WQ0005763_Residual Annual Report 2018_20190305

TUCKASEIOEE WATER & SEWER AUTHORITY
SERVING JACKSON COUNTY
1246 West Main Street
Sylva, NC 28779
Phone: [phone] Fax: [phone]
Feb 25", 2019
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,
IV _DNC,V 0jDwR
REG�
Mf�R _• 5 2019
Non- piscn Uni9
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MAR 0 5 2019
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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,
2018 - December 31, 2018
Should you have questions or comments or if I can provide you any additional information,
please don't hesitate to contact me.
Sincerely,
Stan Bryson
Wastewater Plant Operations Superintendent
Tuckaseigee Water & Sewer Authority
xc: Mr Dan Harbaugh
Executive Director
Tuckaseigee Water and Sewer Authority
This institution is an equal opportunity provider and employer.

2018
Annual Residuals Stabilization Report
for
The Tuckaseigee Water and Sewer Authority MA U5 ZG19
&ECT/ON
Distribution of Class A Residuals Permit # WQ000576Y'?s1N�U,�;,
for the period of January 1, 2018-December 31, 2018
....-i aYilr ...�;..�:]/MVM �� —_.a. • � r.b�`_H{}.rg�yj�+
RECEIVEM4r,DEQIDWR
as required by
40 CFR, Part 503
Standards for the use or disposal of
Sewage sludge
z
MAR - 5 2019
Non -Discharge
Permitting Unit

TABLE OF CONTENTS
(1) PERTINENT INFORMATION
(2) CERTIFICATION
(3) 2018 Sludge Production Data
APPENDIX
(a) 2018 Distrubution and Marketing summary
Parts Aand B
(b) Annual Residuals Sampling Summary Form
(c) Residuals Sampling Data
(d) TCLP Analysis
(e) Annual Pathogen and Vector Attraction Reduction Forms
(f) 2018 Annual Sludge Production Data
(g) Daily Dryer Record

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

CERTIFICATION REQUIREMENTS
PART I -POLLUTANT CONCENTRATIONS
PARAMETER Avg
Permitted Concentrations
MAXIMUM monthly avg ceiling
- Arsenic.....................2.0 mg/kg...... 3.1 mg/kg
Cadmium....................0.8 mg/kg .................. 1.3 mg/kg
Copper ..........I ...........
335 mg/kg ..................
429 mg/kg
Lead ........................15.4
mg/kg .................
18.7 mg/kg
Mercury...................0.46
mg/kg ..................
1.1 mg/kg
Molybdenum...............7.1
mg/kg .................. 8.3 mg/kg
Nickel ......................15.0
mg/kg ..................
17.3 mg/kg
Selenium....................5.0
mg/kg ................... 6.4 mg/kg
Zinc .........................735 mg/kg .................. 993 mg/kg
PART H - PATHOGEN REDUCTION (40 CFR 503.32)
X Class A Class B
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 HI - 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)(61]
has been met. I am aware that there are significant penalties for false certification including fine
and imprisonment."
Signed this 25th day of February , 2019.
Stan Bryson, W tewater Superintendent

i`
2018 SLUDGE PRODUCTION DATA
TWSA PLANT # 1 (3.5 mgd plant capacity)
NPDES # NCO039578
Sludge dewatered on belt press.................................................................2,946,747 gallons
total tons...............................................254.28 tons
total metric tons............................................230.6 dry metric tons
The following residuals were included in the above totals.
TWSA PLANT # 2 (0.5 mgd plant capacity)
NPDES # NCO020214
Sludge Hauled to Plant # 1 digestor............................................................. 250,000 gallons
totaltons.......................................................................... 20.5 tons
total metric tons...............................................................18.6 dry metric tons
TWSA PLANT # 3 (0.2 mgd plant capacity)
NPDES # NCO063321
Sludge Hauled to Plant # 1 digestor........................................................ 75,000 gallons
totaltons......................................................................... 8.87 dry tons
total metric tons...............................................................8.05 dry metric tons
During 2018 a total of 44.68 tons of residuals were disposed of in the:
R&B Landfill
610 Frank Bennet Rd
Homer GA, 30547
Operated by:
Waste Management Services
1001 Fannin St
Houston TX 77002
Additionally as of Jan 1, 2019 an estimated 70 tons of residuals were stored in the silo, located at
the TWSA #1 facility, awaiting disposal.

•
Distribution and Marketing
Summary
Form DMSDF

CLASS A ANNUAL DISTRIBUTION AND MARKETING/ SURFACE DISPOSAL CERTIFICATION AND SUMMARY FORM
WQ PERMIT #: WQ0005763 FACILITY NAME: Tuckaseigee Water and Sewer Auth.
PHONE: [phone] COUNTY: Jackson OPERATOR: Stan Bryson
FACILITY TYPE (please check one): ❑ Surface Disposal (complete Part A (Source(s) and "Residual In" Volume only) and Part C)
p Distribution and Marketing (complete Parts A, B, and C)
Was the facility in operation during the past calendar year? Yes 0 No ❑ —► If No skip parts A, B, C and certify form below
Part A*:
Part B*:
Month
Sources(s) (include NPDES # if
applicable)
Volume (dry tons)
Recipient Information
Amendment/
Bulking Agent
Residual In
Product Out
Name(s)
Volume (dry tons)
Intended use(s)
January
(TWSA Plant #1-NC0039578,
All residuals
0
Charles Parham
24
Hayfield
February
TWSA Plant #2-NC0020214,
produced by
27.56
Darrin Stewart
10
Pasture
March
and
these three
39.97
H&H Farms
72.5
Corn, Hayfields
April
TWSA Plant 43-NC0063321)
plants were
35.82
Stan Bryson
4
Hayfield
May
combined.
26.14
Tom Kelly
4
Pasture
June
Total
21
July
product out
25.35
August
was calculated
15.95
September
by press
0
October
and
27.16
November
dryer runs.
18.15
December
17.18
Total from FORM DMSDF (sup)
Totals:
Annual (dry tons):
0
0
254.28
114.5
Amendment(s) used: I I Bulking Agent(s) used:
* If more space is required, attach additional information sheets (FORM DMSDF (supp)): Total Number of Form DMSDF (Supp)
Part C:
Facility was compliant during the past calendar year with all conditions of the land application permit Yes
(including but not limited to items 1-3 below) issued by the Division of Water Resources: ❑ No If No, Explain in Narritive
1. All monitoring was done in accordance with the permit and reported for the year as required and three (3) copies of certified laboratory results are attached.
2. All operation and maintenance requirements were compiled with or, in the case of a deviation, prior authorization was received from the Division of Water Resources.
No contravention of Ground Water Quality Standards occurred at a monitoring well.
"1 certify, under penalty of law, that the above information is, to the best of my knowledge and belief, true, accurate and complete. I am aware that there are significant
penalties for submitting false information, including the possibility of fines and imprisonment for knowing violations."
Z
Si ature of Permittee *D
**Preparer is defined in 40 CFR Part 503.9(r) and 15A NCAC 2T .1102 (26)
Signature of Preparer**
(if different from Permittee)
Date
DENR FORM DMSDF (12/2006)

2018
Residuals
Sampling Summary
Form RSSF

ANNUAL RESIDUAL SAMPLING SUMMARY FORM
Please note that your permit may contain additional parameters to be analyzed. The parameters can be reported in FORM RSSF - B
WQ Permit Number: WQ0005763
Facility Name: Tuckaseigee Water and Sewer Auth.
Residual Source WQ # or NCO039578
NPDES #:
WWTP Name: TWSA Plant #1
Residual Analvsis Data
Laboratory: 1) Pace Analytical
2)
3)
4)
5)
Parameter
(mg/kg)
Conc.
Limit
m a
Sample or Composite Date
2/15
3/8
3/8
5/8
8/7
11/6
Percent Solids (%)
NA
94.8
94.8
95.4
96.9
97.7
98.1
Arsenic
75
1.7
2.3
3.1
0.8
Cadmium
85
1.1
1.1
1.3
1.2
Copper
4,300
283
315
312
429
Chromium
NA
17.6
19
17.9
21.8
Lead
840
13.8
13.7
15.3
18.7
Mercury
57
0.083
0.097
0.56
1.1
Molybdenum
75
8.3
6
8.1
5.8
Nickel
420
13.6
15.2
13.8
17.3
Selenium
100
4.1
6.4
3.9
5.7
Zinc
7,500
624
679
643
993
Total Phosphorus
NA
13100
15700
9560
11400
TKN
NA
49000
28700
32400
46700
Ammonia -Nitrogen
NA
2260
1270
1570
2260
Nitrate and Nitrite
NA
< 2.0
< 2.0
< 2.0
< 2.0
a For surface disposal facilities the ceiling concentration limits listed in this form are not applicable. Reference the individual permit for metals limits.
"I certify, under penalty of law, that this document was prepared under my direction or supervision in accordance with a system designed
to assure that qualified personnel properly gathered and evaluated the information submitted. I am aware that there are significant
penalties for submitting false information, including the possibility of fines and imprisonment for knowing violations."
Signature of Prepare * D to
*Preparer is defined in 40 CFR Part 503.9(r) and 15A NCAC 2T .1102 (26)
DENR FORM RSSF (12/2006)

2018
Residuals Sampling

SAR Calculations- 2/15/2018
SAR = Sodium (Na) Milli Equivalent
0.5 X (Calcium (Ca) Milli Equivalent+ Magnesium(Mg) Milli Equivalent)`
Na= 839 mg/kg/ Na Milli Equivalent(ME)= 839/23 equivalent wgt=36.5 ME
Ca= 9530 mg/kg/Ca Milli Equivalent(ME)= /20 equivalent wgt= 476.5 ME
Mg= 4550 mg/kg/Mg Milli Equivalent(ME)= 4550/12 equivalent wgt= 379.2 ME
SAR= 36.5 Na Milli Equivalent
0.5 X (476.5 Ca Milli Equivalent + 379.2 Mg Milli Equivalent)o.s
36.5 Na Milli Equivalent
(0.5 X 855.7) o.s
36.5 Na Milli Equivalent
(427.9)o.s
36.5 Na Milli Equivalent
20.7
SAR= 1.8

SAR Calculations- 5/8/2018
SAR = Sodium (Na) Milli Equivalent
0.5 X (Calcium (Ca) Milli Equivalent+ Magnesium(Mg) Milli Equivalent)0.5
Na= 802 mg/kg/ Na Milli Equivalent(ME)= 802/23 equivalent wgt=34.9 ME
Ca= 10200 mg/kg/Ca Milli Equivalent(ME)=10200/20 equivalent wgt= 510 ME
Mg= 4070 mg/kg/Mg Milli Equivalent(ME)= 4070/12 equivalent wgt= 339.2 ME
SAR= 34.9 Na Milli Equivalent
0.5 X (510 Ca Milli Equivalent + 339.2 Mg Milli Equivalent)0.5
= 34.9 Na Milli Equivalent
(0.5X849.2)0.5
34.9 Na Milli Equivalent
(425)0.5
34.9 Na Milli Equivalent
20.6
SAR= 1.7

SAR Calculations- 8/7/2018
SAR = Sodium (Na) Milli Equivalent
0.5 X (Calcium (Ca) Milli Equivalent+ Magnesium(Mg) Milli Equivalent)0.5
Na= 992 mg/kg/ Na Milli Equivalent(ME)= 992/23 equivalent wgt=43.1 ME
Ca= 9110 mg/kg/Ca Milli Equivalent(ME)= 9110/20 equivalent wgt= 455.5 ME
Mg= 4580 mg/kg/Mg Milli Equivalent(ME)= 4580/12 equivalent wgt= 381.7 ME
SAR= 43.1 Na Milli Equivalent
0.5 X (455.5 Ca Milli Equivalent + 381.7 Mg Milli Equivalent)0.5
43.1 Na Milli Equivalent
(0.5 X 837.2) 0-5
= 43.1 Na Milli Equivalent
(418.6)0.5
SAR= 2.1
r._
43.1 Na Milli Equivalent
20.5

SAR Calculations-11/6/2018
SAR = Sodium (Na) Milli Equivalent
0.5 X (Calcium (Ca) Milli Equivalent+ Magnesium(Mg) Milli Equivalent)o.s
Na= 508 mg/kg/ Na Milli Equivalent(ME)= 508/23 equivalent wgt=22.1 ME
Ca= 10400 mg/kg/Ca Milli Equivalent(ME)=10400/20 equivalent wgt= 520 ME
Mg= 3690 mg/kg/Mg Milli Equivalent(ME)= 3690/12 equivalent wgt= 307.5 ME
SAR= 22.1 Na Milli Equivalent
0.5 X (520 Ca Milli Equivalent + 307.5 Mg Milli Equivalent)o.s
22.1 Na Milli Equivalent
(0.5 X 827.5) o.s
22.1 Na Milli Equivalent
(413.8.)0.5
22.1 Na Milli Equivalent
20.3
SAR= 1.1

aCoAnalytical
-www.pacelabs:com
ANALYTICAL RESULTS
Pace Analytical Services, LLC
2225 Riverside Dr.
Asheville, NC 28804
[phone]
Project: TWSA Dried Residual 2/15
Pace Project No.: 9237351.7
Sample: TWSA Dried Residual Lab ID: 92373517001 Collected: 02/15/18 09:00 Received: 02/15/18 10:15 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
254OG Total Percent Solids
Total Solids
Percent Moisture
Percent Moisture
1010 Flashpoint,Closed Cup
Flashpoint
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, N021NO3
Nitrogen, Nitrate
( Date: 02/27/2018 04:50 PM
r
Analytical Method: EPA 6010 Preparation Method: EPA 3050
23200
mg/kg
39.3
5
02/20/18 01:15
02/23/18 15:34 7429-90-5
1.7
mg/kg
0.79
1
02/20/18 01:15
02/23/18 01:46 7440-38-2
1.1
mg/kg
0.079
1
02/20/18 01:15
02/23/18 01:46 7440-43-9
9530
mg/kg
39.3
5
02/20/18 01:15
02/23/18 15:34 7440-70-2
17.6
mg/kg
0.39
1
02/20/18 01:15
02/23/18 01:46 7440-47-3
283
mg/kg
0.39
1
02/20/18 01:15
02/23/18 01:46 7440-50-8
13.8
mg/kg
0.39
1
02/20/18 01:15
02/23/18 01:46 7439-92-1
4550
mg/kg
7.9
1
02/20/18 01:15
02/23/18 01:46 7439-95-4
8.3
mg/kg
0.39
1
02/20/18 01:15
02/23/18 01:46 7439-98-7
13.6
mg/kg
0.39
1
02/20/18 01:15
02/23/18 01:46 7440-02-0
5600
mg/kg
393
1
02/20/18 01:15
02/23/18 01:46 7440-09-7
4.1
mg/kg
0.79
1
02/20/18 01:15
02/23/18 01:46 7782-49-2
839
mg/kg
393
1
02/20/18 01:15
02/23/18 01:46 7440-23-5
624
mg/kg
0.79
1
02/20/18 01:15
02/23/18 01:46 7440-66-6
Analytical Method: EPA7471 Preparation Method: EPA7471
0.083
mg/kg
0.0035
1
02/1711817:05
02/20/1816:26 7439-97-6
Analytical Method: SM 2540G
94.8
%
0.000010
1
02/16/1815:34
Analytical Method: ASTM D2974-87
5.2
%
0.10
1
02/19/1810:50
Analytical Method: EPA 1010
>200
deg F
70.0
1
02/16/18 09:30
Analytical Method: EPA9045
5.9
Sid. Units
0.10
1
02/16/18 13:40
Analytical Method: SM 2710B
15200 mg/kg 0.12
1
02/27/1816:48 N2
Analytical Method: TKN+NO3+NO2 Calculation
49000 mg/kg 40.0
1
02/27/1816:45 7727-37-9
Analytical Method: EPA 350.1 1993 Rev 2.0
2260 mg/kg 52.7
5
02/24/1815:17 7664-41-7
Analytical Method: EPA351.2
49000 mg/kg 1650
50
02/16/1817:49 7727-37-9
Analytical Method: EPA353.2
ND mg/kg 2.0
1
02/20/1815:06
REPORT OF LABORATORY ANALYSIS
This report shall not be reproduced, except in full,
without the written consent of Pace Analytical Services, LLC.
Page 4 of 22

QD
Analytical
www.pacelabs:cpm
ANALYTICAL RESULTS
Project: TWSA Dried Residual 2115
Pace Project No.: 92373517
Pace Analytical Services, LLC
2225 Riverside Dr.
Asheville, NC 28804
[phone]
Sample: TWSA Dried Residual
Lab ID: 92373517001 Collected: 02/15/18 09:00 Received: 02/15/18 10:15 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 1.0 1 02/20/1815:06
Nitrogen, NO2 plus NO3
ND mg/kg 2.0 1 02/20/18 15:06
365.1 Phosphorus, Total
Analytical Method: EPA 365.1
Phosphorus
13100 mg/kg 364 200 02/21/18 01:06 7723-14-0
733C S Reactive Cyanide
Analytical Method: EPA 9014 Preparation Method: SW-846 7.3.3.2
Cyanide, Reactive
ND mg/kg 1.1 1 02/22/18 20:30 02/22/18 21:13
734S Reactive Sulfide
Analytical Method: SM4500S2F-00 Preparation Method: SW-846 7.3.4.2
Sulfide, Reactive
ND mg/kg 10.5 1 02/22/18 20:30 02/22/18 21:01
REPORT OF LABORATORY ANALYSIS
This report shall not be reproduced, except in full,
Date: 02/27/2018 04:50 PM without the written consent of Pace Analytical Services, LLC.
Page 5 of 22

aceAnalXioal
/ www.pacelabs.com
�1
I 1
ANALYTICAL RESULTS
Project: TWSA dried residual 3/8
Pace Project No.: 92376216
Pace Analytical Services, LLC
2225 Riverside Dr.
Asheville, NC 28804
[phone]
Sample: TWSA dried residual Lab ID: 92376216001 Collected: 03/08/18 13:00. 'Received: 03/08/18 15:31 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 5.2 % 0.10 1 03/12/18 10:53
Sample: TWSA dried residual Lab ID: 92376216002 Collected: 03/08/18 14:00 - Received: 03/08/18 15:31 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 4.6 % 0.10 1 03/12/18 10:53
REPORT OF LABORATORY ANALYSIS
This report shall not be reproduced, except in full,
Date: 03/19/2018 11:58 AM without the written consent of Pace Analytical Services, LLC. Page 4 of 12

RESEARCh & NAtYTiCAI
LAWRATonk5, INC.
For: Pace Analytical -Asheville
2225 Riverside Drove
}Asheville, NC 28804
.Attn: Chris Derouen
Report of Analysis
4/26/2018
Cilent Sample ID: TWSA Dried Residual Lab Sample 1D. 49640-01
Site: Pace Analytical -Asheville Collection Date: 4/23/2018 a12 46
Fecal Coliform Sill 9221 C E-2006
L
P.O. Box 473 106 Short Street KernersAle, North Carolina 27284
ral_coa bass _noRL 4 t
i
............. -
<2 mpnlg TS LP 4/24/2018
NA = not onotyzed
Tel: [phone] Fax: [phone] vAmrandalabs.com Page 1
Page 5 of 6

ki malXical
tivrnupacela0.tmm
_ Project: Dried Residual 5/8
Pace Project No.: 92383876
ANALYTICAL RESULTS
Pace Analytical Services, LLC
2225 Riverside Dr.
Asheville, NC 28804
[phone]
( Sample: TWSA Dried Residual
Lab ID: 92383876001 Collected: 05/08/1814:00
Received: 05/08/18 15:05 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
24400 mglkg 86.0
10
05/19/1816:00
05121/1815:50 7429-90-5
Arsenic
2.3 mg/kg 0.86
1
05/19/18 16:00
05/20/18 20:30 7440-38-2
- Cadmium
1.1 mg/kg 0.086
1
05/19/1816:00
05/20/18 20:30 7440-43-9
- Calcium
10200 mg/kg 86.0
10
05/1911816:00
05/21/1815:50 7440-70-2
Chromium
19.0 mglkg 0.43
1
05/19/18 16:00
05/20/18 20:30 7440-47-3
Copper
315 mg/kg 0.43
1
05/19/18 16:00
05/20/18 20:30 7440-50-8
Lead
13.7 mg/kg 0.43
1
05/19/18 16:00
05/20/18 20:30 7439-92-1
Magnesium
4070 mg/kg 8.6
1
05/19/18 16:00
05/20/18 20:30 7439-95-4
Molybdenum
6.0 mg/kg 0.43
1
.05/19/18 16:00
05/20/18 20:30 7439-98-7
Nickel
15.2 mg/kg 0.43
1
05/19/1816:00
05/20/18 20:30 7440-02-0
Potassium
5450 mglkg 430
1
05119/1816:00
05/20/18 20:30 7440-09-7
Selenium
6.4 mg/kg 0.86
1
05/19/18 16:00
05/20/18 20:30 7782-49-2
Sodium
802 mg/kg 430
1
05/19/18 16:00
05/20/18 20:30 7440-23-5
Zinc
679 mg/kg 0.86
1
05/19/1816:00
05/20/18 20:30 7440-66-6
7471 Mercury
Analytical Method: EPA 7471 Preparation Method: EPA 7471
Mercury
0.097 mg/kg 0.023
5
05/1611813:00
05/16/1815:19 7439-97-6
t
�'-t540G Total Percent Solids
Analytical Method: SM 254OG
Total Solids
96.9 % 0.000010
1
05/09/18 16:59
Percent Moisture
Analytical Method: ASTM D2974-87
Percent Moisture
3.1 % 0.10
1
05/1011811:04
1010 Flashpoint,Closed Cup
Analytical Method: EPA 1010
Flashpoint
>200.0 deg F 70.0
1
05/16/18 10:00
9045 pH Soil
Analytical Method: EPA 9045
pH at 25 Degrees C
5.8 Std. Units 0.10
1
05/11/18 03:12 H1
Plant Available Nitrogen
Analytical Method: SM 2710B
Plant Available Nitrogen
8860 mg/kg 0.12
1
05/17/18 16:40 N2
Total Nitrogen Calculation
Analytical Method: TKN+NO3+NO2 Calculation
Nitrogen
28700 mg/kg 40.0
1
05/17/1816:47 7727-37-9
350.1 Ammonia
Analytical Method: EPA 350.1 1993 Rev 2.0
Nitrogen, Ammonia
1270 mg/kg 20.2
2
05/15/1815:45 7664-41-7
351.2 Total Kjeldahl Nitrogen
Analytical Method: EPA 351.2
Nitrogen, Kjeldahl, Total
28700 mg/kg 2240
50
05/16/18 02:58 7727-37-9
- 353.2 Nitrogen, NO2/NO3
Analytical Method: EPA 353.2
- . Nitrogen, Nitrate
ND mglkg 2.0
1
05/16/18 21:36
REPORT OF LABORATORY
ANALYSIS
This report shall not be reproduced, except in full,
Date: 05/21/2018 04:39 PM
without the written consent of Pace Analytical Services, LLC.
Page 4 of 24

�J 7
aceAnalytical
sv�rxtpace)aDscom
ANALYTICAL RESULTS
Pace Analytical Services, LLC
2225 Riverside Dr.
Asheville, NC 28804
[phone]
Project: Dried Residual 5/8
Pace Project No.: 92383876
Sample: TWSA Dried Residual Lab ID• 92383876001 Collected: 05/08/18 14:00 Received: 05/08/1815:05 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
Nitrogen, Nitrite
Nitrogen, NO2 plus NO3
365.1 Phosphorus, Total
Phosphorus
733C S Reactive Cyanide
Cyanide, Reactive
734S Reactive Sulfide
t
Sulfide,'Reactive
Date: 05/21/2018 04:39 PM
Analytical Method: EPA 353.2
ND mg/kg 1.0 1 05/16/18 21:36
ND mg/kg 2.0 1 05/16/18 21:36
Analytical Method: EPA 365.1
15700 mg/kg 506 250 06/11/1810:25 7723-14-0
Analytical.Method: EPA 9014 Preparation Method: SW-846 7.3.3.2
ND mg/kg 1.0 1 05/14/18 21:17 05/15/18 00:04
Analytical Method: SM4500S2F-00 Preparation Method: SW-846 7.3.4.2
ND mg/kg 10.3 1 05/14/18 21:17 05/14/18 21:34
REPORT OF LABORATORY ANALYSIS
This report shall not be reproduced, except in full,
without the written consent of Pace Analytical Services, LLC.
Page 5 of 24

RES[ARCh&ANA1YTiCA1
LA ORATORiES INC&
For: Pace Analytical -Asheville
2225 Riverside Drive
Asheville, NC 28804
Attn: Chris Derouen
Report of Analysis
5/15/2018
Client Sample ID: 'TWSA Dried Residual Lab Sample ID, 5036"1
Site: Pace Analytical -Asheville Collection Date: 51812018 '44:00TY.'
Parameter Method Hogg gak Rep Limit Anals# Analysis Dateltime
Fecal Coliform SM 9221 C E-2008 <2 mpn1qTS 2 LP 519/2018 t T,
NA = not onoWed
. ... .............
P.O. Box 473 106 Short Street KernersVille, North Carolina 27284 Tel: [phone] Fax: [phone] mvw.randalabs.corn Page I
Page 23 of 24

KE�.EARCh.&ANAIyTiCA[
lb 6RATO RI Es,. N C4
'For: Pace An.alyVicalrAsheville,
2225:RivePside Drive
Asheville, NO 28804
Attn: Chris DeFOu6n
Report of Arialytis
7131/21018
C flent Sample , ID: TWSA Dried .116sidual Lab Sample ID: 53923-01
Site: Pace Analytical-A.sh.eville. Colibction,Dato: 712512018
j
Parameter .Method Resul Units Rep' -Limit Anal ystAnalysis Date/Time
FecaCcoiiform SM 9221 C E-2006 <2 mpNg TS 2 Bi 7l26/2018
NA = nol andlyzed

-, aceAnalytical
Y
www.pacelabacom
~ ANALYTICAL RESULTS
Project: Dried Residual 817
Pace Project No.: 92394777
Pace Analytical Services, LLC
2225 Riverside Dr.
Asheville, NC 28804
[phone]
Sample: TWSA DRIED RESIDUAL
Lab ID: 92394777001
Collected: 08/07/18 14:00
Received: 08/07/18 14.43 Matrix: Solid
Results reported on a dry weight" basis andare 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 601 OD Preparation Method: EPA 3050E
Aluminum
21100
mg/kg
48.3
5
08/08/1810:13 08/11/18 20:22 7429-90-5
Arsenic
3.1
mg/kg
0.97
1
08/08/1810:13 08/10/18 01:36 7440-38-2
Cadmium
1.3
mg/kg
0.097
1
08108/1810:13 08/10/18 01:36 7440-43-9
Calcium
9110
mg/kg
9.7
1
08/08/18 10:13 08/10/18 01:36 7440-70-2
Chromium
17.9
mg/kg
0.48
1
08/08/18 10:13 08/10/18 01:36 7440-47-3
Copper
312
mg/kg
0.48
1
08/08/18 10:13 08/10/18 01:36 7440-50-8
Lead
15.3
mg/kg
0.48
1
08/08/18 10:13 08/10/18 01:36 7439-92-1
Magnesium
4680
mg/kg
9.7
1
08/08/1810:13 08/10/18 01:36 7439-95-4
Molybdenum
8.1
mg/kg
0.48
1
08/08/1810:13 08/10/18 01:36 7439-98-7
Nickel
13.8
mg/kg
0.48
1
08/08/1810:13 08/10/18 01:36 7440-02-0
Potassium
5560
mg/kg
483
1
08108/1810:13 08/10/18 01:36 7440-09-7
Selenium
3.9
mg/kg
0.97
1
08108/1810:13 08/10/18 01:36 7782-49-2
- Sodium
992
mg/kg
483
1
08/08/18 10:13 08/10/18 01:36 7440-23-5
Zinc
643
mg/kg
0.97
1
08/08/18 10:13 08/10/18 01:36 7440-66-6
7471 Mercury
Analytical Method: EPA 7471 B Preparation Method: EPA 7471 B
_Mercury
0.56 mg/kg
0.035
10 08/13/1814:01
08/13/1816:42 7439-97-6
r
_54OG Total Percent Solids
Analytical Method: SM 254OG-2011
Total Solids
97.7 %
0.000010
1
08/08/18 14:07
Percent Moisture
Analytical Method: ASTM D2974-87
Percent Moisture
2.3 %
0.10
1
08/08/1814:01
9045 pH Soil
Analytical Method: EPA 9045D
pH at 25 Degrees C
6.3 Std. Units
0.10
1
08/13/1812:25
Plant Available Nitrogen
Analytical Method: SM 271OB-2011
Plant Available Nitrogen
10000 mg/kg
0.12
1
n8/22HR 17•AR
Total Nitrogen Calculation
Nitrogen
350.1 Ammonia
Nitrogen, Ammonia
351.2 Total Kjeldahl Nitrogen
Nitrogen, Kjeldahl, Total
353.2 Nitrogen, N021NO3
Nitrogen, NO2 plus NO3
Nitrogen, Nitrate
Nitrogen, Nitrite
Date: 08/22/2018 05:47 PM
Analytical Method: TKN+NO3+NO2 Calculation
32400 mg/k9 40.0 1 08/22/1817*41 7727-37-9
Analytical Method: EPA 350.1 Rev 2.0 1993 Mod. Preparation Method: EPA 350.1 Rev 2.0 1993 Mod.
1570 mg/kg 93.1 10 08/10/1812:59 08110/1817:37 7664-41-7
Analytical Method: EPA 351.2 Rev 2.0 1993 Preparation Method: EPA 351.2 Rev 2.0 1993
32400 mg/kg 3300 100 08/21/18 01:46 08/22/18 03:59 7727-37-9
Analytical Method: EPA 353.2 Rev 2.0 1993 Preparation Method: EPA 353.2 Rev 2.01993
ND mg/kg 2.0 1 08/17/1810:49 0811711814:06
ND mg/kg 2.0 1 08/17/1810:49 08/1711814:06 14797-55-8
ND mg/kg 1.0 1 08/17/1810.49 08/17/1814:06 14797-65-0
REPORT OF LABORATORY ANALYSIS
This report shall not be reproduced, except in full,
without the written consent of Pace Analytical Services, LLC.
Qua[
H1
N2
Page 4 of 25

i
laceAnalyfical
www.pacelabscam
L
4
i
Project: Dried Residual 8/7
Pace Project No.: 92394777
ANALYTICAL RESULTS
Pace Analytical Services, LLC
2225 Riverside Dr.
Asheville, NC 28804
[phone]
Sample: TWSA DRIED RESIDUAL Lab ID: 92394777001 Collected: 08/07/18 14:00 Received: 08/07/18 14.43 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
365.1 Phosphorus, Total Analytical Method: EPA 365.1 Rev 2.01993 Preparation Method: EPA 365.1 Rev 2.0 1993
Phosphorus 9560 mg/kg 474 250 08/17/18 03:16 08/20/18 21:14 7723-14-0 M6, R1
Sample: TWSA DRIED RESIDUAL
Lab ID: 92394777002 Collected: 08/07/1814:00 Received: 08/07/1814:43 Matrix: Solid
Results reported on a dry weight" basis and are adjusted for percent moisture, sample size and any dilutions.
Parameters
Results Units Report Limit DF Prepared Analyzed CAS No.
Percent Moisture
Analytical Method: ASTM D2974-87
Percent Moisture
2.3 % 0.10 1 08/08/18 14:07
1010 Flashpoint,Closed Cup
Analytical Method: EPA 1010A
Flashpoint
>200.0 deg F 70.0 1 08/14/18 16:57
9045 pH Soil
Analytical Method: EPA 9045D
pH at 25 Degrees C
6.4 Std. Units 0.10 1 08/12/18 15:23
'33C S Reactive Cyanide
Analytical Method: EPA 9014 Preparation Method: SW-846 7.3.3.2
-
"Cyanide, Reactive
ND mg/kg 1.0 1 08/09/18 23:37 08/10/18 00:38
734S Reactive Sulfide
Analytical Method: SM4500S217-00 Preparation Method: SW-846 7.3.4.2
Sulfide, Reactive
ND mg/kg 10.2 1 08/09/18 23:37 08/09/18 23:39
r
REPORT OF LABORATORY ANALYSIS
This report shall not be reproduced, except in full,
Date: 08/22/2018 05:47 PM without the written consent of Pace Analytical Services, LLC.
Qual
H1
Page 5 of 25

r�
l
�- LAORAT®RIES, INC.
For: Pace Analytical -Asheville
2225 Riverside Drive
Asheville, NC 28804
Attn: Chris Derouen
Client Sample ID: TWSA Dried Residual
Site: Pace Analytical -Asheville
Report of Analysis
8/13/2018
t��uu��►f��
AIACy,.'4y
w ; a o CCCSSA77 +
C9 NC1134 Z C
• NC 037701
Lab Sample ID: 54391-01
Collection Date: 8/7/2018 T4:00
I Parameter meter Method Result Units Ron Limit Analyst Analysis Date/Time 1
Frond r`M;f— QAa nna4 n c nnnc
•� ugrnry . v a uu vw...v w rvc
NA = not analyzed
r,
—P.O. Box 473 106 Short Street Kernersville. North Carolina 27284 Tel: [phone] Fax: [phone] ww mandalabs.com Page 1
Page 24 of 25

- "RESEARCH &ANAIYT*ICAI
.m. LA-b-o"Tokits,
report: of
For: Pace Ana101oad-Ashev'1116
ea
2225. Mve rslda'Drlvo� %
AhOVOIO;i NO .26604
NCVi4
NIC6;.701
Attriviw' dksberduen
Clulaht'Uh.010 ID: TWSA Dried Reildlu6l fecei U : b temple 10;- 55029.-01 altai Pace .AnalytIcid-Asheville C0116ctlpn Date: 9M.U2018 43.100,
-Eprarneter. method Rk& Mak 'deb ithlt Anslvst Analvalp-12ptalme
Fecal-colubr, rr, SM:9221,:C.SWOS ;42 mphigTIS 2 Bi 9/1212018 1320t'
NA not onalyzed
tQ
.FA SOX473-108.Shmit Street, r..bmd.mvflf#. North.Carollha -:27284 T41:336-996-2841 Fax: 3WG96-0326 wwwmandalabs.cora Pago I
10 o -lasic-Ad
Page 5 of 6

0
r
c
-~ RESEARCh & ANALYTICA[
�f
€} LABORATORIES INC.
For: Pace Analytical -Asheville
2225 Riverside Drive
Asheville, NC 28804
Attn: Chris Derouen
Report of Analysis
10/10/2018
I..;
NC1134 �N
NCU37701 i
o
i���t+'•®!REctc�.V V.o �%
Client Sample ID: TWSA Dried Residual Lab Sample ID: 56963.01
Site: Pace Analytical -Asheville Collection Date: 10/1/2018
Parameter Method Result Units Rep Limit Anal st Analysis Date/Time
Fecal Coliform SM 9221 C E-2006 <2 mpn/g TS 2 BJ 10/2/2018 Jp45:=
NA = not analyzed
P.O. Box 473 106 Short Street Kernersville, North Carolina 27284 Tel: [phone] Fax: [phone] www.randalabs.com Page 1
ral coa basic v1d
Page 5 of 6

aceAnalytical
www.pacelabscom
f
I
ti
Project: TWSA DRIED RESIDUAL
Pace Project No.: 92406196
ANALYTICAL RESULTS
Pace Analytical Services, LLC
2225 Riverside Dr.
Asheville, NC 28804
[phone]
Sample: TWSA DRIED RESIDUAL
Lab ID: 92406196001
Collected: 11106/1814:00
Received: 11106/18.15:21 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 6010D Preparation Method: EPA 3050E
Aluminum
32700
mg/kg
76.1
10
11/14/1810:49
11/18/18 00:48
7429-90-5
Arsenic
ND
mg/kg
0.76
1
11/14/1810:49
11/15/18 23:39
7440-38-2
Cadmium
1.2
mg/kg
0.076
1
11/14/18 10:49
11/15/18 23:39
7440-43-9
Calcium
10400
mg/kg
76.1
10
11/14/1810:49
11/18/18 00:48
7440-70-2
Chromium
21.8
mg/kg
0.38
1
11/14/1810:49
11/15/18 29:39
7440-47-3
Copper
429
mg/kg
0.38
1
11/14/1810:49
11/15/18 23:39
7440-50-8
Lead
18.7
mg/kg
0.38
1
11/14/1810:49
11/15/18 23:39
7439-92-1
Magnesium
3690
mg/kg
7.6
1
11/1411810:49
11/15/18 23:39
7439-95-4
Molybdenum
5.8
mg/kg
0.38
1
11/14/1810.49
11/15/18 23:39
7439-98-7
Nickel
17.3
mg/kg
0.38
1
11/14/1810:49
11/15/18 23:39
7440-02-0
Potassium
3390
mg/kg
380
1
11/14/1810:49
11/15/18 23:39
7440-09-7
Selenium
5.7
mg/kg
0.76
1
11/14/1810:49
11/15/18 23:39
7782-49-2
Sodium
508
mg/kg
380
1
11/14/1810:49
11/15/18 23:39
7440-23-5
Zinc
993
mg/kg
7.6
10
11/14/1810:49
11/18/18 00:48
7440-66-6
7471 Mercury -
Analytical Method: EPA 7471 B Preparation Method: EPA 7471 B
Mercury
1.1
mg/kg
0.056
10
11/13/18 21:07
11/14/1812:05
7439-97-6
`- .OG Total Percent Solids
Analytical Method: SM 2540G-2011
Total Solids
98.1
%
0.000010
1
11/14/1816:30
Percent Moisture
Percent Moisture
1010 Flashpoint,Closed Cup
Flashpoint
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
^"+rogen, NO2 plus NO3
l
Date: 11/29/2018 04:48 PM
Analytical Method: ASTM D2974-87
1.9 % 0.10 1 11/14/1816:15
Analytical Method: EPA 1010A
>200 deg F 70.0 1 11107/1814:55
Analytical Method: EPA 9045D
5.8 Std. Units 0.10 1 11/07/18 06:48
Analytical Method: SM 2710B-2011
14500 mg/kg 0.12 1 11/29/1812:17
Analytical Method: TKN+NO3+NO2 Calculation
46700 mg/kg 40.0 1 11/29/1812:20 7727-37-9
Analytical Method: EPA 350.1 Rev 2.01993 Mod. Preparation Method: EPA 350.1 Rev 2.01993 Mod.
2260 mg/kg 48.1 5 11/1411817,40 11/15/1817:09 7664-41-7
Analytical Method: EPA 351.2 Rev 2.0 1993 Preparation Method: EPA 351.2 Rev 2.01993
46700 mg/kg .1960 50 11/26/18 14:30 11/28/18 03:58 7727-37-9
Analytical Method: EPA 353.2 Rev 2.01993 Preparation Method: EPA 353.2 Rev 2.01993
ND mg/kg 2.0 1 11/19/1810:38 11/20/18 09:39
REPORT OF LABORATORY ANALYSIS
This report shall not be reproduced, except in full,
Without the written consent of Pace Analytical Services, LLC.
Qual
M6
M6
M1
M1
M1
M6
H1
H3
N2
M1,R1
M6, R1
M1,R1
Page 4 of 24
1-

aceAnalytical
/ www.pacelabs.com
Pace Analytical Services, LLC
2225 Riverside Dr.
Asheville, NC 28804
[phone]
i
Project: TWSA DRIED RESIDUAL
Pace Project No.: 92406196
ANALYTICAL RESULTS
Sample: TWSA DRIED RESIDUAL
Lab ID: 92406196001 Collected: 11/06/18 14:00 Received: 11/06/18 15:21 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 Rev 2.0 1993 Preparation Method: EPA 353.2 Rev 2.0 1993
Nitrogen, Nitrate
ND mglkg 2.0 1 11/19/1810:38 11/20/18 09:39 14797-55-8
Nitrogen, Nitrite
ND mg/kg 1.0 1 11/19/1810:38 11/20/1809:39 14797-65-0 M1,R1
• 365.1 Phosphorus, Total
Analytical Method: EPA 365.1 Rev 2.01993 Preparation Method: EPA 365.1 Rev 2.01993
Phosphorus
11400 mg/kg 392 200 11/15/18 03:56 11/15/18 08:55 7723-14-0 M6, R1
733C S Reactive Cyanide
Analytical Method: EPA 9014 Preparation Method: SW-846 7.3.3.2
Cyanide, Reactive
ND mg/kg 1.0 1 11/16/18 01:01 11/16/18 02:46
734S Reactive Sulfide
Analytical Method: SM4500S2F-00 Preparation Method: SW-846 7.3.4.2
Sulfide, Reactive
ND mg/kg 10.2 1 11/16/18 01:01 11/16/18 01:08
REPORT OF LABORATORY ANALYSIS
This report shall not be reproduced, except in full,
Date: 11 /29/2018 04:48 PM without the written consent of Pace Analytical Services, LLC. Page 5 of 24

lay}
RESEARCh & ANA1YTICA1
,K'i, % LAbORATORIES� INC.
For: Pace Analytical -Asheville
2225 Riverside Drive
Asheville, NC 28804
Attn: Chris Derouen
Report of Analysis
11 /8/2018
,'kJ1111111,14,
•
p2ki':
NC 934
NC937701
9 .-
Client Sample ID: TWSA Dried Residual Lab Sample ID: 58716-01
Site: Pace Analytical -Asheville Collection Date: 11/6/2018 14:00
Parameter Method Result Units Rep Limit Analyst Analysis DatelTime
Fecal Coliform SM 9221 C E-2006 <2 mpn/g TS 2 BJ 11/7/2018 1350
NA = not analyzed
P.O. Box 473 1116 Short Street Kernersvllle, North Carolina 27284 Tel: [phone] Fax: [phone] www.randalabs.com Page 1
(al con basicOd
Page 23 of 24

2018
TCLP Analysis

f
aceAmlyical
--pece/abs;com
1 '
September 20, 2018
Mr. Stan Bryson
Tuckaseigee Water & Sewer Co.
1246 West Main Street
Sylva, NC 28779
t
RE: Project: TCLP Scan 9/11
Pace Project No.: 92399078
0 CT _ 4 2018
Pace Analytical Services, LLC
2225 Riverside Dr.
Asheville, NC 28804
[phone]
Dear Mr. Bryson:
Enclosed are the analytical results for sample(s) received by the laboratory on September 11, 2018.
The results relate only to the samples included in this report. Results reported herein conform to the
most current, applicable TNI/NELAC standards and the laboratory's Quality Assurance Manual,
where applicable, unless otherwise noted in the body of the report.
If you have any questions concerning this report, please feel free to contact me.
Sincerely,
Chris Derouen
[e-mail]
[phone]
Project Manager
Enclosures
REPORT OF LABORATORY ANALYSIS
This report shall not be reproduced, except in full,
without the written consent of Pace Analytical Services, I.I.C.
Page 1 of 18

aceAnalyfical
wwwpacelabs.com
�l
CERTIFICATIONS
Project: TCLP Scan 9/11
Pace Project No.: 92399078
Atlanta Certification IDs
110 Technology Parkway Peachtree Comers, GA 30092 North Carolina Certification #: 381
Florida DOH Certification #: E87315 South Carolina Certification #: 98011001
Georgia DW Inorganics Certification #: 812 Texas Certification #: T104704397-08-TX
Georgia DW Microbiology Certification #: 812 Virginia Certification #: 460204
Charlotte Certification IDs
9800 Kincey Ave. Ste 100, Huntersville, NC 28078
Louisiana/NELAP Certification # LA170028
North Carolina Drinking Water Certification #: 37706
North Carolina Field Services Certification #: 5342
North Carolina Wastewater Certification #: 12
Asheville Certification IDs
2225 Riverside Drive, Asheville, NC 28804
Florida/NELAP Certification #: E87648
Massachusetts Certification #: M-NC030
North Carolina Drinking Water Certification #: 37712
South Carolina Certification #: 99006001
Flodda/NELAP Certification #: E87627
Kentucky UST Certification #: 84
Virginia/VELAP Certification #: 460221
North Carolina Wastewater Certification #: 40
South Carolina Certification #: 99030001
VirginiafVELAP Certification #: 460222
Pace Analytical Services, LLC
2225 Riverside Dr.
Asheville, NC 28804
[phone]
REPORT OF LABORATORY ANALYSIS
This report shall not be reproduced, except in full,
without the written consent of Pace Analytical Services, LLC. Page 2 of 18

,aceAnalytical
www.paeelapaxw
Project: TCLP Scan 9/11
SAMPLE ANALYTE COUNT
Pace Analytical Services, LLC
2225 Riverside Dr.
Asheville, NC 28804
[phone]
Pace Project No.: 92399078
Analytes
Lab ID Sample ID, Method
Analysts
Reported
Laboratory
92399078001 TWSADRIED RESIDUAL EPA 8081B
NU1
9
PASI-C
EPA8151A
ACM
3
PASI-GA
EPA 601OD
DS
7
PASI-A
EPA7470A
SER
1
PASI-A
EPA 8270D
PKS
18
PASI-C
EPA 8260B
GAW
14
PASI-C
REPORT OF LABORATORY ANALYSIS
This report shall not be reproduced, except in full,
without the written consent of Pace Analytical Services, LLC.
Page 3 of 18

acoAnalytical
www.pacelabs.com
1
ANALYTICAL RESULTS
Project: TCLP Scan 9/11
Pace Project No.: 92399078
Pace Analytical Services, LLC
2225 Riverside Dr.
Asheville, NC 28804
[phone]
Sample: TWSA DRIED RESIDUAL Lab ID: 92399078001 Collected: 09/11/18 13:00 Received: 09/11/18 14:30 Matrix: Water
Parameters Results Units Report Limit DF Prepared Analyzed CAS No. Qua[
8081 TCLP Pesticides RVE
gamma-BHC (Lindane)
Chlordane (Technical)
Endrin
Heptachlor
Heptachlor epoxide
Methoxychlor
Toxaphene
Surrogates
Decachlorobiphenyl (S)
Tetrachloro-m-xylene (S)
8151A Cl Acid Herbicides TCLP
2,4-D
2,4,5-TP (Silvex)
Surrogates
-- 2,4-DCAA (S)
6010 MET ICP, TCLP
Arsenic
Barium
Cadmium
Chromium
Lead
Selenium
Silver
7470 Mercury, TCLP
Mercury
8270 MSSV TCLP Sep Funnel
1,4-Dichlorobenzene
2,4-Dinitrotoluene
Hexachloro-1,3-butadiene
Hexachlorobenzene
Hexachloroethane
2-Methylphenol(o-Cresol)
3&4-Methylphenol(m&p Cresol)
Nitrobenzene
Pentachlorophenol
Pyridine
2,4,5-Trichlorophenol
Analytical Method: EPA 8081 B Preparation Method: EPA 3510C
Leachate Method/Date: EPA 1311; 09/12/18 17:30 Initial pH: 6.75; Final pH: 5
ND
ug/L
0.50
1
09/18/1815:26
09/19/1813:27 58-89-9
ND
ug/L
3.0
1
09/18/1815:26
09/19/1813:27
57-74-9
ND
ug/L
0.50
1
09/18/181'5:26
09/19/1813:27
72-20-8
ND
ug/L
0.50
1
09/1811815:26
09/19/1813:27
76-44-8
ND
ug/L
0.50
1
09/18/1815:26
09/19/1813:27
1024-57-3
ND
ug/L
1000
1
09/18/1815:26
09/19/1813:27
72-43-5
ND
ug/L
3.0
1
09/1811815:26
09/19/1813:27
8001-35-2
67
%
10-138
1
09/18/1815:26
09/19/1813:27
2051-24-3
73
%
10-110
1
09/1811815:26
09/19/1813:27
877-09-8
Analytical Method: EPA8151A
Preparation Method: EPA8151A
Leachate Method/Date: EPA 1311; 09/17/18 14:00
Initial pH: 6.58; Final
pH: 4.99
ND
mg/L
0.0050
1
09/19/1810:30
09/19/1818:13
94-75-7
ND
mg/L
0.010
1
09119/1810:30
09/19/1818:13
93-72-1
122
%.
10-155
1
09/19/1810:30
09/19/1818:13
19719-28-9
Analytical Method: EPA6010D
Preparation Method: EPA3010A
Leachate Method/Date: EPA 1311; 09112/1819:44 Initial pH: 5.96; Final pH: 5
ND
mg/L
0.050
1
09/1311815:18
09/17/1818:58
7440-38-2
ND
mg/L
0.25
1
09/13/18 15:18
09/14/18 20:15
7440-39-3
ND
mg/L
0.0050
1
09/13/18 15:18
09/14/18 20:15
744043-9
ND
mg/L
0.050
1
09/13/18 15:18
09/14/18 20:15
7440-47-3
ND
mg/L
0.025
1
09/13/18 15:18
09/14/18 20:15
7439-92-1
ND
mg/L
0.10
1
09/13/18 15:18
09/14/18 20:15
7782-49-2
ND
mg/L
0.025
1
09/13/18 15:18
09/14/18 20:15
7440-22-4
Analytical Method: EPA7470A
Preparation Method: EPA7470A
Leachate Method/Date: EPA 1311; 09/12/18 19:44 Initial pH: 5.96; Final pH: 5
0.00059
mg/L
0.00020
1
09/13/18 21:20
09/17/18 13:06
7439-97-6
Analytical Method: EPA8270D
Preparation Method: EPA 3510C
Leachate Method/Date: EPA 1311; 09/12/18 17:30 Initial pH: 6.75; Final
pH: 5
ND
ug/L
500
1
09/13/18 11:56
09/14/18 01:16
106-46-7
ND
ug/L
500
1
09/13/18 11:56
09/14/18 01:16
121-14-2
ND
ug/L
500
1
09/13/18 11:56
09/14/18 01:16
87-68-3
ND
ug/L
500
1
09/13/18 11:56
09/14/18 01:16
118-74-1
ND
ug/L
500
1
09/13/18 11:56
09/14/18 01:16
67-72-1
ND
ug/L
500
1
09/13/18 11:56
09/14/18 01:16
95-48-7
ND
ug/L
500
1
09/13/18 11:56
09/14/18 01:16
15831-10-4
ND
ug/L
500
1
09/13/18 11-56
09/14/18 01:16
98-95-3
ND
ug/L
1000
1
09/13/18 11:56
09/14/18 01:16
87-86-5
ND
ug/L
500
1
09/13/18 11:56
09/14/18 01:16
110-86-1
ND
ug/L
500
1
09/13/18 11:56
09/14/18 01:16
95-95-4
REPORT OF LABORATORY ANALYSIS
This report shall not be reproduced, except in full,
Date: 09/20/2018 01:57 PM without the, written consent of Pace Analytical Services, LLC. Page 4 of 18

n
u '
j
aceAnalyiical
rnwipecelab&COM
1
Project: TCLP Scan 9/11-
Pace Project No.: 92399078
Sample: TWSA DRIED RESIDUAL
Parameters
8270 MSSV TCLP Sep Funnel
2,4,6-Trichlorophenol
Surrogates
Nitrobenzene-d5 (S)
2-Fluorobiphenyl (S)
Terphenyl-d14 (S)
Phenol-d6 (S)
2-Fluorophenol (S)
2,4,6-Tribromophenol (S)
8260 MSV TCLP
Benzene
2-Butanone (MEK)
Carbon tetrachloride
Chlorobenzene
Chloroform
1,4-Dichlorobenzene
i- 1,2-Dichloroethane
1,1-Dichloroethene
Tetrachloroethene
Trichloroethene
Vinyl chloride
Surrogates
1,2-Dichloroethane-d4 (S)
Toluene-d8(S)
4-Bromofluorobenzene (S)
Date: 09/20/2018 01:57 PM
Pace Analytical Services, LLC
2225 Riverside Dr.
Asheville, NC 28804
[phone]
ANALYTICAL RESULTS
Lab ID: 92399078001
Collected: 09/11/18 13:00
Received: 09/11/18 14:30 Matrix: Water
Results
Units
Report Limit
DF
Prepared
Analyzed CAS No.
Analytical Method: EPA8270D Preparation Method: EPA 3510C
Leachate Method/Date: EPA 1311; 09/12/18 17:30
Initial pH: 6.75; Final pH: 5
ND
ug/L
500
1
09/13/18 11:56
09/14/18 01:16 88-06-2
28
%
12-102
1
09/13/18 11:56
09/14/18 01:16 4165-60-0
25
%
13-107
1
09/13/18 11:56
09/14/18 01:16 321-60-8
63
%
21-132
1
09/13/18 11:56
09/14/18 01:16 1718-51-0
12
%
10-110
1
09/13/18 11:56
09/14/18 01:16 13127-88-3
16
%
10-110
1
09/13/18 11:56
09/14/18 01:16 367-12-4
77
%
27-108
1
09/13/18 11:56
09/14/18 01:16 118-79-6
Analytical Method: EPA8260B Leachate Method/Date:
EPA 1311; 09/12/18 14:30
ND
ug/L
100
20
09/13/18 20:48 71-43-2
321
ug/L
200
20
09/13/18 20:48 78-93-3
ND
ug/L
100
20
09/13/18 20:48 56-23-5
ND
ug/C
100
20
09/13/18 20:48 108-90-7
ND
ug/L
100
20
09/13/18 20:48 67-66-3
ND
ug/L
100
20
09/13/18 20:48 106-46-7
ND
ug/L
100
20
09/13/18 20:48 107-06-2
ND
ug/L
100
20
09/13/18 20:48 75-35-4
ND
ug/L
100
20
09/13/18 20:48 127-18-4
,ND
ug/L
100
20
09/13/18 20:48 79-01-6
ND
ug/L
100
20
09/13/18 20:48 75-01-4
110
%
70-130
20
09/13/18 20:48 17060-07-0
113
%
67-135
20
09/13/18 20:48 2037-26-5
111
%
70-130
20
09/13/18 20:48 460-00-4
REPORT OF LABORATORY ANALYSIS
This report shall not be reproduced, except in full,
without the written consent of Pace Analytical Services, LLC.
Qual
Page 5 of 18

r.
Pace Analytical Services, LLC
® 2225 Riverside Dr.
aceAnalyfical
wwwpaoelapa.cam Asheville, NC 28804
[phone]
QUALIFIERS
Project: TCLP Scan 9111
Pace Project No.: 92399078
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.
TNTC - Too Numerous To Count
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 - The lowest concentration value that meets project requirements for quantitative data with known precision and
bias for a specific analyte in a specific matrix.
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.
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-GA Pace Analytical Services -Atlanta, GA
Date: 09/20/2018 01:57 PM
REPORT OF LABORATORY ANALYSIS
This report shall not be reproduced, except in full,
without the written consent of Pace Analytical Services, LLC.
Page 14 of 18

•
2018
Annual Pathogen and Vector
Attraction Reduction
Form PVRF 503

ANNUAL, PATHOGEN AND VECTOR ATTRACTION REDUCTION FORM (503 Rules)
Facility Name: Tuckaseigee Water and Sewer Auth. WQ Permit Number: WQ0005763
WWTP Name: TWSA Plant #1
NPDES Number: NCO039578
Monitoring Period: From 1/1/2018 To 12/31/2018
Pathogen Reduction (40 CFR 503.32) - Please indicate level achieved and alternative performed:
Class A:
Alternative 1 ❑
Alternative 2 ❑
Alternative 3 ❑
Alternative 4 ❑
Alternative 5 0
Alterative 6 ❑
If applicable to alternative
performed (Class A only) indicate "Process to Further
Reduce Pathogens":
Compost ❑
Heat Drying El
Heat Treatment ❑
Thermophilic ❑
Beta Ray4Gamma
a Ray
Y
z
Pasteur? atron ❑
ClassB:
Alternative 1 ❑
Alternative 2 ❑
If applicable to alternative
performed (Class
B only) indicate "Process to Significantly Reduce Pathogens":
Lime Stabilization ❑
Air Drying❑
Com osting ❑
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 ot
e-
de Cee
Frequency
of Analysis
Sample
'Type
na ytica
Tech -
inane
u
Geo. Mean
axim
Units
Fecal Coliform
2 x 10 to the
6th power
per gram of
total solids
NUN
CFU
1000 mpn per gram
of total solid (dry
weight)
< 2
< 2
mpn/g
0
quaterly
grab
SM 9221
Salmonella bacteria
(in lieu of fecal
colifb2y
3 MPN per 4 grams
total solid (dry
weight)
Vector Attraction Reduction (40 CFR 503.33) - Please indicate option performed:
Alt.1 (VS reduction) ❑
Alt. 2 (40-day bench) ❑
Alt. 3 (30-day bench) ❑ I
Alt. 4 (Spec. 02 uptake) ❑
Alt. 5 (14-Day Aerobic) ❑
Alt. 6 (Alk. Stabilization ❑
Alt 7 (Drying - Stable) ❑
1Alt. 8 (Drying - Unstable)❑
Alt. 9 (Injection) ❑
Alt. 10 (Incorporation) ❑
No vector attraction reduction alternatives were performed ❑
CERTIFICATION STATEMENT (please check the appropriate statement)
0 "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."
�e-.-TGI n �) y c�0►� L�9 w T /0 ��j ,
Preparer Name and Title (type or print)
Signature of Preparer* Dat
Land Applier Name and Title (if applicable)(type or print)
Signature of Land Applier (if applicable) Date
*Preparer is defined in 40 CFR Part 503.9(r) and 15A NCAC 2T .1102 (26)
DENR FORM PVRF 503 (12/2006)

2018
Annual
Sludge Production
Data

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
0.00
1.49
0.00
1.49
February
TWSA Plant # 1 (NC0039578)
TWSA Plant # 2 (NC0020214)
TWSA Plant # 3 (NC0063321)
Monthly Total
26.14
1.42
0.00
27.56
March
TWSA Plant # 1 (NC0039578)
TWSA Plant # 2 (NC0020214)
TWSA Plant # 3 (NC0063321)
Monthly Total
37.71
2.26
0.00
39.97
April
TWSA Plant # 1 (NC0039578)
TWSA Plant # 2 (NC0020214)
TWSA Plant # 3 (NC0063321)
Monthly Total
30.95
1.75
3.12
35.82
May
TWSA Plant # 1 (NC0039578)
TWSA Plant # 2 (NC0020214)
TWSA Plant # 3 (NC0063321)
Monthly Total
24.31
1.83
0.00
26.14
June
TWSA Plant # 1 (NC0039578)
TWSA Plant # 2 (NC0020214)
TWSA Plant # 3 (NC0063321)
Monthly Total
16.17
1.80
3.03
21.00
2018
Appendix A
Part A
Residual Sources and Volume
Sludge Volume
Produced
Month Source (dry tons
July
TWSA Plant # 1 (NC0039578)
TWSA Plant # 2 (NC0020214)
TWSA Plant # 3 (NC0063321)
Monthly Total
22.55
2.80
0.00
26.35
August
TWSA Plant # 1 (NC0039578)
TWSA Plant # 2 (NC0020214)
TWSA Plant # 3 (NC0063321)
Monthly Total
14.54
1.41
0.00
15.95
September
TWSA Plant # 1 (NC0039578)
TWSA Plant # 2 (NC0020214)
TWSA Plant # 3 (NC0063321)
Monthly Total
0.00
1.54
2.72
4.26
October
TWSA Plant # 1 (NC0039578)
TWSA Plant # 2 (NC0020214)
TWSA Plant # 3 (NC0063321)
Monthly Total
26.17
0.99
0.00
27.16
November
TWSA Plant # 1 (NC0039578)
TWSA Plant # 2 (NC0020214)
TWSA Plant # 3 (NC0063321)
Monthly Total
15.75
2.40
0.00
18.15
December
TWSA Plant # 1 (NC0039578)
TWSA Plant # 2 (NC0020214)
TWSA Plant # 3 (NC0063321)
Monthly Total
16.42
0.76
0.00
17.18
Est. Total "sludge" produced by all sources for 2018= 260.03 dry tons Calculated Total "sludge" dewatered by belt press in 2018= 254.3 dry tons

Daily Dryer
Record

TWSA DRYER OPERATIONS I • `"
DAILY RECORD
DATE [ 'a
START STOP TOTAL �•
RUN TIME, HRS
1 DRYER BATCH
FILL CYCLE START @ '6 -DRY CYCLE STARTED @ :+38 DISCHARGE CYCLE STARTED @
TGAADGRATI IRCC 0C'CHAMBER
=WIN
OUT
DRYER -OUTPUT
% SOLIDS
DISH WGT
GRAMS
WET SAMPLE + DISH
GRAMS
DRIED SAMPLE + DISH T n
GRAMS
OOLA4
'2-0-, gL4 9
1STWGT. QA IC16
2ND WGT.._a
3RD WGT.
B AW X 100
ND
1 I 9
2DRYER BATCH
FILL CYCLE START @j 3 DRY CYCLE STARTED @ t` S DISCHARGE CYCLE STARTED @ " :OF
rrnnnrnA• 1.---.0-
®
imm
, + •
■ .
®®
1
. UT
• • • •
• • ,
m nto
mifs
a
1
'Mm
DRYER OUTPUT
% SOLIDS
DISH WGT
GRAMS
WET SAMPLE + DISH
GRAMS
DRIED SAMPLE + DISH
GRAMS
2 3,aZ 41
1�rWGT. P_a V91
2ND WGT. . r u�
3RD WGT.
p LLKLI 1 g5s-co Li I3
_ X 100 �
% TOTAL SOLIDS
` CALCULATIONS: o� (DRIED SAMPLE + DISH - DISH WGT 1 x 100
WET SAMPLE +'DISH - DISH SGT. _ % TOTAL SOLIDS
12/12/17JH

. •...rr. v•.1-. VI "I. 9IVI•/J
DAILY RECORD
3RD DRYER BATCH
FILL CYCLE START @.3-��' DRY CYCLE STARTED @ DISCHARGE CYCLE STARTED @
i
TFMPFRATI IRFS of k,
TIME
DISCHARGE
EXHAUST
DISCHARGE
PRODUCT
DRY
TIMER
CHANBER
IN
CHAMBER'
OUT
ROTOR
IN
ROTOR
OUT
O.I.
3 :•53
, 0-
36
40
4o. i
3$2-
L-Aoi
►q3
2,00
53Z
go
Lf w
408
Lizo
2-5q-"
�3
q-57
j6o
I 4L(Y.3(o
.5
z3L
19(o
3 (0
`o
I Liqq
kt3
37 '
t S 5
LW75
4(,t:p
I 44-C)
1 bra
315
DRYER OUTPUT_
SOLIDS
RESET #
RESET #
CALCULATION
DISH WGT
GRAMS
WET SAMPLE + DISH
GRAMS
DRIED SAMPLE + DISH
GRAMS GRAMS
j 0 1 Li S
2-5.53 0S
1 T WGT. -
2ND WGT.
3RD WGT.
I-
vA
RR q ff��r Q
% TOTAL SOLIDS , 5
DISH WGT
GRAMS
WET SAMPLE + DISH
GRAMS
DRIED SAMPLE + DISH
GRAMS GRAMS
17 WGT.
'
2ND WGT.
3Ro WGT.
X 100
'= % TOTALSOLIDS
DISH WGT
GRAMS
WET SAMPLE+DISH
GRAMS
DRIED SAMPLE'+DISH
GRAMS GRAMS
1' WGT.
S:
2ND WGT.
3RD WGT.
X 100
% TOTAL SOLIDS
(DRIED SAMPLE + DISH - DISH WGT.) -,x 100
WET SAMPLE + DISH - DISH SGT. '= %TOTAL SOLIDS
ALARMS OR COMMENTS -
12/12/17JH

TWSA DRYER OPERATIONS �,Yo
i
DAILY RECORD
DATE '- I
START STOP TOTAL r
RUN TIME, HRS (v /
1st DRYER BATCH
FILL CYCLE START @ ��3d� DRY CYCLE STARTED DISCHARGE CYCLE STARTED @
TEMPERATURES °F'
TIME
DISCHARGE
EXHAUST
DISCHARGE
PRODUCT
DRY
TINIER
CHANBER
IN
CHAMBER
OUT
ROTOR
IN
ROTOR
OUT
.0.1.
-o
A
fe.o
• IP-a
9.3(
6740 �.
u
DRYER OUTPUT
SOLIDS
DISH WGT
GRAMS
•WET SAMPLE + DISH
GRAMS
DRIED SAMPLE + DISH
GRAMS
'1.0O-75
2-ytIZ-45
1ST WGT. 7
2ND WG ob �O
3RD WGT.
% TOTAL SOLIDS
2ND DRYER BATCH
p
FILL CYCLE START @ / Q•1f� DRY CYCLE STARTED @ -
DISCHARGE CYCLE STARTED @
TEMPERATURES
°F
DISCHARGE
DISCHARGE
DRY
CHANBER
CHAMBER
ROTOR
ROTOR
TIME
EXHAUST
PRODUCT
TIMER
IN
OUT
IN
OUT
0.1.
bD
46
11 q5
3 -7
X44-
7�
DRYER OUTPUT'
%SOLIDS
DISH WGT
WET SAMPLE + DISH
DRIED SAMPLE + DISH
GRAMS
GRAMS
GRAMS
ZL4
? 14 . -7 1
1r WGT.
Si' Ci
2ND WGT. \�
3RD WGT.
X100
%TOTALSOLID SOLIDS
CALCULATIONS:
.
CALCULATIONS: (DRIED SAMPLE + DISH - DISH WGT) x 100
WET SAMPLE + DISH - DISH SGT. _ % TOTAL SOLIDS
12/12/17JH
w
Pry

I VVJH unirm Vrmm IUIVJ
DAILY RECORD
3RD DRYER BATCH
FILL CYCLE START @ a `f DRY CYCLE STARTED @ DISCHARGE CYCLE STARTED @ • e : _3 7
TEMPERATURES DF ,
DISCHARGE DISCHARGE DRY CHANGER CHAMBER ROTOR ROTOR -
TIME
EXHAUST
PRODUCT
TIMER
IN
OUT
IN
OUT
0.1.
L2
c�
' R
'3-i
�
K>�
14 ; 12-
Z o
.3 2-7
0
�f Z
?,o
4 Z.
z6
a
6 Z
1.13(o
3Zt
S0
W5
43
45
.. ; 37
'I D
ID-7
Li
Lt
t-(�(
3q
DRYER OUTPUT
SOLIDS
RESET #
RESET #
CALCULATIOIN
DISH WGT
GRAMS
WET SAMPLE + DISH
GRAMS
DRIED SAMPLE + DISH
GRAMS GRAMS
�o-oIc
2-e��y��.
1'WGT. a'..
2ND WGT. S .3 C _
3RD WGT.
X-100
02�- /4 (p� '= % TOTAL SOLIDS
DISH WGT
GRAMS
WET SAMPLE + DISH
GRAMS
DRIED SAMPLE+ DISH
GRAMS GRAMS
1" WGT.
2ND WGT.
3RD WGT.
X 100
'= % TOTALSOLIDS
DISH WGT
GRAMS
WET SAMPLE + DISH
GRAMS
DRIED SAMPLE + DISH
GRAMS GRAMS
1' WGT.
S:
2ND WGT.
3RD WGT.
ALARM`S OR COMMENTS
l'-^Ad,PA.<-er i. k -�c
X 100
% TOTAL SOLIDS
(DRIED SAMPLE + DISH - DISH WGT. l x 100
WET SAMPLE + DISH -DISH SGT. '= % TOTAL SOLIDS
wl+ _ use ,
ra r�� o t -- - �EZ-se f
12/12/17JH

TWSA DRYER OPERATIONS
DAILY RECORD
DATE 'y- -) q " 1
START STOP TOTAL
--RUN TIME, HRS ; a
1st DRYER BATCH
FILL CYCLE START @ Lo : 33 DRY CYCLE STARTED @ DISCHARGE CYCLE STARTED @
TEMPERATURES OF'
will IF 44 a FIVE amp]
Wei 6 fil TO
CHAMBER
Viam
®
/
:%
rmmf
. 7
�wzm
�
rg An
om
ffffl�I
�wl
P m
W
4m
DISH WGT
WET SAMPLE +DISH
DRIED SAMPLE +DISH
DRYER OUTPUT
SOLIDS
� X 100
% TOTAL SOLIDS
2ND DRYER BATCH I`
U
FILL CYCLE START @ I : q(D DRY CYCLE STARTED @ DISCHARGE CYCLE STARTED @
TMKADCDATt mcc Ur.
DISCHARGE DISCHARGE DRY CHAMBER v CHAMBER ROTOR ROTOR
ST PRODUCT TIMER OUT IN OUT
TIME EXHAUST IN O.I.
wl �o a o �
o s z a7c b,
:t5 16� y E'
7
.1 A
DRYER OUTPUT
SOLIDS
y.
12/12/17JH
DISH WGT
GRAMS
DRYER OUTPUT
SOLIDS
y.
12/12/17JH
DISH WGT
GRAMS
WET SAMPLE + DISH
GRAMS
DRIED SAMPLE + DISH
GRAMS
1ST WGT. S/
2ND WGT.
3RD WGT.
X100
' = % TOTAL SOLIDS 9
CALCULATIONS: (DRIED SAMPLE + DISH - DISH WGT.) x 100
WET SAMPLE + DISH - DISH SGT. _ % TOTAL SOLIDS

i vv jn vn i r-n vrLIAM I ww.J
DAILY RECORD
3RD DRYER BATCH FILL CYCLE START @ ;S j DRY CYCLE STARTED @ , 2 6 DISCHARGE CYCLE STARTED @ ' 14
TFMPFRATI IRFS OF
TIME
DISCHARGE
EXHAUST
DISCHARGE
PRODUCT
DRY
TIMER
CHAMBER
. IN
CHAMBER
OUT
ROTOR
IN
ROTOR
OUT
O.I.
?;oLt
3-a:5
3-7
c�5
2zo
1 t5Z7
2
d
Lf 3 Z
LkzD
Lk3 Z-
z--(19 b.
32
l b D
LR5
t-(3(0
LP4 5
�Z 5
5
q 3
-71
160
LfL[5-q
55
qLfs
e3(0,8
DRYER OUTPUT
SOLIDS
RESET #
RESET #
CALCULATIO(
DISH WGT
WET SAMPLE + DISH
DRIED SAMPLE + DISH
GRAMS
GRAMS
GRAMS GRAMS
1sTWGT. a3 . 3 D
2ND WGT. I
3RD WGT.
X.100
a3 �� '= % TOTAL SOLIDS
DISH WGT
WET SAMPLE + DISH
DRIED SAMPLE + DISH
GRAMS
GRAMS
GRAMS GRAMS
1' WGT.
2ND WGT.
3RD WGT.
X 100
'= % TOTAL SOLIDS
DISH WGT
WET SAMPLE + DISH
DRIED SAMPLE + DISH
GRAMS
GRAMS
GRAMS GRAMS
1' WGT.
2ND WGT:
S:
3RD WGT.
X 100
'= %TOTAL SOLIDS
(DRIED SAMPLE+ -DISH - DISH WGT.) x 100
WET SAMPLE + DISH - DISH SGT. '_ % TOTAL SOLIDS
ALARMS OR COMMENTS -
c
12/12/17JH

•
I VVJA UKTtK UYtKA11UNb �1 -0
DAILY RECORD �Q
DATE �- -- 1 " 1
START STOP TOTAL Y
....RUN TIME,. HRS Vok ,'
1st DRYER BATCH
FILL CYCLE START @ •3 DRY CYCLE STARTED @ -DISCHARGE CYCLE STARTED @ v�
TMAPFRATI IRFC oF•
CHAMBER
to]
rt0p
Mit
i i
i ,�0
Kohl
DRYER OUTPUT
SOLIDS
DISH WGT
GRAMS
WET SAMPLE + DISH
GRAMS
DRIED SAMPLE + DISH
• GRAMS yw
0r�l`l(03•
L�—�., ki QH
1STWGT. 107
2ND WGT.
3RD WGT.
ND � �. l � � � ' _ % TOTAL SOLIDS � r I Af 0
2 DRYER BATCH
FILL CYCLE START @-16:44 DRY CYCLE STARTED @ k M DISCHARGE CYCLE STARTED @ �9
TFKADFRATI IRFc DF
®
• ` •
, 1 •
�®
CHAMBER
OUT
• • • •
• • •
_
lcmlwom
�mWh
��
DRYER OUTPUT
SOLIDS
I
12/12/17JH
DISH WGT
GRAMS
WET SAMPLE + DISH
GRAMS
DRIED SAMPLE + DISH r
GRAMS ,�►
1ST WGT.
,j t b\ D
2ND WGT.
3RD.WGT.
03" ` ;ty IX100
% TOTAL SOLIDS. �70
CALCULATIONS: (DRIED SAMPLE + DISH -DISH WGT.) x 100
WET SAMPLE + DISH - DISH SGT. = %TOTAL SOLIDS

DAILY RECORD
3RD DRYER BATCH 'r
FILL CYCLE START @ o�� ` — DRY CYCLE STARTED @ . 2-q DISCHARGE CYCLE STARTED @ TQ 1
TPRADIMATI MIN °D
TIME
DISCHARGE
EXHAUST
DISCHARGE
PRODUCT
DRY
TIMER
CHAMBER
IN
CHAMBER
OUT
ROTOR
IN
ROTOR
OUT
0.1.
3: 2-4
zoZ
3 11
l 1
C30i
l
2v
•A
•,�y
a-i •
3,5--7
so
qL4 5
Lf Sto
L4L4S
30-7
• wtZ
04
1
6 S
D
45r
L[3'5
44
.3't
�-•�
R ot s
3-7-2-
D
1 Lf L[5
43.5
46`s
3( e5
(o .3
..3
4 t
93
4q d
4
vac
jL.J
DRYER OUTPUT
SOLIDS
RESET #
RESET #
CALCULATION
DISH WGT
GRAMS
WET SAMPLE + DISH
GRAMS
DRIED SAMPLE + DISH
GRAMS GRAMS
c ,o,g2,2
25,4502-
1'WGT.
2ND WGT. oC lPo2�-�
3RD WGT.
X.100
%TOTAL SOLIDS 9 �. •�
DISH WGTI-WETSAMPLE+DISH
GRAMS
GRAMS
DRIED SAMPLE'+ DISH
GRAMS GRAMS
1T WGT.
2ND WGT.
3RD WGT..
X 100
'= % TOTAL SOLIDS
DISH WGT
GRAMS
WET SAMPLE +DISH
GRAMS
DRIED SAMPLE +DISH
GRAMS GRAMS
1� WGT.
S'
2ND WGT.
3RD WGT.
X 100
% TOTAL SOLIDS _
(DRIED SAMPLE + DISH - DISH WGT.) x 100
WET SAMPLE + DISH - DISH SGT. '= %TOTAL SOLIDS
ALARMS OR COMMENTS -
12/12/17JH

I VVJH Vni rn VYCRHI IVIVJ
DAILY RECORD '
v
DATE oZ ^ I C) _�
START STOP TOTAL
- RUN TIME, HRS
15i DRYER BATCH
FILL CYCLE START @ DRY CYCLE STARTED @ 7 =17 DISCHARGE CYCLE STARTED @ `'
rrnenrnnri terc Or'
®al
, 1 •
, wal ' •
®®
CHAMBER
OUT
, • , •
• • •
DRYER OUTPUT
SOLIDS
DISH WGT
WET -SAMPLE + DISH
DRIED SAMPLE+ DISH
GRAMS
GRAMS
GRAMS 41,
i, 0(37
f WGT.
2ND WGT.
3RD WGT.
x 100
r GiOl '_%TOTAL SOLIDS Ti'-7
2NO DRYER BATCH
FILL CYCLE START @ U: S DRY CYCLE STARTED @7 DISCHARGE CYCLE STARTED @
TCBADCRATI'IR•GC OC
mm
W14mr-Allt-72m
= u 10] pill" =
=I I
VMS
OF x m
WA
IBM
lwm
T*Fmmff�CQI
N
DRYER OUTPUT
SOLIDS
DISH WGT
WET SAMPLE + DISH
DRIED SAMPLE + DISH
GRAMS
GRAMS
GRAMS `
1.ui Ll
'Z.I-lq4
1
1sTWGT. /7./a71j
2ND WGT.
3RD WGT.
• i � � © 6 � � ,, . l � � 1L� ��� X 100 ' _ % TOTAL SOLIDS I d�
CALCULATIONS: (DRIED SAMPLE + DISH - DISH WGT.) x 100
WET SAMPLE + DISH - DISH SGT. _ %TOTAL SOLIDS
12/12/17JH

DAILY RECORD -
3 RD DRYER BATCH
FILL CYCLE START @ '3'�' DRY CYCLE STARTED @ 3,3Z_ DISCHARGE CYCLE STARTED @ �
1 mre- Or
DISCHARGE
DISCHARGE
DRY
CHANBER
CHAMBER
ROTOR
ROTOR
TIME
EXHAUST
PRODUCT
TIMER
IN
OUT
IN
OUT
0.1.—
qb Ll
326
1417-3
205
IS:
00
S
�.
/�/ /
37z
sv
Y�IS
35 7
Liti
DRYER OUTPUT
SOLIDS
RESET #
DISH WGT
GRAMS
WET SAMPLE + DISH
GRAMS
DRIED SAMPLE+ DISH
GRAMS GRAMS
1ST WGT.
2ND WGT.-
3 RD WGT.
X 100
'= % TOTAL SOLIDS
DISH WGT
WET SAMPLE + DISH
DRIED SAMPLE + DISH
GRAMS
GRAMS
GRAMS GRAMS
i 5.�t 7D5
1' WGT.
2ND WGT.
3RD WGT.
RESET #
al►�
CALCULATION
X 100
% TOTALSOLIDS
DISH WGT
GRAMS
WET SAMPLE + DISH
GRAMS
DRIED SAMPLE + DISH
GRAMS GRAMS
b
1ST WGT.
S:
2ND WGT.
3RD WGT.
ALARMS OR COMMENTS -
12/12/17JH
` t f
X 1001_ / TOTAL SOLI S
(DRIED SAMPLE + DISH - DISH WGT.) x 100
WET SAMPLE + DISH - DISH :SGT. '= % TOTAL SOLIDS

TWSA DRYER OPERATIONS G
DAILY RECORD + �'
DATE _ a O i 0
START STOP TOTAL
�`-- RUNTIME,HRS
1' DRYER BATCH
FILL CYCLE START @ DRY CYCLE STARTED @ `I •` %� DISCHARGE CYCLE STARTED @
TFMPPRATI PIN, 0G'
TIME
DISCHARGE
EXHAUST
DISCHARGE
PRODUCT
DRY
TIMER
CHAMBER
IN'
CHAMBER
OUT
ROTOR
IN
ROTOR
OUT
0.1.
7:10
•9:a3
*2 vl
1,191.
17.0a
le
E:b
V.Do
164
&llb
oo
4447
&
3�
5-1
3 tr
� o .
fe 1
D:3
a
yglo
v5
-DRYER OUTPUT
SOLIDS
DISH WGT
WET SAMPLE + DISH
DRIED SAMPLE + DISH
GRAMS
GRAMS
GRAMS _!
1.00so
i2.•3b'31
1�r WGT. 1,
2ND WGT.
3RD WGT. •
161-76 f 3 x 100
«•� l TOTALSOLIDS�
ND DRYER BATCH
FILL CYCLE START @ d �� DRY CYCLE STARTED @- DISCHARGE CYCLE STARTED @ 02 ' A{b
TEMPERATURES °F
®
• 1 •
• , •
�®
OUT
+illiplipomm
• • • •
• • •
pomp
� �
i �
��
r
DRYER OUTPUT
SOLIDS
12/12/17JH
i � y
DISH WGT
GRAMS
WET SAMPLE + DISH
GRAMS
DRIED SAMPLE + DISH
GRAMS
1, o l 15
1�r WGT.
2ND WGT.
3RD WGT.
.T]f2 x100
qY f vc�(� ' = % TOTAL SOLIDS
CALCULATIONS: (( iR (DRIED SAMPLE+ DISH - DISH WGT.) x 100
WET SAMPLE + DISH - DISH SGT. _ %TOTAL SOLIDS

I YVJ11 VI\1L % Wv L.11111V IYJ
DAILY RECORD
3RD DRYER BATCH •�
FILL CYCLE. -START @ .IST> DRY CYCLE STARTED @ '�5 DISCHARGE CYCLE STARTED @
TCAADCDATI IDCC DC
TIME
DISCHARGE
EXHAUST
DISCHARGE
PRODUCT
DRY
TIMER
CHAMBER
IN
CHAMBER
OUT
ROTOR
IN
ROTOR
OUT
0.1.
:?5
"Jo .
") 2 r
390
66
-a33
15
-�L .oLl
. 3-r1
50
14`45
4. 2
99 5
as-G .
n
qL6.u5
-)
100
14,• 5
' 7
t ,
Ebb
2
3$°I
5 0
M 5
LA35
Llqs
36�
5H
tiv
Y 7-
DRYER OUTPUT
%SOLIDS
RESET #
RESET #
CALCULATION
DISH WGT
GRAMS
WET SAMPLE + DISH
GRAMS"
DRIED SAMPLE + DISH
GRAMS GRAMS
Iy . S2.1 b
c
1sTWGT. /3r
2ND WGT. 3. 0
3RD WGT.
V Lt
1�
x 100
'=%TOTALSOLIDS
DISH WGT
WET SAMPLE + DISH
DRIED SAMPLE + DISH
GRAMS
GRAMS
GRAMS GRAMS
1 r WGT.
2ND WGT.
3RD W.GT.
X 100
% TOTALSOLIDS
DISH WGT
-GRAMS
. WET SAMPLE + DISH
GRAMS
DRIED SAMPLE + DISH
GRAMS GRAMS
1'T WGT.
S:
2ND WGT.
3RD WGT.
ALARMS OR COMMENTS -
r
X 100
% TOTAL SOLIDS —
(DRIED SAMPLE + DISH - DISH WGT.) x 100
WET SAMPLE + DISH - DISH SGT. '_ % TOTAL SOLIDS
12/12/17JH

TWSA DRYER OPERATIONS
DAILY RECORD
DATE Iq`xo i
t �a
START STOP �3` OTAL
- RUN TIME, HRS (Q :'o� /j'3 °•�� / 4 '
1st DRYER BATCH
FILL CYCLE START @ DRY CYCLE STARTED @ 2' b8' DISCHARGE CYCLE STARTED @ 133
Tl:hADG0ATI IRGC DC•
m0rwrm-v��,
OUT
•
1
fflffbm��
owl
•
�i--
�,=7=
S
/ 0
1 m
Es".
DRYER OUTPUT
SOLIDS
DISH WGT
WET SAMPLE + DISH
DRIED SAMPLE + DISH
GRAMS
GRAMS
GRAMS
1'T WGT. J
qp,0
c' '0�
17
WGT.
!i:D
r
kRD WGT.
X 100
ND % TOTAL SOLIDS
_. � _
2 DRYER BATCH
FILL CYCLE START @ D `3 DRY CYCLE STARTED @ j .' (8 DISCHARGE CYCLE STARTED @ V, 73!9'
TFMPFRaTi IR-FS DF
OUT
Ipm
R-AVE
Mir,
I
,
��
•
_
ra- in
m
IWI Am
WE%
•�
�
y
I /J
M
DRYER OUTPUT
% SOLIDS
DISH WGT
WET SAMPLE + DISH
DRIED SAMPLE + DISH
GRAMS
GRAMS
GRAMS
L.OS97
1' WGT. 15,5097 qq
2ND WGT. 5,5o-7J.
3RD WGT.
X 100
%TOTAL SOLIDS_ C34-3i
CALCULATIONS: (DRIED SAMPLE + DISH - DISH WGT.) x 100
WET SAMPLE + DISH -DISH SGT. _ % TOTAL SOLIDS
12/12/17JH
V•

DAILY RECORD
3RD DRYER BATCH
FILL CYCLE START @ DRY CYCLE STARTED @ Z-S DISCHARGE CYCLE STARTED @ '��•�V
. I- °r
DISCHARGE
DISCHARGE
1
DRY
CHAMBER
CHAMBER
ROTOR
ROTOR
TIME
EXHAUST
PRODUCT
TIMER
IN
OUT
IN
Ll
OUT
O.I.
1
':Z5
2v�
3j1
d
p
3012.
o%/
2391
av5
33
`IL16
43,6
p
y Fiji
LI-5 7
1135
IRV
36 3
3ff
DRYER OUTPUT
SOLIDS
RESET #
RESET #
CALCULATION
DISH WGT
WET SAMPLE + DISH
DRIED SAMPLE + DISH
GRAMS
GRAMS
GRAMS
//GRAMS
1T WGT. l,J�• Q (Uo2
4
2" WGT. 7 • "(f c�
3RD WGT.
�o5te
i
(t7b X 100 %TOTAL SOLIDS /q
L'-7D
DISH WGT
WET SAMPLE + DISH
DRIED SAMPLE + DISH
GRAMS
GRAMS
GRAMS GRAMS
1' WGT.
2ND WGT.
3RD WGT.
X 100
'_ % TOTAL SOLIDS
DISH WGT
WET SAMPLE + DISH
DRIED SAMPLE + DISH
GRAMS
GRAMS
-GRAMS GRAMS
1sT WGT.
2ND WGT.
3RD WGT.
S:
X 100
% TOTAL SOLIDS _
(DRIED SAMPLE + DISH - DISH WGT.) x 100
WET SAMPLE+ DISH - DISH SGT. '= %TOTAL SOLIDS
ALARMS OR COMMENTS -
12/12/17J H

TWSA DRYER OPERATIONS
DAILY RECORD (�
DATE �� j
START STOP TOTAL
RUN TIME, HRS
1st DRYER BATCH
FILL CYCLE START @ : a9' DRY CYCLE STARTED @_$ DISCHARGE CYCLE STARTED
TFMPFRATI IRFC or-*
TIME
DISCHARGE
EXHAUST
DISCHARGE
PRODUCT
DRY
TIMER
CHANBER
IN
CHAMBER
OUT
ROTOR
IN
ROTOR
OUT
0.1.
o
.3e:o
d
&
13
en
oo
1 4
M33
4- '
C
t l
a
b5
DRYER OUTPUT
SOLIDS
DISH WGT
GRAMS
WET SAMPLE + DISH
GRAMS
DRIED SAMPLE+ DISH
GRAMS
I,0095
2r7t 25ZZ
1nWGT. �1a5
A5i I I 1
2ND-WGT-
3RD WGT.
X 100 22!/
ND a�'to��o`17 - '=%TOTAL SOLIDS 5,5
2 DRYER BATCH
FILL CYCLE START @ .3 DRY CYCLE STARTED @ :� -`� DISCHARGE CYCLE STARTED @ 3'•33
TFMPFRATI IRFS OF
TIME
DISCHARGE
EXHAUST
DISCHARGE
PRODUCT
DRY -
TIMER
CHANBER
IN
CHAMBER
OUT
ROTOR
IN
ROTOR
OUT
0.1.
p• 1.3
b
iq
8 ?3
0
''o3
11) 1
-1-93
o
430
Af 1
0
'
GT7
16b
4,Y,57
1 g
Lf 3 0
A00
I qL(Ll
1 4142-
(4 =.
121
TL.i
DRYER OUTPUT
SOLIDS
•.b.
12/12/17JH
DISH WGT-
GRAMS
WET SAMPLE + DISH
GRAMS
DRIED SAMPLE + DISH
GRAMS
�c0
2t-(•39(q�
1STWGT. 93.9be
2ND WGT. t L L y
3RD WGT.
CALCULATIONS
�-a'si I (o r q-211 V3
(DRIED SAMPLE + DISH - DISH WGT.)
WET SAMPLE + DISH - DISH SGT.,
X 100 q
% TOTAL SOLIDS . [
x 100
_ % TOTAL SOLIDS
i
irg
Krj

DAILY RECORD
3RD DRYER BATCH
FILL CYCLE START @ �3 DRY CYCLE STARTED @ L( DISCHARGE CYCLE STARTED
a A- 1RrC-Or '
DISCHARGE
DISCHARGE
DRY
CHANBER
CHAMBER
ROTOR
ROTOR
TIME-
EXHAUST
PRODUCT
TIMER
IN
Lf.a -z
OUT
T
IN
4 U
OUT
0.1.
�i.�
l
;�
w
col
- 23
z�
3 5
Z
6�
5158
1`t5
34
06
L(S
3
3�
;�
y i S
8cp
15,0
-; 3
1 '3
�r5
IA�-{�l
c�L5
L
�3°1tit
s�.s
DRYER OUTPUT
SOLIDS
RESET #
RESET #
CALCULATIO(
u
DISPVWGT
GRAMS
WET SAMPLE + DISH.
GRAMS
. DRIED SAMPLE.+ DISH
GRAMS GRAMS
[(TLjie3
25,c1Z(o%
17WGT.o.QC/- 9993
2ND WGT.
3RD WGT.
,93, 95 X 10D p Q�
'= % TOTAL SOLIDS -1 "
DISH WGT
GRAMS
WET SAMPLE + DISH
GRAMS
DRIED SAMPLE+ DISH
GRAMS GRAMS
P WGT.
2No WGT.
3R° WGT.
x 100
TOTAL SOLIDS —
DISH WGT
GRAMS
WET SAMPLE + DISH
GRAMS
DRIED SAMPLE + DISH
GRAMS GRAMS
1' WGT.
S:
2ND WGT.
3RD• WGT.
ALARMS OR COMMENTS -
X 100
% TOTAL SOLIDS
(DRIED SAMPLE + DISH - DISH WGT. 1 x 100
WET SAMPLE + DISH - DISH SGT. '= % TOTAL SOLIDS
12/12/17JH

DAILY RECORD 31t
DATE Le "� 1
START STOP TOTAL
RUN TIME, HRS va
15L DRYER BATCH JJ
FILL CYCLE START @ l0 33 DRY CYCLE STARTED @ 7 ' 6 & DISCHARGE CYCLE STARTED @ : c3
TCRADMATI IDCC °C'
TIME
DISCHARGE
EXHAUST
DISCHARGE
PRODUCT
DRY
TIMER
CHANBER
'IN
CHAMBER
OUT
ROTOR
IN
ROTOR
OUT
0.1.
•06
v
a'
qa3I
E'
6
'a
- 430
A4,1Ea
;�
3
190 •
445
3
$ it
160
- S'
3
14a41
'j J4
up/
DRYER OUTPUT
SOLIDS
DISH WGT
GRAMS
WET SAMPLE + DISH
GRAMS
DRIED SAMPLE+ DISH
GRAMS
OR 9 9 9
2_5 1-7 `1 % %
1s-r WGT. .76715--l"
2ND WGT. -�2
3RD WGT.
�J,/ b f l�oiUJ X100
' = % TOTAL .SOLIDS
\ 2ND DRYER BATCH
FILL CYCLE START @.� :�} i DRY CYCLE STARTED @ I .`� DISCHARGE CYCLE STARTED @ a =3G,
TCRADCDATI IOTM Or -
TIME
DISCHARGE
EXHAUST
DISCHARGE
PRODUCT
DRY
TIMER
CHAMBER
IN
CHAMBER
OUT
ROTOR
IN
ROTOR
OUT
0.1.
1
314-
409
kote
A49 f
• zV
S"D
a-zr
jar_-
1(9 a
JV 3 7
41 h
7
1 . Lo
19
150
DRYER OUTPUT
SOLIDS
DISH WGT'
GRAMS
WETSAMPLE + DISH
GRAMS
DRIED SAMPLE+ DISH
GRAMS
�,dt�5
22,5�55
1TWGT.
2ND WGT. ,��l�i �()
3RD WGT.
Sol X 100
% TOTAL SOLIDS
CALCULATIONS: (DRIED SAMPLE + DISH - DISH WGTJ x 100
WET SAMPLE + DISH - DISH SGT. = % TOTAL SOLIDS
TA

DAILY RECORD
3RD DRYER BATCH
FILL CYCLE START @ DRY CYCLE STARTED @ tS'sZ( DISCHARGE CYCLE STARTED @ k' 3Cp
• TCf A1]LDA" IDCC DC
TIME
DISCHARGE
EXHAUST
DISCHARGE
PRODUCT
DRY
TIMER
CHANBER
IN
CHAMBER
OUT
ROTOR
IN
ROTOR
OUT
O.I.
IN 3
&?-,q
[
3 zz
LA 3LE
�kzZ
�
z� G�
5: t
Z.o 6
:W-j4
3
�3� 5
1 ' 6
elg
C9'0
'{ LI
3`I
( cl2.)
Le
qo
q (-t 5
3 %7
DRYER OUTPUT
%SOLIDS
RESET #
RESET #
CALCULATIOP
DISH WGT
WET SAMPLE + DISH
DRIED SAMPLE'+ DISH
GRAMS
GRAMS
GRAMS GRAMS
D-C't9"7
3 2
1'WGT.
2ND WGT. A _7 2-
3RD WGT.
a 152— 3g o� X. 100
'= % TOTAL SOLIDS
DISH WGT
GRAMS
WET SAMPLE +DISH
GRAMS
DRIED SAMPLE+ DISH
GRAMS GRAMS
1T WGT.
2ND WGT.
3RD WGT.
X 109
%TOTAL SOLIDS
DISH WGT
GRAMS
WET SAMPLE + DISH
GRAMS
DRIED SAMPLE + DISH
GRAMS GRAMS
1T WGT.
S:
2ND WGT.
31D WGT.
X 100
%TOTAL SOLIDS _
(DRIED SAMPLE + DISH — DISH WGT. 1 x 100
WET SAMPLE + DISH — DISH SGT. '_ % TOTAL SOLIDS
ALARMS OR COMMENTS —
12/12/17JH
C; )

TWSA DRYER OPERATIONS
DAILY RECORD
DATE J ` 7
v START STOP TOTAL
RUN TIME, HRS F
1' DRYER -BATCH
FILL CYCLE START @ �' � DRY CYCLE STARTED @ 7 • %d DISCHARGE CYCLE STARTED @ 114 -7,.S``
TCKADCRATI IRGC DC-
TIME
DISCHARGE
EXHAUST
DISCHARGE
PRODUCT
DRY
TIMER
CHANBER
IN
CHAMBER,
OUT
ROTOR
IN
ROTOR
OUT
0.1.
7:kb
ik 0 2
3 67
2),70
3 7ad
o
3"60
0-o
a. �
se
'vg�
/.l
.9519
eigo
a
1
v a
Y4-
3 d
FD
:yo
"1 �19
, 8b
/s b
-V#,O
I
Z37
DRYER OUTPUT
%SOLIDS
DISH WGT
GRAMS
WET SAMPLE + DISH
GRAMS
DRIED SAMPLE + DISH
GRAMS
o rv3
2.. k ( I•Sq
1TWGT. /S.
2ND WGT. ' 0.Od(o�
3RD WGT.�j
x soo
C�-/• Its*%71 5 ' _ %TOTAL SOLIDS
2NO DRYER BATCH
FILL CYCLE START @ b S3 -� DRY CYCLE STARTED @ j : I ID DISCHARGE CYCLE STARTED @
TCA/IDIM ATI IR•FC OC
TIME
DISCHARGE
EXHAUST
DISCHARGE
PRODUCT
DRY
TIMER
CHANBER
IN
CHAMBER
OUT
ROTOR
IN
ROTOR
OUT
0.1.
461
A2
PLO
: no
_
:3D
S
ao
A06
DRYER OUTPUT
SOLIDS
12/12/17JH
DISH WGT
WET SAMPLE + DISH
DRIED SAMPLE + DISH
GRAMS
GRAMS
GRAMS
3 3Cl %
1T WGT. .1L/.94P/S
2ND WGT. `�-l. q 37S
3RD WGT. SCJ
,)-1.93 %S ~- =• x soo)
�.3.335'r - I•oa��' ��>333 . %=%TOTAL SOLIDS q''' 7 --)—
CALCULATIONS: (DRIED SAMPLE + DISH - DISH WGT. l x 100
WET SAMPLE + DISH - DISH SGT. _ %TOTAL SOLIDS

DAILY RECORD
3RD DRYER BATCH
FILL CYCLE START @ o2.'?/0 DRY CYCLE STARTED @ % �� DISCHARGE CYCLE STARTED CO ;3
0,
DISCHARGE
DISCHARGE
.1
DRY
%WJI%
CHAMBER
CHAMBER
ROTOR
ROTOR
TIME
EXHAUST
PRODUCT
TIMER
IN
q.
OUT
- 3'7/0
IN
C 3q 1
OUT
z-Z 5'
0.1.
"
l
ff ,0S
�.r
2,oLk
i
3 ZZ
O
2-6 18
l, 65
1 1 `ts
c3tf0
t' D
zf�
�-t
t fq!5
v —1
U21
.q5
19
7 5
3 d
44-
�
, `Z Z5z
DRYER OUTPUT
SOLIDS
5-119
RESET# t-5+
RESET# ' •
DISHWGT
WET SAMPLE +DISH
DRIED SAMPLE +DISH
GRAMS
GRAMS
GRAMS GRAMS
Z % At 31
1' WGT.
2ND WGT. ap ja-g&
3RD WGT.
CALCULATIOD
X 100
'= % TOTAL SOLIDS
DISH WGT
WET SAMPLE + DISH
DRIED SAMPLE + DISH
GRAMS
GRAMS
GRAMS GRAMS
-,
1 Q1)A3
1' WGT. /17 1a3T
2ND WGT. 1'9 q
3RD WGT. 19, /a 73 Zv
1� Ivoge3
. Dotg
X 100
% TOTAL SOLIDS
DISH WGT
GRAMS
WET SAMPLE + DISH
GRAMS
DRIED SAMPLE + DISH
GRAMS GRAMS
?log
1TWGT. a-l. 1714-
S:
2ND WGT.
3RD WGT.
x 100
%TOTAL SOLIDS
(DRIED SAMPLE + DISH'- DISH WGT.) x 100
WET SAMPLE+ DISH - DISH SGT. '_ % TOTAL SOLIDS
ALARMS OR COMMENTS -
12/12/17JH

DAILY RECORD
DATE
START STOP TOTAL
" rtUN TIME, HRS
1st DRYER BATCH
FILL CYCLE START @ b 1p DRY CYCLE STARTED @ 7+3I DISCHARGE CYCLE STARTED @ 1.'D_:374o
TGKADGDATI in GC Or_'
TIME
DISCHARGE
EXHAUST
DISCHARGE
PRODUCT
DRY
TIMER
CHANGER
IN
CHAMBER
OUT
ROTOR
IN
ROTOR
OUT
OJ.
aol
315
b
3S-b
U5
39-E -
'-I- 7
W
J414
9"
AAA
-•
1 ,60o
6
•o
t�
7
�,A
�.
DRYER OUTPUT
SOLIDS
DISH WGT
WET SAMPLE + DISH
DRIED SAMPLE + DISH
GRAMS
GRAMS
GRAMS p�-'-"- L
2-L4 Z l
1'WGT. vgl 4 . 6o
2ND WGT. „c/g--7e?
3Ro WGT.
F X 100
TOTAL SOLIDS
2ND DRYER BATCH
FILL CYCLE START @ % DIP DRY CYCLE STARTED @ J Z 1 DISCHARGE CYCLE STARTED @_
TCIIADGDATI I cc Or
TIME
DISCHARGE
EXHAUST
DISCHARGE
PRODUCT
DRY
TIMER
CHANBER
IN'-
CHAMBER
OUT
ROTOR
IN
ROTOR
OUT
0.1.
o t)
3 a`8,.
a
42
rr'��
itiT
3 9
aD
.% v D
j
"'� 14.-�
r
�J �%
e
II
t
Ll
l '
�•
''f�
7
3-D1
q 3
1
(�
R 1
DRYER OUTPUT
% SOLIDS
l
12/12/17JH
DISH WGT •
GRAMS
WET SAMPLE + DISH
GRAMS
GRA M�S
DRIED SAMPLE + DISH
i t u3(V
ZLtt (zcl 2
l -GRAMS
1TWGT.
2ND WGT.
3RD WGT.
;2—Qr Ll9&q a%�39 `T X100
% TOTAL SOLIDS
CALCULATIONS: (DRIED SAMPLE + DISH - DISH WGT.) x 100
WET SAMPLE + DISH - DISH SGT. _ % TOTAL SOLIDS

DAILY RECORD
3RD.DRYER BATCH.
FILL CYCLE START @ l4 DRY CYCLE STARTED @ DISCHARGE CYCLE STARTED
• TrwAMVnArl Inre- Or
DISCHARGE
DISCHARGE
DRY
CHANBER
CHAMBER
-
ROTOR
ROTOR
TIME
EXHAUST
PRODUCT
TIMER
IN
OUT
IN
OUT
O.I.
' �{
Z
b
1
3
7�ZS3
36
Lc
Zo
'—�3L124.
Lq l Lq
Va L
5 '.
. 2,00
D
5
t-4
3``L L.
3
I S i7
S
L-4 3
LC�-
3 S
7 :0
i q o
(
q. 4 c)
L(
�
DRYER OUTPUT
SOLIDS
RESET #
RESET #
CALCULATIOP
DISH WGT
WET SAMPLE + DISH
DRIED SAMPLE + DISH
GRAMS
GRAMS
GRAMS GRAMS
1 , O l 3-0
22 S , -7 (33a'
1' WGT.
2ND WGT.
3RD WGT.
,a3.05I ,�g31ds1 X100
a4 Gt '=%TOTAL SOLIDS Rh/• �m
DISH WGT
GRAMS
WET SAMPLE +DISH
GRAMS
DRIED SAMPLE+ DISH
GRAMS GRAMS
17 WGT.
2ND WGT.
3RD WGT.
X 100
'= % TOTAL SOLIDS
DISH WGT
WET SAMPLE + DISH
DRIED SAMPLE + DISH
GRAMS
GRAMS
GRAMS GRAMS
1' WGT.
2ND WGT.
3Ro WGT.
S:
r
ALARMS OR COMMENTS -
12/12/17JH
X 100 .
% TOTAL SOLIDS
(DRIED SAMPLE + DISH - DISH WGT. 1 X 100
WET SAMPLE + DISH - DISH SGT. '= % TOTAL SOLIDS

TWSA DRYER OPERATIONS
DAILY RECORD
DATE -'
START STOP TOTAL
RUN TIME, HRS to
1st DRYER BATCH tt11
FILL CYCLE START @ GO •'I j{" DRY CYCLE STARTED @ DISCHARGE CYCLE STARTED @
TIMADGQATI IRGC DC'
TIME
DISCHARGE
EXHAUST
DISCHARGE
PRODUCT
DRY
TIMER
CHANBER•
IN
CHAMBER
OUT
ROTOR
IN
ROTOR
OUT
0.1.
ab '
3 - A 3 .
e-19
4 '
6
V �
Z)
0
ab
P?3
3
.�b0
2
M;5
9
�&
: 0
�1�F
r
DRYER OUTPUT
SOLIDS
DISH WGT
GRAMS'
WET SAMPLE + DISH
GRAMS
! DRIED SAMPLE + DISH
GRAMS
�,. O l 1? 2
2 Z, Ce U L( 7 ' -
1T WGT. o� 1! ���/� iiI
2ND WGT. vQ g
3RD WGT.
Uc • �� (p a- X 100
t{ • 5 �� ' = %TOTAL SOLIDS
ND
2 DRYER BATCH
FILL CYCLE START @ DRY CYCLE STARTED @ DISCHARGE CYCLE STARTED @
TCnADCDATI mac DC
TIME
DISCHARGE
EXHAUST
DISCHARGE
PRODUCT
DRY
TIMER
CHANBER
IN
CHAMBER
OUT
ROTOR
IN
ROTOR
OUT
0.1.
9 •
a
d
406
06
,S.:z
tvi
r- b
ZIA0,
�
G %6L5
:aT
1V
2443,
U
1 44-5
s?
aig
=S`
3g3
!�
u
:'��
1
4
b1S
14 4
e,
DRYER OUTPUT
SOLIDS
DISH WGT
WET SAMPLE + DISH '
DRIED SAMPLE + DISH
GRAMS
GRAMS
GRAMS ` �CC��••
Ll I
3 • �s v `1�
1' WGT. 2CD
2ND WGT. y
3RD WGT.
A Q8 9-If , G ��� � `�� X 100
% TOTAL SOLIDS
CALCULATIONS:- (DRIED SAMPLE + DISH - DISH WGT.) x 100
WET SAMPLE + DISH -DISH SGT. _ % TOTAL SOLIDS
12112/17JH

DAILY RECORD
3RD DRYER BATCH
FILL CYCLE START @ o2:J57 DRY CYCLE STARTED @ I DISCHARGE CYCLE STARTED @ .
TIMADMATI IRGC oC
TIME
DISCHARGE
EXHAUST
DISCHARGE
PRODUCT
DRY
TIMER
CHANBER
. IN
CHAMBER
OUT
ROTOR
IN
ROTOR
OUT
0.1.,
.3 ; 3 3
1 z
3 I S
U
-q o!
3 F 3
400
1:5-"Z4
q',23
f `d-1
33
0
W45
L(3
q 5
2-01
"aLJl
5 13
j
O
354
o a
L4 1-E
L-f 3
445
d-cj
v63
Igo
�
`.(3
446
ZZZ
3
•
L47-
L
- qL41
1-£L-((P '
. 2-35
61-J
DRYER OUTPUT
SOLIDS
RESET #
RESET #
CALCULATION
r
DISH WGT
GRAMS
WET SAMPLE + DISH
GRAMS
DRIED SAMPLE + DISH
GRAMS GRAMS
O 03 2
2 A t to (p Z 4
1T WGT. a. a33 40,
2ND WGT.
3RD WGT.
():3 o S� X 100
50.a- '=%TOTAL SOLIDS �' O
DISH WGT
WET SAMPLE +DISH
DRIED SAMPLE +DISH
GRAMS
GRAMS
GRAMS GRAMS
1' WGT.
2ND WGT.
3RD WGT.
X 100
%TOTAL SOLIDS
DISH WGT
GRAMS
WET SAMPLE +DISH
GRAMS
DRIED SAMPLE+DISH
GRAMS GRAMS
1�T WGT.
S:
2ND WGT.
3RD WGT.
ALARMS OR COMMENTS -
X 100
%TOTAL SOLIDS
(DRIED SAMPLE + DISH -DISH WGT.) , x 100
NET SAMPLE + DISH - DISH SGT. % TOTAL SOLIDS
12/12/17JH

TWSA DRYER OPERATIONS ��-Yfl
DAILY RECORD 6,
DATE 2 ` A(
.'
START
STOP
TOTAL
RUN TIME, HRS
1st DRYER. BATCH
FILL CYCLE START @ fv : 3�' DRY CYCLE STARTED @� DISCHARGE CYCLE STARTED
\
TEMPERATURES 0F'
TIME
DISCHARGE
EXHAUST
DISCHARGE
PRODUCT
DRY
TIMER
CHANBER
IN
CHAMBER
OUT
ROTOR
IN
ROTOR
OUT
O.I.
lg
3
d
3
H5
-
�
I�t
D
d o
8
2-.
�-
&
6a.elm
•
f9 U
4a
Os-
14rd
J4 li
of
—
DRYER OUTPUT
SOLIDS
DISH WGT
GRAMS
WET SAMPLE + DISH
GRAMS
DRIED SAMPLE + DISH
GRAMS
y
1T WGT. 73 45-1
2ND WGT. 'o��. ���
3RD WGT.
rq
yq
1
�I�S�6S(.Q X 100
� .. - I q - � la►1 � SOLIDS
2ND DRYER BATCH [ l
FILL CYCLE START @ b g DRY CYCLE STARTED @ r =a DISCHARGE CYCLE STARTED @
TEMPERATURES °F
TIME
DISCHARGE
EXHAUST
DISCHARGE
PRODUCT
DRY
TIMER
CHANBER
IN-
CHAMBER
OUT
ROTOR
IN
ROTOR
OUT
0.1.
2.3
31
D
- 91
391P
'fly
, V
b3199
37-5
e®
144
14, 37
-29
e kl
/94
g '
. 0
9,1
411fq
a
a4t_lr
�•lq
DRYER OUTPUT
SOLIDS
12/12/17JH
DISH WGT
GRAMS
/ SAMPLE+ DISH
GRAMS
1sT WGT.
2ND WGT.
3RD WGT.
DRIED SAMPLE + DISH
GRAMS
I -%72
w
' = % TOTAL SOLIDS
CALCULATIONS: (DRIED SAMPLE + DISH - DISH WGT.) x 100
WET SAMPLE + DISH -DISH SGT. - _ % TOTAL SOLIDS

3RD DRYER BATCH
FILL CYCLE START @,
DAILY RECORD
DRY CYCLE STARTED @ DISCHARGE. CYCLE STARTED @
'rreA11CDATl muc, Or
TIME
DISCHARGE
EXHAUST
DISCHARGE
PRODUCT
DRY
TIMER
CHANBER
IN
CHAMBER
OUT
ROTOR
IN
ROTOR
OUT
0.1.
DRYER OUTPUT
SOLIDS
RESET #
RESET #
CALCU LATI O I`
DISH WGT
GRAMS
WET SAMPLE + DISH
GRAMS
DRIED SAMPLE + DISH
GRAMS GRAMS
1' WGT.
2ND WGT.
3RD WGT.
X 100 V
'= % TOTAL SOLIDS
DISH WGT
WET SAMPLE + DISH
DRIED SAMPLE + DISH
GRAMS
GRAMS
GRAMS GRAMS
17 WGT.
2ND WGT.
3RD WGT.
X 100
% TOTALSOLIDS
DISH WGT
GRAMS
WET SAMPLE + DISH
GRAMS
•DRIED SAMPLE + DISH
GRAMS GRAMS
1' WGT.
S:
2ND WGT.
3Ro WGT.
X 100
%TOTAL SOLIDS _
(DRIED SAMPLE + DISH - DISH WGT.) x 100
WET SAMPLE + DISH - DISH SGT. '= % TOTAL SOLIDS
ALARMS OR COMMENTS -
12/12/17JH

TWSA DRYER OPERATIONS
DAILY RECORD
� 2 i t[OtQ
DATE 3
A START STOP TOTAL
RUN TIME, HRS 6; 2 / 0� /
1st DRYER BATCH
FILL CYCLE START @ ,q& DRY CYCLE STARTED @�: l7 DISCHARGE CYCLE STARTED @
TEMPERA-fURES °F'
•
DRYER OUTPUT
% SOLIDS
TIME
DISCHARGE
EXHAUST
DISCHARGE
PRODUCT
DRY
TIMER
CHANBER
IN
CHAMBER
OUT
ROTOR
IN
ROTOR
OUT
0.1.
:1:7
19 p
31),.;
b
394
IT1214
IM4'
cl.
1
0—
jiD,r
.5
(V
'?
&1
3q X,,
NS
4V7
d
zz3
. .
Lgrif
_lp� k
l 5 0
qk 5
3(1
�.�. 3
•S�
DISH WGT
GRAMS
WET SAMPLE + DISH
GRAMS.
DRIED SAMPLE + DISH
GRAMS
i7 WGT.
2ND WGT. o"L.5, 5 go .
3RD WGT.
X 100
% TOTAL SOLIDS
2ND DRYER BATCH
FILL CYCLE START @ �(Z:Sa DRY CYCLE STARTED @� 7 DISCHARGE CYCLE STARTED @ =1 4
TFMPFRATI IRFS Or -
TIME
DISCHARGE
EXHAUST
DISCHARGE
PRODUCT
DRY
TIMER
CHANBER
IN
CHAMBER
OUT
ROTOR
IN
ROTOR
OUT
0.1.
:A
46V
q69ot
ova.61
�f
: c
13
�.
66
. 3 0
/Rl
o�,
god
�
L:_.
5
��o
�'
Y&S
a as
cd'
va
6
*41
44�
DRYER OUTPUT
% SOLIDS
12/12/17JH
DISHWGT•
WETSAMPLE+DISH
DRIED SAMPLE +DISH
GRAMS
GRAMS
GRAMS
t,trb13
23,91`76(o
/
i'WGT.
2ND WGT. 3.
3RD WGT.
09L 53q X100
` ,aa ✓(,�� 53 ' = %TOTAL SOLIDS
CALCULATIONS: (DRIED SAMPLE + DISH —DISH WGT.) x 100
WET SAMPLE + DISH — DISH SGT. _ %TOTAL SOLIDS
T-9

IVVJA UKYtK UYtKAIlUNJ
DAILY RECORD
3RD DRYER BATCH 2 •
FILL CYCLE START @ ; $ DRY CYCLE STARTED @ J 1�'I� DISCHARGE CYCLE STARTED @
TCIIADLD ASI IDCC oC
TIME
DISCHARGE
EXHAUST
DISCHARGE
PRODUCT
DRY
TIMER
CHAMBER
IN
CHAMBER
OUT
ROTOR
IN
ROTOR '
OUT
O.I.
3'.41
101 Z
©
Z
1 2-
LA 2-4
1 to I
•
i' 3'7
f w 9
3(0
y
L4-3
C4 Lr(4
z31--)
5:2'?
LIED
3 S
j 00
4'
�3
C(
a Y9
J6
7. i 6Z
- 2,OG
I •y 4 3
96-
• L( qO
43G ,
ZS 1
DRYER OUTPUT
% SOLIDS
RESET #
RESET #
CALCULATIOr
DISH WGT
GRAMS
WET SAMPLE + DISH
GRAMS
DRIED SAMPLE + DISH
GRAMS MS
1 100`7,5
24p, ZZ-7 (p
1�TWGT. _
2ND WGT. -
3RD WGT.
opt-51031 53 x too G,
% TOTAL SOLIDS
DISH WGT
GRAMS
WET SAMPLE + DISH
GRAMS
DRIED SAMPLE + DISH
GRAMS GRAMS
1T WGT.
2ND WGT.
3RD WGT.
X 100
% TOTAL SOLIDS
DISH WGT
WET SAMPLE + DISH
DRIED SAMPLE + DISH
GRAMS
GRAMS
GRAMS GRAMS
1�T WGT.
2ND WGT.
S:
3RD WGT.
X 100
%TOTAL SOLIDS
(DRIED SAMPLE + DISH - DISH WGT. l x 10Q
WET SAMPLE + DISH - DISH SGT. '_ % TOTAL SOLIDS
ALARMS OR COMMENTS -
C
12/12/17JH

TWSA DRYER OPERATIONS
DAILY RECORD �6 �l
DATE
' START STOP TOTAL
RUN TIME, HRS q,ou
1st DRYER BATCH
FILL CYCLE START @ •y� DRY CYCLE STARTED @ Q - D DISCHARGE CYCLE STARTED
TFMPPRATI IRGC or_*
TIME
DISCHARGE
EXHAUST
DISCHARGE
PRODUCT
DRY
TIMER
CHANBER
IN
CHAMBER
OUT
ROTOR
IN
ROTOR
OUT
O.I.
Q
2g
_
ale
6
a -3'0
a
31
3 b
4a.l
a
a
:ab
�7
-'44�
qA1 4,��,o
9.37
e
DRYER OUTPUT
%SOLIDS
DISH WGT
WET SAMPLE + DISH
DRIED SAMPLE + DISH
GRAMS.
GRAMS
GRAMS
0.9g33
�
2S,(o3�3 .1srWGT.
a�� ��/� $� I d217
•
2 ND WGT. a IOU,
p / 5 ' c
3RD WGT.
-�t3.91 3 -0/ . 9 -7-7 �L 575'a- x soo
' _ %TOTAL SOLIDS
2ND DRYER BATCH
FILL CYCLE START @ DRY CYCLE STARTED @ DISCHARGE CYCLE STARTED @ = /
TGMDGRATI IR•Cc 0C
TIME
DISCHARGE
EXHAUST
DISCHARGE
PRODUCT
DRY
TIMER
CHANBER
IN
CHAMBER_
OUT
ROTOR
IN
ROTOR
OUT
0.1.
' .D
.i
3 i 3
R
y r'
397
�3
:
a
331
so
.3 6
Lf / -7
4,36
450
-3 a*
R5
34 R
6
L4145
L-3
I-f S
Zz�cw
a
�'
3,2
/5
L� 5
LQ S
I LAq S
2,1 t
i s
4 z-o
9,00
1 LL+�
LA"
)..I
z3d
�LJ
DRYER OUTPUT
SOLIDS
0
DISH WGT •
WET SAMPLE + DISH
DRIED SAMPLE + DISH
GRAMS
GRAMS
GRAMS 5� l
,OUL-t 5
Z r.7 3 l 9
1 r WGT. a
�7
2ND WGT.
r
3RD WGT.
A3,7&0 . Ala/& 7 '
'=%TOTALSOLIDS
CALCULATIONS: l (DRIED SAMPLE + DISH - DISH WGT.1 x 100
WET SAMPLE + DISH - DISH SGT. _ %TOTAL SOLIDS
12/12/17JH

DAILY RECORD
3RD DRYER BATCH
FILL CYCLE START @ DRY CYCLE STARTED @ DISCHARGE CYCLE STARTED @
n ATE I- Or
TIME
DISCHARGE
EXHAUST
DISCHARGE
PRODUCT
DRY
TIMER
CHAMBER
IN
CHAMBER
OUT
ROTOR
IN
ROTOR
OUT
0.1.
DRYER OUTPUT
SOLIDS
RESET #
RESET #
CALCULATIOI
DISH WGT
GRAMS
WET SAMPLE + DISH
GRAMS
DRIED SAMPLE + DISH
GRAMS GRAMS
1' WGT.
2ND WGT.
3RD WGT.
X 100
'= % TOTAL SOLIDS
DISH WGT
WET SAMPLE + DISH
DRIED SAMPLE + DISH
GRAMS
GRAMS
GRAMS GRAMS
1�T WGT.
2ND WGT.
3RD WGT.
X 100
% TOTAL SOLIDS
MPLE +DISH
GRAMS
DISH WGT
GRAMS
WET SAMPLE + DISH
GRAMS
DRIED SA
GRAMS
1�T WGT.
S:
2ND WGT.
3RD WGT.
X 100
% TOTAL SOLIDS
(DRIED SAMPLE + DISH - DISH WGT.) x 100
WET SAMPLE + DISH - DISH SGT. '_ % TOTAL SOLIDS
ALARMS OR COMMENTS -
12/12/17JH
Cl:

•
TWSA DRYER OPERATIONS
DAILY RECORD
DATE 3
START STOP TOTAL
RUN TIME, HRS 6 L5�-
1s' DRYER BATCH
FILL CYCLE START @ 7 DRY CYCLE STARTED @ DISCHARGE CYCLE STARTED @ 14. 17
/0
TFRAPPP ATI IRFC °r-.
TIME
DISCHARGE
EXHAUST
DISCHARGE
PRODUCT
DRY
TIMER
CHANBER
IN
CHAMBER
OUT
ROTOR
IN
ROTOR -
OUT
0.1.
D
3 (
D
Ce.
- 97
3
-
�- t
3a
a
E
:615
q
S
�d
F p
DRYER OUTPUT
%SOLIDS • •
DISH WGT
GRAMS
WETSAMPLE+ DISH
GRAMS
DRIED SAMPLE+ DISH
GRAMS
f wpT. 3 •!/aa
2ND WGT. //
3RD WGT.
a . U ; ya2-937 x 100
13, I ,f TOTALSOLIDS
2ND DRYER BATCH
FILL CYCLE START @A67 DRY CYCLE STARTED @ . 3� DISCHARGE CYCLE STARTED @ a
TrRADIMATI MCC OC
TIME
DISCHARGE
EXHAUST
DISCHARGE
PRODUCT
DRY
TIMER
CHANBER
IN
CHAMBER
OUT
ROTOR
• IN
ROTOR
OUT
O.I.
a
D
a
b
-4a
i!
IV213
.5�5
eo
• 2.
.116
yf36
46,
a ao
c
DRYER OUTPUT
SOLIDS
•2.
0
DISH WGT -
WET SAMPLE + DISH
DRIED SAMPLE + DISH
GRAMS
GRAMS
GRAMS
I ocw
P.1 . 7
1T WGT.
2ND WGT.
3RD WGT.
X100 Q
% TOTAL SOLIDS % �b
CALCULATIONS: (DRIED SAMPLE + DISH - DISH WGT.) x 100
WET SAMPLE + DISH - DISH SGT. _ % TOTAL SOLIDS
12/12/17JH
N

I VVJH unym urcm- uima
DAILY RECORD
3RD DRYER BATCH
FILL CYCLE START @ DRY CYCLE STARTED @ DISCHARGE CYCLE STARTED @
rrw Anrn ATI inP[' Or-
®
T�
OUT
DRYER OUTPUT l
% SOLIDS
RESET #
DISH WGT
WET SAMPLE + DISH
DRIED SAMPLE + DISH
GRAMS
GRAMS
GRAMS GRAMS
1�T WGT.
2ND WGT.
3RD WGT.
X 100
'= %TOTAL SOLIDS
DISH WGT
WET SAMPLE + DISH
DRIED SAMPLE + DISH
GRAMS
GRAMS
GRAMS GRAMS
1T WGT.
2ND WGT.
3ao WGT.
RESET #
CALCULATION
x 100
% TOTAL SOLIDS
DISH WGT
WET SAMPLE + DISH
DRIED SAMPLE + DISH
GRAMS
GRAMS
GRAMS GRAMS .
1'T WGT.
2ND WGT.
3RD WGT.
S:
x 100
'= % TOTAL SOLIDS
(DRIED SAMPLE + DISH - DISH WGT.) x 100
WET SAMPLE + DISH - DISH SGT. '_ % TOTAL SOLIDS
ALARMS OR COMMENTS -
12/12/17JH

TWSA DRYER OPERATIONS
DAILY -RECORD
DATE 3
START STOP TOTAL
\ RUN TIME, HRS
1st DRYER BATCH
FILL CYCLE START @ �' 7
CA
/a'
7 DRY CYCLE STARTED @ -bg DISCHARGE CYCLE STARTED @
TPRADGRATI I09:4Z 9W
TIME
DISCHARGE
EXHAUST
DISCHARGE
ODUCT
DRY
TIMER
CHAMBER
IN
CHAMBER
OUT
ROTOR
IN
ROTOR
OUT
0.1.
5V
14 a
2:7 5
-o
J4 J
a
ep
2)
/do
'q 5
of
160
3
t
3 1
1 ?l
11 9-3
165
I 'qq (o
DRYER OUTPUT
SOLIDS
DISH WGT
GRAMS
WET SAMPLE +DISH
GRAMS-
DRIED SAMPLE +DISH
GRAMS
wGT.
2ND WGT. q, a // v
3RD WGT.
- . �Btiap51 Rsas 1 °17 x100
' = % TOTAL SOLIDS
2ND DRYER BATCH 3 / `
FILL CYCLE START @ ! D�'7 !' DRY CYCLE STARTED @ ; DISCHARGE CYCLE STARTED @.�5
TIMADFRATI IR•FC UD
TIME
DISCHARGE
EXHAUST
DISCHARGE
PRODUCT
DRY
TIMER
CHANBER
IN
CHAMBER
OUT
ROTOR
IN
ROTOR
OUT
O.I.
g
a
o
o T.
8
32 F
IF'6
-
, 6$
3jilie
so
hKAA
413
4
eil
DRYER OUTPUT
SOLIDS
•1.
0
DISH WGT -
GRAMS
WET SAMPLE + DISH
GRAMS
DRIED SAMPLE + DISH
GRAMS
1
.13I 9- 33
1T3 .
r
2 N D WGT.
3RD WGT.
1a.aa % TOTAL SOLIDS•
a
CALCULATIONS: (DRIED SAMPLE +DISH — DISH WGT. 1 x 100
WET SAMPLE + DISH — DISH SGT. _ %TOTAL SOLIDS
12/12/17JH

DAILY RECORD
3RD DRYER BATCH
FILL CYCLE START @ DRY CYCLE STARTED @ DISCHARGE CYCLE STARTED @
0-
TIME
DISCHARGE
EXHAUST
DISCHARGE
PRODUCT
1 civircnmi
DRY
TIMER
vnw
CHAMBER
IN
r
CHAMBER
OUT
ROTOR
IN
ROTOR
OUT
O.I.
DRYER OUTPUT
% SOLIDS
RESET #
RESET #
CALCULATIOI`
DISH WGT
WET SAMPLE + DISH
DRIED SAMPLE + DISH
GRAMS
GRAMS
GRAMS GRAMS
1' WGT.
2ND WGT-.
3RD WGT.
X 100
% TOTAL SOLIDS
DISH WGT
GRAMS
WET SAMPLE + DISH
GRAMS
DRIED SAMPLE + DISH
GRAMS' GRAMS
1�T WGT.
2ND WGT.
3RD WGT.
X 100
'= % TOTAL SOLIDS
DISH WGT
WET SAMPLE + DISH
DRIED SAMPLE + DISH
GRAMS
GRAMS
GRAMS GRAMS
17 WGT.
2ND WGT.
3RD WGT.
S:
ALARMS OR COMMENTS -
r
v
X 100
%TOTAL SOLIDS
(DRIED SAMPLE + DISH - DISH WGT.) x 100
WET SAMPLE + DISH - DISH SGT. '= %TOTAL SOLIDS
12/12/17JH

4
TWSA DRYER OPERATIONS
DAILY RECORD
DATE
START STOP TOTAL
RUN TIME,-HRS j
15L DRYER BATCH
FILL CYCLE START @ :3.I DRY CYCLE STARTED @ DISCHARGE CYCLE STARTED @ l d %✓?`t� =`
TIMARGRATI IRCC OC'
TIME
DISCHARGE
EXHAUST
DISCHARGE
PRODUCT
DRY
TIMER
CHAMBER
IN
CHAMBER
OUT
ROTOR
IN
ROTOR
OUT
0.1.
A
Acl
ce
rl�
C
qq5
o
�1Ice
9-
e�
"o
-q3e,
xs
;:Zzjc
C?
ID '3.
1A
a r5
J�45
�-f 1
414*5
a
DRYER OUTPUT
% SOLIDS
DISH WGT
WET SAMPLE + DISH
DRIED SAMPLE + DISH
GRAMS
GRAMS
GRAMS
,,999ci
2-
1-7WGT. 2V, 03
2ND WGT.
3RD WGT.
X 100
"a,�— ' _ %TOTAL SOLIDS � a
2ND DRYER BATCH 6 .
FILL CYCLE START @ Igo DRY CYCLE STARTED @ a DISCHARGE CYCLE STARTED @ :, 1
TIMADCDATI MCC Or:
TIME
DISCHARGE
EXHAUST
DISCHARGE
PRODUCT
DRY
TIMER
CHANBER v
IN
CHAMBER
OUT
ROTOR
IN
ROTOR
OUT
0.1.
11
1
3
66
1271
••
b q
5
DJ4
J4 x
q 3 1:11.
JGd
C
'
a
aoa
c
DRYER OUTPUT
% SOLIDS
12/12/17JH
DISH WGT •
WET SAMPLE + DISH
DRIED SAMPLE + DISH
GRAMS
GRAMS
GRAMS
�tu171
1IWGT:
2ND WGT-
3 RD WGT.
q 3b I X100
' = % TOTAL SOLIDS
CALCULATIONS: (DRIED SAMPLE + DISH - DISH WGT.) x 100
WET SAMPLE + DISH - DISH SGT. = % TOTAL SOLIDS

IVVJH UKTCR urrnmI IVIVJ
DAILY RECORD
3RD DRYER BATCH
FILL CYCLE START @ DRY CYCLE STARTED @ Z DISCHARGE CYCLE STARTED @
Tanre- or
DISCHARGE
DISCHARGE
I LIVIr"%il
DRY
l v It
CHANBER
. a
CHAMBER
ROTOR
ROTOR
TIME
EXHAUST
10
PRODUCT
3 Z
TIMER
C)
IN
39 9
OUT
3 Sty
IN
39 9
OUT
15
0.1.
-&A
19,214
t
I
?>L4
I l
nLIS
5:oq
c350
!Do
I 4LE 5
445
Zz
�
',54
1 F-7
gwl
50
L- 65
q4 5
;3
I141
jq5
I LXIG,
DRYER OUTPUT
SOLIDS
RESET #
RESET #
CALCULATIOI`
DISH WGT WET SAMPLE + DISH DRIED SAMPLE + DISH
GRAMS GRAMS GRAMS GRAMS
OZ O °( 2. 1 --1 LA 19. 1�WGT. a
2ND WGT. a3:6�S-
1 /� 3RD WGT.
Q
x 100 %TOTAL SOLIDS
a ---2 a [ !
DISH WGT
GRAMS
WET SAMPLE +DISH
GRAMS
DRIED SAMPLE +DISH
GRAMS GRAMS
1T WGT.
2ND WGT.
3RD WGT.
X-100
'= % TOTAL SOLIDS
DISH WGT
GRAMS
WET SAMPLE + DISH
GRAMS
DRIED SAMPLE + DISH
GRAMS GRAMS
1T WGT.
S:
2ND, WGT. `
3RD WGT.
X 100
% TOTAL SOLIDS
(DRIED SAMPLE + DISH - DISH WGT. 1 X 100
WET SAMPLE + DISH - DISH SGT. '= %TOTAL SOLIDS
ALARMS OR COMMENTS -
c-
12/12/17JH

TWSA DRYER OPERATIONS
DAILY RECORD
DATE 3
START STOP TOTAL
RUN TIME, HRS
I" DRYER BATCH
FILL CYCLE START @ - 3 V DRY CYCLE STARTED @ = DISCHARGE CYCLE STARTED @
TCRADCRATI IRCC OC'
mulatelpilligm
OUT
wl am
IN
s r
���
�►„
gm
DRYER OUTPUT
%SOLIDS
DISH WGT
GRAMS
WET SAMPLE + DISH
GRAMS
DRIED SAMPLE + DISH
GRAMS
�� r✓%
��• j1J�
j
1T WGT. 16,
2ND WGT. % . g a 3v
3RD WGT.
7�782 X100
J �r TOTAL SOLIDS
2ND DRYER BATCH J �¢
FILL CYCLE START @ DRY CYCLE STARTED @ • d1O DISCHARGE CYCLE STARTED @ o- : A1d
TPUDCRATI IR•Cr, °C
TIME
DISCHARGE
EXHAUST
DISCHARGE
PRODUCT
DRY
TIMER
CHANGER
IN
CHAMBER
OUT
ROTOR
IN
ROTOR
OUT
0.1.
c:aZ
ro
.
0
3
•:
q9
1,0D
44S
VILA
/50.
q*s
a .
a: 4o
12 6
q a, 3
a.©d
6
a
-
DRYER OUTPUT
SOLIDS
DISH WGT
GRAMS
WET SAMPLE + DISH
GRAMS
DRIED SAMPLE + DISH
GRAMS
1T WGT.
2ND WGT.
3RD WGT.
X 100
' = % TOTAL SOLIDS 91.
CALCULATIONS: (DRIED SAMPLE+ DISH - DISH WGT.) x 100
WET SAMPLE + DISH - DISH SGT. _ % TOTAL SOLIDS
12/12/17JH

DAILY RECORD
aRD DRYER BATCH
FILL CYCLE START @ oZ��`% DRY CYCLE STARTED @ 3 'Z� DISCHARGE CYCLE STARTED @
Tr: AT1 MCC DC
TIME
DISCHARGE
EXHAUST
DISCHARGE
PRODUCT
DRY �
TIMER
CHANBER
IN
CHAMBER
OUT
ROTOR
IN
ROTOR
OUT.
0.1.
Lfo
r s
3W
6'0.
Z2
Y t
((o
U LJ
�sa5
$
/b
(4
� 37
4
2.,r 8
��
5 %55
18Lf
'llD
L445
u3
1 44 S
1 zzC
<-TQ
',qa
1 ' .
&
,,5
4 cf <
L14D
Lf t-(
ZSY
7 FT
DRYER OUTPUT
SOLIDS
RESET #
DISH WGT
GRAMS
WET SAMPLE + DISH
GRAMS
DRIED SAMPLE + DISH
GRAMS
g
/
! f/ P 3/
1gWGT. (/GRAIMS
2ND WGT-
3 RD WGT.
�r l�3ya X100
f.5r 3r3 '=%TOTALSOLIDS
DISH•WGT
GRAMS
WET SAMPLE+ DISH
GRAMS
DRIED SAMPLE+ DISH
GRAMS GRAMS
1' WGT.
2ND WGT.
3RD WGT.
RESET #
CALCULATION
X 100
% TOTAL SOLIDS
MPLE +DISH
GRAMS
DISH WGT
GRAMS
WET SAMPLE + DISH
GRAMS
DRIED SA
GRAMS
1 r WGT.
S:
2ND WGT.
3RD WGT.
ALARMS OR COMMENTS -
r�
12/12/17JH
X 100
'= % TOTAL SOLIDS
(DRIED SAMPLE + DISH - DISH WGTJ x 100
WET SAMPLE + DISH - DISH SGT. '_ % TOTAL SOLIDS

TWSA DRYER OPERATIONS
DAILY RECORD
c, 5 10
DATE 4Z _ d. `
A7 START STOP TOTAL
RUN TIME, HRS to / '`Q "A Ok/
1st DRYER BATCH j
FILL CYCLE START @ DRY CYCLE STARTED- @ ��` DISCHARGE CYCLE STARTED @ <rt`
TFAAPFRATI IRM OG•
TIME
DISCHARGE
EXHAUST
DISCHARGE
PRODUCT
DRY
TIMER
CHANBER
IN
CHAMBER
OUT
ROTOR
1N
ROTOR
OUT
0.1.
IR-9
13 1
1 1I0
0
C7
o✓
D �"
/vf0
�
a
D
ci
1'M
os
j+
W
DRYER OUTPUT
SOLIDS
r.
DISHWGT
GRAMS
WETSAMPLE+DISH
GRAMS
DRIED SAMPLE +D.ISH
GRAMS
(, u`Z3P
Z2, 5 3 Q 4
1� WGT.
2Nn WGT. a
RD .
3WGT
X 100
q % TOTAL SOLIDS , 7�
2NO DRYER BATCH
FILL CYCLE START @ %�:5, DRY CYCLE STARTED @ ! = �� DISCHARGE CYCLE STARTED @
TEMPERATURES °F
TIME
DISCHARGE
EXHAUST
DISCHARGE
PRODUCT
DRY
TIMER
CHANBER
IN
CHAMBER
OUT
ROTOR
IN
ROTOR
OUT
0:1.
t;
�
l
6
2
3
_ o�
v�
.jqI'la.
33�
o
4a
to
Ia
1�
5'o
(o
-7
LI(o
2 2-
Q
0,
06
4 G
/
DRYER OUTPUT
SOLIDS
12/12/17JH
DISH WGT
GRAMS
WET SAMPLE + DISH
GRAMS
DRIED SAMPLE + DISH
GRAMS
rp� / /
1l WGT. "2_;Z
/ �
2ND WGT. �.-S� (O
3RD WGT.
X 100
%TOTAL SOLIDS' 6)�
CALCULATIONS: IDRIED SAMPLE + DISH - DISH WGT.) x 100
WET -SAMPLE + DISH - DISH SGT. = %TOTAL SOLIDS
�v

DAILY RECORD
3RD DRYER BATCH
FILL CYCLE START @ ' DRY CYCLE STARTED @ 3 t/ 3q DISCHARGE CYCLE STARTED @
-A- l mrr Or,
DISCHARGE
DISCHARGE
1 LIYIF
DRY
"11r I
CHANBER
CHAMBER
ROTOR
ROTOR
TIME
EXHAUST
Iqq
PRODUCT
t3
TIMER
4
IN
OUT
3(o
IN
3wo
OUT
t S
0.1.
2L1
19.3
L 2A
r0
5 r I
i
-7 .
1 oO
qLt
3
Lt L
Z3q
�o
2
3�
c7
(4q(p
Z33
11.4
►
�t�
4 6,
LF\-(
ZJA t
3-c.J
DRYER OUTPUT
SOLIDS
RESET #
RESET #
DISH WGT
GRAMS
WET SAMPLE + DISH
GRAMS
DRIED SAMPLE + DISH
GRAMS GRAMS
Z3e L(LF7
1�rWGT. 12-gq7
2ND WGT..$ t0
3
3RD WGT.
a I Y9 553 D X 100
a a --7 3 a (e -'= % TOTAL SOLIDS is
DISH WGT
WET SAMPLE + DISSH
DRIED SAMPLE +- DISH
GRAMS
GRAMS
GRAMS GRAMS
1' WGT.
2ND WGT.
3RD WGT.
CALCULATION
X 100
'= % TOTALSOLIDS
DISH WGT
GRAMS
WET SAMPLE + DISH
GRAMS
DRIED SAMPLE + DISH
GRAMS GRAMS
1T WGT.
S:
2ND WGT.
3RD WGT.
X 100
% TOTAL SOLIDS _
,(DRIED SAMPLE + DISH - DISH WGT.) x 100
WET SAMPLE + DISH - DISH SGT. '_ % TOTAL SOLIDS
ALARMS OR COMMENTS -
12/12/17JH

TWSA DRYER OPERATIONS
DAILY RECORD
DATE - 7
START STOP TOTAL
RUN TIME, HRS
1' DRYER BATCH
FILL CYCLE START.@ tp.'vZ DRY CYCLE STARTED @ I DISCHARGE CYCLE STARTED @ Da
rrnnnrn A" mrc• Or -
TIME
DISCHARGE
EXHAUST
DISCHARGE
PRODUCT
DRY
TIMER
CHANBER v
IN
CHAMBER
OUT
ROTOR
IN
ROTOR
OUT
0.1.
lD
D
g�
_
a
0
1 L71
a9Q
7-.
'
V
/S'o
43 1
4g
a�
�.
6.
y
DRYER OUTPUT
SOLIDS
DISH WGT
GRAMS
WET SAMPLE + DISH
GRAMS
DRIED SAMPLE + DISH
GRAMS
Loqo&
16-707
Rr WGT..
2ND WGT-
3RD.WGT.
a /I , 23/� 1 o s' x 100
ND � 7a-7I ' _ % TOTAL•SOLIDS
-2 DRYER BATCH .
-FILL-CYCLE START @ A) - S a DRY CYCLE STARTED @ v a� DISCHARGE CYCLE STARTED @_ 0•=417
TEMPERATURES °F
TIME
DISCHARGE
EXHAUST
DISCHARGE
PRODUCT
DRY
TIMER
CHANBER
IN
CHAMBER
OUT
ROTOR
IN
ROTOR
OUT
0.1.
7
3 &1
o-
s
tQ
191
3-/a
.�O
41& C3
a-' `?
9-00
474
DRYER OUTPUT
SOLIDS
DISH WGT
WET SAMPLE + DISH
DRIED SAMPLE + DISH
GRAMS
,GRAMS
GRAMS
1T WGT.
2ND WGT.
3RD WGT.
X 100
( 3, 35 ag ' _ % TOTAL SOLIDS _�Jz !349 y
CALCULATIONS: DRIED SAMPLE + DISH - DISH.WGT.) x 100
WET SAMPLE + DISH -DISH SGT. _ % TOTAL SOLIDS
12/12/17JH

TWSA DRYER OPERATIONS
DAILY RECORD
3RD DRYER BATCH
FILL CYCLE START @ =� DRY CYCLE STARTED @ �- 3 3 DISCHARGE CYCLE STARTED
TrneorDATI IDCC Or -
TIME
DISCHARGE
EXHAUST
DISCHARGE
PRODUCT
DRY
TIMER
CHAMBER
IN
CHAMBER
OUT
ROTOR
IN
ROTOR
OUT
0.1.
3 t 33
(go
319
(o
399
`377
39 r
Ise
LI:)_3
leA
333
D
-7
1115
�So
d D
LI kS
�13 7
�ILI S
2'z Z
3ff
y
b
g I-r-1
qqo
I yqo
`f3i
ass
u
DRYER OUTPUT
SOLIDS
RESET #
RESET #
CALCU LATI O P
DISH WGT
GRAMS
WET SAMPLE + DISH
GRAMS
DRIED SAMPLE + DISH
GRAMS GRAMS
3(77a
T WGT.
2ND WGT. l5, 56 5�
3RD WGT.
, ! 7 / q X 100 -�i
%51 3055 % TOTAL SOLIDS
DISH WGT
GRAMS
WET SAMPLE + DISH
GRAMS
• DRIED SAMPLE + DISH
GRAMS GRAMS
1T WGT.
2ND WGT.
3RD WGT. 1
X 100
'= % TOTAL SOLIDS _
MPLE +DISH
-GRAMS -
DISH WGT
GRAMS
WET SAMPLE+ DISH
GRAMS
DRIED SA
GRAMS
1'T WGT.
•
S.;3RD
2ND WGT.
WGT.
X 100
% TOTAL SOLIDS _
(DRIED SAMPLE + DISH - DISH WGT.) x 100
WET SAMPLE + DISH - DISH SGT. '= % TOTAL SOLIDS
ALARMS OR COMMENTS -
,
12/12/17JH

TWSA DRYER OPERATIONS
DAILY RECORD
DATE
t
START STOP TOTAL
RUN TIME, HRS / %:.3.3 /
P DRYER BATCH ,
FILL CYCLE START @ DRY CYCLE STARTED @_~I I DISCHARGE CYCLE STARTED
'TrnAnrnAT11nrro'.
DISCHARGE
DISCHARGE
DRY
CHANBER
CHAMBER
ROTOR
ROTOR
TIME
EXHAUST
PRODUCT
TIMER
IN
OUT.
IN
OUT
0.1.
t 3
o
f�6_1 •.
3
g�
1 J13
6
yr 0
0 `Z
IZa
8 = 63
i 9 0
kA
3
04f,�a�
e
- 3f!
9-
2THe
A05
4
6
"
:3,
DRYER OUTPUT
SOLIDS
DISHWGT
GRAMS
WETSAMPLE+DISH
GRAMS
DRIED SAMPLE +DISH
GRAMS
1,
rv.�aa6
1TWGT. L9ir :DV -
2ND WGT. 9 69/ lS.Dl7 .
3RD WGT. •
X 100 p
9 , /q-q-q '_%TOTAL SOLIDS' / b
2ND DRYER BATCH
FILL CYCLE START @ D1` DRY CYCLE STARTED @ s a3 DISCHARGE CYCLE STARTED @ =�3
• TCf1ADCD ATIIn.rr �r •
DISCHARGE
DISCHARGE
DRY
LI\!"ll VI\LJ
CHANBER
1-
CHAMBER
ROTOR
ROTOR
TIME
EXHAUST
-PRODUCT
TIMER••
IN
OUT
IN. •
OUT
0.1.
y
1
Id,: i3
3
_ D
a
oL
D 3
lb- 0
.�
''�
�g
DRYER OUTPUT
SOLIDS
12/12/17JH
DISH WGT -
GRAMS
WET SAMPLE + DISH
GRAMS
DRIED SAMPLE + DISH
GRAMS
1�WGT. lq- /5 o-v -DIU \
2ND WGT.
3RD WGT.
12. IS Da- x 100 q
% TOTAL SOLIDS (,. -7 6
CALCULATIONS: (DRIED SAMPLE+ DISH - DISH WGT 1 x 100
WET SAMPLE +.DISH - DISH SGT. _ % TOTAL SOLIDS

TWSA DRYER OPERATIONS
DAILY RECORD
3RD DRYER BATCH
FILL CYCLE START @ - (✓ DRY CYCLE STARTED @3-2g DISCHARGE CYCLE STARTED.@ 2 o; -
TCf AnffDATI MCC"OE
TIME
DISCHARGE
EXHAUST
DISCHARGE
PRODUCT
DRY
TIMER
CHAMBER
IN
CHAMBER
OUT
ROTOR
IN
ROTOR
OUT
0.1.
3.2a
Icm
-30�
3a4
271L
'3q3
/sa
Lh (g
3
_ O
4:1.1
NbcA
�/22
Id 3
—N
0 8
3/ 7
1 0 U
I V ql
3)
c c
'3
3
S�
195
3b's
1 o
kc{9
115
c �
ZZ S
3
c
El
l .5
I i1142
l
23
DRYER OUTPUT
% SOLIDS
RESET #
RESET #
CALCU LATI OIL
DISH WGT
GRAMS
WET SAMPLE + DISH
GRAMS
DRIED SAMPLE + DISH
GRAMS GRAMS
�.03,iq
.11.57ff%
1�rWGT.
2ND WGT. D'DD: p
3RD WGT.
g 9 x soo dry/
'= %TOTAL SOLIDS q1 ' /T
DISH WGT
GRAMS
WET SAMPLE + DISH
GRAMS
DRIED SAMPLE+ DISH
GRAMS GRAMS
1�WGT.
2ND WGT.
3RD WGT.
X 100
'= % TOTAL SOLIDS
DISH WGT
GRAMS
WET SAMPLE + DISH
GRAMS
DRIED SAMPLE + DISH
GRAMS GRAMS
1' WGT.
S:
2ND WGT.
3RD WGT.
X 100
% TOTAL SOLI DS —
(DRIED SAMPLE + DISH - DISH WGT.) x 100
WET SAMPLE + DISH - DISH SGT. '= % TOTAL SOLIDS
ALARMS OR COMMENTS -
12/12/17JH

TWSA DRYER OPERATIONS ! T /5 46
DAILY RECORD
DATE if%"1
-- START STOP TOTAL
RUN TIME, HRS F
1' DRYER BATCH
FILL CYCLE START @ �Jg DRY CYCLE STARTED @ DISCHARGE CYCLE STARTED @ I b• = %
TI'AAA1-•A A TI 111P• 01"
DISCHARGE
DISCHARGE
DRY
• CHANBER V
, CHAMBER
ROTOR
ROTOR
TIME
EXHAUST
PRODUCT
TIMER
.IN
OUT
IN
OUT
0.1.
c�.
p
0
�3 GP d.
lid,
-
$
v
a.le
DRYER OUTPUT
SOLIDS
DISH WGT
GRAMS
WET SAMPLE + DISH
GRAMS
DRIED SAMPLE + DISH
GRAMS
I-Imis
15.
oclsq
17 WGT.. 1 a .�
t1J
2ND WGT. Z ,
3RD WGT.
ND ' L�� � ,' '=%TOTALSOLIDS;-y�
2 . DRYER BATCH
FILL CYCLE START @ /a=7 DRY CYCLE STARTED @ '_� - as DISCHARGE CYCLE STARTED @
`rra Anrn ATf IIt— 01
DISCHARGE
DISCHARGE
DRY
CHANBER
CHAMBER
ROTOR •
ROTOR
TIME
EXHAUST
PRODUCT
TIMER
IN
OUT
IN
OUT
0.1.
3t
©
':off
1 b
'
3
adoZ414
�5
a
V 5
��.
a
g
a o
DRYER OUTPUT
SOLIDS
DISH WGT
GRAMS
WET SAMPLE + DISH
GRAMS
DRIED SAMPLE + DISH
q GRAMS
Tall .S'
ILLAso
1TWGT. / �. /���
2ND WGT. ell
3RD WGT.
_I �� 1�GS' m 2�7aa-oaf x100
% TOTAL SOLIDS
CALCULATIONS: (DRIED SAMPLE + DISH - DISH WGT) x 100
WET SAMPLE + DISH - DISH SGT. = % TOTAL SOLIDS
12/12/17JH

TWSA DRYER OPERATIONS
• DAILY RECORD
3RD DRYER BATCH
FILL CYCLE START @ a ' a DRY CYCLE STARTED @ �?J. -7 DISCHARGE CYCLE STARTED @
.,A�lmrrOr
TIME
DISCHARGE
EXHAUST
DISCHARGE
PRODUCT
DRY
TIMER
CHANBER
IN
CHAMBER
OUT
ROTOR
IN
ROTOR
OUT
0.1.
:2
0
3IS
6
37 •
Z911,
I62-
7A
:I
1�17c
3�,3
d
l5
'Wa.B"
t67
v
5� 7
160
`�
3
yard
32_
:4Z
Z
`12s
IV-7
V25
2'`�Z
DRYER OUTPUT
SOLIDS
RESET #
RESET #
CALCULATIOP
DISH WGT
WET SAMPLE + DISH
DRIED SAMPLE + DISH
-GRAMS
GRAMS
GRAMS GRAMS
�j
1�WGT. D �$
2ND WGT.
3RD WGT.
,_.,� 7 � 5q•�3 i � 3�e� � �� � x 100
'_ %TOTAL SOLIDS
DISH WGT
GRAMS
WET SAMPLE + DISH
GRAMS.
DRIED SAMPLE + DISH
GRAMS GRAMS
1' WGT.
2ND WGT.
3RD WGT.
X 100
'= % TOTAL SOLI OS
DISH WGT
WET SAMPLE+ DISH
DRIED SAMPLE+ DISH
GRAMS
GRAMS
GRAMS GRAMS
1' WGT.
2ND WGT.
3RD WGT.
S:
X 100
'= % TOTAL SOLIDS
(DRIED SAMPLE + DISH - DISH WGT.) x 100
WET SAMPLE + DISH - DISH SGT. '= %TOTAL SOLIDS
ALARMS OR COMMENTS -
12/12/17JH

TWSA DRYER OPERATIONS Q U 3a-
DAILY RECORD
DATE
' •_. START STOP TOTAL
RUN TIME, HRS Jc / !�•, /d /
1n DRYER BATCH
' FILL CYCLE START @_ DRY CYCLE STARTED @ $_ •Jr DISCHARGE CYCLE STARTED
rrnnnrn e'1'1 mrr °r-
I -DISCHARGE
DISCHARGE
DRY
-
CHANBER
CHAMBER
ROTOR
ROTOR
TIME
EXHAUST
PRODUCT
TIMER
IN
OUT
IN-
OUT
0.1.
`
d
83
2*
3?
E
a 4
s-sQ
'�7:7
/
b
!p
a
E
-%
I n
�-dS .
b
*
DRYER OUTPUT
SOLIDS
DISH WGT
GRAMS
WET SAMPLE + DISH
GRAMS
DRIED SAMPLE + DISH
GRAMS
(.0535
2-4i N53
/
1srWGT.. aa'�a-0a--
2ND WGT. O
3RD WGT.
x 100
% TOTAL SOLIDS . �/b �o
2ND DRYER BATCH '
FILL CYCLE START•@_/a. -2 7 DRY CYCLE STARTED @ / . to a" DISCHARGE CYCLE STARTED @
DISCHARGE
DISCHARGE
DRY
Y11 LI\ . VI\LJ
CHANBER
1
CHAMBER
ROTOR
ROTOR
TIME
EXHAUST
PRODUCT
TIMER
IN
OUT
IN
OUT
0.1.
-5a
3
a
l
d
a
_�37`
41.4
-ij/
�
�-
3
CI(f�
Zzz_
1-7.
i
2215
� A
y4t
L 14(o
)
DRYER OUTPUT
SOLIDS
1�
12/12/17JH
DISHWGT
GRAMS
WETSAMPLE+DISH
GRAMS
DRIED SAMPLE +DISH
GRAMS
fwGT ' 2V 07.6
2ND WGT. o� Q�
3RD WGT.
A.5. Dag � fir, 0.�3 x 100
' = % TOTAL SOLIDS
CALCULATIONS: (DRIED SAMPLE + DISH - DISH WGT.) x 100
WET SAMPLE + DISH - DISH SGT. _ % TOTAL SOLIDS

TWSA DRYER OPERATIONS
DAILY RECORD
3RD DRYER BATCH
FILL CYCLE START @ DRY CYCLE STARTED @ DISCHARGE CYCLE STARTED @=
-rrK enrD A" IDCC C'L
TIME
DISCHARGE
EXHAUST
DISCHARGE
PRODUCT
DRY
TIMER
•CHANBER
IN
CHAMBER
OUT
ROTOR
IN
ROTOR
OUT
0.1.
Q
d
50
DRYER OUTPUT
%SOLIDS
RESET #
RESET #
CALCULATION
DISH WGT
WET SAMPLE + DISH
DRIED SAMPLE + DISH
GRAMS
GRAMS
GRAMS GRAMS
1''T WGT.
2ND WGT.
3RD WGT.
X 100
'= % TOTAL SOLIDS
DISH WGT
GRAMS
WE SAMPLE + DISH
GRAMS
DRIED SAMPLE + DISH
GRAMS GRAMS
17 WGT.
2ND WGT.
3RD WGT.
X 100
'= % TOTAL SOLIDS
DISH WGT
WET SAMPLE + DISH
DRIED SAMPLE + DISH
GRAMS
GRAMS
GRAMS. GRAMS
1' WGT.
2ND WGT.
3RD WGT.
S:
X 100
% TOTAL SOLIDS
(DRIED SAMPLE + DISH - DISH WGT.) x 100
WET SAMPLE + DISH - DISH SGT. '_ % TOTAL SOLIDS
ALARMS OR COMMENTS -
12/12/17JH

TWSA DRYER OPERATIONS
DAILY RECORD 01 4
DATE
START STOP TOTAL
RUN TIME, HRS
, 1st DRYER BATCH
D
FILL CYCLE START @. 3 DRY CYCLE STARTED @ 7-,-V
DISCHARGE CYCLE STARTED
TEMPERATURES
°F
DISCHARGE
DISCHARGE
DRY
CHANBER
CHAMBER
ROTOR
ROTOR
TIME
EXHAUST .
PRODUCT
TIMER
IN
OUT
IN
OUT
0.1.
7'
17
.
D
s
a
DRYER OUTPUT
SOLIDS
DISH WGT
GRAMS
WETSAMPLE+ DISH
GRAMS
DRIED SAMPLE+ DISH v
GRAMS
l.005l
Z202-01'
1sTWGT...
2ND WGT.
3RD WGT.
X 100
�. 2 NDDRYER BATCH % TOTAL SOLIDS
l
FILL CYCLE START DRY CYCLE STARTED @ d , �, DISCHARGE CYCLE STARTED @_ 4: y
TEMPERATURES °
t,
DISCHARGE
- DISCHARGE
DRY
CHANBER
F
CHAMBER
ROTOR
ROTOR
TIME
EXHAUST
PRODUCT
TIMER
IN
OUT
IN
OUT
0.1.
as
�'
317
115S
c
o
e
DRYER OUTPUT
SOLIDS
12/12/17JH
DISHWGT
GRAMS
WETSAMPLE+DISH
GRAMS
DRIED SAMPLE +DISH
GRAMS
24. l Z3 Z
1srWGT-
ND WGT.
3RD WGT.
X 100
a5,, %TOTAL SOLIDS
CALCULATIONS: (DRIED SAMPLE + DISH - DISH WGT 1 x 100
WET SAMPLE + DISH - DISH SGT. _ % TOTAL SOLIDS

TWSA DRYER OPERATIONS
DAILY RECORD
3RD DRYER BATCH
FILL CYCLE START @ DRY CYCLE STARTED @ ' ZS DISCHARGE CYCLE STARTED @
w Aft— ATl InrC 0,
DISCHARGE
DISCHARGE
DRY �
CHAMBER -
• CHAMBER
ROTOR
ROTOR
TIME
3,zg
EXHAUST
t9Z.
PRODUCT
3 (
TIMER
D
IN
3 •",;
OUT
1370
IN
396
OUT
15G
0.1.
15
I 1
Z�
!90
L4
Li
L43--2
(`� •
5,c�
353
160
LILIG
43
ZZ`l
0-
5 - 55
- ! S
3
. !J
L43 `7
q-
Z-13L
a
DRYER OUTPUT
SOLIDS
RESET #
RESET #
CALCULATION
DISH WGT
WET SAMPLE + DISH
DRIED SAMPLE + DISH
GRAMS
GRAMS.
GRAMS GRAMS
i, o
Z I-1•.I-1 Q -7
z�WGT.
2ND WGT. a3 . o y 0
3RD WGT.
90001'� a9375al X100
3 1 C/P I I '_ %TOTAL SOLIDS T�
DISH WGT
GRAMS
WET SAMPLE + DISH
GRAMS
DRIED SAMPLE + DISH
GRAMS GRAMS
1�WGT.
2N0 WGT.
3" WGT.
X 100
% TOTAL SOLIDS
DISH WGT
WET SAMPLE + DISH
DRIED SAMPLE + DISH
GRAMS
GRAMS
GRAMS GRAMS
1" WGT.
2ND WGT.
3RD WGT.
S:
X 100
% TOTAL SOLIDS
(DRIED SAMPLE + DISH - DISH WGT. 1 x 100
WET SAMPLE + DISH - DISH SGT. '_ %TOTAL SOLIDS
ALARMS OR COMMENTS -
12/12/17J H

TWSA DRYER OPERATIONS �• ���j3 b
- , DAILY RECORD
DATE / "/
� START STOP TOTAL
RUN TIME, HRS &
I" DRYER BATCH
FILL CYCLE START @ •3� DRY CYCLE STARTED @ DISCHARGE CYCLE STARTED @
- TCMDCDATI IDCC °C
TIME
DISCHARGE
EXHAUST
DISCHARGE
PRODUCT
DRY
TIMER
CHANBER
IN
CHAMBER
OUT
ROTOR
IN
ROTOR
OUT
0.1.
Sal
i�
a
3
3r�
l�(2
D
6-0
1
�5a
&
Da
4
a1,5
a.,
ao
s
�
5go,
n
DRYER OUTPUT
SOLIDS
DISH WGT
GRAMS
WET SAMPLE+DISH
GRAMS
DRIED SAMPLE +DISH
GRAMS
1, L;L.(O-7
2-1 t 62 �.6
1�T WGT.. /, J
2ND WGT. 9.a 7h
3RD WGT.
X100
'=%TOTALSOLIDS�
2ND DRYER BATCH nn I f
FILL CYCLE START @ V DRY CYCLE STARTED @ l I �� DISCHARGE CYCLE STARTED @ _ 14D
•r-rnenrn A-rl mre- Or
DISCHARGE
DISCHARGE
DRY -
CHANBER v
, CHAMBER
ROTOR •
ROTOR
TIME
EXHAUST
PRODUCT
TIMER
-IN
OUT
IN
OUT
0.1.
1-ao
1
zt
a
7
\.
1 D
3 �.�
'�V
a s
:dlb
414[,:�F
D
All? '7
46 IgS
��33
E'er
a-40
1
15
Govy
DRYER OUTPUT
SOLIDS
DISH WGT
WET SAMPLE + DISH
DRIED SAMPLE + DISH
GRAMS
GRAMS
GRAMS
1 1 v (o 5 l
2-2 1 3 4 Ce b
1T WGT. 2.
2ND WGT.
3RD WGT.
(LIa c�tl(o X100
%TOTAL SOLIDS
�
CALCULATIONS: (DRIED SAMPLE + DISH -.DISH WGT.) x 100
WET SAMPLE + DISH - DISH SGT. _ % TOTAL SOLIDS
-_ 12/12/17JH

I WJA UKYtK UVtKAI IUND
DAILY RECORD
3RD DRYER BATCH //--
FILL CYCLE START @ DRY CYCLE STARTED @ 3 �25 DISCHARGE CYCLE STARTED @ �D
., Arl mre- Or
DISCHARGE
DISCHARGE
DRY
CHAMBER
CHAMBER
ROTOR
ROTOR
TIME
EXHAUST
PRODUCT
TIMER
IN
OUT
IN
OUT
0.1.
,3',z5
lq3
312
�?t
3
38(o
l
�W
15
c(I
339
60
4 "7
I
ID`"LIA
6: 05
4 2
v 49
D D
'-t 3-7
4q
2Z-L
51,55
'2
D
Z
Lf Y7
Lfq-7
Z3 &
(o'4D
Z
46`1.
45
t4(45
c4l_3 9
V •5 '
ZE-,8
DRYER OUTPUT
SOLIDS
RESET #
RESET #
CALCULATIOP
DISH WGT
WET SAMPLE + DISH
DRIED SAMPLE + DISH
GRAMS
GRAMS •
GRAMS GRAMS
I,PZ45
`
2'J c
t zb5B
1T WGT. a -3 �•�J
2ND WGT. a 3
3RD WGT.
��1 y 9:Q X 100
d 3 ` 1 g 13 '_ %TOTAL SOLIDS
DISH WGT
GRAMS
WET SAMPLE + DISH
GRAMS •
DRIED SAMPLE + DISH
GRAMS GRAMS
1�1 WGT.
2ND WGT.
3RD WGT.
X 100
'= % TOTAL SOLIDS _
DISH WGT
GRAMS
WET SAMPLE + DISH
GRAMS
DRIED SAMPLE + DISH
GRAMS GRAMS
1' WGT.
•
S:
2ND WGT.
3RD WGT.
X 100
'= % TOTAL SOLIDS
(DRIED SAMPLE + DISH - DISH WGTJ x 100
WET SAMPLE + DISH -DISH SGT. '= % TOTAL SOLIDS
ALARMS OR COMMENTS -
12/1.2/17JH

i TWSA DRYER OPERATIONS �j J
DAILY RECORD
DATE �{ —
,\ START STOP TOTAL
CRUN TIME, HRS / /
1st DRYER BATCH
FILL CYCLE START @ DRY CYCLE STARTED @_ ��7_ DISCHARGE CYCLE STARTED @ /a 1
TFKADIM ATI IRIN DF,
lm�
OUT
we "Im
OVUM
0
WIN,
DRYER OUTPUT
SOLIDS
DISH WGT
GRAMS
WET SAMPLE+DISH
GRAMS
DRIED SAMPLE +DISH
GRAMS
a C) 2-1 Z
2 L(c d 9 (4 C(
n/� �j
1sTWGT.. ,V , 554
2ND WGT.
3RD WGT.
_ `ND 23' 67 5' l ' _ % TOTALSOLIDS.�
2 DRYER BATCH
FILL CYCLE START DRY CYCLE STARTED @ �.Jr DISCHARGE CYCLE STARTED @�
TCIIADCDATI IDCC Or -
TIME
DISCHARGE
EXHAUST
DISCHARGE
PRODUCT
DRY
TIMER
CHAMBER
IN
CHAMBER
OUT
ROTOR
IN
ROTOR
OUT
0.1.
3'
s
eltj
a
A
4a
3
-
as
-
as
le
493
3
0
�-{q
7_3Z
1-4 1 Z_
AbD
LI L{ O
ILf (1(o
Z-3
DRYER OUTPUT
SOLIDS
y.
12/12/17JH
DISH WGT
GRAMS
WET SAMPLE + DISH
GRAMS
DRIED SAMPLE + DISH
GRAMS
1r WGT.
2ND WGT.
3RD WGT.
X 100
' = % TOTAL SOLIDS
CALCULATIONS: (DRIED SAMPLE+ DISH - DISH WGTJ ' x 100
WET SAMPLE + DISH -DISH SGT. = % TOTAL SOLIDS

TWSA DRYER OPERATIONS
DAILY RECORD
t
3RD DRYER BATCH
FILL CYCLE START @ DRY CYCLE STARTED @ DISCHARGE CYCLE STARTED @ '
Trh Anrr)ATI IDCi DC
TIME
DISCHARGE
EXHAUST
DISCHARGE
PRODUCT
DRY
TIMER
CHANBER
IN
CHAMBER
OUT
ROTOR
IN
ROTOR
OUT
0.1.
DRYER OUTPUT
%SOLIDS
RESET #
RESET #
CALCULATIOI
DISH WGT
GRAMS
WET SAMPLE+DISH
GRAMS
DRIED SAMPLE +DISH
GRAMS GRAMS
1T WGT..
2ND WGT.
3RD WGT.
X 100
'= % TOTAL SOLIDS
DISH WGT
GRAMS
WET SAMPLE + DISH
GRAMS
DRIED SAMPLE + DISH
GRAMS GRAMS
1' WGT.
'
2ND WGT.
3RD WGT.
X 100
% TOTAL SOLIDS
DISH WGT
GRAMS
WET SAMPLE + DISH
GRAMS
DRIED SAMPLE + DISH
GRAMS GRAMS
1 r WGT.
IS:.
2ND WGT.
3RD WGT.
X 100
% TOTAL• SOLIDS
(DRIED SAMPLE + DISH - DISH WGT.) x 100
WET SAMPLE + DISH - DISH SGT. '_ % TOTAL SOLIDS
ALARMS OR COMMENTS -
12/12/17JH

t TWSA DRYER OPERATIONS
DAILY RECORD
DATE
START
! STOP TOTAL
r RUN TIME, HRS
1' DRYER BATCH
FILL CYCLE START @ DRY CYCLE STARTED @ : D.J DISCHARGE CYCLE STARTED.@ • c3%
O
•
DISCHARGE DISCHARGE
TEMCHANBERES
DRY
CHAMBER
TIME EXHAUST PRODUCT
TIMER
IN
OUT
4515
Lr37
o
DRYER OUTPUT DISH WGT WET SAMPLE + DISH
SOLIDS GRAMS GRAMS
U 1 Z 3 �e Za % 1ST WGT..
2ND WGT.
3RD WGT.
ROTOR ROTOR -
IN OUT 0.1.
a
ID
i-I13 ILL x.�
.LP4
DRIED SAMPLE + DISH
GRAMS
53 5
4, v.vaq,(, I
_
o..�•
X100
�•2ND
% TOTAL SOLIDS � O
DRYER
BATCH
ff
FILL CYCLE START @ i' D DRY CYCLE STARTED @ -
DISCHARGE
CYCLE STARTED @- 3 -•3yr
w
S
°
TIME
DISCHARGE DISCHARGE
EXHAUST PRODUCT
DRYTEMCHANBER
TIMER
IN
CHAMBER
ROTOR •
ROTOR
OUT
IN
OUT
0.1.
I-
Ela-
t
4
Apt
7 0.) l
....,
a
v-Vv I
DRYER OUTPUT
SOLIDS
DISH=WGTETE+DISHFDRIED SAMPLE.+ DISH
GRAS GRAMS
1' WGT.
2ND WGT.
3RD WGT.
X 100
%TOTAL SOLIDS
CALCULATIONS: (DRIED SAMPLE + DISH - DISH WGT) x 100
WET SAMPLE + DISH - DISH SGT. = % TOTAL SOLIDS

TWSA DRYER OPERATIONS
DAILY RECORD
3RD DRYER BATCH �7
FILL CYCLE START @ 5 DRY CYCLE STARTED @ 4 ,.Z0 DISCHARGE CYCLE STARTED @ S
r�rn e-rl In1=r. br
DISCHARGE
DISCHARGE
1 LIVIu'.—.
DRY
v
CHAMBER
CHAMBER
ROTOR
ROTOR
TIME
EXHAUST
PRODUCT
TIMER
IN
OUT
IN
OUT
t 5To
0.1.
•,
192
303
ao4
Z8 5
u
D 0
LkLk5
Ll3`1
Lm
Z- 3
(0"6o
123
331
/S0
4
Lt3
445
25t5
6
1-7 *- 35
-1 X-L-1
c4 L L.1
qSU
Li Lf 0
L-<<t 3
z 3
DRYER OUTPUT
SOLIDS
RESET #
RESET #.
CALCU LATI O I`
DISH WGT
GRAMS
WET SAMPLE+ DISH
GRAMS
DRIED SAMPLE + DISH
GRAMS GRAMS
1' WGT.
2ND WGT.
3RD WGT.
X 100
'= % TOTAL SOLIDS
DISH WGT
WET SAMPLE + DISH
DRIED SAMPLE + DISH
GRAMS
GRAMS
GRAMS GRAMS
1�. WGT..
2ND WGT.
3RD WGT.
X 100
% TOTAL SOLIDS
DISH WGT
GRAMS
WET SAMPLE + DISH
GRAMS
DRIED SAMPLE + DISH
GRAMS GRAMS
1T WGT.
S.
2ND WGT.
3RD WGT.
X 100
% TOTAL SOLIDS
(DRIED SAMPLE + DISH - DISH WGT.) x 100
WET SAMPLE + DISH - DISH SGT. '_ % TOTAL SOLIDS
ALARMS OR COMMENTS -
p l 5 l r0.'P R't n l� �c P f . Su 1't-P !1 n A va 2 r-1 0.,-Nd 118 1 ,
12/12/17JH

•
TWSA DRYER OPERATIONS [ "
DAILY RECORD
DATE" a 45�
�. START STOP TOTAL
RUN TIME, HRS ,•' ; 22,E / 7: 20
1s' DRYER BATCH
FILL CYCLE START @ �-3� DRY CYCLE STARTED @ : D DISCHARGE CYCLE STARTED @
TMAPFRATI MPZ Qr-.
®
, , •
, 1 •
�®
CHAMBER
OUT
• • • •
• • �m
LMMFARM
_lllll��
/
I
DRYER OUTPUT
%SOLIDS
Cis ;!e— Sg,•�/e
DISH WGT
WET SAMPLE+ DISH
DRIED SAMPLE+ DISH
• GRAMS
'GRAMS
GRAMS
1' WGT..
• s �- /
2ND WGT.
5
3RD WGT.
- L �3 • YctVL/ -L-su(p X 100 n
%TOTAL SOLIDS
2ND DRYER BATCH l
FILL CYCLE START @/ DRY CYCLE STARTED @ I DISCHARGE CYCLE STARTED @ a :36
TCNADCDATI IDCC OC
®
, l
LAI 51411 m
' FillMCI
ttoj 111 IN
®�
CKA-MBERwl;
•UT
• • • •
• • •
DRYER OUTPUT
% SOLIDS
DISH WGT
WET SAMPLE+DISH
DRIED SAMPLE+DISH
GRAMS
GRAMS
GRAMS
1T WGT.
2ND WGT.
3RD WGT.
X 100
' = %TOTAL SOLIDS
1 CALCULATIONS: (DRIED SAMPLE + DISH - DISH WGT.) x 100
WET SAMPLE + DISH - DISH SGT. _ % TOTAL SOLIDS
12/12/17JH

DAILY RECORD
3RD DRYER'BATCH
FILL CYCLE START DRY CYCLE STARTED @ 3' 2-S DISCHARGE CYCLE STARTED @
-rr-?. Anr-n ATI.InCC Or
TIME
DISCHARGE
EXHAUST
DISCHARGE
PRODUCT
DRY
TIMER
CHAMBER
IN
CHAMBER
OUT
ROTOR
IN
ROTOR
OUT
0.1.
3`
4rdr6
36g
3 (S
37
315
IS3
Lub
L1 D a
L
5S
5; a5
' If)
352-
qS7
:Hp
DRYER OUTPUT
SOLIDS
RESET #
.i
>') RESET#
CALCULATION
DISH WGT
WET SAMPLE + DISH
DRIED SAMPLE + DISH
GRAMS
GRAMS
GRAMS GRAMS
1T WGT.
2ND WGT.
3RD WGT.
X 100
'= % TOTAL SOLIDS
DISH WGT
GRAMS
WET SAMPLE + DISH
GRAMS
DRIED SAMPLE + DISH
GRAMS GRAMS
1' WGT.
2ND WGT.
3RD WGT.
13.381 (o x 100
/q-.9/70 '_ % TOTALSOLIDS 91
DISH WGT
GRAMS
WET SAMPLE + DISH
GRAMS
DRIED SAMPLE + DISH
GRAMS GRAMS
AD3(�53
11TWGT.
.
S:
2ND WGT.
3RD WGT..
—;R1,3"*791+9odX100 Q
'_ %TOTAL SOLIDS
a.3
(DRIED SAMPLE + DISH - DISH WGT.) x 100
WET SAMPLE + DISH - DISH SGT. '_ %TOTAL SOLIDS
ALARMS OR COMMENTS -
12/12/17JH
C

-
TWSA DRYER OPERATIONS
DAILY RECORD
DATE 46-3,0''
START
STOP
OTAL
RUN TIME, HRS
:3 C7 / ". /
1st DRYER BATCH
FILL CYCLE START @
DRY CYCLE
STARTED @ •ZU DISCHARGE CYCLE STARTED @
TEMPERATURES °F'
•
TIME
DISCHARGE
EXHAUST
DISCHARGE
PRODUCT
DRY
TIMER
CHANBER
IN
CHAMBER
. OUT
ROTOR
IN
ROTOR
OUT
DRYER OUTPUT
% SOLIDS .
DISH WGT
WET SAMPLE+DISH
DRIED SAMPLE +DISH
GRAMS
GRAMS
GRAMS
t �]4-71)
2.5 1 R.
1ST WGT.. 34 7%
2ND WGT. °�,i -7
3RD WGT.
�3;33c1� x100 nn
%TOTALSOLIDS7�
—�� -2ND DRYER.BATCH i -
FILL CYCLE START @- / DRY CYCLE STARTED @ . 21 DISCHARGE CYCLE STARTED @
TCIIBDCDA,m once Or
TIME
DISCHARGE
EXHAUST
DISCHARGE
PRODUCT'
DRY
TIMER
CHANBER v
IN
CHAMBER
.OUT '
ROTOR •
IN
ROTOR
OUT
0.1.
as
©
JV190),
a
o
41a
elo
D7
moo
-q3
4fl!
2.
c�4je,
,
A/ A1
a
DRYER OUTPUT
%SOLIDS
DISH WGT
GRAMS
WET SAMPLE + DISH
GRAMS
DRIED SAMPLE.+ DISH
GRAMS
1T WGT.
2ND WGT.
3RD WGT.
v
CALCULATIONS:
12/12/17JH
X 100
' = % TOTAL SOLIDS
(DRIED SAMPLE + DISH - DISH WGT.) x 100
WET SAMPLE + DISH - DISH SGT. = % TOTAL SOLIDS

TWSA UKYLK UFLKAI IUIVJ
DAILY RECORD
3RD DRYER BATCH
FILL CYCLE START @ DRY CYCLE STARTED @ ° 32- DISCHARGE CYCLE STARTED @ �1
nrn A- t Mr-r•Or
DISCHARGE
DISCHARGE
t
DRY
urn a
CHANBER
CHAMBER
ROTOR
ROTOR
TIME
31, 3 z
EXHAUST
l R 0
PRODUCT
3 t. cl
TIMER
ly
IN
kA o'�
OUT
3C-9CD
IN
0
OUT
0.1.
s
` 22
IS-7
335
LAk48
Lt v
(85
�
` L Z
9
�3 5 f
0D
q
L-E
446
z33
', o 2
! D
-3
01
Lkq5
LA
L-I.Lt5
237
.t
DRYER OUTPUT
SOLIDS
RESET #
RESET #
CALCU LATI O f
DISH WGT
WET SAMPLE +DISH
DRIED SAMPLE+ DISH
GRAMS
GRAMS-
GRAMS GRAMS
1' WGT.
2ND WGT.
3RD WGT.
X 100
'= %TOTAL SOLIDS
DISH WGT
WET SAMPLE + DISH
DRIED SAMPLE + DISH
GRAMS
GRAMS
GRAMS GRAMS
1' WGT.
2ND WGT.
3ID WGT.
X 100
'= % TOTAL SOLIDS
DISH WGT
GRAMS
WET SAMPLE +DISH
GRAMS
DRIED SAMPLE+ DISH
GRAMS GRAMS
1' WGT.
•
S:
2ND WGT.
RD
3WGT..
X 100
'= % TOTAL SOLIDS
(DRIED SAMPLE + DISH - DISH WGT.) x 100
WET SAMPLE + DISH - DISH SGT. '= % TOTAL SOLIDS
ALARMS OR COMMENTS -
.12/12/17J H
(7

TWSA DRYER OPERATIONS
DAILY RECORD
ot-6(w-
DATE .5 I
START STOP TOTAL
CRUN TIME, HRS 2.. /
3 / 4 .
1' DRYER BATCH
FILL CYCLE START @ to,35 DRY CYCLE STARTED @ D DISCHARGE CYCLE STARTED @�
TEMPERATURES °F'
TIME
DISCHARGE
EXHAUST
DISCHARGE
PRODUCT
DRY
TIMER
CHAMBER
IN
CHAMBER
OUT
ROTOR
IN
ROTOR
OUT
0.1.
: 1 D
3)b
a
1?
�Uo7>
s I '
Ala
E
:Ub
1$
a
a
-49*7
a
-
oe'
4-u
67
�z
;
DRYER OUTPUT
% SOLIDS
DISH WGT
GRAMS
WET SAMPLE+ DISH
GRAMS
DRIED SAMPLE +DISH
GRAMS
%E7 4.c7o
O s cl 3
1u WGT.. �
2ND WGT. 5 63
3RD WGT.
X100
` ND �0 3 `=%T.OTAL•SOLIDS_q
�...
•2 DRYER BATCH
FILL CYCLE START @ d = DRY CYCLE STARTED @ � DISCHARGE CYCLE STARTED @ 0 :3
• TCfAhC17 ATI If1r[` Dr
OUT
mAEWRFM
NONE
r�'
mwom
m"Op,
in
1
�
mom,
O
•
i
_
�lll�
r - .���
DRYER OUTPUT
% SOLIDS
i
12/12/17JH
DISH WGT
' WET SAMPLE + DISH
DRIED SAMPLE + DISH
GRAMS
GRAMS
GRAMS
1'T WGT.
2ND WGT.
3RD WGT.
X 100
` = % TOTAL SOLIDS
CALCULATIONS: (DRIED SAMPLE + DISH - DISH WGT.) x 100
WET SAMPLE + DISH - DISH SGT. = % TOTAL SOLIDS

I WSA DRYER UPERA I IUN-j
DAILY RECORD.
3RD DRYER BATCH a
FILL CYCLE START @ a'�� DRY CYCLE STARTED @-AL)2,LL DISCHARGE CYCLE STARTED @ �• 3
TChADCDATI IRGC Or -
TIME
DISCHARGE
EXHAUST
DISCHARGE
PRODUCT
DRY
TIMER
CHAMBER
IN
CHAMBER
OUT
ROTOR
IN
ROTOR
OUT
0.1.
3' 2
c. t
-30$
o
3 1Z
3 7 Z-
3 2.
•I(os
at-
0
3 ZO
o
2-,L--)
Lf
L{
b
�_Tw
5'.5
Lk
z
s 0
4451
L4bi
LN 5
s-�
!a 11 31
- . $ —1
q c D.
LA(o
I LA k4to
1-4 4
z :�,
0-�
DRYER OUTPUT
SOLIDS
RESET #
RESET #
CALCU LATIOIN
DISH-WGT
GRAMS
WET SAMPLE + DISH'
GRAMS
DRIED SAMPLE + DISH
GRAMS GRAMS
1�T WGT.
2ND WGT.
3RD WGT.
-X 100"
'= % TOTAL SOLIDS
DISH WGT
GRAMS
WET SAMPLE + DISH
GRAMS
DRIED SAMPLE + DISH
GRAMS GRAMS
1T WGT.
2ND WGT.
3RD WGT.
X 100
'= % TOTAL SOLIDS
DISH WGT
GRAMS
WET SAMPLE +DISH
GRAMS
DRIED SAMPLE+ DISH
GRAMS .GRAMS
1�T WGT. .
•
S:
2ND WGT.
3RD WGT.
X 100
'= % TOTAL SOLIDS .
(DRIED SAMPLE + DISH - DISH WGT. 1 x 100
WET SAMPLE + DISH - DISH SGT. '_ % TOTAL SOLIDS
ALARMS OR COMMENTS -
(7
12/12/17JH

TWSA DRYER OPERATIONS
DAILY RECORD
` DATE
START STOP TOTAL
RUN TIME, HRS ; a: r� L,1
1st DRYER BATCH
FILL- CYCLE START @- DRY CYCLE STARTED,? 7 : v5 DISCHARGE CYCLE STARTED @ I b-- 3 7
•
TIME
DISCHARGE
EXHAUST
DISCHARGE
PRODUCT
iuvmrr-nmaunr-a
DRY
TIMER
CHANBER
IN
r
CHAMBER
OUT
ROTOR
IN
ROTOR
OUT
0.1.
a6
�0
o
15
l
DRYER OUTPUT
SOLIDS
DISH WGT
GRAMS
WET SAMPLE + DISH
GRAMS
DRIED SAMPLE + DISH
GRAMS
1sT WGT.. //
2NDWGT-
3RD WGT.
x 100
ND TOTAL SOLIDS 9A9 `7
2 DRYER BATCH /
FILL CYCLE START @ &f DRY CYCLE STARTED @ 6 ' d291pISCHARGE CYCLE STARTED
n
TIME
1;
DISCHARGE
EXHAUST
DISCHARGE
PRODUCT
d
1 CIVIrEnm
DRY
TIMER
i unCJ
CHANBER
IN
r.
CHAMBER
OUT
ROTOR-
IN
3cr .
ROTOR
OUT
0.1.
:5
Al Qleel
,s
E
Z4-1
DRYER OUTPUT
SOLIDS
i 12/12/17JH
DISH WGT
WET SAMPLE+DISH
DRIED SAMPLE +DISH
GRAMS
GRAMS
GRAMS
1�r WGT.
2ND WGT.
3RD WGT.
X 100
' = % TOTAL SOLIDS
CALCULATIONS: (DRIED SAMPLE + DISH - DISH WGT 1 x'100
WET SAMPLE + DISH - DISH SGT. _ % TOTAL SOLIDS
TA/

TWSA DRYER OPERATIONS
DAILY RECORD
3RD DRYER BATCH •
FILL CYCLE START @ o : Sd2 DRY CYCLE STARTED DISCHARGE CYCLE STARTED @
rrn enrn eTl MCC Or -
DISCHARGE
DISCHARGE
DRY �•CHANBER
-
CHAMBER
ROTOR
ROTOR
TIME
EXHAUST
PRODUCT
TIMER
IN
OUT
IN
OUT
0.1.
.3'',2
31
d
c(3
35
3 -oi3
:iJ
', l
8
3Z2
�5-6
L-(2(4
Y L 3
2-
L `7 2,
L-YO
5A�7
tZ�?
35
/D
45
.3
45
Z43
<<5-1
ca
0)
(Aq5
q45
ZLL0
Z5-Li
2,
402).
1 Q.4
(t Ll
y 3
t-(
2-q
3
DRYER OUTPUT
SOLIDS
RESET #
RESET #
CALCULATION
DISH WGT
GRAMS
WET SAMPLE + DISH
GRAMS
DRIED SAMPLE + DISH
GRAMS GRAMS
1�T WGT.
2ND WGT.
3RD WGT.
X 100
'= % TOTAL SOLIDS
DISH WGT
GRAMS
WET SAMPLE + DISH
GRAMS
DRIED SAMPLE + DISH
GRAMS GRAMS
.
1' WGT.
2ND WGT.
3RD WGT.
X 100
'_ % TOTAL SOLIDS
DISH WGT
GRAMS
WET SAMPLE + DISH
GRAMS
DRIED SAMPLE + DISH
GRAMS GRAMS
1"'WGT.
S:
2ND WGT.
3RD WGT.
X 100•
% TOTAL SOLIDS _
(DRIED SAMPLE + DISH - DISH WGT.) x 100
WET SAMPLE + DISH - DISH SGT. '= % TOTAL SOLIDS
ALARMS OR COMMENTS -
12/12/17JH

•
TWSA DRYER OPERATIONS
DAILY RECORD
DATE-% o %
START STOP TOTAL
RUN TIME, HRS :2, 14
1' DRYER BATCH
FILL CYCLE START DRY CYCLE STARTED DISCHARGE CYCLE STARTED (a) �d
TIMADMATI IRGC OC•
TIME
DISCHARGE
EXHAUST
DISCHARGE
PRODUCT
DRY
TIMER
CHAMBER
IN
CHAMBER
OUT
ROTOR
IN
ROTOR
OUT
0.1.
1
o
VIM
q b'01
-
e
0
-�l
C
4q
DRYER OUTPUT
SOLIDS
DISH WGT
GRAMS
WET SAMPLE+ DISH
GRAMS
DRIED SAMPLE + DISH
GRAMS
1,03(oo
2-5►51G4
1'WGT..��:�
2ND WGT. 02
3RD WGT.
X 100 q
%TOTALSOLIDS r771C)
2ND DRYER BATCH
FILL CYCLE START @ / DRY CYCLE STARTED @ 1 DISCHARGE CYCLE STARTED @
• TCnADCbATI mcc Or
TIME
DISCHARGE
EXHAUST
DISCHARGE
PRODUCT
DRY
TIMER
CHANBER
IN
CHAMBER
OUT
ROTOR •
IN
ROTOR
OUT
0.1.
��
g6
C
!.!'
• '8
33 -:3
a
.493
. .
`D
5
DD
DRYER OUTPUT
% SOLIDS
h• •
12/12/17JH
DISHWGT.
GRAMS
WETSAMPLE+ DISH
GRAMS
DRIED SAMPLE+ DISH
GRAMS
1' WGT.
2ND WGT.
3RD WGT.
X 100
' = %TOTAL SOLIDS
CALCULATIONS: (DRIED SAMPLE + DISH - DISH WGT.) x 100
WET SAMPLE + DISH - DISH SGT. = % TOTAL SOLIDS

i vvim un i izn urcnm I ivivi
DAILY RECORD
3RD DRYER BATCH /
FILL CYCLE START @ DRY CYCLE STARTED @ , 30 DISCHARGE CYCLE STARTED @
TGKADCRATI IRGC or_
TIME
DISCHARGE
EXHAUST
DISCHARGE
PRODUCT
DRY
TIMER
CHAMBER
IN
CHAMBER
OUT
ROTOR
IN
ROTOR
OUT
0.1.
3y33
t -7
31s
19
i cl
`-k ' 7.0
1
2 (o
3•z2
0
!
U
3c.A
5',1 D
122—
c3(o0
/00
446
L4n
q4f .
23`S
cUl-�
w. DD
1-78
's
1 16-0
5
L4
(4q S
2,325
3t-�
u 4
1 �t 1
l
�-4 -
Ll
J
DRYER OUTPUT
% SOLIDS
RESET #
RESET #
CALCULATIOb
DISH WGT
GRAMS
WET SAMPLE + DISH
GRAMS
DRIED SAMPLE + DISH
GRAMS GRAMS
1�T WGT. '
2ND WGT.
3RD WGT.
X 100
% TOTAL SOLIDS
DISH WGT
GRAMS
WET SAMPLE + DISH
GRAMS
DRIED SAMPLE + DISH
GRAMS GRAMS
.
1' WGT.
'
2ND WGT.
3RD WGT.
X 100
'= %TOTALSOLIDS
DISH WGT
WET SAMPLE + DISH
DRIED SAMPLE + DISH
GRAMS
GRAMS
GRAMS GRAMS
1T WGT.
2ND WGT.
S:
3RD WGT.
X 100.
% TOTAL SOLIDS
(DRIED SAMPLE + DISH - DISH WGT.) x 100
WET SAMPLE + DISH - DISH SGT. '_ % TOTAL SOLIDS
ALARMS OR COMMENTS -
a Dli I L,
12/12/17JH

TWSA DRYER OPERATIONS
DAILY RECORD
5—z2—I fe
DATE
�.. START STOP TOTAL
RUN TIME, HRS
1st DRYER BATCH
FILL CYCLE START @ -Pit DRY CYCLE STARTED @ (� DISCHARGE CYCLE STARTED @
TCKA DCD ATI MCC CC or-
0
�(_'44"
TIME
DISCHARGE
EXHAUST
DISCHARGE
PRODUCT,
DRY
TIMER
CHANBER
IN
CHAMBER
OUT
ROTOR
IN
ROTOR
OUT
O.I.
V 6
..
-1
36-7
3s� "
t c18' .
Thy
ci-ak
3z a
A%0 - -
5a
qt, 5
3q 1
155
t"d
1.56
175
31cd
1.60
445
c S
a23
I�
' LAI
is-ILib
a0
DRYER OUTPUT
SOLIDS
DISH WGT
GRAMS
WET SAMPLE + DISH
GRAMS
DRIED SAMPLE + DISH
I 071> Z q
. 2e , 5 ct 3 -3
/'GRAMS
17 WGT.. S (D
2ND WGT.
3RD .WGT.
x 100
\ "• a� . ��p0� ' _ %TOTAL SOLIDS � R� . � v �D
2ND DRYER BATCH
FILL CYCLE START @\1.5\ DRY CYCLE STARTED @ �-��b DISCHARGE CYCLE STARTED @ 3'
TPUDCDATI MCC °C
TIME
DISCHARGE
EXHAUST
DISCHARGE
PRODUCT
DRY
TIMER
CHANBER
IN
CHAMBER
OUT
ROTOR-
1N
ROTOR
OUT
0.1.
0
3
tgs
3z
5D
4 v'
353
lob
L11
L Yir
t5d
IiLf5
14L(5
Z35
4
1
015
414 (0,
LtL-ko
I Lf
z
1-1
DRYER OUTPUT
SOLIDS
12/12/17JH
DISHWGT
GRAMS
WETSAMPLE+DISH
GRAMS
DRIED SAMPLE.+DISH
GRAMS
1' WGT.
2ND WGT.
3RD WGT.
X 100
' = % TOTAL SOLIDS
CALCULATIONS: (DRIED -SAMPLE + DISH - DISH WGT.) x 100
WET SAMPLE + DISH - DISH SGT. = % TOTAL SOLIDS

TWSA DRYER OPERATIONS
DAILY RECORD
3RD DRYER BATCH
FILL CYCLE START @ DRY CYCLE STARTED @ DISCHARGE CYCLE STARTED @
rw An- ATl inr[- Dr
TIME
DISCHARGE
EXHAUST
DISCHARGE
PRODUCT
DRY
TIMER
CHANBER
IN
CHAMBER
OUT
ROTOR
IN
ROTOR
OUT
0.1.
D
`D
too
5c,
DRYER OUTPUT
SOLIDS
RESET #
RESET #
CALCULATIOP
DISH WGT
WET SAMPLE + DISH
DRIED SAMPLE + DISH
GRAMS
GRAMS
GRAMS GRAMS
1'T WGT.
•
2ND WGT.
3RD WGT.
X 100
'= % TOTAL SOLIDS
DISH WGT
WETSAMPLE+ DISH
DRIED SAMPLE + DISH
GRAMS
GRAMS
GRAMS GRAMS
1' WGT.
2ND WGT.
3RD WGT.
X 100
'= % TOTAL SOLIDS
DISH WGT
GRAMS
WET SAMPLE + DISH
GRAMS
DRIED SAMPLE + DISH
GRAMS GRAMS
1T WGT.
'
S:
2ND WGT.
3RD WGT.
X 100
% TOTAL SOLIDS
(DRIED SAMPLE + DISH - DISH WGT.) x 100
WET SAMPLE + DISH - DISH SGT. '_ % TOTAL SOLIDS
ALARMS OR COMMENTS -
12/12/17JH

TWSA DRYER OPERATIONS
DAILY RECORD
DATE
START STOP TOTAL
RUN TIME, HRS ;ro / ', /
1n DRYER BATCH
FILL CYCLE START @ DRY CYCLE STARTED @ DISCHARGE CYCLE STARTED @ 1;0
TLflAhCh ATI Ihr[` Qr.
TIME
DISCHARGE
EXHAUST
DISCHARGE
PRODUCT
DRY
TIMER .
CHANBER
IN
1
CHAMBER
OUT
ROTOR
IN
ROTOR
OUT
0.1.
W6
d
3ci I
35
uN
��7
z
3 5
job
-ors
7
3-m
5 o
D�Z,
3t4
2z
205
T3ot
LI-67
DRYER OUTPUT
SOLIDS
DISH WGT
GRAMS
WETSAMPLE + DISH
GRAMS
DRIED SAMPLE+ DISH
GRAMS
3
2-3 t g O C�
1STWGT..c9,3, a ST
EGT.GT.
X100 g
ND �o�c o / / '=%TOTAL,SOLIDS
2 DRYER BATCH
FILL CYCLE START @ ��O DRY CYCLE STARTED @ ' Z 1 5 5 DISCHARGE CYCLE STARTED @
TI'1nArn wTI tne-n 0
DISCHARGE
DISCHARGE
DRY
CHANBER
1-
CHAMBER
ROTOR-
ROTOR
TIME
EXHAUST
PRODUCT
TIMER
IN
OUT
IN
OUT
0.1.
Z ;1 5
� 0
15
C�
Ob
�Z
(act
aw
3, i 4s
t z
3 2
So
Ll
y3
Lt 3
-7 9
2
k o a
44
143S
` iLt
2,46
Z�:
Z 5
6
'3
4
(
(4
Z3`Z
DRYER OUTPUT
SOLIDS
12%12/17JH
DISH WGT
WET SAMPLE +DISH
DRIED SAMPLE +DISH
GRAMS
GRAMS
GRAMS
1 r WGT.
2ND WGT.
3RD WGT.
X 100
% TOTAL SOLIDS
CALCULATIONS: (DRIED SAMPLE + DISH - DISH WGT) x 100
WET SAMPLE + DISH - DISH SGT. = % TOTAL SOLIDS

TWSA DRYER OPERATIONS
DAILY RECORD
3RD DRYER BATCH
FILL CYCLE START @ DRY CYCLE STARTED @ DISCHARGE CYCLE STARTED @
Tr�enrnAT11DCC! Or -
TIME
DISCHARGE
EXHAUST
DISCHARGE
PRODUCT
DRY
TIMER
CHAMBER
IN
CHAMBER
OUT
ROTOR
IN
ROTOR
OUT
0.1.
DRYER OUTPUT
SOLIDS
RESET #
RESET #
CALCULATIOr
DISH WGT
GRAMS
WET SAMPLE + DISH
GRAMS
DRIED SAMPLE + DISH
GRAMS GRAMS
1l�l WGT. -
•2ND WGT.
3RD WGT.
X 100
'= % TOTALSOLIDS
DISH WGT
WET SAMPLE + DISH
DRIED SAMPLE + DISH
GRAMS
GRAMS
GRAMS GRAMS
1�WGT.
2ND WGT.
3RD WGT.
X 100
% TOTALSOLIDS
MPLE +DISH
GRAMS
DISH WGT .
WETSAMPLE+ DISH
DRIED SA
GRAMS
GRAMS
GRAMS
1�T WGT.
2ND WGT.
3RD WGT.
S:
X 100
'= % TOTAL SOLIDS
(DRIED SAMPLE + DISH - DISH WGTJ x 100
WET SAMPLE + DISH - DISH SGT. '_ % TOTAL SOLIDS
ALARMS OR COMMENTS -
Oro r s! L O (u t i ` l�i✓�'�'l
12/12/17JH

TWSA DRYER OPERATIONS
DAILY RECORD
DATE
START STOP TOTAL
RUN TIME, HRS
("DRYER BATCH
FILL CYCLE START @2'57 DRY CYCLE STARTED DISCHARGE CYCLE STARTED @ /. S
DISCHARGE
TIME EXHAUST
3Z
- Q --
DISCHARGE
PRODUCT
DRY
TIMER
gnv
CHAMBER
OUTIN
STD
ROTOR
ROTOR
OUT
3g2
1y9
t*XL
c�
I bb
(ALA t,
3-1
q qiA.,ZSs
•s7 i`SH
3Tb
L
Sa
ab
�t46
•H36
stub
:3y
SH-
3�LALA
435
Z`i,
S�1
DRYER OUTPUT
DISH WGT
WET SAMPLE + DISH
DRIED SAMPLE + DISH
SOLIDS
GRAMS
GRAMS
GRAMS
11019 Z
2-3 CID
1TWGT..
2ND WGT.
�3►33�/�
3RD WGT.
c;
X 100
_ ND
'aa .� 3
' _ %TOTAL SOLIDS
2 DRYER BATCH
FILL CYCLE START @
I2.w2 'DRY CYCLE STARTED DISCHARGE CYCLE STARTED @ Z.
DISCHARGE
DISCHARGE
DRY tIV�CHANBER
S CHAMBER
TIME EXHAUST
bi
PRODUCT
TIMER
IN
OUT
z WLA
3tz
o
u
• $2
' 3 1�3
3z3
yZzLA
.
u)
Z S
355
loo
y1-
ROTOR-
IN
ROTOR
OUT
0.1
kK�
o'�.3tS
DRYER OUTPUT DISH WGT WET SAMPLE + DISH DRIED SAMPLE + DISH
SOLIDS GRAMS GRAMS
GRAMS
I'WGT.
h 2ND WGT.
3RD WGT.
X 100
%TOTAL SOLIDS
CALCULATIONS: (DRIED SAMPLE + DISH -DISH WGT) x 100
12/12/17J H
WET SAMPLE + DISH-- DISH SGT. _ % TOTAL SOLIDS
,,

TWSA DRYER OPERATIONS
DAILY RECORD
3RD DRYER BATCH
FILL CYCLE START @ DRY CYCLE STARTED @ DISCHARGE CYCLE STARTED @
of
TIME
DISCHARGE
EXHAUST
DISCHARGE
PRODUCT
DRY
TIMER
uvirunrvnw
CHANBER
IN
-CHAMBER
OUT
ROTOR
IN
ROTOR
OUT
0.1.
DRYER OUTPUT
SOLIDS
RESET #
RESET #
CALCULATIOP
DISH WGT
WET SAMPLE + DISH
DRIED SAMPLE + DISH
GRAMS
GRAMS
GRAMS GRAMS
1T WGT.
2ND WGT.
3RD WGT. '
`
X 100
'= % TOTAL SOLIDS
DISH WGT
WET SAMPLE + DISH
DRIED SAMPLE + DISH
GRAMS
GRAMS
GRAMS GRAMS
I'WGT.
2ND WGT-
3RD WGT.
X 100
'= % TOTAL SOLIDS _
DISH WGT
GRAMS
WET SAMPLE + DISH
GRAMS
DRIED SAMPLE + DISH
GRAMS GRAMS
17 WGT.
S:
2ND WGT.
3RD WGT.
X 100
'= % TOTAL SOLIDS _
(DRIED SAMPLE + DISH - DISH WGT.) _ x 100
WET SAMPLE+ DISH - DISH SGT. '_ % TOTAL SOLIDS
ALARMS OR COMMENTS -
12/12/17JH

TWSA DRYER OPERATIONS 1 � po
DAILY RECORD I
DATE
START. STOP TOTAL
RUN TIME, HRS (� ; / - ► /
1' DRYER BATCH
FILL CYCLE START @_ (o- 0j DRY CYCLE STARTED @ !,),& DISCHARGE CYCLE STARTED @ D •.
DISCHARGE DISCHARGE
TIME EXHAUST PRODUCT
I
DRY
TIMER-
virr-nmju SCJ
CHANBER
IN
r
CHAMBER
OUT
ROTOR
IN
ROTOR
OUT
O.I.
-Aiv
as
ooki
'
S44
6
C;23S
L)KYtK OUTPUT
SOLIDS s
•-
DISH WGT WET SAMPLE + DISH DRIED SAMPLE + DISH
GRAMS GRAMS GRAMS
I f OL05 7 2-L4.5 og Q I' WGT...0Z /3 3
ND
2-WGT. a .�Yg.5�
Ar/�f 3RD WGT.
` - �3i 0�g�" d 7iS 1�✓�,�� .9100
_ 3 4 6 a 3 % TOTAL SOLIDS 7 �v
2ND DRYER BATCH
FILL CYCLE START @ t3 ! DRY CYCLE STARTED @- f DISCHARGE CYCLE STARTED @
TEMPERATURES OF:
DISCHARGE DISCHARGE DRY [!CR—ANBER CHAMBER
TIME EXHAUST PRODUCT TIMER IN OUT
.2; a.
DRYER OUTPUT
SOLIDS
DISH WGT WET SAMPLE +DISH
GRAMS GRAMS
1' WGT.
2"D WGT.
3RD WGT.
DRIED SAMPLE + DISH
GRAMS
rff
X 100
% TOTAL SOLIDS
CALCULATIONS: (DRIED SAMPLE + DISH - DISH WGT 1 x 100
12/12/17JH WET SAMPLE + DISH - DISH SGT. _ % TOTAL SOLIDS
.

TWSA DRYER OPERATIONS
DAILY RECORD
3RD DRYER BATCH J�
FILL CYCLE START @_ 1 • v DRY CYCLE STARTED @ DISCHARGE CYCLE STARTED @
•7� -rrnenronTl loCc 0[
TIME
DISCHARGE
EXHAUST
DISCHARGE
PRODUCT
DRY
TIMER
CHANBER
IN
CHAMBER
OUT
ROTOR
IN
ROTOR
OUT
0.1.
.a
7 Z
u
�
z
4q5
43
45
2-
vsi
q I
1 LALA0
55
DRYER OUTPUT
% SOLIDS
RESET #
,Sl
�1��.,•::.r .��Yi
r•
DISH WGT
WET.SAMPLE+ DISH
DRIED SAMPLE+ DISH
GRAMS
GRAMS
GRAMS GRAMS
1ST WGT.
2ND WGT.
3RD WGT.
X 100.
'= % TOTAL SOLIDS
DISH WGT
WET SAMPLE + DISH
DRIED SAMPLE + DISH
GRAMS
GRAMS
GRAMS GRAMS
.
1�T WGT.
2ND WGT. t
3RD WGT.
X 100
'= % TOTAL SOLIDS
DISH WGT
GRAMS
WET SAMPLE + DISH
GRAMS
DRIED SAMPLE + DISH
GRAMS GRAMS
1�r WGT.
S:
2ND WGT.
3RD WGT.
X 100
% TOTAL SOLIDS _
,(DRIED SAMPLE+ DISH - DISH WGT.) X 100
WET SAMPLE + DISH - DISH SGT. '= %TOTAL SOLIDS
0
12/12/17J H

i WSA UKYEK UPERATIONS 0 ( v
DAILY RECORD
�i
DATE_
START STOP TOTAL
RUN TIME, HRS Le
1st DRYER BATCH
FILL CYCLE START DRY CYCLE STARTED @ O DISCHARGE CYCLE STARTED @ 3
TMADEDATI IDEC oC
TIME
DISCHARGE
EXHAUST
DISCHARGE
PRODUCT
DRY
TIMER
CHANBER
IN
CHAMBER
OUT
ROTOR
IN
ROTOR
OUT
0.1.
'b
02
1)P
15 .
C
50
v,q
►
E
W
Z 74
' a
IDD
a.l
o
9
E
1t
041435r
a.
DRYER OUTPUT
SOLIDS
DISHWGT
GRAMS
WETSAMPLE+DISH
GRAMS
DRIED SAMPLE +DISH
GRAMS,
11OZ53
2<e11ct9Lk
1�rWGT.. ag
2ND WGT. 3
3'D WGT.
Jam• 1 ��� 162 6 135 V X 100
' = % TOTAL•SOLIDS/
2ND DRYER BATCH
FILL CYCLE START @ DRY CYCLE STARTED @ 'e DISCHARGE CYCLE STARTED @ a =37
TEMDEDAT[ IDEc DC
`•mm:Klmr-AXIMmmu"Rejoill"`•�
•e ••
• ••
mmm
I
wig�c
®
_
®
•
1
DRYER OUTPUT
%SOLIDS
DISH WGT
WET SAMPLE+ DISH
DRIED SAMPLE.+ DISH
GRAMS
GRAMS
GRAMS
1�WGT.
2ND WGT.
3RD WGT.
X 100
% TOTAL SOLIDS
CALCULATIONS: (DRIED SAMPLE + DISH - DISH WGT. 1 x 100
WET SAMPLE + DISH - DISH SGT. _ % TOTAL SOLIDS
` 12/12/17JH

DAILY RECORD
3RD DRYER BATCH
FILL CYCLE START @ DRY CYCLE STARTED @ 3 . 2 2 DISCHARGE CYCLE STARTED @ 42 . 3-7
TCh ADCDATI ID CC OC
TIME
DISCHARGE
EXHAUST
DISCHARGE
PRODUCT
DRY
TIMER
CHANBER
IN
CHAMBER
OUT
ROTOR
IN
ROTOR
OUT
0.1.
13 ;22
Z
a��
©
�32
3
1
s
12.
116o
310
o
l
4o
L 3
((6(a
3t,S
5;oZ
t'�S
3L(
j f?
L4 -Y7
2,32-
JW
5; 5 2
1-�
- Z
D
5
Ll (>�
Z•zw
1 .t 8
3
t-f
DRYER OUTPUT
SOLIDS
RESET #
RESET #
CALCU LATI O (
DISH WGT
WET•SAMPLE+ DISH
DRIED SAMPLE+ DISH
GRAMS
GRAMS
GRAMS GRAMS
1r WGT.
2ND WGT.
3RD WGT.
X 100
'= % TOTAL SOLIDS
DISH WGT
WET SAMPLE+ DISH
DRIED SAMPLE + DISH
GRAMS
GRAMS
GRAMS GRAMS
1' WGT.
2ND WGT.
3RD WGT.
X 100
'= % TOTAL SOLIDS
DISH WGT
WET SAMPLE + DISH
DRIED SAMPLE + DISH
GRAMS
GRAMS
GRAMS GRAMS
17 WGT.
2ND WGT.
3RD WGT.
S:
X 100
'= % TOTAL SOLIDS
,(DRIED SAMPLE+ DISH - DISH WGT.) x 100
WET SAMPLE + DISH - DISH SGT. '_ % TOTAL SOLIDS
ALARMS OR COMMENTS -
12/12/17JH

TWSA DRYER OPERATIONS
DAILY RECORD
DATE S- 3 I —Or
START STOP TOTAL
RUN TIME, HRS / ►. �Ej /
1st DRYER BATCH
FILL CYCLE START @ c3 DRY CYCLE STARTED @ DISCHARGE CYCLE STARTED @ < D : 45 S
TCAMCDA,TI IDCC Or'
TIME
DISCHARGE
EXHAUST
DISCHARGE
PRODUCT
DRY
TIMER
CHANBER
IN
CHAMBER
OUT
ROTOR
IN
ROTOR
OUT
0.1.
>0
la,
.17 Is
6
4 3
L� .
oa
'20-0
o
423
41 t
' a.?
q:' p
1,
a�33
DRYER OUTPUT
Y. SOLIDS
DISH WGT
WET SAMPLE + DISH
DRIED SAMPLE + DISH
GRAMS
GRAMS
GRAMS
%Z
2(p l O 2 3
1ST WGT..
2ND WGT.
3RD WGT..
x 100
% TOTAL SOLIDS
2ND DRYER BATCH
FILL CYCLE START DRY CYCLE STARTED @- DISCHARGE CYCLE STARTED @_ a.•�
Trh Anrn A-rI In Or
TIME
DISCHARGE
EXHAUST
DISCHARGE
PRODUCT
DRY
TIMER
CHAMBER v
. IN
CHAMBER
OUT
ROTOR •
IN
ROTOR
OUT
O.I.
�.
b
-
d
6.
3
&
s
i
do
�•'S5
'7
5
l*
-�2: If S
DRYER OUTPUT
% SOLIDS
12/12/17JH
DISHWGT
GRAMS
WETSAMPLE+DISH
GRAMS
DRIED SAMPLE +DISH
GRAMS
ITWGT.
2ND WGT.
3RD WGT.
X 100
' = %TOTAL SOLIDS
CALCULATIONS: (DRIED SAMPLE + DISH - DISH WGT. 1 x 100
WET SAMPLE + DISH - DISH SGT. = % TOTAL SOLIDS

TWSA DRYER OPERATIONS
DAILY RECORD
3RD DRYER BATCH
FILL CYCLE START @ •ASS DRY CYCLE STARTED @ DISCHARGE CYCLE STARTED @ i S
TCMDCDATI IDGC Or -
TIME
DISCHARGE
EXHAUST
DISCHARGE
PRODUCT
DRY
TIMER
CHANBER
IN
CHAMBER
OUT
ROTOR
IN
ROTOR
OUT
0.1.
3f: 3 0
.8
C3l C)
Lf0 2
v8 5
Lfo .
Z
[ (Q I
S�
.
1,'. 7-6
( t
2.5
4A2
YaG
43S
l si
5,1D
t -7v
a55
406
.L(
L4_?�,T3
1-4
Z (o
T
','0 a
1 `t i
39
,50
'LfLf
L4 -6-1
4ceq
2 5 _S
(o. � 45
1 ct b
L41 a
L145
.44
214 v
SQ
DRYER OUTPUT
SOLIDS
RESET #
RESET #
CALCULATION
DISH WGT
WET SAMPLE +DISH
DRIED SAMPLE + DISH
GRAMS
GRAMS
GRAMS GRAMS
1' WGT.
2No WGT.
3RD WGT.
X 100
'= % TOTAL SOLIDS
DISH WGT
WET SAMPLE + DISH
DRIED SAMPLE + DISH
GRAMS
GRAMS
• GRAMS GRAMS
151 WGT.
2"D WGT.
3RD WGT.
X 100
'= % TOTALSOLIDS
DISH WGT
WET SAMPLE + DISH
DRIED SAMPLE + DISH
GRAMS
GRAMS
GRAMS GRAMS
1 'WGT.
•
2ND WGT.
S:
3RD WGT.
X 100
'= % TOTAL SOLIDS —
(DRIED SAMPLE+ DISH - DISH WGT.) x 100
WET SAMPLE + DISH - DISH SGT. '_ % TOTAL SOLIDS
ALARMS OR COMMENTS -
12/12/17JH

TWSA DRYER OPERATIONS
DAILY RECORD
Q-)Ea3�"
l
DATE U a ��
` START STOP TOTAL
RUN TIME, HRS E10,14 / �'lj'I /
1st DRYER BATCH I y�
FILL CYCLE START @ ! D•3a DRY CYCLE STARTED @- I(:b7 DISCHARGE CYCLE STARTED @ a t3 Z
Tr11ADrD ATI IDrc Or.
TIME
DISCHARGE
EXHAUST
DISCHARGE
PRODUCT
DRY
TIMER
CHAMBER y
IN
CHAMBER
OUT
ROTOR
IN
ROTOR
OUT
0.1.
:D
3
la
C�
q
"s
�
a
4
6
15f
a:
:3
ova
�o
4!y
8
4 a Lp
14*3r
a5
DRYER OUTPUT
SOLIDS
DISH WGT
WET SAMPLE+ DISH
DRIED SAMPLE+ DISH
GRAMS
GRAMS
GRAMS
i . 0 1 Z 2
2'I1 3� Z3
n
1STWGT.. d i 33
2ND WGT. GL
3RD WGT.
x 100
ND a(2 -3` o ' _ %TOTAL.SOLIDS 3
2 DRYER BATCH 22 '
FILL CYCLE START @ o� �'ToZ DRY CYCLE STARTED' J i I % DISCHARGE CYCLE STARTED @ 3-7
TCnnDrDATI lerc Or
TIME
DISCHARGE
EXHAUST
DISCHARGE
PRODUCT
DRY
TIMER
CHAMBER y
IN
CHAMBER
OUT
ROTOR-
IN
ROTOR
OUT
0.1.
3'1I
1 -79
O d5
3
3 S
1(�
� ol
i —7-7134
1
sED .
(
1-4 LA
o? 1
'4
Co
5
o b
�-l3
4
Z�
',
(�
396
� �-(3
�A 3
4 3
� Z
T 3
42-1 1
Q66
S
Li 1
` L(S
Z S j
DRYER OUTPUT
SOLIDS
12/12/17J H
DISH WGT
WET SAMPLE + DISH
DRIED SAMPLE + DISH
GRAMS
GRAMS
GRAMS
1' WGT.
2ND WGT.
3RD WGT.
CALCULATIONS: (DRIED SAMPLE + DISH - DISH WGT.)
WET SAMPLE + DISH - DISH SGT.
X 100
% TOTAL SOLIDS
x 100
_ % TOTAL SOLIDS

TWSA DRYER OPERATIONS
DAILY RECORD
3RD DRYER BATCH
FILL CYCLE START @
DRY CYCLE STARTED @ DISCHARGE CYCLE STARTED @ r
'rl Inrr or
TIME
DISCHARGE
EXHAUST
.DISCHARGE
PRODUCT
1 LIY11
DRY
TIMER
LI.I"l l
CHAMBER
IN
CHAMBER
OUT
ROTOR
IN'
ROTOR
OUT
0.1.
DRYER OUTPUT
SOLIDS
RESET #
RESET #
CALCULATIO1
DISH WGT
WET SAMPLE+ DISH
DRIED SAMPLE + DISH
GRAMS
GRAMS-
GRAMS GRAMS
1ST WGT.
2ND WGT.
3RD WGT.
X 100
'= % TOTAL SOLIDS
DISH WGT
WET SAMPLE + DISH
DRIED SAMPLE + DISH
GRAMS
GRAMS
GRAMS GRAMS
1sT WGT.
2ND WGT."
3RD WGT.
X '100
'= % TOTAL SOLIDS
DISH WGT
WET SAMPLE + DISH
DRIED SAMPLE + DISH
GRAMS
GRAMS
GRAMS GRAMS
1' WGT.
2ND WGT.
3RD WGT.-
S:-
X 100
% TOTAL SOLIDS
(DRIED SAMPLE+ DISH - DISH WGT.) x 100
WET SAMPLE + DISH - DISH SGT. % TOTAL SOLIDS
ALARMS OR COMMENTS -
12/12/17JH

•
TWSA DRYER OPERATIONS
DAILY RECORD f �idlb
p, S
DATE
START STOP TOTAL
RUN TIME, HRS (Q : /
15t DRYER BATCH j�
FILL CYCLE START @ I� DRY CYCLE STARTED @ 2-Me DISCHARGE CYCLE STARTED @ U�'�c�
TChADCDATI IRCC or-,
TIME
DISCHARGE
EXHAUST
DISCHARGE
PRODUCT
DRY
TIMER
CHANBER
IN
CHAMBER
OUT
ROTOR
IN
ROTOR
OUT
0.1.
:oq
D.
0
(97it
c-ig
—
t.
ilk
1od
A
'
q'3
s
.3 7 J?
�j Ll 5
�j -'; 6
�ym'-5: �l
;2 3
t 0-.
1
_�gv
oS
DRYER OUTPUT
SOLIDS
DISH WGT
WETSAMPLE + DISH
DRIED SAMPLE + DISH
GRAMS
GRAMS
GRAMS
k..,
24,2445
17WGT..
2s R�
2ND WGT.
3RD WGT.
!S 1753/ X100
a3i ga`U %TOTAL.SOLIDS
2ND DRYER BATCH
FILL CYCLE START @ DRY CYCLE STARTED @ 1 �r DISCHARGE CYCLE STARTED @
TEMPERATURES °F
OUT
DRYER OUTPUT
SOLIDS
r
L
DISH WGT
WET SAMPLE + DISH
DRIED SAMPLE.+DISH
GRAMS
GRAMS
GRAMS
1' WGT.
2ND WGT.
3RD WGT.
X 100
' = % TOTAL SOLIDS
CALCULATIONS: (DRIED SAMPLE + DISH - DISH WGT.) x 100
WET SAMPLE + DISH - DISH SGT. _ % TOTAL SOLIDS
12/12/17JH

TWSA DRYER OPERATIONS
DAILY RECORD
3RD DRYER BATCH 7
FILL CYCLE START @ o� ' �� DRY CYCLE STARTED @ J IZ� DISCHARGE CYCLE STARTED @ ��
TCnAOCDATI IDGC Or -
TIME
DISCHARGE
EXHAUST
DISCHARGE
PRODUCT
DRY
TIMER
CHANBER
IN
CHAMBER
OUT
ROTOR
IN
ROTOR
OUT
0.1.
7,q
Z�[ 5
O
3R D
t
Z '>
z4 H
181
3Z
32
4 Z
432
t
��
43
z3;�
;s
1-7s -
3s/
o
.
L,as
Lc L(
C3
��9
I
.406
-+<-�> 7
DRYER OUTPUT
SOLIDS
RESET #
RESET #
CALCU LATI OIN
DISH WGT
WET SAMPLE +DISH
DRIED SAMPLE +DISH
GRAMS
GRAMS
GRAMS GRAMS
1ST WGT.
2ND WGT.
3RD WGT.
X 100
'= % TOTAL SOLIDS
DISH WGT
WET SAMPLE + DISH
DRIED SAMPLE + DISH
GRAMS
GRAMS
GRAMS GRAMS
1' WGT.
2ND W.GT.
3RD WGT.
X 100
'= % TOTAL SOLIDS
DISH WGT
WET SAMPLE + DISH
DRIED SAMPLE + DISH
GRAMS
GRAMS
GRAMS GRAMS
1' WGT.
.
2ND WGT.
3RD WGT.
S:
X 100
% TOTAL SOLIDS
(DRIED SAMPLE + DISH - DISH WGT.) x 100
WET SAMPLE + DISH - DISH SGT. '_ % TOTAL SOLIDS
ALARMS OR COMMENTS -
L,
12/12/17JH

TWSA DRYER OPERATIONS
DAILY RECORD
DATE L2 0-
START STOP TOTAL
RUN TIME, HRS
' 15t DRYER BATCH
FILL CYCLE START @ (o•N DRY CYCLE STARTED @ DISCHARGE CYCLE STARTED @
TPKADIMATI IRGC Or-*
luff(I
/
J
WON'
NNW
ME"ll
DRYER OUTPUT
SOLIDS
DISH WGT
WET SAMPLE + DISH
DRIED SAMPLE + DISH
GRAMS
GRAMS
GRAMS
�.UUg3
ZCp 1 049 %
I' WGT.. 3 "
2ND WGT.
3RD WGT.
X 100
!�5 EfI L. 3 '=% TOTAL ,SOLIDS r
2ND DRYER BATCH
FILL CYCLE START @ !D: 55' DRY CYCLE STARTED @ I t : ag DISCHARGE CYCLE STARTED @
TG'ADCDATI.IDCC oC
a
PRODUCT
OUT
■ KE
I FARM
I UFO=
NWoUS 0
W.M.
W'il
Kom�
_
movir�
, i
N Am
re. %n
•slem
DRYER OUTPUT
SOLIDS
DISH WGT
WET SAMPLE+ DISH
DRIED SAMPLE+ DISH
GRAMS
GRAMS
GRAMS
1ST WGT.
2ND WGT.
3RD WGT.
X 100
' = %TOTAL SOLIDS
CALCULATIONS: (DRIED SAMPLE + DISH - DISH WGTJ x 100
WET SAMPLE + DISH - DISH SGT. = % TOTAL SOLIDS
12/12/17JH

TWSA DRYER OPERATIONS
DAILY RECORD
3RD DRYER BATCH
FILL CYCLE START @ 9 'cJ g DRY CYCLE STARTED @� 3J DISCHARGE CYCLE STARTED
a-n-rl mrc Or
DISCHARGE
DISCHARGE
DRY
CHAMBER
CHAMBER
ROTOR
ROTOR
TIME
3
EXHAUST
PRODUCT
3l
TIMER
D
IN
lj
OUT
col
IN
Li1S
OUT
t13
0.1.
�-
&f 1 2
5•0
6
Zl -1
-
5-, t 3
1-1
34
q q- 5
Z3�3
Z:
(� a 3
i -1 -L
3 Z�
/�D
4 5
5
44
Z 3
405.
1 g-�'
4U5
LA'14©
L+4 S
q
;:�w
DRYER OUTPUT
SOLIDS
RESET #
DISH WGT
WET SAMPLE + DISH
DRIED SAMPLE + DISH
GRAMS
GRAMS
GRAMS GRAMS
1' WGT.
2"D WGT.
3RD WGT.
X 100
% TOTAL SOLIDS
DISH WGT
WET SAMPLE + DISH
DRIED SAMPLE + DISH
GRAMS
GRAMS
GRAMS GRAMS
1' WGT.
2ND WGT.
3RD WGT.
X 100
'= % TOTAL SOLIDS
RESET # DISH WGT WET SAMPLE + DISH DRIED SAMPLE + DISH
GRAMS GRAMS GRAMS GRAMS
1' WGT.
• 2ND WGT.
CALCULATIONS: 13RD WGT.
X 100
% TOTAL SOLIDS
(DRIED SAMPLE + DISH - DISH WGT.) x 100
WET SAMPLE + DISH - DISH SGT. '_ % TOTAL SOLIDS
ALARMS OR COMMENTS -�G (�-(� p��h•- {n��5�e-�' hi v-24•e�
12/12/17JH

•
TWSA DRYER OPERATIONS �o
DAILY RECORD
DATE
START STOP TOTAL
RUN TIME, HRS ; d-
15' DRYER BATCH nn
FILL CYCLE START @ �.d� DRY CYCLE STARTED @ DISCHARGE CYCLE STARTED @�
TFIIADFRATI MIN DP•
TIME
DISCHARGE
EXHAUST
DISCHARGE
PRODUCT
DRY
TIMER
CHANBER
IN
CHAMBER
OUT
ROTOR
IN
ROTOR
OUT
0.1..
1f
i127)
45
12a.g-
e
#q el -I
7
•
7
43olav
'44,5
qys
;Z,4,3
c
DRYER OUTPUT
SOLIDS
DISH WGT
WET SAMPLE + DISH
- DRIED SAMPLE + DISH
GRAMS
GRAMS
GRAMS
v. 0 S(A
2-G , cJ(o g 5
1"r WGT.. ;L8•6 SSW""
2ND WGT. 95,6 -7 y$/
3RD WGT.
0-6 j r t'e X 100
nrr �� ' = % TOTAL.SOLIDS ��
2ND DRYER BATCH d�rJ+53C) l . FILL CYCLE START @ 1 D �DRY CYCLE STARTED @ .a� 7 DISCHARGE CYCLE STARTED @_a:4'Z
TFAAPFRATI IRFC DI=
TIME
DISCHARGE
EXHAUST
DISCHARGE
PRODUCT
DRY
TIMER
CHAMBER
IN
CHAMBER
OUT
ROTOR-
IN
ROTOR
OUT
0.1.
'1
`7
$
D
640
a-° i
3
SD.
4.3
z7W3
/%3
l
J47
1b D
3�
98
�3
.414
0
c;2
DRYER OUTPUT
SOLIDS
DISH WGT
WET SAMPLE + DISH
DRIED SAMPLE + DISH
GRAMS
GRAMS
GRAMS
1' WGT.
2ND WGT.
3RD WGT.
X 100
' = % TOTAL SOLIDS
CALCULATIONS: (DRIED SAMPLE + DISH - DISH WGT.) x 100
WET SAMPLE + DISH - DISH SGT. _ % TOTAL SOLIDS
12/12/17JH

TWSA DRYER OPERATIONS
DAILY RECORD
3RD DRYER BATCH
FILL CYCLE START @ .�: �i�_ DRY CYCLE STARTED @ 32 DISCHARGE CYCLE STARTED @ - L{
Tr1Anrn ATI Mcc or
TIME
DISCHARGE
EXHAUST
DISCHARGE
PRODUCT
DRY
TIMER
CHAMBER
IN
CHAMBER
OUT
ROTOR
IN
ROTOR
OUT
0.1.
ZZ
i -7 9
2 -o
32-
ZZ
43> 2-.
l `1
E
135 b
200
3
Lf 37
1 L4
DRYER OUTPUT
SOLIDS
RESET #
RESET #
CALCULATIOIN
DISH.WGT
WET SAMPLE + DISH
DRIED SAMPLE + DISH
GRAMS
GRAMS
GRAMS GRAMS
1' WGT.
2ND WGT.
3RD WGT.
X 100
'= % TOTAL SOLIDS
DISH WGT
WET SAMPLE + DISH
DRIED SAMPLE + DISH
GRAMS
GRAMS
GRAMS GRAMS
1T WGT.
2ND WGT.
3RD WGT.
X 100
% TOTAL SOLIDS
DISH WGT
WET SAMPLE + DISH
- DRIED SAMPLE + DISH
GRAMS
GRAMS
GRAMS GRAMS
1' WGT.
2ND WGT.
3RD WGT.
S:
X 1.00
a
% TOTAL SOLIDS
(DRIED SAMPLE + DISH - DISH WGT.) x 100
WET SAMPLE + DISH - DISH SGT. '_ % TOTAL SOLIDS
ALARMS OR COMMENTS- S11-0'tt I 8)?)wfR rkYL `rjc�CY,S
• 12/12/17JH

TWSA DRYER OPERATIONS
DAILY RECORD
DATE
i
START STOP TOTAL
RUN TIME, HRS '.a� / �„ '� / a•
1st DRYER BATCH ! ,
FILL CYCLE START @ DRY CYCLE STARTED @ DISCHARGE CYCLE STARTED @ a
TEMPERATURES 0F•
TIME
DISCHARGE
EXHAUST
DISCHARGE
PRODUCT
DRY
TIMER
CHANBER
IN
CHAMBER
OUT
ROTOR
IN
ROTOR
OUT
0.1.
•0
1
= 3
-3
a
as
1�5
Lf3 .Sr
Lfs"c2
P.
E'
I'DrIg
17 4 1
4j a
o
'f
DRYER OUTPUT
SOLIDS
DISH WGT
WET SAMPLE + DISH
DRIED SAMPLE + DISH
GRAMS
GRAMS
GRAMS
cOZLk 3
Z -7,Lf -7 Z'
1�T WGT.. 61 a,
2ND WGT. a�, �2-
3RD WGT.
X 100
% TOTAL•SOLIDS 1 o1-�
ND
1P• z"
2 DRYER BATCH r�
FILL CYCLE START @ U •,35DRY CYCLE STARTED @ ` 1-3 DISCHARGE CYCLE STARTED @ 9- -33 .
TFIVIPPPATI IRFC Or -
TIME
DISCHARGE
EXHAUST
DISCHARGE
PRODUCT
DRY
TIMER
CHANBER
IN
CHAMBER
OUT
ROTOR
IN
ROTOR
OUT
0.1.
- 6
a�5
1DD
. -7 5
150
DRYER OUTPUT
SOLIDS
DISH WGT
WET SAMPLE +DISH
DRIED SAMPLE.+DISH
GRAMS
GRAMS
GRAMS
1' WGT.
2ND WGT.
3RD WGT.
•X 100
' = % TOTAL SOLIDS
CALCULATIONS: (DRIED SAMPLE + DISH - DISH WGT.) x 100
WET SAMPLE + DISH - DISH SGT. = % TOTAL SOLIDS
12/12/17JH

TWSA DRYER OPERATIONS
DAILY RECORD
3RD DRYER BATCH
FILL CYCLE START @;), 'AJ3 DRY CYCLE STARTED @ 3 DISCHARGE CYCLE STARTED @ 3 3
•YreenrDAT11DCC Or
TIME-
DISCHARGE
EXHAUST
DISCHARGE
PRODUCT
DRY
TIMER
CHANBER
IN
CHAMBER
OUT
ROTOR
IN
ROTOR
OUT
0.1.
3', t
1-7
q0
L -Fo
l (og
uw-
`-fi0`8
Zg
`i
8 cl
01-�
`,5
•?Z
3 Lf co
lbo
L44LI
1-131
LA144ZZY
�',33
Zz .
o
q`(
Zq
"
DRYER OUTPUT'
SOLIDS
RESET #
RESET #
CALCU LATI O I\
DISH WGT
WET SAMPLE + DISH
DRIED SAMPLE + DISH
GRAMS
GRAMS
GRAMS GRAMS
1�r WGT.
2ND WGT.
3RD WGT.
`'X 100
% TOTAL SOLIDS
DISH WGT
WE SAMPLE + DISH
DRIED SAMPLE + DISH
GRAMS
GRAMS
GRAMS GRAMS
1' WGT.
2ND WGT.
3RD WGT.
X 100
% TOTAL SOLIDS
DISH WGT
WET SAMPLE + DISH
DRIED SAMPLE + DISH
GRAMS
GRAMS
GRAMS GRAMS
17 WGT,
2ND WGT.
S:
3RD WGT.
X 100
'_ % TOTAL SOLIDS
(DRIED SAMPLE + DISH - DISH WGT.) x 100
WET SAMPLE + DISH - DISH SGT. / '_ % TOTAL SOLIDS
ALARMS OR COMMENTS - V t 8l ow r ra VU o2 to xo a l eepn-T
12/12/17JH

TWSA DRYER OPERATIONS
DAILY RECORD
DATE
START STOP TOTAL
RUN TIME, HRS
1st DRYER BATCH
FILL CYCLE START @ :a7 DRY CYCLE STARTED DISCHARGE CYCLE STARTED
..••
CHAMBER
OUT
a "JP
old
46
�•
DRYER OUTPUT
SOLIDS
DISH WGT
GRAMS
WET SAMPLE + DISH
GRAMS
DRIED SAMPLE + DISH
GRAMS
tloJ�
Z(e. Bg �Z
1'WGT..A
2ND WGT. ,& 5-
3RD WGT.
AD x 100
�O TOTAL.SOLIDS (�c7
2ND DRYER BATCH nn a 5,
FILL CYCLE START @ V DRY CYCLE STARTED @ 1 1 DISCHARGE CYCLE STARTED @
DISCHARGE
DISCHARGE
1 LIYIV
DRY
LI AM Luj 11 L.7
CHANBER
1-
CHAMBER
ROTOR-
ROTOR
TIME
EXHAUST
PRODUCT
TIMER
IN
OUT
IN
OUT
0.1.
Al i
5
p 9
3.913
D
c.
-ta:D1
3
al : 5 i
/Da
iH
J .p
4q
9-
DRYER OUTPUT
SOLIDS
12/12/17JH
DISH WGT
WET SAMPLE+ DISH
DRIED SAMPLE+ DISH
GRAMS
GRAMS
GRAMS
1' WGT.
2ND WGT.
3RD WGT.
X 100
' = % TOTAL SOLIDS
CALCULATIONS: (DRIED SAMPLE + DISH - DISH WGT) x 100
WET SAMPLE + DISH - DISH SGT. _ % TOTAL SOLIDS

TWSA DRYER OPERATIONS
• DAILY RECORD
3RD DRYER BATCH
FILL CYCLE START @ DRY CYCLE STARTED @ ,3' DISCHARGE CYCLE STARTED @
Trn Anrn ATI IDCC-or
DISCHARGE
DISCHARGE
DRY �YCHANBER
�v
CHAMBER
ROTOR
ROTOR
TIME
EXHAUST
PRODUCT
TIMER
IN
OUT
IN
OUT
0.1.
I(o
3og
Q
LA DI
312
4D-1
\�Q�Q
--T- I
i.EIt 0(Q
1
6
_ ©'LA46
, 431
Lfq6
<ctC)
•U�
' 5
[ -7 I
5
Ll (0
L4
cl
614
5
v 15
(
L E
Zz
Lf Z
Lk
L- LA 1
L4L3
Z
�
DRYER OUTPUT
SOLIDS
RESET #
RESET #
CALCULATION
DISH WGT
WET SAMPLE + DISH
DRIED SAMPLE + DISH
GRAMS
GRAMS
GRAMS GRAMS
1' WGT.
2ND WGT.
3RD WGT.
X 100
'= % TOTAL SOLIDS
DISH WGT
WE SAMPLE + DISH
DRIED SAMPLE + DISH
GRAMS
GRAMS
GRAMS GRAMS
1' WGT.
2ND WGT.
3RD WGT.
X 100
% TOTAL SOLIDS
DISH WGT
WET SAMPLE + DISH
DRIED SAMPLE + DISH
GRAMS
GRAMS
GRAMS GRAMS
1' WGT.
2ND WGT.
3RD WGT.
S:
X 100
'= % TOTAL SOLIDS
(DRIED SAMPLE + DISH - DISH WGT.) x 100
WET SAMPLE + DISH - DISH SGT. '= %TOTAL SOLIDS
ALARMS OR COMMENTS -
C .1
12/12/17JH

TWSA DRYER OPERATIONS q�3
DAILY RECORD
DATE `7 - q
!
START
STOP
TOTAL
✓
RUN TIME, HRS
F
"
5
1st DRYER BATCH
/
FILL CYCLE START @ ! d DRY CYCLE
STARTED @ 1 l : )`� DISCHARGE CYCLE STARTED @
•'�Iv�-
TEMPERATURES DF'
CHAMBER
nHT
FIRM
M
DRYER OUTPUT
SOLIDS
DISH WGT
GRAMS
WET SAMPLE + DISH
GRAMS
DRIED SAMPLE + DISH
GRAMS
UC7M
17,37av
1'WGT.. X 9-307
2ND WGT.
3RD WGT.
1_0
x 1oo q q�'ry'/ `� 2
% TOTAL_SOLIDS , 3 Ia
2ND DRYER BATCH
FILL CYCLE START @_ DRY CYCLE STARTED DISCHARGE CYCLE STARTED @ C 5
TFMPFRATI IRFC Or -
TIME
DISCHARGE
EXHAUST
DISCHARGE
PRODUCT
DRY
TIMER
CHANBER
IN
CHAMBER
OUT
ROTOR-
IN
ROTOR
OUT
O.I.
6
39 2-
�(b
Vic)
5 a -
k I
i
cl
0..
S
zmi- .
S = S' O
1S
3�13
6
Ll
�(3
z"lz
Il
6 `Y
M Z
i9
M lir
Zru
DRYER OUTPUT
SOLIDS
DISH WGT
WET SAMPLE+ DISH
DRIED SAMPLE+ DISH
GRAMS
GRAMS
GRAMS
1TWGT.
2ND WGT.
3RD WGT.
CALCULATIONS:
X 100
' = % TOTAL SOLIDS
(DRIED SAMPLE + DISH - DISH WGT.) x 100
WET SAMPLE + DISH - DISH SGT. _ % TOTAL SOLIDS

TWSA DRYER OPERATIONS .
DAILY RECORD
3RD DRYER BATCH
FILL CYCLE START @
DRY CYCLE STARTED @ DISCHARGE CYCLE STARTED @
�l-
Tr1l Anrn ATl ID CC or
TIME
DISCHARGE
EXHAUST
DISCHARGE
PRODUCT
DRY
TIMER
CHANBER
IN
CHAMBER
OUT
ROTOR
IN
ROTOR
OUT
0.1.
DRYER OUTPUT
% SOLIDS
RESET #
RESET #
CALCU LATI O I\
DISH WGT
WET SAMPLE + DISH
DRIED SAMPLE + DISH
GRAMS
GRAMS
GRAMS GRAMS
1' WGT.
2ND WGT.
3RD WGT.
X 100
'= % TOTAL SOLIDS
DISH WGT
WET SAMPLE + DISH
DRIED SAMPLE + DISH
GRAMS
GRAMS
GRAMS GRAMS
1' WGT.
2ND WGT.
3R°• WGT.
C.
X 100
'= % TOTAL SOLIDS
DISH WGT
WET SAMPLE + DISH
DRIED SAMPLE + DISH
GRAMS
GRAMS
GRAMS GRAMS
1' WGT.
2ND WGT.
3RD WGT.
S:
X 100
% TOTAL SOLIDS
(DRIED SAMPLE + DISH - DISH WGT.) x 100
WET SAMPLE + DISH - DISH SGT. '_ %TOTAL SOLIDS
ALARMS OR COMMENTS -,�
er
12/12/17JH

TWSA DRYER OPERATIONS g 'J'
DAILY RECORD
DATE
START STOP TOTAL 1
RUN TIME, HRS .,
1st DRYER BATCH
FILL CYCLE START @ 10:414 DRY CYCLE STARTED @ / {�DISCHARGE CYCLE STARTED @
TFHADFROTI IRFC or-,
TIME
DISCHARGE
EXHAUST
DISCHARGE
PRODUCT
DRY
TIMER
CHANBER
IN
CHAMBER
OUT
ROTOR
IN
ROTOR
OUT
0.1.
aig
/-/o
2-o3
km
390.
40a--
i bal 4
3q3'
I/fla
�44
gD-VT
a
a�
�y
4
a
DRYER OUTPUT
SOLIDS
S's 1-3
DISH WGT
WET SAMPLE + DISH
DRIED SAMPLE + DISH
GRAMS
GRAMS
GRAMS
1.0l s
11 -? L1 SZ/
1T W GT..
2ND WGT.
3D/s
3RD WGT.
019
�l 30l00 ` �y/33 X100 6, 90676 17��
% TOTAL SOLIDS 9s `qf
2ND DRYER BATCH J
FILL CYCLE START @! �/53 DRY CYCLE STARTED @ J DISCHARGE CYCLE STARTED @
Tr:KADGR ATI IRCC OC
OUT
ffilcm
V, mol 6
-If
DRYER OUTPUT
SOLIDS
DISH WGT
WET SAMPLE + DISH
DRIED SAMPLE + DISH
GRAMS
GRAMS
GRAMS
1' WGT.
2ND WGT.
3RD WGT.
X 100
% TOTAL SOLIDS
CALCULATIONS: (DRIED SAMPLE + DISH - DISH WGT.) x 100
WET SAMPLE + DISH - DISH SGT. = % TOTAL SOLIDS
V /�
12/12/17JH

TWSA DRYER OPERATIONS
DAILY RECORD
3RD DRYER BATCH
FILL CYCLE START @ -2 - j> DRY CYCLE STARTED @ 33_ DISCHARGE CYCLE STARTED @
-rrhA ICD ATI ID CC DC
TIME
DISCHARGE
EXHAUST
DISCHARGE
PRODUCT
DRY
TIMER
CHAMBER
IN
CHAMBER
OUT
ROTOR
IN
ROTOR
OUT
0.1.
:3a
17$
, o
lob
ok
117
4;17-
-
.3cSOLI
5id36
S7.06
3(/
S: i 2-
I (,
Z5
`lay
V, 3 6
:0'2-
1-
6
6lm
'Af L/
I36
6:q -7
K
Ll
I
KK
(
1/10
2y9
�+
DRYER OUTPUT
SOLIDS
RESET #
RESET #
CALCULATION
DISH WGT
WET SAMPLE + DISH
DRIED SAMPLE + DISH
GRAMS
GRAMS
GRAMS GRAMS
1ST WGT.
2ND WGT.
3RD WGT.
X 100
'= % TOTAL SOLIDS
DISH WGT
WET SAMPLE + DISH
DRIED SAMPLE + DISH
GRAMS
GRAMS
GRAMS GRAMS
1' WGT.
2ND* WGT.
3Ro WGT.
X 100
'= % TOTAL SOLIDS
DISH WGT
WET SAMPLE + DISH
DRIED SAMPLE + DISH
GRAMS
GRAMS
GRAMS GRAMS
1' WGT.
2ND WGT.
3RD WGT. .
S:
X 100
'= % TOTALSOLIDS
(DRIED SAMPLE + DISH - DISH WGT.) x 100
WET SAMPLE + DISH - DISH SGT. '= % TOTAL SOLIDS
ALARMS OR COMMENTS -
12/12/17JH

TWSA DRYER OPERATIONS
DAILY RECORD
DATE 7 L I 1
START STOP TOTAL
RUN TIME, HRS IS
1st DRYER BATCH
FILL CYCLE START @ Lp •35DRY CYCLE STARTED @ - 1 DISCHARGE CYCLE STARTED @ / D• 34
TCKADCRATI IRGC OC-
mlvlmfjwrmaclxjmgm����
CHAMBER
COMM
wmm
I I'
I
DRYER OUTPUT
% SOLIDS
DISH WGT
WET SAMPLE + DISH
DRIED SAMPLE + DISH
GRAMS
GRAMS
GRAMS
C772,5
1T WGT.. S
• •
2"D WGT. ra-
3RD WGT.
9S 3!5 X100
% TOTAL •SOLIDS K,3-5
2ND DRYER BATCH q
FILL CYCLE START @11�-� DRY CYCLE STARTED @ • % b DISCHARGE CYCLE STARTED @
TF�ADFRATI IRGC �C
IN
DRYER OUTPUT
% SOLIDS
,,.
DISH WGT
WET SAMPLE + DISH
DRIED SAMPLE + DISH
GRAMS
GRAMS
GRAMS
1ST WGT.
2ND WGT.
3RD WGT.
X 100
' = % TOTAL SOLIDS
CALCULATIONS: (DRIED SAMPLE + DISH - DISH WGT.) x 100
WET SAMPLE + DISH - DISH SGT. = %TOTAL SOLIDS
12/12/17JH

TWSA DRYER OPERATIONS
DAILY RECORD
3RD DRYER BATCH
FILL CYCLE START @ DRY CYCLE STARTED @ ZS DISCHARGE CYCLE STARTED @ '' ��
.1
TIME
DISCHARGE
EXHAUST
DISCHARGE
PRODUCT
1 LIVII
DRY
TIMER
LI\r\1
CHANBER
IN
CHAMBER
OUT
ROTOR
IN
ROTOR
OUT
0.1.
:1.5
177
0
'-11�
'_sQ
4.
l" 7
33
rO
YK b
6
2oq
S
1
3g�,
Y 4 5
art
(3"�
��I
q.,5
q3rl
DRYER OUTPUT
SOLIDS
RESET #
RESET #
CALCULATION
DISH WGT
WET SAMPLE + DISH
DRIED SAMPLE + DISH
GRAMS
GRAMS
GRAMS GRAMS
1ST WGT.
2ND WGT.
3RD WGT.
X 100
'= % TOTAL SOLIDS
DISH WGT
GRAMS
WET SAMPLE + DISH
GRAMS
DRIED SAMPLE + DISH
GRAMS GRAMS
1T WGT.
2ND WGT.
3RD WGT.
X 100
'= % TOTAL SOLIDS
DISH WGT
WET SAMPLE + DISH
DRIED SAMPLE + DISH
GRAMS
GRAMS
GRAMS GRAMS
1ST WGT.
2ND WGT.
3RD WGT.
S:
X 100
'= % TOTAL SOLIDS
(DRIED SAMPLE + DISH - DISH WGT.) x 100
WET SAMPLE + DISH - DISH SGT. '_ % TOTAL SOLIDS
ALARMS OR COMMENTS -
12/12/17J H

TWSA DRYER OPERATIONS _
DAILY RECORD
DATE
START STOP TOTAL
RUN TIME, HRS a 5
1" DRYER BATCH /
FILL CYCLE START @ �'� DRY CYCLE STARTED @`Z DISCHARGE CYCLE STARTED @
TEMPERATURES °F
s
a� � .
�
13 e a
/ 5 0
�qs
�03
� q
2ND DRYER BATCH
FILL CYCLE START @ D; DRY CYCLE STARTED @ f . s DISCHARGE CYCLE STARTED @
TEMPERATURES DF
DISCHARGE DISCHARGE DRY CHANBER CHAMBER ROTOR ROTOR
TIME EXHAUST PRODUCT TIMER IN OUT IN OUT 0.1.
305 6 �3 'Yd 411 . ks E-p
U 5 1 347
�5 7
7/18/18JH
7/18/18JH

TWSA DRYER OPERATIONS
DAILY RECORD
'RD DRYER BATCH
,'FILL CYCLE START @ o� DRY CYCLE STARTED @ �3� DISCHARGE CYCLE STARTED @
TEMPERATl1RFS or
TIME
DISCHARGE
EXHAUST
DISCHARGE
PRODUCT
DRY
TIMER
CHANBER
IN
CHAMBER
OUT
ROTOR
'IN'
ROTOR
OUT
0.1.
3.1aD
i '? _�
'3 1�
d
CV 1
(411.
q�-Z
n 3
fLj
Lt '-. Zo
1-7 (e
(D-7
3,314
c3c5lf
D
J00
3
`-f,3(.
(4Y7
(IN S
LfLfa
• 7Q 3
(C) 0
qoD
% 5 0
�c3i
c4(4c-1
zZ7
(Q L6
8 LI
yZS
AS-
Hcta,
�-tq)
(fyz
ZLfZ
COMPOSITE
SAMPLE
RESET #
CALCULATIONS:
ALARMS OR COMMENTS -
7/18/18JH
DISH W. GT WET SAMPLE + DISH DRIED SAMPLE + DISH
GRAMS GRAMS GRAMS GRAMS
0 0053 Z(eiZZ55 1srWGT. ��•�'7�3
2ND WGT.
3RD WGT.
9 73 a a r' x 100
% TOTAL SOLID
DISH WGT WET SAMPLE +DISH DRIED SAMPLE +DISH 5`
GRAMS GRAMS GRAMS GRAMS
1s'r WGT.
2ND WGT.
3RD WGT.
X 100
'_ % TOTAL SOLIDS
(DRIED SAMPLE'+ DISH - DISH WGT.) x 100
WET SAMPLE + DISH - DISH SGT. '_ % TOTAL SOLIDS

TWSA DRYER OPERATIONS
DAILY RECORD
DATE /
START STOP l TOTAL
RUN TIME, HRS 0 / 1
15c DRYER BATCH /
FILL CYCLE START @ g ' 3 0 DRY CYCLE STARTED @ (�� DISCHARGE CYCLE STARTED @ ` 0.26r
TFMPFRATI IRFS OF
TIME
DISCHARGE
EXHAUST
DISCHARGE
PRODUCT
DRY
TIMER
CHANGER
IN
CHAMBER
OUT
ROTOR
IN
ROTOR
OUT
0.1.
7. �v
l7d-
.3 aS
0
4/6
46'
. #-/b
4:5r�
I e
0
1-21
3,30
5 0
A�q-5'
43 �r
� ,�
14 �'
C
9 =3 0
it, 5
g ,J-
15 a
-f*5
u 3
.Lls-
2ND DRYER BATCH AA
FILL CYCLE START @ U' 3�J DRY CYCLE STARTED @ -f DISCHARGE CYCLE STARTED @. 3 Q
TEMPERATURES OF
TIME
DISCHARGE
EXHAUST
DISCHARGE
PRODUCT
DRY
TIMER
CHANBER
IN
CHAMBER
OUT
ROTOR
IN
ROTOR
OUT
0.1.
W ] b
m
= 30
/�
03.
4/t::5
El0
a=b�
-7Ot
33
5
413Co
-qAIs
2oa
a:�a
1tQ'-7
37Z/
) 0 9
1437
s-
a
: zb
J�o
9 3,
50
HJ45
�s J
44 qs
a�
7/18/18JH

-TWSA DRYER OPERATIONS
DAILY RECORD
3RD DRYER BATCH
FILL CYCLE START @ v2 `fD DRY CYCLE STARTED @ DISCHARGE CYCLE STARTED @ 3
TFMPFRATI IRFC or -
TIME
DISCHARGE
EXHAUST
DISCHARGE
PRODUCT
DRY
TIMER
CHAMBER
IN
CHAMBER
OUT
ROTOR
IN
3', tS
i -7-
3z 5
6
L4gi
q,3co)
C44 l
�aS
1.
p,3c�
d
��(
q32��c
�55
l (�
3
l90
Y4
3`l
J114
i--7 l
38g
160
HqL(
1-E35
y4�(
(6-31D
i —7S
c.3 5
) ,5
liL(z
Lt 4?-
�-44 2
COMPOSITE DISH WGT WET SAMPLE + DISH DRIED SAMPLE + DISH
SAMPLE GRAMS GRAMS GRAMS GRAMS
i,02-77L{ 2`7,g-7 t 5 1-TWGT. a—/, a783
2ND WGT. -�7. D- 9 o "5-
RESET #
ROTOR
OUT 0.1.
1&Z
q SJ
ZL3Z
Zl Z ow
ZA 15 Dw
3RD WGT. C
X 100
�7• �5/� �.Da7c� ��,gac�( '=%TOTALS0LDS %7,g1/y�v
DISH WGT WE SAMPLE + DISH DRIED SAMPLE + DISH
GRAMS GRAMS GRAMS GRAMS
1ST WGT.
2ND WGT.
CALCULATIONS: 3RD WGT.
X 100
% TOTAL SOLIDS
DRIED SAMPLE + DISH - DISH WGT 1 x 100
WET SAMPLE + DISH - DISH SGT. '_ % TOTAL SOLIDS
ALARMS OR COMMENTS -
7/18/18J H

TWSA DRYER OPERATIONS
DAILY RECORD
DATE -7
START STOP TOTAL
RUN TIME, HRS -,A o / "Q ; 0 /
15L DRYER BATCH I l
FILL CYCLE START @ DRY CYCLE STARTED @ 7-'6 DISCHARGE CYCLE STARTED @
TEMPERATURES °F
TIME
DISCHARGE
EXHAUST
DISCHARGE
PRODUCT
DRY
TIMER
CHANGER
IN
CHAMBER
OUT
ROTOR
IN
ROTOR
OUT
0.1.
7 5�
1 `7.3
3,31
S'o
415
1437
193
E
1,5 o
4
`73
1441
a os
4145
4413
cyj
2NO DRYER BATCH
FILL CYCLE START @ DRY CYCLE STARTED @ l I .1d DISCHARGE CYCLE STARTED @ oZ �J Zi
TEMPERATURES OF
TIME
DISCHARGE
EXHAUST
DISCHARGE
PRODUCT
DRY
TIMER
CHAMBER
IN
CHAMBER
OUT
ROTOR
IN
ROTOR
OUT
0.1.
N Q
.31 �
0
.43
413.
4a3
149
a:o
!tS-)
33to
T6
S
--'136 •
S
ac)5
C
fa -gib
/6 (e
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-`0o
43y
qq
3
e
l =4,o
/*3
38R
4#s
3b
ia'7
4il8
go-o
q4�
7/18/18JH

TWSA DRYER OPERATIONS
DAILY RECORD
3RD DRYER BATCH 22
FILL CYCLE START @ 02 DRY CYCLE STARTED @� DISCHARGE CYCLE STARTED @
TEMPERATURES OF
TIME
DISCHARGE
EXHAUST
DISCHARGE
PRODUCT
DRY
TIMER
CHANBER
IN
CHAMBER
OUT
ROTOR
IN
ROTOR
OUT
0.1.
3 ', I S-
�.� -�
91(0
d
418
L fo 1.
-((S
t (09
- u
Ll"05
eD�
333
5D
Llgq
Ld y)
44I
-,;:'b`I
Lf•,55
Noy
335
)oa
44Lf
9n
(4L{
2.33
i8 q
YZ�7
J95
445
yq5
-2-4q
�__rw
COMPOSITE
SAMPLE
RESET #
DISH WGT
WET SAMPLE + DISH
DRIED SAMPLE +•DISH
GRAMS
GRAMS
GRAMS
GRAMS
"01(0'i
2-T �13�p3
I' WGT.
D'
2ND WGT.
g
3RD WGT.
CALCULATIONS:
ALARMS OR COMMENTS -
7/18/18JH
x100
% TOTAL SOLIDS c)J'o
DISH WGT WE SAMPLE + DISH DRIED SAMPLE + DISH
GRAMS GRAMS GRAMS GRAMS
1ST WGT.
2ND WGT.
3RD WGT.
X 100
% TOTAL SOLIDS
(DRIED SAMPLE + DISH - DISH WGT 1 x 100
WET SAMPLE + DISH -DISH SGT. '_ % TOTAL SOLIDS
C

RUN TIME, HRS
TWSA DRYER OPERATIONS
DAILY RECORD
DATE -7" 31 _ Or
START STOP TOTAL
C9 : A.3 / -1: 52-
15L DRYER BATCH ? J
FILL CYCLE START @ _Q ( DRY CYCLE STARTED @ -7 ' 13DISCHARGE CYCLE STARTED @
TEMPERATURES OF
TIME
DISCHARGE
EXHAUST
DISCHARGE
PRODUCT
DRY
TIMER
CHANBER
IN
CHAMBER
OUT
ROTOR
IN
ROTOR
OUT
O.I.
A
16Fr
30a
D
- o c
J85
4ot
so
En
19, d 3
� q
Jai
So
y # *-7 -
43s
44 %7
Ll'� (p
/q3
qq�*
o o�
� 5
4��
a�
2NO DRYER BATCH
FILL CYCLE START @ , �.ff�' DRY CYCLE STARTED @ aZ DISCHARGE CYCLE STARTED
TFMPFRATURFS OF
TIME
DISCHARGE
EXHAUST
DISCHARGE
PRODUCT
DRY
TIMER
CHAMBER
IN
CHAMBER
OUT
ROTOR
IN
ROTOR
OUT
0.1-.
40
IM
eD
2�
3 3 /
JtAI-Ir
433
1-145
�4;5
)f 45
0233.
�b
q3
�-oa.
J4
7/18/18JH

TWSA DRYER OPERATIONS
DAILY RECORD
3RD DRYER BATCH
FILL CYCLE START DRY CYCLE STARTED @ DISCHARGE CYCLE STARTED @-
TEMPERATURES °F
TIME
DISCHARGE
EXHAUST
DISCHARGE
PR CT
DRY
TIMER
CHANBER
IN
CHAMBER
OUT
ROTOR
IN
ROTOR
OUT
0.1.
h
i
1�D
s
COMPOSITE $ Sv DISH WGT WET SAMPLE + DISH DRIED SAMPLE + DISH
SAMPLE 16,1' 1 GRAMS GRAMS GRAMS GRAMS
I, O(y7 .2rZ7y iST WGT.
2ND WGT. bt el/
3RD WGT.
s# �a l� 7 — /• D SF9.7 x ioo
% TOTALS LI
RESET # 411114 DISH WGT WET SAMPLE + DISH DRIED SAMPLE + DISH
GRAMS GRAMS GRAMS GRAMS
1ST WGT. 0.3 7 % 8'
2ND WGT. (.3 s� %
CALCULATIONS: 3RD WGT.
/�. 3� �% —" l• 05D3 x ioo
% TOTAL SO LI S
(DRIED SAMPLE + DISH - DISH WGT) x 100
WET SAMPLE + DISH - DISH SGT. '_ % TOTAL SOLIDS
ALARMS OR COMMENTS -
7/18/18JH

�l'657v
RUN TIME, HRS
TWSA DRYER OPERATIONS
DAILY RECORD
DATE W 1 I
START STOP TOTAL
` l ;L13 / 13•a,
1st DRYER BATCH i
FILL CYCLE START @ t DRY CYCLE STARTED @ DISCHARGE CYCLE STARTED @
TFMPFRATIIRFS DF
TIME
DISCHARGE
EXHAUST
DISCHARGE
PRODUCT
DRY
TIMER
CHANBER
IN
CHAMBER
OUT
ROTOR
IN
ROTOR
OUT
0.1.
1 `t
411
4111
J,3,r
00
$•o
! 7
333
.41-13 l
q-,
/9 q
c
,g:,54
67
3
H.'q4
43
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014 .
a
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I al .
et)
13 Lf
a- d5
'q
'gq
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I c,25
c
2ND DRYER'BATCH
FILL CYCLE START @ DRY CYCLE STARTED @ DISCHARGE CYCLE STARTED @
TFMPFRATIIRFi DF
TIME
DISCHARGE
EXHAUST
DISCHARGE
PRODUCT
DRY
TIMER
CHANBER
IN
CHAMBER
OUT
ROTOR
IN
ROTOR
OUT
0.1.
33
� l�
143(o
446
Rd l
1-6 2�
l t. q
3✓ 1
-10 a
s
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Vq,S
a 3
-
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1 te3
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4�x,�
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CIO
7e
12112/17JH

TWSA DRYER OPERATIONS
DAILY RECORD
3RD DRYER BATCH
FILL CYCLE START @ C2: 59 DRY CYCLE STARTED @ �•DISCHARGE CYCLE STARTED @ i LI3
TEMPERATURES °F
DISCHARGE
DISCHARGE
DRY
R
CHAMBER.
ROTOR
ROTOR
TIME
EXHAUST
PRODUCT
TIMER
IfV.'';'
OUT
IN
OUT
0.1.
-2�
t74
13qc6
V72
16-7
�u
"ll
27
50
•01
36
10
S'.o
1 Vi32
! a445
L[. q
W5
2
; 5g
6
3? r
1 S
4�15
�35
`�`l s
arZUlf
n ; V3
t-25
�Bs
o/
�13�
` %
a�rz
-,r#
COMPOSITE
SAMPLE
RESET #
CALCULATION
DISH WGT
WET -SAMPLE + DISH
DRIED SAMPLE + DISH
GRAMS
GRAMS
GRAMS GRAMS
1T WGT.
2ND WGT. j
3RD WGT.
9(2 X100
/q, �� '_ %TOTAL SOLIDS, -Z,!:; 6lc)
DISH WGT
WET SAMPLE + DISH
DRIED SAMPLE + DISH
GRAMS
GRAMS
GRAMS GRAMS
1ST WGT.
2ND WGT.
13RD WGT.
S:
X 100
% TOTAL SOLIDS
(DRIED SAMPLE + DISH - DISH WGT.) x 100
WET SAMPLE + DISH - DISH SGT. '= % TOTAL SOLIDS
ALARMS OR COMMENTS -
12/12/17JH

TWSA DRYER OPERATIONS
DAILY RECORD '
DATE
START STOP TOTAL
RUN TIME, HRS : 3J!� /
1st DRYER BATCH
FILL CYCLE START @ �'� DRY CYCLE STARTED @ 7 .a3 DISCHARGE CYCLE STARTED @
TFMPFRATURFS OF
TIME
DISCHARGE
EXHAUST
DISCHARGE
PRODUCT
DRY
TIMER
CHANBER
IN
CHAMBER
OUT
ROTOR
IN
ROTOR
OUT
0.1.
7;a3
36
06
36o�
3
I
3 a a
60
.414
I-ij il
YIV&
Q
g.-, o3
lo3
353
1Dz)
N.5
3s
L(LqL.s
a 4
C
,53
V`7
3 gf?
150
*44
43L5
2ND DRYER*BATCH T
FILL CYCLE START @ �� DRY CYCLE STARTED @ ! - 3� DISCHARGE CYCLE STARTED @ � • 51)
TEMPERATURES °F
TIME
DISCHARGE
EXHAUST
DISCHARGE
PRODUCT
DRY
TIMER
CHANBER
IN
CHAMBER
OUT
ROTOR
IN
ROTOR
OUT
0.1.
J y
Jo'-
D
426
�D5
-4 2&
I(WR-
c
aJ�:b
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-14,15
143i�
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4/3(o
12/12/17JH

TWSA DRYER OPERATIONS
DAILY RECORD
3RD DRYER BATCH
FILL CYCLE START @ DRY CYCLE STARTED @ . 3M2 DISCHARGE CYCLE STARTED @ TV)
TEMPERATURES OF
TIME
DISCHARGE
EXHAUST
DISCHARGE
PRODUCT
DRY
TIMER
CHANBER
IN
CHAMBER.
OUT
ROTOR
IN
ROTOR
OUT
0.1.
T%11
[
og
tits
Llof
V13
f7
-S4
y.2b
! S
33o
5C)
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yq
6= 0 b
`
'�
�s�
�u 5
l✓'SI
��7
k3�
�3S
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3�
�(
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COMPOSITE
SAMPLE
DISH WGT
WET- SAMPLE + DISH
DRIED SAMPLE + DISH
GRAMS
GRAMS
GRAMS GRAMS
i%,
1'WGT. /75�6§t;e
2ND WGT. 17
3RD WGT.
X100��',
'= % TOTAL SOr�")
`S
RESET #
CALCULATION
DISH WGT
WET SAMPLE + DISH
DRIED SAMPLE + DISH
GRAMS
GRAMS
GRAMS GRAMS
1ST WGT.
2ND WGT.
3RD WGT.
S:
X 100
'= % TOTAL SOLIDS
(DRIED SAMPLE + DISH - DISH WGT. ) x 100
WET SAMPLE + DISH - DISH SGT. '_ % TOTAL. SOLIDS
ALARMS OR COMMENTS -
l
12/12/17JH

TWSA DRYER OPERATIONS
�- DAILY RECORD
DATE 0 r O
START STOP TOTAL
L RUN TIME, HRS
1st DRYER BATCH FILL CYCLE START @ (0- 3a DRY CYCLE STARTED @ '7 = %1 DISCHARGE CYCLE STARTED @^%D: a �
TEMPERATURES OF
TIME
DISCHARGE
EXHAUST
DISCHARGE
PRODUCT
DRY
TIMER
CHANBER
IN
CHAMBER
OUT
ROTOR
IN
ROTOR
OUT
0.1.
`2:OA
bl
41 tf
(�8-
4(4
cn
173
�3 AJ
4"
iN 4o
V4,4�
9 7e19
6f
c / 3
/ (/`�
/ ' P J�
f/ J�
rT'C rJr
r
t7C
C-:41
qr-3J-�
I V
:3 9 "7
190
3
"-13 4?
4q.3
a
q
qz�9
any
q
qT
R
2.5 �p
eA
2ND DRYER•BATCH j 1
FILL CYCLE START @ ! D'3� DRY CYCLE STARTED @ ! - * DISCHARGE CYCLE STARTED @ 02 • c3
TEMPERATURES °F
TIME
DISCHARGE
EXHAUST
DISCHARGE
PRODUCT
DRY
TIMER
CHANBER
IN
CHAMBER
OUT
ROTOR
IN
ROTOR
OUT
O.I.
7q
3
��
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12/12/17JH

TWSA DRYER OPERATIONS
DAILY RECORD
3RD DRYER BATCH
FILL CYCLE START @ - DRY CYCLE STARTED @ liff DISCHARGE CYCLE STARTED @
TEMPERATURES °F
TIME
DISCHARGE
EXHAUST
DISCHARGE
PRODUCT
DRY
TIMER
CHANBER
IN
CHAMBER.
OUT
ROTOR
IN
ROTOR
OUT
0.1.
�<<�
[7?
3i�
y21
Li��
r76
,y o
qq.5
36
Lr 3
a
372
! D b
qq5
y35
Nq
7�
j5o
q4.
COMPOSITE
SAMPLE
RESET #
CALCULATION
DISH WGT
GRAMS
WET -SAMPLE + DISH
GRAMS
DRIED SAMPLE + DISH
• GRAMS GRAMS
l
l r b (277
((
l r LI `62
r�
1' WGT. / / • �d g3
2ND WGT.
3aD WGT.
i
• 7,IIA3 ld67-7 X100
819 7iK� C.
/
v '= % TOTAL SOL DS 75-3�� / &77
DISH WGT
WET SAMPLE + DISH
DRIED SAMPLE + DISH
GRAMS
GRAMS
GRAMS GRAMS
2� WGT.
2ND WGT.
3RD WGT.
S:
X 100
% TOTAL SOLIDS `
(DRIED SAMPLE + DISH - DISH WGT.) x 100
WET SAMPLE + DISH - DISH SGT. '_ % TOTAL SOLIDS
ALARMS OR COMMENTS - -
12/12/17JH

TWSA DRYER OPERATIONS
DAILY RECORD
DATE 0 o
START STOP \ TOTAL --
RUNTIME, HRS
15C DRYER BATCH 2 D
FILL CYCLE START @ '33 DRY CYCLE STARTED @ :D3 DISCHARGE CYCLE STARTED @� }
TFMPFRATl1RFS DF
TIME
DISCHARGE
EXHAUST
DISCHARGE
PRODUCT
DRY
TIMER '
CHANBER
IN
CHAMBER
OUT
ROTOR
IN
ROTOR
OUT
0.1.
`7'�•531-73
33
SO
'414S
L4
r
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6v
3108'
joo
.414S
ate'
c
166
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,Yq
q,?
14 L�s
.
m
f214
2ND DRYER'BATCH %
FILL CYCLE START @ DRY CYCLE STARTED @ / b -'5'%2-DISCHARGE CYCLE STARTED @
TFMPFRATI IRFS DF
TIME
DISCHARGE
EXHAUST
DISCHARGE
PRODUCT
DRY
TIMER
CHANBER
IN
CHAMBER
OUT
ROTOR
IN
ROTOR
OUT
0.1.
Ibf�'2�
t-7
3l5
®
JW3
t
4�,3
173
ED
t,,7 *p,
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43
2
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r
17-b
12/12/17JH

TWSA DRYER OPERATIONS
DAILY RECORD
3RD DRYER BATCH
FILL CYCLE START @ `d3 DRY CYCLE STARTED @�• 3 f? DISCHARGE CYCLE STARTED @
TFMPFRATURES °F
TIME
DISCHARGE
EXHAUST
DISCHARGE
PRODUCT.
DRY
TIMER
CHANGER
IN
CHAMBER.
OUT
ROTOR
IN
ROTOR
OUT
0.1.
T?
11,5
3 t 1
o
)4a3
c
1
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lto
©
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Z I
i c,? `7
351
5 0
H q(f
Lf
L4-cf 2
I-icf
Lf-a)cf
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c
L-E 3i
150
L(L(5
4Li-I
LH 2-2��
�
(o
H 5 o
I Co 7
L( H -T
L4 51
L+L4 (Q.
1
COMPOSITE
SAMPLE
RESET #
CALCULATIOf
12/12/17JH
DISH WGT
WET -SAMPLE + DISH
DRIED SAMPLE + DISH
GRAMS
GRAMS
GRAMS GRAMS
t ,0 342
z(o, ?-009
isTwGT.
2N0 WGT....:.•L.
3RD WGT.
X 1010 S �1
- kr r '= % TOTAL SOLIDS
DISH WGT
WET SAMPLE + DISH
DRIED SAMPLE + DISH
GRAMS
GRAMS
GRAMS GRAMS
1� WGT.
2ND WGT.
3RD WGT.
S:
X 100 . 1
'= % TOTAL SOLIDS
(DRIED SAMPLE + DISH -.DISH WGT.). x 100 `
WET SAMPLE + DISH - DISH SGT. '= % TOTAL SOLIDS

7I�,�Ei,3 •��,A�'l'� wt>�
!` i3 kr iq ef,
�QeS-4- F-v
START
TWSA DRYER OPERATIONS
DAILY RECORD
DATE lb- I
STOP TOTAL
RUN TIME, HRS ; S / ✓�: �y / Id• _
15C DRYER BATCH
FILL CYCLE START @ 1: DRY CYCLE STARTED 7 DISCHARGE CYCLE STARTED @ �� O
TEMPERATURES °F
TIME
DISCHARGE
EXHAUST
DISCHARGE
PRODUCT
DRY
TIMER
CHANBER
IN
CHAMBER
OUT
ROTOR
IN
ROTOR
OUT
0.1.
5 7
3a ;L
24 )24
9 7
1414
17
4
37 b
l
01: 1-D
I V?
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0 a
4115
4311
44
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24
j�5D
qq5
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3
C
1 4� 5
f4�'50
1,?d-
,5,0
)44 q
-45D
2ND DRYER•BATCH -
FILL CYCLE START @ DRY CYCLE STARTED @ DISCHARGE CYCLE STARTED @ =/
TEMPERATURES °F
TIME
DISCHARGE
EXHAUST
DISCHARGE
PRODUCT
DRY
TIMER
CHANBER
IN
CHAMBER
OUT
ROTOR
IN
ROTOR
OUT
0.1.
If:
l
b5
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;I
1 � 5
GIB
c `7�
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4145
3'
44.
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1
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ep
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1 -1 5
Lt3 5
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445
L-i 42
q 5
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12/12/17JH

TWSA DRYER OPERATIONS
DAILY RECORD
DRYER BATCH
FILL CYCLE START @ . Z. DRY CYCLE STARTED @ DISCHARGE CYCLE STARTED @
TEMPERATURES °F f `'
TIME
DISCHARGE
EXHAUST
DISCHARGE
PRODUCT
DRY
TIMER
CHANBER
IN
CHAMBER.
ROTOR
IN-
ROTOR
OUT
'0.1.
%e513�v
uOUT
/
.
H ; a`1
k-M
3Zis
.
Lt36
kqy
(bo
L[4
b6
Y`/3
23v
2r7
4,qg
� y 4
`l`tZ
qV i
I 21/sr
COMPOSITE
SAMPLE
RESET #
CALCULATION
DISH WGT
GRAMS
WET -SAMPLE + DISH
GRAMS
DRIED SAMPLE + DISH
GRAMS GRAMS
bl3!
b. 3663
1ST WGT:' /j5 C/o 7 9
2NDWGT. /6-• 913 9
3RD WGT.
/�• 9/3 i = /. D13 dd g X 100
%TOTAL SOLIDS
�. 3 668 - 1. v i3/ /5-a53
DISH WGT
WETSAMPLE + DISH
DRIED SAMPLE + DISH
GRAMS
GRAMS
GRAMS GRAMS
1ST WGT.
2ND WGT.
3RD WGT.
S:
X 100
% TOTAL SOLIDS
(DRIED SAMPLE + DISH - DISH WGT.) x 100'-
WET SAMPLE + DISH - DISH SGT. %TOTAL SOLIDS
ALARMS OR COMMENTS -
12/12/17J H

TWSA DRYER OPERATIONS
DAILY RECORD
DATE V oc
START STOP TOTAL
RUN TIME, HRS I to ---6 / W'9 j I
1st DRYER BATCH
FILL CYCLE START @ ; ,4{4( DRY CYCLE STARTED @ 7- DISCHARGE CYCLE STARTED @ 1D=37
TEMPERATURES °F
TIME
DISCHARGE
EXHAUST
DISCHARGE
PRODUCT
DRY
TIMER
CHANBER
IN
CHAMBER
OUT
ROTOR
IN
ROTOR
OUT
O.I.
7
1t `� �
a g-
D
4 o
J9 A
/t.54
°7
III
3a,5
�5D D.
L445
43(a
S
l9`7
160
lq*s
!tea
9 q
'q 3
1 a
o9 G 5-4 q7
2ND DRYER'BATCH nn /
FILL CYCLE START @ • V % DRY CYCLE STARTED @ !) ' °� DISCHARGE CYCLE STARTED @- a ;
TEMPERATURES °F
TIME
DISCHARGE
EXHAUST
DISCHARGE
PRODUCT
DRY
TIMER
CHANBER
IN
CHAMBER
OUT
ROTOR
IN
ROTOR
OUT
O.I.
-3 tLf
Liar
/0
49!
169
e
aW
qq la,
L ©
1
33 A
10-0
q 3`z
�91-/5
J36
3 7LQ
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I
a-. 0,
1169
43V
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I 4,q5
I Ll�a
la5:5
c /3
12/12/17JH

TWSA DRYER OPERATIONS
DAILY RECORD
c'DRYER BATCH
FILL CYCLE START @off - 5A DRY CYCLE STARTED @ '3',26 DISCHARGE CYCLE STARTED @
TEMPERATURES °F
TIME
DISCHARGE
EXHAUST
DISCHARGE
PRODUCT
DRY
TIMER
CHANBER
IN
CHAMBER.
OUT
ROTOR
IN
ROTOR
OUT
0.1.
• b
M
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0
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Ala
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, 1-7.
5N
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17
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0
1
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COMPOSITE
SAMPLE
RESET#
CALCULATION
DISH WGT
WET*SAMPLE +DISH
DRIED SAMPLE +DISH
GRAMS
GRAMS
GRAMS GRAMS .
1, oa�5
i t . N k)-5
1ST WGT.
2No WGT.
3RD WGT.
/.vZ, X100
a 6- — /. v 3 % '= % TOTAL SOLIDS--1--�� `12
DISH WGT
WET SAMPLE + DISH
DRIED SAMPLE + DISH
GRAMS
GRAMS
GRAMS GRAMS
15'r WGT.
2ND WGT.
3RD WGT.
S:
X 100
% TOTAL SOLIDS
(DRIED SAMPLE + DISH - DISH WGT.) x 100
WET SAMPLE + DISH - DISH SGT. '_ % TOTAL SOLIDS
ALARMS OR COMMENTS -
12/12/17J H

TWSA DRYER OPERATIONS
DAILY RECORD
DATE
START STOP TOTAL
RUN TIME, HRS CP �5 / 7 CIS l ,_
1st DRYER BATCH
FILL CYCLE START @ 6-.3 DRY CYCLE STARTED @ 1: b� DISCHARGE CYCLE STARTED @C
TFMPFRATI IRFS DF
TIME
DISCHARGE
EXHAUST
DISCHARGE
PRODUCT
DRY
TIMER
CHANBER
IN
CHAMBER
OUT
ROTOR
IN
ROTOR
OUT
0.1.
�T-ob
4o
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l 7
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50
4
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a
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cl
% 1? -7
4(31
6 : i
7
2ND DRYER'BATCH '' LL •�f
FILL CYCLE START @ D: `�� DRY CYCLE STARTED @ l DISCHARGE CYCLE STARTED @ o� •J (�
TFMPFRATl1RFS DF
TIME
DISCHARGE
EXHAUST
DISCHARGE
PRODUCT
DRY
TIMER
CHANBER
IN
CHAMBER
OUT
ROTOR
IN
ROTOR
OUT
0.1.
la:�to
3a
5a
lAf
4349
c;206
c
Af
a s
c
12/12/17JH

TWSA DRYER OPERATIONS
DAILY RECORD
3RD DRYER BATCH n
FILL CYCLE START @ d_ •� DRY CYCLE STARTED @ 31121 DISCHARGE CYCLE STARTED @
TEMPERATURES °F
I
TIME
DISCHARGE
EXHAUST
DISCHARGE
PRODUCT
DRY
TIMER
CHANBER
IN
CHAMBER.
OUT
ROTOR
IN
ROTOR
OUT
0.1.
3018
D
4.2o
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50
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1H-
COMPOSITE
SAMPLE
RESET #
CALCULATION
DISH WGT
WET -SAMPLE + DISH
DRIED SAMPLE + DISH
GRAMS
GRAMS
. GRAMS
GRAMS
1.0g33
tqgq 07
1ST WGT.
9
2ND WGT.�-
3RD WGT.
X 100
/3,7?7y '= % TOTAL SOLIDS 1-7,��
DISH WGT
WET SAMPLE + DISH
DRIED SAMPLE + DISH
GRAMS
GRAMS
GRAMS GRAMS
1ST WGT.
2ND WGT.
3RD WGT.
S:
X 100
'= % TOTAL SOLIDS
(DRIED SAMPLE + DISH - DISH WGT.) x 100
WET SAMPLE + DISH - DISH SGT. '= %p TOTAL SOLIDS
ALARMS OR COMMENTS -
12/12/17JH

TWSA DRYER OPERATIONS
DAILY RECORD
DATE
START STOP
RUN TIME, HRS
TOTAL
15L DRYER BATCH
• FILL CYCLE START'@ DRY CYCLE STARTED @ DISCHARGE CYCLE STARTED @ l�
TEMPERATURES °F
TIME
DISCHARGE
EXHAUST
DISCHARGE
PRODUCT
DRY
TIMER
CHANBER
IN
CHAMBER
OUT
ROTOR
IN
ROTOR
OUT
0.1.
:5'
V'73
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6
4X3
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2ND DRYER'BATCH `
FILL CYCLE START @_1 d 3 L DRY CYCLE STARTED @ PO G DISCHARGE CYCLE STARTED @ o��P
TEMPERATURES °F
TIME
DISCHARGE
EXHAUST
DISCHARGE
PRODUCT
DRY
TIMER
CHANBER
IN
CHAMBER
OUT
ROTOR
IN
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OUT
0.1.
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12/12/17JH

TWSA DRYER OPERATIONS
DAILY RECORD
3RD DRYER BATCH
FILL CYCLE START @ DRY CYCLE STARTED @ DISCHARGE CYCLE STARTED @
TFMPFRATURES 'F
TIME
DISCHARGE
EXHAUST
DISCHARGE
PRODUCT
DRY
TIMER
CHANBER
IN
CHAMBER.
OUT
ROTOR
IN
ROTOR
OUT
0.1.
COMPOSITE
SAMPLE
RESET #
CALCU LATIOI`
DISH WGT
WET -SAMPLE + DISH
DRIED SAMPLE + DISH
GRAMS
GRAMS GRAMS
t�GRAMS
1' WGT.
2ND WGT. Jr
3R°WGT.
9 X 100
%TOTAL SOLIDS � �o
DISH WGT
GRAMS
WET SAMPLE + DISH
GRAMS
DRIED SAMPLE + DISH
GRAMS GRAMS
1ST WGT.
S:
2ND WGT.
3RD WGT.
X 100
% TOTAL SOLIDS
(DRIED SAMPLE + DISH - DISH WGTJ x 100
WET SAMPLE + DISH - DISH SGT. '_ % TOTAL SOLIDS
ALARMS OR COMMENTS -
12/12/17JH

TWSA DRYER OPERATIONS .
DAILY RECORD
_ DATE � O �S
START STOOP TOTAL
RUN TIME, HRS%
15` DRYER BATCH
FILL CYCLE START @� .3 DRY CYCLE STARTED @ �- /,7� DISCHARGE CYCLE STARTED @
TEMPERATURES °F
TIME
DISCHARGE
EXHAUST
DISCHARGE
PRODUCT
DRY
TIMER
CHANBER
IN
CHAMBER
OUT
ROTOR
IN
ROTOR
OUT
0.1.
73
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2ND DRYER'BATCH41r f
FILL CYCLE START @ l �• DRY CYCLE STARTED @ I DISCHARGE CYCLE STARTED @� LC
TFMPFRATI IRFS OF
TIME
DISCHARGE
EXHAUST
DISCHARGE
PRODUCT
DRY
TIMER
CHANBER
IN
CHAMBER
OUT
ROTOR
IN
ROTOR
OUT
0.1.
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12/12/17JH

TWSA DRYER OPERATIONS
DAILY RECORD
bRYER BATCH
FILL CYCLE START @ DRY CYCLE STARTED @ DISCHARGE CYCLE STARTED @
TFnnPFRAT[ IRFS OF
•s,
TIME
DISCHARGE
EXHAUST
DISCHARGE
PRODUCT
DRY
TIMER
CHAMBER.
IN
CHAMBER.
OUT
ROTOR
IN
ROTOR
OUT
0.1.
COMPOSITE
SAMPLE
RESET #
CALCULATIOI`
DISH WGT
WET -SAMPLE + DISH
DRIED SAMPLE + DISH
GRAMS
GRAMS
GRAMS GRAMS
1,�Q17j�,
ZZ �.3-7
1TWGT.
2ND WGT. % 3 99-
3RD WGT.
X 100
% TOTAL SOLIDS
DISH WGT
WET SAMPLE + DISH
DRIED SAMPLE + DISH
GRAMS
GRAMS
GRAMS GRAMS
1ST WGT.
2ND WGT.
3RD WGT.
S:
X 100
'= % TOTAL SOLIDS
(DRIED SAMPLE + DISH - DISH WGTJ x 100*
WET SAMPLE + DISH - DISH SGT. '_ % TOTAL SOLIDS
ALARMS OR COMMENTS -
12/12/17JH

.. TWSA DRYER OPERATIONS
DAILY RECORD
DATE /19
START STOP TOTAL
RUN TIME, HRS
15i DRYER BATCH �1
FILL CYCLE START @ S - D DRY CYCLE STARTED @ DISCHARGE CYCLE STARTED @ MA
TFAAPFRATI IRFS OF
TIME
DISCHARGE
EXHAUST
DISCHARGE
PRODUCT
DRY
TIMER
CHANBER
IN
CHAMBER
OUT
ROTOR
IN
ROTOR
OUT
0.1.
4
140(o
161
CZ
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50
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414g
lb
2ND DRYER*BATCH
FILL CYCLE START @ DRY CYCLE STARTED @► . c� c DISCHARGE CYCLE STARTED @ 3t
TFAAPFRATI IRFq OF
DISCHARGE
DISCHARGE
DRY
CHANBER
CHAMBER
ROTOR
ROTOR
TIME
EXHAUST
PRODUCT
TIMER
IN
OUT
IN
OUT.
0.1.
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12/12/17JH

TWSA DRYER OPERATIONS
DAILY RECORD
3RD DRYER BATCH
FILL CYCLE START @ DRY CYCLE STARTED @ DISCHARGE CYCLE STARTED @
TEMPERATURES °F
TIME
DISCHARGE
EXHAUST
DISCHARGE
PRODUCT
DRY
TIMER
CHANBER
IN
CHAMBER.
OUT
ROTOR
IN
ROTOR
OUT
OJ..
COMPOSITE
SAMPLE
RESET #
CALCU LATI O N
DISH WGT
GRAMS
WET -SAMPLE + DISH
GRAMS
DRIED SAMPLE + DISH
GRAMS GRAMS
L13
1ST WGT.
7. S Si 3
r��.��%9
2ND WGT. /. 3 r,5'R
3RD WGT.
5,5/3 — /, v / s�3 .
•t.
X 100
— / TOTAL SOLIDS
DISH WGT
WET SAMPLE + DISH
DRIED SAMPLE + DISH
GRAMS
GRAMS
GRAMS GRAMS
1s,r WGT.
2NO WGT.
13RD WGT.
S
X 100
% TOTAL SOLIDS
(DRIED SAMPLE + DISH - DISH WGT.) x 100
WET SAMPLE + DISH = DISH SGT.. '_ % TOTAL SOLIDS
ALARMS OR COMMENTS -
12/12/17JH

RUN TIME, HRS
TWSA DRYER OPERATIONS
DAILY RECORD
DATE "6'"' I
START STOP TOTAL
fve3 -7:ys i 3.
1st DRYER BATCH '
FILL CYCLE START @ (P- `�t
� DRY CYCLE STARTED @ . �� o��% DISCHARGE CYCLE STARTED @-/o;i�
TEMPERATURES °F
ri
TIME
DISCHARGE
EXHAUST
DISCHARGE
PRODUCT
DRY
TIMER
CHANBER
IN
CHAMBER
OUT
ROTOR
IN
ROTOR
OUT
0.1.
4?
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0
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`ff fo
165
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445
4,35
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2NO DRYER BATCH
FILL CYCLE START @Its: j DRY CYCLE STARTED @ DISCHARGE CYCLE STARTED @ a
TEMPERATURES °F
TIME
DISCHARGE
EXHAUST
DISCHARGE
PRODUCT
DRY
TIMER
CHANBER
IN
CHAMBER
OUT
ROTOR
IN
ROTOR
OUT
0.1.
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12/12/17JH

TWSA DRYER OPERATIONS
DAILY RECORD
CDRYER BATCH
FILL CYCLE START @ DRY CYCLE STARTED @ : D DISCHARGE CYCLE STARTED @
TEMPERATURES °F
TIME
DISCHARGE
EXHAUST
DISCHARGE
PRODUCT
DRY
TIMER
CHAMBER
'IN
CHAMBER.
OUT
ROTOR
IN
ROTOR
OUT
0.1.
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SAMPLE
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RESET #
CALCULATION
DISH WGT
WET -SAMPLE + DISH
DRIED SAMPLE + DISH
GRAMS
GRAMS
GRAMS
GRAMS
o t 9'7
.0 q. ,6
1ST WGT.
/S
2ND WGT.
7
k;;WGT.
C.-
C1, . � ��6 • / '_ % TOTAL SOrD�SDl`•"'L
DISH WGT
WET SAMPLE + DISH
DRIED SAMPLE + DISH
GRAMS
GRAMS
GRAMS GRAMS
1s,r WGT.
ZNo WGT.
3RD WGT.
S:
X 100
%TOTAL SOLIDS
(DRIED SAMPLE + DISH - DISH WGT.) x 100
WET SAMPLE + DISH - DISH SGT. '_ % TOTAL SOLIDS
ALARMS OR COMMENTS -
12/12/17JH

TWSA DRYER OPERATIONS
DAILY RECORD
DATE
D
START
STOP
TOTAL
RUN TIME, HRS
/ M Z5
/
15Y DRYER BATCH
FILL CYCLE START @ CP y� DRY CYCLE
STARTED
@ /+'`a
DISCHARGE CYCLE STARTED @
TEMPERATURES °F
TIME
DISCHARGE
EXHAUST
DISCHARGE
PRODUCT
DRY
TIMER
CHANBER
IN
CHAMBER
OUT
ROTOR
IN
ROTOR
OUT
0.1.
366
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2ND DRYER'BATCH 35
FILL CYCLE START @ D- DRY CYCLE STARTED @ �� DISCHARGE CYCLE STARTED @ d. 3 D
TEMPERATURES °F
TIME
DISCHARGE
EXHAUST
DISCHARGE
PRODUCT
DRY
TIMER
CHANBER
IN
CHAMBER
OUT
ROTOR
IN
ROTOR
OUT
0.1.
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67
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12/12/17JH

TWSA DRYER OPERATIONS
DAILY RECORD
rbRYER BATCH J
FILL CYCLE START @ DRY CYCLE STARTED @ �'(3 DISCHARGE CYCLE STARTED @
TFMPPRATIIRFS OF ;
DISCHARGE
DISCHARGE
DRY
CHAMBER
CHAMBER.
ROTOR
ROTOR
TIME
EXHAUST
PRODUCT
TIMER
IN
OUT
IN
OUT
O.I.
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COMPOSITE
SAMPLE
RESET #
CALCU LATIO I`
185
DISH WGT
WET. MP + DISH
DRIED SAMPLE + DISH
GRAMS
GRAMS
. GRAMS GRAMS
` rJ �rJZ
l7? `k5
1ST WGT. g 931W
2ND* WGT. Sur/
3RD WGT,
'= % TOTAL SoCIDS/g.3 J
DISH WGT
WET SAMPLE + DISH
DRIED SAMPLE + DISH
GRAMS
GRAMS
GRAMS GRAMS
1' WGT.
2ND WGT.
3RD WGT.
S:
X 100
% TOTAL SOLIDS
(DRIED SAMPLE + DISH -"DISH WGT:) x 100
WET SAMPLE + DISH - DISH SGT. '_ %TOTAL SOLIDS
ALARMS OR COMMENTS -
12/12/17JH

TWSA DRYER OPERATIONS
DAILY RECORD
DATE
START STOP TOTAL
RUNTIME, HRS C2 " A
1st DRYER BATCH
FILL CYCLE START @ �c �� ` DRY CYCLE STARTED @ DISCHARGE CYCLE STARTED @ D� Q
TEMPERATURES DF
TIME
DISCHARGE
EXHAUST
DISCHARGE
PRODUCT
DRY
TIMER
CHANBER
IN
CHAMBER
OUT
ROTOR
IN
ROTOR
OUT
0.
39a
E
q
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qq6
3,5
193
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ip,-- 11-i l
2ND DRYER'BATCH
FILL CYCLE START @ DRY CYCLE STARTED @ o �-s DISCHARGE CYCLE STARTED @
TFMPFRATI)RFS DF
TIME
DISCHARGE
EXHAUST
DISCHARGE
PRODUCT
DRY
TIMER
CHANBER
IN
CHAMBER
OUT
ROTOR
IN
ROTOR
OUT
0.1.
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12/12/17JH

TWSA DRYER OPERATIONS
DAILY RECORD
3RD DRYER BATCH
FILL CYCLE START @ a •aa DRY CYCLE STARTED @ -5� DISCHARGE CYCLE STARTED @ bJl
TEMPERATURES °F
TIME
DISCHARGE-
EXHAUST
DISCHARGE
PRODUCT
DRY
TIMER
CHANBER
IN
CHAMBER.
OUT
ROTOR
IN
ROTOR
OUT
0.1.
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36
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442
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COMPOSITE
SAMPLE
RESET #
CALCULATION
DISH WGT
WET -SAMPLE + DISH
DRIED SAMPLE + DISH
GRAMS
GRAMS
GRAMS GRAMS
U3�Iq�
D
1ST WGT. '��CFJ
2Nn WGT.
3RD WGT.
X 100
'_ % TOTAL SOLIDS C�
DISH WGT
WET SAMPLE + DISH
DRIED SAMPLE + DISH
GRAMS
GRAMS
GRAMS GRAMS
1sr WGT.
2ND WGT.
3RD WGT.
S:
X 100
TOTAL SOLIDS
(DRIED SAMPLE + DISH - DISH WGT.) x 100
WET SAMPLE + DISH - DISH SGT. '_ % TOTAL SOLIDS
ALARMS -OR COMMENTS -
12/12/17JH

TWSA DRYER OPERATIONS
DAILY RECORD c�
DATE /I— -5 ` 1 0
START STOP TOTAL
RUN TIME, HRS �p : Alf
15C DRYER BATCH f
FILL CYCLE START @ ( 1 DRY CYCLE STARTED @ = G 6 DISCHARGE CYCLE STARTED @
•
TEMPERATURES °F
TIME
DISCHARGE
EXHAUST
DISCHARGE
PRODUCT
DRY
TIMER'
CHANBER
.IN.
CHAMBER
OUT
ROTOR.
IN
ROTOR
OUT
O.I.
7I �
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0
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3 a (v
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Y
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231
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mi
2ND DRYER BATCH n
FILL CYCLE START @ U • 3� DRY CYCLE STARTED @ dJ� DISCHARGE CYCLE STARTED @ J
TFMPFRATI IRFS OF
TIME
DISCHARGE
EXHAUST
DISCHARGE
PRODUCT
DRY
TIMER
CHANBER
IN
CHAMBER
OUT
ROTOR
IN
ROTOR
OUT
0.1.
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7/18/18JH

TWSA DRYER OPERATIONS
DAILY RECORD
3RD DRYER BATCH /-
FILL CYCLE START @ ,a� DRY CYCLE STARTED @3.'6A DISCHARGE CYCLE STARTED @ f7•r7
TEMPERATURES °F
TIME
DISCHARGE
EXHAUST
DISCHARGE.
PRODUCT
DRY
TIMER
CHANBER
IN
CHAMBER
OUT
ROTOR
IN
ROTOR
OUT
0.1.
r
l
b6
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12
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445
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166
160
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) 9-5
`'IZ,ti
`/Z7
zY7
COMPOSITE
SAMPLE
RESET #
CALCULATION
DISH WGT
WET SAMPLE+.DISH
DRIED SAMPLE + DISH
GRAMS
GRAMS
GRAMS GRAMS
q
1, b�3E
15, Llgol
1STWGT. �/3. /66 g
2No WGT.
3RD WGT.
X100
AS, 4b / '= % TOTAL SOLIDS
DISH WGT
WET SAMPLE+ DISH
DRIED SAMPLE + DISH
GRAMS
GRAMS
GRAMS GRAMS
1ST.WGT.
2ND WGT.
3RD WGT.
S:
X 100
% TOTAL SOLIDS
(DRIED SAMPLE + DISH - DISH WGT. 1 x 100
WET SAMPLE + DISH - DISH SGT. '_ % TOTAL SOLIDS
ALARMS OR COMMENTS -
7/18/18JH

TWSA DRYER OPERATIONS
1,
DAILY RECORD
DATE
START STOP TOTAL
RUN TIME,-HRS
15` DRYER BATCH
FILL CYCLE START @ f� 3 q DRY CYCLE STARTED @ � U �P DISCHARGE CYCLE STARTED @
TEMPERATURES °F
TIME
DISCHARGE
EXHAUST
DISCHARGE
PRODUCT
DRY
TIMER
CHANBER
IN.
CHAMBER
OUT
ROTOR
IN
ROTOR
OUT
O.I.
7;a (o
&7
c2,qR
37,5
403
56
c
T510
leg
3 X7
50
-944,
44-
14
S = q
-6 3
-3 &,
f r o
qqs
4,36
a-ag,
e
9.34?
Lai.
39 q
160
143,5
y(a
Alt
a
) g b
450
q--05
Lt4 7
443
14-
2 5 (•
E
2ND DRYER BATCH ! y
r FILL CYCLE START @ j : 3 a DRY CYCLE STARTED @ ! ' �J DISCHARGE CYCLE STARTED @
TEMPERATURES °F
TIME
DISCHARGE
EXHAUST
DISCHARGE
PRODUCT
DRY
TIMER
CHANBER
IN
CHAMBER
OUT
ROTOR
IN
ROTOR
OUT
0.1.
b5
"i
1
p
1)
OW
It
= 3V7
3 W7
JS D
1 )4445,1
1-i `7 1
44
1ao a
I q,-(.51
4,tf 3
I , Sa
-
7/18/18JH

TWSA DRYER OPERATIONS
DAILY RECORD
3RD DRYER BATCH FILL CYCLE START @y�i aJ DRY CYCLE STARTED @ �' %v DISCHARGE CYCLE STARTED @b/
• 3
TEMPERATURES °F
TIME
DISCHARGE
EXHAUST
DISCHARGE
PRODUCT
DRY
TIMER
CHANBER
IN
CHAMBER
OUT
ROTOR
IN
ROTOR
OUT
O.I.
3�Io
` -.00
n
` 6
y115
LI35
iy5
Ice-/
314
Li;5o
167
355
/C�0
' `!Y
W35
I/V3
aZ-7
5•.�0
16�6
393
150
Ms
qql
Llyy
2/5
�;v
6-23
/ R
Q37
%
`f 3S
Zl(Z
COMPOSITE
SAMPLE
RESET #
CALCU LATIO N
DISH WGT
WET SAMPLE +DISH
DRIED SAMPLE +DISH
GRAMS
GRAMS
GRAMS GRAMS
pp
O leg
al g0o%
1sr WGT. 3 Sr' G
I+
,
2" . WGT. 14. 7
3RD WGT.
C:.
x 100 /
% TOTAL SOLIDS
DISH WGT
WET SAMPLE+ DISH
DRIED SAMPLE + DISH
GRAMS
GRAMS
GRAMS GRAMS
1ST WGT.
2"D WGT.
3RD WGT.
S:
X 100
% TOTAL SOLIDS
(DRIED SAMPLE + DISH - DISH WGT.) x 100
WET SAMPLE + DISH - DISH SGT. '= % TOTAL SOLIDS
ALARMS OR COMMENTS -
7/18/18J H

97 V�
9c
•
TWSA DRYER OPERATIONS
DAILY RECORD
DATE ! 6 "' ` t 6
START STOP TOTAL
RUNTIME, HRS
15t DRYER BATCH
FILL CYCLE START @ (c�� `f V DRY CYCLE STARTED @ r DISCHARGE CYCLE STARTED @ b
TEMPERATURES DF
TIME
DISCHARGE
EXHAUST
DISCHARGE
PRODUCT
DRY
TIMER
CHANBER
IN.
CHAMBER
OUT
ROTOR
IN
ROTOR
OUT
0.1.
31
3�3
a
47
7
C
gi63
100
#46
q3/
&
9:43
l0
3q [
1 0
f-ig(p
136
446as
c
! 4q
4uq
qqS
4-q.9,
14q5
Q q3
2ND DRYER BATCH FILL CYCLE START @ D• DRY CYCLE STARTED @ �DISCHARGE CYCLE STARTED @ C2 133
TEMPERATURES DF
TIME
DISCHARGE
EXHAUST
DISCHARGE
PRODUCT
DRY
TIMER
CHANBER
IN
CHAMBER
OUT
ROTOR
IN
ROTOR
OUT
0.1.
j1=a3
)(0
:3d�
0
4b9
313
1469
A59
C
33 Irk
15D
q417
q36
qq
W
�7
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1
'li
43.EZ4&
's
33
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4
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7/18/18JH

TWSA DRYER OPERATIONS
DAILY RECORD
3RD DRYER BATCH nn
FILL CYCLE START @_4 DRY CYCLE STARTED @ (Tj DISCHARGE CYCLE STARTED @'•��
TEMPERATURES °F t,
TIME
DISCHARGE
EXHAUST
DISCHARGE
PRODUCT
DRY
TIMER
CHANBER
IN.
CHAMBER
OUT
ROTOR
IN
ROTOR
OUT
O.I.
3 ;l ?-.),
I `l 2
3og
6
H0-�
z1 ,
Lf 01
I(o-S
�
�: og
326
Yq 5
L(36
5g
l b
Z
jo
4qS
L/3q.
yqq
zz�
Z'y
-so
/5 0
L1K 6
4-56
Yyy
2/0
�
r;'33
Icy
y4a
0,3
I-lyo
yL[z
939
ayl
-sa
COMPOSITE DISH WGT
WET SAMPLE + DISH
DRIED SAMPLE + DISH
SAMPLE GRAMS
GRAMS
GRAMS GRAMS
I�.03bo
55p
1ST WGT. f
2ND WGT.
3RD WGT.
y�! 5
lae
X100
% TOTAL SOLIDS
RESET# DISH WGT
WET SAMPLE +DISH
DRIED SAMPLE +DISH
GRAMS
GRAMS
GRAMS GRAMS
°I I7
1sT WGT.
2ND WGT.
CALCULATIONS:
3RD WGT.
X 100
% TOTAL SOLIDS
(DRIED SAMPLE + DISH -DISH WGT.) x 100
WET SAMPLE + DISH - DISH SGT. '= % TOTAL SOLIDS
ALARMS OR COMMENTS -
7/18/18JH

�C
•
TWSA DRYER OPERATIONS
DAILY RECORD
DATE
START STOP j Q TOTAL
RUN TIME, HRS ll� '� / • S
1s` DRYER BATCH
FILL CYCLE START @ DRY CYCLE STARTED @_ DISCHARGE CYCLE STARTED @ D•`
rrnnncDATI IDCC DC
•i,
C'
TIME
DISCHARGE
EXHAUST
DISCHARGE
PRODUCT
DRY
TIMER "
CHANBER
IN.
CHAMBER
OUT
ROTOR
IN
ROTOR
OUT
O.I.
�sD�t
0 49 3
31l
d
3g0
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3qo
)35
E n]
q'4-7
E'
2ND DRYER BATCH
FILL CYCLE START @ DRY CYCLE STARTED @ �l a DISCHARGE CYCLE STARTED @
�•rwnnrn ATI IDCC 0,
TIME
DISCHARGE
EXHAUST
DISCHARGE
PRODUCT
DRY
TIMER
CHANGER
IN
CHAMBER
OUT
ROTOR
IN
ROTOR
OUT
0.1.
p
3`7
15' D
-f 3
43,11
a6 to
CD
'33
15 !
-
L4q a
a.O�29
E
7/18/18JH

TWSA' DRYER OPERATIONS
DAILY RECORD
C'RD DRYER BATCH
, ILL CYCLE START @ DRY CYCLE STARTED 3' 2 r�
��. @ ! DISCHARGE CYCLE STARTED @ b •3�
TEMPERATURES OF ,.
TIME
DISCHARGE
EXHAUST
DISCHARGE
PRODUCT
DRY
TIMER
CHANBER
IN
CHAMBER
OUT
ROTOR
IN
ROTOR
OUT
0.1.
2LI
167
-.2-11
39+
3��
`3�3
141
'327
•SD
gggl
`!3V
9q21'72—
s. y
3
3SZ
l b b
qb
�13�
'► I
616
5.GLJ
3
160.
I-Als
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L
P,o6
3
6,4
L13L
c13cj
LlLl I
-2 S 7
TT]
COMPOSITE DISH WGT
WET SAMPLE + DISH
DRIED SAMPLE + DISH
SAMPLE GRAMS
GRAMS
GRAMS GRAMS
i.5y
j�.IJ $f
1ST WGT.
2ND WGT.
C.
f
3RD WGT.
%l(k '_%TOTAL SOLIDS
RESET# DISH WGT
WE SAMPLE+ DISH
DRIED SAMPLE+ DISH
GRAMS
GRAMS
GRAMS GRAMS
1ST WGT.
2ND WGT.
CALCULATIONS:
-q Wr,T
X 100
% TOTAL SOLIDS
(DRIED SAMPLE + DISH - DISH WGT) x 100
WET SAMPLE + DISH - DISH SGT. '= % TOTAL SOLIDS
ALARMS OR COMMENTS -
7/18/18J H

•
TWSA DRYER. OPERATIONS
DAILY RECORD
DATE
START STOP TOTAL
RUN TIME, HRS to
1st DRYER BATCH
FILL CYCLE START @ ! -% DRY CYCLE STARTED @ %:�a DISCHARGE CYCLE STARTED @ ;
TFAA P FR ATI I RFS'0F
TIME
DISCHARGE
EXHAUST
DISCHARGE
PRODUCT
DRY
TIMER
CHANBER
IN.
CHAMBER
OUT
ROTOR
IN
ROTOR
OUT
O.I.
o
3 4?lf
1,37
E
21rx*
49
661
aa
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sq
o q.a
,5
ioo
#�t�.a7
2 uR
C13
414
2ND DRYER BATCH
FILL CYCLE START @ 1 v : DRY CYCLE STARTED @ DISCHARGE CYCLE STARTED
TEMPERATURES OF
TIME
DISCHARGE
EXHAUST
DISCHARGE
PRODUCT
DRY
TIMER
CHANBER
CHAMBER
OUT�j�
ROTOR
ROTOR
ODUT
O.I.
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431
9-9a
414
a
'i4L7
7/18/18JH

TWSA DRYER OPERATIONS
DAILY RECORD
,ao DRYER BATCH
FILL CYCLE START @ d ' DRY CYCLE STARTED ' �-� DISCHARGE CYCLE STARTED f� @ ARTED @
TEMPERATURES °F t,
TIME
DISCHARGE
EXHAUST
DISCHARGE
PRODUCT
DRY
TIMER
CHANBER
IN
CHAMBER
OUT
ROTOR
IN
ROTOR
OUT
O.I.
3,-0
10
0
3'--A-7
2 9.
CrE
I52,
J46
4.15
10
3 (
D
q36
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c13t
166
314
5: 05
It 4 s
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1146
y36
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55
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43L1
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b., ( to
5 -
`1 5
(-13y
qql
�36
23z
may.
COMPOSITE DISH WGT
WET SAMPLE + DISH
DRIED SAMPLE + DISH
SAMPLE GRAMS
GRAMS
GRAMS
GRAMS
1ST WGT.
2ND WGT.
�. •
3RD WGT.
X 100
%TOTAL SOLIDS
RESET # DISH WGT
WET SAMPLE+ DISH
DRIED SAMPLE + DISH
GRAMS
GRAMS
GRAMS
GRAMS
1ST WGT.
-
2ND WGT.
CALCULATIONS:
3RD WGT.
X 100
% TOTAL SOLIDS
(DRIED SAMPLE'+ DISH - DISH WGT)
x 100
WET SAMPLE + DISH - DISH SGT.
'_ % TOTAL SOLIDS
ALARMS OR COMMENTS -
7/18/18JH

TWSA DRYER OPERATIONS
DAILY RECORD �J
DATE / — 3 _ b
.t.
START STOP r-� TOTAL
RUN TIME, HRS (� / •• I / <
1st DRYER BATCH / , r
FILL CYCLE START @ DRY CYCLE STARTED @ DISCHARGE CYCLE STARTED @ / �=
TCIIADCRATI IRGC OC
TIME
DISCHARGE
EXHAUST
DISCHARGE
PRODUCT
DRY
TIMER
CHANBER
IN,
CHAMBER
OUT
ROTOR
IN
ROTOR
OUT
0.1.
7.P,b
166
311
D
38 b
314
3?b
37
C .
?:
fb5
33
6t>
-11dX
4v
wA
as
44
q37.
D:Xw
J59
-jqa:41-
Ziq&
�39
q'Y6
9-3
py
2ND DRYER BATCH t
FILL CYCLE START @ O.DRY CYCLE STARTED @ 1-I3 DISCHARGE CYCLE STARTED @ �•
TCKADGRATI IRFC DF
TIME
DISCHARGE
EXHAUST
DISCHARGE
PRODUCT
DRY
TIMER
CHANBER
IN
CHAMBER
OUT
ROTOR
IN
ROTOR
OUT
0.1.
(a I�
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3
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7/18/18JH

TWSA DRYER OPERATIONS
DAILY RECORD .
3RD DRYER BATCH
FILL CYCLE START @ ' °1� DRY CYCLE STARTED @s.: DISCHARGE CYCLE STARTED @ b•7
TFMPFRATI IRFS of
TIME
DISCHARGE DISCHARGE
EXHAUST PRODUCT
DRY
TIMER
CHAMBER
IN
CHAMBER
OUT
ROTOR
IN
ROTOR
OUT
0.1.
3`.93
Ll : u 3-
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tb 3�1
5 b.44L
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o
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COMPOSITE
SAMPLE
RESET #
DISH WGT
I WET SAMPLE + DISH
DRIED SAMPLE + DISH
GRA
GRAMS
GRAMS GRAMS
/MS
�. �oZ&S
!I
��'�/
15TWGT.
ZRD WGT.
3RD WGT.
X100
f'o•�, /
�.0
%TOTALSOLIDS-
DRIED SAMPLE + DISH
DISH WGT
WET SAMPLE +DISH
GRAMS
GRAMS
GRAMS GRAMS
1STWGT.
ZRD WGT. a-9. %9l�
CALCULATIONS: 3RD WGT.
Algo I osv/ x 100 9a,* 66,
ALARMS OR COMMENTS -
7/18/18J H
(3 - /i lj �7 C(i� '_ % TOTAL SOLIDS
(DRIED SAMPLE + DISH - DISH WGT 1 x 100
WET SAMPLE + DISH - DISH SGT. '_ % TOTAL SOLIDS
4

TWSA DRYER OPERATIONS
Q DAILY RECORD
DATE / J-
START STOP + TOTAL
RUN TIME, HRS
Ist DRYER BATCH 7 7�
FILL CYCLE START DRY CYCLE STARTED @ : V DISCHARGE CYCLE STARTED @ 1
TFMPFRATURFS OF
TIME
DISCHARGE
EXHAUST
DISCHARGE
PRODUCT
DRY
TIMER
CHANBER
IN.
CHAMBER
OUT
ROTOR
IN
ROTOR
OUT
-'�
10 `l
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10
t�i
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7�5�1
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50
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E
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9:lcl
to D
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ll�r
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JV 3,5
4f
1�:A
1-6D
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1 4'4 3
`7
31
eo
190
2ND DRYER BATCH J I
FILL CYCLE START @ _ DRY CYCLE STARTED @ D`F DISCHARGE CYCLE STARTED @ ,2 1,
TEMPERATURES OF
TIME
DISCHARGE
EXHAUST
DISCHARGE
PRODUCT
DRY
TIMER
CHANBER
IN
CHAMBER
OUT
ROTOR
IN
ROTOR
OUT
0.1.
19D
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63
315.
403
1,5,1
'
l0,0
50
qqA
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1 J447
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7/18/18JH

TWSA DRYER OPERATIONS
DAILY RECORD
3RD DRYER BATCH
FILL CYCLE START @ : �� DRY CYCLE STARTED @ '�- DISCHARGE CYCLE STARTED @
TEMPERATURFS OF
TIME
DISCHARGE
EXHAUST
DISCHARGE
PRODUCT
DRY
TIMER
CHANBER
IN
CHAMBER
OUT
ROTOR
IN
ROTOR
OUT
0.1.
.�
162
i5$
3Z`l'510`
36b
D 0
t CIS
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L13?
L(y3
7�
�N
605
15 6
LI3q
%.�
`{`jb
LJN
a33
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COMPOSITE DISH WGT WET SAMPLE +DISH DRIED SAMPLE + DISH
SAMPLE GRAMS GRAMS GRAMS GRAMS
.o b 1(-•7633 I' WGT.
2ND WGT.
3RD WGT.
r - C
gr0 /.!� ��� X100
y
f j4&3,1 - /,v(�(o % '_%TOTAL SOLIDS d
RESET# DISH WGT WE SAMPLE+ DISH DRIED SAMPLE+ DISH
GRAMS GRAMS GRAMS GRAMS
1h WGT.
2ND WGT.
CALCULATIONS: 3RD"WGT.
ALARMS OR COMMENTS -
7/18/18JH
X 100
% TOTAL SOLIDS
(DRIED SAMPLE + DISH - DISH WGT 1 x 100
WET SAMPLE + DISH - DISH SGT. '_ % TOTAL SOLIDS

TWSA DRYER OPERATIONS
�. DAILY RECORD
DATE --
START STOP TOTAL
.t,
RUN TIME, HRS y e% '
I" DRYER BATCH
FILL CYCLE START @ - DRY CYCLE STARTED @_ DISCHARGE CYCLE STARTED @��: a a
TEMPERATURES °F
TIME
DISCHARGE
EXHAUST
DISCHARGE
PRODUCT
DRY
TIMER
CHANBER
IN,
CHAMBER
OUT
ROTOR
IN
ROTOR
OUT
O.I.
,3b�
��
3
93'. D 1
% 60
31
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l
3 5' -7
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as
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7
149
7
r�
1,10
2ND DRYER BATCH
FILL CYCLE START @ !y -�d� DRY CYCLE STARTED @ = U DISCHARGE CYCLE STARTED @
TCKADCOATI IRCC °G
TIME
DISCHARGE
EXHAUST
DISCHARGE
PRODUCT
DRY
TIMER
CHANBER
IN
CHAMBER
OUT
ROTOR
IN
ROTOR
OUT
0.1.
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I.57
i 5 5
3 1 *7
J-lq5
J
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f
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aas
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144
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L
7/18/18JH

TWSA DRYER OPERATIONS
U
DAILY RECORD
�Ro DRYER BATCH l
FILL CYCLE START @ oC DRY CYCLE STARTED �-J 7 DISCHARGE CYCLE STARTED �'' ( Z
@ ARTED @
TEMPERATURES °F
TIME
DISCHARGE
EXHAUST
DISCHARGE
PRODUCT
DRY
TIMER
CHANBER
I
CHAMBER
OUT
ROTOR
IN
ROTOR
OUT
0.1.
c
tb`�
3zo
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N-15
qIS3
i 1
�
L��3i
Z
Llyl-1
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5•. Z�
l5�
3�{6
�D
y46
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;bcti
L►1-1v
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LI36
2-'ss
COMPOSITE
SAMPLE
DISH WGT
WET SAMPLE + DISH
DRIED SAMPLE + DISH
GRAMS
GRAMS
GRAMS
.0 2.�b
1E. Z82
1GRAMS
1' WGT. f�
2ND WGT-
3 RD WGT.
l Z 010 . X100
% TOTAL SOLIDS
RESET # DISH WGT WET SAMPLE + DISH DRIED SAMPLE + DISH
GRAMS GRAMS GRAMS GRAMS
1ST WGT.
2ND WGT.
CALCULATIONS: 3RD WGT.
X 100
'= % TOTAL SOLIDS
(DRIED SAMPLE + DISH - DISH WGT.) x loo
WET SAMPLE + DISH - DISH SGT. '_ % TOTAL SOLIDS
ALARMS OR COMMENTS
7/18/18JH

•
7/18/18JH
TWSA DRYER OPERATIONS
DAILY RECORD
DATE
STARTSTOP TOTAL
RUN TIME, HRS
15L DRYER BATCH p�
FILL CYCLE START @ &• q Iy DRY CYCLE STARTED @�'_ DISCHARGE CYCLE STARTED @
TPRADFRATI IRFC OF
TIME
DISCHARGE
EXHAUST
DISCHARGE
PRODUCT
DRY
TIMER
CHANBER
IN.
CHAMBER
OUT
ROTOR
IN
ROTOR
OUT
0.1.
�jk
1 6
g
--3
cU of
33
dg
lefid
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)AM
. 4J-)5
a v
4 qs'
4
114
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/q
2ND DRYER BATCH II��
FILL CYCLE START @ DRY CYCLE STARTED _@ DISCHARGE CYCLE STARTED @
TFMPFRATLIRFS 'F
TIME
DISCHARGE
EXHAUST
DISCHARGE
PRODUCT
DRY
TIMER
CHANBER
IN
CHAMBER
OUT
ROTOR
IN
ROTOR
OUT
0.1.
tag
66,
b
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TWSA DRYER OPERATIONS
DAILY RECORD
3RD DRYER BATCH
FILL CYCLE START @ p(• DRY CYCLE STARTED @ 3 � Z3 DISCHARGE CYCLE STARTED @
TEMPERATURES DF
TIME
DISCHARGE
EXHAUST
DISCHARGE
PRODUCT
DRY
TIMER
CHANBER
IN
CHAMBER
OUT
ROTOR
IN
ROTOR
OUT
0.1.
Z_q 0
0
3 88
3 tO9
3V8
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34
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l
y 3 5
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COMPOSITE DISH WGT WET SAMPLE + DISH
DRIED SAMPLE + DISH
SAMPLE GRAMS GRAMS
GRAMS GRAMS
1e05H 2-3: 9?(o5
1'WGT. 3. 11o/
.2ND WGT..3,
FeD WGT.
% TOTAL SOLIDS
RESET# DISH WGT WET SAMPLE+DISH
DRIED SAMPLE +DISH
GRAMS GRAMS
GRAMS GRAMS
1ST WGT.
2ND WGT..
CALCULATIONS:
3RD WGT,
X 100
'= Y. TOTAL SOLIDS
(DRIED SAMPLE + DISH - DISH WGT) x 100
WET SAMPLE + DISH -DISH SGT. '_ % TOTAL SOLIDS
ALARMS OR COMMENTS -
7/18/18J H

TWSA DRYER OPERATIONS
' DAILY RECORD
DATE
START STOP 1 TOTAL
RUN TIME, HRS • 3
1sc DRYER BATCH
FILL CYCLE START @ �/�, DRY CYCLE STARTED @ ~/ DISCHARGE CYCLE STARTED @R-
TEMPERATURES °F
-_.. lb.:
TIME
DISCHARGE
EXHAUST
DISCHARGE
PRODUCT
DRY
TIMER
CHANBER
IN
CHAMBER
OUT
ROTOR
IN
ROTOR
OUT
O.I.
b
S
9,a
o
Lf3 A,
q:b4�
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..
16D�
43�
ats
c
q q
a63
145 439 I 1 `K` I Jf-yam I elf- I �a
2ND DRYER BATCH
FILL CYCLE START @ ! 6 DRY CYCLE STARTED @ ! 1 6 DISCHARGE CYCLE STARTED @
TFMPFRATI IRFC OF
TIME
DISCHARGE
EXHAUST
DISCHARGE
PRODUCT
DRY
TIMER
CHANBER
IN
CHAMBER
OUT
ROTOR
IN
ROTOR
OUT
0.1.
0
)a:
6
��
8 9
I5a
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aED
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345
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r
7/18/18JH
W
L

TWSA DRYER OPERATIONS
DAILY RECORD
Ro DRYER BATCH C
'L j,�
ILL CYCLE START @ `I `� % Z ' DRY CYCLE STARTED @3I DISCHARGE CYCLE STARTED @
TEMPERATURES of
TIME
DISCHARGE
EXHAUST
DISCHARGE
PRODUCT
DRY
TIMER
CHANBER
IN
CHAMBER
OUT
ROTOR
IN
ROTOR
OUT
0.1.
3" Z 1
6
'�v Z
b
ill
N7
LOY
155
-150
1.11
M
-533
150
441
1:�5
Vy5
. to
.
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j 00435
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aiy
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2-Ij ITY
V-510
rn
435
i qy 1
(441
4Nz-
qp,
I
-A-1,
C_
COMPOSITE
SAMPLE
RESET #
CALCU LATIO i\
DISH WGT
WET SAMPLE + DISH
DRIED SAMPLE + DISH
GRAMS
GRAMS
GRAMS GRAMS
0550
(5. (,5�0
1ST WGT-
2 ND WGT.
3RD WGT.
I3 �93sS t qSf (xloo 7
i�, 4G5 '=%TOTAL SOLIDS � : D
DISH WGT
WET SAMPLE + DISH
DRIED SAMPLE + DISH
GRAMS
GRAMS*
GRAMS GRAMS
1ST WGT.
2ND WGT.
3RD WGT.
S:
X 100
% TOTAL SOLIDS
(DRIED SAMPLE'+ DISH - DISH WGT.)'
x 100
WET SAMPLE + DISH - DISH SGT. '_ % TOTAL SOLIDS
ALARMS OR COMMENTS -
7/18/18JH