI� S
DAILY
RECORD
DATE v2 _ / 40 :
START STOP TOTAL
�
RUN TIME, HRS
1st Dryer Batch
Fill Cycle Started @ Dry Cycle Started @ % T Discharge Cycle Started
' "rcmr�.rac� rF.c a r-
Time
Discharge
Exhaust
Discharge
Product
Di y
Timer
Chamber
In
Chamber
Out
OTor
In
i�J
Out
Operator
n
.:.Time
Discharge
:Exhaust-
Discharge
-Product:
Dry,.
' Timer `
Chamber.
In
Chamber
Out
Rotor
In
Rotor
Out
Operator'
Jb
45
17
lSb
�4 ,�f5
43
Y
36.
DRYER OUTPU /o SOLIDS Dish Wgt Wet Sample +Dish Dried Sample + Dish
rams rams rams
x 100 = `/
1� % Total Solids
.21602

TVVSA. DRYER OPERA TIONS
DAILY RECORD
3rd Drver Batch
Fill Cycle* Started @
Dry Cycle Started @
Discharge Cycle Started @
Temperatures.
Discharge Discharge Dry
Timehaust Product Timer
Chamber
In
Chamber
Out
Rotor-
in
Rotor,
Out
Uperator -
I t '50.
C/
z1Z
Y,'.5 6 J00
q T
�3s-
YLIT
3
a;r
LIL/
YL/ L/
61'3
DRYER OU TPUT % SOLIDSDish Wgt Wet's i Saimp!e.­ Dish Dried Sample+ Dish
dams(grams)rams
X 100
Total.Solids.
Alarms or Comments
Oct V" il 11 C A.). d
r) r

TWSA DRYER. OPERATIONS
DAILY RECORD
DATE"
START
STOP.
TOTAL
RUN TIME, HRS
�� ��
� •. J �
I � L
1 st Dryer Batch
` -
FillCycle Started @ IL �'% Dry Cycle Started @
Discharge Cycle Started
l empera`-ores r, l,-
D15Cfiargc
Discharge
uiy
Cliamber
Chamber
Time
Exhaust
Product
Timer
In
Out
yvttir
in
Rvivr
Out
Operator
RR
q0
,:
a�a
I C
f
(
160
-i3
41
IS? 10�
�
3S
4�5
3575.
:
10=
l
C7
1
"
DRYER OUTPUT % soups; Dish Wgt Wet Sample + Dish Dried Sample +Dish
rams rams rams
.J. x100=
/ f % Total Solids
2nd Dryer*.Batch :/�
Fill Cycle Started @` Dry Cycle Started @ �p Discharge Cl%cle Started @ "c7r
Teni eratures ".F
: .Discharge Discharge Dry:: � Chamber.
Time
'Exhaust
Producfi
"Timer
In
chamber
Out
Rotor
In
Rotor ;
Out
Operator'
cD
DRYER OUTPUT %SOLIDS Dish Wgt Wet Sample +Dish Dried Sample + Dish
rams rams . rams
01
x100= �y
% Total Solids
l
zrsriz

T V\(SA DRYER OPERATIONS
DAILY RECORD
3rd Dryer Batch
Fill Cycle Started'@ Dry Cycle Started @ Discharge Cycle Started @
Temperatures. e
Time
Discharge
Exhaust
Discharge
Product
I Dry.
Timer
Chamber
In
Chamber
Out
Rotor-
In
Rotor..
Out
Operator
`T
O
]
`i ✓
�P
` t ��
Z
.Jo
ZOO
:1,-/Yy
Y
3/0

T WSA DRYER. OPERATIONS
DAILY RECORD /
DATE
START STOP TOTAL
RUN TIME, HRS
1st Dryer Batch
Fill -Cycle Started @� Dry. Cycie Started .0 0 15 Discharge Cycle Started @ 5
- Tamrarasrac �- '
Time ,
Discharge
Exhaust
Disci large
Product
ED y
Timer
Chamber
In
Chamber
Out
in
Iwive
Out
O erator
i ®', k 5"
C)
3 I
3-13
37 Z
zct
J�J<�SA
. t , o s
d C) 0
0
50.
c4 f
JL�9
1 H 41
3 �_-z-
.1.9 I
- 0 .
10.E
��S
�35.
L
(40o.
DRY OUTRUT % OUDs.
Dish'Wgt
..Wet Sample +Dish
Dried Sample +Dish
rams
rams
rams
X100 o
/o I otal Solids
2nd Dryer .Batch
Fill Cycle Started @ a . of
Dry Cycle Started @U Discharge Cycle Started @
Teri eratures .r
-Time
Discharge
Exhaust
Discharge
Product
Dry::'
Timer
Chamber.
In
Chamber
Out
Rotor
In
Rotor
Out
Operator
a r l�1 f7
�U
✓q l
q
l'�
�2.q
�Cl
Z
v
Y.L'15
�;
0.
VYL
Y3
YYZ�
3K6.
Ys
'S
33
DRYER OUT % SOLIDS Dish Wgt Wet Sample +Dish Dried Sample + Dish
rams rams _ r2ms
x 100
% Total Solids
2/S 12 _L

T VV,SA DRYER OPERATIONS
DAILY RECORD'
3rd Drver Batch
Pill Cycle Started'@ Dry Cycle. Started @ Discharge Cycle Started @
Temperatures e �=
Time
Discharge
Exhaust
Discharge
Product
I . Dry
Timer
Chamber.
In
Chamber
I Out
Rotor
In
Rotor,.
Out
Operator

T WSA DRYER. OPERATIONS
DAILY RECORD
DATE
START.. p� STOP. TOTAL
_71
RUN TIME,
6 D 3 '
1st Dryer Batch
Fill -Cy . Cie Started @ ` Dry Cycie Started .0 (� Discharge Cycle Started @ Lo
Tcmraraynrac �e=
Time^
Discharge
Exhaust
Discharga
Product
D;y
Timer
Chamber
In
Chan. ber
Out
Rotor
in
11-Zotor
Out
Operator
DRYER OUTPUT % SOLIDS.. Dish Wg.t
.. Wet Sample + Dish
Dried Sample � Dish
rams
rams
rams
:::.✓
(J;q
3a/�
71
Sv
x100=
"! % Total Solids
.: ...
2nd Dryer'.Batch :.
.Fill C cle Started
,:.Y . @
D C Cie Started
rY y @
1 _� �T Discharge C �cie Started
9'.::.1... .::..
Temperatures,
.Discharge
Discharge
Dry::
.Chamber. .
Chamber
...Time
Exhaust`
--Producfi -
Timer
In
O!�t
Rotor
In
Rotor
Out
O erator
3:;--1
�Aj
73
0.
(-Iqf
y3
Sys
3�
Y-d
.3161
J7
DRYER.6T�UTb//,L`1`�/�`�D``sDish Wgt Wet Sample +Dish Dried Sample + Dish
ams rams ramsr/x 10�� Y J % Total Solids
.216M2

TVVSA
DRYER OPERATIONS
DAILY RECORD
3rd Dryer Batch
Fill Cycle Started @ `� S .%
Dry Cycle Started @ 5 ' 3 2
Discharge Cycle Started @
e/.
TemperaturesF.
Discharge
Discharge .I.
Dry
Chamber
chamber
Rotor.
Rotor..
Time
Exhaust
Product
Timer
in
Out
-in
Out
Operator
.
�;3k
l83
L-1©�
C;
c(Ll
356
A5 0
-/°V)
Yv
`/ yj
3 7y
° �

TWSA DRYER. OPERATIONS .
DAILY RECORD
DATE
START STOP TOTAL
ti � •
RON TIME, HRS
1st Dryer Batch
Fill Cycle Started @ to - 4 Dry Cycle Started @ Discharge Cycle Started
Time
DischaF ge
Exhaust
Discharge
Product
Di y
Timer
Chamber
In�
Char,
Out
i :uivr
: wiu:
Out?
O ertt
a]or
3 7y
���In
1
E
V r D,
2.
C.
�'
CID
�Y i
J
63.E13,
DRYER OUTPUT % SOLIDS Dish Wgt'
.. Wet Sample +Dish Dried Sample + Dish
rams
rams rams
0;9�3�
? �,
Civ� air• �:��:.. ��
.:
-5797
jj l (Q
.x100=
% Total Solids
2nd Dryer.Batch
Fill Started @ � � '� .Dry
Cycle Started @ � C3� Discharge. Cycle Started @ � �
_
Temperatures
.Discharge
Dry
.Discharge
Time
'Exhaust
..Product
,
'Timer
Chamber
' In
Chamber
Out
Rotor
In
Rotor
Out
Operator'
6
C]�
�.
.-e to
J1��
.ao
.0 :1
J8 0
445
:44/
-11
322
Ct
DRYER OUTPUT % SOLIDS Dish Wgt Wet Sample + Dish Dried Sample +Dish
rams rams rams
a s iY.
x100- t �/
%Total Solids
,2/6/12
' .. .. -
Ask

TVVSA DRYER OPERATIONS
DAILY RECORD
3rd Dryer Batch
Fill Cycle Started@ �©
Dry Cycle Started @ -
Discharge Cycle Started @
Temperatures.
Discharge
Discharge
I Dry
Chamber
Chamber
Rotor-
Rotor.,
Time
Exhaust
Product
Timer
In
Out
in
Out
u erator.
0
-� .
3v
3-72
is
0
_Y 3 V
:z qs-
� : 05_
10 0
` / V 5
Y 3
50
IL16
.y3-5
Yy61
1/3
yvs
3 �2
-� .

I VVSA DRYER. OPERATIONS .
DAILY RECORD
DATE
START STOP TOTAL
RUN TIME, HRS
1st Dryer Batch r^
Fill Cycfe Started @ V Gry Cycie Started @ Discharge Cycle Stareed
o� ? crrara�t crac r, i-
Time
DISCiiargc
Exhaust
Discharge
Product
e P y
Timer
Chamber
in
Chamber
Out
� :u:Gr
In
Ruiv^r
Out
Opera tar
65
C
5Z)
214
L41L
1-1azt
2 69
C
.Time
Discharge
Exhaust
Discharge
Product-
Dry, :.
Timer
Chamber.
.In
Chamber
Out
Rotor
In
Rotor
Out
Operator'
6y�31.
;5
-1
-to
F
DRYER OUTPUT % SOLIDS Dish Wgt Wet Sample + Dish Dried Sample + Dish
rams (grams). rams
5�.2
I% 7.1+00
Total Solids
2vsnz

TVVSA DRYER OPERATIONS
DAILY RECORD
3rd Dryer Batch
Fill Cycle* Started Dry Cycle: Started @ g y @ y @ 5 " Dischar e C cle Started S. l
Temperatures. E
Time
Discharge
Exhaust
Discharge
Product
I . Dry
Timer
Chamber
In
Chamber
Out
I Rotor
In
Rotor..
Out
I Operator
y�
3.
- a
®
L4c4q
c43.1..L4c(5
36.S

T VVSA DRYER. OPERATIONS.
DAILYRECORD l ./
DATE
START STOP TOTAL
RUN TIME, HRS C 2 I
1st Dryer Batch 2
Fill. Cycle Started @ t0 J �1 Dry Cycle Started @ Discharge Cycle Started
/ TcmrarasrcrFc r, t=
Time
Discharge
ExhaUSt
Discharge
(Product
Dry -
Timer
Chamber
in
Chamber
Out
�:vtor
In
Eviur
Out
Operator
�<<
CV
--F t
D.1,2r
�.0
1f
'j-f
3-
4�1
3 a
E
DRYER OUTPUT %e SOLIDS, Dish'Wgt ..Wet Sample + Dish Dried Sample + Dish
0 pflL -�
rams)'-'
Trams(grams)l%
-
I
lo-Toial�So!ids`
2nd Dryer'.Batch
F!II Cycle Started Dry Cycle Started. @ I` Discharge Cycle Started
. .. Tem eratures -".r.
..
�.
.Discharge
.Discharge
Dry, .
Chamber
Exhaust'Product:
�
-'Timer
In
:Chamber
Out
Rotor
� In �
Rotor
Out
Operator'
`✓
C
3-6-
j
2
BNsA
D
DRYER OUTPUT % SOLIDS Dish Wgt Wet Sample + Dish Dried Sample + Dish
rams rams (grams)'
'6�Cf27T-
x 100
Total Solids

3rd Dryer Batch
Fill Cycle Started@
Discharge
Discharge
I Dry
Chamber
_Chamber
Rotor-

TVVSA DRYER. OPERA I IONS
DAILY RECORD
I
DATE
' START STOP TOTAL
RUN TIME, NRS
1st Dryer, Batch
Fill Cycle Started @ �- -( Dry Cycle Started @ F 6 4 Discharge Cycle Started @
<-
Time
Discharge
Exhaust
Discharge
Product
Lj1 y
i imer
l,hamber
In
Chamber
Out
Rotor
In
��viuf
Out
O erator
z-o.
46
�Iz(
14 z�
.) ).r4+
"D-
'1-4,36
AVA'is
�,
�14
.�:
:.-Tine
Discharge
Exhaust'
Discharge
Product -
Dry, :
"Timer
chamber
In
Chamber
Out
Rotor
In
Rotor
Out
Operator'
6
3,3�
y zt
Woo
LvZ-I -
72-
`-1V
(3
` yx
- 3,y
�J
DRYER OUTPUT % SOLIDS Dish Wgt Wet Sample +Dish Dried Sample + Dish
rams rams rams
y� 3l�
x1oo=
/o Total Solids
216/12

3rd Dryer Batch
Fill Cycle Started ,@
TVVSA DRYER OPERATIONS
DAILY RECORD
Dry Cycle Started @ Discharge Cycle Started @
Temperatures. E
Time
Discharge
Exhaust
Discharge
Product
I . Dry.
Timer
Chamber
In
chamber
Out
Rotor
In
Rotor,. ,
Out
Operator
0

T VVSA DRYER. OPERATIONS
DAI LY' RECO RD
DATE
START STOP TOTAL
RUN TIME, HRS
1st Dryer Batch p lam, r
FillCycle Started @ _ Dry Cycle Started @ D Z z Discharge Cycle Started @ `7
• Tcrnncr�bttrcc Cr r_
Tim/eI'
Discharge
Exhaust
Discharge
Product
D; y
Timer
Chamber
In
Chanuer
Out
Rotor
In
Rutur
Out/
Operator
)qq
q -3
M' .
�i
DRYER OUTPUT % SOLIDS. Dish Wgt' Wet Sample +Dish Dried Sample + Dish
rams rams rams
:x 100 = ' % Total
2nd Dryer:Batch :. 3 .j
Fill" Cycle Started 1.. 7 Dry Cycle Started @ :' 'Discharge Cycle Started @
Tem eratures
. .Discharge Discharge Dry, ; .Chamber.
..-Time
Exhaust
-Product
Timer
In
:chamber
OU
Rotor
In
Rotor
Out
O erator
I 0 15
43
3:©D .
`7
l
��
�t�r.
3
35: -
C.
DRYER OUTPUT % SOLIDS Dish Wgt Wet Sample +Dish Dried Sample + Dish
rams rams . rams
x 100 A
% Total Solids
V6/12

TVJSA DRYER OPERA.T IONS
DAILY RECORD
3rd Dryer Batch
Fill Cycle Started'@ i 3 Dry Cycle Started @ 1 Discharge Cycle Started @
Temperatures r
Time
Discharge
I Exhaust
Discharge
I Product
I Dry
Timer
Chamber
In
Chamber
I Out
Rotor
to
Rotor..
Out
I O erator
-j
)0o5;o
4C/,/
I LI
�a�
y s
V36
Yys
3�2_
6'`Iy
101
1.
fly
Yys�
YL/a
Yy
3��.
DRYER OUTPUT % SCUDS. Dish LpJgi " `Jifet Sample.=Dish Jried Sampie + Dish
1
lams rams
rams
1
4 L2 as�1
x100=. .. �o. ..
o Total -Solids.._ :. .
Alarms Commentsts �.. . •_
jaY
�.
or
t-A
LA
gam'- --r-M+
0: l i t-fems . 3
1
- ..�:.tb-"G1�Y �(i��ir�r1 �XV1G�4Li.��
��-�' �� l �.. •�_ �
!hc.0 �4'�/'.
-
•
�. .. � :.
�_ l-�l/.!} �•.-' �i.�r��' pf �'' ��te' : .0 � tit_' c�(7���
6 ..
j�
'CIS �c
%
f

I WSA DRYER. OPERATIONS
DAILY RECORD
DATE''
t _ : START' STOP TOTAL
RUN TIME, HRS
1st Dryer Batch _
Fill -Cycle Started L7a Dry Cycle Started @ 7. 13 Discharge Cycle Started i
Time
Discharge
Exhaust
Discharge
Product
Dry
Time
Chamber
In
ChambervtGr
Out
in
Out
O erator
�z=�3
11
3V7
V;©
� �
,33
��
3
�77
9: 3
195
�b
`¢3
`�
..�55.
DRYER OUTPUT % SOLIDS. Dish'Wgt Wet Sample +Dish Dried Sample + Dish
t
rams rams rams
.x,100
% Total Solids
2nd Dryer .Batch
Fill C cle' Started d ".2 2 ' Dry C vcle Started @< Discharge Cycle Started
- Teri • eratures .r - -.
..
Trme
.Discharge
'Exhaust_ ''•'Product°
Discharge
Dry. ;
-Timer
Chamber. .
In
- :Chamber,.
Out
Rotor
In
Rotor
Out
Operator
6.
`od
d"
')t3(e
DRYER -OUTPUT % SOLIDS Dish Wgt 'Wet Sample +Dish Dried Sample + Dish
rams (grams). rams
�'z7Ys73
. x 100 =
9 "5, �L.) ° � %Total Solids
216h12 l l

T VVSA DRYER OPERATIONS
DAILY RECORD
3rd Drver Batch
Fill Cycle Started @ - [ Dry Cycle. Started @ JC Discharge Cycle Started @
V Tamnarati irac c � • .
Time
Discharge
Exhaust
Discharge
Product
I Dry
Timer
Chamber
In
Chamber
I Out
Rotor
In
Rotor.. .
Out
OperatorM
C"
eD'
3137
j b
0
9
V3.4
'N
312,
.
321-/
1-19.3

T VVSA DRYER. OPERATIOf S .
DAILY RECORD
r DATE j?
START yy STOP TOTAL
RUN TIME, HRS
1 st Dryer Batch „
2 c S11:13.
Fi!! Cycle Started �a7 ! 3:J Dry Cycle Started C Discharge Cycle Screed L
Time
Discharge
Exhaust
DiSch argG
Product
DIy
T lmer
Chamber
In
Chamber
oul
Rotor
In
Rotor
Out
Operator
qA
g
g
-=t45_-
4Lt D
-q4S-
�3
.:.Time
Discharge
'Exhaust'
Discharge
-.Product:,
Dry:: _
'Timer '`
Chamber. .
1n -
Chamber
Out
Rotor
In
Rotor
Out
O erator
rag
- / D o
�64,5_
l
4,5
445
35,5
CD
. , 6-3-
. H 1 6
3�1
DRYER.OUTPUT % SOLIDS Dish Wgt Wet Sample +Dish Dried Sample + Dish
rams rams : rams
17
x100=
✓ � �. b % Total Solids
vs„z

T VJSA DRYER OPERATIONS
DAILY RECORD
3rd Dryer Batch
Fill Cycle Started@ Dry Cycle. Started @:Y� Discharge Cyele Started @
Tem eratures. s
Time
Discharge
Exhaust
Discharge
Product
I Dry
Timer
Chamber
In
chamber
Out
Rotor
In
Rotor.. :
Gut
Operator
�{,37
��
Q
s�
Ny6
`� �
�����
33Z
-too
; L 7
o
t
y 9,5'
9 Li
y
DRYER Cu TPUT °o SOLIDS.
Dish 4RJgt
'Jl1et Sample.=Dish
Dried Sample f Dish.
rams
rams rams
1 `
goo 1 0 :.:
X Total. Solids. .
v.:
•
Alarms or Comments
.

T VVSA DRYER. OPERATION S
DAILY RECORD
DATE
-f START STOP . TOTAL
RUfU TIME, HRS / 7� 11 V
1st Dryer Batch 3 P� ! aar
Fill. Cycle Started @ Dry Cycle Started @ T Discharge Cycle Started P
ZH
• Tcmnara�ic�ac �t= '
Time
D•iSChaFgc
Exhaust
Dischargeu
"Product
ED .
-y ,
Timer
Chamber
In
Chamber
OUt
� :utGr
In
Rvtvr
Out
O eratGf
�.�•
g. '
.0.
`.)P
VAI*�5
3 7
-
c • -
1`
#3
46
3ss
. (�24
DRYER OUTPUT % SOLIDS: Dish'Wgt' .. Wet Sample +Dish Dried Sample + Dish
rams rams rams
-Time
.Discharge
Exhaust
Discharge
Product
Dry,
Timer
..Chamber. ,
In
Chamber '
Out
Rotor
In
Rotor '
Out
Operator'
a :
D D.
0 :
/Lo 4
) . 4S
(�
DRYEROUTPUT %
so.CC'7C,�
x 100
2/6/12
Total Solids

T WSA
DRYER OPERATIONS
DAILY RECORD
3rd Dryer Batch
Fill Cycle Started'@
Dry Cycle Started @ / Discharge Cycle Started @
Temperatures.
Discharge
Discharge
I Dry
Chamber
Chamber
Rotor
Rotor.
Time
Exhaust
Product
.
I Timer
I In
I Out
in
Out
U erator..
3
3 6 7
Li
y
,s °
15 p
`l ys
y3s
y9-r,
'71

I VVSA DRYER OPERATIOI�S .
DAILY.RECORD
DATE
START STOP TOTAL
RUN TIME, HRS ©G� 7 f
1st Dryer Batch
Fill-Cycfe Slatted @ , Dry Cycle Started C - 0O Discharge Cycle Started L
?cmrcraysorac «-
Time
Discharge
Exhaust
Discharge
Product
LD Pi
Timer
Chamber
In
Chamber
Out
F7otOr
In
Rvlur
Out
Operator
9.`,00
i C(­7 .
0.
1 v
3 -71
3L,6.
311�-1
ZL1 .
Y
i q 15
U
S0
14 5H
H
(-(-�
z8
a�j
.i o :.. Q
: I �(
v
I OL
(-t �f
: -Time
Discharge
'Exhaust
Discharge
Prod uctr
Dry,
Timer
Chamber. .
1n
Chamber
Out
Rotor
In
Rotor
Out
Operator'
a
: 3Gi . I
3-7
cy.
5
Gi
b
z� g
3
-2 `. 3o
1. 17
0
00 .1����3g
..324-
DRYER OUTPUT o SOLIDS Dish Wgt 'Wet Sample +Dish Dried Sample + Dish
rams (grams). r � / r ms
7
% Total Soli

T Vx(SA DRYER OPE1 ,4Ti NS
DAILY RECORD
3rd Dryer Batch
L10
Fill Cycle Started'@ ��
Dry Cycle Started
r.
@ , Discharge Cycle Starred @
Tem eratures. F "
Discharge
Discharge
I _ Dry
.Chamber
chamber
.Rotor
Rotor..
Time
Exhaust
Product
Timer
in
but
• in
Out
Operator
.
j
o
i,�� U
v
�v
L)�
V q
17
DRYER OUTPUT % SOLIDS
Dish �RJgt '
TamS
`11at SamVle,= Dish.
rams
Dried Sample +. Dish.
rams
•
•

T I/VSA DRYER. OPERATIONS
DAILY RECORD
DATE S�rr`I� —I- L '
START STOP . TOTAL V
RUN TIME, HRS � U
1 st Dryer Batch
Fill -Cycle Started @ Dry Cycle Started @ - J� Discharge Cycle Started
Time
Discharge
Exhaust
Discharga
Product
Di-
Timer
Chamber
In
Chamber
Out
Roor
In
Ruivr
Out
Operator
s 0+
3(o
'_5 i 0
2_2-
3
L4 Zee
4
2-�-15
t 5 �
L4L
H3
�
~ tom
. �
i
L.Lf:(�.
14�C
�f.
%SOLIDS,
DRYER OUTPUT
Dish Wgt
rams
..Wet Sample +Dish
rams
Dried Sample + Dish
rams
.
,C-.
.
X 100 = v�, /� G %
9
% Total Solids
2nd Dryer*Batcht.
.Fill C cle Started Z C7� ' D Cycle Started
:..y.. @ :. Dry .y. :.@
`z,• �i Discharge C /cle Started -
9.. , 1, @
Terri � eratures :z.F .
Time
Discharge
Exhaust '
Discharge
'--Product '
Dry,
Timer
Chamber. .
-In
chamber
Out
Rotor
In
Rotor
Out
Operator'
4 Z, 4 .:
U
0-
`. 3�
a�'
L U['
Lr 31.
t_1 Ll
:k
If�
n
l50
:yam/js
3 �k5
z '
". 0
06r_5
q Y�.:
y,- `to-
q L/6-
DRYER OUTPUT %
x100=
2B/12
+Dish
DL
ro,�, .
�/.�:5� % Total Solids

TVVSA
DRYER OPERATIONS
DAILY RECORD
(,pCJS
, 0.v�
3rd Dryer Batch
Fill Cycle Started @ 3�sS
Dry Cycle Started @ '3`�
Discharge Cycle Started @
Teeratures .
m
Discharge
Discharge
I _ Dry
chamber
chamber
Rotor
Rotor..
,;
Time
Exhaust
Product
Timer
In
Out
in
Out
G
erator
�.�
yvD
f , z-v
=to
���
v
r�0
�1y�
y3
v
j �
7;
;
°o
C�Y�� OUT PUT SCi��s. Dish L"Jgi `fat Sars�pla.= Dish Dried m+ Saple. Dish
dams rams ' raps o

TWSA DRYER OPERATIONS
DAILY RECORD
DATE 5`ZS
L, START STOP. —
RUN TIME, HRS C� �% �� 7. 3 %
1 st Dryer Batch
Fill Cycle Started @ Dry Cycle Started @
Temperatures OF
TOTAL
Discharge Cycle Started c7' l
Time
Discharge
Exhaust
Discharge
Product
Dry
Timer
Chamber
In
chamber
Out
perator
'3%52
l
�
���
s i-CL`.
Z
O tLF)
Q4 0(a
MR
�,.i
,. 3 2
9
U
Li Y
�-4 3 `2
�`���
(
�� ��
eft-t(
��
�S
DRYER OUTPUT % SOLIDS Dish Wgt Wet Sample + Dish Dried Sample + Dish ' / / bid
(grams) .(grams) - (grams)___J' I'll
/(p
9�i`
mac.�5 x100=
90, -f-S 7- % Total Solids
2nd Dryer Batch
Fill Cycle Started @ ` Dry Cycle Started @ l ; y Discharge Cycle Started @ 3 H
Temperatures OF
Discharge
Time Exhaust
I Discharge I
Product
' Dry
Timer
Chamber
In
chamber
Out
Rotor
In
Rotor
Out
—O-p{_erator
'Z,`• 22
� °°
3( -1
(4-f C�
��F7 (Q
%,�
.�••I7�,
3/Ltd
?Q(,.
/ X 2-1
0
o,-
�50
5
q
qq5
DRYER OUTPUT % SOLIDS Dish Wgt Wet Sample + Dish Dried Sample + Dish
(gramps) grams) (grams) ;� )J1
0, 1 0 �� 7/, 7 )-3 6
% Total Solids
/12, 6/23/14 '

��iL f RCIJVRLJ i F:,
3rd Dryer Batch
r
Fill Cycle Started @ 3 s� -Dry Cycle Started @ y� Discharge Cycle Started @�
Temperatures. -OF
LD Discharge Dry Chamber Chamber Rotor Rotor
Product Timer In Out In Out O erator
���o v [ -5" L1 LC �
�1
DRYER OUTPUT % soupsLishigLt��e
Sample +Dish Dried Sample +Dish
(grams) (grams) � , 3 cf o 3,L60 6v
/o Total Solids
Alarms or Comments
1
•

TWSA DRYER. OPERATIONS
/DAILY.RECORD
DATE (-,2 Q �✓
(START j STOP TOTAL
RUN TIME, HRS
1st Dryer Batch
FiII Cycle Started @ Dry Cycle Started @ %• 3 S Discharge Cycle Stariea @
Tirrie
Discharge
Exhaust
Discharge
Product
LA-Y
Timer
Chamber
In
Chamber
Out
Nivwr
In
RlOtOr
Out
Operator
3:).5�
1
/,
;'4(0
::1
l bo
4362
+4
'375
7
1
y3
.: .
0.410
- [,.
DRYER OUTPUT % SOLIDS. Dish Wgt Wet Sample +Dish Dried Sample + Dish
rams rams rams
- X1•oo= ri�jr `
.6: y�'j l 'yj
(a ' % Total Solids
2nd Dryer .Batch � /
Fill Cycle Started @ `.Dry Cycle Started @ . Discharge Cycle Started '@ o�.
Teri eratures ".r
�.
':-Time
.Discharge_
'Exhaust '
,Discharge
---Product:.
Dry, .:.
Timer
Chamber.
'In
:Chamber
Out
Rotor
In
Rotor
Out
Operator'
a®a���
.1101 =3V.
C)i
I
61
3g
06
DRYER OUTPUT % SOLIDS Dish Wgt Wet Sample + Dish Dried Sample + Dish
rams rams rams
- �l x 100 = ,, [;? ' . %Total Solids
-D.3 .
2/6/1 2

T VVSA
DRYER OPERAMNS
DAILY RECORD
3rd Dryer Batch
Fill Cycle Started@ r
Dry Cycle Started @ S
Discharge Cycle St,. @
f
V
Tem eratures,
Discharge
Discharge
I - Dry
.Chamber
Chamber
Rotor-
Rotor.
' .
Time
Exhaust
Product
Timer
In
Out
In
Out
Operator
.
00
O.
C /3
�'%
�/ 3
3
Iq;5�
�;
�b�
�y�
Cl3)
1:V5
'.
O
1
c�Y�� cu ru T % sc�;e . Diish L"(gt tifat'samp;e.= Dish Dried Sample +.Dish.
rams rams rams
Total. Solids.
hN fj .^
Alarms or Co55 t
mments
f

i WSA DRYER.OPERATIOi�s
DAILYRIlECORD
DATE
. START STOP TOTAL
RON TIME, HRS �-23f Dryer Batch
Fill -Cycle Started Dry Cycle Started @ Discharge Cycle Started @
cmr.=r�-nrac 4lG
Time
Discharge
Exhaust
Discharge
Product
Ui y -
Timer
Chamber
In
Chamber
Out
i :o or
In
FZo or
Out
Operator
7 06
jqVn
0
`I36
yy,�
3 yG
TS74-
-o
%-I �S.
Li 3C
y�
to
C/yy:..3y.
DRYER OUTPUT % SOLIDS: Dish'Wgt' ...Wet Sample + Dish Dried Sample + Dish
rams rams
-.(grams),�
o
v.
x'100 = .
L �C� % Total Solids
2nd Dryer.Batch :
FiII. Cycle Started'.
Dry Cycle Sfarted @ 'Discharge Cycle Started @
:..:....: Temperatures '` r ,
.
.:.Time
.Discharge
Exhaust
Discharge
-Product
Dry..
Timer
Chamber .
1n
:Chamber
Out
Rotor
In
.Rotor
Out
:
Operator'
DRYER.OUTPUT % S(
_IDS Dish Wgt Wet Sample +Dish Dried S
rams (grams). c
x100=
+ Dish
% Total Solids

TV11SA
DRYER OPERATIONS
DAILY RECORD
3rd Dryer Batch
_
Fill Cycle Started•@
Dry Cycle Started @
Discharge Cycle Started @ --
Tem eratures
Discharge
Discharge
I , Dry.
Chamber
Chamber
ROtCf"
Rotor."
,
Time
Exhaust
Product
Timer
In
Out
In
out
Operator
.
DRYER OUT PUT % SOLID"
DCsh W.-1
lams
tJ1let Sa ' Ple _ Dish
grams)'
Dried Sample + Dish
rams

T VVSA DRYER. OPERATIONS
DAILY .RECORD
DATE
START STOP TOTAL
RUN TIME, HRS
1st Dryer Batch
FiII.Cycle Started @ Dry Cycle Started @ �- %� Discharge Cycle Started
1 / cmr:: ras t�ac 4 P-
Time
Discharge
Exhaust
Discharge
Product
v y
T imer
Chamber
In
Chamber
Out
In
Out
Operator
,90p
246p
.37.E
'Y0
CZ J
03
S� '
.341
3 '
450
p b
q
DRYER OUTPUT % SOLIDS: Dish Wgt' . Wet Sample + Dish Dried Sample + Dish
.......
rams (grams), (grams).
'
x 100 =�j
j f i:. i �J at ` .. (ci . % T otal Solids.
2nd Dryer'.Batch
Fill Cycle Started @ �'= ap .Dry Cycle Started @ Discharge Cycle Started @��_
:...:.:. Temperatures F
Discharge Discharge Dry, ; Chamber.
­ 11me
Exhaust
Producfi
Timer
.
In
:Chamber
Out
Rotor
In
Rotor
Out
O erator
DRYER OUTPUT % SOLIDS Dish Wgt Wet Sample + Dish Dried Sample + Dish
rams rams - rams
t� .0'
x100= � •�
216/12
Alk
I
/o T tal Solid
. /_' /��

i VVSA DRYER OPERAT IONS
DAILY RECORD
3rd Dryer Batch
Fill Cycle Started @ Dry Cycle. Started @ C>k 6 �Discharge Cycle Started @
Tamnarnfiirac 8 I=
Discharge
Discharge
I . Dry.
Chamber
Chamber
Rotor
Rotor..
Time
Exhaust
Product
Timer
I In
I Out
In
Out
j Operator -
�t
yi y
C/ 3 z
3 -3 Z
3;/'
Coy
Ll L,j ,5 -
y 3
L/ �/
321
f
Aft

iWSA DRYER. OPERATIONS
DAILYRECORD
DAT.E-6 —,-aa
START STOP TOTAL
RUN TIME, HRS
1st Dryer Batch
Fill -Cycle Started
2rted @ t, %.L40 Dry Cycle Started' @ T Discharge Cycle Started [5 off
Time
DiSCh2Fge
Exhaust
Discharge
Product
D,-y
Timer
Chamber
Chamber
Out
F-otor
in
;Rotor
Out
�6)
v 1
qDj
a3s
Efl
f q f3
6
LIT
43(ol
-7
12) t).
3
.,3,7
4:50
-7 91
.)44
Qj
DRYER OUTPUT %o SOLIDS.
t Dish'W '
9.
.Wet Sample + 'Dish'
(grams
3.(grams)
Dried Sample + Dish
(grams)
GG F73
X'I 00=
-iotal Solids
2nd Dryer'Batch
Fill. -Cycle Started :Dry Cycle @
'.
C t.ie Started
Tent perat ures
:.-Time
Discharge
'Exhaust
Discharge
.,Product
Dry..
Timer
Chamber
.In
Charriber
Out
Rotor
In
Rotor
Out
Operator
..
JA -45
199,
l a
4s
-Aq
J �
DRYER OUTPUT % SOLIDS Dish Wgt A/Yet Sample +.Dish Dried Sample Dish
(grams) (gr2MS (grams)
Sample + Dish rams
9
c) Q)i
X 1,00
% Total So
216/12

T GVVSA DRYER OPERATIONS
DAILY RECORD
3rd Dryer Batch
i
_
Dry Cycle Started @ �JJ
Discharge Cycle Started %UJ -
g Y.' @
Fill Cycle Started @
Tem eratures. c `
Discharge
Discharge
I . Dry
Chamber
Chamber
I . Rotor-.
Time
Exhaust
Product
Timer
In
Out
- In
Out
Operator �
a:
o
q
/+
3-45
f V,
�
� o
VL/7
Y"
.�/y,7��.
%©7D
.14Y`l
V3
YVY
9V_5_
1/z�
yys
s�
11
32
DRYER OUTPUT %'SOLID
ON g
a r j ...: x 100 `%,Total. Solids. -
Alarms or Comments : j } . ' e -
9113
r / y
Dish W.gt .
`pjet Sample - Dish Dried Sample +. Dish
rams
rams " lams
r

T WSA DRYER. OPERATIOItJS
DjAILY.RECORD
DATE .—,
START j STOP TOTAL
RUN TIME, HRS 'c I a�
1st Dryer Batch /
Fill -Cycle Started @ �° ``� Dry Cycle Started @ Discharge Cycle Started @ .'
T=mrar=N'Trac r, r-
Ti �e
Discharge
Exhaust
Discharge
Product
Diy
Timer
Chamber
I ,
Chanuer
Out
In
R,Gtur
Out
Operator
gar
1� .
41
-
(�Zo
DRYER OUTPUT % SOLIDS. Dish•Wgt' Wet Sample + Dish ' ' Dried Sample + Dish i
0 ' J
rams rams rams
L.
% II otal Solid
2nd Dryer.Batch . :..:.
'Fill. -'Cycle Started: @ '� Dry. Cycle Started @ -Discharge Cycle Started @ j
Tern eratures -
-' .Discharge Discharge Dry..: � .Chamber.
.-Time
'Exhaust -
-Producfi '
'Timer'
-In
:Chamber
Out
Rotor
In
Rotor
Out
Operator'
�
R
C)
V D D .
j6t
#c?
-'k4t-57
CD
DRYER OUTPUT % SOLIDS Dish Wgt 'Wet Sample +Dish Dried Sample + Dish
rams rams rAms
�' / /o Total Solids

T V\(SA DRYER OPERAT IONS
DAILY RECORD
3rd Dryer Batch
Fill Cycle Started @ Y Dry Cycle Started @ Discharge Cycle Started @
Temperatures. "
Time
Discharge
Exhaust
Discharge
Product
I . Dry
Timer
Chamber
In
Chamber
Out
I Rotor
In
Rotor.
Out
I Operator.
0*�
3, f3
d
�
�1Y7
�3.�
Y��
71
y; 3 3
��
Li y
y 3X
VY S
-V
�.S-
J;-9
5,23
g,5
.vy�.
L y37
VY�
���

I VVSA DRYER OPERATIONS
DAILYRECORD
DATE Lo
START STOP •T0TAJ_
RUN TIME, HRS
1st Dryer Batch
. 'ii
Fill -Cycle Started @ Dry DCycle Sta
rted @ Discharge Cycle StartedCa)
r-- rn n=rn'i i r;=c 4 t_-
IT to
v
Discharge
Exhaust
Discharge
Product
Di y
Timer
Chamber
In
Chamber
Out
n
Out
Operator
T
q00
�3 3- 1.
ADD
2-33
r)).
1� 9
46
f3 7
44 6
Y5
4,3
*�5
.3 7,
60 i
L7
L/6 ),11
'129
DRYER OUTPUT% SOLIDS. Dish'Wgt' ..Wet Sample +'Dish Dried Sample + Dish
.(grams) (grams). (grams)
Total S ofids
100
%
51
2nd Dryer'Batch
-
Fill - - Cy' le'*Staried t. @ 0/ ry Cycle .Sfarted @ bischarge CycleStarted
Tcmn r= r=
:.-Time
Discharge
'Exhaust'
Discharge
-Product-
Dry.,
Timer
Chamber-
-in
Chamber
Out
Rotor
In
Rotor
Out
k
3 3
A3
-1
q 4L5
H,37
3 74,
V
''I . 2-7
5570
DRYER OUTPUT %'SOLIDS Dish Wgt 'Wet Sample t.DDish
DriedS@mple+Di h
(grams) (grams) (grams)
x 1,00
216/12
d
L'o

TVVSA DRYER OPERATIONS
DAILY RECORD
3rd Dryer Batch r
a D C, cle Started J Discharge Cycle Started @�
Fill Cycle Started @ Dry Y @ .. .
Tem eratures. "
Time
Discharge
Exhaust
2 53
3 ."!
I g
q, 3 3
Z
,5j'5 7
DRYER OUTPUT % SOLID
Discharge
{product
I . Dry
Timer
Chamber
In
I Chamber
Out
Rotor , ,
In
Rotor.
Out
Operator.
-
gaba�
oo
Dish W.-t .
11'Jet'Sa.�gle = Dish Dried Sample . Dish
rams
rams)* rams

T VVSA DRYER. OPERATIONS
DAILY RECORD
DATE
// START STOP j TOTAL
RUIV TIME, HRS l� a I ' lSz 9 `
1st Dryer Batch
FillCycle Siarted @ 9 . Dry Cycle Started @ T Discharge Cycle Started Ca)
_ / —,�rri rcroFn roc
Time
Discharge
Exhaust
DiSC+iargc
Product
u+y
Timer
Chamber
!n
chamber
Out
in
.uwr
Out
Operator
_
77'
Jqq
a
37ff-
3? a
a3a
C40
DRYER OUTPUT %o SOLIDS, Dish'Wg.t- . Wet Sample +Dish Dried Sa4e + Dish
rams). rams rams }
i. .
vv J D�
D
% Fi
x 100
o�
tal Solids
2nd Dryer '.Batch _ ;
Fill. Cycle] Started 1 `Dry Cycle Started @ `Y .Discharge Cycle Started @ v�
Tem 'eratu�es '` r .
...Time
Discharge
Exhaust'
Discharge
--Product-
Dry.,:.
Timer
Chamber-
In
Chamber
OutOut
Rotor
-in
Rotor
Out
Opera tor
l a
3
0 '
1
. .q�
�4�
e3 'z�
c ,Q ,�
r3
DRYER OUTPUT % SOLIDS Dish Wgt 'Wet Sample +Dish Dried Sample + Dish
rams rams . rams
5 .0 F,
r x 100 =
% Total Solids
2/5112

T VJSA DRYER OPERATIONS
DAILY RECORD
3rd Dryer Batch
Fill Cycle Started @ Dry Cycle Started @ �} Discharge Cycle Started @ C�
Temperatures. `-
Time
Discharge
Exhaust
Discharge
Product
I . Dry
Timer
. Chamber
In
Chamber
Out
I Rotor
-in
Rotor
Out
I Operator-
/ 00
,LN
yes
y y
y
-CP
1:sC)
Sys
b
l

T VVSA DRYER. OPERATIONS
DAILY RECORD
DATE
START STOP ! TOTAL
RUN TIME, HRS (ix9,1b-
1st Dryer Batch
Fill -Cycle Started @ Dry Cycle Started @ D Discharge Cycle. Started
-mperat�ures i-
Discharge
Discharge Dr'y Chamber
Chamber i RV^tor Rotor
Time
Exhaust
Product Timer In
0�ut In Out
Operator
l.�
.
fir.
DRYER OUTPUT % SOLIDS:-Dish'Wgt'
. Wet Sample +Dish
Dried Sample + Dish
:-
rams rams
rams
�6
` (
`
% Total -Solids
4 '
2nd Dryer Batch
Fill Cycle Started .@ % r� Dry Cycle Started @ i L Discharge Cycle Started
'@-.= �Z
Tempe tures F.
.-Time
Discharge
Exhaust
Discharge
--Product
Dry. ;
'Timer
Chamber .
1n
Chamber
Out
Rotor
In
Rotor
Out
O erator '
'RYER OUTPUT %
Gt12
IDS Dish Wgt Wet Sample + Dish Dried Sample +Dish
rams (grams). rams

3rd Dryer Batch
Fill Cycle Started @
Discharge
Discharge
Dry
Chamber
Chamber
Rotor
Rotor.

TWSA DRYER. OPERATIONS
DAILY.RECORD
DATE 3 tL
--= START STOP . TOTAL
RUN TIME, HRS " a I / 1 4
1st Dryer Batch ,q ,
Fill Cycle Siarted @ Dry Cycle Started @ Discharge Cycle Started @
Time
Discharg
E--haust
Discharge
Product
Dry
Timer
Chamber
In
Chamber
Out
Rmor
In
Roior
Out
Operator
3?`/
3
7
2C37
r0
3
A42"
=
3
2L7
f
C
DRYER OUTPUT % SOLIDs: Dish'Wg.t' Wet Sample +Dish Dried Sample + Dish
_ rams rams ' rams
U.t x100= �--�
5'
0 vvv ( % Total SOIIdS
2nd Dryer'.Batch
Fill:-Cycle'Started'@ _..Dry Cycle Stained @ Discharge Cycle Stared @ ' S _3
Tem eratures `.r.
•--Time
Discharge
'E;;haust
Discharge
Product-
Dry.:
"'Timer
Chamber. .
In
Chambe
O!tt
Rotor
In
Rotor
Out
Operator'
. Z
ZOOtq
o
yy L-1
350
�7 G
.5 3
';,2o l
3Q 5..
-/ 9-3 '
" A 44
(�t ) 8
k �4 S
c r .S
�+
DRYER OUTPUT % SOLIDS Dish Wgt 'Wet Sample + Dish Dried Sample + Dish
rams rams rams
— x 100 = rr
J.� % Total Solids
Am

T VVSA DRYER OPERA T IONS
DAILY RECORD
3rd Dryer Batch
Fill Cycle Started @ Dry Cycle Started @ Discharge Cycle Started @
Tem eratures
Time
Discharge
Exhaust
Discharge
Product
I . Dry
Timer
Chamber
In
Chamber
Out
Rotor-
In
Rotor. :
Out
Operator -

TWSA DRYER.OPERATiOiqS
DAILYRECORD
DATE — V
START STOP TOTAL
RUN TIME, HRS � 6
1 st Dryer Batch
Fill -Cy c . le Started @ --i,� '"�i Dry Cycle Started @ Discharge Cycle Started @
TBI�"tr',2rafi �rac � �'�
Tirrie
Discharge
Exhaust
Discharge
Product
ui y
Timer
Chamber
In
Chamber
Out
Rotor
In
1Ruiar
Out
Operator
q.5
j b
5 p'-44LJR
9 R
of
(,--
C
q...:6,
.
q46.
.33
- 44
;21
C11
, o
E4
DRYER OUTPUT % SOLIDS: -Dish Wgt .. Wet Sample +Dish Dried Sample + Dish
- rams rams rams
( 3. 9 -7,
l
.` 100 x S °L o Total Solids'
2nd Dryer=Batch j
-
Fill Cycle Started @ DryCycle Started @ Discharge Cycle Started
T
.' Time
Discharge
Exhaust '
Discharge
-Product
Dry..
Timer
Chamber. .
In
..Chamber
Out
Rotor
In
Rotor
Out
.
Operator'
41
b
A6q
LI�
�
_
T'bb
b t�
i4,q�
.` I
J
4q&
3y:
cla
DRYER.OUTPUT % SOLIDS Dish Wgt Wet Sample + Dish Dried Sample + Dish'
rams srams rams �j
�a X100=
% Total Solids
.2/6112

TVVSA
DRYER OPERATIONS
DAILY RECORD
3rd Dryer Batch
a5 2 y
Fill Cycle Started @ 2!EE!�—
Dry Cycle Started @� 3 ,
Discharge Cycle Started
Temperatures. G "
Discharge
Discharge
I Dry
Chamber
Chamber
Rotor
Rotor.
Time
Exhaust
Product
Timer
In
Out
In
Out
Operator
3 37
.;L0
�l0
3y-3
��(�
DLO
j �I3
��3
���
1_ Cl
3�3
6;57
12-0-
.(ys
(/ys
J�

T VVSA DRYER. OPERATIONS
DAILY RECORD
DATE j.
START STOP TOTAL
RUN TIME, HRS - I lSt �, \T3 I
1st Dryer Batch
Fill Cycle Started a@ Dry Cycle Started @ 7 1 Discharge Cycle Started
Tire
Discharge
Exhaust
Discharge
Product
Di y
Timer
Chamber
In
Chamber
Out
ivicr
In
Rover
Out
Operator
2, o
'30
1�(01�
LZ
'-L4. ii
-Time
Discharge
'Exhaust
Discharge
.,Product •
Dry..
Timer '
chamber .
1n
Chamber
Out
Rotor
In
Rotor "
Out -
G erator
7 170
C
DRYER.OUTPUT %
Dish Wgt Wet Sample +Dish Dried Sample 1 Dish
rams rams (grams)
�_
L _ (6
f,c21 r Z ;� .l� `i 3 �L
�7 x 1:00 =
% Total Solids

T VVSA DRYER OPERATIONS
DAILY RECORD I.
3rd Dryer Batch
r -
U
Fill Cycle Started,@
Dry Cycle Started @'a
Discharge Cycle Started @
Tem eratures E '
Discharge
Discharge
I . Dry
Chamber
chamber
Rotor
Rotor.
Time
Exhaust
Product
Timer
In
Out
In
Out
I Operator
�zs..
- D 2
�Yk
[c�
! �s
3�q
�J

TWSA DRYER.OPERATIONS '
DAILY RECORD
DATE ... f 1.
START STOP TOTAL
RUN TIME, HRS .1 J J ='' L.
1st Dryer Batch
FiII Cycle Started @ �? '"� Dry Cycle Started @ �- Discharge Cycle Started @ l U= l
emnemtt tr es t,-
Time
DISCharge
Exhaust
Discharge
Product
L) y
Timer
Chamber
In
Chamber
Gut
NMor
In
u%Or
Out
G erator
n;24:�
cf)
k
Da
j p
ZZ00
c. 3
MS
913
J 0
14
zq
b
`lJ .
DRYER OUTPUT % SOLIDS: Dish Wgt Wet Sample +Dish
FDried Sample + Dish
-(grams).- rams
rams
cz�
� Q
zf. : Q. �
x 100 q t o
%TOial SOIIdS
2nd DryerBatch' ; : :....:.'..
Fill CycleStarted / 7 D C 'cle Started tf �' ' Dischar e C /cle Started
Y @ ry. Y.. @ ��— g . l . @`
. ..
Temperatureseratures :> r . -
:
Discharge
Dry
.Discharge
TimeExhaust
Product:
. _ .
Timer
Chamber .
' In
,Chamber
Out
.Rotor
In
Rotor
Out
Operator'
C 3`t
�3
34,
61-2
DRYER.OUTPUT % SOLIDS Dish Wgt Wet Sample +Dish Dried Sample + Dish'
rams rams . rams /—
j io t7D 25 ,Z S Z
x100= �q i
% Total Solids

Ord Dryer Batch
Fill Cycle Started'@
TVVSA DRYER OPERATIONS
DAILY RECORD
—y
Dry Cycle Started @ t
Temperatures. c
Discharge Cycle Storied @ J-
Discharge
Time Exhaust
Discharge I
Product
Dry
Timer
Chamber Chamber
in Out
Rotor Rotor.
:
in Out tor
{r
2
5
y� CM
Nerator
y� 3y��
-z�
�f4 `-f�
-%ly OA j.
CC
15Q
L(gC3 Y 145
� 3-73
, D5
i
DRYER CEiTPUT °o SOLID ".
Alarms or Comments
Dish aR�yt✓et Sample._ Dish Died Sample Dist;-__-`
"rams rams rams /
1orz� ztiyo'ZS� `�..I�
nX 900 Total:SolidS.

TVVSA. DRYER OPERATIONS
DAILY RECORD
DATE J
( 1 START STOP TOTAL
e V/ .
RUN TIME, HRS
1st Dryer Batch
Fil!-Cycle Started @ 5.3' Dry Cycle Started @ Discharge Cycle Started /
-m�?f a1i Fc P-
Tinie .
DISChaFge
Exhaust
Disci lal ge
Product
D i y
Timer
Chamber
In
chamber
Out
Rotor
In
Ruic�r
Out
Operator
)1
�L) D.:
I b
I
33
1 44 j
s30JE
16b
Time
Discharge
Exhaust
Discharge
-Product
Dry,
Timer
Chamber. .
In
:chamber
Out
Rotor
In
..Rotor
Out,
Operator'
2D9
43 2
�f l0 '
-v i
ab
143
4j-f
:3 l 7
ei
=:
U6
S
ly
;
DRYER OUTPUT % SOLIDS Dish Wgt Wet Sample + Dish Dried Sample + Dish
rams rams rams
O -1 ,. % Total Solids
216/12 _ .

I VVSA DRYER.OPERATIOIrlS .
DAILY.RECORD i
DATE _ J Q '✓ I , 1 L/.
i START STOP. TOTAL
RUN TIME, HRS '�q 9 Q
1st Dryer Batch �J
Fill Cycle Started @ ' "7 �' Dry Cycle Started @ f Discharge Cycle Started @ 625
Time
DischargeDischarge
E; haunt
Product
vi '
g
Time
Chamber
!n
Chamber e:vtGr
Ou't !n
R,O or
OUt
Operator
:1
007:1
0
1 -q D�
L467
I;zy
el
1
o
l nT1
44
33
.0
'::.Time
Discharge
Exhaust-
Discharge
-Product
Dry.
'Timer*
chamber- .
!n
,chamber
Out
Rotor
In
Rotor
Out
Operator
50
�5D
.
4�41
� ,5`7`C
DRYER OUTPUT %
J6112
i Dish Wgt 'Wet Sample + Dish Dried Sample + Dish
rams rams arams
..27, S(nH.5 " c
Total Solids

T VVSA DRYER OPERATIONS
DAILY RECORD
3rd Dryer Batch .
Fill Cycle Started @ � � � Dry Cycle Started @ � • � � Discharge Cycle Started @
_ .
Tem eratures E
Time
Discharge Discharge I . Dry
Exhaust ProductTimer
chamber chamber Rotor. Rotor„
In Out in Out
O erator
EV
qQ � It 34 .-��� � 3
,'�3
1
c-j,� 43 L-! CfY( �v
��
�. G(Z t`i (u5 Cf ()(2
DRYER OUTPUT % SOLID Dlsh -gi .1NO Sample.= Dish Dried Sample -!- Dish- � !
dams rams rams D
x.ioo=.....c
�'[�.r • ::. : `/o Total:Solids..
mments,
Alarms or Coru
L. ' `,I f �P
� �` f I �I �� Orb lu t �'
` Gi � " U � .
j S

TWSA DRYER. OPERATIONS.
DAILY RECORD (. '
DATE
STAR�T1 STOP
- TOTAL "
RUN TIME, HRS `• I a.'�C
1st Dryer Batch
Fill Cycle Started @ ( - �f Dry Cycle Started @ l Discharge Cycle Started @ c
'-�rnDera„�res r.,c
JD15Ctiarge
Tulle
E: IlauSt
Disoh urge
Product
Dry
T Inver
Chamber
In
Chamber
Out
Rviiir
In
Rotor
Oui
O orator
1.
c1.
U
Q
LiOJ
4 G .•
�Z_3 q
Co
B
�
41IV
/f3S_
44
13�
�
If 3
DRYER OUTPUT % SOLIDS: Dish•Wg.t :,.Wet Sample +•Dish
Dried Sample + Dish_
_ .... rams rams
a;
rams
q
(�
i. 3..
�
.. x100=
%Total Solids
2nd Drye(Batch'
Fill Cycle Started @ Dry Cycle Started @ / D 7
Discharge Cycle Started '@_ 02
Temperatures "r
Dischar e
Discharge
Dry.
:--Time
'Exhaust`
-Product
,
Timer
Chamber
:Chamber
Out//
Rotor
Rotor
Out
Operator
- s(p
rrIn
, //In
:6
M
_
- 4-f
-q35
�P
`4146
4,21
'�1'S
c .
Zj
DRYER OUTPUT % SOLIDS Dish Wgt. 'Wet Sample +Dish Dried Sample + Dish
rams rams rams
. x100D,
% Total Solids
216/12

T VVSA DRYER OPERATIONS
DAILY RECORD
3rd Dryer Batch
Fill Cycle Started ,@�
Dry Cycle Started @ Z U 2
Discharge Cycle Stir ied @
Z
Temperatures. �-
Discharge,
Discharge
I . Dry
Chamber
Chamber
Rotor
Rotor._
Time
Exhaust
Product
Timer
in
out
in
Out
Operator
,-
Cl 2
L(�
Z-Lf C
12
I
G
-(-(c42
L- L4
of
-a�r3

T WSA DRYER. OPERATIOkJS .
DAILY RECORD
DATE
START STOP TOTAL
RUN TIME, HRS
1st Dryer Batch
Fill Cycle Started @ Dry Cycle Started �, Discharge Cycle Started r
Time _
Discharge
Exhaust
Disci�8gc
Product
Diy
Timer
Chamber
In
Chamber
Out
.v".Gr
in
Rvivr
Out
O erator
3
f11
I 13< a
I 6210
Jb
c
36
45'
443
4/446
. a c..
Cj
'�•Time
Discharge
'ExhausC
Discharge
Product- -
Dry..
Timer
Chamber. .
In
chamber
Out
Rotor
in
Rotor
Out
Operator'
-14
6
JZ)
35
S
31
C
445,
DRYER OUTPUT % SOLIDS Dish Wgt Wet Sample +Dish
(grams) (grams)
Dried Sample + Dish
rams
93
r,
x 100 =
% Total Solids

T VVSA DRYER OPEP. T iONS
DAILY RECORD
3rd Dryer Batch
Dry Cycle Started @ Discharge Cycle Started @
Fill Cycle Started@
Temperatures. -
Discharge Discharge I - Dry Chamber Chamber Rotor Rotor.
in Out O erator
I Time Exhaust Product Timer in Out , ; t ;

TWSA DRYER. OPERATIONS
DAILY RECORD
DATE
START STOP TOTAL
RUN TIME, HRSJ
1st Dryer Batch
Fill Cycle Started c@ Dry Cycle Started "� Discharge Cycle Started j
Tamr.?PATfPPC Pr
Discharge
Tire Exhaust
Discharge
Product
iir'y
Timer
hamber
In
Chamber Notor
Out In
Rutvr
Out
Operator
0
396
37R.
h
3-
: -Time
Discharge
Exhaust ""
Discharge
"Product:
Dry.: *
'Timer''
. Chamber..
- in
,Chamber
Out
Rotor
In
Rotor "
Out
Operator
H1-f
4e31
-q� �
3 '
619
Z,
3�Q
r
DRYER.OUTPUT %
r_
2/6/12
iDs Dish Wgt Wet Sample + Dish
rams rams
Dried Sample+
x100=
J6 Z % Total Solids

TVVSA DRYER OPERATIONS
DAILY RECORD
Ord Dryer Batch .
Fill Cycle Started @ c� ` .�j Dry Cycle Started @ i d Discharge Cycle Started @
Temperatures c
Time
Discharge
Exhaust
Discharge
Product
I . Dry
Timer
Chamber
In
Chamber
Out
Rotor.
in
Rotof. :
Out
I Operator
( 9 '9
So
LFQ
L43 S
L4 4
-Is 1.Z,
-j- cll�
19 2
6.
106
L414 S
L-( 3 L(
U-t.S
36 ;
a
S `, L4 1
'19 8
Q
Sly
Lf q15
3 (
L� CqfS .
3 W,7
L( 4
c4 g 2
4c-t S
319
��-�

TWSA DRYER. OPERATIONS .
DAILY.RECORD
DATE
START ( STOP TOTAL
RUN TIME, HRS
1st Dryer Batch
Fill•Cycle Started @ ,�3 (D' Dry Cycle Started @ 7 ci Discharge Cycle Started @ 16 J ° 1 o
Tip je
FUS011121rge
Exhaust
Discharge
Product
u, y
Timer
Chamber
In
Chamber.
Out
.utGr
In
Rvivr
Out
Operator
/ 9 7
0'
bs
a-31
n
5o -'
-44 6•
1 q3
�1
3.1
co
4---•t,3'
.&&-
--0 .
9 D ;
....'f5
• 6-1-4-
7-
61)
DRYER OUTPUT % sOLIDs• Dish'Wgt' .. Wet Sample +Dish • ' Dried Sample + Dish
rams : rams rams
V.
l� ✓�
00 ; �� Total Solids
2nd Dryer'.Batch :. ; .
Fill Cycle' Started @ 0. o� Dry Cycle Started @ / Discharge Cycle Started @
- - Tern • eratures - .r.
�•.
-Time
.Discharge_
'Exhaust'
Discharge
'Product--
Dry,.Chamber.
Timer''
In
,Chamber '
Out
Rotor
In
Rotor
Out
Operator
�
'. 0. 5.
'd-.3 q
C' 4)
44
%1� : q3
- /,? ,g
Q�
or
*Y
f 3 �
44
DRYER OUTPUT % SOLIDS Dish Wgt 'Wet Sample + Di:
rams rams '
c
2/6112
Dried Sample + Dish
rams
x 1,00 = n
% Total Solids

T V\(SA
DRYER OPERATIONS
DAILY RECORD
.3rd Dryer Batch
Fill Cycle Started @
D C cle
Dry . Y
Started 5
@
Discharge Cycle Started @
Tem eratures. —
Rotor.
Out Operator..
, Dry
Chamber
Chamber
Out
Rotor- -
In
Discharge
Discharge I
Time
Exhaust
Product
Timer
In
Lt
�
���
s�(
-
��
q14 z
'cq--5
Lf C)
c�Ya� ci; �C °i°-SOLIDS.Dish
l"lyi
`J t-Sample = Dish
Dried Sample �-_ Dish
,
rams
lams rams
c g�P
C., ct-.3saQ:
100 =
Total.Solids. _
Alarms or Comments

TVVSA DRYER, OPERATIONS
DAILY RECORD
DATE
START STOP TOTAL
RUN TIME, HRS
1st Dryer Batch
Fill -cycle Started @ Dry Cycle Started @ %Discharge Cycle Started' Cq) P!
Tirne
Discharge
E,
xh2USt
Discharge
Product
P
Lj y
Time r
Chamber
In
Chan, ber
01 IL In
Rotor
Out
Operator
1 .71 Al
1 .1
6
T-6—LI-i
�, 6
9-.?- -4vo le
2 A5.
-56
. q 4, 1_�
* . L)
-14
cf).
L
t-f q .1,,
L4 -7 S
DRYER OUTPUT % SOLJDS: Dish
Sample '+ *Dish'
Dried- Sample+ Dish
r'Wgt'[,Wet
rams
(grams)
(grams)
Jj6DS 1 S 1 .
D
X100=
cl_
%
Total Solids
2nd Dryer'132tch.
Fill.-Cycle'Start'
Started @
Dry Cycle Started'(g
'-
Discharge Cycle Started
_
-r6rn' p'-eratures:zF
Discharge
Discharge
Dry,
Chamber
Chamber
Rotor Rotor
Time
Product°
Timer
In
Out
In Out
-Operator
;3j
0
D,
106 J
*1-)q�
-'13`7
J4 q
`fib
'44 1
4 1
t- �
I - z ---3. n
)RYER OUTPUT %
IDS1 DishV�cgt� Wet Sample +.Dish
I (p a (grams).
�.Z'S '14 55 3
Dried Sample ' + Dish
(grams)
x 1,00
% Total Solids

T V\JSA DRYER OPEPATiONS
DAILY RECORD
3rd Drver Batch .
Fill Cycle Started @ Dry Cycle Started g y . @ 5 ' �_
a� Discharge C cle Started
Temperatures�-
Time
Discharge
Exhaust
Discharge
Product
I . Dry
Timer
Chamber
In
Chamber
1 Out
Rotor
in
Rotor., .
Out
Operator
_3
L4Lcqj
CI 3,5
((� �{Z,
1.2—
J—L

I WSA DRYER. OPERATIONS
DAILY .RECORD
DATE
START STOP. TOTAL
RUN TIME, HRS ob
1 st Dryer Batch
Fill -Cycle Started @ 7 Dry Cycle Started @ Discharge Cycle Started
- crr�nara`rrac ; t=
DISCI 1a, ge
Time Exhaust
Discharge
Product
D; y Chamber
Timer I^
Ohanber Rotor
01,f. !n
Ro vr.
Out
Operator
01
2317
Y12
.1.gg
0
i� yy
y� Sys
3��
t
I Z—
./gib
y32
j r.°s Z r J
1 �o eJ y :S
Y° 2-
y
DRYER OUTPUT % SOLIDS: Dish Wgt
Wet Sample + Dish Dried Sample + Dish
-
rams
rams rams
l ;b�-cy
z ,�Z-5 a : 9�
:.�...: ` 100 =
q 5 a ono Total
.x f Solids
2nd Dryer*.Batch :.
F!I1 Cycle Started @
..: ::..
Dry Cycle Started @ Z . Discharge Cycle Started '@.
Tem eratures `.r. :
Discharge_
Discharge
Dry, ,
cHarnber .
;Chamber RotorRotor
':-Time
Exhaust Product Timer
In
Out In
Out
Operator
Vy1(.
6 1�J
0 v
I
)RYER OUTPUT % SOLIDS Dish Wgt Wet Sample + Dish Dried Sample + Dish -
rams rams (grams)'
x 100
l % Total Solids
. _ s('12

T VVSA DRYER OPERATIONS
DAILY RECORD
—#-Dryer Batch
Fill C .cle Started
Y @
D C cle Started �, ��
rY Y @
Dischar e C _cle Startedy Z
9 Y
Tem eratures . o "
Discharge
Discharge
I . Dry
Chamber
Chamber
Rotor.
t
Time
Exhaust
Product
Timer
In
Out
in
Rotor.
out
G eratar
32
0-00
a
Lk 1, Z Z
(q 5
o
-C-eL(1
14,�SS
141-�5
3� C�
TL-�
ZD-'1 iz
. Igo
o
,�z
17-7
2-0c�
�� �(�
`-�-��
'-t�4
�LA9
Jl-�.

I WSA DRYER. OPERATIONS.
DAILY.RECORD
DATE
START STOP. TOTAL
RUN TIME, NRS
1st Dryer Batch
Fill -Cy cle Started @ _ Dry Cycle Started @ Discharge Cycle Stared @
Discharge
Time Exhaust
Discharge
Product
Di y Chamber
Timer I^
Chamber � tutor Rutur
011.1t In Out
Opera or
V. ��
�:
6 �30
e3�3 �33 �.3.
C /)�
,cry/ /)�/�/ 7_
/ 39
43
4-4
DRYER OUTPUT %° SOLIDS. Dish'Wgt : Wet Sample + Dish Dried Sample + Dish �u
- rams rams(grams)'aL l
�.;oS401 .Z;4.4.
. c.� .... x100= ...
w % Total Solids
2nd Dryer:Batch �i ': •.:: :..:. :..... :
Fill. Cycle Started :@ oI .Dry Cycle Started @ � S-q Discharge Cycle Started @_
Tem eratures .r=
:--Time
Discharge
'Exhaust'Product
Discharge
Dry..
Timer'
chamber .
. . In
Chamber
Out
Rotor
In
Rotor
Out
O erator
' `i
,14 4
1
J
' 4
35
3 77
1�E
I
��
�
j
1`
J�
f3I"
DRYER OUTPUT %SOLIDS Dish Wgt Wet Sample +Dish Dried Sample +Dish
rams rams . rams
3a ,Yc(S x100= q
% Total Solids
J6/12

T VVSA DRYER OPERATIONS
DAILY RECORD
3rd Dryer Batch
Fill Cycle Started '@
Dry Cycle. Star ied @ R .3 I
Discharge Cycle Started @
Tem eratures
Discharge
Discharge
I , Dry
Chamber
Chamber
Rotor
Rotor..
Time
Exhaust
Product
Timer
In
Out
in
Out
Operator
� ,z �
110
�
S, 5i
poi
tz
goo

T WSA DRYER. OPERATIONS .
DAILY RECORD
DATE
Cam-
START STOP. TOTAL
RUN TIME, HRS
1st Dryer Batch
Fill Cycle Started @
!!_�'1 22
U/ "I �J
Dry Cycle Started @ G s
. � � � Discharge Cycle Started
I emperatures=
Discharge
U lsl+l lal' C DIJI.i lal C DI
g� -� y Chamber Chamber RotorFP10LUC:
Time Exhaust Protluct
Timer In Ol,�t In
O erator
�a
4q a37 , , v
I e
o a-f{.3
?, °I
f �+.3514
1 11 y
q • 443. 44=qj f
el-)
DRYER OUTPUT % SOLIDsEDish'Wgt'..
Wet Sample+Dish Dried Sample + Dishs
rams rams7.
2 T5TDl9.3
:.
_
% Total Solids
2nd Dryer.Batch
Fill Cycle Started@
:.
Dry Cycle Started @ Discharge Cycle Started @
Tem eratures `
I. Discharge
.Time Exhaust
Discharge
Product
Dry.. Chamber- . .,Chamber Rotor Rotor
'Timer In Out In Out
Operator
r �5 v cjZ PC,
i4 j_f ups ' d`
ct� rt��
)RYER.OUTPUT % SOLIDS
Dish Wgt
Wet Sample + Dish Dried Sample + Dish
rams
(prams). (grams)'
`3i �5'z5T30,����`
36
��'
D �• '
l % Total Solids
W12

TVNJSA DRYER OPERATIONS
DAILY RECORD
3rd Dryer Batch
Fill Cycle Started'@
Dry Cyclb. Started . �ted @ D �A
Discharge Cycle Started @ q-14
Tem eratures.
Discharge
Discharge
Dry
Chamber'
Chamber
Rotor
Rotor..
Time
Exhaust
. Product
I Timer
I in
Out
in
I out
I Operator
3','2-L(
'?
( 2
-L-i o
Z-
1-4"�,(n
mw(�
-ZA15
d�j
S 1,c
Li 31
H (-(5
1 S 2
-:y LJ
Li (41
4(,o
Lf 0 2-

T VVSA DRYER. OPERATIOkIS
DAILY .RECORD
DATE
`START STOP TOTAL
RUN TIME, HRS
.
1st Dryer Batch
Fill -Cy cle Started @ Dry Cycle Started @ Discharge Cycle Started @ . J
DRYER OUTPUT % SOLIDS, Dish`Wgt• . Wet Sample + Dish Dried Sample + Dish
_ .. rams rams rams
L; 003 j 2-7,. •r.{ U.I �. ��, em s/
% Total Solids
2nd Dryer.Batch
Fill Cycle Started.@� ' D C cle Started
ry y @ l 1. 1 Discharge Cycle Started @ 3
,.
eratures : `J ... ... .. ..
-Time
Discharge
'Exhaust'.
Discharge
...Product-- -
Dry. ;
Timer
chamber .
In
Chamber
Out
Rotor
In
Rotor
Out
'Operator'
n
s
77
J7d
f
�3� ..49:)"]
444.
z44?
)RYER OUTPUT % SOLIDS Dish Wgt Wet Sample + Di:
rams rams
Dried Sample + Dish
rams
x 1'00
1 /o Total Solids

T VVSA DRYER bPERATIONS
DAILY RECORD
3rd Dryer Batch
Fill Cycle Started'@_
Dry Cycle Starred @
Discharge Cycle Started @
Tem eratures. "
Discharge
Discharge
Discharge
Discharge
Dry
I Dry
Chamber
.Chamber
chamfer
chamber
.Rotor.
Rotor
Rotor
Rotor..
.
Time
Time
Exhaust
Exhaust
ProductTimer
Product
.
Timer
In -
In
Out
Out
In
In
Gut
Gut
Operator
G erator
/dD
l5G4
DRYER OUTPUT % SOLIDS.
Dish 1,fl .
Gams
` V( t'S� mple = Dish Dried Sami)le +_ Dish,
rams rams

WSA DRYER. OPERAT ioI�s
DAILY .RECORD
DATE
START STOP TOTAL
RON TIME, HRS
1st Dryer Batch
F ill-Cyc . le Started Dry Cycle Started D . ischarge . Cycle Started Cd)
Temperatures
Discharge
Exhaust
5T
19b.
j(65-
DRYER OUTPUT % SOLIDS
Li
to-3 Z
Discharge
. Dry
Chamber
Chamber
R, Ot 0 r
.r
ir, o--LU
Product
Timer
1.9
0LIE
in+
OUL
61Operato111,
;'7.
1 4 / 3
�,) �
L,'Z7 t,
Dish'Wgt'
.(grams)'.
..Wet Sample +'Dish Dried Sample+ Dish
(grams (grams)
.1 63.50
.7 02 -
VY-
35-1 - _C_ d'. -_Vj
G
. Discharge
ExhausC
Discharge
-Product-
Dry.,-
Timer
Chamber.
In
Chamber
Out
--Rotor
In
Rotor
Out
Operator'
14
is IS
VR �
l t
00
�-f 3.5
�4 q'5
3
DRYER OUTPUT % SOLIDS
Dish Wgt
(,grams)
WetSample +.D.ish Dried. Sample.+ Dish
(grams) (,grams)
C)Z15
x
% Total Solidg
.2/6/12

T VVSA DRYER OPERA I IONS
DAILY RECORD
.3rd Dryer Batch
Fill Cycle Started @ Dry Cycle Started @ Discharge Cycle Started @
Tem eratures "
Time
Discharge
Exhaust
Discharge
Product
I . Dry
Timer
Chamber
In
Chamber
Out
Rotor
In
Rotor.
Out
Operator -

TVVSA DRYER. OPERATIONS
DAILY RECORD
DATE
START STOP TOTAL
RON TIME, HRS
1 st Dryer Batch
Fill -Cycle Started @ - Dry Cycle Started @ Discharge Cycle Stared
. S Qt�-tnara�nr�c
Time
Discharge
Exhaust
Discharge D,-
Product Timer
Chamber
In
Rotor
Chamber uw,
Out In
�o-'o,
, X L I
Out
Operator
= 50
JqR'
13 9
3 4
51 4161
l g 7
1 2015'0
;L5 1Y3 S-
,;L77
EO
30
DLO
.if -
3& q 4
2))
Yj'o
3S' I J" 6-
,q45:.
.,q 35 114
1�
a ob ..)q4f5.
E.
DRYER OUTPUT % sOLM. Dish'Wgt .. Wet Sample +Dish - Dried Sample +Dish
- rams rams rams
x 100
a:� 3 `.
Total Solids
2nd Dryer".Batch
Fill "Cycle Started .@ ` Dry Cycle Started @ ` • 5 'Discharge C cle Started @
Temperatures `.r= -
.. � Discharge Discharge Dry... Chamber.
-Time
Exhaust'
-Product
Timer
,Chamber
In Out
Rotor
In
.Rotor
Out
Opera tor
I
�
3"7cJ
7RYER.OUTPUT %
i
_'602
SOLIDS Dish Wgt Wet Sample + Dish Dried Sample + Dish
rams (grams). rams
x1oo= u o
.� / otal solids

TVJSA DRYER OPERATIONS
DAILY RECORD
ord Dryer Batch
Fill Cycle'Started'@..
Dry Cycle Staited @ ►0
Disch2'Fge Cycle Started @
Temperatures. c-
Discharge
Discharge
Dry..
Chamber'
Chamber
Rotor.
Rotor.
Time
Exh2USt
Product
Timer
in
out
in
Out
Uper2tor
0(o
o
4.05
-S9-1
. L+65-
2--SZ--
--St/J
5,,50
199,
(Q
-14 I
f(o
(s 40
2-,D'Z-
I I ot
6 0'
-Li49
4V�
Li(45
S� Z--
-,-tL,,J'

iVVSA DRYER. OPERATIONS
DAILY RECORD
DATE
START STOP TOTAL
RUN TIME, HRS .1 to le ( U0.
1st Dryer Batch. h
Fill -Cycle Started @ .3 Dry Cycle Started @ -71 l Discharge Cycle Started
—emDeraL�Lres s'
Time
Discharge
Exhaust
Discharge
Pror\duct
D;y
Timer
Chamber
In
Chamber
Out
tutor
Rotor
Out
Opera or
pp
`�7
�In
}
rD
214�t5�'
= '57
rQo.
o -0
DRYER OUTPUT % sOLIDs: Dish`Wgt Wet Sample + Dish Dried Sample + Dish
rams " . rams rams
1,�3Si 24,: �I.Y(I3.,:�(
x100=
a:71 : 7
� � %Total Solids
2nd Dryer'.Batch
Fill Cycle Started @ . t l Dry Cycle Started @ Discharge Cycle Started @
..:
Tem eratures .L r
.. Discharge Discharge Dry, Chamber.
Time
Exhaust
Product
Timer
.
In
.;.Chamber
Out
. ,Rotor
In
Rotor
Out
O erator
•l
"ab
43.
#,.
.36l
0
D"
8
I
6-0
DRYER OUTPUT %SOLIDS Dish Wgt Wet Sample +Dish Dried Sample +Dish
rams rams rams
x10o= °
/° Total Solids
L6M2

TVVS-A
DRYER OPERAT IONS
DAILY RECORD
ord Dryer Batch
Fill Cycle Started '@
Dry CycI6 Started @
Discharge Cycle Started @
(0 11
Temperatures.
Discharge
Discharge
Dry
Chamber
Chamber
Rotor.
Rotor.
Time
Exhaust
. Product
Timer
In
Out
in
Out
Operator
.18
L(
3
L4
1 9 1
1
L135
1-f 14 3
5". C) i
q.q 5 ,
- 1
q 3
�
L6 0
-LC(5
L135
LAH -..,5
5

iVVSA DRYER. OPERATIONS
DAILYRECORD
DATE —/
START STOP TOTAL
RUN TIME, HRS
1st Dryer Batch
Fill. Cycle Started a@ `� Dry Cycle Started / � /:Z Discharge Cycle Started C �� 3
Tire
Discharge
Exhaust
Discharge
Product
ED Py
Timer
Chamber
In
Chamber
Out
.vicir
in
.uwr
Out
Operator
7-/
1 q�
1�1 is
3 93
374-
3 93
q3 i
CID
:v
/off'
•99
S�)
4L45.
/-!3
44
l'�
FIV -L4
I
10
DRYER OUTPUT % SOLIDS. Dish'Wgt .. Wet Sample +Dish Dried Sample +Dish
rams rams rams
-'Time/
Discharge
'Exhaust
Discharge
-Product- -
Dry,
Timer
chamber .
In
Chamber
Out
Rotor
In
Rotor
Out
Operator'
/""
/"
)44L7
a
"�7
l
of
43fs"
qy, -
45 j
"407
C'
DRYER OUTPUT % SOLIDS Dish Wgt Wet Sample +Dish Dried Sa
rams rams r
,2/6/12
% Total Solids

T VVSA
DRYER OPERA.1IONS
DAILY RECORD
3rd Dryer Batch I_r
"T
Cycle
Started @
Discharge Cycle Started
r r
@ (6
Fill Cycle Started @
Dry
Discharge
Discharge
I . Dry
Temperatures.
Chamber
c '—
Chamber
Out
Rotor-, Rotor.
In out
Operator:.
Time
J ,, Z
Exhaust
0 6 G
Product
Timer
in
3 0l
/
` Z I
� 1,(Q
7
3
f A S
�t-5
ql-t5
35��
Li
Ci
DRYER OUTPUT % SOLIDS.Dish
t"Jgt .
`J`J�i Sample = Dish
(grams),
Dried Sample Dash
rams
rams
x 900 =
Total:Solids" _
Alarms or Comments

T WSA .DRYER.OPERATIOf S
DAILY.RECORD l
DATE % % . — 7 `P
START STOP. TOTAL
I
RUN TIME, HRS{�.c•
1st Dryer Batch r
Fill -Cycle Started @ 14 Dry Cycle Started @ l Discharge Cycle Started @ /
enlirierctures «1'
Tinier
Discharge
Exhaust
Discharge
Product
Dry
Timer-
Chamber
In
Chamber
Out
Rotor
In
oCor
Out
Operator
? ,5
J_//q
%
��
� . t
r���
��
f+ ° !
4
' 3q1..
C
:.-Time
Discharge
Exhaust
Discharge
-Product
Dry.
- Timer "
Chamber- .
-In-
,Chamber
Out
Rotor
In
Rotor
Out
Operator'
CID
<
I �i
_ o
� U
�
.3 ,5`
44
A5r5
�
DRYER -OUTPUT %SOLIDSDish Wet Sample +Dish Dried Sample +Dish .
rrams (grams)
71LIC4 z a5
{ x100=
2J
%`1'� j ��. �•L(t % Total Solids

T VVSA DRYER OPERATi014S
DAILY RECORD
3rd Dryer Batch
Fill Cycle Started *@ J ��
Dry Cycle Started @ 3
Discharge Cycle Started @
Tem eratures . 'r
Discharge
Discharge
I . Dry..
Chamber
Chamber
Rotor
Rotor.. .
Time
Exhaust
Product
Timer
In
Out
In
Out
U erator
5',
.ctcD
4
(4H e5
S65
jll�j

iVVSA DRYER. OPERATIONS
DAILY RECORD
DATE
(= START STOP TOTAL
RUN TIME, HRS C >
1st Dryer Batch rr-
Fill•Cycle Started @ L�1 ` T Dry Cycle Started @ Discharge Cycle Started @ U
Tcmrprayttrac
Titre
DIScliargc
Exhaust
Discharge e
Product
ut y
Timer
Chamber
I; �
ihamber.
Out
i .V ior
In
Ru tvr
Out
O erator
7 :I �
Q D�
(
,3 95
7
;325
a34
'Eft
Wo
_J3
DRYER OUTPUT % SOLIDS. Dish"Wgt" .:Wet Sample + Dish Dried Sample + Dish
rams rams rams
aq
:.•Time
.Discharge
Exhaust
Discharge
-,Product--
Dry..*.
''Timer'-'
. Chamber-
Inf
Chamber '
Out
Rotor
In
Rotor -
Out
'Operator'
TTT:S�
[.3
/11
Job
s
C'
60
DRYER OUTPUT % SOLIDS Dish Wgt 'Wet Sample +Dish Dried Sample + Dish
rams rams rams
-77
r0 x100= o-�d a'
% Total Solids
V6/12

T VVSA DRYER OPER. , T 10— NS
DAILY RECORD
3rd Dryer Batch
Started @
Dry Cycle Started @ '.
Discharge Cycle Started @ ` 4
Fill Cycle
;—
Discharge
Tem�eratures. �
Discharge I Dry ChChamber
In Out
Roter .
In
Rotor.
Out
Operator. ,
Time
Exhaust
Product
Timer
o0
J D. D�y7
15
TLIs .
Li
DRYER cUPU% scL;D
.Dish L"Jyi
Wet Sar nple =Dish
Dried Sample +,Dish
rams
gams
rams
LA
100
r
/o Total. Solids. _
Alarms or Comments
"

I WSA DRYER. OPERATIONS
DAILY .RECORD
DATE
(� START STOP p TOTAL
RUN TIME, HRS
1st Dryer Batch
Fill•Cycle Started @� Dry Cycle Startea @ Discharge Cycle Started CCL C_
Time
Discharge
Exhaust
Discharge
Product
Di-y
imer
Chamber
In
Chamber
OUR
Rotor
!n
Rotor
Out
0 erator
C1/
4,31
,3
c..i
_
���
7
DRYER OUTPUT % SOLIDs. Dish'Wg.t- ., Wet Sample + Dish Dried Sample + Dish
rams rams rams
.X 100
% Total Solids
2nd Dryer'.Batch
Fill Cycle Started @ D : Dry Cycle Started @ �, Discharge Cycle Started @ 13 .
Terri 'eratures:'.
,-,-I ime
Discharge
'Exhaust*
Discharge
-Product- -
Dry,,-.
' Timer"
Chamber- .
In
Chamber
Out
Rotor
In
Rotor '
Out
O erator'
44
1-4
/
0-�,
!-L4
3 �O
� CID
1i ' •
r -
Li
C- P
DRYER OUTPUT %SOLIDS Dish Wgt 'Wet Sample + Dish Dried Sample + Dish
rams rams . rams
X 1.00 =
4)6 % Total Solids
2/6/12

TVVSA DRYER OPERA I IONS
DAILY RECORD
3rd Dryer Batch
C cla Started �% Discharge Cycle Started @ �o "i L
Fill Cycle Started @ � ����� Day Y @
Tem eratures e `-
Discharge
Product
I , Dry
Timer
Chamber
t , In
Chamber
Out
Rotor
In
Rotor.
Ozut� p
E1
Ope7r2tor -
) ,
Time
Discharge
Exhaust
q
.-�����e
-z-
c�YaR cur; �UT °�° scbfC
.Dish L"lgt .
lams
`�Jat Sample = Dish Dried Sa�nqple + Dish
rams " rams