WQ0005763_Annual Report_20160215

TUCKASEIGEE WATER & SEWER AUTHORITY
SERVING JACKSON COUNTY
1246 West Main Street
Sylva, NC 28779
Phone: [phone] Fay:: [phone]
February 15", 2016
NCDENR
Division of Water Resources
Water Quality Permit Section
Non -Discharge Permitting Unit
1636 Mail Service Center
Raleigh NC 27699-1636
Attn: Non -Discharge Compliance Unit,
FE8 2 5
2016
/jVQRmQWp v��C S
NG UNIT
Enclosed are three copies of the Annual Residuals Report for the Tuckaseigee Water and Sewer
Authority Residuals Stabilization facility (permit #WQ0005763) for the period of January 1,
2015 - December 31, 2015.
All of the residuals generated at the facility during the 2015 calendar year were hauled by a
private contractor to a designated landfill in Georgia.
Should you have questions or comments or if I can provide you any additional information,
please don't hesitate to contact me.
Sin% rely,
Stan Bryson
Wastewater Plant Operations Superintendent
Tuckaseigee Water & Sewer Authority
xc: Mr Dan Harbaugh
Executive Director
Tuckaseigee Water and Sewer Authority
t-.t_ J:...� 1 l.a
Division of Water Resources
MAR - 1 2016
Water Qualih, Regional Operations
Ashevi,;e ftc,io;^al Ni��„

ANNUAL SEWAGE SLUDGE REPORT
OF
TUCKASEIGEE WATER AND SEWER AUTHORITY
PLANT # 1-NPDES # NCO039578 (WQ0005763)
for the period of January 1, 2015-December 31, 2015
as required by
40 CFR, PART 503
STANDARDS FOR THE USE OR DISPOSAL OF SEWAGE
SLUDGE

TABLE OF CONTENTS
(1) REPORTING REQUIREMENTS/PERTINENT INFORMATION
(2) CERTIFICATION
(a) 2015 distrubution and marketing summary
Parts A and B
(b) 2015 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

REPORTING REQUIREMENTS
Facilities responsible for reporting annually are described in the regulations as:
1. Publicly Owned Treatment Works (POTW) with an average design
influent flow rate equal to or greater than 1.0 MGD.
2. POTW's serving a population of 10,000 or more.
3. Class I (facilities with an approved pretreatment program) sludge management
facilities.
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 # NCO039578
correspondence address: 1246 West Main St
Sylva NC 28779
physical address: 1871 North River Rd
Sylva NC 28779
facility perator: Stan Bryson
Wastewater Plant Operations Superintendent
ph. 828-586-9318

CERTIFICATION REQUIREMENTS
PART I -POLLUTANT CONCENTRATIONS
PARAMETER A_v_g_ MAXIMUM
Arsenic .................. 1.8 m 2.3 mg/kg
Cadmium..................1.1 m 1.4 mg/kg
Copper.....................290 mg/kg ................. 314 mg/kg
Lead ........................13.2 mg/kg ................. 14.6 mg/kg
Mercury...................0.51 mg/kg ................ 0.78 mg/kg
Molybdenum...............3.4 mg/kg .................. 4.1 mg/kg
Nickel ......................11.7 mg/kg .................. 13.0 mg/kg
Selenium....................4.7 mg/kg ................... 5.9 mg/kg
Zinc .........................603 mg/kg ................... 672 mg/kg
PART H - PATHOGEN REDUCTION (40 CFR 503.32)
X Class A Class B
Permitted Concentrations
monthly avg ceiling
41 mg/kg
39 mg/kg
1500 mg/kg
300 mg/kg
17 mg/kg
n/a
420 mg/kg
100 mg/kg
2800 mg/kg
PART III - VECTOR ATTRACTION (40 CFR 503.33)
_ Option 1 — Option 2 _ Option 3 _ Option 4
Option 5 _ Option 6 _ Option 7 X Option 8
75 mg/kg
85 mg/kg
4300 mg/kg
840 mg/kg
57 mg/kg
75 mg/kg
420 mg/kg
100 mg/kg
7500 mg/kg

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 , 2016.
4tanryson, astewater Superintendent

Appendix A
2015
Distribution and Marketing
Summary
Parts (a) and (b)

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)
Monthly Total
24.73
3.41'
0
28.14
February
TWSA Plant # 1 (NC0039578)
TWSA Plant # 2 (NC0020214)
TWSA Plant # 3 (NC0063321)
Monthly Total
11.97
0
0
11.97
March
TWSA Plant # 1 (NC0039578)
TWSA Plant # 2 (NC0020214)
TWSA Plant # 3 (NC0063321)
Monthly Total
41.07
3.80
0
44.87
April
TWSA Plant # 1 (NC0039578)
TWSA Plant # 2 (NC0020214)
TWSA Plant # 3 (NC0063321)
Monthly Total
15.91
2.68
2.85
21.44
May
TWSA Plant # 1 (NC0039578)
TWSA Plant # 2 (NC0020214)
TWSA Plant # 3 (NC0063321)
Monthly Total
12.19
0
0
12.19
June
TWSA Plant # 1 (NC0039578)
TWSA Plant # 2 (NC0020214)
TWSA Plant # 3 (NC0063321)
Monthly Total
17.09
2.37
0
19.46
Total "sludge" dewatered by belt press in 2015= 282.31 dry tons
Total number of dryer loads in 2015 = 223
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)
Monthiv Total
5.23
4.74
2.73
12.7
August
TWSA Plant # 1 (NC0039578)
TWSA Plant # 2 (NC0020214)
TWSA Plant # 3 (NC0063321)
Monthly Total
5.83
0
0
5.83
September
TWSA Plant # 1 (NC0039578)
TWSA Plant # 2 (NC0020214)
TWSA Plant # 3 (NC0063321)
Month1v Total
22.05
2.80
0
24.85
October
TWSA Plant # 1 (NC0039578)
TWSA Plant # 2 (NC0020214)
TWSA Plant # 3 (NC0063321)
Monthly Total
37.27
0
2.14
39.41
November
TWSA Plant # 1 (NC0039578)
TWSA Plant # 2 (NC0020214).
TWSA Plant # 3 (NC0063321)
Monthiv Total
34.32
1.24
0
35.56
December
TWSA Plant # 1 (NC0039578)
TWSA Plant # 2 (NC0020214)
TWSA Plant # 3 (NC0063321)
Monthly Total
25.89
0
0
25.89
Total "residual" produced for distribution in 2015= 297.2 DRY TONS*
* assumes an avg total solids content of 95%
All of the residuals produced by the Authority's plants were hauled to the R&B landfill operated by WasteManagement Inc. and
located at: 610 Frank Bennett Rd.
Homer, GA 30547

Appendix A
TWSA PLANT # 1
ANNUAL DISTRIBUTION AND
MARKETING SUMMARY
2015
Part B
Recipient Information
Est. Volume
Month Name Address (wet tons) Intended Use
Januaryl Monthly Total 0
Februaryl
Monthly Total
0
March
Monthly Total
0
April
Monthly Total
0
May
Monthly Total
0
June
Monthly Total
0
Julyl
Monthly Total
0
Augustl
Monthly Total
7
0
Septemberl
Monthly Total 1
0
Octoberl
Monthly Total
0
Novemberl
Monthly Total
0
Decemberl
Monthly Total
0
Annual Total Tons= 0
No residuals were distributed to the public during 2015.
All of the residuals produced by the Authority's plants were hauled to the R&B landfill operated by WasteManagement Inc. ar
located at: 610 Frank Bennett Rd.
Homer, GA 30547

Appendix B
2015
Annual Sludge Production
Data

2015 SLUDGE PRODUCTION DATA
TWSA PLANT # 1 (3.5 mgd plant capacity)
NPDES # NCO039578
Sludge dewatered on belt press ................................................ .................3,219,998 gallons
total tons...............................................282.31 tons
total metric tons ..................................... ...256.1 dry metric tons
The following residuals were included in the above totals.
TWSA PLANT # 2 (0.5 mgd plant capacity)
NPDES # NC6020214
Sludge Hauled to Plant # 1 digestor............................................................. 198,800 gallons
totaltons.......................................................................... 21.04 tons
total metric tons...............................................................19.08 dry metric tons
TWSA PLANT # 3 (0.2 mgd plant capacity)
NPDES # NCO063321
Sludge Hauled to Plant # 1 digestor.......................................................... 75,000 gallons
totaltons......................................................................... 7.72 dry tons
total metric tons...............................................................7.00 dry metric tons
All of the sludge that was generated at the Tuckaseigee Water and Sewer Authority facilities
during 2015 was hauled by a private contractor to a designated landfill in Georgia.
Landfill: Rand B Landfill
610 Frank Bennett Rd.
Homer, GA 30080
A total of 212.84 tons were hauled to the landfill during 2015.
Copies of haul tickets can be provided if needed.

Appendix C
2015
Annual Residuals
Sampling Summary
Form

2015
Annual Residual Sampling Summary Form
Permit Number: WQ 0005763
Facility Name: Tuckaseigee Water and Sewer Auth
NPDES # NC 0039578
WQ # ; WQ 0005763
WWTP Name: TWSA Plant # 1
Sample
Date 2/24 5/12
Percent Solids ✓ 97.1 97.5 8
Aluminum 21 800 16 700
P Arsenic ,/ 1.9 1.6
A Cadmium v 1.4 0.9
R Calcium 7,380 7 270
A Chromium 16.2 13.4
M Copper V 314 246
E Lead 14.5 10.3
T Magnesium v 3 100 2 800
E Mercury ✓ 0.70 0.087
R Molybdenum 4.1 2.8
S Nickel v 12.9 10.5
ph, s.u. 5.5 6
Potassium ✓ 4170 .5
3 .5
Selenium ✓ 70
5.9 4.3
Sodium ✓ 535 569
Zinc 337 469
TKN ✓ 41 400 45 400
m9/ Ammonia -Nitro en 1 800 2 160
kg Nitrate -Nitrite - V < 2.1 < 2.0
Plant Available N 12,800 14 100
Total Phosphorous 21 400 23 800
Corrosivity 5.51 5.95
Ignitabili ✓ > 140OF > 140OF
SAR (sodium adsorption ratioW 1.3 1.4
ppm Reactivity, cyanide V < 0.5 < 0.5
ppm Reactivity, sulfide ✓ < 25.0 < 25.0
mpn/g Fecal Coliform ✓ 2.3 < 1 2.
I certify, under penalty of law, that this document was prepared under my direction or supervision in accordance with a system
designed to assure that qualified personnel properly gathered and evaluated the information submitted. I, am aware that there are
significant penalties for submitting false infor tion, including the possibility of fines and imprisonment for knowing violations."
Signature of Prep arer
2/15/2015

Appendix D
2015
Residuals
Sampling Data

2aceAnalytical
www.pacelabs.com
i
i
March 10, 2015
Mr. Stan Bryson
Tuckaseigee Water & Sewer Co.
1246 West Main Street
Sylva, NC 28779
RE: Project: Dried Residual 2/24
Pace Project No.: 92238611
Dear Mr. Bryson:
I...._._..^-r""`...•..__°
_r
Pace Analytical Services, Inc.
2225 Riverside Dr.
Asheville, NC 28804
[phone]
Enclosed are the analytical results for sample(s) received by the laboratory on February 24, 2015.
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
WA M_
e0Ai4�
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 29

aceAnalXical
/ w w.pacelabs.cam
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ANALYTICAL RESULTS
Project: Dried Residual 2/24
Pace Project No.: 92238611
Pace Analytical Services, Inc.
2225 Riverside Dr.
Asheville, NC 28804
[phone]
Sample: TWSA DRIED RESIDUAL
Lab ID: 92238611001 Collected: 02/24/15 12:30
Received: 02/24/15 14:11 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
6010 MET ICP
Analytical Method:
EPA 6010 Preparation Method: EPA 3050
Aluminum
21800
mg/kg
74.6
10
02/27/1515:50
03/02/1514:33
7429-90-5
Arsenic
1.9
mg/kg
0.75
1
02/27/1515:50
02/27/1519:54
7440-38-2
Cadmium
1.4
mg/kg
0.075
1
02/27/1515:50
02/27/1519:54
7440-43-9
Calcium
7380
mg/kg
7.5
1
02/27/1515:50
02/27/1519:54
7440-70-2
Chromium
16.2
mg/kg
0.37
1
02/27/1515:50
02/27/1519:54
7440-47-3
Copper
314
mg/kg
0.37
1
02/27/1515:50
02/27/1519:54
7440-50-8
Lead
14.5
mg/kg
0.37
1
02/27/1515:50
02/27/1519:54
7439-92-1
Magnesium
3100
mg/kg
7.5
1
02127/1515:50
02/27/1519:54
7439-95-4
Molybdenum
4.1
mg/kg
0.37
1
02/27/1515:50
02/27/1519:54
7439-98-7
Nickel
12.9
mg/kg
0.37
1
02/27/1515:50
02/27/1519:54
7440-02-0
Potassium
4170
mg/kg
373
1
02/27/1515:50
02/27/1519:54
7440-09-7
Selenium
5.9
mg/kg
0.75
1
02/27/1515:50
02/27/1519:54
7782-49-2
Sodium
535
mg/kg
373
1
02/27/1515:50
02/27/1519:54
7440-23-5
Zinc
637
mg/kg
0:75
1
02/27/1515:50
02/27/1519:54
7440-66-6
7471 Mercury
Analytical Method: EPA7471 Preparation Method: EPA7471
Mercury
0.70
mg/kg
0.042
10
02/2511514:20
02/27/1514:02
7439-97-6
254OG Total Percent Solids
Analytical Method: SM 2540G
Total Solids
97.1
%
0.000010
1
02/27/15 16:06
Percent Moisture
Analytical Method: ASTM D2974-87
Percent Moisture
2.9 %
0.10
1
92210E Fecal Coliform, MPN RAIL
Analytical Method: SM9221C E (MPN)
503
Fecal Coliforms, MPN
2.3 MPN/g
0.018
1
9045 pH Soil
Analytical Method: EPA9045
pH at 25 Degrees C
5.5 Std. Units
0.10
1
Plant Available Nitrogen
Analytical Method: SM 2710B
Plant Available Nitrogen
12800 mg/kg
0.12
1
Total Nitrogen Calculation
Analytical Method: TKN+NO3+NO2 Calculation
Nitrogen
41400 mg/kg
40.0
1
350.1 Ammonia
Analytical Method: EPA350.1
Nitrogen, Ammonia
1800 mg/kg
50.5
5,
351.2 Total Kjeldahl Nitrogen
Analytical Method: EPA351.2
Nitrogen, Kjeldahl, Total
41400 mg/kg
2710
100
353.2 Nitrogen, NO2/NO3
Analytical Method: EPA 353.2
Nitrogen, Nitrate
ND mg/kg
2.1
1
REPORT OF LABORATORY ANALYSIS
This report shall not be reproduced, except in full,
Date: 03/10/2015 04:32 PM without the written consent of Pace Analytical Services, Inc..
Qua]
03/02/15 10:05
02/26/15 12:17 1 g,H3
03/03/15 11:15
03/10/1515:02 N2
03/10/1515:04 7727-37-9
03/06/15 23:09 7664-41-7
03/10/15 06:03 7727-37-9 M6, R1
02/24/15 21:01
Page 4 of 29

aceAnalytical
r www.pacelabsx=
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ANALYTICAL RESULTS
Project: Dried Residual 2/24
Pace Project No.: 92238611
Pace Analytical Services, Inc.
2225 Riverside Dr.
Asheville, NC 28804
[phone]
Sample: TWSA DRIED RESIDUAL Lab ID: 92238611001 Collected: 02124/15 12:30 Received: 02/24/15 14:11 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 02/24/15 21:01
Nitrogen, NO2 plus NO3 ND mg/kg 2.1 1 02/24/15 21:01
365.1 Phosphorus, Total Analytical Method: EPA 365.1
Phosphorus 21400 mg/kg 429 100 03/03/1511:05 7723-14-0
REPORT OF LABORATORY ANALYSIS
This report shall not be reproduced, except in full,
Date: 03/10/2015 04:32 PM without the written consent of Pace Analytical Services, Inc.. Page 5 of 29

Pace Analytical Services, Inc.
® 2225 Riverside Dr.
Z�;a'ceAnalydca( Asheville, NC 28804
i www.pacelabs.com [phone]
i
i
QUALIFIERS
Project: Dried Residual 2/24
Pace Project No.: 92238611
DEFINITIONS
DF - Dilution Factor, if reported, represents the factor applied to the reported data due to dilution of the sample aliquot.
NO - 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
INC - 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 of Acrolein 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-R Pace Analytical Services - Raleigh
ANALYTE QUALIFIERS
1g This is a less than value.
H3 Sample was received or analysis requested beyond the recognized method holding time.
M1 Matrix spike recovery exceeded QC limits. Batch accepted based on laboratory control sample (LCS) recovery.
M6 Matrix spike and Matrix spike duplicate recovery not evaluated against control limits due to sample dilution.
N2 The lab does not hold TNI accreditation for this parameter.
R1 RPD value was outside control limits.
REPORT OF LABORATORY ANALYSIS
This report shall not be reproduced, except in full,
Date: 03/10/2015 04:32 PM without the written consent of Pace Analytical Services, Inc.. Page 16 of 29

S
t l .:.
at ? lvai ti%
Surnnrit Environmental reclurologres, Inc.
331011 itr SI.
m �
f 4lrlltOt4l1CN t`ALit t ytic7l..l7�iL5,110
Cnyalraga calls, Oltio 44223
d
Analytidol to t oastoiies
TEL: [phone] FAX.' [phone]
lPebsire: n ,-1Avtrm:setrek.can
March 05, 2015
Chris Derouen
Pace Analytical Services Inc
9800 Kincey Avenue Suite 100
Huntersville, NC 28078
TEL: [phone]
FAX: [phone]
RE: 92238611
Dear Chris Derouen: Order No.: 15022275
Summit Environmental Technologies, .Inc. received 1 sample(s) on 2/25/2015 for the
analyses presented in the following report.
There were no problems with the analytical events associated with this report unless noted
in the Case Narrative.
Quality control data is within laboratory defined or method specified acceptance limits
except where noted.
If you have any questions regarding these tests results, please feel: free to call the
laboratory.
Sincerely,
A-q-� - 0�'�-
Dr.'Mo Osman
Project Manager
3310 Win St.
Cuyahoga Falls, Ohio 44223
A21-A 0724.01, Alahmpa41600, Arizona A'L0788, Arkansas 88-0735, Cali fomin 07256CA, Colorado. Connecticut PH-0105; Delaware, Florida NELAC
E87688, Georgia E87688 and 943. Idaho 01100923, Illinois 200061 and Reg.5, Indiana C-OH-13, Knnsas.E-10347„Kentucky (Urtd,,ttimnd Slorage-rank)
3, Kentucky90146, Louisiana 04061 and LA12004, hloinc 2012015. Maryland 339, hlnssnchusevs M-OPF1923, Minesela 409711, Montana CERT0099,
how Iiantpshire 2996, Ncsv Jersey OH006, New York 11777, North Carolina 39705 and 631, Ohio Drinking Water 4170, Ohio VAP CL0052, Oklahoma
9940, Oregon 014200001, Pennsylvania 68-01335, Rhode Island LA000317, South Carolina 92016001, Tennessee TN040I B, Texas T104704466-.11-5,
Region 8 8Ti.4S-L, USDA/APHIS P330.11-00244, Utah 011009232011-1, Vennont VT-87688, ilirginia 00440 and 1581, Washington C891, West
Virginia 248 tad 9957C and E87688, Wisconsin 399013010
Page 1 of 8
Page 20 of 29

Sian»titGmtironrnental7eclmologies, Inc.
Workorder
3310 [Yin Sr.
Sample Summary
ttrNlRQtd1,I�N5AL11:CHUOLOGlOS,IP4Q
Cuyahoga ralls, Ohio 44223
.,
/lnalyticattgboratorlcs
TL'L:[phone]FAX: [phone]$9
NO#: 15022275
Website: ate//muassettek.can
06-/liar-15
CLIENT:
Pace Analytical Services Inc
Project:
92238611
I sb SamPIe1D Client Santnlc Ill Tag No Date Collected
D:ate.Received Matrix
15022275.001
92239611002
2/24/2015 12:30:00 PM
2/25/2015 10:05:00 AM Solid
Page 2 of 8
Page 21 of 29

�<ry� ',,` sa y _ Sianntrr Enrironrdenial Technologies, hie. Cash Nal'Pat1V('
; t t 11 fit 3310 Win St.
ENVIRONMENTAL 1•ECHUDLOOYS, INC. Cityahoga Falls, Ohio 44223 wOfl: 15022275
>s �> Analytical Labaratoile& TEL: [phone] FAX.• (330) 253-44E9 Date: 3/5/2015
il'ebsile: 1t(ip'/iirit mserle6.cotn
CLIENT: Pace Analytical Services Inc
Project: 92238611
This report in its entirety consists of the documents listed below. All documents contain the Summit
Environmental Technologies, Inc., Work Order Number assigned to this report.
Paginated Report including Cover Letter, Case Narrative, Analytical Results, Applicable Quality
Control Summary Reports, and copies of the Chain of Custody Documents are supplied with this
sample set.
Concentrations reported with. a J-F lag in the Qualifier Field are values below the Limit of Quantitation
(LOQ) but.greater than the established Method Detection Limit (MDL).
Method numbers, unless specified as SM (Standard Methods) or ASTM, are EPA methods.
Estimated uncertainty values are available upon request.
All results for Solid Samples are reported on an "as received" or "wet weight" basis unless indicated as
"dry weight" using the "-dry" designation on the reporting units.
Summit Environmental Technologies, Inc., holds the accreditations/certifications listed at the bottom of
the cover letter that may or may not pertain to this report.
Any comments or problems with the analytical events associated with this report are noted below.
Original
Page 3 of 8
Page 22 of 29

Summit Em-ironmental Technologies, Lac. �', �����f�`�'33/0,:.,�15tAnalytical
situit-,o)'r-0
Renate
J i
� k. I,z,
(bast
ENVIRONMENTAL UCHNOLGnIES, INC,
Cuyahoga rolls, Ohio •14223
report)
Atistyticet t.aI;oratodes TEL: [phone] IAX [phone]
WO#: 15022275 ,
lYebsite: ut :/hPii,Psetlek.conr
Date Reported: 3/5/2015
CLIENT:
Pace Analytical Services Inc
Tag Numbers
Matrix:
SOLID
Collection Date:
2/24/2015 12:30:00 I M
Lab ID:
15022275-OOIA
Project:
92238611
Client Sample ID 92238611002
Analyses
Result
RL Qual Units
DF Date Analyzed
PH (SW9045D)
SWO045D
Analyst: DHC
pH
5.51
sm.@21.5C
1 313120154:15:00 PM
QualiIlers: '
E
Value e.xceedi Alasimum Contaminant Level.
Value above qumillation range
C
H
Value is belom%linimum Conpoudd Unit.
Holding links ror preparation or onal%sis aveeeded
11
Manual Integration used to determine area response
N
TentativelyidemiGJ Compounds
ND
P
Not Detected at the Reporting Limit
Second colu"mconrunLnlionQviceeds
o
Pl,.
RSD is greater than RSDlintit
PermitLinut Original
i R
" U
RPD outside accepted recovery linuts
Samples with CalcVal <MDL
RL
Reporting Dateelion Limit
Page 4 of 8 '
Page 23 of 29

Summit Environniental Technolo .ies, Inc.
VOf: 15022275
SU MMI 33101{'nSt.
r,NVIRg141,IEIIrAL1ECHNJLoGIES,IFlC Cuyahoga ralls, Ohio44223 Date Reported: 3/5/2015
Analytiral L,,t)ntntorle, TEL. [phone] rAC• (330) 2S3-4489 Company: Pace Analytical Services Inc
Websitet h11D:1Arww.setteA-.co,11
Address: 9800 Kincey Avenue Suite 100
Huntersville NC 28078
Received: 2/25/2015
Project#: 92238611
Client 1D# Lab Will Collected Analyte Result Units Matrix Method DF RL Run Analyst
92288611002
001
2/24/2015
Flashpoint (140°F)
>140 "F
Solid
EPA 1010
1
3/2/2015
TAH
92238611002
001
2/24120/5
Cyanide, Reactive
ND ppm
Solid
EPA 9014
1
0,500 2/27/2015
TIR
92238611002
001
2/24/2015
Sulfide, Reactive
ND ppm
Solid
EPA 9034
1
25.0 2127/2015
TIR
Page 5 of 8
Page 24 of 29

SAR Calculations- 2/24/2015
SAR = Sodium (Na) Milli Equivalent
0.5 X (Calcium (Ca) Milli Equivalent+ Magnesium(Mg) Milli Equivalent)`
Na= 535 mg/kg- Na Milli Equivalent(ME)= 535/23 equivalent wgt=23.3ME
Ca= 7380 mg/kg- Ca Milli Equivalent(ME)= 7380/20 equivalent wgt= 369.0 ME
Mg= 3100 mg/kg- Mg Milli Equivalent(ME)= 3100/12 equivalent wgt= 258.3 ME
SAR= 23.3 Na Milli Equivalent
0.5 X (369.0 Ca Milli Equivalent + 258.3 Mg Milli Equivalent)0.5
= 23.3 Na Milli Equivalent
(0.5 X 627.3) 0-5
= 23.3 Na Milli Equivalent
(313.7)0.5
= 23.3 Na Milli Equivalent
17.7
SAR= 1.3

C
ll�laceAnalytical
t w www.pacelabs.com
r`
May 28, 2015
Mr. Stan Bryson
Tuckaseigee Water & Sewer Co.
1246 West Main Street
Sylva, NC 28779
RE: Project: DRIED RESIDUAL 5/12/15
Pace Project No.: 92249382
FP
n
JUN 2015
i
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 May 12, 2015. The
results relate only to the samples included in this report. Results reported herein conform to the
most current TN 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
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 31

aceMalytical
www.pacelabs.com
r
f
ANALYTICAL RESULTS
Pace Analytical Services, Inc.
2225 Riverside Dr.
Asheville, NC 28804
[phone]
Project: DRIED RESIDUAL 5/12/15
Pace Project No.: 92249382
Sample: TWSA DRIED RESIDUAL Lab ID: 92249382001 Collected: 05/12/15 11:00 Received: 05/12/15 13:32 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
16700 mg/kg
26.7
5
05/13/1515:00
05/1411515:46
7429-90-5
Arsenic
1.6 mg/kg
0.53
1
05/13/1515:00
05/14/1515:43
7440-38-2
Cadmium
0.90 mg/kg
0.053
1
05/1311515:00
05/14/1515:43
7440-43-9
Calcium
7270 mg/kg
26.7
5
05/13/1515:00
05/14/1515:46
7440-70-2
Chromium
13.4 mg/kg
0.27
1
05/13/1515:00
05/14/1515:43
7440-47-3
Copper
246 mg/kg
0.27
1
05/13/1515:00
05/14/1515:43
7440-50-8
Lead
10.3 mg/kg
0.27
1
05/13/1515:00
05/14/1515:43
7439-92-1
Magnesium
2800 mg/kg
5.3
1
05/13/1515:00
05/14/1515:43
7439-95-4
Molybdenum
2.8 mg/kg
0.27
1
05/13/1515:00
05/14/1515:43
7439-98-7
Nickel
10.5 mg/kg
0.27
1
05/13/1515:00
05/14/1515:43
7440-02-0
Potassium
3970 mg/kg
267
1
05/13/1515:00
05/14/1515:43
7440-09-7
Selenium
4.3 mg/kg
0.53
1
05/13/1515:00
05/14/1515:43
7782-49-2
Sodium
569 mg/kg
267
1
05/13/1515:00
05/14/1515:43
7440-23-5
Zinc
469 mg/kg
0.53
1
05/13/1515:00
05/14/1515:43
7440-66-6
7471 Mercury
Analytical Method: EPA 7471
Preparation Method: EPA 7471
Mercury
0.087 mg/kg
0.0040
1
05/15/15 18:20
05/18/15 13:19
7439-97-6
- _ -254OG Total Percent Solids
Analytical Method: SM 2540G
Total Solids
97.5 %
0.000010
1
05/15/15 17:45
Percent Moisture
Analytical Method: ASTM D2974-87
Percent Moisture
2.5 %
0.10
1
05/18/15 10:50
92210E Fecal Coliform, MPN RAL
Analytical Method: SM9221C E (MPN) 503
Fecal Coliforms, MPN
0.23 MPN/g
0.018
1
05/13/15 09:57
9045 pH Soil
Analytical Method: EPA 9045
pH at 25 Degrees C
6.5 Std. Units
0.10
1
05/24/15 15:50
Plant Available Nitrogen
Analytical Method: SM 2710B
Plant Available Nitrogen
14100 mg/kg
0.12
1
05/21/15 16:02
N2
Total Nitrogen Calculation
Analytical Method: TKN+NO3+NO2 Calculation
- Nitrogen
45400 mg/kg
40.0
1
05/21/1516:05
7727-37-9
350.1 Ammonia
Analytical Method: EPA 350.1
Nitrogen, Ammonia
2160 mg/kg
51.3
5
05/19/15 03:46
7664-41-7
351.2 Total Kjeldahl Nitrogen
Analytical Method: EPA 351.2
Nitrogen, Kjeldahl, Total
45400 mg/kg
2700
100
05/19/15 14:56
7727-37-9
353.2 Nitrogen, NO2/NO3
Analytical Method: EPA 353.2
Nitrogen, Nitrate
ND mg/kg
2.0
1
05/19/15 19:06
REPORT OF LABORATORY ANALYSIS
This report shall not be reproduced, except in full,
Date: 05/28/2015 10:44 AM without the written consent of Pace Analytical Services, Inc..
Page 4 of 31

aceAnalyt cal
i J www.pacelabs.com
ANALYTICAL RESULTS
Pace Analytical Services, Inc.
2225 Riverside Dr.
Asheville, NC 28804
[phone]
Project: DRIED RESIDUAL 5/12/15
Pace Project No.: 92249382
Sample: TWSA DRIED RESIDUAL Lab ID: 92249382001 Collected: 05/12/15 11:00 Received: 05/12/15 13:32 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: EPA 353.2
Nitrogen, Nitrite ND mg/kg 1,0 1 05/19/15 19:06
Nitrogen, NO2 plus NO3 ND mg/kg 2.0 1 05/19/15 19:06
365.1 Phosphorus, Total Analytical Method: EPA 365.1
Phosphorus 23800 mg/kg 824 20 05/27/1516:22 7723-14-0 M6
Date: 05/28/2015 10:44 AM
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 31

Pace Analytical Services, Inc.
aceAnalytical ® 2225 Asheville, Riverside
28804
www.pacelabs.com
f [phone]
QUALIFIERS
Project: DRIED RESIDUAL 5/12/15
Pace Project No.: 92249382
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 of Acrolein 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-R Pace Analytical Services - Raleigh
ANALYTE QUALIFIERS
1g This is a less than value.
D6 The relative percent difference (RPD) between the sample and sample duplicate exceeded laboratory control limits.
M1 Matrix spike recovery exceeded QC limits. Batch accepted based on laboratory control sample (LCS) recovery.
M6 Matrix spike and Matrix spike duplicate recovery not evaluated against control limits due to sample dilution.
N2 The lab does not hold TNI accreditation for this parameter.
R1 RPD value was outside control limits.
Date: 05/28/2015 10:44 AM
REPORT OF LABORATORY ANALYSIS
This report shall not be reproduced, except in full,
without the written consent of Pace Analytical Services, Inc..
Page 16 of 31

cr�Ir
���, SrmurritEnrironiuerNalTechnologies, Ltc.
RAN
a pp
w� dl' M � C 33101111, Sr.
f 1lrliiOhJklEWrhLTtCftP'OIOGIi35,tpdC Cujwhoga Falls, Ohro44223
: ;; ,a✓;a a rinalj flt^i711 yst7 �ratnt'lta� TGL: [phone] FA.1:• [phone]
l4ebsife: hRp:/hrrru serlekc r
May 26, 2015
Chris Derouen
Pace Analytical Services Inc
9800 Kincey Avenue Suite 100
HuntersvilIe, NC 28078
TEL: [phone]
FAX: [phone]
RE: 92249382
Dear Clods Derouen: Order No.: 15051488
Summit Environmental Technologies, Inc. received 1 sample(s) on 5/14/2015 for the
analyses presented in the following report,
There were no problems with the analytical events associated with this report unless noted
in the Case Narrative.
Quality control. data is within laboratory defined or method specified acceptance limits
except where noted.
If you have any questions regarding these tests results, please feel free to call the
laboratory.
Sincerely,
Dr, Mo Osman
Project Manager
3310 Win St,
Cuyahoga Fails, Ohio 44223
A21.A 0724.01, Alabama,11600, Arizona A7,0788, Arkansas 88.0735, California 07256CA, Colorado, Comtecticut PH•0105,'Delaware, Florida NELAC
E87688, Georgia E87688 and 943, Idaho OH00923,111iaois 200061 and Reg.S; Indimra C-01-1-13, Knasns G10347, Kcalucky (Underground Storagc Tank)
3, Kentucky 90146, Loulsimta 04061 and LA 12004, Maine 2012015, Maryland 339, hlassnchusetts hl•OPH923, Minnesota 409711, Montana CERT0099,
New Haurpshire 2996, New Jersey OH006, New York 11777. North Carolina 39705 and 631, Ohio Drinking 1Voter,l 170, Olrio VAP CL0052, Oklahoma
9940, Oregon OH2O00D1, Pennsylvania 68-01335, Rhode Island LA0003I7, Son
h Carolina 92016001, Teanessce TH04018, Texas T104104466-11-5,
Region 8 STNIS-I, USDA/API IIS P330-11.00244, Ulah 01-1009232011-I, Vermont VT 87688, Virginia 00440 and 1581, Washington C89.1, West
Virginia 248.and 9957C and E87688, Wisconsin 399013010 -
Page 1 of 10
I
Page 20 of 31
l
I
j

l ro �• y e rd{11� Srirunrir Cnrii onnrnnlnl Technologies, luc.
@+' ` , � F� '1`t� ]j 3310 u�hrsr. Case Narrative
RIVIf OMWE1.1TAL TFCfJU0L0(,ft9i 1,%.c. Cuyahoga ralls, Ohio 44223 WO#: 1505.1488
> ,� ;s. nn,rl rtr�:�r c.<3r:art77aa'ir s TEL: [phone] FLY. [phone]
rt'ehsire: h7rp://winirse�tek.conl Dale: 5/26/2015
CLIENT: Pace Analytical Set -vices Inc
Project: 92249382
This report in its entirety consists of the documents listed below. All documents contain the Summit
Environmental Technologies, Inc., Work Order Number assigned to this report.
Paginated Report including Cover Letter, Case Narrative, Analytical Results, Applicable Quality
Control Summary Reports, and copies of the Chain of Custody Documents are supplied wiith this
sample set.
Concentrations repotted with a J-Flag in the .Qualifier Field are values below the Limit of Quantitation
(LOQ) but greater than the established Method Detection Litmit (MDL). -
Method numbers, unless specified as SM (Standard Methods) or ASTM, are EPA methods.
Estimated uncertainty values are available upon request.
Analysis performed by DBM, VRM, or SFG were performed at Summit Labs 2704 Eatonton Highway
Haddock, GA 31033
All results for Solid Samples are reported. on an "as. received" or "wet weight" basis unless indicated as
"dry weight" using the "-dry" designation on the reporting units.
Summit Environmental Technologies, Inc., holds. the accred itati o ns/certifi cations listed at the bottom of
the cover letterthat may or may not pertain to this report.
The information contained in this analytical report is the sole property of Summit Environmental
Technologies, Inc. and that of the customer. It cannot be reproduced in any fora without the consent of
Summit Environmental Technologies, Inc. or the customer for which this report was issued. The results
contained in this report are only representative of the samples received. Conditions can vary at different
times and at different sampling conditions. Summit Environmental Technologies, Inc. is not responsible
foe use or interpretation of the data included herein.
This report is believed to meet all of the requirements of NELAC or the accrediting / certifying agency.
Any comments or problems with the analytical events associated with this report are noted below.
Original
Page 2 of 10
Page 21 of 31

;3�`
t
€
r�
Shamir EnKrornuental Technolo >res ht
tlalifiel•s and Acronyms
Q Y
33init,n�
UPWIRONfolENTAL I Et!IIWOLop]C5, ICtC
C1ii)a111oga Falls, Ch;o 442`
WO# 15051488
u M i
rinnlyficrrf l.rt i�r ai �; lz:„
TEL: [phone] rU. (330) 2S3-d4S
Ifebsiie:litty://uinr.,rettek.co
Date: 5/26/2015
These commonly used Qualifiers and Acronyms may or may not be present in this report.
Qualifiers
U The compound was analyzed foa'but was not detected.
J The reported value is greater than the Method Detection Limit but less than the Reporting Limit.
II The hold.time for sample preparation and/or analysis was exceeded,
D The result is.repoited from a dilution.
E The result exceeded the linear range of the calibration or is estimated clue to interference.
MC, The result is below the Minimuin Compound Limit.
" The result exceeds the Regulatory Limit or Maxiniuni.Contaminatioit Liniit.
m Manual integration Nvas used to determine the area response. _
N The result is.presumptive based on a Mass Spectral library search assuming a 1:1 response.
P The second column coiifitmation exceeded 25% difference.
C The result has been con0rmed by GUMS.
,l' The result was not confanned when GUMS Analysis was performed.
Bh1IB+ The analyte was detected in the associated blank.
G The ICB or CCB contained reportable amounts of analyte.
QC-/+ The CCV recovery'fa led low (-) or high (+).
R/QDR The RPD was outside of accepted recovery limits.
QL-/+ The LCS or LCSD recovery failed low (-) or high (+),
QLR The LCS/LCSD RPD was outside of accepted recovery limits.
Q I-/+ The MS or MSD recovery failed Iow (-) or high
QMR The MS/MSD RPD was outside of accepted recovery limits.
QV-/+ The IC.V recovery failed low (-) or. high (+).
S The spike result was outside of Accepted recovery limits.
Acronyms
ND
Not Detected
RL
Reporting Limit
QC
Quality Control
R•IDL
Method Detection Limit
MB
Method Blank
LOD
Level of Detection
LCS
Laboratory Control Sample
LOQ
Level of Quantitation
LCSD
Laboratory Control Sample Duplicate
PQL
Practical Quantitation Unit
QCS
Quality Control Sample
CRQL
Contract Required Quantitation Limit
DUP
Duplicate
PL
PennitLinut
NIS.
Matrix Spike
RegLvl
Regulatory Limit
MSD
Matrix Spike Duplicate
AICL
Maximum Contamination Limit
RPD
Relative Percent Different
MinCL
Whimuni Conpound Limit
ICV
Initial Calibration Verification
RA
Reanalysis
ICB
Initial Calibration Blank
RE
Reextraction
CCV
Continuing Calibration Verification
TIC
Tentatively Identified Compound
CCB
Continuing CalibrationBlank
RT
Retention Time
RI1C
Reporting Limit CIieck
CF
Calibration Factor
DF
Dilution Factor
RF
Response Factor
This list of Qualifiers and Acronyms reflects the most commonly utilized Qualifiers and Acronyms for reporting.
Please refer to the Analytical Notes in the Case Narrative for any Qualifiers or.Acronyms that do not appear in this
list or for additional information regarding the use of these Qualifiers on reported data.
Original
Page 3 of 10
Page 22 of 31

Si�
Sunitull Etivnatiutental7echeolo ies, hie.
Analytical Report
N xa sv
331Q iVln Si.
wk
�i rNVIkOI N 0,
clowhoga Falls, Ohio 41223.
(base report)
r;, u ,4ttaly (iral 1;,t 1r;�1at'lry., TEL: (330)
253-8211 FAX: [phone]
CVO#: 15051.488
Mebsite !rltp•/Asgvo- sellek
Date Reported: 5126/2015
CLIENT: Pace Analytical Services Inc
Tag Number:
Matrix: SOLID
Collection Date:
5/12/2015 11:00:00 AM
Lab ID: 15051488-001A
Project: 922493.82
Client Sample ID 92249382002
Analyses Result
RL Q.ual Units
DID Date Analyzed
FLASHPOINT DETERMINATION (1010)
SW1010
Analyst: TAH
Flashpolnt (140'F) >140
°F
1 5/19/2015 10:5.7:13 AM
REACTIVE CYANIDE (9014/7.3.3.2)
SW9014
Analyst: TIR
Cyanide, Reactive ND
0.500 ppm
1 5119/201511:00:00 AM
PH (SW9045D)
SW9045D
Analyst: DHC
pH 5.95
s.u.@21.20
1 5/26/201512:45:00 PM
REACTIVE SULFIDE (9034)
SW9034
Analyst: TIR
Sulfide, Reactive ND
26.0 ppm
1 5/21/201510:00:00 AM
QuTlifiers:
Value excaads\ia[iniuni Contaminant level.
E
Value abmv goanhtalion ranga
ki
Holding tines for preparation or analysis exceeded
hi
Manual Inletlision used to daiemune area spanse
hlC
%'slue is Wow Minimum Compound Limit.
N
Teniatteeh• ideatirted compounds
- ND
\ot Detected at the Retorting Lindt
0
RSD is greaterdtmr RSDlintil ,
- _ P
Second column corrtmutionesceeds
Pl.
Permit Lintil Original
R
RPD outside accepted reeot•ery lindts
RL
Reporting Detection Unit g
U
SanyltesuiihCalcVal<%IDL
Page 5 of 10
Page 24 of 31

SAR Calculations- 5/12/2015
SAR = Sodium (Na) Milli Equivalent
0.5 X (Calcium (Ca) Milli Equivalent+ Magnesium(Mg) Milli Equivalent)o.s
•
• Na= 569 mg/kg- Na Milli Equivalent(ME)= 569/23 equivalent wgt=24.7ME
Ca= 7270 mg/kg- Ca Milli Equivalent(ME)= 7270/20 equivalent wgt= 363.5 ME
Mg= 2800 mg/kg- Mg Milli Equivalent(ME)= 2800/12'equivalent wgt= 233.3 ME
SAR= 24.7 Na Milli Equivalent
0.5 X (363.5 Ca Milli Equivalent + 233.3 Mg Milli Equivalent)0.5
24.7 Na Milli Equivalent
(0.5 X 596.8)0.5
24.7 Na Milli Equivalent
(298.4)0.s
= 24.7 Na Milli Equivalent
17.3
SAR= 1.4

aceAnalytical
.a
1 www.pacelabs.com
(i
l '
May 26, 2015
Mr. Stan Bryson
Tuckaseigee Water & Sewer Co.
1246 West Main Street
Sylva, NC 28779
RE: Project: Dried Residual Fecal 5/14
Pace Project No.: 92249916
JUN 20f5 D
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 May 14, 2015. The
results relate only to the samples included in this report. Results reported herein conform to the
most current TNl 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
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 10

www.pacelabs.com
ANALYTICAL RESULTS
Project: Dried Residual Fecal 5/14
Pace Project No.: 92249916
Pace Analytical Services, Inc.
2225 Riverside Dr.
Asheville, NC 28804
[phone]
Sample: DRIED RESIDUAL Lab ID: 92249916001 Collected: 05/14/15 11:00 Received: 05/14/15 13:17 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
Percent Moisture Analytical Method: ASTM D2974-87
Percent Moisture 10.8 % 0.10 1 05/26/15 12:12
92210E Fecal Coliform, MPN RAL Analytical Method: SM9221C E (MPN) 503
Fecal Coliforms, MPN 2.2 MPN/g 0.018 1 05/15/15 12:12 1g,H1
Date: 05/26/2015 04:04 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 10

( = aceAnalytical
( wmpacelabs.cam
QUALIFIERS
Project: Dried Residual Fecal 5/14
Pace Project No.: 92249916
DEFINITIONS
Pace Analytical Services, Inc.
2225 Riverside Dr.
Asheville, NC 28804
[phone]
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 of Acrolein 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.
X-r-1477aN iT71*1
PAST-C Pace Analytical Services - Charlotte
PASI-R Pace Analytical Services - Raleigh
ANALYTE QUALIFIERS
1g This is a less than value.
H1 Analysis conducted outside the EPA method holding time.
Date: 05/26/2015 04:04 PM
REPORT OF LABORATORY ANALYSIS
This report shall not be reproduced, except in full,
without the written consent of Pace Analytical Services, Inc..
Page 7 of 10

aceAnalytical "
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l
August 25, 2015
Mr. Stan Bryson
Tuckaseigee Water & Sewer Co.
1246 West Main Street
Sylva, NC 28779
RE: Project: .Dried Residual 8/11
Pace Project No.: 92262809
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 11, 2015. 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
e PXC
M
RA��y{
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

aceAnalXical
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C
ANALYTICAL RESULTS
Pace Analytical Services, Inc.
2225 Riverside Dr.
Asheville, NC 28804
[phone]
Project: Dried Residual 8/11
Pace Project No.: 92262809
1
Sample: TWSA DRIED RESIDUAL
Lab ID: 92262809001 Collected: 08/11/15 11:30 Received`. 08/11115 13:54 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.
18900 mg/kg 84.3 10 08/12/1519:10
08/17/1514:02 7429-90-5
Arsenic
2.3 mg/kg 0.84 1 08112/1519:10
08/14/1517:58 7440-38-2
Cadmium
1.0 mg/kg 0.084 1 08/12/1519:10
08/14/1517:58 7440-43-9
Calcium
8380 mg/kg 8.4 1 08/12/1519:10
08/14/1517:58 7440-70-2
Chromium
16.8 mg/kg 0.42 1 08/12/1519:10
08114/1517:58 7440-47-3
Copper
302 mg/kg 0.42 1 08/12/1519:10
08/14/1517:58 7440-50-8
Lead
13.2 mg/kg 0.42 1 08/12/1519:10
08/14/1517:58 7439-92-1
Magnesium
3280 mg/kg 8.4 1 08/12/1519:10
08114/1517:58 7439-95-4
Molybdenum
3.2 mg/kg 0.42 1 08112/1519:10
08/14/1517:58 7439-98-7
Nickel
13.0 mg/kg 0.42 1 08/12/1519:10
08/14/1517:58 7440-02-0
Potassium
4100 mg/kg 422 1 08/12/1519:10
08/14/1517:58 7440-09-7
Selenium
3.7 mg/kg 0.84 1 08/12/1519:10
08/14/1517:58 7782-49-2
Sodium
568 mg/kg 422 1 08/1'2/1519:10
08/14/1517:58 7440-23-5
Zinc
633 mg/kg 0.84 1 08/12/1519---10
08/14/1517:58 7440-66-6
7471 Mercury
Analytical Method: EPA 7471 Preparation Method: EPA 7471
_.. Mercury
0.78 mg/kg 0.16 50 08/14/15 17:45
08/17/15 17:40 7439-97-6
_t540G Total Percent Solids
Analytical Method: SM 2540G
Total Solids
97.2 % 0.000010 1
08/12/15 17:13
Percent Moisture
Analytical Method: ASTM D2974-87
Percent Moisture
2.8 % 0.10 1
08/13/15 13:15
92210E Fecal Coliform, MPN RAL
Analytical Method: SM9221C E (MPN) 503
Fecal Coliforms, MPN
2.3 MPN/g 0.018 1
08/12/15 10:22
9045 pH Soil
Analytical Method: EPA 9045
- pH at 25 Degrees C
6.0 Std. Units 0.10 1.
08/13/15 14:35
Plant Available Nitrogen
Analytical Method: SM 2710B
Plant Available Nitrogen
19100 mg/kg 0.12 1
08/21/15 16:28 N2
Total Nitrogen Calculation
Analytical Method: TKN+NO3+NO2 Calculation
Nitrogen
62600 mg/kg 40.0 1
08/2111516:30 7727-37-9
350.1 Ammonia
Analytical Method: EPA 350.1
Nitrogen, Ammonia
1710 mg/kg 49.5 5
08/18/15 08:10 7664-41-7
351.2 Total Kjeldahl Nitrogen
Analytical Method: EPA 351.2
Nitrogen, Kjeldahl, Total
62600 mg/kg 2860 50 08/21/15 14:39 7727-37-9
353.2 Nitrogen, NO2/NO3
Analytical Method: EPA 353.2
Nitrogen, Nitrate
(
ND mg/kg 2.1 1 08/20/15 13:30
REPORT OF LABORATORY ANALYSIS
j ^
This report shall not be reproduced, except in full,
Date: 08/25/2015 12:42 PM
h ,
I
without the written consent of Pace Analytical Services, Inc..
-
Page 4 of 24

laneAnalytical
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l
ANALYTICAL RESULTS
Project: Dried Residual 8/11
Pace Project No.: 92262809
Pace Analytical Services, Inc.
2225 Riverside Dr.
Asheville, NC 28804
[phone]
Sample: TWSA DRIED RESIDUAL Lab ID: 92262809001 Collected: 08/11/15 11:30 Received: 08/11/15 13:54 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. Qua[
353.2 Nitrogen, NO2/NO3 Analytical Method: EPA 353.2
Nitrogen, Nitrite ND mg/kg 1.0 1 08/20/15 13:30
Nitrogen, NO2 plus NO3 ND mg/kg 2.1 1 08/20/15 13:30
365.1 Phosphorus, Total Analytical Method: EPA 365.1 -
Phosphorus 14700 mg/kg 303 150 08/19/15 08:02 7723-14-0
Sample: TWSA DRIED RESIDUAL
Lab ID: 92262809002 Collected:
08/11/15 11:30
Received: 08/11/15 13:54 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: Dry Weight
Percent Moisture
4.0 %
0.10
1
08/24/15 19:45
1010 Flashpoint,Closed Cup
Analytical Method: EPA 1010
— r.:lashpoint
>200 deg F
70.0
1
08/24/15 15:40
4045 pH Soil
Analytical Method: EPA 9045
pH at 25 Degrees C
6.2 Std. Units
0.10
1.
08/16/15 16:30
733C S Reactive Cyanide
Analytical Method: SW-846 7.3.3.2
Cyanide, Reactive
ND' mg/kg
1.0
1
08/17/15 23:20
735S Reactive Sulfide
Analytical Method: SW-846 7.3.4.2
Sulfide, Reactive -
ND mg/kg
10.4
1
08/17/15 17:20
Date: 08/25/2015 12:42 PM
REPORT OF LABORATORY ANALYSIS
This report shall not be reproduced, except in full,
without the written consent of Pace Analytical Services, Inc..
Qual
Page 5 of 24

SAR Calculations- 8/11/2015
SAR = Sodium (Na) Milli Equivalent
0.5 X (Calcium (Ca) Milli Equivalent+ Magnesium(Mg) Milli Equivalent)o.5
Na= 568 mg/kg- Na Milli Equivalent(ME)= 568/23 equivalent wgt=24.7ME
Ca= 8380 mg/kg- Ca Milli Equivalent(ME)= 8380/20 equivalent wgt= 419 ME
Mg= 3280 mg/kg- Mg Milli Equivalent(ME)= 3280/12 equivalent wgt= 273.3 ME
SAR= 24.7 Na Milli Equivalent
0.5 X (419 Ca Milli Equivalent+ 273.3 Mg Milli Equivalent)0.5
= 24.7 Na Milli Equivalent
(0.5 X 636.3) 0-5
= 24.7 Na Milli Equivalent
= (318.2)0.5
24.7 Na Milli Equivalent
17.8
SAR= 1.4

Pace Analytical Services, Inc.
® 2225 Riverside Dr.
aceAnalytical Asheville, NC 28804
www.pacelabs.com [phone]
I
September 24, 2015
Mr. Stan Bryson
Tuckaseigee Water & Sewer Co.
1246 West Main Street
Sylva, NC 28779
RE: Project: Dried Residual Fecal 9/15
Pace Project No.: 92267636
Dear Mr. Bryson:
Enclosed are the analytical results for sample(s) received by the laboratory on September 15, 2015.
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
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 10

�5abeAnalytical"
www.pacelabs.com
I
CERTIFICATIONS
Project: Dried Residual Fecal 9/15
Pace Project No.: 92267636
Pace Analytical Services, Inc.
2225 Riverside Dr.
Asheville, NC 28804
[phone]
Raleigh Certification IDs
6701 Conference Drive, Raleigh, NC 27607
North Carolina Wastewater Certification #: 67
North Carolina Bioassay Certification #: 16
North Carolina Drinking Water Certification #: 37731
Charlotte Certification IDs
9800 Kincey Ave. Ste 100, Huntersville, NC 28078
Florida/NELAP Certification #: E87627
North Carolina Drinking Water Certification #: 37706
Kentucky UST Certification #: 84
North Carolina Field Services Certification #: 5342
West Virginia Certification #: 357
North Carolina Wastewater Certification #: 12
Virginia/VELAP Certification #: 460221
South Carolina Certification #: 99006001
REPORT OF LABORATORY ANALYSIS
This report shall not be reproduced, except in full,
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aceAnalytical
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ANALYTICAL RESULTS
Project: Dried Residual Fecal 9/15
Pace Project No.: 92267636
Pace Analytical Services, Inc.
2225 Riverside Dr.
Asheville, NC 28804
[phone]
Sample: DRIED RESIDUAL Lab ID: 92267636001 Collected: 09/15/15 12:00 Received: 09/15/15 13:16 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
Percent Moisture Analytical Method: ASTM D2974-87
Percent Moisture 4.8 % 0.10 1 09/21/15 15:07
92210E Fecal Coliform, MPN RAL Analytical Method: SM9221C E (MPN) 503
Fecal Coliforms, MPN 2.1 MPN/g 0.018 1 09/16/15 11:06 1g
REPORT OF LABORATORY ANALYSIS
This report shall not be reproduced, except in full,
Date: 09/24/2015 05:52 PM without the written consent of Pace Analytical Services, Inc..
Page 4 of 10

aceAnalytical
www.pacelabs.com
December 14, 2015
Mr. Stan Bryson
Tuckaseigee Water & Sewer Co.
1246 West Main Street
Sylva, NC 28779
RE: Project: Dried Residual 11/17
Pace Project No.: 92276438
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 November 17, 2015.
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
pCCRF����
2rt� O
r
9e0RAV
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 36

aceAnalytical
www.pacelabs.com
ANALYTICAL RESULTS
Project: Dried Residual 11/17
Pace Project No.: 92276438
Pace Analytical Services, Inc.
2225 Riverside Dr.
Asheville, NC 28804
[phone]
Sample: TWSA DRIED RESIDUAL Lab ID: 92276438001 Collected: 11/17/15 11:20 Received: 11/17/15 14:36 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
Aluminum
Arsenic
Cadmium
Calcium
Chromium
Copper
Lead
Magnesium
Molybdenum
Nickel
Potassium
Selenium
Sodium
Zinc
7471 Mercury
Mercury
e54OG Total Percent Solids
Total Solids
Percent Moisture
Percent Moisture
92210E Fecal Coliform, MPN RAL
Fecal Coliforms, MPN
9045 pH Soil
pH at 25 Degrees C
Plant Available Nitrogen
Plant Available Nitrogen
Total Nitrogen Calculation
Nitrogen
350.1 Ammonia
Nitrogen, Ammonia
351.2 Total Kjeldahl Nitrogen
Nitrogen, Kjeldahl, Total
353.2 Nitrogen, NO2/NO3
Nitrogen, Nitrate
Date: 12/14/2015 02:48 PM
Analytical Method: EPA 6010 Preparation Method: EPA 3050
23400
mg/kg
36.9
5
11/18/15 23:15
11/19/15 19:51
7429-90-5
1.5
mglkg
0.74
1
11/18/15 23:15
11/19/15 16:35
7440-38-2
0.92
mg/kg
0.074
1
11/18/15 23:15
11/19/15 16:35
7440-43-9
7080
mg/kg
7.4
1
11/18/15 23:15
11/19/15 16:35
7440-70-2
16.5
mg/kg
0.37
1
11/18/15 23:15
11/19/15 16:35
7440-47-3
298
mg/kg
0.37
1
11/18/15 23:15
11/19/15 16:35
7440-50-8
14.6
mg/kg
0.37
1
11/18/15 23:15
11/19/15 16:35
7439-92-1
2620
mg/kg
7.4
1
11/18/15 23:15
11/19/15 16:35
7439-95-4
3.5
mg/kg
0.37
1
11/18/15 23:15
11/19/15 16:35
7439-98-7
10.5
mg/kg
0.37
1
11/18/15 23:15
11/19/15 16:35
7440-02-0
3020
mg/kg
369
1
11/18/15 23:15
11/19/15 16:35
7440-09-7
4.8
mg/kg
0.74
1
11/18/15 23:15
11/19/15 16:35
7782-49-2
416
mg/kg
369
1
11/18/15 23:15
11/19/15 16:35
7440-23-5
672
mg/kg
0.74
1
11/18/15 23:15
11/19/15 16:35
7440-66-6
Analytical Method: EPA 7471 Preparation Method: EPA 7471
0.48
mg/kg
0.049
20
12/01/1518:15
12/02/1512:04
7439-97-6 M6,R1
Analytical Method: SM 2540G
96.8
%
0.000010
1
11/18/1510:38
Analytical Method: ASTM D2974-87
3.2 % 0.10
1
11/18/1514:41
Analytical Method: SM9221C E (MPN) 503
2.1 MPN/g 0.018
1
11/18/1511:13
1g
Analytical Method: EPA 9045
5.5 Std. Units 0.10
1
11/18/15 15:15
Analytical Method: SM 2710B
10500 mg/kg 0.12
1
12/03/1516:49
N2
Analytical Method: TKN+NO3+NO2 Calculation
33900 mg/kg 40.0
1
12/03/1516:48 7727-37-9
Analytical Method: EPA 350.1
1430 mg/kg 48.7
5
12/02/15 09:02 7664-41-7
M1
Analytical Method: EPA 351.2
33900 mg/kg 1010
50
12/0311504:21 7727-37-9
M6,R1
Analytical Method: EPA 353.2
ND mg/kg 2.0
1
12/01/1512:01
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 36

aceAnalyicai®
www.pacelabs.com
ANALYTICAL RESULTS
Project: Dried Residual 11/17
Pace Project No.: 92276438
Pace Analytical Services, Inc.
2225 Riverside Dr.
Asheville, NC 28804
[phone]
Sample: TWSA DRIED RESIDUAL Lab ID: 92276438001 Collected: 11/17/15 11:20 Received: 11/17/15 14:36 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
0.98
1
12/01/15 12:01
Nitrogen, NO2 plus NO3
ND mg/kg
2.0
1
12/01/15 12:01
365.1 Phosphorus, Total
Analytical Method: EPA 365.1
Phosphorus
19200 mg/kg
508
250
11/26/15 06:14 7723-14-0
733C S Reactive Cyanide
Analytical Method: SW-846 7.3.3.2
Cyanide, Reactive
ND mg/kg
1.0
1
11/20/15 02:59
735S Reactive Sulfide
Analytical Method: SW-846 7.3.4.2
Sulfide, Reactive
ND mg/kg
10.3
1
11/19/15 18:45
Sample: TWSA DRIED RESIDUAL
Lab ID: 92276438002 Collected: 11/17/15 11:20
Received: 11/17/15 14:36 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
54.5 % 0.10 1
11/23/15 06:17
1010 Flashpoint,Closed Cup
Analytical Method: EPA 1010
Flashpoint
>200 deg F 70.0 1
12/02/15 11:00
Sample: TWSA DRIED RESIDUAL
Lab ID: 92276438003 Collected: 11/17/15 11:30
Received: 11/17/15 14:36 Matrix: Solid
#1
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
Percent Moisture
Analytical Method: ASTM D2974-87
Percent Moisture
4.3 % 0.10 1
11/23/15 06:17
92210E Fecal Coliform, MPN RAL
Analytical Method: SM9221C E (MPN) 503
Fecal Coliforms, MPN
2.1 MPN/g 0.018 1
11/18/15 11:21 1g
Sample: TWSA DRIED RESIDUAL Lab ID: 92276438004 Collected: 11/17/15 11:45 Received: 11/17/15 14:36 Matrix: Solid
#2
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 4.5 % 0.10 1 11/23/15 06:18
Date: 12/14/2015 02:48 PM
REPORT OF LABORATORY ANALYSIS
This report shall not be reproduced, except in full, .
without the written consent of Pace Analytical Services, Inc..
Qual
Page 5 of 36

aceAnalytical
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ANALYTICAL RESULTS
Project: Dried Residual 11/17
Pace Project No.: 92276438
Pace Analytical Services, Inc.
2225 Riverside Dr.
Asheville, NC 28804
[phone]
Sample: TWSA DRIED RESIDUAL Lab ID: 92276438004 Collected: 11/17/15 11:45 Received: 11/17/15 14:36 Matrix: Solid
#2
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.
92210E Fecal Coliform, MPN RAL ' Analytical Method: SM9221C E.(MPN) 503
Fecal Coliforms, MPN 2.1 MPN/g 0.018 1 11/18/15 11:21
REPORT OF LABORATORY ANALYSIS
This report shall not be reproduced, except in full,
Date: 12/14/2016 02:48 PM without the written consent of Pace Analytical Services, Inc..
Qua[
1g
Page 6 of 36

SAR Calculations-11/17/2015
SAR = Sodium (Na) Milli Equivalent
0.5 X (Calcium (Ca) Milli Equivalent+ Magnesium(Mg) Milli Equivalent)"
Na= 568' mg/kg- Na Milli Equivalent(ME)= 416/23 equivalent wgt=18.1ME
Ca= 8380 mg/kg- Ca Milli Equivalent(ME)= 7080/20 equivalent wgt= 354 ME
Mg= 3280 mg/kg- Mg'Milli Equivalent(ME)= 2620/12 equivalent wgt= 218 ME
SAR= 18.1 Na Milli Equivalent
0.5 X (354 Ca Milli Equivalent + 218 Mg Milli Equivalent)0.5
18.1 Na Milli Equivalent
(0.5X572)0.5
= 18.1 Na Milli Equivalent
(286)0.5
18.1 Na Milli Equivalent
16.9
SAR= 1.1

aceAnalXical
www.pacelabs.com
December 29, 2015
Mr. Stan Bryson
Tuckaseigee Water & Sewer Co.
1246 West Main Street
Sylva, NC 28779
RE: Project: TWSA Dried Residual 12/15
Pace Project No.: 92279831
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 December 15, 2015.
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 p,CCRg��
�BORAtO�`
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 10

aceAnalj cal
wvnvpacelabs.com
ANALYTICAL RESULTS
Project: TWSA Dried Residual 12/15
Pace Project No.: 92279831
Pace Analytical Services, Inc.
2225 Riverside Dr.
Asheville, NC 28804
[phone]
Sample: TWSA Dried Residual Lab ID: 92279831001 Collected: 12/15/15 11:30 Received: 12/15/15 13:52 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. Qua[
Percent Moisture Analytical Method: ASTM D2974-87
Percent Moisture 3.5 % 0.10 1 12/29/15 11:41
92210E Fecal Col[form, MPN RAL Analytical Method: SM9221C E (MPN) 503
Fecal Coliforms, MPN 2.1 MPN/g 0.018 1 12/16/15 11:22 1g
Date: 12/29/2015 04:45 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 10

Appendix E
2015
TCLP Analysis

aceAnalytical
Ir
—..pacelabs.com
SEP - 3 2015
August 26, 2015
Mr. Stan Bryson
Tuckaseigee Water & Sewer Co.
1246 West Main Street
Sylva, NC 28779
RE: Project: Dried Residual TCLP 8/11
Pace Project No.: 92262816
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 11, 2015. 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 Qualify 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
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 17

1!�2'
aceAnaly #1
( www.pacelabs.com
Pace Analytical Services, Inc.
2225 Riverside Dr.
Asheville, NC 28804
[phone] -
ANALYTICAL RESULTS
Project: Dried Residual
TCLP 8/11
Pace Project No.: 92262816
Sample: TWSA DRIED RESIDUAL Lab ID: 92262816001 Collected: 08/11/15 11:30 Received:
TCLP
08/11/15 13:54 Matrix: Water
Parameters
Results Units Report Limit
DF Prepared
8081 GCS Pesticides, TCLP
Analyzed CAS No: Qual
Analytical Method: EPA8081 Preparation
Method:
EPA3510
Leachate Method/Date: EPA 1311; 08/20/15 15:00
gamma-SHC (Lindane)
ND ug/L
Chlordane (Technical)
ND ug/L 03.0
1 08/23/15 12:40 08/25/15 23:41 58-89-9
Endrin
3.0
ND ug/L
1 08/23/15 12:40 08/25/15 23:41 57-74-9
Heptachlor epoxide
0.50
ND ug/L
1 08/23/15 12:40 08/25/15 23:41 72-20-8
Methoxychlor
0.50
ND ug/L
1 08/23/15 12:40 08/25/15 23:41 1024-57-3
Toxaphene
10.0
ND ug/L
1 08/23/15 12:40 08/25/15 23:41 72-43-5
Surrogates
3.0
1 08/23/15 12:40 08/25/15 23:41 8001-35-2
Decachlorobiphenyl (S)
39
Tetrachlorolorobi-xylene (S)
10-138
39 %
1 08/23/15 12:40 08/25/15 23:41 2051-24-3
8151 Chlorinate Herbicide TCLP
10-110
Analytical Method: EPA8151 Preparation
1 08/23/15 12:40 08/25/15 23:41 877-09-8
Method:
EPA3510
2,4-D
2,4,5-TP (Silvex)
ND mg/L 0.010
ND mg/L
1 08/19/15 15:35 08/20/15 05:20 94-75-7
Surrogates
0.01D
1 08/19/15 15:35 08/20/15 05:20 93-72-1
2,4-DCAA (S)
91
6010 MET ICP, TCLP
42-142
1 08/19/15 15:35 08/20/15 05:20 19719-28-9
Analytical Method: EPA Sol o Preparation Method:
EPA 3010
Leachate Method/Date: EPA 1311; 08/17/15 01:45
Arsenic
Barium
ND mg/L 0.050 1
0.34 mg/L
08/18/15 04:00 08/18/15 13:46 7440-38-2
Cadmium
Chromium
0.25 1
ND mg/L 0.0050
08/18/15 04:DD 08/18/15 13:46 7440-39-3
1
ND mg/L 0.025
08/18/15 04:00 08/18/15 13:46 7440-43-9
Lead
1
ND mg/L 0.025
08/18/15 04:00 08/18/15 13:46 7440-47-3
Selenium
1
ND
08/18/15 04:00 08/18/15 13:46 7439-92-1
Silver
m9,L 0.10 1
0.025
08/18/15 04:00 08/18/15 13:46 7782-49-2
7470 Mercury, TCLP
1 08/18/15 04:00 08/18/15 13:46 7440-22-4
Analytical'Method: EPA 7470 Preparation
Method:
EPA 7470
Leachate Method/Date: EPA 1311;-08/17/15 01:45
Mercury �
8270 MSSV TCLP Sep Funnel
0.00075 mg/L 0.00020 1
08/18/1517:20 08/19/1514:24 7439-97-6
Analytical Method: EPA 8270 Preparation Method: EPA3510
Leachate Method/Date: EPA 1311; 08/20/15 15:00
1,4-Dichlorobenzene
ND
2,4-Dinitrotoluene
ug/L 50.0 1
ND ug/L
08121/1513:18 08/24/15 17:27 106-46-7
H4-Dinioro-1,3-butadiene
,3-but
50.0 1
ND ug/L
08/21/1513:18 08/24/15 17:27 121-14-2 L3
Hexachlorob
50.0 1
ND_
ND ug7L
08/21/15 13:18 08/24/15 17.27 87-68-3
Hexachloroethane
than
50.0 1
ug/L
08/21/1513:18 08/24/15 17:27 118-74-1
2-Met hylphe Cresol)
50.0 1
NDD ug/L
08/21/1513:18 08/24/15 17:27 67-72-1
ethylpheno-Cre p Cresol)
50.0 1
ND ug/L
08/21/15 13:18 08/24/15 17:27 95-48-7
Nitrobenzene
50.0 1
ND ug/L
08/21/1513:18 08124/1517:27
Pentachiorophenol
50.0 1
ND ug/L
08/21/1513:18 08/24/15 17:27 98-95-3
Pyridine
100 1
ND ug/L
08/21/1513:18 08/24/15 17:27 87-86-5
2,4,5-Trichlorophenol
50.0 1
ND ug/L
08/21/1513:18 08/24/15 17:27 110-86-1
2,4,-Trichlorophenol
50.0 1
ND ug/L
08/21/1513:18 08/24/15 17:27 95-95-4 L3
50.0 1
08/21/1513:18 08/24/15 17:27 88-06-2 L3
REPORT OF LABORATORY ANALYSIS
This report shall not be reproduced, except in full,
-)ate: 08/26/2015 04:51 PM without the written consent of Pace Analytical Services, Inc..
Page 4 of 17

lacieAnalytical
www.pacefabs.com
i
ANALYTICAL RESULTS
Pace Analytical Services, inc.
2225 Riverside Dr.
Asheville, NC 28804
[phone]
Project: Dried Residual TCLP 8/11
Pace Project No.: 92262816
Sample: TWSA DRIED RESIDUAL Lab ID: 92262816001 Collected: 08/11/15 11:30
TCLP Received: 08/11/15 13`.54 Matrix: Water
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; 08/20/15 15:00
Surrogates
Nitrobenzene-d5 (S)
2-Fluorobiphenyl (S)
45
%
12-102
1
08/21/1513:18 08/24/1517:27 4165-60-0
Terphe 4 (S)
48
64
%
%
13-107
1
08/21/15 13:18 08/24/15 17:27 321-60-8
Phenol-d6 (
-d6 (S)
16
%
21-132
1
. 08/21/15 13:18 08/24/15 17:27 1718-51-0
2-Fluorophenol (S)
(S)
25
%
10-110
1
08/21/15 13:18 08/24/15 17:27 13127-88-3
2-Fluorophen-Tribromof (S)
75
%
10-110
1
08/21/1513:18 08/24/1517:27 367-12-4
27-108
1
0812111513:18 08/24/1517:27 118-79-6
8260 MSV TCLP
Analytical Method: EPA 8260 Leachate
Method/Date:
EPA 1311; 08/13/15 13:27
Benzene
2-Butanone (MEK)
ND
12000
ug/L
u /L
9
192
38.5
08/20/15 23:04 71-43-2
Carbon tetrachloride
ND
ug/L
385
38.5
08/20/15 23:04 78-93-3
Chlorobenzene
ND
ug/L
192
38.5
08/20/15 23:04 56-23-5
Chloroform
ND
ug/L
192
38.5
08/20/15 23:04 108-9017
1,4-Dichlorobenzene
ND
ug/L
192
38.5
08/20/15 23:04 67-66-3
1,2-Dichloroethane
F ND
ug/L
192
38.5
08/20/15 23:04 106-46-7
1,1-Dichloroethene
ND
ug/L
192
38.5
08/20/15 23:04 107-06-2
Tetrachloroethene
ND
ug/L
192
38.5
08/20/15 23:04 75-35-4
Trichloroethene
ND
ug/L
192
38.5
08/20/15 23:04 127-18-4
Vinyl chloride
ND
ug/L
1.92
38.5
08/20/15 23:04 79-01-6
Surrogates
192
38.5
08/20/15 23:04 75-01-4
1,2-Dichloroethane-d4 (S)
126
%
Toluene-d8 (S)
99
° /°
70-130
38.5
08/20/15 23:04 17060-07-0 1g
4-Bromofluorobenzene (S) .
97
%
67-135
38.5
08/20/15 23:04 2037-26-5
70-130
38.5
08/20/15 23:04 460-00-4
9095 Paint Filter Liquid Test
Analytical Method: EPA 9095
Free Liquids
PASS
1 0
1
•
08/17/15 14:48
REPORT OF LABORATORY ANALYSIS
This report shall not be reproduced, except in full,
Date: 08/26/2015 04:51 PM without the written consent of Pace Analytical Services, Inc..
Page 5 of 17

aceAnalytical
/ www.pacelabs.com
i
QUALIFIERS
Project: Dried Residual TCLP 8/11
Pace Project No.: 92262816
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.
Pace Analytical Services, Inc.
2225 Riverside Dr.
Asheville, NC 28804
[phone]
S - Surrogate
combine concentra 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
19 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 regulatorylevels could not possibly be exceeded,,per Section 1.2 of Method 1311.
LO Analyte recovery in the laboratory control sample (LCS) was outside QC limits.
L3 Analyte recovery in the laboratory control sample (LCS) exceeded QC limits. Analyte presence below reporting limits in
associated samples. Results unaffected by high bias.
M1 Matrix spike recovery exceeded QC limits. Batch accepted based on laboratory control sample (LCS) recovery.
R1 RPD value was outside control limits.
SO Surrogate recovery outside laboratory control limits.
"ate: 08/26/2015 04:51 PM
REPORT OF LABORATORY ANALYSIS
This report shall not be reproduced, except in full,
without the written consent of Pace Analytical Services, Inc..
Page 14 of 17

aceAnayical
www.pacelabs.com
QUALITY CONTROL DATA CROSS REFERENCE TABLE
Project: Dried Residual TCLP 8/11
Pace Project No.: 92262816
Lab ID
92262816001
92262816001
92262816001
92262816001
92262816001
92262816001
92262816001
Date: 08/26/2015 04:51 PM
Sample ID
TWSA DRIED RESIDUAL TCLP
TWSA DRIED RESIDUAL TCLP
TWSA DRIED RESIDUAL TCLP
TWSA DRIED RESIDUAL TCLP
TWSA DRIED RESIDUAL TCLP
TWSA DRIED RESIDUAL TCLP
TWSA DRIED RESIDUAL TCLP
QC Batch Method
EPA 3510
EPA 3510
EPA 3010
EPA 7470
EPA 3510
EPA 8260
EPA 9095
Pace Analytical Services,.inc.
2225 Riverside Dr.
Asheville, NC 28804
[phone]
QC Batch
Analytical Method
OEXT
EPA 8081
OEXT/23901
EPA 8151
MPRP/l9273
EPA 6010
MERP/8206
EPA 7470
OEXT/37228
EPA 8270
MSV/33065
WET/39523
REPORT OF LABORATORY ANALYSIS
This report shall not be reproduced, except in full,
without the written consent of Pace Analytical Services, Inc..
Analytical
Batch
GCSV/22358
GCSV/15523
ICP/17328
MERC/7881
MSSV/11123
Page 15 of 17

Appendix F
2015
Annual Pathogen
and
Vector Attraction
Reduction

ANNUAL PATHOGEN AND VECTOR ATTRACTION REDUCTION FORM
Facility Name: Tuckaseigee Water and Sewer Auth. Permit Number:
WWTP Name: TWSA Plant #1 NPDES Number:
WQ 00005763
NC 0039578
Monitoring Period: From 1/l/2015 To 12/31/2015
Pathogen Reduction (40 CFR 503.32) - Please indicate level achieved and alternative performed:
Class A:
Alternative I
Alternative 2 ®
Alternative 3
Alternative 40
Alternative 5
--
Alternative 6
•. .....................
If applicable to alternative performed (Class A only) indicate "Process to Further Reduce Pathogens":
Compost ®
Heat Drying R1
Heat Treatment ®
Thennophilic El
e B to Ray ®Garmna
Ray ®
Pasteurization rzatio n
Class B:
Alternative 1®
Alternative 2 L-T—T
Alternative 3
......................
If applicable to alternative performed (Class B only) indicate "Process to Significantly Reduce Pathogens":
Lime Stabilization ®
Air Drying 0
Composting ®
Aerobic Digestion
Anaerobic Digestion®
.. ._ _ ;:...........:....
:...:.....::::.......................................
If applicable to alternative performed (Class A or Class B) complete the following monitoring data:
Parameter
Allowable Level
in Sludge
Pathogen Density
Number o
Excee-
de ces
requency
of
A alvsis
Sample
p
Type
Amalytical
Tech -
ni ue
mur
Geo. Mean
aximut
Units
Fecal Coliform
2 x 10 to the 6th
power WN per
gram of total
solids or 2 x 10 to
the 6th power
CFU per gram of
1000 mpn per
gram of total solid
(dry weight)
< 1
2
2.3
mpn/g
0
quarterly
grab
9- 1LE
rn '��50J
Salmonella bacteria
(in lieu of fecal
coliform)
3 MPN per 4
grams total solid
(dry weight)
Vector Attraction Reduction (40 CFR 503.33) - Please indicate option performed:
Option 1 ® Option 2 ® Option 3 ® Option 4 ® Option 5
Option 6 ® Option 7 � Option 8 1 Option 9. El Option 10 D
No vector attraction reduction P were options o tiperformed
d . f�
CERTIFICATION STATEMENT (please check the appropriate statement)
"I certify, under penalty of law, that the pathogen requirements in 40 CFR 503.32 and the vector
attraction reduction requirement in 40 CFR 503.33 have been met."
® "I certify, under penalty of law, that the pathogen requirements in 40 CFR 503.32 and the vector
attraction reduction requirement in 40 CFR 503.33 have not been met." (Please note if you check
this statement attach an explanation why you have not met one or both of the requirements.)
"This determination has been made under my direction and supervision in accordance with the
system designed to ensure that qualified personnel properly gather and evaluate the information
used to determine that the pathogen and vector attraction reduction requirements have been met. I
am aware that there are significant penalties for false certification including fine and imprisonment."
Stan Bryson, WWTP Operations Supt
Preparer Name and Title (type or print) Land Applier Name and Title (if applicable)(type or print)
Signature of Preparer Date Signature of Land Applier (if applicable) Date
DENR FORM RF (5/2003)

Appendix G
2015
Daily Dryer
Record

TWSA DRYER, OPERATIONS
DAILY RECORD r /
---j DATE L
START STOP TOTAL
RUN TIME, HRS Q
1 st Dryer Batch
Fill Cycle Started @ Dry Cycle Started @ `7 ' 26 Discharge Cycle Started @ - =
Discharge
Discharge
Dry
Chamber
Chamber
Rotor
Rotor
Time
Exhaust
Product
Timer
In
Out
In
Out
Operator-,
l �
Zb
dal
3' I
1�0
5
1
as
1.���E
`-(S c�
06.
cv
s
DRYER OUTPUT % SOLID's
Dish Wgt
Wet Sample + Dish
Dried Sample t Dish
rams
rams)
(grams)-
I;v333
'may 01
x100=.
/ D:
% Total Solids
2nd Dryer Batch
Fill Cycle Started @ !Dry
Cycle Started @ �1 "�? .
M1
Discharge Cycle Started @ '
Tem eratures .
.
.Discharge_
Discharge
Dry
DRYER OUTPUT %
�_S,vlis'
7170-
LJI ICU viai I
rams
x100= �'[� I ���
Total Solids

TWSA DRYER OPERATIONS
DAILY RECORD
3rd Dryer Batch
Fill Cycle Started @ ..�
Dry Cycle Started S
@ Discharge Cycle Started. @
Discharge DischargeD Ten eratures
g . ry Chamber Chamber . Rotor Rotor
Time Exhaust Product Timer .
In Out In Out O erator
326 j zzs ;J
DRYER OUTPUT % SOLID . Dish Wg} . ..Wet Sam le ;
p._ . :Dish . Dried Sample + Dish
rams •
rams rams
94,
% Total. Solids
Alarms or Comments

TWSA DRYER OPERATIONS
DAILY RECORD
DATE
START STOP TOTAL
RUN TIME, HRS
1st Dryer Batch
Fill Cycle Started @ ' 43
Dry Cycle Started @ % . C3 '-% Discharge Cycle Started-72
Tamncrn+.urns OC
Time
Discharge
Exhaust
Discharge
Product
Dry
Timer
Chamber
In
Chamber
Out
Rotor
In
Rotor
Out
Operator
a
a
1,5 v
Li 3 -6
L-i ,. -5
L13 S
3
,-2 �a 13��T
ai 1�
4 qx�
4,�)
31� z-5
U)
DRYER OUTPUT % SOLIDS Dish Wgt Wet Sample + Dish Dried Sample + Dish
(grams) .(grams) (grams)
�S/98'a-
�qs x100=
7./,;) o / % Total Solids
2nd Dryer Batch '
Fill Cycle Started @ Dry Cycle Started. @ Discharge Cycle Started @
Tamnarati irac op
Time
Discharge
Exhaust
Discharge
Product
Dry
Timer
Chamber
In
Chamber
Out
Rotor Rotor
In Out
I Operator
f�, -W
�-3-5
�
0
40 7
�
1
�`
2,
) , D
`
q �3 5-
4 6 �3,5
ice
DRYER OUTPUT % SOLIDS Dish Wgt Wet Sample + Dish Dried Sample + Dish
(grams) (grams) (grams)
V6/12, 6/23114
0
x 100 % Total Solids

I v"v^ �iZ 7 CM UI'tNA 1 IUNJ
DAILY RECORD
3rd Dryer Batch V
Fill Cycle Started @ / -Dry Cycle Started @ Discharge Cycle Started @
Temperatures °F
Discharge Discharge Dry Chamber Chamber Rotor Rotor
Time Exhaust I Product Timer In I Out In Out O erator
LA
y 3
y s
DRYER OUTPUT % SOLIDSHDi,ghWgtWet Sample + Dish Driea
le + Dish
(grams). s)
s, �
a
x100= �' % Total Solids
Alarms or Comments

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 @ -
Tem eratures
Discharge
Exhaust
Discharge
Product
Dry.
Timer
Chamber
In
Chamber
Out
Rotor
In
Rotor
Out
O erator
Time
;� u
.5 1
4 2Z�7
��
.
.r)
roe . D
�L3 i
��
5
��'3�
e
—D, 4
4/45
4)455-
1393.1
DRYER OUTPUT % SOLID
Dish Wgt
Wet S_a_mple + Dish Dried Sample + Dish
rams
rams rams
3
ql,-9
Discharge
Exhaust
Discharge
Product `
Dry..
Timer
Cnambery
In
v Chamber
Out
Rotor
In
Rotor .'
Out
Operator
Time
DRYER OUTPUT %
Dish. Wgt Wet Sample + Dist
rams rams
a3.;S(039
Dried Sample + Dish
(grams)
� Z13673
x100=
7 d % Total Solids

TWSA DRYER OPERATIONS
DAILY RECORD
3rd Dryer Batch
Fill Cycle Started
@
. Dry Cycle Started @
2"
Discharge
9
C cle
y. Started. @ r
Time
Discharge Discharge
Exhaust Product
D Tem eratures "�'
ry Chamber Chamber
Timer
Rotor
Rotor
207
. In .
Out
In
out
O erator
y34.
/
J
:1. i
3,"
DRYER OUTPUT % SOLID
. Dish Wgt . ..Wet
.rams
Sam le Dish P.. -
.....
Dried Sample ;Dish
:
..
rams :.......
" rams
. .
An
VA
x i oo =
:-
Total. Solids
Alarms or s
.4—W
� v37 C 1v:
r�

TWSA DRYER OPERATIONS
DAILY RECORD
DATE
l
START STOP TOTAL
RUN TIME, HRS
1 st Dryer Batch
j
Fill Cycle Started @ Dry Cycle Started @ 7- 1.,? Discharge Cycle Started @ /
Temoeratures OF
Time
Discharge
Exhaust
Discharge
Product
Dry-
Timer
Chamber
In
Chamber
Out
Rotor
In
Rotor
Out
Operator
cl: )4 S-
.235
C2 Pf
DRYER OUTPUT% SOLIDS Dish Wgt Wet Sample + Dish
(grams) -(grams)
I,ocpt ` 30 , zct5
Dried Sample + Dish
(grams)
;R9, i' qV 4 ---,
l�
x100= S
2nd Dryer Batch
Fill Cycle Started @ Dry Cycle Started @ 'Discharge Cycle Started @
Temperatures °F
Total Solids
Time
Discharge
Exhaust
Discharge
Product
- ' Dry
Timer
Chamber
In
Chamber
Out
Rotor
In
Rotor
Out
Operator
DRYER OUTPUT % SOLIDS Dish Wgt Wet Sample + D
(grams) (grams)
I oZSv ' Z-7,, 150
216/12, 6/23114
Dried Sample + Dish
x100= L ��
U % otal Solids

DAILY RECORD
3rd Dryer Batch
Fill Cycle Started @ -Dry Cycle Started @ `
Temperatures°F
DRYER OUTPUT % SOLIDS
- x1oo=
Alarms or Comments
Discharge Cycle Started @ (2_
% Total Solids

TWSA DRYER OPERATIONS
DAILY RECORD
DATE
V
? START STOP -.- TOTAL
RUN TIME, HRS
1st Dryer Batch
Fill Cycle Started @ (-P'•
Dry Cycle Started @
-7
Discharge Cycle Started
Temperatures OF
Time
Discharge
Exhaust
Discharge
Product
Dry Chamber
Timer In
Chamber
Out
Rotor
In
Rotor
Out
Operator
3U
zo.�
zI D
2Zq
:ao
a 5
avf�
S� q) 5
5
a5�
0a��5
ono ���
3-7
LfLK,::,
l 6 D L 5
Sj
4.c( S
DRYER OUTPUT
% SOLIDS
Dish Wgt
Wet Sample + Dish
Dried Sample + Dish
(grams)
1, v o 7
.(grams)
a , �� �/�
(grams),.
19-j; 5 7`-Z1-
---3S5
x1oo=
% Total Solids
2nd Dryer Batch j
Fill Cycle Started @% Jt `7 Dry Cycle Started @ [ J .J Discharge Cycle Started @ J'
Time
Discharge
Exhaust
Discharge
Product
Dry
Timer
Chamber
In
Chamber
Out
Rotor
In
Rotor
Out
Operator
'qu
32.1
3 r7l
a.z
r$3
(nc,
DRYER OUTPUT % SOLIDS Dish Wgt Wet Sample `+ Dish Dried Sample + Dish
(grams) (grams) (grams)
�y.3�aa x100=
7J6/12, 6/23/14
% Total Solids

UPULT f'f=UUMU
3rd Dryer Batch J
Fill Cycle Started @ J C�, -Dry Cycle Started @ 3i Discharge Cycle Started @�
Temperatures OF
Time
uiak.uaiya
Exhaust
u101,11ai yc
Product
ury
Timer
chamber
In
Chamber
Out
Hotor
In
Rctor
Out
Opera -tor
3 :�v
2vY
2Q9
3��
3_7�
:V;F
3�
y3l
yyz
�l
Y,/yy
6; 7
),6 5
3v5
yya
`f �
y yS.
`l OL .
Jn
DRYER OUTPUT % SOLIDS Dish Wgt Wet Sample + Dish Dried Sample + Dish
(grams) (grams) (grams)
Ul v) f 2 3. v �&
961
9 fo Tcta'I Solids

TWSA DRYER OPERATIONS
DAILY RECORD
DATE
START STOP TOTAL
RUN TIME, HRS _ �t2%•• I_� • _.-_...------:._ .
1 st Dryer Batch / (�
Fill Cycle Started @ �+'�� w Dry Cycle Started @ Discharge Cycle Started @ 1 ! = -
Tam eratures
Discharge
Discharge
Dry
Chamber
Chamber
Rotor
Rotor
Time
Exhaust
Product
Timer
In
Out
In
Out
Operator
7:J
010•
©
S
13&�,
3R'5
IQ 47.
DS
S 0.5
� C
� � �'
,y j�S
.
�7
DRYER OUTPUT % SOLID's Dish Wgt Wet Sample + Dish Dried Sample + Dish
rams - rams rams -
x100= q,
% Total Solids
2nd Dryer Batch
D +cle Started 1 Discharge Cycle Started
Fill. Cycle Started @ s -'Dry . C Y . �°
Tem eratures
Time
Discharge,
Exhaust
Discharge
Product
Dry
Timer
Chamber.
In
Chamber
Out—
Rotor
In
Rotor . .
Out .
Operator
a WS.
41Lf
�f 5
DRYER OUTPUT % SOLIDs Dish Wgt Wet Sample + Dish. Dried Sample + Dish
rams rams rams
cz / S 3 `/ 5.3 4,� 5 5
x100=
3 3J: %y % Total Solids

i
I
TWSA DRYER OPERATIONS
DAILY RECORD
3rd Dryer
Batch
Fill Cycle
Started@
—�
Dry Cycle. Started @
�
Discharge
Cycle Started
Time
Discharge Discharge.
e
Exhaust Product
D Tern eratures
. Dry Chamber Chamber
Timer In
Rotor
Rotor
Z A y
.
l
out
In
out
O erator
2
3
D
.
DRYER OU, ru
T %SOLID
. Dish Wgt.
.Wet Sample :Dish
Dried Sample t Dish
rams
rams
rams
..
:.
9 2 -ryD _
x 100
.%
Total.Solids
Alarms or Comments
-

TWSA DRYER OPERATIONS
DAILY RECORD
DATE
j START STOP TOTAL
RUN TIME, HRS {Q 36 ', J I .
1 st Dryer Batch
Fill Cycle Started @ _(p - Dry Cycle Started @ j Discharge Cycle Started @' (� -
Temoeratures OF
Time
Discharge
Exhaust
Discharge
Product
Dry
Timer
Chamber
In
Chamber
Out
Rotor
In
Rotor
Out
Operator
6
3(��5
DcYG
z31
7t�
1
z
D9
I `
3
L-(�(�3C�
3
�o
3
)6u
-�4 1-F
413
.4 4 /
a
315;
a.3
Ds�
�S
1Q,�
45�jI
q..:1
39-
DRYER OUTPUT % SOLIDS Dish Wgt Wet Sample + Dish Dried Sample + Dish
(grams) -(grams) (grams) .
610L 9 '' 74
Z x1oo= j 65
I
Total Solids
2nd Dryer Batch
Fill Cycle Started @ J rf Dry Cycle Started @ ' Discharge Cycle Started @ = %
Temoeratures °F
Time
Discharge
Exhaust
Discharge
Product
Dry
Timer
Chamber
In
Chamber
Out
Rotor
In
Rotor
Out
Operator
:3 y
2— 7—(P
O aLip
DRYER OUTPUT % SOLIDS FDish Wgt Wet Sample + Dish
ms) rams)
Yy
13
2/6/12, 6/23/14
Dried Sample + Dish
(grams)
5.i
=l c x00
` 5 % Total Solids

I VVSA UKyI=N.UHI=KA I IUNS
DAILY RECORD /
3rd Dryer Batch
Fill Cycle Started 0 -Dry Cycle Started @ 3;Z 3 Discharge Cycle Started @ 6 •3
Time
Discharge Discharge
Exhaust Product
Dry
Timer
ChambeMCh;mberRo
InOut
Rotor
2—
O erator
JP
C/ y�
yy�
2/*
DRYER OUTPUT % SOLIDS
Alarms or Comments
Dish Wgt Wet Sample + Dish
(grams) (grams)
Dried Sample + Dish
(crams)
x100= S OI
% Total Solids

TWSA DRYER OPERATIONS
DAILY C CORD
DATE= 5
START STOP TOTAL
RUN TIME, HRS
1 st Dryer Batch
Fill Cycle Started @ '7• 09 Dry Cycle Started @ �Li Discharge Cycle Started b 3
Temperatures OF
Time
Discharge
Exhaust
Discharge
Product
Dry
Timer
Chamber
In
Chamber
Out
Rotor
In
Rotor
Out
Operator,
0
I k-7
L�v?
417
z _7
ar
t 0 . 1 y
1,56
�1'5-
413S
DRYER OUTPUT % SOLIDS I Dish Wgt I Wet Sample + Dish I Dried Sample + Dish
(grams) .(grams) (grams)
1/,0/6 7l a5 ,3667
x100=
v 1" Total Solids
2nd Dryer Batch G
Fill Cycle Started @ Dry Cycle Started @ I Discharge Cycle Started @
Temperatures °F
Time
Discharge
Exhaust
Discharge
Product
Dry
Timer
Chamber
In
Chamber
Out
Rotor
In
Rotor
Out
Operator
R-
.4ffl
a , I
L3
�.
` =5
-�'i,3-!;
'
��
3�
Zvi
qqS'
YYO
q`� -1
3U
�
DRYER OUTPUT % SOLIDS Dish Wgt Wet Sample + Dish I Dried Sample + Dish
(gram ) (grams) (grams)
,0053 3�,,9 �.? "Dvv
R q
x1(
q,'
216112, 6/23/14
% Total Solids

DAILY RECORD ,...,�
3rd Dryer Batch
V
Fill Cycle Started @ '- r y
-Dry Cycle Started @
3 S
Discharge Cycle Started @ —2-
Temperatures OF
-
Time
Discharge
Exhaust
Discharge
Product
Dry
Timer
Chamber Chamber
In Out
Rotor
Rotor
In
Out
O erator
L
y y '
1135
` L
Y3y
"7.22,1
z
��.�
y7
L-/--r�
'/Y6--
DRYER OUTPUT % SOLIDS Dish Wgt Wet Sample + Dish + _ Dried Sample + Dish
(grams) (grams) (grams)
``7 D - 0
� ,
,0 J� x100=
% Total Solids
Alarms or Comments

TWSA DRYER OPERATIONS
DAILY RECORD
DATE
START STOP TOTAL V
RUN TIME, HRS
1st Dryer Batch �.
Fill Cycle Started @ (L Dry Cycle Started @ % 13 Discharge Cycle Started
TPmneratrirPc Op
Time
Discharge
Exhaust
Discharge
Product
Dry
Timer
Chamber
In
Chamber
Out
Rotor
In
Rotor
Out
Operator
7:13
a ON
c:
�3
3
7. 0-3
4,31
-s
a
-7
L-j cq (G
Lj S '7
4
3C)
,&
3D,---
C-A
DRYER OUTPUT % SOLIDS Dish Wgt Wet Sample + Dish I Dried Sample + Dish
(grams) .(grams) (�
40A24 AE,5Y37,
,2 8UII ►�.� ��
x 100 =
cam} r- �
/ Y .1 96 % Total Solids
2nd Dryer Batch
Fill Cycle Started @ d =30 Dry Cycle Started @ ' j t Discharge Cycle Started @ 07
TPmnara�i irac ��'
Time
Discharge
Exhaust
Discharge
Product
Dry
Timer
Chamber
In
Chamber
Out
Rotor
In
Rotor .
Out
Operator
-s
3
<�o,'
/a
.
�{
a
�.oj
115'c)
435
I
195
DRYER OUTPUT % SOLIDS Dish Wgt Wet Sample + Dish I Dried Sample + Dish
(grams) grams) (grams)
x1oo= C,11,540
2/6/12, 6/23/14
% Total Solids

DAILY RECORD
3rd Dryer Batch
Fill Cycle Started @ �140
Dry Cycle Started @ 3
Discharge Cycle Started @ r' v
Temperatures
OF
Time
Discharge
Exhaust
Discharge
Product
Dry
Timer
Chamber
In
Chamber
Out
Rotor
In
Rotor
Out
O erator
3;16
_-
��
zv7
`lLb
�)13
' uo
)Xz
�
�12
Zz�
2��.
y
y�,y
y3y
yy
��3
s/
ys
���
��6
/0 o
`l.ys
y3 `/
`i y.s
s
?
z 16
D
YE
�/3 S
YYL
3 S
7`
3 0S
; cl
`� l�
I-�
DRYER OUTPUT % SOLIDS Dish Wgt Wet Sample + Dish Dried Sample + Dish
(grams) (grams) (grams)
:PT
100
/o Total Solids
Alarms or Comments
j

TWSA DRYER OPERATIONS
DAILY RECORD
DATE
-� START STOP TOTAL
RUN TIME, HRS
1st Dryer Batch .'
Fill Cycle Started @ 4 = 3 Dry Cycle Started @ Discharge Cycle Started
g Y
Tamnar�+ircc �C
Time
Discharge
Exhaust
Discharge
Product
Dry
Timer
Chamber
in
Chamber
Out
Rotor
In
Rotor
Out
Operator
:
a,���
D ` o
�` o
E3.
/ ch
�T ��
I !
!
�'
G:s ttJ
DRYER OUTPUT % SOLIDS Dish Wgt Wet Sample + Dish FDrled Sample + Dish
(grams) _(grams) (c
D, `l6 -57 F, 3
(/ �j`��/5 8 ` 7
x100=
N
'�A 9 / , %\Total Solids
2nd Dryer Batch
Fill Cycle Started @ Dry Cycle Started @ %/: 5 Discharge Cycle Started @
Tcmnorn+"rcc OC
Time
Discharge
Exhaust
Discharge
Product
Dry
Timer
Chamber
In
Chamber Rotor Rotor
Out In Out Operator
1;C50
��
��"
�(S(> v� _;�z, C
/
50
-"
43.5 3< S
DRYER OUTPUT % SOLIDS Dish Wgt Wet Sample + Dish
(grams) (grams)
(7,y�00
55
2/6/12, 6/23/14
Dried Sample + Dish
(grams)
x100=
otal Solids

DAILY RECORD
3rd Dryer Batch
J
Fill Cycle Started @
-Dry Cycle
Started @
.,_ q
Discharge Cycle Started
@_ %
Temperatures °F
--
Time
Discharge
Exhaust
Discharge
Product
Dry
Timer
Chamber Chamber
In Out
Rotor
Rotor
2-DX
6 7
-a
v��
In
Out
O erator
3:s y
�13
Y Y-5--
�
Y 3-
1 s b
YY3
DRYER OUTPUT % SOLIDS I Dish Wgt I Wet Sample + Dish ' Dried Sample + Dish
(grams) (grams). (grams)
�2L/ aL! 3S3 ' 3
x1oo= �%�
-7 % Total Solids
Alarms or Comments

TWSA DRYER OPERATIONS
DAILY RECORD
DATE 3 —Q ` I .
'START STOP TOTAL
RUN TIME, HRS C�.y �' • 5' �1
1st Dryer, Batch
FiII Cycle Started @ Co 5LD Dry Cycle Started @ 3 + Discharge Cycle Started @
Tomnor�fi iroc
Time
Discharge
Exhaust
Discharge
Product
Dry
Timer
Chamber
In
Chamber
Out
Rotor
In
Rotor
Out
Operator
�1
20 S .
2t0
3g i
���
I
-Lo 1
20 9
G. b
L4
3C1 9
I-01- 01
'
;2V 1
a � �
30,
vs D
l 9,5
' 3
6710 --
DRYER OUTPUT % souo Dish Wgt Wet Sample +Dish Dried Sample +Dish-
_. rams rams rams
01*
Total Solids
2nd Dryer Batch :
Fill. Cycle Started @5 .Dry Cycle Started @ 5 . Discharge Cycle Started @ r� '✓C
Tcmncrnft imc
Time
Discharge_
Exhaust
Discharge
Product
Dry
Timer
Chamber.
In
Chamber
Out -
Rotor
In -
Rotor .'
Out
Operator
3 cc
—7
ca
q-�14f�3
X 3
i
ti
4,14&
626
DRYER OUTPUT %
Dish Wgt Wet Sample + Dish. Dried Sample + Dish
rams rams rams
),q737 �, i� 35`7 ��d
x100=
�/ � 3 %Total Solids

TWSA DRYER OPERATIONS
DAILY RECORD
3rd Dryer Batch
Fill Cycle Started @_ Dry Cycle Started @ Discharge Cycle Start-
ed.@
Tem eratures
Discharge Discharge Dry Chamber Chamber . Rotor Rotor
Time Exhaust Product Timer . In Out .In
Out O erator
03 vs
DRYER OUTPUT % SOLID : Dish Wgt . Wet Sample +:Dish, * Dried Sample.} Dish
gams rams rams
x 100:
1 .. . 1� -D % Total. Solids
Alarms or Comments

I VV6A DRYER OPERATIONS
DAILY RECORD
DATE 3— s " j -5 , /
START STOP TOTAL �J
--� RUN TIME, HRS 6
1 st Dryer Batch .'
Fill Cycle Started @ LO Dry Cycle Started @ 7: % Discharge Cycle Started
TP_mnAr.gfw,=C °F
Time -
Discharge
Exhaust
Discharge
Product
Dry.
Timer
Chamber
In
Chamber
Out
Rotor
In
Rotor
Out
Operator
�. l
a� 3
a61
b
3 8
3, ci3�
i
dad
L�-D
�y
3
as
6a
L
L
c41-1ce
31)s
. /V 1
*46
4
q#_5
3
DRYER OUTPUT % SOLIDS Dish Wgt Wet Sample + Dish Dried Sample + Dish -
(grams) _(grams) (grams).
x 100 = 9.7 79 -7 % Total Solids
2nd Dryer Batch
Fill Cycle Started @ % _ Dry Cycle Started @ Discharge Cycle Started @ C;2 j
Tin mnarn i t roc 0r:
Time
Discharge
Exhaust
Discharge
Product
Dry
Timer
Chamber
In
Chamber
Out
Rotor -
In ,
Rotor
Out
Operator
LO
s 13
9 l2
DRYER OUTPUT % SOLIDS Dish Wgt Wet Sample + Dish Dried Sample + Dish
(grams) grams) (grams)
P3,�
2/6112, 6/23/14
Fo
G'
`�� U x100=
�(o• v��T /6,%bV-6-s %Total Solids

DAILY RECORD
3rd Dryer Batch
Fill Cycle Started @ 152 3 -Dry Cycle Started @ 5 Discharge Cycle Started @ �
Time
Discharge
Exhaust
Discharge
Product
Dry
Timer
Chamber
In
Chamber
Out
Rotor
In
Rotor
Out
O erator
g oq1461
q
o
`i�`l�
a7;
S�
13
V3s
y`fs
5�
z5
at
1,50
'1`
6,v �
�1,1 /
F
(-/V () I
DRYER OUTPUT % SOLIDS Dish Wgt Wet Sample + Dish I Dried Sample + Dish
(grams) (grams). (grams)
% Total Solids
Alarms or Comments

TWSA DRYER OPERATIONS
DAILY RECORD
DATE
START STOP TOTAL
RUN TIME, HRS
1st Dryer Batch
Fill Cycle Started @
IIme I exhaust I Product
7;j
i=0-
�g
(0313o5
Dry Cycle Started @ /
Temperatures OF
Discharge Cycle Started g
Dry
Timer
Chamber
In
Chamber
Out
Rotor
In
Rotor
Out
Operator
So
z43
'f-a
143
/
1 P D
�4 q,51
437 7
if ' j3
E6
L)5
4 3-,;7-
4 4 s
3s0
q.�
-/-I ql
-q qs
��g"c�
DRYER OUTPUT % SOLIDS Dish Wgt Wet Sample + Dish I Dried Sample + Dish
(grams) _(grams) (grams)
),5- 1-7g
,NY3
2q,LC) a Q � x100= 9 1
% Total Solids
2nd Dryer Batch. a.
Fill Cycle Started @ _ ; 3 Dry Cycle Started @ Discharge Cycle Started @ o�
• DRYER OUTPUT % SOLIDS
2/6/12, 6/23/14
Dish Wgt Wet Sample + Dish
(J ralms1) / (grams)
0°rZ/ I �Ve�Ark0
Dried Sample + Dish
(grams)
.ays�
L/
x100= Ca44 (t�
% Total Solids
/J

3rd Dryer Batch
DAILY RECORD
%
/
Fill Cycle Started @ -
-Dry Cycle
Started @
���
Discharge
Cycle Started
@
Temperatures
OF
ischarge
Exhaust
Discharge
Product
Dry
Timer
Chamber
In
Chamber
Out
Rotor
In
Rotor
Out
Operator
3
�
4,Time
Jg
��
y��
��J
y3 G
.
T
0 0
>l
ell
DRYER OUTPUT % SOLIDS Dish Wgt Wet Sample + Dish Dried Sample + Dish
(grams) (grams) (grams)
D, q 9-3 �-1, .s Y 6 3 ,n
(�3 9f� S o
a3 5��1 x,� o=
l_ % Total Solids
Alarms or Comments

TWSA DRYER. OPERATIONS
DAILY RECORD
DATE :3 •- LeJ j
START STOP TOTAL
RUN TIME, HRS
1 st Dryer Batch
Fill Cycle Started @_ Dry Cycle Started @ = `J Discharge Cycle Started @
Time
Discharge
Exhaust
Discharge.
Product
Dry
Timer
Chamber
In
Chamber
Out
Rotor
In
Rotor
Out
Operator
;.
21
pia
313q
3&
sq
& 7
< < -
1 �6 b
I-�
/-f3,�5
464,
3 52
(S
;� :13b
3c
rJ
)44(
-145 -
J?A
DRYER OUTPUT % SOLID
Dish Wgt
rams
Wet Sample + Dish
rams ,,
Dried Sa_+�sh
rams
0, y -7$z
Time
Discharge
Exhaust.-
Discharge
Product
Dry
Timer
Chamber.
In
Chamber
Out
Rotor
In
-Operator
�9� .J
WRotor
C'
�
.s
-o
e
# 4
�
3
a3 a
ao�
a
�ss�
,� 73
�r11Q.
6�
2_ 20
3.03'
Y �,
Ll�fr
DRYER OUTPUT % SOLI
Dish Wgt Wet Sample + Dish. I Dried S
rams rams
+ Dish
= % Total Solids

TWSA DRYER OPERATIONS
DAILY RECORD
3rd Dryer Batch
Fill Cycle Started @ Dry Cycle Started @ S--
S--
Discharge Cycle St arted
Temperatures Fo
DRYER OUTPUT %
Alarms or Co'mments
j6p
96.

TWSA DRYER OPERATIONS
DAILY RECORD
DATE CT —
START STOP TOTAL
RUN TIME, HRS
1st Dryer Batch { .'
Fill Cycle Started @ Dry Cycle Started @ % `off Discharge Cycle Started
TPmnPrnfEirac °F
Time
Discharge
Exhaust
Discharge .
Product
Dry
Timer
Chamber
In
Chamber
Out
Rotor
In
Rotor
Out
Operator
o
0)
2�
(5?
a v-u
6-0
SIC O
L40 (,1
qDU
"SL-j
:vC�
a33
Q- D(�
)Z)
qL( 5
Z� �,-7 1
t4(—f
('U . LA (
C��
L3
DRYER OUTPUT % SOLIDS Dish Wgt Wet Sample + Dish Dried Sample + Dish
(grams) _(grams) (grams)
A(,•
x100=
9'7. %Total Solids
2nd Dryer Batch I
Fill Cycle Started @ 10 • Dry Cycle Started @ ) • Discharge Cycle Started @
TPmnPrafi irP_ op
Time
Discharge
Exhaust
Discharge
Product
Dry
Timer
Chamber
In
Chamber Rotor
Out In
Rotor
Out
Operator
11'31
39'-5
575 39.5
as
10.0
-Y13-
39
co
DRYER OUTPUT % SOLIDS LDmish Wgt Wet Sample + Dish Dried Sample + Dish
gras) grams) . (rams)
`1673 77 5�a5
x1oo=
9L %Total
Solis-
216/12, 6/23/14

3rd Dryer
DAILY RECORD
Batch
Fill Cycle Started @
3 , v
Dry Cycle Started @
}
Discharge Cycle Started @
Temperatures OF
Discharge
Product
Dry
Timer
Chamber
In
Chamber
Out
Rotor
In
Rotor
Out
O
erator
CD
37�Y�
i3�
yy�
3
YY61
DRYER OUTPUT % SOLIDS Dish Wgt Wet Sample + Dish I Dried Sample + Dish
(grams) (grams) (grams)
, 1 6 5-4 2,�•
% Total Solids
Alarms or Comments

TWSA DRYER OPERATIONS
DAILY RECORD
DATE 3 — J b .- I 'Jr
V
START
RUN TIME, NRS
STOP TOTAL
1 st Dryer Batch
Fill Cycle Started @ le - . +
Dry Cycle Started @ • 23
Discharge Cycle Started l� �
9 Y @'_ 43
Temperatures OF
Time
Discharge
Exhaust
Discharge
Product
Dry Chamber
Timer In
I Chamber
Out
RotorgRotor
In
D�
iD
&8�
L�
�3g?
k,;,�a
0 c13-5
qZ-(
L 33
a as
1 cos
�E�J6
.2 Lo
01� �
aoD
� �
DRYER OUTPUT
% SOLIDS
Dish Wgt
Wet Sample f Dish,
Dried Sample +Dish
(grams)
.(grams)
(grams)
40
,.97,5
�- 3.
5(�
�,
�G3
x 100 =
c
9 S� /3
% Total Solids
2nd Dryer Batch
Fill Cycle Started @ 1 D rj 2
Dry Cycle Started @
-
Discharge Cycle Started @ - 3
Temperatures °F
Discharge
Time Exhaust
Discharge
Product
Dry
Timer
Chamber
In
Chamber
Out
Rotor
In
Rotor
Out Operator
a o�
��
a
JV
- q l
g.2 7 60
l5 0.3&
Zol
tea
.
a
23 C ).
77T
62
DRYER OUTPUT % SOLIDS Dish Wgt Wet Sample + Dish Dried SU c
(grams) grams) (grams)
l /o dotal Solids
L2,6/23/14 �-1�5� �lS� �ji Cr
+
,U<96

DAILY RECORD 'v
3rd Dryer Batch
Fill Cycle Started @ Dry Cycle Started @ S: 2
T a, or
Discharge Cycle Started @
—1
Time
Discharge
Exhaust
Discharge
Product
•r--
Dry Chamber
Timer In
Chamber
Out
RjIn
Rotor
Out
O erator
z
�35
'J z
33
)09
S6 �Y�
y 3
93
5:
3
v5
v lJ y v
5 `5
z 3 1
ef
) 6 () V YS—
y 36
Y'I
3 0 ?
J Ir'
DRYER OUTPUT % SOLIDS Dish Wgt Wet Sample + Dish Dried Sample + Dish
(grams) (grams). (grams)
1V53 27,37 88 ��_(o913�
x 100 = ��
9 L z % Total Solids
Alarms or Comments

TWSA DRYER OPERATIONS
DAILY RECORD
DATE
START STOP ..
TOTAL
RUN TIME, HRS
1 st Dryer Batch
Fill Cycle Started @ te r A{ Q
Dry Cycle Started @
Discharge
Cycle Started �� 3
Temperatures OF
Discharge
Exhaust
Discharge Dry Chamber Chamber
Product Timer In Out
Rotof
In
Rotor
Out
Operator
�
� a 5
a�
jb',
�53
DRYER OUTPUT
% SOLIDS
Dish Wgt
Wet Sample + Dish Dried Sample + Dish
(grams)
.(grams) (grams)
x100-
Q
°/ Total Solids
2nd Dryer Batch'
Fill Cycle Started @ ' y
Dry Cycle Started @�
Discharge Cycle Started
@_
TemperaturesOF
Time
Discharge
Exhaust
Discharge
Product
Dry Chamber Chamber
Timer In Out
Rotor
In
Rotor
Out
Operator
aA
l
�3
� i
3
1 IFS ,3 9'
DRYER OUTPUT % SOLIDS
Wgt
Wet Sample + Dish Dried Sample + Dish
LDish
rams)
(grams) (grams)
' =� .i x 100 ;
9 . a
% Total Solids
216/12, 6/23/14

DAILY RECORD
3rd Dryer Batch
Fill Cycle Started @
' 44 b
-Dry Cycle
Started @.
3% y
Discharge Cycle Started
@ = Y�
Temperatures`
Time
Discharge
Exhaust
Discharge
Product
Dry
Timer
Chamber
In
chamber
Out
Rotor
In
Rotor
Out
O erator
3,z
0.5
0
3
� 9 V
3 y -...
-'1 `l
z�y
��g
�
V�Y
I
`I y
y 3
Sys
3
J12
sy
a��
Aso
yy�
3-
��,�
.ion
J
DRYER OUTPUT % SOLIDS I Dish Wgt I Wet Sample + Dish I Dried Sample + Dish
Alarms or Comments
x 100 — 9 6 . l' �- jo Total Solids
Kl "

TWSA DRYER OPERATIONS
DAILY RECORD
DATE
START STOP TOTAL
RUN TIME, HRS
1 st Dryer Batch {
Fill Cycle Started @ �-j Dry Cycle Started @ 7' 3 Discharge Cycle Started
Tcmncrnfa rrr OC
Time
Discharge
Exhaust
Discharge
Product
Dry
Timer
Chamber
In
Chamber
Out
Rotor
In
Rotor
I Out
Operator
-
ti
0 %a a
2;
�,
q . i a
-3
.-Q-
a
�1
i��-2®
4,jV14437,_
-bD�
DRYER OUTPUT % SOLIDs Dish Wgt
Wet Sample + Dish
Dried Sample + Dish
,---
(grams)
_(grams)
(grams)
q?03
y, .b 1
i
�D,
3637
�3.
70
x1oo= 9 7 ,S�
%Total Solids
2nd Dryer Batch
Fill Cycle Started @ -� b Dry Cycle Started @ 3 Discharge Cycle Started @
T=m—r,+--; 0C
Time
Discharge
Exhaust
Discharge
Product
Dry Chamber
Timer In
Chamber
Out t
Operator
*RoRot,r
Lf
�3
g,�g
a
DRYER OUTPUT % SOLIDS Dish Wgt Wet Sample + Dish Dried Sample + Dish
(grams) (grams) rams)
6-0•77�-& x100- Q.4- V'-/Q-7 °
, /° Total Solids
2/6112, 6123114

DAILY RECORD ,�,...
3rd Dryer Batch
Fill Cycle Started @ -Dry Cycle Started @
Tcmnor�+urcc �C
Discharge Cycle Started @
Rotor Rotor
In Out O erator
Time
Discharge Discharge Dry
Exhaust Product Timer
Chamber Chamber
In Out
DRYER OUTPUT % SOLIDS Dish Wgt Wet Sample + Dish Dried Sample + Dish
(grams) (grams). (grams)
x100=
% Total Solids
Alarms or Comments.

TWSA DRYER OPERATIONS
DAILY RECORD
DATE
START STOP
TOTAL
RUN TIME, HRS
1st Dryer Batch
Fill Cycle Started @ b Dry Cycle Started @ a.
Discharge Cycle Started,
Temperatures °F
Discharge Dry Chamber Chamber
Product Timer In Out
Rotor Rotor
In Out Operator
gD
o �D y►-7 La-U�
1 DD `fts� ��
��(Y7
44�r
`N4 39c> Ci
DRYER OUTPUT % SOLIDS
Dish Wgt Wet Sample + Dish Dried Sample + Dish
(grams) _(grams) (grams)
s>s- T-5
-�
�y.�w7'7 x100=
9�.���rl Total Solids
2nd Dryer Batch ,. t
Fill Cycle Started @ Dry Cycle Started @ I L�
Discharge Cycle Started @ ' D
,-�
Temperatures °F
DRYER OUTPUT % SOLIDS Dish Wgt Wet Sample + Dish Dried Sample + Dish
(grams) rams) (rams)
a6,, ,5rq 7
x1oo=
.3 3 % Total Solids
J 2J6/12, 6l23/14

DAILY RECORD /
3rd Dryer Batch J
Fill Cycle Started @ 3
i 4'
-Dry Cycle Started @
3 - Y 6
Discharge Cycle Started @ ;'23
Temperatures OF
xhaust
Discharge
Product
DryoChMRor
Timer
Rotor
-
Out
O erator
�13LIN
MDcharge
3��
3 7T3�
��3
31j
DRYER OUTPUT % soLiDs
Dish Wgt
Wet Sample + Dish
Dried Sample + Dish
(grams)
(grams)
(grams)
I,Ov7q
2
.3.�,3
�Y
c��.�a
x1oo=
_
o
/o Total Solids
Alarms or Comments
'7

TWSA DRYER OPERATIONS
DAILY RECORD
DATE
- --=I
START
STOP
TOTAL
RUN TIME, HRS
1st Dryer Batch
Fill Cycle Started @
Dry Cycle
Started @
Discharge Cycle Started @' `
Temperatures
OF
Discharge
Time Exhaust
Discharge
Product
Dry
Timer
Chamber
In
Chamber
Out
Rotor Rotor
In Out
Operator
7:a a 05
a,C)
'7(
3!&L5
3R
a'q-z
E'
4-1
q45
'-�q C
is 31 0
c
DRYER OUTPUT % SOLIDS
Dish Wgt
Wet Sample + Dish
Dried Sample + Dish ^�
(grams)
-(grams)
(grams)
r�
5-3
.
7 3 5o
---
'
x1oo=
97, aS- 7
Total Solids
2nd Dryer Batch i
Fill Cycle Started @ _J 6 : 5 Dry Cycle Started @ Discharge Cycle Started @
Tcmncr,+ —; OC
Time
Discharge
Exhaust
Discharge
Product
Dry
Timer
Chamber
In
Chamber Rotor Rotor
Out In Out
Operator
y3.3 'g
O-�
l
DRYER OUTPUT % SOLIDS Dish Wgt
Wet Sample + Dish
Dried Sample + Dish
(grams)
(grams)
(grams)
x 100 °�° Total.5olids
2/6/12, 6/23114

DAILY RECORD
3rd Dryer Batch
Fill Cycle Started @ 3
-Dry Cycle Started @ 3.S
Tamnmrnbirac °F
Discharge Cycle Started @
1
FExhaust
Discharge
Discharge
Product
Dry
Timer
•r-
Chamber
In
Chamber
Out
Rotor
In
Rotor
Out
Operator
� 3 D
°7
U
Y��
I.3 i
`l y�
3 �
?
alI
z:9
DRYER OUTPUT % SOLIDS Dish Wgt Wet Sample + Dish I Dried Sample + Dish
(grams) (grams). (grams)
0,1770 . a 6, 09 a5. /��� i::D
x100= Q .L77D— o
/o �• Total Solids
Alarms or Comments

TWSA DRYER OPERATIONS
DAILY RECORD
DATE 3 _ 'I
START
STOPS :
TOTAL
RUN TIME,
HRS
1st Dryer Batch
Fill Cycle Started @ �p� 147 Dry Cycle Started @
Discharge Cycle Started aL7'1d:
Temperatures
OF
Time
Discharge
Exhaust
Discharge
Product
Dry
Timer
Chamber
In
Chamber
Out
Rotor Rotor
In Out
Operator
_7.
D
U
38(
(`7
JS�
IC4,aI
)139
91
1,9a
007 —)DO
--?— 5
'i,3`7
C)
i
�SP
4*-!�
H3�
DRYER OUTPUT % SOLIDS Dish Wgt Wet Sample + Dish I Dried Sample + Dish
(grams) -(grams) (grams)
a
a (� x 100 = -� L, , - Total Solids
2nd Dryer Batch �`�
Fill Cycle Started @ �_fl Dry Cycle Started @ - 2 Discharge Cycle Started @
T=mnornfiiroc OC
Time
Discharge
Exhaust
Discharge
Product
Dry
Timer
Chamber
In
Chamber Rotor Rotor
Out In Out
Operator
�) aD
a C),5
l 00-
"�6/7� . �Z
C--,'
r5�'f
-3t�
�13T
3 Pj,"
� �
i-(l
DRYER OUTPUT % SOLIDS Dish Wgt Wet Sample + Dish Dried Sample +
(grams) (grams) (grams)
/
2ve/12, 6/23/14 % Total Solids

3rd Dryer Batch
IV VJ/-% L/F\ t CK UrtNA i IUIVS
DAILY RECORD
J
zE ��
Fill Cycle Started @
-Dry Cycle Started @
Discharge Cycle Started @
Discharge
Time Exhaust
Discharge
Product
Temperatures °F
Dry Chamber Chamber Rotor
Timer In
Rotor
SS
3 yy
Out In
Out
O erator
33
3S `/ �-
3 242
�L/
6 ;`t 2,y�/
3os
g� y`l6
yyz yy
3 y-
DRYER OUTPUT % SOLIDS
Dish Wgt
Wet Sample + Dish
Dried Sample + Dish
(grams)
(grams).
(grams)
l,OOLZ
�. r2 L
�rt�Q
D a
x100=
�"
D I
% Total Solids
Alarms or Comments
C

TWSA DRYER OPERATIONS
DAILY RECORD
DATE 3 ` r� (e — ) -
V
—�
START STOP TOTAL
- RUN TIME, HRS
1 st Dryer Batch
Fill Cycle Started @ LQ [
Dry Cycle Started @ : q Discharge Cycle Started a@
Temperatures OF
cDry Chamber Chamber Rotor
duct Timer In Out In
Rotor
Out Operator
JaDisharge
DRYER OUTPUT
% SOLIDS
Dish Wgt
Wet Sample + Dish
Dried Sample +Dish
(grams)
.(grams) (grams)
`L
�, `-/o��
��,��7
x100=
3
_
% Total Solids
2nd Dryer Batch
Fill Cycle Started @ _1 -3.�
Dry Cycle Started @ Discharge Cycle Started @
Temperatures °F
Time
Discharge
Exhaust
Discharge
Product
Dry Rotor
TimerOut In
Rotor
Out Operator
en
jChamberhamber
}��
1 oa��S7`7
DRYER OUTPUT % SOLIDS
Dish Wgt
Wet Sample + Dish Dried Sample + Dish
(grams)
grams) rams)
� � , $ �� (..j x100= / 1
�
% Total Solids
2/6/12, 6/23/14
t

, v V,3r vi-\ i CM UF'tKA I IUNJ
DAILY RECORD
3rd Dryer Batch
Fill Cycle Started @ ��
Time
Discharge
Exhaust
03
3J
z 33
Z.Y.
Product
3 os'
J
-Dry Cycle Started @
1-1
� 37
Discharge Cycle Started @ %
Temperatures
°F
Dry
Timer
Chamber
In
Chamber
Out
Rotor
In
Rotor
Out
O erator
9 L/.
(-/3 e
y%
3 )�t,
,jam
l a
yy
y 3 7
Y Y(�
3 Fo
Jr''
1-70
1 yv s-
yys-
DRYER OUTPUT % SOLIDS Dish Wgt Wet Sample + Dish Dried Sample + Dish
(grams) (grams) (grams)
D.� �i 7,s 1 "7 a (Q
cJ �G(p x 100 =
L ` J % Total Solids
Alarms or Comments

TWSA DRYER OPERATIONS
DAILY RECORD
DATE -- J L7 L % S
—) START STOP TOTAL
RUN TIME, HRS % L 11.j
- -
1st Dryer Batch
Fill Cycle Started @ DryCycle Started @ 1 Discharge Cycle Started @
Time
QExhaust
ischarge
Product
'Dry
Timer
Chamber
In
Chamber Rotor
Out In
Rotor
Out
O erator
•
3
3V
as
v
a
Q)
15 0
3 :
D.
a3
3D.;
7 T
DRYER OUTPUT % SOLID Dish Wgt Wet Sample .+ Dish Dried -Sample + Dish -
rams rams rams
91
3�'
x°ioo Q Z, .
% Total Solids
2nd Dryer Batch
Fill Cycle Started @ ! 1 Dry Cycle Started @ 1; Discharge Cycle Started @-��
Time
Discharge
. Exhaust
Discharge
Product
Dry '
Timer
Chamber
In
Chamber
Out- =
Rotor --
In- .--. =:
- Rotor
Out
Operator
c;?30
E'
a
Po r I
16E)T411S
-2 ems-
37 9
C
6(
.=3.
S7
AAA
-30,:�
LSJQ
1_7
445
4.3-
c.
-DRYER OUTPUT %
216/12
> Dish Wgt Wet Sample + Dish. Dried
rams rams
Lo,q q�3 Zy,6.26
a31c71 x1oo=
nple + Dish
ams
Total Solids

TWSA DRYER OPERATIONS
DAILY RECORD
3rd 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
Out
Operator
�C
:2-6 -j�
q.0
DRYER OUTP UT %soup . Diish Wgt .Wet Sample +.Dish . Dried Sample.+ Dish
rams -grams),—, rams t
100 q
��. 77::: • % Total.Solids
Alarms or Comments --

TWSA DRYER OPERATIONS
DAILY RECORD
DATE 3 0 I
J
START
RUN TIME, HRS
STOP -.- TOTAL
1st Dryer Batch
Fill Cycle Started @ Dry Cycle Started @ % 2,�, 5 Discharge Cycle Started
g v � 55
Temperatures OF
Time
Discharge
Exhaust
Discharge
Product
Dry
Timer
Chamber
In
Chamber
Out
Rotor
In
Rotor
Out
Operator
� . -S5
ass
a��
�30
- . a 5�J
`f13y
a -7�
a 95
,011
�i �
�(�
ci-
DRYER OUTPUT % SOLIDS Dish Wgt Wet Sample + Dish Dried Sample + Dish
(grams) .(grams) (grams).
-s x100=
2nd Dryer Batch
Fill Cycle Started @ Dry Cycle Started @
Time
Discharge
Exhaust
Discharge
Product
(! . Li d
a o5..
a O
� C
► 'a :z C)
�
Ui 'ad
rr��
Temperatures °F
Dry Chamber Chamber
Timer In Out
3`�
5 0
� ��
1)1.3. �" SG
% Total Solids
Discharge Cycle Started @�
.Rotor
Rotor
Out
aa�
w
�W I 6vb�j
DRYER OUTPUT % SOLIDS Dish Wgt Wet Sample + Dish Dried Sample + Dish
(grams) L (grams) (grams)
Ir 02,70 :Z7, `/6 JL&/77 /
� x 100
/D =7=
g/- oir 1S rd
2/6/12, 6/23/14 - 0 ota o I S

DAILY RECORD
3rd Dryer Batch
Fill Cycle Started @_ C� J
-Dry Cycle Started Jv
@ f Discharge
Cycle Started @
Time
Discharge
Exhaust
Discharge
Product
Temperatures OF
Dry Chamber Chamber Rotor
Timer In
Rotor
2vs
Out In
Out O erator
� 3 b
� 16
;�v 7
�3 S"
2,65
Y/5
6, o
c`
DRYER OUTPUT % SOLIDS
Dish Wgt
Wet Sample + Dish
Dried Sample + Dish
(grams)
(grams)
(grams)
-,',3 OF
7
J0/
77� -7
x100= SL
�- k� D �
% Total Solids
Alarms or Comments

i
TWSA DRYER OPERATIONS
DAILY RECORD
i
j - DATE 3 l
START STOP TOTAL
RUN TIME, HRS
IL�20-
1 st Dryer Batch
Fill Cycle Started @ - : �q Dry Cycle Started @TDischarge Cycle Started @ �•`
Tomncrv+n.o. '�'
Time
Discharge
Exhaust
Discharge
Product
.Dry
Timer
Chamber
In
Chamber;Rotor
Out-
'
Rotor
Out
O erator
aGy
I : Z
93
A15
16D
DRYER OUTPUT %SOLIDS Dish Wgt Wet Sample + Dish Dried -Sample + Dish -
rams rams rams --
-0'�3 F 2,6, 6UF�
go -7
x 100
% Total Solids
2nd Dryer Batch i
Fill Cycle Started@ / i�.. Dry Cycle Started @ Discharge Cycle Started @ ��
Time
Discharge
Exhaust
Discharge
Product
Dry .
Timer
s
Chamber'
In
V Chamber
Out
Rotor
In
Rotor
Out:.=
Operator
i
a
�a
':c)
-
a
o
3
-.ao
/P a
:157
a 144
J 8
5 0
- f,'-J5
­113
1-15
�3 7
DRYER OUTPUT % SOLIDS Dish Wgt Wet Sample + Dish. Dried Sample + Dish
rams rams rams
76, 3
' x100= G}
% Total Solids

TWSA DRYER OPERATIONS
DAILY RECORD
3rd Dryer Batch
Fill Cycle Started @ Dry Cycle Started @ Discharge Cycle Started.@
em eratures
Discharge Discharge Dry Chamber Chamber Rotor Rotor
Time Exhaust Product Timer . In Out In Out Operator
DRYER OUTPUT % SOLID
Dish Wgt
rams
.Wet Sample +:Dish
rams
Dried Sample + Dish
gams

TWSA DRYER OPERATIONS
DAILY RECORD
,,A1
DATE `l '" Z— 5
j START STOP TOTAL
RUN TIME, HRS % C7 5 7, A� It
1st Dryer Batch
Fill Cycle Started @ !_ — Dry Cycle Started @ - , S Discharge Cycle Started
Temperatures OF
Time
Discharge
Exhaust
Discharge
Product
Dry
Timer
Chamber
In
chamber
Out
Out
Operator
'0
���
3�
qRototor
Z-7
�8:
q(0
d o
Q v�
��
q�5
lob
LS
`--13
�q�
3�a
o zc�
a�
c
� 5
��c5
L.� s
3 t
�
aDo
Y44-
� �� I
����
-S3�
DRYER OUTPUT % SOLIDS Dish Wgt Wet Sample + Dish Dried Sample + Dish
(grams) -(grams) (grams)
x 100 = 2.'7930
%Total id
2nd Dryer Batch
Fill Cycle Started @ a Dry Cycle Started @ j 2 2 Discharge Cycle Started @
Tamnarmfi iroc 0�:
Time
Discharge
Exhaust
Discharge
Product
Dry
Timer
Chamber
In
Chamber
Out
Rotor
In
Rotor
Out
Operator
!' 7.
�t�(o
90
C)
519
�67
39
zz
l�P
�Z
��-�
a�
1ID
Lj�
��� S
a
z�3Z���
s
���5
3(.o4-
��1�
�t�
1 �f
'�3
43
Y�
�7
DRYER OUTPUT % SOLIDS Dish Wgt Wet Sample + Dish Dried Sample + Dish
(grams) (grams) (rams)
%Total Solids
2/6112, 6/23/14
L/

DAILY RECORD
3rd Dryer Batch
Fill Cycle Started @
5.
-Dry Cycle Started @
e_+, 3
Discharge
Cycle Started @ ;
:
Discharge
Time Exhaust
Discharge
Product
Temperatures OF
Dry Chamber Chamber
Timer In Out
Rotor
Rotor
v
In
Out
Operator
v1,D
z0
i�� L/ yS
y3 y
S-
.j3 5 j/
y3
,I
305
y
y y/
yys
DRYER OUTPUT % SOLIDS
�—
Dish Wgt
(grams)
Wet Sample + Dish
(grams)
Dried Sample + Dish
(grams)
. ao97
sue.
/.�s 39,
x..100=
/o Total Solids
Alarms or Comments

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 @�
Tamnorafimzcz °f_
Time
Discharge
Exhaust
Discharge
Product
Dry
Timer
Chamber
In
Chamber
Out
Rotor
In
Rotor - :_
Out
Operator
�l ',.oaf
233
ao(o
o b
. L43 8
Lf14 p
S-77
07W
D 3
�tq�5
8>
ce�e0
�i
3�-
DRYER OUTPUT % SOLIDs Dish Wgt Wet Sample + Dish Dried Sample + Dish -
(grams) (grams rams _
3 3 0 -70 Q. 5`-
q-
% Total Solids
2nd Dryer'Batch
Fill Cycle Started @ I✓ �✓ 3 Dry Cycle Started @ Discharge Cycle Started *@
Tamnornhircc a7
Time
Discharge
Exhaust
Discharge
Product
Dry
Timer
Chamber.
'In
Chamber
Out -
Rotor
In - ::
Rotor
Out - .
i 1 ' . Zg
aU S
R nD
ZS-18_7
(o G�
3&-7.
Z _(o .
—Operator
D
A0_
�© 7
43'7C
2
49J/
l
4`�`f�
DRYER OUTPUT %
VtU
nple + Dish
3ms
q_7
Total Solids

TWSA DRYER OPERATIONS
DAILY RECORD
3rd Dryer Batch
Fill Cycle Started @ Dry Cycle Started @ Discharge Cycle Started.@ �S
Tem eratures °r
Time
Discharge
Exhaust
Discharge
Product
Dry
-Timer' .
Chamber
In
Chamber
Out
. Rotor
In
Rotor
Out
Operator
3 3 3.
21 S°
3�v
3�s.
I q I
Y- W
3� 3
DRYER OUTPUT % SOLIDS. Dish VVgt . : Wet Sample + Dish Dried Sample.+ Dish �--
(grams) rams rams
22, 7

TWSA DRYER OPERATIONS
RECORD
1DAILY
DATE I - 1,5
/
V
START STOP .,. TOTAL
A RUN TIME, HRS
U1= 7 r S
1 st Dryer Batch
Fill Cycle Started @ (.a--3q Dry Cycle Started @ s Discharge Cycle Started ta7
Temperatures °F
Discharge
Time Exhaust
Discharge Dry Chamber Chamber Rotor
mer
Product TiIn Out In
Rotor
Out
Operator
��
s
c
ss
SP-7 3>
3�s
DRYER OUTPUT % SOLIDs
Dish Wgt Wet Sample + Dish Dried Sample + Dish
(grams) .(grams) (grams)
i0 6. 91-/3 4,
Sc
x 100 = 70
7 6
% Total Solids
2nd Dryer Batch
Fill Cycle Started @ —LD Dry Cycle Started @ Discharge Cycle Started @
Tamnarnfi trac 0;:
Time
Discharge
Exhaust
Discharge
Product
Dry
Timer
ChamberWChaber®RRor
In,
t
Operator
D .
�i f
col)
��
2a
s
q=9-Do
v
`�0
1s�
s
'c
DRYER OUTPUT % SOLIDSEDishWgt Wet Sample + Dish Dried Sample + Dish
(grams) rams)
13 D x100= I,D 76
% Total Solids
28/12, 6/23/14

DAILY RECORD
3rd Dryer Batch
Fill Cycle Started @ P. 5 D_ -Dry Cycle Started @ 3%z-5
J
Discharge Cycle Started @
Temperatures OF
Discharge
Discharge
Product
Dry
Timer
Chamber
In
Chamber
Out
Rotor
In
Rotor
Out
O erator
�
yz�
a,sl ..:-
NTimeExhaust
3
���
b
yL/�l�z�
Sys
3 3 7
�-�-
3 ��
J�,z5
13
���
`-1 y3
'132
YY3
32�
�
Zoo��
..
DRYER OUTPUT % SOLIDS Dish Wgt Wet Sample + Dish Dried Sample + Dish
(grams) (grams) (grams)
% Total Solids
Alarms or Comments

TWSA DRYER OPERATIONS
DAILY RECORD
DATE' 9 `20 " 15
START STOP TOTAL
_1 RUN TIME, HRS
1 st Dryer Batch t .'
Fill Cycle Started @ Dry Cycle Started @ 7 • Z Discharge Cycle Started Wl
Tcmncrn+�vr=o OC
Time
Discharge
Exhaust
Discharge
Product
Dry'
Timer
Chamber
In
Chamber
Out
Rotor
In
Rotor -
Out
Operator
.', 29
20
211
C7
3cl (P
2-30
5.3 •. t g 1
2 2—C,
o� .
50
o
01'-
2—Li
c,
L4L(,,
433
Lt4
S-�3
-�
T-59
2_4 q}
zZz
i 15 D
' c4 ciq
L13(.
Q 4 5
�� 3
Lt (
-Z9 Z 1
3 a 5
- t 9 3
4 u H
Lk Lt l I
L4 c 1
Sc,
sus
DRYER OUTPUT % SOLIDS Dish Wgt Wet Sample + Dish Dried Sample + Dish
(grams) .(grams) (grams)
0, qq21 l3 a5.sFg� 3`l�
x100=d.33d9
% Total Solids
2nd Dryer Batch
Fill Cycle Started @ 10 ,,� 5 Dry Cycle Started @ < < F� a 1p Discharge Cycle Started @
' Tamnarati irac �K'
Time
Discharge
Exhaust
Discharge
Product
Dry
Timer
Chamber
In
Chamber Rotor Rotor
Out In Out
Operator
- )�
a U
D
3 cy-1
Zzo
5�
_4(3,
Q
r�
.3
`�`-�?
C h
DRYER OUTPUT % SOLIDS Dish Wgt Wet Sample + Dish I Dried Sample + Dish
(grams) (grams) (grams)
►, 007� .30, 3 6 6-,-
��.���� x1oo=
216/12, 6/23/14
76
Solids

DAILY RECORD
3rd Dryer Batch
Fill Cycle Started @
!j
-Dry Cycle Started @
,`,� 7'
Discharge Cycle Started @
Temperatures °F
-
Time
Discharge
Exhaust
Discharge
Product
Dry Chamber
Timer In
Chamber
Out
Rotor
In
Rotor
Out
O erator
U;�7
�o�
Z��
✓moo �-/�
y17
y Z
z� Y
'�7
�3
z�l
l��d yy/��
yyy
3as
�i�'
;s2
2�,
z3s
�s �lyS
3�
`i`ls
3 8
'
a ds
DRYER OUTPUT % SOLIDS
Dish Wgt
Wet Sample + Dish
Dried Sample
+ Dish
(grams)
(grams)
(grams)
of mg
��.
9Q 7�
x1oo=
9 6.5 %i % Total Solids
Alarms or Comments

TWSA DRYER OPERATIONS
DAILY RECORD
DATE !.. j' ;2— 1 _ 1.
START STOP TOTAL
RUN TIME, HRS 3
1 st Dryer Batch
Fill Cycle Started @ Ce Dry Cycle Started @ / Discharge Cycle Started @ _
' Tcmncr��nroc 'C
Time
Discharge
Exhaust
Discharge
Product
Dry
Timer
Chamber
In
Chamber
Out
Rotor
In
Rotor
Out
O p6rator
7.'17
Ott
"7'1�
a
a
a.oS .
job*
� �7
:15-
4,q-
1337
/v: 3
900
`6
-37-zTcq
DRYER OUTPUT % SOLID Dish Wgt Wet Sample + Dish Dried Sample + _Dish
rams rams rams _ -
1
x 100 =.
9�. 73 6, % Total Solids.
2nd Dryer Batch
Fill Cycle StartedDry Cycle Started @ = Discharge Cycle Started
o%�' .. -
Time
Discharge
Exhaust
Discharge
Product
Dry
Timer
Chamber
1n
Chamber
Out
Rotor
-in-
Rotor.
Out: E
Operator
qt�
'd3
a,bg
%v/'
3
�61y4
377
2 . ,2, .
a �3
OCT
4
)q38
C'
DRYER -OUTPUT %
/(off
—Far e-
E —Tav _v�o = cJs� /3 7 7
Dish Wgt Wet Sample + Di:
rams rams
�6.3 9 7
30.0 701
Dried Sample + Dish
7
x 100 =��
Rio

TWSA DRYER OPERATIONS
DAILY RECORD
3rd Dryer Batch :
Fill Cycle Started @ ' Dry Cycle. Started @ ' Discharge Cycle Started:@ b;
Tem eratures
Time
Discharge
Exhaust
Discharge
Product
Dry
Timer .
Chamber
In
Chamber
Out
. Rotor
In
Rotor
Out
Operator
3'.
2,05
2v�.
vv.
V�
z
6',14Y
2�, so
275
2OD
y S
`f 7
Sys
3
DRYER OUT PUT % SOLID
Dish Wgt.
rams)
Wet Sample + Dish
(grams)'-
Dried: Sample+ Dish
rams
-),2*1.
T�3--DF73'
jr3�U2`fS�

i
TWSA DRYER OPERATIONS
DAILY RECORD
DATE
-� START STOP TOTAL
RUN TIME, HRS Ce '` 6-C7 3 '
1st Dryer Batch
Fill Cycle Started @ - qq Dry Cycle Started @ _7 = Discharge Cycle Started @ l/=
Tomncrnti imo O 0-
Discharge
Discharge
Dry
Chamber
Chamber
Rotor
Rotor -
Time
Exhaust
Product
Timer
In '
Out
In
Out
O erator
7:: �'.
E S
L.
eDD
Time
Discharge
Exhaust
Discharge
Product
Dry
Timer
Chamber.^
In.,
v Chamber
Out
Rotor. -
In - -
-Rotor= :.
Out ; --
O erator
-All 4 le
310-
C
DRYER OUTPUT % SOLID Dish Wgt Wet Sample + Dish. Dried Sample + Dish
rams rams rams
5-. 9r Sr Zt./vZ1
�.� � �� . x 100 = t` Solids
76112 V

TWSA DRYER OPERATIONS
DAILY RECORD
3rd Dryer Batch;
Fill Cycle Started @ fi' D 0 Dry Cycle. Started @ f Discharge Cycle Started.@
Tem eratures .
Time
Discharge
Exhaust
Discharge
Product
Dry
Timer -
Chamber
In
Chamber
Out
Rotor
In
Rotor
Out
O erator
3 ,z2
zP
z�s-
qW
.3
DRYER OUTPUT % SOLIDs Dish Wgt . Wet Sample +:Dish Dried. Sample_+ Dish
:. rams rams �} , rams

START STOP TOTAL
RUN TIME, HRS
1st Dryer Batch
Y @ -Dry y @ ,
Fill Cycle Started � � D Cycle Started � � 3 Discharge Cycle Started @
Discharge
Discharge
Dry
Chamber
Chamber
Rotor
Rotor
Time
Exhaust
Product
Timer
In
Out
In-.
Out
O erator
3 y
"UD
a� `5
ZJ
C2 O '�
19.
Ll 3
L4 Li
D
1
1445"
: y
a 7
f j
a
4 /�
31�� 19-
C01
DRYER_ OUTPUT % SOLID
Dish Wgt
. Wet Sample .+ Dish
Dried Sample + Dish
- , .. ..
rams
rams
rams
;l
p /
% Total. Solids
2nd Dryer Batch
I Fill Cycle Started @ ' Dry Cycle Started @;a
Discharge Cycle Started @ -
Tem eratures
- -Time
Discharge
Exhaust '
Discharge
Product
Dry
Timer
Chamber'
In
Chamber
Out
Rotor Rotor
1n' ' ' . Out .
Operator
43.
�
*
DRYER OUTPUT % SOLID Dish Wgt Wet Sample + Dish. Dried Sample +Dish
rams rams rams
MO
x100= �V
I - / W 76 % Total Solids
I WPM

Time
Discharge
Exhaust
Discharge
Product
Dry
Timer .
Chamber
In
Chamber
Out
. Rotor
In
Rotor
Out
Operator -
Al.
: l &
a A
33 D
C-Al
00
3:1
:
3 -5-:-
5D
y`t8
36.
C4`
3y

i
! TWSA DRYER. OPERATIONS
i DAILY RECORD
J
i
DATE T s
START STOP TOTAL
RUN TIME, HRS 3 ` I o
1 st Dryer Batch
Fill Cycle Started @ 14e`Dry Cycle Started @ l - Discharge Cycle Started @
Temnerntures d �'
Time
Discharge
Exhaust
Discharge
Product
Dry
Timer
Chamber
In
Chamber
Out
Rotor
In
Rotor
Operator
aD
aj b
39.4�3`?
c� 9�
nOut
oSoL
C
0 3 1
a DA
)oZ)
yLfH
H 3
1-4L
395
ct:
:m
a
3o.5
44�
0
39� .
�L 7
DRYER OUTPUT % SOLID Dish Wgt Wet Sample + Dish Dried Sample + Dish
rams - rams rams
0;��19 e SG y6
_. 9(/
.
x 100
% Total Solids
2nd Dryer Batch
Fill. Cycle Started@ ry Cycle Started @ r47_ Discharge Cycle Started
TPmnaratnras
Time
Discharge
Exhaust
Discharge
Product
Dry
Timer
Chamber.
In
Chamber
Out
Rotor
In
Rotor
Out
Operator
40
go
c
l (p
oZ 0
ii
3
45
-` 3
IP
r2
.�0 ff
':-7
'qo
4 �f6
39
C-' Yll
DRYER OUTPUT %
.ti6�12
1
Dish Wgg Wet Sample + Dish. Dried Sample + Dish
rams rams rams
�y,S�B� �3.�955
x100=
D_ 396- (-kl � % Total Solids

TWSA DRYER OPERATIONS
DAILY RECORD
3rd Dryer Batch
Fill Cycle Started @ -_�4 :Q Dry Cycle Started @ ' 3 Discharge Cycle Started (a) S 3
Temperatures a
Discharge Discharge. Dry Chamber Chamber . Rotor Rotor
Time Exhaust Product Timer . In Out In Out O erator
.d
zy 2I Z .14
.f/
ytyy
DRY2R OUT. PUT % SOLIDDish Wgi. -.Wet Sample + Dish -..Dried Sample + Dish
rams rams rams
Uo 0, n5 .�.
�b:o Xioo_ _q
% Total. Solids
Alarms or Comments ... _

TWSA DRYER OPERATIONS
DAILY RECORD
DATE -- 6 1_
START STOP TOTAL
RUN TIME, HRS �p o'�. ; 31
1st Dryer Batch /
Fill Cycle Started @ - Dry Cycle Started @ -7 ; L Discharge Cycle Started @ /
Time
Discharge
Exhaust
Discharge
Product
Dry _ "
Timer
chamber
In
Chamber
Out
Rotor
In
Rotor
Out
O erator
o�o��
'LL, 3
Lf�
"3
DRYER OUTPUT % SOLIDE Dish Wgt Wet Sample + Dish Dried Sample + Dish
rams rams rams
x100- i
% Total Solids
2nd Dryer Batch
Fill Cycle Started @ b', 5 3 Dry Cycle Started @ ;'I 03 Discharge Cycle Started'6)
Time
Discharge_
Exhaust
Discharge
Product
Dry
Timer
Chamber'
In
Chamber
Out -
. Rotor
In -
Rotor .
Out
Operator
I: 03
9 6V
at b
D
Hf 4-
'22�9
0130) .
33
DRYER OUTPUT % SOLID Dish Wgt Wet Sample +Dish. Dried Sample +Dish
1 Q, 1 y731 �Z Y 5% `/ 1 24
_ x100=
216/12
ams _
7 - ri % Total Solids

TWSA DRYER OPERATIONS
DAILY RECORD
3rd Dryer Batch
Fill Cycle Started @ Dry Cycle. Started @ Discharge Cycle Started.@ Z�3
Tem eratures °
Time
Discharge
Exhaust
Discharge
Product
Dry
Timer .
Chamber
In
Chamber
Out
Rotor
In
Rotor
Out
O erator
19.. �
63
�1�
:.
a
3 .
moo.
C44
-TOT
` V .
.-; 3
z ��
3�s
�s
y ��
`� Y
yy�.
_
j7
DRYER OUTPUT % SOLIDs Dish Wgt . Wet Sample • Dish. Dried.Sample Dish
rams rams .. rams

TWSA DRYER OPERATIONS
DAILY RECORD
DATE 'O
-- START STOP TOTAL
RUN TIME, HRS U s y ,
1st Dryer Batch
Fill Cycle Started @ Dry Cycle Started @ 7 �� Discharge Cycle Started @
Time
Discharge
Exhaust
Discharge
Product
Dry
Timer
Chamber
In
Chamber Rotor
Out In
Rotor- -
Out
.
b erator
T 5i
ao3
a, i
3��
��v 3q�
�a�
�3 `41
AD 5
ava
�o
L
( 5 �`�
QCo
=�
ao�
��`
���
u�
q Ljg5
3n
to,. a j
o
ISO
( 15
3i
d co
a
�5
��r i
r�� LAC(3
3� 5
DRYER OUTPUT % SOLID Dish Wgt Wet Sample +Dish _ Dried Sample +Dish .
rams rams rams
SSSI� - d1 5
x 100 G _
�. is %Total Solids
2nd Dryer Batch 1
Fill Cycle Started!@ f l7 5i,� Dry Cycle Started @ Discharge Cycle Started@ i
Time
Discharge
Exhaust
Discharge
Product
Dry
Timer
Chamber.
In
v Chamber
Out
Rotor.
In .-_
Rotor
Out
Operator
4u-7
3 i U
4 0 2.
--
,(�
03
5b
Is
P3119
a
3,
a U a
160
4 3 -7
�-1 �� `53`►
o
( 5a
a
a
7,
Sv
LIq�
9
�cl q
3�
o
1�
LtY9
[, t.(v
YYcf
J�
DRYER OUTPUT % SOLIDS Dish Wgt Wet Sample + Dish. Dried Sample + Dish
rams rams rams
0, g ys 5 �� ss" y
9 7 % Total Solids
2vs(1 2
V�

TWSA DRYER OPERATIONS
DAILY RECORD
3rd Dryer Batch
Fill Cycle Started @ a� Dry Cycle. Started @ Discharge Cycle Started.@
Tem eratures
Time
Discharge
Exhaust
Discharge
Product
Dry
Timer -
Chamber
In
Chamber
Out
. Rotor
In
Rotor
Out
Operator
56
.may
Zo$v3:
2b
3r
! 9 S
zv I
0..
` q
y 3 y.
: y y y.
. 3 S6
y;3
:�36
c DC
V36�-
s,z��
y3�.s�s
DRYER OUTPUT % SOLIDS Dish Wgt Wet Sample. i Dish Dried Sample.+ Dish
rams rams rams
�.5: 47S x goo=
...Total.Solids
Alarms or Com .
3.3 &,3 °

TWSA DRYER OPERATIONS
DAILY RECORD
DATE
START STOP TOTAL
RUN TIME C70
HRS
,Z,
X,
9
1st Dryer Batch
Fill Cycle Started @ "�
D Cycle Started
Dry C Y @ L4 _
Discharge Cycle Started @ l (^7-
Tern eratures
0p:
Discharge
Discharge
Dry
Chamber
Chamber
Rotor
Rotor
Time Exhaust
Product
Timer
In
Out
In
Out O erator
A 5 a()�
a o
o
� a
��
L4'0
s' 3 5 a 3 L
CX
50
q
q3
4(
.'::1•-c)5,
Oo
y
L(5
'j(-f3
�g i
o-)C 9
150
L/3'0
3_7q
o. w 1S
3(�5
;�31
jy3
3
DRYER OUTPUT % SOLID
Dish Wgt
rams
Wet Sample + Dish
Dried Sample +Dish
..
rams
rams
�5w
x goo ='
Total Solids
2nd Dryer Batch
Fill Cycle Started @ .5 �] Dry Cycle Started
Y . @ o� Discharge Cycle Started @ o�
Temperatures Cfi
Time
Discharge_
Exhaust
Discharge
Product
Dry
Timer
Chamber.
1n
Chamber
Out -
Rotor- .=
In-.
Rotor
Out =
—Operator
a�0
50
'-f 5
3
3�d
a
k� Y-H
�-13 .
3E
L(L(�
��`�
�171
DRYER OUTPUT %
2B/12
Dish Wgt . Wet Sample +I Dish: Dried Sample + Dish
rams rams rams
07y211 6, As 73 s
x1oo= K
% Total Solids

DRYER OUT PUT % SOLID
Dish Wgt..
rams
Wet Sample +.Dish
rams)
Dried Sample.+ Dish
rams
x 100 =

TWSA DRYER OPERATIONS
DAILY RECORD
DATE L2 f 5
RUN TIME, HRS
1st Dryer Batch
Fill Cycle Started @ Dry Cycle Started @ r 3 Discharge Cycle Started @
T=mn=rn+i i—,
Time
Discharge
Exhaust
Discharge
Product
Dry
Timer
Chamber
In
Chamber
Out
Rotor
In
Rotor
Out
Operator
°43
°
.�fp�
310
7
:
Ll_
0�,3
3�)4
a
p
DRYER OUTPUT % SOLIDS Dish Wgt Wet Sample j+Dis'
Dried Sample,+ Dish -
rams rams rams
J
s
x100= % Total Solids
2nd Dryer Batch ,
Fill Cycle Started @ Dry Cycle Started @ - d Discharge Cycle Started .@ l
Tem eratures
Discharge Discharge .Dry
Time
Exhaust `-
Product
Timer
Chamber
In
.Chamber
Rotor �
Rotor
Out
In
out..Operator
s
a
�2,3 qc
DRYER OUTPUT % SOLIDS Dish Wgt Wet Sample + Dish. Dried Sample + Dish
rams / rams p rams
of
� v .--> o
x100=
G 7 3 % Total Solids
WPM

TWSA DRYER OPERATIONS
DAILY RECORD /
3rd Dryer Batch. V
Fill Cycle Started @ o� ` �`�" Dry Cycle Started @' ,�z J� Discharge Cycle Started.@
Tem eratures
Time
Discharge
Exhaust
Discharge
Product
Dry
Timer
Chamber
In -
Chamber
Out
Rotor
- In
Rotor .
Out
Operator
2-o7
j��2-
2-
Z3
VYS
Y37
5 D :.
L� `f s
Y
' Y'Y-S7
�. 29 ;
Jim
3
DRYER -OUTPUT % SOLID
Dish VVgt
Wet Sample +:Dish Dried. Sample + Dish
..
rams
rams - rams
�. 9-yss,

TWSA DRYER OPERATIONS
DAILY RECORD
DATE (0
START STOP TOTAL
RUN TIME, HRS
1st Dryer Batch
Fill Cycle Started @ Dry Cycle Started @ Discharge Cycle Started @
Temperatures IT
Tinie
Discharge
Exhaust
Discharge
Product
Dry
Timer
Cham . ber
In
Chamber
Out
fj:
Rotor
In
Rotor Out
Out
Operat r
R)
9
.5
Grp
v;
DRYER OUTPUT %.SOLIDs Dish Wgt Wet Sample + Dish Dried Sample + Dish
(grams) (grams) (grams)
y
X 10.0;
Tortlail Z111J*dS
2nd Dryer Batch
Fill Cycle Stari6d'6 ...Dry Cycle Started Dischar e Cycle Staftted IT Aa ",5 16
Tsmrnrwzr_-itFjf'eS
IDischarge
Discharge
Dry
`e
Cha�t _"
im�
Chamber
Rotor.
Rotor
..Time
Exhaust
Product
r
Out
In =
Out-
Operator
C9
�3
44f -1�
J6
DRYER OUTPUT %
502
ish Wgt I Wet Sample + Dish I Dried Sample +
71/ 1?
b t)W; , Y.
x 100
% Total Solids

w
TWSA DRYER OPERATIONS:
DAILY RECORD
3rd Dryer Batch
Fill Cycle Started @ Dry Cycle Started @ Discharge Cycle Started.@
TPmnPraturas q_—
Time
Discharge
Exhaust
Discharge
Product
Dry
Timer
Chamber
In
Chamber
Out
Rotor
In
Rotor
Out
Operator
6
DRYER OUTPUT % SOLIDS
Dish - Wgt
-(grbms)
Wet Sample + -Dish
rams
Dried.Sample.+ Dish
(drams)

I
I
I -
I '
RUN TIME, HRS
I 1st Dryer Batch
I Fill Cycle Started @ �v
TWSA DRYER OPERATIONS
DAILY RECORD"
DATE t ` l
START
STOP
TOTAL
t.
Dry Cycle Started @ Discharge Cycle Started
Tamnarafws=-z OF
Time
Discharge
Exhaust
Discharge
Product
Dry
Timer
Chamber
In
Chamber Rotor Rotor
Out In Out Operator
6 -Q,3
.� 3
Og
0
L4 3e cm a `i 6�7cl
Ob
53
ors
1�
�.�
141
��
DRYER OUTPUT % SOLIDS Dish Wgt Wet Sample + Dish Dried Sample +-Dish
(grams) .(grams) (grams)
1C�
4 xloo
1
2nd Dryer Batch
1 Fill Cycle Started @ , q 7
1
1
1^
1
1
i
% Total Solids
Dry Cycle Started @ Discharge Cycle Started
Tamnorn+rrrcc Op
Time
Discharge
Exhaust
Discharge
Product
Dry
Timer
Chamber
In
Chamber
Out
Rotor
In
Rotor
Out
Operator
L:1
ono
t3a1
' DRYER OUTPUT '?..SOLIDS Dish Wgt Wet Sample + Dish Dried Sample + Dish
(9 rams) (grams) (grams)
x1oo= ////
% Total Solids
1 216112. 6123/14
1 '
1
1
J

DAILY RECORD
3rd Dryer Batch
Fill"Cycle Started @ ok - -Dry Cycle Started @ - Discharge Cycle Started @ S� '
Temperatures °F
-Time
Discharge
Exhaust
Discharge
Product
Dry
Timer
Chamber
In
Chamber
Out
Rotor
In
Rotor
Out
Operator
L/
3
L/
7-
' s/9
11) a
y3�
�1y3
-3Y/
s
5;z,6�
y
soNs
Y36
Y�
Ls
oS
yo
qyy
YyLI
L/03
al
DRYER OUTPUT % SOLIDS Dish Wgt Wet Sample + Dish. Dried. Sample + Dish
(grams) (grams). (grams) ,
U, r'9z6 ZvV Js, 3 3
aur. b K x100= gS,16 o
. /o Total Solids
Alarms or Comments es 5 0 q j IQ ati 2'?(_' [` `

l TWSA DRYER, OPERATIONS
j DAILY RECORD
DATE 1ST j j.5
START STOP TOTAL
RUN TIME, HRS
1 st Dryer Batch
Fill Cycle Started @ (0 - Dry Cycle Started @ l Discharge Cycle Started @ l _.
Temperatures
Time
Discharge
Exhaust
Discharge
Product
Dry . .
Timer
Chamber
In
Chamber
Out
Rotor
In
Rotor
Out
Operator
I DRYER OUTPUT % SOLID Dish Wgt Wet Sample .+ Dish Dried Sample + Dish
rams rams rams
x goo 9�.73.-�' oi° Total Solids .
2nd Dryer.Batch :. l
Fill. Cycle Started @ r� a Dry. Cycle Started @ .�; Discharge Cycle Started @ (y
' Temperatures .
Time
Discharge
Exhaust
Discharge
Product
Dry
Timer
Chamber
In
Chamber
Out' -
Rotor
In "'
Rotor
Out ,
O erator
o
a�,
/6a35
<2
11 '
5 0
A-D
50
163
Y4�
3.'7'3
C'
are
,31
' aoa
fo-6
Jos
'L(3
17e.'
-3
16 0
144,
J4.3-7
41LtS
,5`.
3v
o;
DRYER OUTPUT % SOLIDS Dish Wgt Wet Sample + Dish. Dried .Sample + Dish
rams rams rams 6 l 3D, 7 j 5.
�� 0(0 xlol)=
� �' % Total Solids

TWSA DRYER OPERATIONS
DAILY RECORD
3rd Dryer Batch
7
Fill Cycle Started @. =
Dry Cycle. Started @ . : �� Discharge Cycle Started.@ ;y %
Tem eratures
.
Time
Discharge
Exhaust
Discharge
Product
Dry Chambe_ r Chamber . Rotor
Timer . In Out In
Rotor
Out
O erator .
_
-57
DRYER OUT PUT
% SOLID
. Dish Wgt .
rams
Wet -Sample i:Dish
Dried Sample +Dish
rams
rams
�
ay,,.763y
1,370: _.:
% Total. Solids.
Alarms or Comments
"
v

TWSA DRYER, OPERATIONS
II DAILY RECORD
DATE
START STOP TOTAL
RUN TIME, HRS
1 st Dryer Batch 4.
Fill Cycle Started @ Dry Cycle Started @ : i a Discharge Cycle Started @ 0 -.
Temperatures
Time
Discharge
Exhaust
Discharge
Product
Dry
Timer
Chamber'
-In
Chamber
Out
Rotor
In
Rotor
Out
Operator
/Z)
a0.
)4 o
3�
a 3 a
"3,. C)
a
a
a
.44/
4,36
:!��'57(
8 a.
c�I
t91b1
1445
J43&
'4YS-
3)a
e
i 4C)
135
3J�
Time
Discharge
Exhaust
Discharge
Product
Dry
Timer
Chamber
In
Chamber
Out
Rotor
In
Rotor .
Out
Operator
I 441
a 14
�2 "67
J�3 W
;3 q,2)
c
03
' DRYER OUTPUT % SOLIDS Dish Wgt Wet Sample + Dish. Dried Sample + Dish
rams rams rams
, doll 3o��y-- 2'L/7:
x 100 = � Total Solids
1

TWSA -DRYER OPERATIONS
DAILY RECORD
3rd Dryer Batch
Fill Cycle Started @ 1) Dry Cycle. Started Discharge Cycle Started.@ J`
Tern eratures
Discharge Discharge. Dry Chamber Chamber . Rotor Rotor
Time Exhaust Product Timer . In Out In Out O erator
CO
�Zs 3Z0
DRY .ER OUTPUT Rio SOLID . Dish Wgt . .Wet -Sample +.Dish 'Dried Sample.+ Dish
rams rams < :... rams
X 100
6: % Total. Solids
Alarms or Comments : .

i� TWSA DRYER. OPERATIONS
DAILY RECORD
' --� DATE
-- V
� START STOP TOTAL .
RUN TIME, HRS Ie ag .3 j 1\ ; '
1st Dryer Batch
Fill Cycle Started @ 5 a Dry Cycle Started @ �" a �' Discharge Cycle Started @ g _.
Temperatures
q
1
i
i
i
Time
Discharge
Exhaust
Discharge
Product
Dry
Timer
Chamber
In
Chamber
Out
Rotor
In -
Rotor
Out
O erator
a
6
398
�a
CR ra,
Y.-3
C
CIO
6:13r
LO
3D
q4(
­/-�
i
DRYER OUTPUT % SOLIDFDish Wet Sample + Dish -Dried Sample +-Dish rams rams
�
x100= % Total Solids
2nd Dryer .Batch
Fill Cycle Started @ = �� Dry Cycle Started @ i D ..5 c Discharge Cycle'Started @ J�
Temperatures Opt ---
Time
Discharge
Exhaust
Discharge
Product
Dry
Timer
Chamber.
In
Chamber
Out
Rotor
In
Rotor . .
Out :
Operator
9-3 v
-Zf-,4.
3?�
acel
E* L5
.1f14
`l r
' DRYER OUTPUT % SOLIDS Dish Wgt Wet Sample + Dish. Dried Sample + Dish
rams rams rams
jo, y 6 73 9, D g93
% Total Solids
T'
1

TWSA DRYER OPERATIONS
DAILY RECORD
/
3rd Dryer Batch
Fill Cycle Started @ ° 03
Dry Cycle. Started @
� � -3J�
Discharge Cycle Started .@
Tem eratures ,
Discharge
Time Exhaust
Di scharge
Product
Dry Chamber Chamber
Timer In Out
. Rotor
Rotor
.
In
.14 Ig
Out
O erator
2-0�-
kly
V30
6
YyS:
305
DRYER OUTPUT % SOLID
. Dish W*9i .
Wet -Sample +.Dish
-
Dried Sample.Dish
rams
rams
rams
SZ-/o Total: Solids .
Alarms or Comments

TWSA DRYER. OPERATIONS
DAILY RECORD
DATE Cl
1 START STOP TOTAL
1 RUN TIME, HRS '` ° �J� f�
1 st Dryer Batch
Fill Cycle Started @ Zo Dry Cycle Started @ / Discharge Cycle Started @ 0< S _.
Tem eratures CIF
I
I
I
1 _:
I
i
Time
Discharge
Exhaust
Discharge
Product
Dry
Timer
Chamber
In
Chamber
Out
Rotor
In
Rotor
Out
Operator
l
v
37 V
6:1,
*Als .
DRYER OUTPUT % SOLID8 Dish Wgt Wet Sample + Dish Dried Sample + Dish
rams rams rams
�1 x 100
% Total Solids
9 2nd DryerBatch 1
1 Fill Cycle Started @ Dry, Cycle Started @ /� %Jy . Discharge Cycle Started
1 Temperatures .�-
Time
Discharge_
Exhaust
Discharge
Product
Dry . .
Timer
Chamber-
In
Chamber
Out
Rotor
In
Rotor .
Out - . '
.
Operator
�J %
-
Av (p
C '
= J
(�
3 a h
4q3
DRYER OUTPUT % SOLIDS Dish Wgt Wet Sample + Dish. Dried Sample + Dish
rams rams rams
06 b
=f� �,Y13 a
x 100D1, Total Solids
2/6/12
I
1

TWSA DRYER OPERATIONS
DAILY. RECORD
3rd Dryer Batch
Fill Cycle Started �� Dry y @ . Discharge Cycle Started.@S
@ D Cycle Started r = .
Temperatures

1 TWSA DRYER OPERATIONS
I DAILY RECORD
DATE 15. : .
- START STOP TOTAL
`RUN TIME, HRS 10
I 1st Dryer Batch 5
Fill Cycle Started. D Cycle Started .J
I Y @ Dry y @ Discharge Cycle Started @
Temperatures .
Discharge
Discharge
Dry
Chamber
Chamber
Rotor
Rotor -
Time
Exhaust
Product
Timer
In
Out
In
Out
Operator
�C.
p2l5 q0
14
qbt>
4 /
02.
e
Time
Discharge
Exhaust
Discharge
Product
Dry'.
Timer
Chamber.
'In
Chamber
Out:-
Rotor---.
Rotor.
Out-... -
Operator
1 :5
Q a
�
a •
-2 3
®
Z-t4&
z"Z 6.
3�9
e
t4q4
v $?�
i*-6 1
3j5
L3o_5 1AS
I*
--qq�
te.,E
DRYER -OUTPUT % SOLID Dish Wgt Wet Sample + Dish Dried Sample + Dish
rams rams rams
1 x 100 = j, I
% Total Solids
1 -W12
1
1

Time
Discharge
Exhaust
.Discharge
Product '
Dry.
Timer .
. Chamber
In
Chamber
Out
. Rotor
In
Rotor
Out -
O erator
14, V2_a
po
3
,dad
% �
y is :
Y3�
'C/'?S
3 03
z 3 ..
�.�rp=
.<(YS :L-J
2-
-DRYER.OUTPUT. % SOLID
Dish Wdt .
rams
- Wet Sample +:Dish
rams '
Dried Sample + Dish
rams

TWSA DRYER OPERATIONS
DAILY RECORD
— V
DATE
1 START STOP TOTAL
RUN TIME, HRS.- ' 3� I Z..73
1 st Dryer Batch
Fill Cycle Started @ Dry Cycle Started @ Discharge Cycle Started @ `3
Time
Discharge
Exhaust
Discharge
Product
Dry
Timer
Chamber
In
Chamber
Out
Rotor
In
Rotor
Out
O erator
7'
�7-
�.
'_
�3
4
3&
�c
. Y
/
` v �
e`
3
36
1
I-Ne9l
H
q1 j
- A
6v
,3 ,7
DRYER OUTPUT % SOLIDS Dish Wgt Wet Sample 4- Dish Dried Sample + Dish
rams rams rams
R.. 13
I a�
x100= 3 0
a /o Total Solids
2nd Dryer Batch
I 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 -
Out -
Operator
S
��
y �i
3 `/ S�'
Z�
3 I/
3D
'7
31�
DRYER OUTPUT % SOLID Dish Wgt Wet Sample + Dish. Dried Sample + Dish
rams rams rams
x 100 = i� % Total Solids
1 l
1
i ,

TWSA DRYER OPERATIONS
DAILY RECOR94
3rd Dryer Batch
Fill Cycle Started @ Dry Cycle Started @ Discharge Cycle Started.@
Tinmni
Time
Discharge
Exhaust
Discharge
Product
Dry
Timer .
Chamber
In
Chamber
Out
. Rotor
In
Rotor
Out
Operator
DRY2R OUTPUT % SOLIDS,
Dish Wgt
gams
Wet Sample. i :Dish : Dried Sample + Dish
rams • rams
x 100 =

TWSA DRYER. OPERATIONS
IDAILJYECORID
DATE
START STOP TOTAL
RUN TIME, HRS ( -- - - --
1st Dryer Batch
Fill,Cycle Started @ _. Dry Cycle Started @ 4 �, Discharge Cycle Started @ a, -.
T=mnoratt trac 0 r
Time
Discharge
Exhaust
Discharge
Product
Dry
Timer
Chamber
In
Chamber
Out
Rotor
In
Rotor
Out
O erator
Deb
o
D
r36
�'
DRYER OUTPUT % SOLID8 Dish Wgt Wet Sample + Dish Dried Sample + Dish -
- rams rams rams
x100= C
%Total Solids
2nd Dryer Batch q
Fill Cycle Started @ l u Dry Cycle Started @ - Discharge Cycle Started @
Tem . eratures a
Time
Discharge:
Exhaust
Discharge
Product
Dry
.Timer
Chamber.
In
Chamber
Out -
Rotor
In
Rotor
Out -_
Operator
DRYER OUTPUT %
—D93S' x�oo= 6.3g3
�
,
q�d1
1 5�
% Total Solids

TWSA DRYER OPERATIONS
DAILY RECORD
3rd Dryer Batch =—
Fill Cycle Started @ �� - f
�_ D C cle Started .r C 1 '
rY Y @ 1 Discharge Cycle Started.@ - eJ c
Ten eratures
Discharge Discharge Dry Chamber Chamber . Rotor Rotor
Time Exhaust Product Timer . In Out In Out O erator ,
C� Sol
DRY ER-OUTPUT%SOLID . Dish Wgt. -.Wet Sample 1-Dish Dried Sample.} Dish
gams rams rams
0 c
f7. % Total. Solids
Alarms or Comments

TWSA DRYER.OPERATIONS
DAILY RECORD
DATE --
START STOP TOTAL
RUN TIME, HRS I (0 I �� 0 C11
1 st Dryer Batch
Fill Cycle Started @ LQ. ' Dry Cycle Started @ Discharge Cycle Started. @ .' C>-3 _.
• Tcmncr�ti roc �"• C"' '
Time
Discharge
Exhaust
Discharge
Product
Dry
Timer
Chamber
In
Chamber
Out
Rotor
In
Rotor
Out
Operator
7`
as
4D?
3'
InIL�b
��
2,3a
C;
DRYER OUTPUT % SOLID8 Dish Wgt Wet Sample .+ Dish Dried Sample + Dish :-
rams (drams) rams
x 100 = % Total Solids
2nd Dryer.Batch
:.d::.
Fill. Cycle. Started : , -� .".Dry"Cycle Started @ Discharge Cycle Started @ "
Temperatures
Time
Discharge
Exhaust
Discharge
Product "
Dry
Timer
Chamber.
In
Chamber
Out
Rotor
In
Rotor ..
Out
'Operator
1 .y,
07
3
�`
b
1. r
�
f�[ l
`�`(5
39
DRYER OUTPUT %SOLIDS Dish Wgt Wet Sample + Dish. Dried Sample + Dish
rams rams rams
% Total Solids
.2/s(12
I
I

TWSA DRYER OPERATIONS
DAILY RECORD
3rd Dryer Batch
Fill Cycle Started @ J • 2-J Dry Cycle. Started (6, -SS Discharge Cycle Started
i

! TWSA DRYER.OPERATIONS
DAILY RECORD
! DATE �� �b`-1
START STOP TOTAL.
1 RUN TIME, HRS ° -J a l , ti 9X,
! 1st Dryer Batch
I "
Fill Cycle Started @ Dry Cycle Started @ 7 Q % Discharge Cycle Started. @ 3 _
Temperatures
I'
1
I
i
Time
Discharge
Exhaust
Discharge
Product
Dry
Timer
Chamber
In
Chamber
Out
Rotor
In -
Rotor
Out
Operator
04
3
- b r
443
-q43
31.5
6D
�;.
J-' 1
0-5 t
�45
'4)�46
-9q,r
373
& .
DRYER OUTPUT % souD Dish Wgt Wet Sample +Dish Dried Sample + Dish
-- rams rams rams
a � q 7.35 �©: � � y .: : /�a 3.3 � : ..: / °� :� ��_� l5•. �s���• •�:.5'��s %"
Sig I
Total Solids
2nd Dryer.Batch
I Fill Cycle Started @ : �l� Dry. Cycle Started @ .Discharge Cycle Started @..
' Tem eratures
Time
Discharge
Exhaust
Discharge
Product
Dry
Timer
chamber.
In
Chamber
Out
Rotor
In
Rotor ..
Out
Operator
�3
o
j D
q9
q�q7
.
29
C15
49
�{
�
DRYER OUTPUT %•SOLIDS Dish Wgt Wet Sample + Dish. Dried Sample + Dish
rams rams rams
x1oo= r ho
Total Solids
.?si,z

TWSA DRYER OPERATIONS
DAILY RECORD
3rd Dryer Batch -
Fill Cycle Started @ _ Dry Cycle. Started @jDischarge Cycle Started.@
Tern eratures
Discharge Discharge. Dry Chamber Chamber . Rotor Rotor
Time Exhaust Product Timer . In Out In Out O erator
a
a 3: (7`233 a®o.
y3,) YyS 3 yv
DRYER OUTPUT % SOLID . Dish VVgt .=�V Dish DriedSample Dish
rams f2m5
V 3
y:5'7l .: x 100
t % TotalSolids
Alarms or Comments f G 1
db do

1 TWSA DRYER. OPERATIONS
DAILY RECORD V
1 DATE 1
START STOP TOTAL
� RUN TIME, HRS
1 1 st Dryer Batch
Fill Cycle Started @ 0r Dry Cycle Started @ e a Discharge Cycle Started @ _.
1 Temperatures
1'
1
1
1.
1
Time
Qftharge
Exhaust
Discharge
Product
Dry
Timer
Chamber
In
Chamber
Out
Rotor
In
Rotor
Out
Operator
-7 d
a ,
a 1
o �i-
ov
t[
)�
w�
` DRYER OUTPUT % SOLID Dish Wgt Wet Sample + Dish Dried Sample + Dish
1 - l rams (grams) rams
..�7�?3
x100= c f
1 % Total Solids
1 2nd Dryer Batch
Fill. Cycle.Staled @ 6 ;Aj Dry Cycle Started @ Discharge Cycle`Started.@ 1
Tem p eratures
Time
Discharge
Exhaust
Discharge
Product
Dry
Timer
Chamber.
In
Chamber
Out
Rotor
In
Rotor .:
Out ..
Operator
as
t`
1k
L
f -,3
G
d DRYER OUTPUT %SOLIDS Dish Wit Wet Sample +Dish. Dried Sample +Dish
1_ rams rams rams 9
00 x1= �
C 3 3 / % Total Solids
.tisi,z
1

TWSA DRYER OPERATIONS
DAILY RECORD
3rd Dryer Batch
Fill Cycle Started @ e � Dry Cycle. Started @ .5)
Discharge Cycle Started.@
Tern eratures
Discharge Discharge Dry Chamber Chamber . Rotor Rotor
Time Exhaust Product Timer . In Out In Out __Operator
' 4333 -� f1f 36 o
DRYER OUTPUT % SOLID . Dish VVgt . Wet Sample i -Dish Dried Sample Dish
rams rams rams
Total.Solids
Alarms or Comments

TWSA DRYER. OPERATIONS
DAILY RECORD
y s
- - DATE
START STOP TOTAL
RUN TIME, HRS
i 1st Dryer Batch
Fill Cycle Started @ Dry Cycle Started @ = Discharge Cycle Started, @ 5 -.
Tem eratures
Time
Discharge
Exhaust
Discharge
Product
Dry
Timer
Chamber
In
Chamber
Out
Rotor
In -
Rotor
Out
Operator
Q 69
G
��'�
63-
4�6
4J
y 6
s
i 1
C.
DRYER OUTPUT %S'OLID8 Dish Wgt Wet Sample + Dish Dried Sample + Dish
1 rams rams rams - dl
1 x 100 = Total Solids
2nd Dryer .Batch
Fill C cIe Started �_ !� D Cycle Started �.'3` Dischar e C cle Started
Y @--- ry .Y. °� g Y
Tem eratures
Time
Discharge
Exhaust
Discharge
Product
Dry
Timer
Chamber.
In
Chamber
Out
Rotor
In
Rotor . .
Out
Operator
aOb
c9.6 9
C
la's
• o,9a
'3c)s
1 y 0,
4 s
' /
_5'
Z 9-Y
G-1
DRYER OUTPUT %•SOLIDS Dish Wgt Wet Sample + Dish. Dried Sample +Dish
rams rams rams
x 100 = G) / % Total Solids
1) •

TWSA DRYER OPERATIONS
DAILY RECORD v
3rd Dryer Batch
Fill Cycle Started @ Dry Cycle. Started
@ 7 Discharge Cycle Started.@
Temperatures cl
Discharge Discharge Dry Chamber Chamber Rotor Rotor
Time Exhaust Product Timer . In Out In Out O erator
DRYER OUTPUT % SOLID Dish lNgt . .Wet Sample Dish Dried Sample i Dish ~r
gams rams ::... rams
�5 % Total.Solids
Alarms or Comments

TWSA DRYER OPERATIONS
DAILY RECORD
. DATE
START STOP TOTAL
RUN TIME, HRS
1st Dryer Batch
/
i
Fill Cycle Started @ �P' Dry Cycle Started @ � i O Discharge Cycle Started @ -.
Tem eratures
Time
Discharge
Exhaust
Discharge
Product
Dry
Timer
Chamber
Chamber
Out
Rotor
In
Rotor
Out
Operator
//In
--Q ' 0
s)
"
3�
EO.
�
ji
' . - .
DRYER OUTPUT % SO
L
IDs
Dish Wgt
rams
Wet Sample .+ Dish Dried Sample + Dish
• rams rams
01- t7 33
� ^? , s 6P
100
n�i ..r 1.�� 3 • y5 (CG %Total Solids
I 2nd Dryer Batch r
Fill. Cycle.Started"@ © Dry Cycle Started @ • Discharge Cycle Started @
Tem eratures
Time
Discharge
Exhaust
Discharge
Product
Dry
Timer
Chamber
In
Chamber
Out
Rotor
In
Rotor . .
Out
O erator
b
:3`
-;-3
-b �
�-ya
kfa
6-' 1
Ob
I DRYER OUTPUT %SOLIDS Dish Wgt Wet Sample + Dish. Dried Sample + Dish
rams rams rams
x100=
% Total Solids
I 2/ 12
I
I ..

TWSA DRYER OPERATIONS
DAILY RECORD
3rd Dryer Batch
Fill Cycle Started @ r l Dry Cycle. Started�,�
@ Discharge Cycle Started. @
Tern eratures
Discharge Discharge Dry Chamber Chamber . Rotor
Time Exhaust Product Timer . Rotor
In Out In Out O erator
13
a a R 3(.
:5.... s.
DRYER OUTPUT % SOLID . Dish Wgt . We Sample +-Dish Dried Sample Dish
rams) " rams rams
0Ll 55 -a-7, .3 `�571 1
o otal.Solids
Alarms or Comments -

TWSA DRYER. OPERATIONS
DAILY RECORD /
DATE — ` l �5
START STOP TOTAL
RUN TIME, HRS .1 w'y I I -T O 1 I' �v i
1st Dryer Batch l ,
Fill Cycle Started @ Dry Cycle Started @ - Discharge Cycle Started @ ✓�� -
Time
Discharge
Exhaust
Discharge
Product.
Dry
Timer
Chamber
In
Chamber
Out
Rotor
In
Rotor
Out
Operator
-
�.�
424
-q
313
6'
6
191
341
C41
DRYER OUTPUT % SOLD Dish Wgt Wet Sample +Dish Dried Sample t Dish
rams (gram rams -
x 100 � 0
Total Solids
2nd Dryer.Batch 3c�.4YtiwL
I Fill Cycle Started @ : ® .Dry Cycle Started @ .Discharge Cycle Started @
Tem eratures
i
I
i
t
Time
Discharge
Exhaust
Discharge
Product
Dry
Timer
Chamber
In
Chamber
Out
Rotor
In
Rotor ..
Out -
Operator
-0
DRYER OUTPUT %•SOLIDS Dish Wgt Wet Sample + Dish. Dried Sample + Dish
' rams (grams) rams
' ' �-7 �"t x 100 = q ��� % Total Solids

TWSA DRYER OPERATIONS
DAILY RECORD
3rd Dryer Batch ✓ww
Fill Cycle Started @ / Dry Cycle. Started @ r ©( Discharge Cycle Started a.

TWSA DRYER. OPERATIONS
DAILY( RECORD
DATE / V — J -5
START STOP TOTAL
RUN TIME, HRS
1st Dryer Batch
Fill Cycle Started @ �' ✓ Dry Cycle Started @ 7: Discharge Cycle Started, @ _.
Tem eratures
Time
Discharge
Exhaust
Discharge
Product
Dry
Timer
Chamber
In
Chamber
Out
Rotor
In -
Rotor
Out
Operator
IE-50
q4b
as
�46
36D
�
-�o�
c93D
ad�
1e©
�
3
If
. s
�3$,3
CD
DRYER OUTPUT % souD Dish Wgt Wet Sample +Dish Dried' Sample + Dish
_ rams (grams) (grams)
x 100�/a Total Solids
/.
I 2nd Dryer Batch xx 1-
Fill Cycle Started @ : U l Dry Cycle Started @ 1 'Discharge Cycle Started @
Temperatures
I
I
I
i
i
Time
Discharge
Exhaust
Discharge
Product
Dry
Timer
Chamber
In
Chamber
Out
Rotor
In
Rotor ..
Out
Operator
-1-113
39
0i6
'153
Lx*!!�_
L3g�
DRYER OUTPUT %•SOLIDS Dish Wgt Wet Sample + Dish. Dried Sample + Dish
rams rams rams �
x 100 = qq % Total Solids
f

TWSA DRYER OPERATIONS
DAILY RECORD
3rd Dryer Batch --
Fill Cycle Started @ 3 Dry Cycle. Started @ �c`j 3 Discharge Cycle Started e 7
9 y .@ t
T........ ,.:._t..___ A .dam—
� =�3.
aa�
a��.
�•v.: : �� �
�f �.
-�� �'
° 3�g coy • -�- •
L ,:Y3
3
,
.y
DRYER OUTPUT
%SOLID
. Dish Wgt -
_Wet Sample +:Dish
Dried Sample + Dish
gams
rams
C/,
x 100 =
— 9. a `�� % Total. Solids
Alarms or Comments

TWSA DRYER. OPERATIONS
DAILY RECORD
DATE
START STOP TOTAL
RUN TIME, HRS Le
1st Dryer Batch
Fill Cycle Started @ ' f Dry Cycle Started @ l Discharge Cycle Started. @
Time
Discharge
Exhaust
Discharge
Product
Dry
Timer
Chamber
In
Chamber
Out
Rotor
In
Rotor
Out
Operator
DRYER OUTPUT % SOLID Dish Wgt Wet Sample .+ Dish - Dried Sample + Dish -
rams grams) rams
Z 12 8 75 d
_ s5-
x i oo = c .V-P 76 : .
% Total Solids
2nd Dryer .Batch J
Fill Cycle Started @bry Cycle Started @ Discharge Cycle Started @
Time
Discharge
Exhaust
Discharge
Product
Dry ..
Timer
Chamber.
In
Chamber
Rotor
In
Rotor .'.
Out
Operator
ta
.c�Out
44
3
1-H,5
41%a
�39 1
e
DRYER OUTPUT % SC
Dish Wgt Wet Sample + Dish. Dried Sample + Dish
rams rams rams
n)7 q kZ3
x1oo= �5'/
� � %Total Solids
2/6/12

TWSA DRYER OPERATIONS
DAILY RECORD
3rd Dryer
Batch
Fill Cycle Started @
C� d0
r
Dry Cycle Started @
Discharge
Cycle Started.@ ' 2
Time
Tem eratures
Discharge
Exhaust
Discharge
Product
Dry Chamber Chamber
Timer. ' In Out
Rotor
Rotor
.
In
Out
O erator
DRYER OUTPUT
% SOLID .
Dish Wgi .
.Wet Sample Dish
'Dried Sample'+ Dish
rams
- rams '
rams
a 1 75(o
a� �� � �
�7, 7e�
X100= :.
: ' :''
..
% Total Solids
Alarms or Comments

TWSA DRYER- OPERATIONS
DAILY RECORD
DATE /9
START STOP TOTAL
RUN TIME, HRS'
1st Dryer Batch
Fill Cycle Started @ ' 'S Dry Cycle Started @ 'Z� Discharge Cycle Started. @
Discharge
Product
Dry
Timer
Chamber
In
Chamber
Out
Rotor
In
Rotor
Out
--
Operator
Time
Discharge
Exhaust
.;Z3
�1­S
9
Z7 1
1.50
qj��
143
30..5A4lLl
.5,
95-
DRYER OUTPUT % SOLID
5.
x �o0* .
% Total Solids
2nd Dryer .Batch
Fill Cycle Started @ ` �a Dry Cycle Started Discharge Cy @ �'- "
Tem eratures
Dish Wgt
rams
Wet Sample + Dish
rams
Dried Sample + Dish
rams
0 Z 105
3 ( 7 z
Discharge
Product
Dry
Timer
Chamber-
In
Chamber
Out
Rotor
In
Rotor -
Out
'
Operator
Time
Discharge
Exhaust
63
s o
445
�t3
DRYER OUTPUT %SOLIDS Dish Wgt Wet Sample + Dish. Dried Sample + Dish
rams rams rams
� SU
3c) DL/7-25 x 100 = % Total Solids
,216112

TWSA DRYER OPERATIONS
DAILY RECORD
3rd Dryer Batch
Fill Cycle Started @
I � �
Dry Cycle. Started @ Discharge
Cycle Start''Z ,
ed.@
Discharge Discharge
Exhaust Product
Tem eratures
Dry ry chamber Chamber Rotor
Timer In
Rotor
a68
.
Out In
.466
Out
O erator
iJ`�C�
L f
3Lf-
� . 7 0
J�,v:
-
C.
DRYER OU TPUT % SOLID
.Dish Wg.
L
.Wet Sample .Dish
Dried Sample + Dish
rams
rams :.:.....:
rams
D_o
Sly
x900=' :.
:%
Total
Solids
Alarms or Comments

TWSA DRYER, OPERATIONS
DAILY RECORD
DATE
START STOP
RUN TIME, HRS
I st Dryer Batch
Fill Cycle Started@
Time
Discharge
Exhaust
Discharge
Prod uct
b�
DRYER OUTPUT % SOLID�
Dry Cycle Started @ '7 (4 Discharge Cycle Started. @
M eratures
Dry
Timer
he
Charnr
In
Chamber
Out
Rotor
In - ---Out
Rotor
OPE
30'1
933
C
go
/447.-
job
:�kq�
-433
4� tr
­4
69 4­
4f,
Dish Wgt
(grams
Wet Sample .+ Dish Dried Sample + Dish
ms)
g rams rams
-2 i'26-
C/ _- " 5-3
x 100—
% Total Solids
2 nd Dryer Batch ha . rge Cycle S ed
Fill Cycle Started jo Dry Cycle Started Disc t.a rt
Tem s
Time
Discharge
Exhaust
Discharge
Product
3
f3
A93
0�1
Dry
Timer
Chamber.
In
Chamber
Out
motor
In
Rotor
out
Operator
394
45
DRYER OUTPUT %-SOLIDS Dishwgt Wet Sample + Dish. Dried Sample + Dish
(p
(grams) rams) (gram
3 7L/
0 i
x 100 % Total Solids

TWSA DRYER OPERATIONS
DAILY RECORD
3rd Dryer Batch
Fill Cycle Started = � �
@
Dry Cycle. Started J��
@
Discharge
Cycle Started.@ _(
Discharge
Time Exhaust
Discharge
Product
Dry
Timer.
Tem eratures
Chamber Chamber
In
Rotor
Rotor
- ,- .3 155
.
Out
� In - �
'
Out O erator
50--
)44
3'33
DRYER OUTPUT % SOLID .Dish
UVgt . ..We
rams
Sample +:Dish
Dried Sample .+ Dish
S_
rams
l
% Total.Solids
Alarms or Comments
_ .

TWSA DRYER. OPERATIONS
DAILY RECORD
_ \ DATE
START STOP TOTAL �.
RUN TIME, HRS
1st Dryer Batch
PillCycleCycle Started @ (0 Dry Cycle Started @ = l Discharge Cycle Started @-
Tem eratures —
Time
Discharge
Exhaust
Discharge
Product
Dry
Timer
Chamber
In
Chamber
Out
Rotor
In
Rotor
Out
Operator
�i,3
ga
c2-35
4-�2'0
J19"
�
q4
DRYER OUTPUT % SOL] Dq Dish Wgt Wet Sample +_Dish Dried Sample + Dish
rams - rams rams -
n..-9 7 9 2 s, LUt o F_1q. a
g off.
x 100 = ( �/ Total Solids
2nd Dryer -Batch t
Cycle Started @ Dry cycle. Started
Fill C @ Discharge Cycle Started @ ! •"a �!
Y :
Discharge
Exhaust
Discharge
Product
Dry
Timer
Chamber-y
In
v Chamber
Out . -
Rotor
In
Rotor .
Out
Operator
Time
AS-5
/ " b
i5c)
)4
33
'ev
3�
DRYER OUTPUT %•SOLIDS Dish Wgt Wet Sample + Dish. Dried Sample + Dis
rams rams rams
o��75y 2-7, G
Lq(��3(C��
' x100=
% Total Solids

TWSA DRYER OPERATIONS
/
DAILY RECORD
3rd Dryer Batch
Fill Cycle Started @ - ��
Dry Cycle. Started @ '
10Discharge
Cycle Started. .
@
Discharge
Time Exhaust
Discharge
Product
Dry
Timer
Tern eratures
Chamber Chamber . Rotor
' In
Rotor
�'
.
OutIn
.3 -5 Ala.
Out
O e'rator -
a
T I •V V�
V
�`� ..
Y 1 I�/
�1�7�
a
©
3Ll
3
DRYER CUi BUT % soLlC .
Dish Wgt . -.Wet
Sample +-Dish
' Dried Sample Dish
rams
rams
rams
-
-72
%
Total.Solids
Alarms or Comments

TWSA DRYER OPERATIONS
DAILY RECORD
DATE
STOP TOTAL
START j
RUN TIME, HRS ' ® 10
1 st Dryer Batch q
Fill Cycle Started @ f1=J �_ Dry Cycle Started @ s Discharge Cycle Started @
Time
Discharge
Exhaust
Discharge
Product
Dry
Timer
CI I I CI QLUI
Chamber
In
0
c�
Chamber
Out
Rotor
In
Rotor
Out
a
Operator
EIO
C
Z4y5
13 3.
.
�:.�i�
t��
DRYER OUTPUT % SOLIDs Dish Wgt Wet Sample + Dish . I Dried Saamse + Dish
rams rams
x 100 = "� .. / % Total Solids
:i
2nd Dryer .Batch
Fill Cycle Started @ Dry Cycle Started @ /y3 ' Discharge Cycle Started @ "
..
T . eratures �
Dry
Timer
'No
chamber
In
V10
Chamber
Out
Rotor
In
. Rotor ..
Out - .
Operator
Time
Discharge
Exhaust
Discharge
Product
`I
mo
DRYER OUTPUT %SOLIDS Dish Wgt Wet Sample +Dish_ Dried Sample + Dish
rams rams rams
x 100 = �y % Total Solids
' n 1
0 vsn z w^1(/
1

TWSA DRYER OPERATIONS /
DAILY RECORD </
3rd Dryer Batch -
Fill Cycle Started @ `� Dry Cycle Started 5 SS
@ Discharge Cycle Started.@
Tem eratures
Discharge Discharge Dry Chamber Chamber Rotor
Time Exhaust Product Timer . Rotor
fn Out In Out O erator ,
4S° 3 3 2 Jig
s • .. � ys : 3s� ..
J.
DRYER OUTPUT % SOLID . Dish Wgt . Wet Sample Dish Dried Sample Dish
rams rams rams
IL q
x i oo '
Total.Solids
Alarms or Comments

TWSA DRYER. OPERATIONS
DAILY RECORD
DATE J (i
START STOP TOTAL
RUN TIME, HRS ` 3 �` J r
1st Dryer Batch
/ _ ` 3 D Cycle Started Discharge Cycle Started ®'!�
Fill Cycle Started @ � < Dry y @ 9 Y @
Temperatures
Time
Discharge
Exhaust
Discharge
Product
Dry
Timer
Chamber
In
Chamber
Out
Rotor
In
Rotor
Out
Operator
c�
'�'-20
Q o:
(�o
q
-1133
3 7,, 3
Cr
DRYER OUTPUT % SOLID*c Dish Wgt Wet Sample .+ Dish : I Dried Sample + Dish
rams (grams rams
-77
x 100 =
Total Solids
F ll Cycle Start d @ : / • ' t Dry Cycle Started @ / I f b�' Discharge Cycle Started @
Time
Discharge
Exhaust
Discharge
Product
Dry
Timer
Chamber'
In
Chamber
Out -
Rotor
. In
Rotor .:
Out . -
Operator
05�
o
0
CID
DRYER OUTPUT %-souDs
Dish Wgt Wet Sample + Dish.
rams
Dried Sample + Dish
rams
rams
o.aa2( 3, C) `1 0
�b r
x 100 = % Total Solids

TWSA DRYER OPERATIONS
DAILY RECORD
3rd Dryer Batch
-
Fill Cycle Started @
�`
Dry Cycle. Started
Discharge Cycle Started.@
Time
Tern eratures
Discharge
Exhaust
Discharge
Product
Dry Chamber Chamber
Timer Out
. Rotor
Rotor
. J J'In
In
Out
Operator
DRYER OUTPUT % SOLID
. Dish VVgt .
- :Wet Sample +:Dish
Dried Sample.+ Dish
rams
rams
rams
'7(1 .:.:.:
%Total.Sofids
Alarms or Comments

TWSA DRYER. OPERATIONS
DAILY RECORD
DATE
START STOP TOTAL
•
RUN TIME, HRS cl,
1st Dryer Batch
Fill Ccle Started @ Dry Cycle Started @ Discharge Cycle Started. @
y
Tem eratures
Time
Discharge
Exhaust
Discharge
Product
Dry
Timer
Chamber
Chamber
Rotor
Rotor
In
Out
In
Out
Operator
3'7 0
,ql q
.4 T-7
)-4
43
,3 b9
)14
.
1P
DRYER OUTPUT % SOLID S
Dish Wgt
Wet Sample + Dish
. DiU�D
Dried Sample + Dish
.
(-grams)
(�r2n`IS (grams)
do
457, S. 100 % Total Solids
2nd Dryer Batch
Fill Cycle Started @
-Dry Cycle @ _L6 -I Discharge Cycle Started @
eMpeEatures
to
Chamber Rotor7. Rotor T
Dry Chamber to
In Out - -
Discharge
Discharge
Timer
In
Out
Time
Exhaust
Product
ao
U,
6
DRYER OUTPUT %-SOLIDS Dish Wgt
Wet Sample Dish. Dried Sample + ish
(prams) (grams (grams)
3 C
x 100
% Total Solids

i
TWSA DRYER OPERATIONS
"
DAILY RECORD
3rd Dryer Batch
Fill Cycle Started @_
Dry Cycle Started @
D•
� -
ischarge
Cycle Started.@
.' 1 S
j Discharge Discharge
j Time � Exhaust Product
D Temperatures
Dry Chamber Chamber
� Timer In
. Rotor
Rotor
� . Out
In
Out
O erator
.
a�
30.5 ...J
53.��
DRYER OUTPUT % SOLID . Dish Wgt- ..We
i , '
Sample . Dish Dried Sample.+ Dish
rams
rams <:....
rams
gu
5 t00
Total.Solids
Alarms or Comments

TWSA DRYER. OPERATIONS
DAILY RECORD /
j DATE
START STOP iiTOTAL
RUN TIME, HRS
1st Dryer Batch 3
Fill Cycle Started @ Dry Cycle Started @ �" �/�/ Discharge Cycle Started @ -
Tem eratures
.Discharge
Discharge
Dry
Chamber
Chamber
Rotor -
Rotor
Time
E.jxhh2Ust
C I
Product
y
Timer
In
Out
70
In -
?j �!�
Out
vZ
Operator
J /
f
7-0
DRYER OUTPUT % SOLID
Dish Wgt
Wet Sample + Dish Dried Sample + Dish.
rams
rams rams
1, v Z 3
2- 9" ..z 2 c�
1 "7
xoo=
% Total Solids
:3 .r1,.
2nd Dryer .Batch ; as.. .
Fill Cycle.Started @ : Dry Cycle Started @ Discharge Cycle Started @ ?J
Time
Discharge
Exhaust
'z35
-3L-15
Discharge
Product
�r
a
Dry .
Timer
����.
►50
[Chamber- y
In -
�1y6
9C45
v Chamber
Out -
y 3�f
Lf
Rotor
In
WS
Yc/�
L4C-15
Rotor .
Out -
� 3
3�
Operator
.
z� s
�;55
DRYER OUTPUT %SOLI
17 s L ip r
x 100 =
DSkl2
Total Solids

TWSA DRYER OPERATIONS
J
DAILY RECORD
3rd Dryer Batch
/
Fill Cycle Started @ E a Cp
-
D C c1e.'Started
rY Y @
5 g e "
Discharge Cycle Started,@ �
Discharge
Time Exhaust
Discharge
Product
Tern eratures
Dry Chamber Chamber . Rotor
Timer. In Out
Rotor
.
In
Out
O erator
3.
q3
Ro S
7LLt
DRYER OUT PUT % SOLD .
Dish VVgt .
.Wet "Sample Dish
Dried Sample Dish
rams
rams
fam5
.
'x too",=
/o
Total.Solids
Alarms or Comments
--

TWSA DRYER. OPERATIONS
DAILY
/RECORD
DATE
START STOP TOTAL
RUN TIME, HRS =.(- 'I �% .... ...... ... .
1st Dryer Batch
Fill Cycle Started @ Dry Cycle Started @ %.`oZ L Discharge Cycle Started @ a
,r Time
Discharge
Exhaust
Discharge
Product
Dry
Timer
Chamber
In
Chamber
Out
Motor
In
Rotor
Out
Operator
31
4 4
39
C
DRYER OUTPUT % SOLID Dish Wgt Wet Sample + Dish Dried Sample +Dish
_ rams rams rams - - J
LS
3 c x 100 = �.j (... % Total Solids
2nd Dryer Batch
C cIe Started �=� Dry Cycle Started @ j t' Z)' ' Discharge Cycle Started
Fill. @
Y @
Time
Discharge
Exhaust
Discharge
Product
Dry
Timer
Chamber'
In
Chamber
Out
Rotor
In
Rotor ..
Out
Operator
I:e-6
A ©4
Ab
'(f).
63
'
DRYER OUTPUT %SOLIDS Dish Wgt Wet Sample + Disl
rams . rams
.2/6/12
Dried Sample +
x100= 0/(� /678'
• � � 1 �`" SCE
% Total Solids

TWSA DRYER OPERATIONS
DAILY RECORD
3rd Dryer Batch
Fill Cycle Started @ �C U sl. D Cycle Started - -
Dry Y @ Discharge Cycle Started.@ 5
Tern eratures
Discharge Discharge. Dry Chamber Chamber . Rotor Rotor
Time Exhaust Product Timer. . In Out -in Out O erator
DRYER OUTPUT % SOLID Dish VVgi -.Wet Sample' Dish Dried Sample Dish
gams . :. rams rams
�i
.756 X 100
:% Total. Solids
Alarms or Comments

TWSA DRYER, OPERATIONS
DAILY RECORD
DATE
START STOP TOTAL
J fir'
RUN TIME, HRS
1st Dryer Batch - - �
������, D Cycle Started Discharge Cycle Started- @ < / --
Fill Cycle Started @ -� Dr Y @
Discharge
Product
-
Dry
Timer
1 V
Chamber
In
Chamber
Out
Rotor
In
Rotor
OW
O perator
Time
Discharge
Exhaust
`7 ',1
� ; y
�,
d am •
't
4 q_5
�f �
z
a 7
DRYER OUTPUT % SOLID
i
Dish Wgt
rams
Wet Sample + Dish
gm
Dried Sample + Dish
rams
1 1 c�22Z.
3 i 9 o(0
3a, 7
��•��iS
x1oo=
I.. % Total Solids
2nd Dryer Batch : - �G�: �' Discharge C cIe Started @
Fill Cycle Started i %q •. Dry Cycle Started @ / 9 . Y
Y @
Discharge
Exhaust
•
Discharge
Product
-
Dry
Timer
I cl l l GI Ct�ul
Chamber
In
�... - -
Chamber
Out -
Rotor
In -
Rotor ..
Out - .
Operator
6
ba
y
-•33
.
3
of 6 ,5'
/ li' I
'r / !G'
z— '1
DRYER OUTPUT %•SOLIDS Dish Wgt Wet Sample + Dish Dried Sample + Dish
rams rams rams
2?,Z3�3
447
x100=
� Vr.� C .7 % Total Solids

TVVSA DRYER OPERATIONS
DAILY RECORD
3rd Dryer Batch
Fill Cycle Started @ t [ Dry Cycle. Started ; ' {
@ Discharge Cycle Started,@ S
DRYER OUTPUT % souD . Dish VVgt . ".VVet "Sample -'Dish I Dried Sample +Dish
rams rams _
b.
9 . 5
�7c` X100 p
% Total. Solids
Alarms or Comments

TWSA DRYER. OPERATIONS
j DAILY RECORD
I DATE (! 1 /
START STOP TOTAL
RUN TIME, HRS ..':�G . `u,� _.
1st Dryer Batch n
Fill Cycle Started @ L! Dry Cycle Started @ EF Discharge Cycle Started, @
Temneratures 0 L:7'
Time
Discharge
Exhaust
Discharge
Product
Dry
Timer
Chamber
In
Chamber
Out
Rotor
In
Rotor
Out
Operator
,
S
� �
3
�i'
-�w
a4
•'
�
1�
3
�q
S E
'4'ei' C=.
J-f
Cel.
DRYER OUTPUT % SOLID's Dish Wgt Wet Sample + Dish Dried Sample + Dish
rams (grams) rams
otal Solids
2nd Dryer Batch )
Fill. Cycle.Started @ .Dry Cycle Started @ !'r S Discharge Cycle Started @
Temneratures a
Time
Discharge
Exhaust
Discharge
Product
Dry
Timer
Chamber.
In
Chamber
Out
Rotor
In
Rotor .
Out
Operator
�7
14 -11.0.
DRYER OUTPUT %SO
1 C l , vL
x100=
Total Solids

TWSA DRYER OPERATIONS
DAILY RECORD
3rd Dryer Batch
Fill Cycle Started @ Jl
Dry Cycle. Started @� Discharge Cycle Start ed,@ '� Cl
Discharge
Time Exhaust
Discharge.
Product
Temperatures
Dry Chamber Chamber . Rotor
Timer. . ' In Out In
Rotor
Out
0 erator
5Ll HLk 5
..T��
y- 5-,a-90...�a
is
�S`C� Lf.. �(�' �t�-c-
::�
3Q..
44.
DRYER OUTPUT % SOLID
Dish Vgt .
.Wet Sample +:Dish Dried Sample + Dish
(
gams
rams):- rams
o17
7
�a -X,00:=
gj
l %
Total. Solids
Alarms or Comments

TINSA DRYER OPERATIONS_
DAILY RECORD
3rd Dryer Batch
1.
Fill Cycle Started @ = 5 Dry Cycle Started @ t Discharge Cycle Started.@ • 2-
Temperatures
Discharge
Product
Dry
Timer .
Chamber
In
Chamber
Out
. Rotor
In
Rotor
Out
Operator j
oTimeEisxch
.0S.
S. 0.
��f�
�
��H
CD
.
C
t-(�
i �I
�--� _
..:?� ..7
LJ
4.5.

TWSA DRYER OPERATIONS
DAILY RECORD
DATE
START STOP TOTAL
RUNTIME, HRS 49 OL-, I 1� v- .l D' '1 ' - .. _..---------
1st Dryer Batch
Fill Cycle Started @ lC - j Dry Cycle Started @ 2,1 Discharge Cycle Started
TPmneratures O L7-
Time
Discharge
Exhaust
Discharge
Product
Dry
Timer
Cham'Der
In
Chamber
Out
Rotor
In -
Rotor
Out
Operator
13 73
R
93
a a
��
�a
S7- `71
c;� 6
y3 4
�43
S4�-P
-
��
a7.3
4.
DRYER OUTPUT % SOLID Dish Wgt Wet Sample + Dish Dried Sample + Dish
rams rams rams
x100— ff
otal Solids
2nd Dryer .Batch 0 .. .
Fill. Cycle.Started @ .Dry Cycle Started @ U "Discharge Cycle Started
Temperatures �
Time
Discharge
Exhaust
Discharge
Product
Dry .
Timer
Chamber'
In
Chamber
Out
Rotor
In
Rotor . ".
Out . '
. .
Operator
W
�;2
50
�33
3 L
`0 Q1
33
`7
6
DRYER OUTPUT %'SOLIDS Dish Wgt Wet Sample + Dish. Dried Sample + Dish
rams rams rams
3�y I fC�pl x100=
OTotalSolids
vsiiz

TWSA DRYER OPERATIONS
DAILY RECORD
DATE
START STOP TOTAL
RUN TIME, HRS
1st Dryer Batch
kI Cycle Started @ 5 Dry Cycle Started @ a Discharge Cycle Started. @
TerrlDer2tures 0 Jt7-
Tinie
Discharge
Exhaust
Discharge
Product
Dry
Timer
Cham - ber
In
Chamber
Out
Rotor
In
Rotor
Out
Operator
-7
-� D j
�D
L
'
'1121 3_5
I" 9b
6 a
.,D3'
2(b
)Z) 0
'--(Yol
-L13)
VYI372
D9�
9,30
q
A) -A
213'
305
Os
z114 6
JYI�
DRYER OUTPUT % SOLID
Dish Wgt
Wet Sample + Dish
Dried Sample +Dish
rams
2:M::S
(grams)
(grams)
),9 9 2� -
c 0,9 929
27. H -`1
7 "�j
x 100— 9qTotal Solids
-
2nd Dryer Batch
Fill. Cycle.Starled @ Dry Cycle @ Discharge Cycle'Started
Temperatures
Time
Discharge
aust
Exhaust
Discharge
Product
Dry .
Timer
Chamber-
In
Chamber
Out - -
Rotor
In
Rotor -,
out -
- - ' .
Operator
4kqS
4
433
'AR,
�41
Q .23
�5c)
444,
en -
,)"T
aq
303
DRYER OUTPUT % SOLIDS Dish Wgt Wet Sample + Dish, Dried Sample + Dish
(grams) (grams) (prams)
x3 - (',0DCV X100=
�61
% Total Solids

TWSA DRYER OPERATIONS
DAILY RECORD
3rd Dryer Batch c !
Fill Cycle Started @ r Dry Cycle. Started @� Discharge Cycle Started.@
Ten
Discharge Discharge Dryor Rotor
Time Exhaust Product TimeOut O erafor
9_3
=s�" .as
1-5
DRYER OUTPUT % SOL[D . Dish Wgt . ".Wet Sample = Dish Dried Sample + Dish
rams ' rams rams
9
7:
`%-Total.Solids
Alarms or Comments

TWSA DRYER OPERATIONS
/D jAILY RECORD
DATE
START STOP TOTAL
RUN TIME, HRS : ,-� ,'G 1 ►
1st Dryer Batch .'
Fill Cycle Started @ LY T Dry Cycle Started @ Discharge Cycle Started
Temperatures OF
Time
Discharge
Exhaust
Discharge
Product
Dry
Timer
Chamber
In
I Chamber
Out
Rotor
In
Rotor
Out
Operator
-7 1
0 '1)
,3c?
sG
i-f43
«St{
a 0
poi
;vo
`7W�
3 7 o
.�,41
�3 9,
)
ISD
/-/ -15
)4.3`f
c-744/67
�30-0
DRYER OUTPUT % sOLIDs Dish Wgt Wet Sample + Dish Dried Sample + Dish /
(grams) .(grams) (grams) /
3
J' W so 2(, L-A 33
x100=
%Total Solids
2nd Dryer Batch� ���
Fill Cycle Started @ Dry Cycle Started @ - Discharge Cycle Started @ ,
Temperatures OF
Time
Discharge
Exhaust
Discharge
Product
Dry
Timer
Chamber
In
Chamber
Out
Rotor
In
Rotor
Out
Operator
.�6it.
aa l
o
g
9
17
CID
fb
1-13
4�4s
3�6
CV
l�3q
V
so
-'135
'V4
DRYER OUTPUT % soLiDs Dish Wgt Wet Sample + Dish Dried Sample + Dish
( rams) (grams) (grams)
• -2 i ,`I-77 � 0.5-'7/6
.--) x 100 = q
/ 6 -a'10 S % Total Solids
216/12, 6/23/14

DAILY RECORD
3rd Dryer Batch V
Fill Cycle Started @2 AI, Dry Cycle Started @ 3 Discharge Cycle Started @ (v 1 ( O
Temperatures OF
Time
Discharge
Exhaust
Discharge
Product
Dry
Timer
Chamber
In
Chamber
Out
Rotor
In
Rotor
Out
O
'.6
�03
ao-
d
1�
38)
({00
ZZ
erator
S�
3 S Lf
as 3
a o �
.�� "
(�
H
� � y �
� a 5
v
-/
�l�i 5
y 3C�
QW. 5
37 0
�J
DRYER OUTPUT % soLIDs Dish Wgt Wet Sample + Dish I Dried Sample + Dish
(grams) (grams) (grams)
ve,3
Z)ss� X1oo=
9'5/
.�a�
✓ /o Total Solids
Alarms or Comments
c

TWSA DRYER OPERATIONS
DAILY RECORD
DATE
START STOP TOTAL V
RUN TIME, HRS G = 33 e� • , �i"�'l
1st Dryer Batch { .'
Fill Cycle Started @ Dry Cycle Started @ Discharge Cycle Started @,,
Tamnarat°irac Op
Time
Discharge
Exhaust
Discharge
Product
Dry
Timer
Chamber
In '
Chamber
Out
Rotor
In
Rotor
Out
Operator
- �1
-,20,5
a)b
6
13(
'a&3
,,3-(95
1,231
1 �`-d
1,4 ()
'qo
"tb
"D
vo,
I (:f)j
`3
V4
0
C,0 V
y 3 Y
Y W
DRYER OUTPUT % SOLIDS Dish Wgt Wet Sample + Dish Dried Sample + Dish
(grams) "(grams) (grams)
1,o uL, j 5 ° $ S-7 5
�J.SYW-S
r1q -W970 x100.
% Total Solids
2nd Dryer.Batch
Fill Cycle Started @ Q S Dry Cycle Started @ Discharge Cycle Started @ 7
TamnaratiiraG a�
Time
Discharge
Exhaust
Discharge
Product
Dry
Timer
Chamber
In
Chamber Rotor Rotor
Out In Out
Operator
0
a z) ?
I D O
-�Y45
z�,3�
>P
DRYER OUTPUT % SOLIDS Dish Wgt Wet Sample + Dish Dried Sample + Dish
(grams) grams) (grams)
i,u218 3 2, 333L�
36). l c i a Q�L_._ - -�'
Total Solids
_- 2I6/12, 6l23ry 4

Ut-ULT M=%,UML)
3rd Dryer Batch
Fill Cycle Started @ -A-3 1 -Dry Cycle Started @ l J Discharge Cycle Started @
Temperatures °F
Discharge Discharge Dry Chamber Chamber Rotor. Rotor T
Time'
Exhaust
Product
Timer
In
Out
In
Out
Operator
" t";
9�0Lt
a to
3 5 �
3$c�
399
zz-7,-
4 ,, 03
;;�3 3
a cDc�
L
L��5
q3 c
L-4(q
-52--(
of, 53
),3a
5
i2)0
L-H5
1 CA3(o
L�u(p
3-71
7�3
5 : 43
Q L a
a
��s�
�
�+ � 5
�
3 5-7
69
30a
30S
19-6
(+(4(p
qH1
44(,o
400
L
DRYER OUTPUT % SOLIDS Dish Wgt Wet.Sample + Dish Dried Sample + Dish
(grams) (grams) (grams)
o,ct 114 3 2,Z o. :3 75-
9
x 100 = �_��—
7 7 % Total Solids
Alarms or Comments

TWSA DRYER OPERATIONS
DAILY RECORD /
DATE I i — I '7 - 15
START STOP TOTAL
RUN TIME, HRS
1st Dryer Batch
Fill Cycle Started Dry Cycle Started @2 r �3 Discharge Cycle Started
Temoeratures OF
DRYER OUTPUT % SOLIDS Dish Wgt Wet Sample + Dish I Dried Sample + Dish
(grams) (grams) (grams) 3 ��
x100= 96, 3 q-6� % Total Solids
2nd Dryer Batch ry
Fill Cycle Started @ d'4 �] Dry Cycle Started @ i . 0 Discharge Cycle Started @ �2 -
Temperatures °F
Time
Discharge
Exhaust
Discharge
Product
Dry
Timer
Chamber
In
Chamber
Out
t
1--
7-/7,1 � T
.Rotor
In
Rotor
Out
Operator
r+. [
y
-
%
C
_b
U
1
DRYER OUTPUT % SOLIDS Dish Wgt Wet Sample + Dish Dried Sample + Dish
(grams) (grams) rams)
31, (4 °7(,3 -a-
x100=
g7.0s39
216112, 6/23/14
% Total Solids

DAILY RECORD
3rd Dryer Batch
Fill Cycle Started @ r -Dry Cycle Started @
Timm naratrirac °F
Discha
rge Cycle Started @
Tim_ e
Discharge
Discharge
Product
Dry
Timer
Chamber
In
Chamber
Out
Rotor
In
Rotor
Out
Operator
2L (3
/��[�Exhaust
V,
X02
o
Q� {�-
\0O
SS S
2_2.8 .
.
Lf,0_;
Jib
LlyI
H35
4(48
_a015".��1
L-t:5-3
3Q
ac)3
40
Li
�
S
3�.
713
51,y 3.
a5I
a H 5
.1�o
C4 5
�+3
�5
.3
c
/ 9 H I
L4q(o•
L4
DRYER OUTPUT % soLIDs Dish Wgt Wet Sample + Dish Dried Sample + Dish
(grams) (grams) (grams) D��
:ql
x 100 % Total Solids
Alarms or Comments
OA e_

3rd Dryer Batch
Fill Cycle Started @ S� -Dry Cycle Started @ Z Discharge Cycle Started @
Temperatures 'OF
Discharge Discharge Dry Chamber Chamber Rotor Rotor
Time
Exhaust
Product
Timer
In
Out
In
Out
Operator
S % 25
2 t 1
2�jC
'L4bZ
3g
LfQ2.
232,,-._TC,J
t S
2-2-Li,Zv
i
Ll4_
435
y?
Z9�
�v
5"©5
"jLZ .7
� Z
���
4Lk5
4 �(
(k4S
��.O
717W
'5',55
a45
Q 1 5
t��
4�5
L+35
445
3 (0
S 4j'
DRYER OUTPUT %SOLIDS Dish Wgt Wet Sample + Dish I Dried Sample + Dish
(grams) (grams) (grams)
z
_ � r D5
x goo
%Total Solids
Alarms or Comments

i RUN TIME, HRS
1 st Dryer Batch , I
Fill Cycle Started @ `�
I vvoH UMIr-M Vt'Ci'CHIIVIVJ
DAILY RECORD
.Y
DATE ! / _ f
START STOP
TOTAL
Dry Cycle Started @ 7! Discharge Cycle Started @ 6 :3 Y
TemaeratHres OF
Time
Discharge
Exhaust
Discharge Dry
Product Timer
Chamber
In
Chamber
Out
Rotor Rotor
I In I Out Operator
-7_ /9'
a D-5
J0a
3U
30
J&F R3© - C
t08
3, bD
a p.'S'
LI 3 5-
0
'4 3S r�q 0
-'5 '
a 2 S
a D t
q5
q,3
e.
16= 36
a�q
-zfy
'-k45
DRYER OUTPUT % SOLIDS Dish Wgt Wet Sample + Dish Dried Sample + Dish
(grams) .(grams) (grams)
30 5oV 9 x100=
2nd Dryer Batch �1
Fill Cycle Started @ Dry Cycle Started @ Discharge Cycle Started @
Tamnar;P i Ira_ or
Total Solids
Time
Discharge
Exhaust
Discharge
Product
Dry
Timer
Chamber
In
chamber Rotor
Out In
Rotor
Out
Operator
5
Sn
1445
-43 I z1q,5
D
,
�zI
C
DRYER OUTPUT % SOLIDS Dish Wgt Wet Sample + Dish Dried Sample + Dish
(grams) (grams) (grams)
0,1911, ' 27,95 7:9 P- 5-'
2/6/12, 6/23/14 1
% Total Solids

I VVSA DRYER OPERATIONS
DAILY RECORD
DATE` —
START STOP
I RUN TIME, HRS
1st Dryer Batch
TOTAL
Fill Cycle Started @
t _ 5
Dry Cycle Started @
y
I
t
Discharge Cycle Started
Temperatures
OF
Time
Discharge Discharge
Exhaust Product
Dry Chamber
Timer In
Chamber
Out
Rotor
In
Rotor
Out
Operator
a c�'S
.
J 7 7
kP
DRYER OUTPUT % SOLIDS
Dish Wgt
Wet Sample + Dish
Dried Sample + Dish
(grams)
_(grams)
(grams)
1'D1a 11
2-5 , -7S 29
ocl-clo
/3 tie
x 100 =
9 3 / (%vim
% Total Solids
2nd Dryer Batch
Fill Cycle Started @ Dry Cycle Started @ `, Discharge Cycle Started @ -2
Tamnaratiirac OF
Time
Discharge
Exhaust
Discharge
Product
Dry
Timer
Chamber
In
Chamber 7R o—t 0—r7
Out I In
Rotor
I Out Operator
=35
Ab
-39
. �?�
3��,3�"
r:2 ?6 : E
%aC57
/DID
)s
sa
/-f '�Cl-
f-)) 1
DRYER OUTPUT % SOLIDS Dish Wgt Wet Sample + Dish Dried Sample + Dish
(grams) (grams) (grams)
-�. 33 / j
x 100
216/12, 6/23/14
T:-o
Z'
0
% Total Solids

3rd Dryer Batch
Fill Cycle Started @ -3-,6 1
-Dry Cycle Started @ 3
Tamnaratrirac °F
Discharge Cycle Started @
Time
Discharge
Exhaust
Discharge
Product
Dry
Timer
Chamber
In
Chamber
Out
Rotor
In
Rotor
Out
Operator
S : 3_7
Q 01-1
a v-�
Q
39
3--7-7
39.
_
fag
mow'
a
L43�
Q0 5
0
LA
L\L�
q o
3-14
q( H Y
L- 36
-U U�
I CI �,
�(�i S
'-E i
`t S
36
DRYER OUTPUT % souDs Dish Wgt Wet Sample + Dish Dried Sample + Dish
(grams) (grams) (grams) /(9
✓�� 3 c/ f % X 100 = �� �� s� % Total Solids
Alarms or Comments
j

TWSA DRYER OPERATIONS
DAILY RECORD
DATE
j START STOP TOTAL
RUN TIME, HRS ,3
1st Dryer Batch
Fill Cycle Started @ l59 % Dry Cycle Started @ —Z:— Discharge Cycle Started @'
res OF
DRYER OUTPUT % SOLIDS Dish Wgt Wet Sample + Dish Dried Sample + Dish
(grams) (grams) (grams)
(�� 3 x 100 = % Total Solids
2nd Dryer Batch f °
Fill Cycle Started @ D = c Dry Cycle Started @ L Discharge Cycle Started @ 2, 5 /
Temperatures °F
DRYER OUTPUT % SOLIDS Dish Wgt Wet Sample + Dish Dried Sample + Dish
(grams) (grams) (grams)
N,©171 ' 2'F 99�
6" y13 9�,7ib7
% Total Solids
2/6/12, 6123114

DAILY RECORD
3rd Dryer Batch
Fill Cycle Started @_
-Dry Cycle Started @ 3 ',jLl
Temoeratures °F
Discharge Cycle Started @ (o '•-"Sl
Time
Discharge
Exhaust
Discharge
Product
Dry
Timer
Chamber
In
Chamber
Out
Rotor
In
Rotor
Out
Operator
,ay
�oH
a0B
0
39
S 3 1
39
y ' . \ H
a a 1
009
SO
Wc-1(5)
(A 3
5, 0H
as 9
c)
16 D
ULE 5
L (
�T L�
5`5y
Qc11
a ►
15a
(-1(-(5
435
445
195
X-AL� 5
UQ
DRYER OUTPUT % SOLIDS Dish Wgt Wet Sample + Dish Dried Sample + Dish
(grams) (grams) (grams) C
1.G-b4a 2-7 5 55 ��,�
�
��, x1oo= -�- �' F Total Solids
0
Alarms or Comments

I vv.Jn LJr\ 1 Cfl VI'"Cf\n I IVIVJ
DAILY RECORD
DATE
RUN TIME, HRS
1 st Dryer Batch
Fill Cycle Started @
START STOP TOTAL
1 10 39,\I 1
Dry Cycle Started @ 2; rA Discharge Cycle Started @'
Temneraftires OF
Time
Discharge
Exhaust
Discharge
Product
Dry
Timer
Chamber
In
Chamber Rotor Rotor
Out In Out Operator
.."O
)�' 0S
2-0-
d
3"�Z�
- 3 6 9 3 Y Y
6o
1426
-434 aCs mil`
915
a 0 0
1/1!�)0
4 14yy7a
�.
DRYER OUTPUT % SOLIDS
g'0- r. ��1 c
% Total Solids
2nd Dryer Batch
Fill Cycle Started Dry Cycle Started @ �1- j I Discharge Cycle Started @ '
Temperatures °F
Time
Discharge
Exhaust
Discharge
Product
Dry
Timer
Chamber
In
chamber
Out
Rotor
In
Rotor
Out
Operator
i
2
6169
C
fey
'3?3
del
D I
AID
'401F�
�50
41-f W
#3 A
/-/-#
l i
a�
ACID
111)d
JI3
3Xa
•,_
DRYER OUTPUT % SOLIDS Dish Wgt Wet Sample + Dish Dried Sample + Dish
(g rams) (grams) (grams)
l,01cAz1 .ZS, 3(p02 2 7,5 z S-3'
x100=--'
/o Total Solids
%12, 6/23/14

3rd Dryer Batch
Fill. Cycle Started @ �' 3 -Dry Cycle Started @ 3 Discharge Cycle Started @ &1 3 Z
Temperatures OF
Time
Discharge
Exhaust
Discharge
Product
Dry
Timer
Chamber
In
I Chamber
Out
Rotor
In
Rotor
Out
O stator
1.13
a �
�
c
3�
� �
3��
z30;
'0 3
D 3 8
a o 5
5 0
LIC_)
r✓� 3
�{
3� 3
Sc,J
�' S3
a a
a 1
1 o a
� �-15
�-(� -7
�, � 5
3� .�
j
3oS
�'+"A►
I149I39
7-
DRYER OUTPUT % SOLIDS Dish Wgt Wet Sample + Dish I Dried Sample + Dish
(grams) (grams) (grams)
l,uzgs 1 1-7
x 100 = % Total Solids
c '
Alarms or Comments

I vvJA DRYER OPERATIONS
DAILY RECORD
DATE 12 I _
!!START STOP
--� RUN TIME, HRS C� ,3,5- 1 j 0 `, 6 tt
1st Dryer Batch
Fill Cycle Started @
TOTAL
, 1 , �
Dry Cycle Started @ 7 Discharge Cycle Started
Temperatures OF
Time
uiscnarge
Exhaust
Ulscnarge
Product
Dry
Time
Chamber
In
Chamber Rotor
Out In
Rotor
Out
Operator
7
`�
�aS
E
l
P-3
�2t7,0
� z5o
�� �
4- 7 41V
=5 I
al-
a IS
150
4 q�
)i-3S �
,3
lda 0
��b
q46
� l �1 �
DRYER OUTPUT
%SOLIDS
Dish Wgt
Wet Sample
+ Dish
Dried Sample + Dish
(grams)
.(grams)
(grams)
1 I
X'b5A(p
--
��
�
x100=
I
TZ
% Total Solids
2nd Dryer Batch
Fill Cycle Started @ C) '
Time d
Discharge
Exhaust
Discharge
Product
5
9,036
at) 9
`D�5
:.3A
DRYER OUTPUT % SOLIDS FDiSh Wot
216112, 6/23/14
Dry Cycle Started Discharge Cycle Started @�T
Temperatures'OF
Dry
Timer
Chamber
Chamber
OuJt
Rotor
In
Rotor
Out
Operator
�In
1
T 3
& S <,5
-%e
'�Z ;? C
(f
l a b
S
q,3-7
4q5
37 a
�.
R
Sys��
2��
cv
ay x 100
% Total Solids

vlllL I 1\L.VVI\V
3rd Dryer Batch
Fill Cycle Started @ Q -Dry Cycle Started @ 160 Discharge Cycle Started @ ( 50
Temneratures OF
Time
Discharge
Exhaust
Discharge
Product
Dry
Timer
Chamber
In
Chamber
Out
Rotor
In
Rotor
Out
Operator
20 3
8 (c
L4 v Z
ZZcI .
1 ', 2,c7
4 �>5
( Lf
O
as-7
a03
10D
cA
Lk
`-+u (o
',0 D
),35
<
5D
qLt 5
L(35
Ljy 5
3
+� .5o
-0-1 cl
3I+
141( 5
?
DRYER OUTPUT % SOLIDS Dish Wgt Wet Sample + Dish. Dried Sample + Dish
(grams) (grams) (grams)
(,0v3�7 Z7,-1�`7
. _
x 100
c
Alarms or Comments
% Total Solids
j

TWSA DRYER OPERATIONS
DAILY RECORD
DATE A�
/START STOP TOTAL
RUN TIME, HRS lQ Jr' �5
1st Dryer Batch
Fill Cycle Started @ -T. ! Dry Cycle Started @ 7 Discharge Cycle Started a@
Tcmno.-nhwnc 0C
Time
Discharge
Exhaust
Discharge
Product
Dry
Timer
Chamber
In
Chamber
Rotor
In
Rotor
Operator
-
� D
(✓
V
� �
/Outt
` �P b
0 -
nOut/
J� � �p
3�
-F
.)-o
9
D- !
3 E)
�Q
150
41,3S
.�f Jr
31!
DRYER OUTPUT % SOLIDS . Dish Wgt Wet Sample + Dish Dried Sample + Dish
(grams) .(grams) (grams)
x 100 = its % Total Solids
2nd Dryer Batch
Fill Cycle Started @ _ i It Dry Cycle Started @ Discharge Cycle Started @ 3 t I
Temm-r;;fi s OF
Time
Discharge
Exhaust
Discharge
Product
Dry
Timer
Chamber
In
Chamber
Out
Rotor
In
Rotor
Out
Operator
a&5
aJ-'�
D
�34
*45
3'. H
3
5Ll
q40
q4(�
DRYER OUTPUT % SOLIDS LDish Wgt Wet Sample + Dish Dried Sample + Dish
rams) grams) (grams) v�
C):
�0% x100=
33, '7(4 76 %Total Solids
1/12, 6/23114

DAILY RECORD
3rd Dryer Batch
Fill Cycle Started @ c) I -Dry Cycle Started @
TPmnPrattlrPC OF
Discharge Cycle Started @ g! OEM
."tb -
Time
Discharge
Exhaust
Discharge
Product
Dry
Timer
Chamber
In
Chamber
Out
Rotor
In
Rotor
Out
Operator
3
o
0
d
L-[()Cl
i
0o
/0D
4�44
43�,
.LfLfLt
3
0 w
a�
a y
a C o
q cd C-{
'r 4 I
Kq y
39 3-
DRYER OUTPUT % SOLIDS Dish Wgt Wet Sample + Dish Dried Sample + Dish
(grams) (grams) (grams) X,
l.00�47 23t 552-9
x 100 % Total Solids
Alarms or Comments
j

TWSA DRYER OPERATIONS
/DAILY RECORD
DATE
START STOP TOTAL
_ RUN TIME, HRS
1st Dryer Batch
Fill Cycle Started @ Dry Cycle Started @ 7 . (� Discharge Cycle Started @
Temperatures °F
Discharge Discharge Dry Chamber Chamber Rotor Rotor
Time Exhaust Product Timer In Out In Out Operator
.5c)3 C) A 3
DRYER OUTPUT % SOLIDS Dish Wgt Wet Sample + Dish Dried Sample + Dish
(grams) .(grams) (grams)'
x1oo=
% Total Solids
2nd Dryer Batch J
Fill Cycle Started @ �I Dry Cycle Started @ [ 01 Discharge Cycle Started @ O • � 3
,5
Temperatures °F
Discharge
Time Exhaust
Discharge
Product
Dry
Timer
Chamber
In
Chamber
Out
Rotor
In
°
lJ�
�� L✓
4 { `t
b aJ (�p
J4 4
` D 3.
��
14
-I-IZi `
DRYER OUTPUT % SOLIDS Dish Wgt Wet Sample + Dish Dried Sample + Dish
(grams) (grams) rams)
L//
Rotor
O
Operator
�4/^^SS��utt V
C
73
c
-) 0.5.739'E�/ x-IUU cis
1J6/12, 6123/14 % Total SOIIdS

UAILY HEGUKU
3rd Dryer Batch .
Fill Cycle Started @ 5 -Dry Cycle Started @
Temneratsres OF
Discharge Cycle Started @ (z L
Time
Discharge
Exhaust
Discharge
Product
Dry
Timer
Chamber
In
Chamber
Out
Rotor
In
Rotor
Out
Operator
3 °, Zi
o i-I
-Lo, v
0
(L
q6?
3 c ._
-Li
a
(-iL
�4 3S
ci4G
30a'.
7
�.cl
-9
0C)Q
rya
1-f
3 (b
9
Lq
I
3A (-Q-
-i
DRYER OUTPUT % SOLIDS Dish Wgt Wet Sample + Dish Dried Sample + Dish
(grams) (grams) (grams)
13c�� j�d%
_�
X 100 6 8' 7 % Total Solids
0
Alarms or Comments
V