WQ0005763_Residual Annual Report 2020_20210129

Initial Review
Reviewer Williams, Kendall
Is this submittal an application? (Excluding additional information.)*
r Yes r No
If not an application what is the submittal type?*
Annual Report Year*
Permit Number (IR)*
Applicant/Permittee
Email Notifications
.......................................................... .............
Does this need review by the hydrogeologist?*
Regional Office
CO Reviewer
Admin Reviewer
* Annual Report
* Residual Annual Report
r Additional Information
r Other
2020
WQ0005763
Tuckaseigee Water and Sewer Auth.
r Yes c No
Asheville
[e-mail]

Submittal Form
Project Contact Information
Rease provide information on the person to be contacted by N B Staff regarding electibnittal, confirmation of receipt, other
.......................................................... electronic surece, aner correspondence.
_ -
Name * Stan Bryson
Email Address*
sbryson@tv,sanc.us
Project Information
........ ......... ....................................................................................................................................... .
Application/Document Type* r New (Fee Req ui red)
r Modification - Major (Fee Required)
r Renewal with Major Modification (Fee
Required)
r Annual Report
r Additional Information
r Other
Phone Number*
828-586-9318
O Modification - Minor
C Renewal
C GW-59, NDMR, NDMLR, NDAR-1,
NDAR-2
IT Residual Annual Report
r Change of Ownership
We no longer accept these monitoring reports through this portal. Please click on the link below and it will take you to the correct form.
https://edocs.deq.nc.gov/Forms/NonDischarge_Monitoring_Report
Permit Type:* r Wastewater Irrigation r High -Rate Infiltration
r Other Wastewater r Reclaimed Water
r Closed -Loop Recycle r Residuals
r Single -Family Residence Wastewater r Other
Irrigation
Permit Number:* W00005763
Fbs Current Existing permt number
Applicant/Permittee Address* 1246 West main St.
Facility Name * TWSA Plant #1
Please provide comments/notes on your current submittal below.
At this time, paper copies are no longer required. If you have any questions about what is required, please contact Nathaniel Thornburg
at [e-mail].
Please attach all information required or requested for this submittal to be reviewed here.*
(Application Form} Engineering Rans, Specifications, Calculations, Bc.)
2020 Summary.pdf 368.79KB
Upload only 1 FLFdocurrent (less than 250 `VB). Miltiple documents rust be confined into one RJFfile unless file is larger than
upload limit.
* V By checking this box, I acknowledge that I understand the application will not be
accepted for pre -review until the fee (if required) has been received by the Non -
Discharge Branch. Application fees must be submitted by check or money order
and made payable to the North Carolina Department of Environmental Quality
(NCDEQ). I also confirm that the uploaded document is a single PDF with all parts
of the application in correct order (as specified by the application).
Mail payment to:
NCDEQ — Division of Water Resources
Attn: Non -Discharge Branch
1617 Mail Service Center
Raleigh, NC 27699-1617
Signature
Submission Date 1/29/2021

Tuckaseigee Water and Sewer
ACF Form
2020
ANNUAL LAND APPLICATION CERTIFICATION FORM
WQ Permit#: WQ 0005763 County: Jackson Year: 2020
Facility Name (as shown on permit): Tuckaseigee Water and Sewer Authority
Land Application Operator: Stan Bryson (lie 9 13180) Phone: [phone]
Land application of residuals as allowed by the permit occurred during the past calendar year?
0 Yes 0 No - If No, skip Part A, and Part B and proceed to Part C. Also, If residuals were
generated but not land applied, please attach an explanation on how the residuals were handled.
Part A - Residuals Application Summary:
Total number of application fields in the permit: N/A
Total number of fields utilized for land application during the year: N/A
Total amount of dry tons applied during the year for all application sites: 1 213.8
Total number of acres utilizes for land application during the year: N/A
Part B - Annual Compiance State me nt:
Facility was compliant during calendar year 2020 with all conditions ofthe land application permit
(including but not limited to items 1-13 below) issued by the Division of Water Resources0 Yes 0 No
If no please, provide a written description why the facility was not compliant, the dates, and explain
corrective action taken.
1) Only residuals approved for this permit were applied to the permitted sites.
2) Soil pH was adjusted as specked in the permit and lime was applied (if needed) to achieve a soil pH of at least 6.0
or the limit specified in the permit.
3) Annual soils analysis were performed on each site receiving residuals during the past calendar year and three (3)
copies of laboratory results are attached.
4) Annual TCLP analysis (if required) was performed and three (3) copies of certified laboratory results are attached.
5) All other monitoring was performed in accordance with the permit and reported during the year as required and
three (3) copies of certified laboratory results are attached.
6) The facility did not exceed any of the Pollutant Concentration Limits in 15A NCAC 02T .1105(a) or the Pollutant
Loading Rates in 15A NCAC 02T .1105(b) (applicable to 40 CFR Part 503 regulated facilities).
7) All general requirements in as specified in the Land Application Permit were complied with (applicable to 40 CFR
Part 503 regulated facilities).
8) All monitoring and reporting requirements in 15A NCAC 02T .1111 were complied with (applicable to 40 CFR Part
503 regulated facilities).
9) All operations and maintenance requirements in the permit were complied with or, in the case of a deviation, prior
authorization was received from the Division of Water Resources.
10) No contravention of Ground Water Quality Standards occurred at a monitoring well or explanations of violations
are attached to include appropriate actions and remediations.
11) Vegetative cover was maintained and proper crop management was performed on each site receing residuals, as
specified in the permit.
12) No runoff of residuals from the application sites onto adjacent property or nearby surface waters has occurred.
13) All buffer requirements as specified on the permit were maintained during each application of residuals.
Part C - Certification:
"I certify, under penalty of law, that the above information is, to the best of my knowledge and belief, true,
accurate, and complete. I am aware that there are significant penalties for submitting false information,
including the possibility of fines and imprisonment for knowing violations."
Stan Bryson, WWTP Operations Supt. ,tz� i1i1/29/21
Permittee Name and Title (type or print) Signature of YZnnittee Date
Signature of Preparer* Date Signature of Land Applier i Date
(if different from Permittee) (if different from Permittee and Preparer)
* Preparer is defined in 40 CFR Part 503.9 (r) and 15A NCAC 02T .1102 (26)

Tuckaseigee Water and Sewer
DMSDF Form
2020
,ASS A ANNUAL DISTRIBUTION AND MARKETING/ SURFACE DISPOSAL CERTIFICATION AND SUMMARY FOP
NQ PERMIT #: WQ0005763 FACILITY N� 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)
❑ Distribution and Marketing (complete Parts A, B, and C)
Was the facility in operation during the past calendar year? lei 11❑ —* 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,
12.79
0
Bobby Collins
114
Hayfield
February
TWSA Plant #2-NC0020214,
13.31
20
H&H Farms
82.3
Hay/Corn field
March
and
33.35
17.5
Stan Bryson
17.5
Hayfield
April
TWSA Plant #3-NC0063321)
27.35
0
May
All residuals produced by these
39.29
0
June
three plants were combined. Total
26.34
48
July
residuals in was calculated by press
25.5
18
August
and dryer runs.
12.26
0
September
Total product out was obtained by
5.69
0
October
estimating weights on trucks.
55.2
21.3
November
42.96
44
December
20.93
45
Total from FORM DMSDF (sup)
Totals:
Annual d tons :
0
314.97
213.8
213.8
Amendments used:1 0 1 Bulking Agent(s) used: 0
x 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 r❑ Yes
(including but not limited to items 1-3 below) issued by the Division of Water Resources: ❑ No 0 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.
3. No contravention of Ground Water Quality Standards occurred at a monitoring well.
"I certify, under penalty of law, that the above information is, to the best of my knowledge and befieli 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."
1 /29/20
Signature of Pcimid Date
**Preparer is defined in 40 CFR Part 503.9(r) and 15A NCAC 2T .1102 (26)
Signature of Preparer**
(if different from Permittee)
Date

Tuckaseigee Water and Sewer
RS SF Form
2020
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 Laboratory: 1) Pace Analytical
Facility Name: Tuckaseigee Water and Sewer Auth 2) Environmental Testing Services
Residual Source WQ # or 3)
NCO039578
NPDES #: 4)
WWTPName: TWSAPbnt41 5)
Residual Analysis Data
Ceiling
Sample or Composite Date
Parameter
Conc. Limit
(g)
a
3/2
3/2
3/2
5/18
5/18
5/18
5/18
8/4
8/24
8/24
8/24
11/10
Percent Solids (%)
NA
97.3
98
98
97
98
98
98
99.1
99
98
99
97
Arsenic
75
3.9
2
2.5
3.5
Cadmium
85
1.2
1.1
0.3
1
Copper
4,300
418
327
18.3
398
Chromium
NA
24.4
18.1
66.1
24
Lead
840
19.2
13.3
17.2
14.9
Mercury
57
< .0020
0.94
0.71
0.76
Molybdenum
75
6.2
6.9
5.1
4.1
Nickel
420
18.3
14.3
37.5
17.9
Selenium
100
4
6
0.92
5
Zinc
7,500
932
822
54.7
1110
Total Phosphorus
NA
10600
14400
9620
11300
TKN
NA
41100
50600
33700
5320
Ammonia -Nitrogen
NA
1850
3020
1270
2060
Nitrate and Nitrite
NA
< 4.1
< 4.1
< 4.0
< 4.0
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."
.77 1 /29/21
Signature of Pre * Date
*Preparer is defined in 40 CFR Part 503.9(r) and 15A NCAC 2T .1102 (26)

Tuckaseigee Water and Sewer
PVRF 503 Form
_ 2020
ANNUAL PATHOGEN AND VECTOR ATTRACTION REDUCTION FORM (503 Rules)
Facility Name: Tuckaseigee Water and Sewer Auth. WQ Permit Number: W00005763
WWTP Name: TWSA Plant #1 NPDES Number: NCO039578
Monitoring Period: From , 1/1/2020 To 12/31/2020
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❑
Alternative 6 ❑
If applicable to alternative performed (Class A only) indicate "Process to Further Reduce Pathogens":
Compost ❑
Heat Drying ❑r
Heat Treatment ❑
Thermophilic ❑
Beta Ray ❑
Gamma Ray ❑
Pasteurization ❑
Class B: Alternative 1 ❑ Alternative 2 ❑
If applicable to alternative performed (Class B only) indicate "Process to Significantly Reduce Pathogens":
Lime Stabilization ❑ Air Drying❑ Composting ❑ Aerobic Digestion ❑
..............................................................
Anaerobic Di estion ❑
g
If applicable to alternative performed (Class A or Class B) complete the following monitoring data:
Parameter
Allowable Level
in Sludge
g
Pathogen Density
Number of
Excee-
dences
Frequency
of
Analysis
Sample
Type
Analytical
Tech-
niclue
Minimum
Geo. Mean
Maxim
Units
Fecal Coliform
2 x 10 to the
6th power
per gramof
total solids
MPN
CFU
1000 mpn per gram
oftotal solid (dry
weight)
< 176
< 272
921
mpn/g
0
quarterly
grab
SM 9221
Salmonella
bacteria (in lieu of
fecal coliform)
3 MPN per 4 grams
total solid (dry
weight)
Vector Attraction Reduction (40 CFR 503.33) - Please indicate option performed:
Alt.l (VS reduction) ❑
Alt. 2 (40-day bench) ❑
Alt. 3 (30-day bench) ❑
Alt. 4 (Spec. 02 uptake) ❑
Alt. 5 (14-Day Aerobic) ❑
Alt. 6 (Alk. Stabilization ❑
Alt 7 (Drying - Stable) ❑
IAlt. 8 (Drying - Unstable) 0
Alt. 9 (Injection) ❑
Alt. 10 (Incorporation) ❑
No vector attraction reduction alternatives were performed❑
CERTIFICATION STATEMENT (please check the appropriate statement)
❑r "I certify, under penalty of law, that the pathogen requirements in 40 CFR 503.32 and the vector
attraction reduction requirement in 40 CFR 503.33 have been met."
❑ "I certify, under penalty of law, that the pathogen requirements in 40 CFR 503.32 and the vector
attraction reduction requirement in 40 CFR 503.33 have not been met." (Please note if you check
this statement attach an explanation why you have not met one or both of the requirements.)
"This determination has been made under my direction and supervision in accordance with the system
designed to ensure that qualified personnel properly gather and evaluate the information used to determine
that the pathogen and vector attraction reduction requirements have been met. I am aware that there are
significant penalties for false certification including fine and imprisonment."
Stan Bryson, WWTP Operations Supt.
Preparer Name and Title (type or print)
Land Applier Name and Title (if applicable)(type or print)
1/29/21
Signature of eparer* Date Signature of Land Applier (if applicable)
*Preparer is defined in 40 CFR Part 5039(r) and 15A NCAC 2T .1102 (26)
Date

TUCKASEIGEE WATER & SEWER AUTHORITY
SERVING JACKSON COUNTY
1246 West Main Street
Sylva, NC 28779
Phone: [phone] Fax: [phone]
Aug 3, 2021
Attn: Mikal Wilmer
NCDENR
Division of Water Resources
Asheville Regional Office
2090 US 70 Hwy
Swannanoa, NC 28778-8211
Attn: Mikal Wilmer,
8001e0168�j apiAaysy,
suoileaadp leun6s)-i Algenp 1aleM
Enclosed is a copy of the Annual Residuals Report for the Tuckaseigee Water and Sewer
Authority Residuals Stabilization facility (permit #WQ0005763) for the period of January 1,
2020 - December 31, 2020
Should you have questions or comments or if I can provide you any additional information,
please don't hesitate to contact me.
Sincere ,
i
tan Bryson
Wastewater Plant Operations Superintendent
Tuckaseigee Water & Sewer Authority
xc: Mr Daniel Marring
Executive Director
Tuckaseigee Water and Sewer Authority
This institution is an equal opportunity provider and employer.
i

2020
Annual Residuals Stabilization Report
for
The Tuckaseigee Water and Sewer Authority
Distribution of Class A Residuals Permit # WQ0005763
for the period of January 1, 2020-December 31, 2020
as required by RIAUG
40 CFR, Part 503 - 5 2021
Standards for the use or disposal oper Quality Regional operations
Asheville Regional Office
Sewage sludge

TABLE OF CONTENTS
(1) PERTINENT INFORMATION
(2) Land Application Certification Form (DENR Form ACF)
Residual Sampling Summary Form (DENR Form RSSF)
Class A Distribution and Marketing Summary (DENR Form DMSDF)
Pathogen and Vector Attraction Reduction form (DENR Form PVRF 503)
(3) 2020 Sludge Production Data
(4) Certification Requirements
APPENDIX
(a) 2020 Monthly Residual Sources and Volumes Summary
(b) 2020 Monthly Distribution and Marketing Summary
(c) TCLP Analysis
(d) Residuals Analysis
(e) Daily Dryer Record
(f) Annual Belt Press Record

(1)
Tuckaseigee Water and Sewer Authority
Pertinent
Information

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 three additional plants owned by the
authority.
Pertinent information includes:
Facility name: Tuckaseigee Water & Sewer Authority Plant # 1
NPDES # NC0039578
WQ 00005763
Correspondence address: 1246 West Main St
Sylva NC 28779
Physical address: 1871 North River Rd
Sylva NC 28779
Facility operator: Stan Bryson
Wastewater Plant Operations Superintendent
Email- [e-mail]
ph. 828-586-9318
Sewage sludge treated at this facility includes the following residual sources:
TWSA Plant #2 (NC0020214)
TWSA Plant #3 (NC0063321)
TWSA Plant #4 (NC0087602)

(2)
Land Application Certification Form
(DENR Form ACF)
Residual Sampling Summary Form
(DENR Form RSSF)
Class A Distribution and Marketing
Summary
(DENR Form DMSDF)
Pathogen and Vector Attraction Reduction
W I
(DENR Form PVRF 503)

ANNUAL LAND APPLICATION CERTIFICATION FORM
WQ Permit#: WQ 0005763 County:
Facility Name (as shown on permit):
Jackson
Year. 2020
Water and Sewer
Land Application Operator:
Stan
Phone: [phone]
Land application of residuals as allowed by the permit occurred during the past calendar year?
0 Yes ❑ No - If No, slip Part A, and Part B and proceed to Part C. Also, If residuals were
generated but not land applied, please attach an explanation on how the residuals were handled.
Part A -Residuals Application Summary:
Total number of application fields in the ermit:
N/A
Total number of fields utilized for land application during the year.
N/A
Total amount of dry tons applied during the year for all application sites:
213.8
Total number of acres utilizes for land application during the year:
N/A
Part B - Annual Compiance Statement:
Facility was compliant during calendar year 2020 with all conditions of the land application permit
(including but not limited to items 1-13 below) issued by the Division of Water Resources. r❑ Yes ❑ No
If no please, provide a written description why the facility was not compliant, the dates, and explain corrective action
taken.
1) Only residuals approved for this permit were applied to the permitted sites.
2) Soil pH was adjusted as specified in the permit and lime was applied (if needed) to achieve a soil pH of at least 6.0 or
the limit specified in the permit.
3) Annual soils analysis were performed on each site receiving residuals during the past calendar year and three (3) copies
of laboratory results are attached.
4) Annual TCLP analysis (if required) was performed and three (3) copies of certified laboratory results are attached.
5) All other monitoring was performed in accordance with the permit and reported during the year as required and three (3)
copies of certified laboratory results are attached.
6) The facility did not exceed any of the Pollutant Concentration Limits in 15A NCAC 02T A 105(a) or the Pollutant
Loading Rates in 15A NCAC 02T .1105(b) (applicable to 40 CFR Part 503 regulated facilities).
7) All general requirements in as specified in the Land Application Permit were complied with (applicable to 40 CFR Part
503 regulated facilities).
8) All monitoring and reporting requirements in 15A NCAC 02T. I I 11 were complied with (applicable to 40 CFR Part
503 regulated facilities).
9) All operations and maintenance requirements in the permit were complied with or, in the case of a deviation, prior
authorization was received from the Division of Water Resources.
10) No contravention of Ground Water Quality Standards occurred at a monitoring well or explanations of violations are
attached to include appropriate actions and remediations.
11) Vegetative cover was maintained and proper crop management was performed on each site receing residuals, as
specified in the permit.
12) No runoff of residuals from the application sites onto adjacent property or nearby surface waters has occurred.
13) All buffer requirements as specified on the permit were maintained during each application of residuals.
Part C - Certification:
"I certify, under penalty of law, that the above information is, to the best of my knowledge and belief, true, accurate,
and complete. I am aware that there are significant penalties for submitting false information, including the
possibility of fines and imprisonment for knowing violations."
Stan Bryson, W WTP Operations Supt.
Permittee Name and Title (type or print)
E-IiFature
Signature of Preparer* Date Signature of Land Applier Date
(if different from Permittee) (if different from Permittee and Preparer)
* Preparer is defined in 40 CFR Part 503.9 (r) and 15A NCAC 02T .1102 (26) DENR FORM ACF (12/2006)

ANNUAL RESIDUAL SAMPLING SUABIARY 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 Laboratory:
Facility Name: Tuckaseigee Water and Sewer Auth.
Residual Source WQ # or NCO039578
NPDES#:
WWTP Name: TWSA Plant #1
Residual Anal sis Data
1) Pace Analytical
2) Environmental Testing Services
3)
4)
5)
Parameter
(mg/kg)
Conc.
Limit
m a
Sam le or Com osite Date
3/2
3/2
3/2
5/18
5/18
5/18
5/18
8/4
8/24
8/24
8/24
11/10
Percent Solids (%)
NA
97.3
98
98
97
98
98
98
99.1
99
98
99
3.5
Arsenic
75
3.9
2
2.5
3
Cadmium
85
1 1.2
1.1
0.3
0.9
Copper
4,300
418
327
18.3
398
Chromium
NA
24.4
18.1
66.1
24
Lead
840
19.2
13.3
17.2
14.9
Mercury
57
< .0020
0.94
0.71
0.76
Molybdenum
75
6.2
6.9
5.1
4.1
Nickel
420
18.3
14.3
37.5
17.9
Selenium
100
4
6
0.92
5
Zinc
7,500
932
822
54.7
1110
Total Phosphorus
NA
10600
14400
9620
11300
TKN
NA
41100
50600
33700
5320
Ammonia -Nitrogen
NA
1850
3020
1270
2060
Nitrate and Nitrite
0
NA
< 4.1
< 4.1
< 4.0
For surface disposal facilities the ceiling concentration limits listed in tills 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."
•Preparer is defined in 40 CFR Part 503.9(r) and i5A NCAC 2T .l 102 (26)
II R I I c " 7c t1..

CLASS A ANNUAL DISTRIBUTION AND MARKETING/ SURFACE DISPOSAL CERTIFICATION AND SUMMARY FORM
WQ PERMIT #: W00005763 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 skin 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,
12.79
0
Bobby Collins
114
Hayfield
February
TWSA Plant #2-NC0020214,
13.31
20
H&H Farms
82.3
Hay/Corn field
March
and
33.35
17.5
Stan Bryson
17.5
Hayfield
April
TWSA Plant#3-NC0063321)
27.35
0
May
* All residuals produced by these
39.29
0
June
three plants were combined. Total
26.34
48
July
residuals in was calculated by press
25.5
18
August
and dryer runs.
12.26
0
September
Total product out was obtained by
5.69
0
October
estimating weights on trucks.
55.2
21.3
November
42.96
44
December
20.93
45
Total from FORM DMSDF (sup)
Totals:
Annual (dry tons): 1
0
314.97 1
213.8
213.8
Amendments used: 1 0 Bulking Agent(s) used: 0
* If more space is required, attach additional information sheets (FORM DMSDF (supp)): Total Number of Form DMSDF (Supp)0
Part C:
Facility was compliant during the past calendar year with all conditions of the land application permit O 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.
3. No contravention of Ground Water Quality Standards occurred at a monitoring well.
"I certify, under penalty of law, that the above information Is, to the best of my knowledge and belief, true, accurate and complete. I am aware that there are significant
penalties for submitting false information, including the possibility of fines and imprisonment for knowing violations."
92
Signature ofPermittee D' ate r
**Preparer is defined in 40 CFR Part 503.9(r) and 15A NCAC 2T .1102 (26)
Signature of Preparer** Date
(if different from Permittee)

ANNUAL PATHOGEN AND VECTOR ATTRACTION
Facility Name: Tuckaseigee Water and Sewer Auth.
WWTPName: TWSAPlant #1
IUCTION FORM (503 Rules)
WQ Permit Number. WQ0005763
NPDES Number: NCO039578
Monitoring Period: From 1/1/2020- . To 12/31/2020
Pathogen Reduction (40 CFR 503.32) - Please indicate level achieved and alternative Performed:
Class A:
Alternative 1 ❑
Alternative 2 ❑
Alternative 3 ❑
= t
Alternative 4 ❑
Altemative 5 v❑
Alternative 6 ❑
If applicable to alternative performed (Class A only) indicate "Process to Further Reduce Pathogens":
Compost ❑
Heat Drying v❑
Heat Treatment ❑
Thermophilic ❑
Beta Ray ❑
Gamma Ray ❑
Pasteurization ❑
.
Class B:
Alternative 1 ❑
Alternative 2 ❑
j:::; :>::::>: `::'::::':....', z
H applicable to alternative performed (Class B only) indicate "Process to Significantly Reduce Pathogens":
Lime Stabilization ❑
Air Drying❑
Composting ❑ jAerobic Digestion ❑
-
Anaerobic Dig eshon
If applicable to alternative performed (Class A or Class B) complete the following
monitoring data:
Parameter
Allowable Level
Pathogen Density
-7
Number o
Frequency
Sample
Analytical
in Sludge
Geo. Mean
axim
Units
Excee-
ofAnal rs
ys
Type
Tech-
2 x 10 to the
IMPN
6th power
per gram of
Fecal Coliform
total solids
CFU
1000 mpn per gram
of total solid (dry
< 176
<272
921
mpn/g
0
quarterly
grab
SM 9221
weight)
Salmonella bacteria
3 MPN per 4 grams
(in lieu of fecal
total solid (dry
coliform
weight)
Vector Attraction Reduction (40 CP'R 503.33) - Please indicate option performed:
Alt1 (VS reduction)
❑
jAlt. 2 (40-day bench)
❑
JAR. 3 (30-day bench) ❑
Alt. 4 (Spec. OZ uptake)
❑
Alt 5 (14-Day Aerobic)
❑
jAlt. 6 (Alk Stabilization
❑
JAR 7 (Drying - Stable) ❑
Alt 8 (Drying - Unstable)
❑�
Alt 9 (Injection)
❑
JAIL 10 (Incorporation)
❑
jNo vector attraction reduction alternatives were performed
❑
CERTIFICATION STATEMENT (please check the appropriate statement)
v❑ "I certify, under penalty of law, that the pathogen requirements in 40 CFR 503.32 and the vector
attraction reduction requirement in 40 CFR 503.33 have been met."
❑ "I certify, under penalty of law, that the pathogen requirements in 40 CFR 503.32 and the vector
attraction reduction requirement in 40 CFR 503.33 have not been met." (Please note if you check
this statement attach an explanation why you have not met one or both of the requirements.)
"This determination has been made under my direction and supervision in accordance with the system
designed to ensure that qualified personnel properly gather and evaluate the information used to determine
that the pathogen and vector attraction reduction requirements have been met. I am aware that there are
significant penalties for false certification including fine and imprisonment."
Stan Bryson, WWTP Operations Supt.
Preparer Name and Title (type or print)
4—
Signature of Prepare
Land Applier Name and Title (if applicable)(type or print)
Da a 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)

(3)
2020 Sludge Production
Data

2020 SLUDGE PRODUCTION DATA
TWSA PLANT # 1 (3.5 mgd plant capacity)
NPDES # NCO039578
Sludge dewatered on belt press.................................................................3,599,105 gallons
total tons...............................................314.97 tons
total metric tons............................................285.7 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............................................................. 162,500 gallons
total tons.......................................................................... 11.26 tons
total metric tons...............................................................10.2 dry metric tons
TWSA PLANT # 3 (0.2 mgd plant capacity)
NPDES # NC0063321
Sludge Hauled to Plant # 1 digestor........................................................ 72,000 gallons
totaltons.........................................................................9.16 dry tons
total metric tons..............................................................8.31 dry metric tons
Total Calculated Sludge Production, 2020= 315 dry tons, (285.7 metric tons).
This number was calculated from the volume in (gals) and the % total solids
dewatered on the belt press.
There was a total of 479.2 tons of wet residual landfilled in 2020. At an avg. % solids of 18.0
these residuals equaled 86.3 dry tons.
A total of 213.8 tons were distributed to the public in 2020. At an avg % solids of 96.3 these
residuals totaled 205.9 dry tons
205.9 + 86.3 = 292.2 dry tons-- 265.0 dry metric tons accounted for in 2020.
All sludge or residuals landfilled in 2020 were hauled by a private contractor to the:
R&B Landfill This landfill operated by: Waste Management Services
610 Frank Bennet Rd 1001 Fannin St
Homer GA, 30547 Houston TX 77002
It should be noted that all tonnage weights obtained during the year (with the exception of
landfilled weights) are either calculated from the analysis performed on process control samples
or are estimated on trucks after they are loaded. This leaves considerable room for error in year
end totals.

(4)
Certification Requirements
and
Statement

PART I -POLLUTANT CONCENTRATIONS
PARAMETER Avg MAX[MMUM
Arsenic.....................1.7 mg/kg .................. 2A mg/kg
Cadmium....................1.1 mg/kg.................. 1.4 mg/kg
Copper.....................358 mg/kg.................
406 mg/kg
Lead ........................15.6
mg/kg.................
17.7 mg/kg
Mercury ..................0.840
mg/kg
................. 1.0 mgtkg
Molybdenum...............5.2
mg/kg ..................
5.8 mg/kg
Nickel......................17.0
mg/kg
.................. 20.5 mg/kg
Selenium....................4.7
mg/kg ...................
6.0 mgtkg
Zinc .........................942
mg/kg..................
1410 mg/kg
PART H - PATHOGEN REDUCTION (40 CFR 50332)
X Class A
Class B
PART III - VECTOR ATTRACTION (40 CFR 50333)
Option 1
Option 2
Option 3
Option 5 —Option 6 —Option 7
Permitted Concentrations
monthly avg ceiling
41 mg/kg
75 mg/kg
39 mg/kg
85 mg/kg
1500 mg/kg
4300 mg/kg
300 mg/kg
840 mg/kg
17 mg/kg
57 mg/kg
n/a
75 mg/kg
420 mg/kg
420 mg/kg
100 mg/kg
100 mg/kg
2800 mg/kg
7500 mg/kg
Option 4
X Option 8

PART W - CERTIFICATION
" I certify under penalty of law, that the Class A pathogen requirements in 40 CFR, Part 503.32
have been met and the vector attraction reduction requirement in 40 CFR, Part [503. 33(b)(6))
has been met. I am aware that there are significant penalties for false certification including fine
and imprisonment."
Signed this 27th day of February ,2020.
Stan Bryson, Wastewater Super- en ent

(a)
2020 Monthly Residual Sources
and
Volume Summary

2020
Appendix 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
10.02
2.77
0.00
12.79
February
TWSA Plant# 1 (NCO039578)
TWSA Plant # 2 (NC0020214)
TWSA Plant # 3 (NC0063321)
Monthly Total
11.88
1.43
0.00
13.31
March
TWSA Plant # 1 (NC0039578)
TWSA Plant# 2 (NCO020214)
TWSA Plant# 3 (NC0063321)
Monthly Total
32.16
1.19
0.00
33.35
April
TWSA Plant # 1 (NCO039578)
TWSA Plant# 2 (NCO020214)
TWSA Plant# 3 (NC0063321)
Monthlyrotall
23.16
1.14
3.05
27.35
May
TWSA Plant # 1 (NC0039578)
TWSA Plant# 2 (NCO020214)
TWSA Plant # 3 (NC0063321)
Monthly Total
38.51
0.76
0.00
39.29
June
TWSA Plant # 1 (NC0039578)
TWSA Plant # 2 (NCO020214)
TWSA Plant # 3 (NC0063321)
Monthly Total
26.30
0.04
0.00
26.34
Est. Total "sludge" produced by all sources for 2020 = 315.0 dry tons
Residual Sources and Volume
Sludge Volume
Produced
Month Source (dry tons
July
TWSA Plant # 1 (NCO039578)
TWSA Plant # 2 (NC0020214)
TWSA Plant # 3 (NC0063321)
Monthtv Total
25.50
0.00
0.00
25.60
august
TWSA Plant # 1 (NCO039578)
TWSA Plant # 2 (NC0020214)
TWSA Plant # 3 (NCO063321)
Monthly Total
8.60
0.72
2.94
12.26
September
TWSA Plant # 1 (NC0039578)
TWSA Plant # 2 (NCO020214)
TWSA Plant # 3 (NC0063321)
Monthlv Total
4.29
1.40
0.00
5.69
October
TWSA Plant # 1 (NC0039578)
TWSA Plant # 2 (NCO020214)
TWSA Plant # 3 (NC0063321)
Month) Total
54.43
0.77
0.00
55.20
November
TWSA Plant # 1 (NCO039578)
TWSA Plant # 2 (NCO020214)
TWSA Plant # 3 (NCO063321)
Monthly'rotall
42.96
0.00
0.00
42.96
December
TWSA Plant# 1 (NC0039578)
TWSA Plant # 2 (NCO020214)
TWSA Plant # 3 (NCO063321)
Month) Total
16.74
1.02
3.17
20.93

(b)
2020 Distribution and
Marketing Summary

Appendix B
TWSA Plant # 1
Monthly Distribution and
Marketing Summary
2020
Recipient Information
Month Name 8 Data Est Volume Intended Use Destination
Addmss (wat tons)
January I I I g
February
H&H Farms
21520
20
ComMay
1965 Crawford Rd.
1754 Poplar Cove Rd.
Frankin NC
Frankin NC 287M
March
Shan Bryson
328
10Ji
Hay Field
281 Hammotic Drive
144 Coral Bell Lane
329
7.0
Culiowhee NC 2a723
Cuilowhee NC 28723
Jackson Co.
ph: [phone]
April 0
May 0
June
Bobby Collins
624
24
Hay Field
327 Cedar Ridge Rd.
327 Cedar Ridge Rd.
626
24
• •
Franklin NC 28734
Franklin NC 28734
Macon Co
ph: (828) 342-416M
July
H&H Farms
721
18
ComlHay
1965 Crawford Rd.
1754 Poplar Cove Rd.
Franklin NC
Franklin NC 28734
Macon Cc
ph: [phone]
August 0
September g
October
H&H Farms
1028
21.3
ComlHay
1965 Crawford Rd.
1754 Poplar Cove Rd.
Franklin NC
Franklin NC 28734
Macon Cc
h: [phone]
November
Bobby Collins
1 11118
44
Hay Field
327 Cedar Ridge Rd.
327 Cedar Ridge Rd.
• '
Franklin NC 28734
Franklin NC 28734
Macon Co
ph: [phone]
December
H&H Farms
122
23
ComrHay
1965 Crawford Rd.
1754 Poplar Cove Rd.
Franklin NC 28734
ph: [phone]
Franklin NC
Macon Cc
Bobby Collins
327 Cedar Ridge Rd.
1222
22
Hay Field
' '
327 Cedar Ridge Rd.
Franidin NC 28734
Frankin NC 28734
ph: (828) 34241663
Macon Cc
Annual Total Tons Distributed to the public-- 213.8 tons
193.9 metric tons

(C)
TCLP Analysis

�, a,Ywiaiyuca�
� nvw.paealahsssm
,
t
August 14, 2020
Mr. Stan Bryson
Tuckaseigee Water & Sewer Co.
1246 West Main Street
Sylva, NC 28779
RE: Project Dried Residual TCLP 814
Pace Project No.: 92489075
Dear Mr. Bryson:
Pace Analytical Services, LLC
2225 Riverside Dr.
Asheville, NC 288a4
[phone]
Enclosed are the analytical results for sample(s) received by the laboratory on August 04, 2020. The results relate only to
the samples included in this report Results reported herein conform to the applicable TNI/NELAC Standards and the
laboratory's Quality Manual, where applicable, unless othervvise noted in the body of the report.
CThe test results provided in this final report were generated by each of the following laboratories within the Pace Network Pace National - Mt Juliet
• Pace Analytical Services -Asheville
Pace Analytical Services - Charlotte
If you have any questions concerning this report, please feel free to contact me.
Sincerely,
Chris Derouen
[e-mail]
[phone]
Project Manager
Enclosures
P�CRFC
9eORA'ID
REPORT OF LABORATORY ANALYSIS
This report shall not he reproduced, except in full,
without the written consent of Pace Analytical services, I.I.C.
Page 1 of 28

Pace Analytical Services, LLC
2225 Riverside Dr.
Asheville, NC 28804
[phone]
ANALYTICAL RESULTS
Project- Dried Residual TCLP 8/4
Pace Project No.: 92489075
Sample: TWSA DRIED RESIDUAL Lab ID: 92489076001 Collected: 08/04/20 09:00 Received: 08/04120 12:50 Matrix: Water
TCLP
Parameters Results Units Report Limit OF Prepared Analyzed CAS No. Cual
Chlorinated Herb. (GC) 8151A
Analytical Method: EPA 8151A Preparation Method: 8151A
Leachate Method/Date: 1311; 08/07/20 23:59 Initial pH: 6.21; Final pH: 5.32
Pace National - Mt. Juliet
2,4,5-TP (Silvex)
ND mg1L 0.00200 1 08111/20 00:47 08/11/20 16:53 93-72-1
2,4-D
NO mg/L 0.00200 1 08/11/20 00:47 08/11/20 16:53 94-75-7
Surrogates
2,4-DCAA(S)
70.2 % 14.0-158 1 0811112000:47 08111/2016:53 19719.28-9
8081 TCLP Pesticides RVE
Analytical Method: EPA8081B Preparation Method: EPA3510C
Leachate Method/Date: EPA 1311; 08/06/20 13:08 Initial pH: 5.62; Final pH:
Pace Analytical Services - Charlotte
gamma-SHC (Lindane)
NO ug/L 0.50 1 08/10/20 1123 08/1212018:48 58.89-9
Chlordane (rechnlcaq
ND uglL 3.0 1 081101201123 08112120181.48 57-74-9
Enddn
ND ug/L 0.50 1 08/101201123 08112/2018AB 72-20-8
Heptachlor
NO ug/L 0.60 1 08/1012011:23 0811212018:48 76-44-8
Heptachlor epoxide
ND ug/L 0.50 1 08/1012011:23 08/1212018:48 1024-573
Methoxychlor
NO ug/L 1000 1 08/10/20 11:23 08/12120 18:48 72-43-5
Toxaphene
NO ug/L 3.0 1 08M 0/2011:23 08/1212018:48 8001-35-2
Surrogates
. Derachlorobiphenyl(S)
88 % 10-138 1 0811012011*23 0811212018A8 2051-24-3
Tetrachloro-m-xylene (S)
77 % 10-130 1 08/10/20 11:23 08/12/20 18:48 877-09-8
6010 MET ICP, TCLP
Analytical Method: EPA6010D Preparation Method: EPA 3010A
Leachate Method/Date: EPA 1311; 08/06120 13:03 Initial pH: 5.62; Final pH: 2
Pace Analytical Services -Asheville
Arsenic
NO mg/L 0.050 1 08/08120 01:28 08/08/20 19:15 7440-38.2
Barium
NO mg/L 0.25 1 08108/2001:28 0810812019:15 7440-39.3
Cadmium
NO mg1L 0.0050 1 08/0812001:28 0810812019:15 7440-43-9
Chromium
NO mg/L 0.050 1 0810812001:28 08/0812019:15 7440-47-3
Lead
NO mg/L 0.025 1 0810812001:28 08/08/2019:15 7439.92-1
Selenium
NO mg1L 0.10 1 08108/20 01:28 0810812019:15 7782-49.2
Silver
ND mg1L 0.025 1 08/08/20 01:28 0810812019:15 7440-22-4
7470 Mercury, TCLP
Analytical Method: EPA 7470A Preparation Method: EPA 7470A
Leachate Method/Date: EPA 1311; 08/06/20 13:03 Initial pH: 5.62; Final pH: 2
Pace Analytical Services -Asheville
Mercury
ND mg/L 0.00020 1 08/09/2023:07 0811012014:10 7439-97-6
8270E TCLP RVE
Analytical Method: EPA8270E Preparation Method: EPA3510C
Leachate Method/Dale: EPA 1311; 08/06120 13:08 Initial pH: 5.62; Final pH:
Pace Analytical Services - Charlotte
1,4-Dichlorobenzene
NO ug1L 50.0 1 08/12120 11:12 08/13120 13:22 106-46-7
2,4-Dinitrololuene
NO ug1L 50.0 1 08/12/20 11:12 08113120 13:22 121-14-2
Hexachloro-1,3-buladiene
NO ug/L 50.0 1 0811212011:12 OB/13/2013:22 87-68-3
Hexachlorobenzene
NO ug/L -50.0 1 08/12/20 11:12 08/13/20 13:22 118-74-1
Hexachloroethane
NO ug/L 50.0 1 08/1212011:12 0811312013:22 67-72-1
Date: 08114/2020 05:40 PM
REPORT OF LABORATORY ANALYSIS
This report shall not be reproduced, except In full,
without the written consent of Peres Analytical Services, I.I.C.
Page 4 of 28

www.paclileb=111
ANALYTICAL RESULTS
Pace Analytical Services, LLC
2225 Riverside Dr.
Asheville, NC 28804
[phone]
Project: Dried Residual TCLP 8/4
Pace Project No.: 92489076
Sample: TWSA DRIED RESIDUAL Lab ID: 92489075001 Collected: 08104/20 09:00 Received: 08/04/20 12:50 Matrix: Water
TCLP
Parameters
8270E TCLP RVE
2-Methylphenol(o-Cresol)
3&4-Methylphenol(m&p Cresol)
Nitrobenzene
Pentachlorophenei
Pyridine
2,4,5-Trichlorophenol
2,4,6-Trichlorophenol
Surrogates
Nitrobenzened5 (S)
2-Fluorobiphenyl(8)
Terphenyldl4 (S)
Phenold6 (S)
2-Fluorophenol(S)
2,4,6-Tribromophenol (S)
11260D MSV TCLP
Benzene
2-Butanone (MEK)
Carbon tetrachloride
Chlorobenzene
Chloroform
1,4-Dichlorobenzene
1,2-Dichloroethane
1,1-Dichloroethene
Tetrachloroethene
Tdchlorcelhene
Vinyl chloride
Surrogates
1,2-Dichloroethaned4 (S)
Toluene-d8 (S)
4-Bromofluorobenzene(S)
Results Units Report Urnit OF Prepared Analyzed CAS No. Qual
Analytical Method: EPA 8270E Preparation Method: EPA 351 OC
Leachate Method/Date: EPA 1311; 08/06/20 13:08
Initial pH: 5.62; Final pH:
Pace Analytical
Services - Charlotte
NO
ug/L
50.0
1
0811212011:12
0811312013:22
9548-7
344
ug/L
50.0
1
08/12/20 11:12
08/13/20 13:22
15831-104
NO
ug/L
50.0
1
08/12(2011:12
08113/2013:22
98.95-3
ND
ug/L
100
1
08/1212011:12
08/13/201322
87-86-5
NO
ug/L
50.0
1
0811212011:12
08/13120 13:22
110-86-1
NO
ug/L
50.0
1
0811212011:12
0811312013:22
95.95A
NO
ug/L
50.0
1
0811212011:12
08/1312013:22
88-06-2
52
%
13-130
1
0811212011:12
0811312013:2.2
4165-60-0
42
%
13.130
1
08/1212011:12
08113/2013:22
321-60-8
94
%
25-130
1
0811212011:12
08/13/20 13:22
1718-51-0
33
%
10-130
1
0811212011:12
08/1312013:22
13127-88-3
42
%
10-13D
1
08/12f2011:12
08113/2013:22
367-124
97
%
10-137
1
08/12/20 11:12
08M 3/20 13:22
118-79-6
Analytical Method: EPA 8260D Leachate Method/Dale: EPA 1311; 08/12/20 13:47
Pace Analytical Services - Charlotte
' NO
ug/L
250
50
08/13/20 15:38 71-43.2
542
ug/L
Sao
50
0811312015:38 78.93-3
NO
ug/L
250
50
08113/2015:38 56-23-5 IK
NO
ug/L
250
50
OB/13/2015:38 108-90-7
NO
119/1-
250
50
08/13/2015:38 67-66-3
NO
ug/L
250
50
08/13/20 15:38 105-46-7
NO
ug/L
250
50
08/13/20 15:38 107-05-2
NO
uglL
250
50
0811312015:38 75-354
ND
uglL
250
50
08113/2015:38 127-184
NO
ug/L
250
50
08/1312016:38 79.01-6
NO
ug/L
250
50
08/1312015:38 75-01-4
105 % 7D-130 50
101 % 67-135 50
102 % 70-130 50
REPORT OF LABORATORY ANALYSIS
0811312015:38 17060-07-0 D3
08113/2015:38 2037-26-5
08113/2015:38 460.00-4
This report shall not be reproduced, except In full,
Date: 08114/2020 05:40 PM without the written consent of Pam Analytical Services, LLC. Page 6 of 28

QUALIFIERS
Project: Dried Residual TCLP 814
Pace Project No.: 92489075
DEFINITIONS
Pace Analytical Services, LLD
2225 Riverside Dr.
Asheville, NC 28804
[phone]
DF- Dilution Factor, if reported, represents the factor applied to the reported data due to dilution of the sample aliquot.
ND - Not Detected at or above adjusted reporting limit.
TNTC-Too Numerous To Count
J - Estimated concentration above the adjusted method detection limit and below the adjusted reporting limit.
MDL -Adjusted Method Detection Urnit.
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-Diphenylhydmzine decomposes to and cannot be separated from Azobenzene using Method 8270. The result for each analyle 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)
CUP - 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 ofAcrolein and Acrylonitale 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.
PaceAnalytical Is TNI accredited. Contact your Pace PM for the current list of accredited analyles.
TNI - The NELAC Institute.
ANALYTE QUALIFIERS
D3 Sample was diluted due to the presence of high levels of non -target analyles or other matrix Interference.
IK The recalculated concentration of the calibration standard(s) did not meet method acceptance criteria; this result should
be considered an estimated value.
M1 Matrix spike recovery exceeded QC limits. Balch accepted based on laboratory control sample (LCS) recovery.
R1 RPD value was outside control limits.
S3 Surrogate recovery exceeded laboratory control limits. Analyte presence below reporting limits in associated sample
REPORT OF LABORATORY ANALYSIS
This report shall not be reproduced, except In full,
Date: 08/14/2020 05:40 PM without the written consent of Pace Analytical Services, U.C. Page 14 of 28

aceAng1Xical® ANALYTICAL REPORT
MetlgnN Cantu ("Toung 8 Zen amflan August 12. 2020
Pace Analytical - Asheville, NC
Sample Delivery Group:
L1246794
Samples Received:
08/05/2020
Project Number.
92489075
Description:
Dried Residual TCLP 8/4
Site:
001
Report To:
Christopher Derouen
2225 Riverside Drive
Asheville, NC 28804
Entire Report Reviewed By: n A �, �kLO'4%1�
Nancy McLain
Project Manager
be
'i
rTc
aCn
Fr
1 aQc
I 7
GI
oAl
1 a
Sc
ACCOUNT: PROJECT: SDG: DATEMME PAGE:
Pace Analytical-Ashevflle, NC 92489075 L1246794 08I122011:09 10f10

TABLE OF CONTENTS
ONE LAB. NATIONWIDE.
Cp: Cover Page
1
n
Tc: Table of Contents
C
2
Cp
I Ss: Sample Summary
g
Cn: Case Narrative
4
Sr. Sample Results
5
ass
TWSA DRIED RESIDUAL TCLP L1246794-01
5
4Cn
Qc: Quality Control Summary
6
Chlorinated Acid Herbicides (GC) by Method 8151A
6
5Sr
GI: Glossary of Terms
7
Al: Accreditatlons & Locations
8
6Qc
Sc: Sample Chain of Custody
g
�GI
C.
_ ..._.Page 20�of 28 .......
ACCOUNT. PROJECT: SDG: DATEMME PAGE:
Pace AnalyOcel- Asheville. NC 9248907S 11246794 08A2r.2011.V9 2of10

.xarri�.r,=.sae.=.--�^za.;s,vr�-.r-r�r��x�r::_„��.•rn;,c�__r}a:.arn::r��_--rucn� �>- � _ -
-
SAMPLE` ONE • . .ems
TWSA DRIED RESIDUAL TCLP L1246794-01 Waste
Collected by
Collected dateltme
0Bf042009:00
Received dateltime
0052009:00
C P
Nod Balch
r
Dilution Preparation
Analysis
Analyst Location
dateRlme
daleltime
7TC
Preparation by Method 1311 WGI522538
1 081072023:59
0810712023:59
CGD MLJullel,TN
Chlorinated Acid Herbicides(Gq by Method 8151A WGI523578
1 08111/2000:47
0811V2016:53
MTJ MLIulleLTN
4Cn
•
aST
eQC
7G1
aAl
9SC
C
L
ACCOUNT: PROJECT: SDG: DATEMME PAGE
Pace Analytical -Asheville. NC 92489075 'L1246794 OBA2201199 3of10

CASE NARRATIVE ONE • • si
All sample aliquots were received at the correct temperature, in the proper containers, with the
i appropriate preservatives, and within method specified holding times, unless qualified or notated within
the Where
Cp
2Tc
report. applicable, all MDL (LOD) and RDL (LOQ) values reported for environmental samples
have been corrected for the dilution factor used in the analysis. All Method and Batch Quality Control
are within established criteria except where addressed In this case narrative, a non-conformance form
or properly qualified within the sample results. By my digital signature below, I affirm to the best of my
3Ss
knowledge, all problems/anomalies observed by the laboratory as having the potential to affect the
quality of the data have been identified by the laboratory, and no information or data have been
knowingly
loom
withheld that would affect the quality of the data.
aSr
���-Vw1ti�
aQC
(may
(\
7GI
Nancy McLain
Project Manager
a
Al
9Sc
6
ACCOUNT: PROJECT: SDG: DATEMME PAGE:
Pace AmWcal-Asheville, NC 92489075 L1246794 =212011:09 4or10

TWSA DRIED RESIDUAL TCLP SAMPLE RESULTS - 01 ONE LAB. NATIONWIDE.
Collected dale/time: 08/04/20 09:00 L1246794
Preparation by Method 1311
Result Qualifier Prep Batch ("p
�7tyte date/lime
-i CLP Exlradlan - _ 817202011:59:24 PM
WG1522538
2TC
Fluid 1 WON 11:59:24 PM
WG1522538
Initial pH 6.21 817/202011:59:24 PM
WGIS22538
aSS
Final pH 5.32 8f7202011:59:24 PM
WG1522538
-
4Cn
Chlorinated Acid Herbicides (GC) by Method 8151A
Result Quall0er RDL Limit
Dilution
Analysts
Batch
Analyle mg/l mg8 mg8
date/time
2,4,5-TP (SBve>j ND 0.00200 1
1
08111202016:53
WG7523578
2,4-D ND 0.00200 10
1
08RV202015:53
WG1523578
aQC
(S)2,4-DichforophenylAceBcAdd 70.2 14.0-158
08111202016:53
WGI523578
--- ' '.... ..... .----._..._._..... ---•-- ...................... ..---..___. .._..... .. ._... ._._ ...._Page-23of-28 ... .
ACCOUNT: PROJECT: SOG: DATE/TIME: PAGE:
Pace Analytical - Asheville, NC 92489075 L1246794 08/122011:09 5of10

a o c m u. c _ !1 n x c o n c a a a a e 0 to H S 6 4 m 2 8 D 5 S 3 0 0 mft I 1 I
WG152"78 QUALITY COt�- COL SUMMARY ONE LAB.C/,�;NWIDF-
Chlorinated Acid Herbicides (GC) by Method 8151A L124br94.01
Method Blank (MB)
(MB) R35588964 08/1112014.42
MB Result
Analyte mgfi
2A-D U
2A,S-TP(Sitvex) U
(5)7,4-D/chlorophenylAcet/c 694
Acid
MB Quaifier MB MDL
MB RDL
0.000667
0.00200
0.000667
0.00200
14.0-158
Laboratory Control Sample (LCS)
(LCS) R3558896-2 081I72015:11
Spike Amount
LCSResult
LCS Rec.
Rec UmRs LCS Ouarifier
Anaiyle
mgfi
mgfi
%
%
2,4-D
0.0500
0.0382
76A
50.0420
2,4,5-TP (SiNex)
0.0500
0.0456
91.2
50.0425
d)2,4-DichlorophenylAcetic
87.8
14.0-158
Acid
L1246600-01 Original Sample (OS) • Matrix Spike (MS) • Matrix Spike Duplicate (MSD)
(OS) L1246600.01 08AV201526 • (MS) R3558896-3 08/112015:40 • (MSD) R3558896-4 08/11/2015:55
Spike Amount
Original Result
MS Result
MSD Result
MS Rec.
MSD Rec
Dilution Rec Limits
MS Oualifier MSD Qualifier RPD
RPD Limits
Analyte
m98
m9n
mgR
mg8
%
%
%
%
%
2,4-D
0.0500
ND
0.0351
0.0336
70.2
67.2
1 50.0.126
4.37
20
2,4,54P(SRvex)
0.0500
ND
0.0430-.
0.0390
86.0
78.0
1 56.0-125
9.76
20
87.2
73.2
14.0.158
Ad)Z4-D/chlorophenylAcetic
..._...... . _..._............. _ _.. ... ...._.....-...- ...... ..._.. ... - - f
_ ..._ . ..__.... _.. age. .0.28
ACCOUNT: PROJECT: SDG: DATE70ME PAGE:
Pace Analytical - Asheville, NC 92489075 L1246794 0811212011:09 6 of 10

GLOSSARY OF TERMS ONE LAB. NATIONWIDE.
Guide to Reading and Understanding Your Laboratory Report
I-
�,..� The Information below
is designed to better explain the various terms used In your report of analytical results from the Laboratory. This Is not
FCp l
Intended as a comprehensive explanation, and if you have additional questions please contact your project representative.
�----
Results Disclaimer- Information that may be provided by the customer, and contained within this report Include Permit Limits, Project Name,
TC
Semple ID, Sample Matrix, Semple Preservation. Field Blanks, Feld Spikes, Field Duplicates, On -Site Data, Sampling Collection Datesmmes, and
Sampling Location. Results relate to the accuracy of this Information provided, and as the samples are received.
Abbreviations and Definitions
aSs
MDL
Method Detection Limit
ND
Not detected at the Reporting Limit (or MDL where applicable).
n
RDL
Reported Detection LImIL
Rec.
Recovery.
Relative Percent Difference.
Fr
SDG
Sample Delivery Group. `
(S)
Surrogate (Surrogate Standard)-Analytes added to every blank sample, Laboratory Control Sample/Dupficate and
Matrix Spike/Duplicate:used to evaluate by
a
C Q
analytical efficiency measuring recovery. Surrogates are not expected to be
e
detected In all environmental media.
U
Not detected at the Reporting Limit (or MDL where applicable).
Anelyte
The name of the particular compound or analysis performed. Some Analyses and Methods will have multiple analytes
reported.
a/�l
If the sample matrix contains an interfering material, the sample preparation volume or weight values differ from the
Dilution
standard, or if concentrations of analyzes In the sample are higher than the highest limit of concentration that the
laboratory can accurately report, the sample me be diluted for analysis. If value different than 1 is used In this field, the
result reported has already been corrected for this factor.
a
These are the target% recovery ranges or% difference value that the laboratory has historically determined as normal
SC
Limits
for the method and analyte being reported. Successful QC Sample analysis will target all analytes recovered or
duplicated within these ranges.
Original Sample
The non -spiked sample In the prep batch used to determine the Relative Percent Difference (RPD) from a quality control
sample. The Original Sample may not be Included within the reported SDG.
This column provides a letter and/or number designation that corresponds to additional Information concerning the result
Qualifier
reported. If a Qualifier Is present a definition per Qualifier Is provided within the Glossary and Definitions page and
potentially a discussion of possible Implications of the Qualifier in the Case Narrative If applicable.
The actual analytical final result (corrected for any sample specific characteristics) reported for your sample. If there was
�-
no measurable result returned for a specific analyze, the result In this column may state "No' (Not Detected) or'BDL'
Result
(Below Detectable Levels). The Information In the results column should always be accompanied by either an MDL
(Method Detection Limit) or RDL (Reporting Detection Limit) that defines the lowestvalue that the laboratory could detect
or report for this analyte.
Uncertainty
Confidence level oft sigma.
ma. g
A brief discussion about the Included sample results, including a discussion of any non -conformances to protocol
Case Narrative (Cn)
observed either at sample receipt by the laboratory from the field or during the analytical process. If present there will
be a section in the Case Narrative to discuss the meaning of any data qualifiers used in the report.
Quality Control
This section of the report Includes the results of the laboratory quality control analyses required by procedure or
Summary(Qc)
analytical methods to assist In evaluating the validity of the results reported for your samples. These analyses are not
being performed on your samples typically, but on laboratory generated material.
This Is the document created in the field when your samples were Initially collected. This is used to verify the time and
Sample Chain of
date of collection, the person collecting the samples, and the analyses that the laboratory Is requested to perform. This
Custody (Sc)
chain of custody also documents all persons (excluding commercial shippers)that have had control or possession of the
samples from the time of collection until delivery to the laboratory for analysis.
This section ofyour report will provide the results of all testing performed on your samples. These results are provided
Sample Results (Sr)
by sample ID and are separated by the analyses performed on each sample. The header line of each analysis section for
each sample will provide the name and method number for the analysis reported.
Sample Summary (Ss)
This section of the Analytical Report defines the specific analyses performed for each sample ID, including the dates and
times of preparation and/or analysis.
L.
Qualifier Description
The remainder of this page Intentionally left blank, there are no qualifiers applied to this SDG.
.........._..._.........___.._. _...-_.-...---__. _.._...,...... .......... ..... ...._.._. Page 25 of28..._.....
ACCOUNT: PROJECT: SDG: DATE/TIME PAGE
Pace Analytical - Asheville, NC 92489075 L1246794 08111212011:09 7oft0

(d)
Residual Analysis

.;'
Environmental Testing Solutions, Inc.
C
Project name:
Collection date:
Date received:
Certificate of Analysis
Tuckaseigee Water & Sewer
2-Mar-20
2-Mar-20
Sample identification: TSWA Dried Residual - Grab
PO Box 7565
Asheville, NC 28802
Phone: [phone]
Fax: [phone]
Project number: 200302.500
Sample number: 196977
Parameter Method Result RL Units Date
Analyst Footnotes
Analyzed
a/oTS SM 2540 G 98 0.10 % 2-Mar-20
KEK
Mulitple Tube Fermentation Procedure SM 9221-E <176 176 MPN 2-Mar-20
KEK
Sample identification: TWSA Dried Residual -Grab Sample number: 196978
Parameter Method Result RL Units Date
Analyst Footnotes
Analyzed
%TS SM 2540 G 98 0.10 % 2-Mar-20
KEK
Mulitple Tube Fermentation Procedure SM 9221-E <176 176 MPN 2-Mar-2o
KEK
Footnotes:
RL = Reporting Limit. Values are reported down to the Reporting Limit only.
Date reviewed: _ M'&''70 NC Certification Number: 600
Data reviewed by: Kelley E. Keenan SC Certification Number: 99053
Signature: NC Drinking Water Certification Number: 37786
This report should not be reproduced, exept in its entirety, without the written consent of Environmental Testing Solutions, Inc.
The results in this report relate only to the samples submitted for analysis.

6
".fin ^J'1 4 =R • it :�:a
i IFT'
W
n
f
PO Box 7565, Asheville, NC 28802
Phone: [phone], Fax: [phone]
Proiect Name:
CHAIN -OF -CUSTODY / Analytical Request
Client Name:
Address: 41, LA
Report to: �� 1 5�6�
Phone:_Fax:
PO Number:
Reauested Analvses
Project Number:
-SA
pHCheckedUpon Reccipt
Cfy <0.2 mp/I Upon Receipt
9
Preservatives
a Sample Identification
d
e
z
e
+
w
o
a
00
0
O
rn
Field
F+
x
a
x
x
z
z
Temp. (°C) Comments
a i �. L
l9
3 as
os�
.;`
i
�
I
;i.i
r 1:•
•: i*
Gtgr
f v
company
1 D.
Date I Time
Temperature (°C) 2 �p • —
o
-�jlj
`G
�,� (f f6L -1.0 Oi �1
Received on Ice:
� / N
Sealed Cooler:
Y /
Samples Intact:
/ N
Additional Comments:
�.
Printed
Na
fSampler:
22

ace Analytical
www.pocclobe.com
Ci
March 16, 2020
Mr. Stan Bryson
Tuckaseigee Water & Sewer Co.
1246 West Main Street
Sylva, NC 28779
RE: Project: Dried Residual
Pace Project No.: 92467373
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 March 02, 2020. 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.
CIf you have any questions concerning this report, please feel free to contact me.
Sincerely,
Chris Derouen
[e-mail]
[phone]
Project Manager
Enclosures
3 +�'
Jam°
REPORT OF LABORATORY ANALYSIS
This report shall not be reproduced, except In full.
without the wdtten consent of Pace Analytical Services, U.C.

aceAnalytical
wxw.Pacolabs.com
Pace Analytical Services, LLC
2225 Riverside Dr.
Asheville, NC 28804
[phone]
ANALYTICAL RESULTS
Project: Dried Residual
Pace Project No.: 92467373
Sample: TWSA DRIED RESIDUAL Lab ID: 92467373001 Collected: 03/02/20 08:00 Received: 03/02/20 09:39 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 6010D Preparation Method: EPA 3050E
Aluminum
31400 mg/kg
50.4
5
03/09/20 09:25
03/13/20 13:21
7429-90-5 BC
Arsenic
3.9 mg/kg
1.0
1
03/09/20 09:25
03/12/20 21:10
7440-38-2
Cadmium
1.2 mglkg
0.10
1
03/09/20 09:25
03/12/20 21:10
744043-9
Calcium
9330 mglkg
10.1
1
03/09/20 09:25
03/12120 21:10
7440-70-2
Chromium
24.4 mglkg
0.50
1
03/09/20 09:25
03/12/20 21:10
7440-47-3
Copper
418 mg/kg
0.50
1
03/09/20 09:25
03/12/20 21:10
7440-50-8
Lead
19.2 mg/kg
0.50
1
03/09/20 09:25
03/12/20 21:10
7439-92-1
Magnesium
3870 mg/kg
10.1
1
03109/20 09:25
03/12/20 21:10
7439-95.4
Molybdenum
6.2 mg/kg
0.50
1
03/09/20 09:25
03/12/20 21:10
7439-98-7
Nickel
18.3 mg/kg
0.50
1
03/09/20 09:25
03/12/20 21:10
7440-02-0
Potassium
3910 mg/kg
504
1
03/09/20 09:25
03113/20 13:59
7440-09-7
Selenium
4.0 mg/kg
1.0
1
03/09/20 09:25
03/12/20 21:10
778249-2
Sodium
551 mg/kg
504
1
03/09/20 09:25
03/13/20 13:59
7440-23-5
Zinc
932 mg/kg
1.0
1
03/09/20 09:25
03/12/20 21:10
7440-66-6
7471 Mercury
Analytical Method: EPA 7471E Preparation Method: EPA 74718
/aaercury
(�-,40G
ND mglkg
0.0020
1
03110/2013:49
03/11/2016:41
7439-97-6
Total Percent Solids.
Analytical Method: SM 2540G-2011
Total Solids
97.3 %
0.10
1
03/03/20 12:56
Percent Moisture
Analytical Method: ASTM D2974-87
Percent Moisture
2.7 %
0.10
1
03/03/20 12:47
9045 pH Soil
Analytical Method: EPA 9045D
pH at 25 Degrees C
5.7 Std. Units
0.10
1
03/16120 18:11
H3
Plant Available Nitrogen
Analytical Method: SM 271OB-2011
Plant Available Nitrogen
12700 mglkg
0.12
1
0311212012:11
N2
Total Nitrogen Calculation
Analytical Method: TKN+NO3+NO2 Calculation
Nitrogen
41100 mglkg
40.0
1
03/09/20 15:00
7727-37-9
350.1 Ammonia
Analytical Method: EPA 350.1 Rev 2.0 1993 Mod. Preparation Method:
EPA 350.1 Rev
2.0 1993 Mod.
Nitrogen, Ammonia
1850 mg/kg
29.6
3
03/09/20 09:36
03/11/20 14:08
7664-41-7
351.2 Total Kjeldahl Nitrogen
Analytical Method: EPA 351.2 Rev 2.01993 Preparation Method: EPA
351.2 Rev 2.0 1993
Nitrogen, Kjeldahl, Total
41100 mg/kg
3810
100
03/03/20 12:53
03/04/20 05:39
7727-37-9
353.2 Nitrogen, NO2IN03
Analytical Method: EPA 353.2 Rev 2.01993
Preparation Method: EPA
353.2 Rev 2.0 1993
Nitrogen, NO2 plus NO3
ND mg/kg
4.1
1
03/03/20 12:06
03/03/20 15:11
Nitrogen, Nitrate
ND mg/kg
4.1
1
03/03/20 12:06
03/03/2015:11
14797-55-8
Nitrogen, Nitrite
ND mg/kg
4.1
1
03/03/20 12:06
0310312015:11
14797-65-0
REPORT OF LABORATORY ANALYSIS
This report shall not be reproduced, except in full.
Dale: 03/16/2020 08:26 PM without the written consent of Pace Analytical Services, I.I.C.

aceAnalytical
wxw.paeole8e.eom
Pace Analytical Services, LLC
2225 Riverside Dr.
Asheville, NC 28804
[phone]
ANALYTICAL RESULTS
Project: Dried Residual
Pace Project No.: 92467373
Sample: TWSA DRIED RESIDUAL Lab ID: 92467373001 Collected: 03/02/20 08:00 Received: 03/02/20 09:39 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 2.0 1993 Preparation Method: EPA 365.1 Rev 2.0 1993
Phosphorus 10600 mg/kg 247 250 0310412010:18 0310412014:04 7723-14-0
Sample: TWSA DRIED RESIDUAL Lab ID: 92467373002 Collected: 03/02/20 08:00 Received: 03/02/20 09:39 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
2.7 %
0.10 1
03/03/20 12:56
1010 Flashpoint,Closed Cup
Analytical Method: EPA 1010A
Flashpoint
>200 deg F
70.0 1
03/15/20 10:41
9045 pH Soil
Analytical Method: EPA 9045D
pH at 25 Degrees C
5.7 Std. Units
0.10 1
03/16120 18:12
3C S Reactive Cyanide
Analytical Method: EPA 9014 Preparation Method: SW-846 7.3.3.2
Cyanide, Reactive
ND mg/kg
1.0 1 03103/20 16:20
03/04/20 10:08
734S Reactive Sulfide
Analytical Method: SM 4500S217-2011
Preparation Method: SW-846 7.3.4.2
Sulfide, Reactive
ND mgfkg
10.2 1 03/03/20 16:20
03/03/20 16:24
REPORT OF LABORATORY ANALYSIS
This report shall not be reproduced, except in full.
Date: 03/16/2020 08:26 PM without the mitten consent of Pace Analytical Services, U.C.
H3

SIR SPEEDY PRINTING CENTER • MINNEAP.OLIS, MN 55414 • 612-378-7778
-CUSTODY Analytical Request Document I' r ILAB USEONLY Affl Wi
Y
lstodv is a LEGAL DOCUMENT -Complete all releventflelds r{I
��-
Customer Project Name/Number: s '
State: County/City: Time Zone Collected:
.' / [ ]PT[ JMT[ ]CT [ ]ET
Phone: '
Site/Facility ID #:
Compliance Monitoring?
Email:
[ ] Yes [ ]NO
Collected By (pr ):
Purchase Order#:
DW PWS ID M
C-.
quote It:
DW Location Code:
e d r
Turnaround Date Required:.
Immediately. Packed on Ice:
-!
[ ] Yes [ ] No
Sample Disposal:
Rush: ',
Field Filtered(ifapplicable):
] Dispose as appropriate [ ] Return
[ ]Same Day [ ] Next Day
[ ] Yes. [ ] No
[ I Archive:
[ ] 2 Day [ ] 3.Day [ ] 4 Day [ ] 5 Day.
Analysis:
[ IHold:
(Expedite Charges Apply)
Matrix Codes (Insert in Matrix box below): Drinking Water (DW), Ground Water (GW), Wastewater (WW),
Product (P), Soil/Solid (SL), Oil (OL), Wipe (WP), Air (AR), Tissue (TS), Bloassay (B), Vapor (V), Other (OT)
'
Comp/
Collected (or
Composite End
I
Res#.of
Customer Sample ID
Matrix
Grab
Composite Start)
CI
Ctns
_
Date
Time ...
Date
Time
Customer Remarks / Special Conditions / Possible Hazards:
It ed mn^^v; Igna
(6) methanol, (7) sodium bisulfate, (8) sodium thlosulfate,
ascorbic add,
Sample ID-'f WSA Dried Residual (non -discharge permit ik005763)
Ti a CollectedC-.
Coca
Sample date-
���`� (�
f
Analysis Requested:
Aluminum (AI)
Molybdenum (MO)
Total Nitrogen (N)
Arsenic (At)
%Total Solids
Total Phosphorous (P)
Cadmium (Cd)
Nickel (Ni)
Ammonia Nitrogen (NH3-N).
Calcium (Ca)
Potassium (K)
Total Kjeldahl Nitrogen (TKN)
Chromium (Cr)
Selenium (Se)
Corosivity
Copper (Cu)
Sodium (Na)
Ignitability
Lead (Pb)
Zinc (Zn)
Reactivity
Magnesium (Mg) ph
Mercury (Hg) _
Plant Available Nitrogen (PAN) Surface applied
Date/Time: Received by/Company: (Signature) Date/Time: g�
f'rlgl-
a

<� SAR Calculations- 3/2/2020
SAR = Sodium (Na) Milli Equivalent
0.5 X (Calcium (Ca) Milli Equivalent+ Magnesium(Mg) Milli Equivalent)"
Na= 551 mg/kg/ Na Milli Equivalent(ME)= 551/23 equivalent wgt=24.0 ME
Ca= 9330 mg/kg/Ca Milli Equivalent(ME)= 9330/20 equivalent wgt= 466.5 ME
Mg= 3870 mg/kg/Mg Milli Equivalent(ME)= 3870/12 equivalent wgt= 322.5 ME
SAR= 24.0 Na Milli Equivalent
0.5 X (466.5 Ca Milli Equivalent + 322.5 Mg Milli Equivalent)"
SAR= 1.2
r�
24.0 Na Milli Equivalent
(0.5X789)0.s
24.0 Na Milli Equivalent
(394.5)0s
24.0 Na Milli Equivalent
19.9

Environmental Testing Solutions, Inc.
C
Certificate of Analysis
Project name: Tuckaseigee Water & Sewer
Collection date: 18-May-20
Date received: 18-May-20
Sample identification: TSWA Dried Residual - Grab
PO Box 7565
Asheville, NC 28802
Phone: [phone]
Fax: [phone]
Project number: 200518.500
Sample number: 199447
Parameter Method Result RL Units Date Analyst Footnotes
Analyzed
a/oTS SM 2540 G 98 0.10 % 19-May-20 KEK
Mulitple Tube Fermentation Procedure SM 9221-E <176 176 MPN I8-May-20 KEK
Sample identification: TWSA Dried Residual -Grab
Sample number: 199448
Parameter Method Result
RL Units Date
Analyst Footnotes
Analyzed
°/aTS SM 2540 G 98
0.10 % Is-May-20 KEK
Mulitple Tube Fermentation Procedure SM 9221-E <176
176 MPN moray-2o KEK
Sample identification: TWSA Dried Residual- Grab Sample number: 199449
Parameter Method Result RL Units Date Analyst Footnotes
a/aTS SM 2540 G 98 0.10 % I8-rotay-20 KEK I
Mulitple Tube Fermentation Procedure SM 9221-E <176 176 MPN is-May-zo KEK 1
Footnotes:
RL = Reporting Limit. Values are reported down to the Reporting Limit only.
1. Sample bag was labeled with the time of collection 0730A. Confirmed with client that this sample was collected at 0745A.
Date reviewed: 0-as.•av NC Certification Number: 600
Data reviewed by: Kelley E. Keenan SC Certification Number: 99053
Signature: „( NC Drinking Water Certification Number: 37786
!i`-�
This report should not be reproduced, exept in its entirety, without the written consent of Environmental Testing Solutions, Inc.
The results in this report relate only to the samples submitted for analysis.

CHAIN -OF -CUSTODY / Analytical Request
Environmental Testing Solutions, Inc.
PO Box 7565, AshevIDe, NC 28802
Phone: [phone], Fax. [phone]
Project Name:
10
Client Name:
Address:
Report to:
Phone: Rg- 5M—/d77,Z '-FR- Sbr Aga�Q*A$W C Qk5
PO Number: /©A t 1
Reauested Analvses
Project Number:
a00519.�17�
HCheekedU onRexi t
Ci, <02 M&q Upon Receipt
Preservatives
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A Sample IdentiScation
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Y / N
Sealed Cooler.
Y N
Samples Intact:
/ N
Additional /Comments: ,'�
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Printed UginFofSamp\
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`

aceAnalytical
www.pamlahs
i
June 04, 2020
Mr. Stan Bryson
Tuckaseigee Water & Sewer Co.
1246 West Main Street
Sylva, NC 28779
RE: Project TWSA Dried Residual 5/18
Pace Project No.: 92478007
Dear Mr. Bryson:
Pace Analytical Services, LLC
2225 Riverside Dr.
Asheville, NC 28804
(a28)254.7176
Enclosed are the analytical results for sample(s) received by the laboratory on May 18, 2020. The results relate only to the
samples included in this report. Results reported herein conform to the applicable TNI/NELAC Standards and the
laboratory's Quality Manual, where applicable, unless otherwise noted in the body of the report.
The test results provided in this final report were generated by each of the following laboratories within the Pace Network:
• PaceAnalyfical Services -Asheville
• Pace Analytical Services - Charlotte
• Pace Analytical Services - New Orleans
• Pace Analytical Services - Greensburg
If you have any questions concerning this report, please feel free to contact me.
Sincerely,
a
Chris Derouen
[e-mail]
[phone]
Project Manager
Enclosures
REPORT OF LABORATORY ANALYSIS
This report shag not be reproduced, except in full,
without the written consent of Pace Analytical Services, LLC.
Page 1 of 31

�-51XAnalyffcalo
wwupacela6scam
ANALYTICAL RESULTS
Project TWSA Dried Residual 5/18
Pace Pmject'Nb.: 9247800T
Pace Analytical Services, LLC
2225 Riverside Dr.
Asheville, NC 28804
[phone]
Sample: TWSA DRIED RESIDUAL Lab ID: 92478007001 Collected: 05/18/20 07:45 Received: 05/18/20 10:32 Matrix: Solid
Results reported on a 'dry weight'basis and are adjusted for percent moisture, sample size and any dilutions.
Parameters Results Units Report Limit DF Prepared Analyzed CAS No. Qual
6D10 MET ICP
Analytical Method: EPA 6010D Preparation Method: EPA 3050B
Pace Analytical Services -Asheville
Aluminum
22800
mg/kg
59.9
10
05/2712007:55
06/01/2021:32
7429-90-5
Arsenic
2.0
mglkg
0.60
1
05/27/20 07:55
06/0112012:11
744038-2
Cadmium
1.1
mg/kg
0.060
1
05/27/20 07:55
06/01/2012:11
744D43.9
Calcium
8700
mglkg
59.9
10
O5/27/20 07:55
06/01/20 21:32
7440-70-2
Chromium
18.1
mglkg
0.30
1
05/27/2007:55
06101/2012:11
7440-47.3
Copper
327
mglkg
0.30
1
05/27/20 07:55
06/01/201211
7440-50-8
Lead
13.3
mglkg
0.30
1
05/27/20 07:55
06/01/20 12:11
7439-92-1
Magnesium
4130
mglkg
6.0
1
05/27/20 07:55
06/01/20 12:11
7439-95A
Molybdenum
6.9
mglkg
0.30
1
05/27/20 07:55
06/01/20 12:11
7439-98-7
Nickel
14.3
mg/kg
0.30
1
05/27/20 07:55
0610112012:11
7440-02-0
Potassium
4650
mg/kg
300
1
05/27/20 07:55
06/01/20 12:11
7440-09-7
Selenium
6.0
mglkg
0.60
1
05/27/20 07:55
06/01/20 12:11
7782-49-2
Sodium
718
mglkg
300
1
05/27/20 07:55
06/01/20 12:11
7440-23-5
Zinc
822
mglkg
6.0
10
05/27/20 07:55
06/01/2021:32
7440-66-6
7471 Mercury
'''emury
254OG Total Percent Solids
Total Solids
Percent Moisture
Percent Moisture
9045 pH Soil
pH at 25 Degrees C
Plant Available Nitrogen
Plant Available Nitrogen
Total Nitrogen Calculation
Nitrogen
350.1 Ammonia
Nitrogen, Ammonia
Date: 06/04/2020 03:3D PM
Analytical Method: EPA 7471 B Preparation Method: EPA 7471E
Pace Analytical Services -Asheville
0.94 mglkg 0.041 20 05/19/2013:16 05121/2012:58 7439-97-6
Analytical Method: SM 2540G2011
Pace Analytical Services - Charlotte
97.0 % 0.10 1
Analytical Method: ASTM D2974-87
Pace Analytical Services - Charlotte
2.9 % 0.10 1
Analytical Method: EPA9045D
Pace Analytical Services -Asheville
5.7 Sid. Units 0.10 1
Analytical Method: SM 271OB-2011
Pace Analytical Services -Asheville
05/20/20 15:33
05/20/20 15:26
05126/2012:02 H3
15800 mg/kg 0.12 1 06/01/2012*41 N2
Analytical Method: TKN+NO3+NO2 Calculation
Pace Analytical Services -Asheville
50600 mg/kg 40.0 1 06101/2012:12 772737-9
Analytical Method: EPA 350.1 Rev 2.0 1993 Mod. Preparation Method: EPA 350.1 Rev 2.0 1993 Mod.
Pace Analytical Services -Asheville
3020 mglkg 74.7 10 05/26/2011:48 05/26/2014:31 7664-41-7
REPORT OP LABORATORY ANALYSIS
This report shall not be reproduced, except In full,
without the written consent of PaceAnalytical Services, LLC.
Page 4 of 31

aceAna[Wcal e
w ..pacelabs=
ANALYTICAL RESULTS
Project TWSA Dried Residual 5/18
Pace Project No.: 9247800T
Pam Analytical Services, LLC
2225 Riverside Dr.
Asheville, NC 28804
[phone]
Sample: TWSA DRIED RESIDUAL Lab ID: 92478007001 Collected: 05/18/20 07:45 Received: 05/18/20 10:32 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
3512 Total Kjeldahl Nitrogen
Analytical Method: EPA 3512 Rev 2.0 1993 Preparation Method: EPA 3512 Rev 2.0 1993
Pace Analytical Services -Asheville
Nitrogen, Kjeldahl, Total
50600 mglkg 1610 50 05/29/2013.41 05/30/20 07:33 7727-37-9
353.2 Nitrogen, N021NO3
Analytical Method: EPA 353.2 Rev 2.0 1993 Preparation Method: EPA 353.2 Rev 2.0 1993
Pace Analytical Services - Asheville
Nitrogen, NO2 plus NO3
NO mg/kg 4.1 1 05/18/20 22:40 05/19/20 01:25
Nitrogen,Nitiate
NO mg/kg 4.1 1 05/18/2g2Z:4D 05/1g/2D01:25' t4797,55.8'
Nitrogen, Nitrite
NO mg/kg 4.1 1 05/18/20 22:40 05/19/20 01:25 14797-65-0 M1
365.1 Phosphorus, Total
Analytical Method: EPA365.1 Rev 2.01993 Preparation Method: EPA365.1 Rev 2.01993
Pace Analytical Services -Asheville
Phosphorus
14400 mg/kg 297 30D 05120/2019:09 05/2012023AG 7723-14-0
Sample: TWSA DRIED RESIDUAL lab ID: 92478007002 Collected: 05/18/20 07:45 Received: 05/18/20 10:32 Matrix: Solid
Results reported on a 'dry weight basis and are adjusted for percent moisture, sample size and any dilutions.
CParameters Results Units Report Limit DF Prepared Analyzed CAS No. Qual
Percent Moisture Analytical Method: ASTM D2974-87
Pace Analytical Services - Charlotte
PorcentMoisture'
2:9' % 0:10' 1'
05/20/20,15:33,
1010 Flashpoint,Closed Cup
Analytical Method: EPA 1010
Pace Analytical Services - New Orleans
Flashpoint
>212 deg F 75.D 1
05/29/20 14:09
9045 pH Soil
Analytical Method: EPA 9045D
Pace Analytical Services -Asheville
pH at25 Degrees-C
5.8• Sidi Units 0.10, 1,
05/26/2012:02, H3'
733C S Reactive Cyanide
Analytical Method: EPA 9014 Preparation Method: SW-846 7.3.3.2
Pace Analytical Services - Greensburg
Cyanide, Reactive
NO mglkg 1.0 1 061191201935
05/20/20 10:07
7345 Reactive Sulfide
Analytical Method: SM 4500S2F-2011 Preparation Method: SW-846 7.3.4.2
Pace Analytical Services - Greensburg
Sulfide, Reactive
NO mg/kg 10.2 1 05/19/20 19:35
05/19/20 19:38
REPORT OF LABORATORY ANALYSIS
This report shall not be repmdumd, except in full,
Date: 06/04/2020 03:30 PM without the written consent of Pam Analydml Services, I.I.C. Page 5 of 31

:9
0
ZTc
I 3SS
4Cn
SSr
' 6Qc
F
BAI
sc
1
ANALYTICAL REPORT
May 27, 2020
Pace Analytical -Asheville, NC
Sample Delivery Group:
L1219808
Samples Received:
05/19/2020
Project Number:
92478007
Description:
TWSA Dried Residual 5/18
Site:
001
ReportTo:
Christopher Derouen
2225 Riverside Drive
Asheville, NC 28804
Entire Report Reviewed By: A A, � �kLVIJv`
Nancy McLain
Project Manager
ACCOUNT: PROJECR SDG: DATFMME .PAGE

TWSA DRIED RESIDUAL
SAMPLE RESULTS - 01
ONE LAB. NATIONWIDE
Collected date/tlme: 05/18/20 07:45
L1219808
Microbiology by Method EPA 1681
Result Qualifier
Dilution Analysis Batch
Cp
Analyte MPWg
�totiform-gassA <87 Ti
date/time
10 OStl9202014:22 WG74789P
TC
Total Solids by Method 2540 G-2011
ES
Qualifier
Dilution Analysis Batch
Analyte %
date/time
aCn
Total Solids 972
1 0521120201141 WG1479206
6QC
®
7G1
aAl
9Sc
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Nc
— - - — - - -
-
- - Page 26of 31 -
ACCOUNT:
PAGE:

GLOSSARY OF TERMS
ONELAB.NATIONWIDE
C
Guide to Reading and Understanding Your Laboratory Report
The information below is designed to better explain the various terms used In your report of analytical results from the Laboratory. This Is not
Intended as a comprehensive explanation, and Ifyou have additional questions please contact your project representative.
Results Disclaimer- Information that may be provided by the customer, and contained within this report. include Permit Limits, Project Name,
Sample ID, Sample Matrix, Sample Preservation, Field Blanks, Field Spikes, Field Duplicates, On -Site Data, Sampling Collection Dates(flmes, and
Sampling Location. Results relate to the accuracy of this Information provided, and as the samples are received.
Abbreviations and Definitions
MDL
Method Detection Limit
RDL
Reported Detection Limit
Rec.
Recovery.
RPD
Relative Percent Difference.
SDG
Sample Delivery Group.
Analyte
The name of the particular compound or analysis performed. Some Analyses and Methods will have multiple analytes
reported.
If the sample matrix contains an Interfering material, the sample preparation volume or weight values differ from the
Dilution
standard, or if concentrations of analytes in the sample are higher than the highest limit of concentration that the
laboratory can accurately report, the sample may be diluted for analysis. If a value different than t is used in this field, the
result reported has already been corrected for this factor.
These are the target %recovery ranges or %difference value that the laboratory has historically determined as normal
Limits
for the method and analyte being reported. Successful QC Sample analysis will target all analytes recovered or
duplicated within these ranges.
This column provides a letter and/or number designation that corresponds to additional information concerning the result
Qualifier
reported. If a Qualifier is present, a definition per Qualifier Is provided within the Glossary and Definitions page and
potentially a discussion of possible Implications of the Qualifier In the Case Narrative If applicable.
The actual analytical final result (corecled for any sample specific characteristics) reported for your sample. If there was
no measurable result returned for a specific analyte, the result in this column may state 'ND' (Not Detected) cr'BDL'
Result
(Below Detectable Levels). The Information In the results column should always be accompanied by either an MDL
(Method Detection Limit) or RDL (Reporting Detection Limit) that defines the lowest value that the laboratory could detect
or report for this analyte.
Uncertainty
(Radiochemistry)
Confidence level of 2 sigma.
A brief discussion about the Included sample results, including a discussion of any non -conformances to protocol
Case Narrative (Cn)
observed either at sample receipt by the laboratory from the field or during the analytical process. If present there will
be a section in the Case Narrative to discuss the meaning of any data qualifiers used In the report.
Quality Control
This section of the report includes the results of the laboratory quality control analyses required by procedure or
Summary (Qc)
analytical methods to assist In evaluating the validity of the results reported for your samples. These analyses are not
being performed on your samples typically, but on laboratory generated material.
This Is the document created in the field when your samples were initially collected. This Is used to verify the time and
Sample Chain of
date of collection, the person collecting the samples, and the analyses that the laboratory Is requested to perform. This
Custody (Sc)
chain of custody also documents all persons (excluding commercial shippers) that have had control or possession of the
samples from the time of collection until delivery to the laboratory for analysis.
This section of your report will provide the results of all testing performed on your samples. These results are provided
Sample Results (Sr)
by sample ID and are separated by the analyses performed on each sample. The header line of each analysis section for
each sample will provide the name and method number for the analysis reported.
Sample Summary (Ss)
This section of the Analytical Report defines the specific analyses performed for each sample ID. Including the dates and
times of preparation and/or analysis.
Qualifier Description
T8 Sample(s) received pasVtoo close to holding time expiration.
rCp
zTc
aSs
4Cn
sSf
sQC
aAl
9Sc
ACCOUNT:
PROJECT:
SDG: DATEMME:
PWg6f§1
PAGE:

" � acemalocar ANALYTICAL REPORT
ftllenaf Center 51 7&tft & lnna , May 27, 2020
Pace Analytical - Asheville, NC
Sample Delivery Group:
L1219808
Samples Received:
05/19/2020
Project Number:
92478007
Description:
TWSA Dried Residual 5/18
Site:
001
Report To:
Christopher Derouen
2225 Riverside Drive
Asheville, NC 28804
Entire Report Reviewed By:
Nancy McLain
Project Manager
Rdsitlts relate ontIr to the Item tested a calibrated and are reporteaas rounded valued This test rep . ortsbalflotbe
reproduced. mept In full, WlhmtwWM apprunral ofthe laboratory. Where applicable. sampling conducted by Pam
Analytical National Is performed per guidance prodded In laboratory standard operating Procedures EW-SOP-N1rIL-0067 and Ap-'
ENV-SOPWIM-0068.Where sampling conducted by the customer, rmlls relate to the accuracy of the Inforro8o6'0661ded,
and as thp.samples are recelved.
0
c
Ss
rcnSSr
FC]
M
rz----f
FAI I
F-1
I SC I
t

TABLE OF CONTENTS
ONE LAB. NATIONWIDE.
Cp: Cover Page
1
Cp
_ Tc: Table of Contents
2
Ss: Sample Summary
3
Cn: Case Narrative
4
Sr: Sample Results
5
3
SS'
TWSA DRIED RESIDUAL 1-1219808-01
5
aCn
Qc: Quality Control Summary
6
Total Solids by Method 2540 G-2011
6
SSr
GI: Glossary of Terms
7
Al: Accreditations & Locations
8
GQc
Sc: Sample Chain of Custody
9
,
GI
CAI
9Sc
C
Cr
s
= t ACCOUNT.= ;I ii I' PRQJECT "w sDG r r `�I'�7. [)ATE/TIME
-, ,_ _Pace Anaty[Icel-AshevAle NC 92478007 , , iL1219808µ._ _ J 0527207052,-

TWSA DRIED RESIDUAL L12198O8-01 Solid
SAMPLE SUMMARYi
Collected by
Collected dateltime
05/0200 AS
ONE LAB. NATIONWIDE
Received dateMme
05I192008:45 I
pp
-Method
1
Batch Dilution Preparallon
Analysis
Analyst Locatlon
dateldme
dateltime
ETC
Microbiology by Method EPA 1681
WGI478917 10 O511912014:22
05/192014:22
JTS Mt Juliet, TN
Total Solids by Method 2540 G-2011
WG1479206 1 05/21/2013:21
052112013:41
MMF ML Juliet, TN
® '
yCfl
SSf
oQC
�GI
�AI
9Sc
C
L
,- ACCOUNT:. r 1 PROJECT ,' . SDG - DATE/TIME - ' '.PAGE
-- - 3 of Pace Asheviae NC �� y 92478007 '; L1219808 0527201052 __ E ,,

0
CASE NARRATIVE ONE LAB. NATIONWIDE
All sample aliquots were received at the correct temperature,
appropriate preservatives, and within method specified
In the proper containers, with the
holding times, unless qualified or notated within
Lp
the report Where applicable, all MDL (LOD) and RDL (LOQ) values reported for environmental samples
have been corrected for the dilution factor used in the analysis. All Method and Batch Quality Control
Tc
are within established criteria gxcept where addressed in this case narrative, a non-conformance form
or properly qualified within the sample results. By my digital signature below, I affirm to the best of my
knowledge, all observed by the laboratory as having the to the
r.
Ss
problems/anomalies potential affect
quality of the data have been identified by the laboratory, and no information or data have been
knowingly withheld that would affect the quality of the data.
aSr
GQc
�GI
Nancy McLain
7AI
Project Manager
BSc
- ACCOUNT:',' :. yi. r,,: IPRO]ECr n ''-, SDG + DATE/TIME - PAGE
Pace Nlatyllcei;Ashevgle NC `, 92478007 L7219808 0527201052. '4of10

RESIDUAL 'SAMPLE RES'ULTS.= 01 ONE,LA9, NATIOPJWII)
05/181200745. .i... ,L12198081
Microbiology by Method EPA 1681
Result Oualifer
Mellon Analysis Batch
p
�lyte MPN/g
al Coliform- ClassA Q.87 Ta
dale/time
10 0511902014:22 WG1479917
ETC
Total Solids by Method 2540 G-2011
3Ss
Result Qualifier
Dilution Analysis Batch
Analyte %
date7gme
4Cr1
Total Solids 97.2
1 05/211202013:41 WG1479206
aC
7G1
CAI.
eSc
C_
L
- t ,
j ACCOUNT:, '. PROJECT �: '8DG DAT,E/fIME
iPace Analyllcal Ashevale NC - T 92478007 L7219806 0527201062 -_
__�� _. _ _,

SAR Calculations- 5/18/20
(71
SAR = Sodium (Na) Milli Equivalent
0.5 X (Calcium (Ca) Milli Equivalent+ Magnesium(Mg) Milli Equivalent)`
Na= 718 mg/kg/ Na Milli Equivalent(ME)= 718/23 equivalent wgt=31.2 ME
Ca= 8700 mg/kg/Ca Milli Equivalent(ME)= 8700/20 equivalent wgt= 435 ME
Mg= 4130 mg/kg/Mg Milli Equivalent(ME)= 4130/12 equivalent wgt= 344 ME
SAR= 31.2 Na Milli Equivalent
0.5 X (435 Ca Milli Equivalent+ 344 Mg Milli Equivalent)0.5
- 31.2 Na Milli Equivalent
( 0.5 X 779) 0-5
- 31.2 Na Milli Equivalent
C (390)0-5
31.2 Na Milli Equivalent
19.7
SAR= 1.6

www.pacelabixom
August 18, 2020
Mr. Stan Bryson
Tuckaseigee Water & Sewer Co.
1246 West Main Street
Sylva, NC 28779
RE: Project: Dried Residual 814
Pace Project No.: 92489069
Dear Mr. Bryson:
Pace Analytical Services, LLC
2225 Riverside Dr.
Asheville, NC 26604
[phone]
i l
SEP - 2 2020
I
Enclosed are the analytical results for sample(s) received by the laboratory on August 04, 2020. The results relate only to
the samples included in this report Results reported herein conform to the applicable TNI/NELAC Standards and the
laboratory's Quality Manual, where applicable, unless otherwise noted in the body of the report
C The test results provided in this final report were generated by each of the following laboratories within the Pace Network:
• Pace Analytical Services -Asheville
• Pace Analytical Services - Charlotte
• Pace Analytical Services - Greensburg
If you have any questions concerning this report, please feel free to contact me.
Sincerely,
Chris Derouen
[e-mail]
[phone]
Project Manager
Enclosures
PCCrtEO.
. •, r> ar
r.
i
�eU p
REPORT OF LABORATORY ANALYSIS
This report shall not be reproduced, except in full,
without the written consent of Pace Analytical services, LLC.
Page 1 of 30

wampacelabs.com
Pace Analytical Se (ices, LLC
1
2225 Riverside Dr.
Ashevlle,l NC 28804
[phone]
1 1
Project: Dried Residual 8/4
Pace Project No.: 92489069
ANALYTICAL RESULTS
I
Sample: TWSA DRIED RESIDUAL
Lab ID: 92489069001 Collected:
08/04/20
09:00
Received: O8/04120 12:50 Matrix: Solid
Results reported on a "dry weight"basis and are adjusted forpercent moisture, sample size and any dilutions.
Parameters
Results Units Report Limit
DF
Prepared
Analyzed
CAS No. Qual
6010 MET ICP
Analytical Method: EPA 6010D Preparation Method: EPA 3050B
Pace Analytical Services -Asheville
Aluminum
8040 mglkg
9.2
1
08/10120 20:13
08/11/20 16:17
7429-90-5
Arsenic
2.5 mglkg
0.92
1
08/10/20 20:13
08111120 16:17
7440-38-2
Cadmium
0.27 mglkg
0.092
1
08110/2020:13
0811112016:17
744043-9
Calcium
56400 mglkg
91.7
10
OB/1 0120 20:13
08/11/2018:27
7440-70-2
Chromium
66.1 mglkg
0.46
1
0811012020:13
0811112016:17
7440-47-3
Copper
18.3 mg/kg
0.46
1
08/1012020:13
08/1112016:17
7440-50-8
Lead
17.2 mg/kg
0.46
1
08/1012020:13
08/11/2016:17
7439-92-1
Magnesium
2970 mglkg
9.2
1
08110/2020:13
08/1112016:17
7439-95-4
Molybdenum
5.1 mglkg
OAS
1
08/10/20 20:13
0811112016:17
7439-98-7
Nickel
37.5 mglkg
OAS
1
08/10/20 20:13
08/11/2016:17
7440-02-0
Potassium
767 mglkg
459
1
08/1012020:13
08111/2016:17
7440-09-7
Selenium
ND ni
0.92
1
08/1012020:13
0811112016:17
7782-49-2
Sodium
ND mglkg
459
1
08110/2020:13
08111/2016:17
7440-23-5
Zinc
54.7 mglkg
0.92
1
08110/2020:13
0811112016:17
7440-66-6
7471 Mercury
Analytical Method: EPA 7471B Preparation Method:
EPA 7471B
Pace Analytical Services -Asheville
�. Mercury
0.71 ni
0.039
20
0810512010:22
08105/2015:33
7439-97.6
2540G Total Percent Solids
Analytical Method: SM 2540G-2011
Pace Analytical Services - Charlotte
Total Solids
99.1 %
0.10
1
08105120 14:35
Percent Moisture
Analytical Method: ASTM D2974-87
Pace Analytical Services - Charlotte
Percent Moisture
0.88 %
0.10
1
08/05/2014:28
9045 pH Sol
Analytical Method: EPA 9045D
Pace Analytical Services -Asheville
pH at 25 Degrees C
8.2 Sid. Units
0.10
1
08/10/20 16:10
H3
Plant Available Nitrogen
Analytical Method: SM 2710B-2011
Pace Analytical Services -Asheville
Plant Available Nitrogen
10400 mg/kg
0.12
1
08/1412016:32
N2
Total Nitrogen Calculation
Analytical Method: TKN+NO3+NO2 Calculation
Pace Analytical Services -Asheville
Nitrogen
33700 mglkg
40.0
1
08/14/20 16:22
7727-37-9
350.1 Ammonia
Analytical Method: EPA 350.1 Rev 2.0
1993 Mod.
Preparation Method:
EPA 350.1 Rev 2.0 1993 Mod.
Pace Analytical Services -Asheville
Nitrogen, Ammonia
1270 mgfkg
24.8
3
08/11/20 07:33
08/11/20 11:27
7664-41-7
REPORT OF LABORATORY ANALYSIS
This report shall not be reproduced, exceptln full,
Date: O8/1812020 05:11 PM without the written consent of Paco Analytical Services, I.I.C. Page 4 of 30

www.parr19bsxom
ANALYTICAL RESULTS
Pace Analytical Services, LLC
2225 Riverside Dr.
Asheville, NC 28804
[phone]
m
Project: Dried Residual 8/4
Pace Project No.: 92489069
Sample: TWSA DRIED RESIDUAL Lab ID: 92489069001 Collected: 08/04/2009:00 Received: 08/0412012:50 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. Qual
351.2 Total Kjeldahl Nitrogen
Analytical Method: EPA 351.2 Rev 2.0 1993 Preparation Method: EPA 351.2 Rev 2.0 1993
Pace Analytical Services -Asheville
Nitrogen, Kjeldahl, Total
33700 mglkg 2020 50 08/13/20 06:11 08114/20 06:58 7727.37-9
353.2 Nitrogen, N021NO3
Analytical Method: EPA 353.2 Rev 2.0 1993 Preparation Method: EPA 353.2 Rev 2.0 1993
Pace Analytical Services -Asheville
Nitrogen, NO2 plus NO3
ND mglkg 4.0 1 08/04120 21:08 08/04/20 23:07
Nitrogen, Nitrate
ND mg/kg 4.0 1 08/0412021:08 08/04/2023:07 14797-55-8
Nitrogen, Nitdle
ND mglkg 4.0 1 08/04/2021:08 08104/2023:07 14797-65-0
365.1 Phosphorus, Total
Analytical Method: EPA 365.1 Rev 2.0 1993 Preparation Method: EPA 365.1 Rev 2.0 1993
Pace Analytical Services -Asheville
Phosphorus
9620 mglkg 265 300 08/1012015:57 08/1112010:20 7723-14-0
Sample: TWSA DRIED RESIDUAL Lab ID: 92489069002 Collected: 08/04/20 09:00 Received: 08/04/20 12:50 Matrix: Solid
Results reported on a "dry weight"basis and are adjusted torpercent moisture, sample size and any dilutions.
- Parameters Results Units Report Limit DF Prepared Analyzed CAS No. Qual
Percent Moisture
Analytical Method: ASTM D2974-87
Pace Analytical Services - Charlotte
Percent Moisture
0.88 % 0.10 1 08/0512014:35
1010 Flashpolnt,Closed Cup
Analytical Method: EPA 1010A
Pace Analytical Services -Asheville
Flashpoint
>200 deg F 70.0 1 08/17/2016:26
9045 pH Sall
Analytical Method: EPA 9045D
Pace Analytical Services -Asheville
pH at 25 Degrees C
6.0 Sid. Units 0.10 1 08/10120 16:17 H3
733C S Reactive Cyanide
Analytical Method: EPA 9014 Preparation Method: SW-846 7.3.3.2
Pace Analytical Services - Greensburg
Cyanide, Reactive
ND mglkg 1.0 1 08106/2018:14 08/0712014:34
734S Reactive Sulfide
Analytical Method: SM 4500S2F-2011 Preparation Method: SW-846 7.3.4.2
Pace Analytical Services - Greensburg
Sulfide, Reactive
ND mglkg 10.1 1 08106/2018:14 08106/2018:20
REPORT OF LABORATORY ANALYSIS
This report shall not be reproduced, except In full,
Date: 08/18/2020 05:11 PM without the written consent of Pace Analytical Services, L-C. Page 5 of 30

Pace Analytical services, LLD
2225 Riverside Dr.
Asheville, NC 28804
[phone]
QUALIFIERS
Project: Dried Residual 814
Pace Project No.: 92489069
DEFINITIONS
DF - Dilution Factor, if reported, represents the factor applied to the reported data due to dilution of the sample aliquot.
NO - Not Detected at or above adjusted reporting limit.
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.
i'
Acid preservation may not be appropriate for 2 Chloroelhylvinyl ether.
�— A separate vial preserved to a pH of 4-5 is recommended in SW846 Chapter 4 for the analysis ofAcroleln and Acrylonilrile by EPA
Method 8266.
N-Nitrosodiphenylamine decomposes and cannot be separated from Diphenylamine using Method 8270. The result reported for
each analyte Is a combined concentration.
PaceAnalytical is TNI accredited. Contact your Pace PM for the current list of accredited analytes.
TNI -The NELAC Institute.
ANALYTE QUALIFIERS
E Analyle concentration exceeded the calibration range. The reported result is estimated.
H3 Sample was received or analysis requested beyond the recognized method holding time.
M1 Matrix spike recovery exceeded QC limits. Batch accepted based on laboratory control sample (LCS) recovery.
M6 Matrix spike and Matrix spike duplicate recovery not evaluated against control limits due to sample dilution.
N2 The lab does not hold NELACIrNI accreditation for this parameter but other accreditationsfcertifications may apply. A
complete list of accredilations/certifications is available upon request.
R1 RPD value was outside control limits.
REPORT OF LABORATORY ANALYSIS
This report shall not be reproduced, except In full,
Date: 08/18/2020 05:11 PM without the written consent of Paco Analytical Services, I.I.C.
Page 18 of 30

I
/ aceMaiytical. ANALYTICAL REPORT
Nadonel Camorrer Tesdn981nnovadon August 12, 2020
e
Pace Analytical - Asheville, NC
Sample Delivery Group:
L1246797
Samples Received:
08/0512020
Project Number:
92489069
Description:
Dried Residual 8/4
Site:
001
Report To:
Christopher Derouen
2225 Riverside Drive
Asheville, NC 28804
Entire Report Reviewed By: AAik�-
Nancy McLain
Project Manager
Results relate only to the items tested or calibrated and
reproduced, except In full, without written approval oft
ate to me accuracy Or
and as the samples are received.
A067 and
i prodded,
;�i n'1•
ACCOUNT: PROJECT: SDG: DATErrIME PAGE:
Pace Analytical -Ashe%Oa, NC 92489069 11246797 08/121201638 1pf90

TABLE OF CONTENTS
ONE LAB. NATIONWIDE.
Cp.Cover Page
1
Tc: Table of Contents
2
EP
Ss: Sample Summary
3
Cn: Case Narrative
4
Sr: Sample Results
5
aSs
TWSA DRIED RESIDUAL L1246797-01
5
4
GI: Glossary of Terms
6
Cn
Al: Accreditations Jig Locations
7
SSr
Sc: Sample Chain of Custody
8
aGl
rAI
aSc
_.__---- --- — ,. _:.-- ----- --- .--......_... __._Page-22-of 30 _. .........
ACCOUNT: PROJECT: SOG: DATEMME: PAGE:
Pace Analytical -Asheville, NC 92489069 L1246797 - 08A22016:38 2of10

TWSA DRIED RESIDUAL L1246797-01 Solid
thod
Microbiology by Method EPA 1681
A
SAMPLE SUMMARY ONE LAB. NATIONWIDE.
Collected by Collected date/time Received datellime
08/04/20 09:00 08/05/20 09:00
Batch Dilution Preparation
Analysis
Analyst
Location
date/time
date/time
WGI521751 1000 0810612013:35
0810612013:35
CM
MIL Juliet, TN
LJ
FTC]
4Cn
6Sr
aGl
CAI
aSc
-...—....._ ..-..---- - .__.. ....... _.. _..--- — —. . -. .. Page-23 of 30 - ..
ACCOUNT: PROJECT: SDG: DATE/TIME: PAGE:
Pace Analytical -Asheville, NC 92489069 L1246797 08112/2016:38 3of 10

CASE NARRATIVE ONE LAB. NATIONWIDE. V
All sample aliquots were received at the correct temperature, in the proper containers, with the
�) appropriate preservatives, and within method specified holding times, unless qualified or notated within
the report. Where applicable, all MDL (LOD) and RDL (LOQ) values reported for environmental samples
have been corrected for the dilution factor used in the analysis. All Method and Batch Quality Control
are within established criteria except where addressed In this case narrative, a non-conformance form
or properly qualified within the sample results. By my digital signature below, I affirm to the best of my
knowledge, all problems/anomalies observed by the laboratory as having the potential to affect the
quality of the data have been Identified by the laboratory, and no information or data have been
knowingly withheld that would affect the quality of the data.
Ci
Nancy McLain
Project Manager
.----- - ---... - --- --...----- .. _.. -- — - -- - - - — - - - - Page24 of-30... - _ .
ACCOUNT: PROJECT: SOG: DATEfTIME PAGE:
Pace Analytical -Asheville. NC 92489069 L1246797 081122016:38 4of10

TWSA DRIED RESIDUAL
Collected daleltlme: 08104120 09:00
Microbiology by Method EPA 1681
Result
�'alyle mig
ecal Coliform - Class B
SAMPLE RESULTS - 01
L1246797
Dilution Analysis Batch
date/lime
<183.0 T8 1000 08/061202013:35 WGI521751
ONE LAB.
Page25 of30 - -...
ACCOUNT:
PROJECT:
SDG:
DATEMME:
PAGE:
Pace Analytical -Asheville, NC
92489069
L1246797
OBAM016:38
sof10

GLOSSARY OF TERMS ONE LAB. NATIONWIDE. a
�J
Guide to Reading and Understanding Your Laboratory Report I
i,
I
The information below is designed to better explain the various terms used in your report of analytical results from the Laboratory. This is not
intended as a comprehensive explanation, and if you have additional questions please contact your project representative.
Results Disclaimer- Information that may be provided by the customer, and contained within this report, include Permit Limits, Project Name,l
z
TC
Sample ID, Sample Matrix, Sample Preservation, Field Blanks, Field Spikes, Field Duplicates, On -Site Data, Sampling Collection Dates/Times,I and
Sampling Location. Results relate to the accuracy of this Information provided, and as the samples are received.
aSs
Abbreviations and Definitions
SDG Sample Delivery Group.
4
Analyte The name of the particular compound or analysis performed. Some Analyses and Methods will have multiple analytes
Cn
reported.
If the sample matrix contains an interfering material, the sample preparation volume or weightvalues differ from the
s
Dilution standard, or if concentrations of analytes in the sample are higher than the highest limit of concentration that the
Sf
laboratory can accurately report, the sample may be diluted for analysis. If a value different than 1 is used in this field, the
result reported has already been corrected for this factor.
This column provides a letter and/or number designation that corresponds to additional information concerning the result
Qualifier reported. If a Qualifier is present a definition per Qualifier is provided within the Glossary and Definitions page and
No
potentially a discussion of possible implications of the Qualifier in the Case Narrative if applicable.
The actual analytical final result (corrected for any sample specific characteristics) reported for your sample. If there was
no measurable result returned for a specific analyte, the result in this column may state 'ND' (Not Detected) or'BDL'
AI
Result (Below Detectable Levels). The information in the results column should always be accompanied by either an MDL
(Method Detection Limit) or ROL (Reporting Detection Limit) that defines the lowest value that the laboratory could detect
e
or report for this analyte.
SC
Uncertainty (Radiochemistry) Confidence level of 2 sigma.
A brief discussion about the included sample results. Including a discussion of any non -conformances to protocol
Case Narrative (Cn) observed either at sample receipt by the laboratory from the field or during the analytical process. If present, there will
be a section in the Case Narrative to discuss the meaning of any data qualifiers used in the report
Quality Control This section of the report includes the results of the laboratory quality control analyses required by procedure or
Summary(Qc) analytical methods to assist in evaluating the validity of the results reported for your samples. These analyses are not
being performed on your samples typically, but on laboratory generated material.
This is the document created in the field when your samples were initially collected. This is used to verify the time and
Sample Chain of date of collection, the person collecting the samples, and the analyses that the laboratory is requested to perform: This
Custody (Sc) chain of custody also documents all persons (excluding commercial shippers) that have had control or possession of the
samples from the time of collection until delivery to the laboratory for analysis.
This section of your report will provide the results of all testing performed on your samples. These results are provided
Sample Results (Sr) by sample ID and are separated by the analyses performed on each sample. The header line of each analysis section for
. each sample will provide the name and method number for the analysis reported.
This section of the Analytical Report defines the specific analyses performed for each sample ID. including the dates and
Sample Summary (Ss) times of preparation and/or analysis.
Qualifier Description
T8 Sample(s) received past/too close to holding time expiration.
-Page 26of30...---
ACCOUNT: PROJECT: SDG: DATEMME: PAGE:
Pace Analytical - Asheville. NC 92489069 L1246797 08/12/201638 6of 10

SAR Calculations- 8/4/2020
SAR = Sodium (Na) Milli Equivalent
0.5 X (Calcium (Ca) Milli Equivalent+ Magnesium(Mg) Milli Equivalent)0.5
Na= 459 mg/kg/ Na Milli Equivalent(ME)= 459/23 equivalent wgt=20.OME
Ca= 56400 mg/kg/Ca Milli Equivalent(ME)= 56400/20 equivalent wgt= 2820 ME
Mg= 2970 mg/kg/Mg Milli Equivalent(ME)= 2970/12 equivalent wgt= 248 ME
SAR= 20.0 Na Milli Equivalent
0.5 X (2820 Ca Milli Equivalent + 248 Mg Milli Equivalent)"
20.0 Na Milli Equivalent
( 0.5 X 3068) 0.5
20.0 Na Milli Equivalent
(- (1534)0.5
SAR= 0.5
C
20.0 Na Milli Equivalent
39

©
Q
i
I
PO "ox 7565i
Asheville, NC 28802
Phone: [phone]
Fax: [phone]I
�.,
Environmental Testing Solutions, Inc.
Certificate Of Analysis
Project name: Tuckaseigee Water & Sewer
Project number: 200824.500
Collection date: 24-Aug-20
Date received: 24-Aug-20
Sample identification: TSWA Dried Residual 1 - Grab
Sample number: 204261
Parameter Method Result
RL Units Date
Analyst Footnotes
Analyzed
o/uTS SM 2540 G 99
0.10 % 24-Aug-20 KEK
Mulitple Tube Fermentation Procedure SM 9221-E 485
178 MPN 24-Aas-2o KEK
Sample identification: TWSA Dried Residual 2 -Grab
Sample number:
204262
Parameter Method Result RL Units Date Analyzed Analyst Footnotes
o/uTS SM 2540 G 98 0.10 % 24-Aug-20 KEK
Mulitple Tube Fermentation Procedure SM 9221-E 921 176 MPN 24-Aug-2o KEK
Sample identification: TWSA Dried Residual 3 - Grab Sample number: 204263
Parameter Method Result RL Units Date Analyst Footnotes
Analyzed
u/oTS SM 2540 G 99 0.10 % 24-Aag-20 KEK
Muliple Tube Fermentation Procedure SM 9221-E 396 178 MPN 24-Aue-2o KEK
Footnotes:
RL = Reporting Limit. Values are reported down to the Reporting Limit only.
Date reviewed: 013121 f pla NC Certification Number: 600
/ Data reviewed by: Kelley E. Keenan SC Certification Number: 99053
Signature:
NC Drinking Water Certification Number: 37786
V —
This report should not he reproduced, exept in its entirety, without the written consent of Environmental Testing Solutions, Inc.
The results in this report relate only to the samples submitted for analysis.

CHAIN -OF -CUSTODY / Analytical Request
Client Name:
I uCiieigc�;cr 6Jreie� awe r
©
-
x"7
-Address:�-
_,Stiluck
ti0— F7701
412
Environmental Testing Solutions, Inc.
Report to:
ej 'gr-y go vL.
PO Box 7565, Asheville, NC 28802
Phone: R Q R
- 5 A6 - c7 41 R Fax:
Phone: [phone], Fax: [phone]
PO Number:
PmGwnf Nnmw•
Rnnnwefwd Annlvcwc
Project Number:
PH Checked Upon Rcmi t
CI, <0.2 mp/I Upon Receipt
PreservativesV1111111ITe
Identification
ESample
eU+E
Uu
0 e
U
o O p
r
ld
. (°C) Comments
l t J8�4
5
G
`l-r Asa
G
loyac�
•00
i
r
a
,
f
f
s�.
Temperature CC)T 8(.
Received on Ice: t
Y / N
Sealed Cooler.
Y /
Samples Intact:
Y N
Additional Comments:
•
Printed Name
mpler:
'
Signature of Sit
er:

I
.aceAnalXical e
WM..pacelebscom
November 23, 2020
Mr. Stan Bryson
Tuckaseigee Water & Sewer Co.
1246 West Main Street
Sylva, NC 28779
RE: Project: TWSA DRIED RESIDUAL 11/10/20
Pace Project No.: 92504942
Dear Mr. Bryson:
Pace Analytlml services. LLC
S 9225 Riverside Dr.
'Asheville, NC 28864
[phone]
Enclosed are the analytical results for sample(s) received by the laboratory on November 10, 2020. The results relate only
to the samples included in this report. Results reported herein conform to the applicable TNI/NELAC Standards and the
laboratory's Quality Manual, where applicable, unless otherwise noted in the body of the report.
The test results provided in this final report were generated by each of the following laboratories within the Pace Network:
•PaceAnalyticalServices-Asheville
• Pace Analytical Services - Charlotte
If you have any questions concerning this report, please feel free to contact me.
Sincerely,
Chris Derouen
[e-mail]
[phone]
Project Manager
Enclosures
i
i
l
I
I�
t.0
? REPORT OF LABORATORY ANALYSIS
I This report shag not be reproduced, except In full, '
qe0 '. without the written consent of Paco Analytical Services, LLC. Page 1 of 29

aoAnalytical
wwapacelabs.com
i
Pace Analytical Services, LLC
2225 Riverside D,
Asheville, NC 28804
[phone]
I
�I ANALYTICAL RESULTS
Project TWSA DRIED RESIDUAL 11/10/20
Pace Project No.: 92504942
Sample: TWSA DRIED RESIDUAL Lab ID: 92504942001 Collected: 11110/20 09:30 Received: 11/10/20 12:04 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. Dual
6010 MET ICP
Analytical Method: EPA 6010D Preparation Method: EPA3050B
Pace Analytical Services -Asheville
Aluminum
27000 mglkg
54.8
10
11111/2011:54
11/14/2017:20
7429-90-5
Arsenic
3.5 mg/kg
0.55
1
11/1112011:54
111131202147
7440-38-2
Cadmium
1.0 mg/kg
0.055
1
11/1112011:54
11/13/2023.47
7440-43-9
Calcium
9900 mg/kg
54.8
10
11/11/2011:54
1111412017:20
7440-70-2
Chromium
24.0 mglkg
0.27
1
11111/2011:54
11/1312023:47
7440-47-3
Copper
398 mglkg
0.27
1
111/11/2011:54
11/131202147
7440-SD-8
Lead
14.9 mg/kg
0.27
1
11/11/2011:54
11/1312023.47
7439-92-1
Magnesium
4060 mglkg
5.5
1
11/11/2011:54
11/1312023:47
7439-954
Molybdenum
4.1 mg/kg
0.27
1
1111112011:54
11/13120 23:47
7439-98-7
Nickel
17.9 mglkg
0.27
1
1111112011:54
11/13/20 23:47
7440-02-0
Potassium
3890 mglkg
274
1
1111112011:54
11/13/2023:47
7440-09-7
Selenium
5.0 mg/kg
0.55
1
11/1112011:54
11/13/2023:47
7782-49-2
Sodium
458 mg/kg
274
1
11/11/2011:54
11/13/2023:47
7440-23-5
Zinc
1110 mglkg
5.5
10
11/11/2011:54
11/14/2017:20
7440-66-6
7471 Mercury
Analytical Method: EPA7471B Preparation
Method: EPA7471B
Pace Analytical Services -Asheville
.ercury
0.76 mg/kg
0.046
20
11/16/2014:31
1111612017:56
7439-97-6
254OG Total Percent Solids
Analytical Method: SM 254OG-2011
Pace Analytical Services - Charlotte
Total Solids
97.0 %
0.10
1
11/11/2013:48
Percent Moisture
Analytical Method: ASTM D2974-87
Pace Analytical Services - Charlotte
Percent Moisture
3.0 %
0.10
1
11/11/2013:38
1010 Flashpoint,Closed Cup
Analytical Method: EPA 1010A
Pace Analytical Services -Asheville
Flashpoint
>200 deg F
70.0
1
11/22120 12.28
9045 pH Soil
Analytical Method: EPA 9045D
Pace Analytical Services -Asheville
pH at 25 Degrees C
6.1 Sid. Units
0.10
1
11/23/20 13:15
H3
Plant Available Nitrogen
Analytical Method: SM 271OB-2011
Pace Analytical Services -Asheville
Plant Available Nitrogen
2010 mglkg
0.12
1
1112312013:33
N2
Total Nitrogen Calculation
Analytical Method: TKN+NO3+NO2 Calculation
Pace Analytical Services -Asheville
Nitrogen
5320 mg/kg
40.0
1
1112312013:30
7727-37-9
REPORT OF LABORATORY ANALYSIS
This report shall not be reproduced, except in full,
Date: 11/23/2020 02:47 PM
without the written consent of Paw Analytical Services, LLC-
Page 4 of 29

A
Pace Analytical Services, LLC
.aceAnalXical ® 2226 eNC 2e On
Asheville, NC 2881M
www.pacelabs.cum
(828)2547176
ANALYTICAL RESULTS
` Project TWSA DRIED RESIDUAL 11/10/20
Pace Project No.: 92504942
Sample: TWSA DRIED RESIDUAL Lab ID: 92504942001 Collected: 11/10/20 09:30 Received: 11/10/20 12:04 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]
350.1 Ammonia
Nitrogen, Ammonia
351.2 Total Kjeldahl Nitrogen
Nitrogen, Kjeldahl, Total
353.2 Nitrogen, NO2/NO3
Nitrogen, NO2 plus NO3
Nitrogen, Nitrate
Nitrogen, Nitrite
365.1 Phosphorus, Total
Phosphorus
C
C,
Date: 11/23/2020 02:47 PM
Analytical Method: EPA 350.1 Rev 2.01993 Mod. Preparation Method: EPA 350.1 Rev 2.01993 Mod.
Pace Analytical Services -Asheville
2060 mglkg 46.0 5 11/11/20 13:32 11/12/20 08:38 7664-41-7
Analytical Method: EPA 351.2 Rev 2.0 1993 Preparation Method: EPA 351.2 Rev 2.0 1993
Pace Analytical Services -Asheville
5320 mg/kg 25B 5 11/11/20 11:30 11/12/20 06:58 7727-37-9
Analytical Method: EPA 353.2 Rev 2.0 1993 Preparation Method: EPA 353.2 Rev 2.0 1993
Pace Analytical Services -Asheville
ND mglkg 4.0 1 11/10/2022:05 11/1112000:57
ND mglkg 4.0 1 11/10120 22:05 11/11/20 00:57 14797-55-8
ND mg/kg 4.0 1 11/10/20 22:05 11/11/20 00:57 14797-65-0
Analytical Method: EPA 365.1 Rev 2.01993 Preparation Method: EPA 365.1 Rev 2.01993
Pace Analytical Services -Asheville
11300 mg/kg 477 500 11/17/2018:38 11/17/2021:04 7723-14-0
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 5 of 29

ace,4nalytical® ANALYTICAL REPORT
Naa'onal Centerfor TeslWg8lnnavadan November 19, 2020
Pace Analytical - Asheville, NC
Sample Delivery Group: L1284364
Samples Received: 11/11/2020
Project Number: 92504942
Description: TWSA DRIED RESIDUAL 11/10/20
Site: 001
Report To: Christopher Derouen
2225 Riverside Drive
Asheville, NC 28804
Entire Report Reviewed By:
CChristi M Wagner
Project Manager
Results relate onyto the Items tested orallbrated and are reported as rounded values This test repodshall not be
reproduced, except in full, vdthaatvaitten approval of the laboratory. Where applicable, sampling conducted by Pace
` Anaikal National is pedormed per guidance provided in laborarnyslandard operating procedures ENVSOPMTJL-0061and
ENV-SORMTJL-0066. Where sampling conducted by the customer, results relate to the accuracy of the Information provided,
and as the samples are received.
0
I
I Z
TC
3S$
4Cn
6Sr
6QC
TGI
. 6AI
9SC
I
' ACCOUNT: PROJECT: SDG: DATEmME: PAGE:

TWSA DRIED RESIDUAL
Collected date/tirle: 11/10/20 09:30
Microbiology by Method EPA 1681
SAMPLE RESULTS - 01
L1284364
Result Qualifier Dilution Analysis Batch
Analyte MPWg date / time
mil Colirorm- Class A <1.88 T8 1000 11/12202010:00 WGI578289
t
Total Solids by Method 2540 G-2011
Dilution Analysis Batch
ONE LAB. NATIONWIDE
lCP
I
Tc
3Ss
Analyte %
Total Solids 97.6
Wet Chemistry by Method 9012 B
1
date/time
11=202001:26
WGI577516
aCn
Result Qualifier
Analyte mglkg
RDL
mg/kg
Dilution
Analysis Batch
date/time
6QC
Reactive Cyanide 2.13
0.250
1
1ll14202023:53 WGI575225
Wet Chemistry by Method 9034-90306
F,
Result Oualifer
RDL
Dilution
Analysis Bath
eAl
Analyte _ _ .... - - mglk9_-
m91k9
date/time,
,- - -
ReactiveSulride ND
25.0
— ---'
1
--
11114202000:00 WGI575476
9
SC
- Pogo n ®f 20
ACCOUNT: PROJECT: SDSDG: DWW: � °

SAR Calculations-11/10/2020
SAR = Sodium (Na) Milli Equivalent
0.5 X (Calcium (Ca) Milli Equivalent+ Magnesium(Mg) Milli Equivalent)`
Na=458 mg/kg/Na Milli Equivalent(M E)= 458/23 equivalentwgt=19.9 ME
Ca= 9900 mg/kg/Ca Milli Equivalent(ME)= 9900/20 equivalent wgt= 430 ME
Mg= 4060 mg/kg/Mg Milli Equivalent(ME)= 4060/12 equivalent wgt= 338 ME
SAR= 19.9 Na Milli Equivalent
0.5 X (458 Ca Milli Equivalent + 338 Mg Milli Equivalent)`
19.9 Na Milli Equivalent
( 0.5 X 796) 0.1
- 19.9 Na Milli Equivalent
C (398)0.s
SAR= 1.0
L
19.9 Na Milli Equivalent
19.9

(e)
Daily Dryer
Record

7
i
TWSA DRYER OPERATIONS
- DAILY RECORD
DATE
START STOP TOTAL
RUN TIME, HRS ' p( 4W / lQ Ay Q / L{ ,l7
e DRYER BATCH FILL CYCLE START @ A " S I DRY CYCLE STARTED @ 3 a•// P DISCHARGE CYCLE STARTED @
.. - TEMPFRATl1RES OF
TIME
DISCHARGE
EXHAUST
DISCHARGE
PRODUCT
DRY
TIMER
CHANBER
• IN
CHAMBER
OUT
ROTOR
IN
ROTOR
OUT
0.1.
31.Wo
iLQ5
305
o '
393
314
300
I(Q
4q
14,16
1b`i
aRg
5o
Lr35.
yas
3►8•
t�joI
zu
5. 0cv...t511
3ai
100
qq s
25d
32,4
Z.58-
F�
_6 6,%
I
_0
3Z 8
k 5 0
cf W
324
a41a.
jJ
- ',Lf.(p- -
.15q
Lf3Lf
qq5
'4qO
3 5
a(D$
2ND DRYER BATCH
FILL CYCLE START @ DRY CYCLE STARTED @ DISCHARGE CYCLE STARTED @
TEMPERATURES DF
TIME
DISCHARGE
EXHAUST
DISCHARGE
PRODUCT
DRY
TIMER
CHANBER•
IN
CHAMBER
OUT
ROTOR
IN
ROTOR
OUT
0.1.
12/12/17JH
a

TWSA DRYER OPERA IONS
DAILY RECORD
3RD DRYER BATCH
FILL CYCLE START @ DRY CYCLE STARTED @ DISCHARGE CYCLE STARTED @ �` ?
TEMPERATURES °F °
COMPOSITE
SAMPLE
RESET #
CALCULATION
DISH WGT
GRAMS
WET•SAMPLE+DISH,.
GRAMS
DRIER•SAMPLE+DISH-
:. GRAMS; . ` GRAMS
[�v1g�j
Z3.�R555
1srwu.
eD WGT. 3. 3 6
Sao WGr.. -
a3v, = as-3S�s' X1oD'g7V5s(0
�3•`1S�S /'G � ad�g3�y� '=%TOTALSOUDS
DISHWGT
WETSAMPLE+DISH
DRIED SAMPLE +DISH
GRAMS
GRAMS
GRAMS GRAMS
17 WGT.
e' WGT.
3aO WGT.
S:
X 100
%TOTAL SOLIDS
(DRIED SAMPLE + DISH - DISH WGT.) x 100
WET SAMPLE+DISH- DISHSGT. '=%TOTALSOLIDS
ALARMS OR COMMENTS -
12/12/17JH
C�

TWSA DRYER OPERATIONS
C DAILY RECORD
DATE l3
START STOP TOTAL
RUNTIME, HRS ' 7.216 l l4 o
P DRYER BATCH / r
FILL CYCLE START @ DRY CYCLE STARTED @• � - 6 DISCHARGE CYCLE STARTED @
F.. 3 # RD) TFMPFRATIIRF(ZP[
TIME
DISCHARGE
EXHAUST
DISCHARGE
PRODUCT
DRY
. TIMER
CHAMBER
- IN
CHAMBERWROTORROTOR
OUTOUT
O.I.
63
0
���
3�
Z;
b
&D
U
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3I /a
) o o
19�14
(;p
lo.aoI
)6q
3Ro
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lt4-5
43&
)4,4, -
a�a.
Rio
d
3.
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9• (>5
g4S
4q r
i
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2ND DRYER BATCH a-, J:a -
FILL CYCLE START @ hbik DRY CYCLE STARTED @aA-a-_ DISCHARGE CYCLE STARTED @'
TFMPFRATIIRFC PF
TIME
DISCHARGE
EXHAUST
DISCHARGE
PRODUCT
DRY
TIMER
CHAMBER'
IN
CHAMBER
OUT
ROTOR
IN
ROTOR
OUT
0.1.
sp
400D
Ll
D
��
Dry
q3,
333
Z6
5;tg
5B
396
JSZ)
If
45
I
33
27z
05
56
�a7
Do
�uU
�4 +
333
2-$3
32/12/17JH

TWSA DRYER OPERATIONS
DAILY RECORD
3RD DRYER BATCH
FILL CYCLE START @ DRY CYCLE STARTED @ DISCHARGE CYCLE STARTED @
TEMPERATURES'F `
7n�--1
--- I
DISCHARGE
EXHAUST
-
CHAMBER.
OUT
Won
COMPOSITE
SAMPLE
RESET#
CALCULATION
DISH WGT
GRAMS
WET•SAMPLE+DISH
GRAMS
_ DRIED.-SAMPLE+DISH.
. GRAMS GRAMS
1 05-71
25�Lj8d5
pp
1�WGf: aVlaa
2"D WGT. aY 9 3 a 3
3RD WGT. -
l� •��
oS '7 ox1oo,977357?7cgl c/�i .
aSLtf'05-1•u5-7j-o2yy2.3L/ '=%TOTALSOLIDS 17r7!/b
DISH WGT
WETSAMPLE+DISH
DRIED SAMPLE+DISH
GRAMS
GRAMS
GRAMS GRAMS
1�WGT.
2"D WGT
3RD WGT.
S:
X 100
%TOTAL SOLIDS _
(DRIED SAMPLE + DISH - DISH WGT.) X 100
WET SAMPLE+DISH- DISHSGT. '=%TOTALSOLIDS
ALARMS OR COMMENTS - ,
12/12/17JH

r TWSA DRYER OPERATIONS
DAILY RECORD
DATE 5 15 "aZ
START -STOP TOTAL
RUN TIME, HRS ' a / Lh 3 © / 'A
ft DRYER BATCH
FILL CYCLE START @ a%7� DRY CYCLE STARTED @ , DI DISCHARGE CYCLE STARTED @ `Z a7
T9:nnocDAT110 CC DC
TIME
DISCHARGE
EXHAUST
DISCHARGE
PRODUCT
DRY
TIMER
CHANBER
IN
CHAMBER
OUT
ROTOR
IN
ROTOR
OUT
0.1.
1 i* Da
I lot
3. l
d
321
30
h'[
CD
:55
364
.�_o
4Y6
11310
333
22 !
eon
a:�a
lib
3jfA
00
1445
43'
••335
(6 f
yyS
L/34
33 5 1
z.�Zy
f.a' I I I noL. 1 `y '6 1 a05
334 I ae5
2ND DRYER BATCH
FILL CYCLE START @ DRY CYCLE STARTED @ DISCHARGE CYCLE STARTED @
TFAADCDATI IDCC DC '
TIME
DISCHARGE
EXHAUST
DISCHARGE
PRODUCT
DRY
TIMER
CHANBER'
IN
CHAMBER
OUT
ROTOR
IN
ROTOR
OUT
0.1.
m
L'
i2/12/17JH

TWSA DRYER OPERATIONS
ii
DAILY RECORD
'DRYER BATCH
FILL CYCLE START @ . DRY CYCLE STARTED @ DISCHARGE CYCLE STARTED @
TEMPERATURES °F
COMPOSITE
SAMPLE �D
RESET#
CALCULATION
DISH WGT
GRAMS
WET•SAMPLE+DISH
GRAMS
DRIER•SAMPLE+DISH
GRAMS GRAMS
1 ,07_z41
1�`wGr. 9� �Z)
e' WGT. ,:g Y zz -
3sD wGT
4S,'&Y2co l,c��y = i7.sand_ X100
l-3gq�_�•Oaay id377� '=%TOTALSOLIDS 2-7
DISHWGT
GRAMS
WETSAMPLE+DISH
GRAMS
DRIED SAMPLE +DISH
GRAMS GRAMS
1�T WGT.
S:
21D WGT.
3RD WGT.
X 10D
'= %TOTAL SOLIDS _
(DRIED SAMPLE +DISH - DISH WGT. 1 X 100
WET SAMPLE+DISH- DISHSGT. '_%TOTAL SOLIDS
ALARMS OR COMMENTS -
12/12/17JH
.c

TWSA DRYER OPERATIONS
DAILY RECORD
�
DATE
START STOP TOTAL
RUNTIME, HRS ' %:. / .BJ / ✓
e DRYER BATCH.
FILL CYC14
LE START,@ $ DRY CYCLE STARTED @� DISCHARGE CYCLE STARTED @
- TFMPFRATURESOF .'..
TIME
DISCHARGE
EXHAUST
DISCHARGE
PRODUCT
DRY :.
TIMER
"CHANBER
• IN
CHAMBER
OUT
ROTOR,
IN
ROTOR
OUT
0.1.
8 wilp
0
03
gF�
303
173E�
ci
1131P
I?Q
3
J-o
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43
31.E
jD:2,10
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1 1© 01
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16
) W
I 3?s5
I 1V
1 1414,5
43 !°
33 aI
a5
_
3.
1 43�
)+4.6
442
325
AD
E'
l l ,§ �k-
I-d6
2NO DRYER BATCH
FILL CYCLE START @ A .a LDRY CYCLE STARTED @ DISCHARGE CYCLE STARTED @
TEMPERATURES OF
TIME
DISCHARGE
EXHAUST
DISCHARGE
PRODUCT
DRY
TIMER
CHANBER'
IN
CHAMBER
OUT
ROTOR
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O.I.
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27
1�
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3:s-7
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I '-i(f5
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C.,
12/12/17JH

TWSA DRYER OPERATIONS
DAILY RECORD
3RD DRYER BATCH II II IL l/—
FILL CYCLE START @ 4 'q9 DRY CYCLE STARTED @ '1 �'l3'DISCHARGE CYCLE STARTED @
TEMPERATURES DF
TIME
DISCHARGE
EXHAUST
DISCHARGE
PRODUCT
DRY
TIMER
CHANBER
IN
CHAMBER.
OUT
ROTOR
IN
ROTOR
OUT
0.1.
411143
l (-
2-99
o
to
jlt2t
3a4
- 205
7IA
5:53
1(0 0
342
444
43S
3z9
5
30
; A 5
wo
3(09
lDv
qt6
y65I
330
d- 5
c�3.LJ
7 ;13
t 5-13
31
.1,50
q45
4381
a ca o
do
COMPOSITE
SAMPLE D
`111q
RESET#
CALCULATION
DISH WGT
WET•SAMPLE+DISH
DRIEDSAMPLE+DISH-
GRAMS
GRAMS
GRAMS GRAMS
11.022(l
2-6 V9Ie 2 . .
1r WGT.
e' WGT. 05,q6 9
3RD WGT. .
X 100
'=%TOTALSDUDS gfi, GD%V
DISH WGT
GRAMS
WETSAMPLE+DISH
GRAMS
DRIED SAMPLE +DISH
GRAMS GRAMS
ITWGT.
S:
ZDD WGT.
3RD WGT.
X 100
'=%TOTAL SOLIDS
(DRIED SAMPLE + DISH -DISH WGT.) x•100
1 -/WEfSAMPLE+DISH - DISH SGT.' '=%TOTAL SOLIDS:
ALARMS OR COMMENTS - G 1" j~' G�`r Lfbq. �l L( rnec 0A •%c Fattt-4,5- -Qh resets•
C4
12/12/17JH

TWSA DRYER OPERATIONS
DAILY RECORD
DATE
START STOP TOTAL
RUN TIME,HRS'
15° DRYER BATCH
FILL CYCLE START @ �� _ 'DRY CYCLE STARTED @ T16 DISCHARGE CYCLE STARTED @
A TEMPERATURES DF
TIME
DISCHARGE
EXHAUST
DISCHARGE
PRODUCT
DRY
TIMER
CHAMBER
• IN
CHAMBER
OUT
ROTOR
IN
ROTOR
OUT
O.I.
qq321
1 RA
e4
a
'o
li'�3
J43
3-3
G
13.E 133a
asb.
- b .s
� -7
4
4
Y
�3
2ND DRYER BATCH / �j '
FILL CYCLE START @ r 1 `D / DRY CYCLE STARTED @ + b DISCHARGE CYCLE STARTED @
I TEMPERATURES OF
i
i
DISCHARGE
EXHAUST
DISCHARGE
PRODUCT
DRY
TIMER
CHAMBER'
IN
CHAMBER
OUT
ROTOR
IN
O.I.
Wo
l�
i
13
6Vb
EROTORTIME
��
h Lt
)433
3
46
,5
153 a
aG
1
3-2
,50
44,1*5
43-
33-3
as(
3 : da
C7�
LlgQ
A Da
t4g5
'-ILI 3
331
'z�?

TWSA DRYER OPERATIONS
DAILY RECORD
3RD DRYER BATCH
FILL CYCLE START @ 3J L t O DRY CYCLE STARTED @ 3 , 45 DISCHARGE CYCLE STARTED @
TEMPERATURES 0 F
TIME
DISCHARGE
EXHAUST
DISCHARGE
PRODUCT
DRY
TIMER
CHANBER
IN
CHAMBER.
OUT
ROTOR
IN
ROTOR
OUT
0.1.
3 :MI5
I lo`t'�
zoo
d
LtZ1
QU 9
31''7
q 1135
169
c3c
n
4 (t 5
14. 3 !o
3 3 t
2-3't
TIJ
S.'aS
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331
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3 3a
o2 �
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q io
3r
4 S
Q 3
329
z(f-P
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«o
K 37
/q3
LfL(1j
{fL f
3Z9.
i9O
COMPOSITE
SAMPLE
a35la:1
a3:51 D� l,�sE� = A, U�c3e X100 , 98�b�1Gs
a.s,78,Y_1,rJsla3 ��.%a51 '=%TOTALSOUDS� �
RESET #
CALCULATION
DISHWGT
WEfSAMPLE+DISH
DRIED•SAMPLE+DISH-
GRAMS
GRAMS
GRAMS GRAMS
t, qSb3
-7 14
-
1nWGT- 5
• ..
-
zNOWGr.a3.5a�:
3RD WGT -
DISHWGT
GRAMS
WETSAMPLE+DISH
GRAMS
DRIED SAMPLE +DISH
GRAMS GRAMS
1 r WGT.
S:
ZND WGT.
3RD WGT.
X 100
%TOTAL SOLIDS
(DRIED SAMPLE+ DISH - DISH WGT. I X 100
WET SAMPLE +DISH-DISHSGT. '_%TOTALSOUDS
ALARMS OR COMMENTS - I&eSVL 64r 4 !9 r� �%i^ �T rhEL L.f L Ate I

®
TWSA DRYER OPERATIONS
DAILY( RECORD
DATE
START
STOP
TOTAL
RUN TIME, HRS
15' DRYER BATCH
FILL CYCLE
x
START @ .c� �I DRY CYCLE STARTED @ S9- DISCHARGE CYCLE STARTED @ U . 5q .
TEMPERATURES °F
DISCHARGE
DISCHARGE
DRY
CHANBER CHAMBER
ROTOR
ROTOR
TIME
EXHAUST_
PRODUCT
TIMER
• IN OUT
IN
OUT
O.I.
7 :59
6'
D 9
30
/ �s
S:q
jSd
2ND DRYER BATCH
FILL CYCLE START @i 1 "q�DRY CYCLE
STARTED
QI 4f � DISCHARGE CYCLE STARTED @
TEMPERATURES °F
DISCHARGEFDCHARGE
DRY
CHAMBER'
CHAMBER
ROTOR
ROTOR
jTIME
EXHAUSTDUCT
TIMER
IN
OUT
IN
OUT
0.1.
=�1
-7D
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:al.
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35�
!00
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33 (
alp
a
Aso
7
331
cf 44
-
IR5
,-
12/12/17JH

TWSA DRYER OPERATIONS
DAILY RECORD
3RD DRYER BATCH
FILL CYCLE START @ 3 10 DRY CYCLE STARTED @ 3' DISCHARGE CYCLE STARTED @
TEMPERATURES DF
- •L
TIME
DISCHARGE
EXHAUST
DISCHARGE
PRODUCT
DRY
TIMER
CHANGER
IN
CHAMBER.
OUT
ROTOR
IN:;
ROTOR
OUT
O.I.
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4 `t I
2,1? 5
0
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3 c', .
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166
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330
33z
Z-S-7
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4-L4
aO
Co:6
t(c. S
3 3
j,,5V
`4 3 Lf
2-4 q
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t —7 2L
4 35
l 25
L-( L(q
L{ q Z
3
Z-0
COMPOSITE
SAMPLE
Ali
RESET#
DISH WGT
WET•SAMPLE+DISH
DRIED-SAMPLE+DISU-
'GRAMS
GRAMS
GRAMS GRAMS
e' WGT. `� L
3" WGT. -
"ONI 6p
.2 y.'Mo aX100 / l ,KJ.,I f
a-5 , 0 96-<3 — /, 03 � :aq o5�'- '= % TOTALSOLIDS R��7e jl&70
CALCULATION
DISH WGT
WETSAMPLE+DISH
DRIED SAMPLE+DISH
GRAMS
GRAMS
GRAMS GRAMS
1�r WGT.
ZND WGT.
310 WGT.
S:
X 100
%TOTAL SOLIDS
(DRIED SAMPLE+ DISH - DISH WGT.)X 100
WET SAMPLE + DISH - DISH
_SGT. '=%TOTALSOLIDS
M ALARMS OR COMENTS- `{ �J-a vL1J-rQ4�eT Joe
12/12/17JH

TWSA DRYER OPERATIONS
DAILY RECORD
DATE
START STOP TOTAL
RUNTIME, HRS
15' DRYER BATCH
FILL CYCLE START @ - 9 DRY CYCLE STARTED @L2 3 I DISCHARGE CYCLE STARTED @ 1
TFMPFRATI IRFS DF
DISCHARGE
DISCHARGE
DRY
CHANBER.
CHAMBER
ROTOR
ROTOR
TIME
EXHAUST
PRODUCT
TIMER
• IN
OUT
IN
OUT
0.1.
466
q •�1
-��
3oq
�o��
3a 9'
C2
/f 6►
1(�a
3
43b
33o
asa.
en!
IL2,f .3g
-44A
33a
2ND DRYER BATCH 2
FILL CYCLE START @ DRY CYCLE STARTED @ a a DISCHARGE CYCLE STARTED @ J'Z
TFMPFRATI IRFS DF
TIME
DISCHARGE
EXHAUST
DISCHARGE
PRODUCT
DRY
TIMER
CHAMBER
IN
CHAMBER
OUT
ROTOR
IN
ROTOR
OUT
0.1.
oa
a
a B
.5a
I
a6?
- `5'�
9a
1.5p
wks
q38
3,3A
a 3'266
1�a
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3Z5
n\
TH
12/12/17JH

TWSA DRYER OPERATIONS
DAILY RECORD
3RD DRYER BATCH �1 I 2 N
FILL CYCLE START @ 3' fig. DRY CYCLE STARTED @ LIt' I I DISCHARGE CYCLE STARTED @
TEMPERATURES OF `
TIME
DISCHARGE
EXHAUST
DISCHARGE
PRODUCT
DRY
TIMER
CHANBER
IN
CHAMBER.
OUT
ROTOR
IN
ROTOR
OUT
0.1.
I-I'A
110
Z`b`6
(5
Llit
5
3i5
1`I8'
�H
16•-O
( (do
Q_cf
qL15
L1M
331
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ti
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253
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6_0
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3�
go.
. 's
S°1
�-
tk%.
"2-
3Z�
2�5
COMPOSITE
SAMPLE
RESET #
-:L(90
DISH WGT
WET -SAMPLE + DISH
_ DRIED•SAMPLE+DISH-
GRAMS
GRAMS
. GRAMS GRAMS
l�vLtSc
1553�
1rWGT. /.-, 3a
2ND WGT.
3RD WGT. -
>15�3353
l5.33�3-1 6S`S(o = 1�y,a8�� xloo < �8�973�191Q q
l 5-1�533 �' �yS)-6:: 5b7? %TOTAL SOLIDS
CALCULATION
DISHWGT
GRAMS
WETSAMPLE+DISH
GRAMS
DRIED SAMPLE +DISH
GRAMS GRAMS
17 WGi.
S:
2ND WGT.
BAD WGT.
ALARMS OR COMMENTS - L--O c
R•
12/12/17JH
X 100
%TOTAL SOLIDS
(DRIED SAMPLE'+ DISH - DISH WGT.)_ x 100
WET SAMPLE + DISH I -_ DISH SGT. a' '=%TOTALSOLIDS
Dk'(' _re el YJlire er A'`� Ji"9N4- w

TWSA DRYER OPERATIONS
DAILY RECORD
DATE S_ '. D
L
START STOP TOTAL
RUN TIME, HRS
P DRYER BATCH
FILL CYCLE START @ .� DRY CYCLE STARTED @�IDISCHARGE CYCLE STARTED
TCRADCDATIIDCC O[.
DISCHARGE
DISCHARGE
DRY.:
CHAMBER
CHAMBER
:ROTOR
ROTOR
TIME
EXHAUST
PRODUCT
TIMER
• IN
OUT
IN
OUT
0.1.
7=LIq
A3
a$o
q o t
38l!;'
$ �G
/64
36te
� b
q?
q33
3
�3
3,23
t©a
Ole
413&
336�
46
-.1D=!°►
l(03
3 gy
is0
4'j�S
�f3�
33a
�2s9
E'
- D:Sfe
I�Sb
�F33
q,*4?
a7a
lV(o
2ND DRYER BATCH
FILL CYCLE START @ % D DRY CYCLE STARTED @_111 30 DISCHARGE CYCLE STARTED @a --KZ)
TCAADCDATIIDCC OC
DISCHARGE
DISCHARGE
DRY
CHANBER'
CHAMBER
ROTOR
ROTOR
TIME
EXHAUST
PRODUCT
TIMER
IN
OUT
IN
OUT
0.1.
l 1 zz
2
111b
:T%
7a
1,34P5
316
3b
J/4!r
v,36
3 3,3
ailv
=t%•
1&1v
.-AP
#4�
z 3
s/
ay
c
160
L 4.3
3
a 13
E
a
2,L43
4?
�
`PfS
3.30
a4
L
1Va
12/12/17JH

TWSA DRYER OPERATIONS
DAILY RECORD
3RD DRYER BATCH FILL CYCLE START @ a •SO DRY CYCLE STARTED @ .3'� 5 DISCHARGE CYCLE STARTED @ ! .4 0
TEMPERATURES OF
TIME
DISCHARGE
EXHAUST
DISCHARGE
PRODUCT
DRY
TIMER
CHANBER
IN
CHAMBER.
OUT
ROTOR
IN
ROTOR
OUT
0.1.
3 �15
10 1
2`$(0
6
l(0
31(
so
LtS
5 :05
t(o S
00
41-4 a
4 34
5.5
Z.
3 M
1,50
44
5
4
(o;4o
�31 .
1-13
gig
ALA
LI((Z
332_
COMPOSITE
SAMPLE
RESET #
CALCULATION
DISH WGT
WET•SAMPLE+DISH
DRIED•SAMPLE+DISH.
GRAMS
GRAMS
GRAMS GRAMS
i
ito5lp7
a5c�?��a
17WGT.
2ND WGT. �S. l q-ira
3RD WGT. -
X100
SOLIDS_9 % ff /19 �V
DISH WGT
GRAMS
WETSAMPLE+DISH
GRAMS
DRIED SAMPLE +DISH
GRAMS GRAMS
1�T WGT.
S:
2DD WGT.
3R0 WGT.
X 100
'=%TOTALSOLIDS
(DRIED SAMPLE+ DISH - DISH WGT.) x 100
WET SAMPLE+DISH- DISHSGT. '=%TOTAL SOLIDS
ALARMS OR COMMENTS -
12/12/17JH `

TWSA DRYER OPERATIONS
DAILY RECORD
DATE S_a �? ` 02 0
START STOP TOTAL
RUN TIME, HRS
f' DRYER BATCH `
FILL CYCLE START @ DRY CYCLE STARTED LPLI. S DISCHARGE CYCLE STARTED @ %D .57�
TIME
DISCHARGE
EXHAUST
DISCHARGE
PRODUCT
DRY
. TIMER
V\LJ
CHAMBER
• IN
1
CHAMBER
OUT
ROTOR
IN
ROTOR
OUT
O.I.
�3 a�
i7g
a36
C
/a o
r-738
s�
3a�
ago
E
2ND DRYER BATCH FILL CYCLE START @A' d DRY CYCLE STARTED @ . 3 a DISCHARGE CYCLE STARTED @ o2
.3 e�
rennner. n•rnnrr 0.-
TIME
DISCHARGE
EXHAUST
DISCHARGE
PRODUCT
DRY
TIMER
.
CHAMBER'
IN
CHAMBER
OUT
ROTOR
IN
ROTOR
OUT
O.I.
a
4lb
3z
m
E
:aa
/oQ
3a9
Lt14S
V3la
41-5
43h
J31
all
60
Lf
3 a
E
lab. .
'l.
12/12/17JH

TWSA DRYER OPERATIONS
. DAILY RECORD
3RD DRYER BATCH rn1
FILL CYCLE START @ .11 DRY CYCLE STARTED @ I (� DISCHARGE CYCLE STARTED @ -7 • 3
TEMPERATURES °F
TIME
DISCHARGE
EXHAUST
DISCHARGE
PRODUCT
DRY
TIMER
CHANBER
IN •
CHAMBER.
OUT
ROTOR
IN
ROTOR
OUT
0.1.
,31,17
1(qQ
b
•q(t
3R
3043.
' k-15,
;lrb-Q1
'•61
(1,
8
a o
Sh
LH 5
C(S
-1
3 S 3
. z4(o
ZSW
IF �51
Jb D
L-I 4 S
y
Is 5
3 3 Z-
a(o 5
zrw
:4-7
3 Zip
[ b
W45
435
3.33
2-5L
3w
15 32
1
&4
4 32
Z qS
L- 4LA
L44a
3 3 Z
1 ` 9
1� w
COMPOSITE
SAMPLE
RESET#
DISHWGT
GRAMS'
WET•SAMPLE+DISH
GRAMS
DRIE4SAMPLE+DISH-
GRAMS GRAMS
0055
a(¢,14(98
1rWGT.
eD WGT.
3RD WGT. -
e^aye X100 , F7Tc'�5��'
a (Q (q (fig '=%TOTALSOLIDS
CALCULATION
DISHWGT
GRAMS
WETSAMPLE+DISH
GRAMS
DRIED SAMPLE+DISH
GRAMS GRAMS
1l WGT.
S:
el WGT
3Ro WGT
ALARMS OR COMMENTS -
G
X 1100
%TOTAL SOLIDS
(DRIED SAMPLE +DISH - DISH WGT.I x 100
WET SAMPLE + DISH - DISH SGT. '=%TOTALSOUDS
C-
L
12/12/17JH

C
RUN TIME, HRS
1s' DRYER BATCH
FILL CYCLE START@ ��Ib
START
TWSA DRYER OPERATIONS
DAILY RECORD
DATE 5 -u-210
STOP
TOTAL
DRY CYCLE STARTED @ DISCHARGE CYCLE STARTED @ `(°(
TIME
DISCHARGE
EXHAUST
DISCHARGE
PRODUCT
DRY
. TIMER
CHANBER
IN
CHAMBER
OUT
ROTOR
IN
ROTOR
OUT
O.I.
:4L
65
D-W
o
qo5
3SA
5o
L[K5
43r;
331
2.3z
61.
I %ZH
159
3'15
100
L[y:�
L(37
33(
2G�
Slfi
163
37Z'
15"0
-145
,-L(SS
3�3
253
Zrilf
=' h
1-1(
Lf 3-h
>aSSS
k3�
`[�l
32sr
zoo
Th
2NO DRYER BATCH
FILL CYCLE START @ W Sq DRY CYCLE STARTED @ IZ;3�I DISCHARGE CYCLE STARTED @ 31,
TCnn DCD A"mrr Or '
TIME
DISCHARGE
EXHAUST
DISCHARGE
PRODUCT
DRY
TIMER
CHANBER
IN
CHAMBER
OUT
ROTOR
IN
ROTOR
OUT
O.I.
1Z:3`�
170
• 2°11
0
..lzl
qt1
�
31�
1ao
fir►
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IPA
u�k S
35
33N
269
CFI
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Ltq-
L13(n
33�1
219
7�
Lf
LAU
12/12/17JH

TWSA DRYER OPERATIONS
DAILY RECORD
3RD DRYER BATCH �l Q
FILL CYCLE START @ XL49 DRY CYCLE STARTED @ t �a� DISCHARGE CYCLE STARTED @
TEMPERATURES OF
DISCHARGE
DISCHARGE
DRY
CHANBER
CHAMBER.
ROTOR
ROTOR
TIME
EXHAUST
PRODUCT
TIMER
IN
OUT
IN
OUT
0.1.
L-f al
310, .
19 q
jJ
5.1y
i1
30l
5a
L{147-
431
33)
2lZ
1-3
qq 6
4261
333
2•-1 5
EU
50
Lkq S
I-( 3 T1
33 1-4
-I a�
\ P, I
Lf�
� $ s
t k �(�
'-AL4 l
`3 3Z
2a �
COMPOSITE
SAMPLE
oV
RESET#
CALCULATION
DISH WGT
WET•SAMPLE+DISH
DRIED SAMPLE +DISH
GRAMS
GRAMS
GRAMS GRAMS
1104C13
ac,gzsd
1rWGT.a��a .
2ND WGT.oZ)+ '
3RD WGT. -
�,IIia5l"
a, 13sa,— +by?3= aD,osq X100 ; IW Z16�
a1 3aDg23• -"D,77n '_%TOTALSOLIDS
DISHWGT
1NETSAMPLE+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- DISHSGT. '_%TOTAL SOLIDS
ALARMS OR COMMENTS_
-
C.
12/12/17JH

1
TWSA DRYER OPERATIONS
DAILY RECORD y
DATE-6- - 0
START STOP ` TOTAL
RUN TIME, HRS ' � '. 11/ t o . q 1. / 1. 1.
'DRYER BATCH /
FILL CYCLE START @ 7: 3D DRY CYCLE STARTED @ 0p ' ©� DISCHARGE CYCLE STARTED @ 6 • J a
. TFMPFRATI IRFC UG
TIME
DISCHARGE
EXHAUST
DISCHARGE
PRODUCT
DRY •
TIMER
CHANBER
• IN
CHAMBER-.
OUT
.ROTOR
IN
ROTOR
OUT
O.I.
-SIp
b
61
411
4,34
a
as
co-
W�
192
31 b
1 Dd
4'qS
3!p
* 3a?
a lad -
co
F. D.
6
S3
13"D
4g19
43
33l
asI.
_
r[a
)43-o
44a.
330
asp
2ND DRYER BATCH ( T
FILL CYCLE START @ I DRY CYCLE STARTED @ 1 t J lf DISCHARGE CYCLE STARTED @ a •
TFMPPRATI IRFS of '
TIME
DISCHARGE
EXHAUSTEXHAUST
DISCHARGE
PRODUCT
DRY
TIMER
CHANBER'
IN
CHAMBER
OUT
ROTOR
ROTOR
O.I.
j I�
��
� F
Q
�7
//OUT
Z
rI4N
� l U
JpOUT
4 0�
a
to 3
,5
44
1
4Aa 1p
3
231
a
f
m
D
W
Y34
33Y
o C
E0
5
121
�)-31
14ffT
-2;�4,�,
33a
a93 1611,
l�
12/12/17JH

TWSA DRYER OPERATIONS
DAILY RECORD
3RD DRYER BATCH
FILL CYCLE START @ 3' Off? DRY CYCLE STARTED @ ?JM L I 1 DISCHARGE CYCLE STARTED @ �o
TEMPERATURES OF
TIME
DISCHARGE
EXHAUST
DISCHARGE
PRODUCT
DRY
TIMER
CHAMBER
IN •
CHAMBER.
OUT
ROTOR
IN
ROTOR
OUT
0.1.
3'4k
113
2-ci8
41'SI
((a 8
333
gL45
((38
3 3
2_Z
5 1
up g
3"
L(g5
443
333
z.Sa,
3ti-i
ATI)
(44(2
33 3
ZS(e
Sw
�s1
h9-3
L414-s
.3
'au
yr
COMPOSITE
SAMPLE
ti
RESET #
DISH WGT
WET•SAMPLE+DISH
$A, PLE+DISH-
GRAMS
GRAMS
GRAMS
l.oc2l(
22 ,c�230
1nNr
2ND WGT. a . 3 79.
3RD WGT. -
;ss a 137PI
C-
I
I (p
X100 I l P9 uli
'=�TOTALSOLIDS q(,s�r90
a_ oa3o - /.
o�'r
�•ao,9qI�
CALCULATION
DISHWGT
WETSAMPLE+DISH
A PLE+DISH
GRAMS
GRAMS
B GRA S
1�
2ND WGT•
3RD WGT.
S:
ALARMS OR COMMENTS -
r
X 100
'= %TOTAL SOLIDS
(DRIED SAMPLE +DISH - DISH WGT.1 x 100
WET SAMPLE+DISH- DISHSGT. '=%TOTAL SOLIDS
12/12/17JH

TWSA DRYER OPERATIONS -
DAILY RECORD
DATE
START STOP TOTAL
RUN TIME, HRS
P DRYER BATCH rn� //�
FILL CYCLE START @ �' 1 d, DRY CYCLE STARTED @;— DISCHARGE CYCLE STARTED @ I d e �
TcnnDCDnrnnrr O�
TIME
DISCHARGE
EXHAUST
DISCHARGE
PRODUCT
DRY
TIMER
CHANGER
IN
CHAMBER
OUT
ROTOR
IN
ROTOR
OUT
0.1.
qq6
I
3a
a
e
q3-
434?
3z7j
Al
39 -
-144S
438
33 !
67
6' '
2ND DRYER BATCH nn nn pp
FILL CYCLE START @ �U • DRY CYCLE STARTED @ i3CJ DISCHARGE CYCLE STARTED @ d : a0
TC�ADLD nTt Inrr 0r
TIME
DISCHARGE
EXHAUST
DISCHARGE
PRODUCT
DRY
TIMER
CHANBER
IN
CHAMBER
OUT
ROTOR
IN
ROTOR
OUT
0.1.
aD
4zp5
43
93,�-
E,O
�: [Q
/lad
37a
•��.o
��,�
3�
3
�7�
E
a:bb
.3
3qg
15b�3
43g
33�
a71:
a ,
��
33
l
4iv a
334
213
12/12/17JH

TWSA DRYER OPERATIONS
DAILY RECORD
3RD DRYER BATCH -
FILL CYCLE START @2-39 . DRY CYCLE STARTED @ 3 LI DISCHARGE CYCLE STARTED @ I b • Z tl
TFMPFRATURES DF
TIME
DISCHARGE
EXHAUST
DISCHARGE
PRODUCT
DRY
TIMER
CHANBER
IN
CHAMBER.
OUT
ROTOR
IN
ROTOR
OUT
0.1.
d
• �lZL1
T Z
32
19Y
V
:0'1
0c)
'�
6
L{3b
-535
256
3//
N _6�(
tiK
165
10
36-I
3g1
6b
- z)
LluS
"ills
16S
L136
335
3�55
z7v
H
COMPOSITE
SAMPLE
RESET #
DISH WGT
WET•SAMPLE+DISH
DRIED.SAMPLE+DISH
GRAMS
GRAMS
GRAMS
GRAMS
[.v1°[6
�4,$07,6
17WGT. f
34
e' WGT. IV,5
g'
3RD WGT. -
CALCULATION
,/y,53y(p
i5V6 - I,o/9 5xloo ' q 36-7�> D 1,7(o_ )f� 7&g '_ p %TOTALSOUDS 00
X 100
_ %TOTAL SOLIDS
jDRIEDSAMPLE+DISH-DISHWGT.I x100
,d ,II WET (SAMPLE + DISH - DISH SGT. '=%TOTALSOUDS
ALARMS OR COMMENTS - / I S�C� y' In Ili P blceh�e c
12/12/17JH

TWSA DRYER OPERATIONS
RECORD
/DAILY
DATE a
START
STOP
TOTAL
RUN TIME,HRS'
I" DRYER BATCH
FILL CYCLE START @ D J DRY CYCLE STARTED @ .. % DISCHARGE CYCLE STARTED @
TEMPERATURES °F
DISCHARGE
DISCHARGE
DRY CHAMBER CHAMBER
ROTOR
ROTOR
TIME EXHAUST
L W�
PRODUCT .
TIMER • IN OUT
IN
OUT
0.1.
7=3
273
D• 13s
30
�a q�
g
58
3s
�,fGD3
a
e
lEa 16 6
85
1 © 445
2NO DRYER'BATCH
FILL CYCLE START @JL/4t_DRY CYCLE
STARTED @J � , a DISCHARGE CYCLE STARTED @.
TEMPERATURES OF
DISCHARGE
DISCHARGE
DRY
CHANBER'
CHAMBER
ROTOR
ROTOR
TIME
1 as
EXHAUST
PRODUCT
TIMER
IN
OUT
IN
OUT
01
7
A26
4110
3ad
40
la
0
I&Lf-
/6q
3 0
143
77
3 91a
'. o
12/12/17JH

TWSA DRYER OPERATIONS
DAILY RECORD
3RD DRYER BATCH FILL CYCLE START @ �'��. DRY CYCLE STARTED @ 2 j Z _ DISCHARGE CYCLE STARTED @ l�
TFMPFRATI IRFS DF
TIME
DISCHARGE
EXHAUST
DISCHARGE
PRODUCT
DRY
TIMER
CHANBER
IN
CHAMBER.
OUT
ROTOR
IN
ROTOR
OUT
0.1.
3,►z
hZ
2��
0
LIIFI
LIos
31g'
[5
3-1/
y<az
l�z
366
D
45o
�(35
337
2Ko
5N
t� 5z
16-7
L(u3
'In
`3w
5'.yZ
117-
'b7a
ya
�tqb
4`55
335
zsa
3H
33
COMPOSITE
SAMPLE
RESET #
DISH WGT
WETSAMPLE +DISH
DRIEDSAMPLE+DISH•
GRAMS
GRAMS
GRAMS
GRAMS
I.� 2
7,5333
11TW(ST.
2ND WGT.
3RD WGT. -
CALCULATION
!ate•y( �� - 1. o5a3 Z %%iba3 X100 f0 770-161-
/ *W I - /TOTAL SOLIDS A)
X 100
'= %TOTAL SOLIDS
(DRIED SAMPLE + DISH - DISH WGT.)x100
WET SAMPLE+DISHH- DISHSGT. '=%TOTALSOLIDS
ALARMS OR COMMENTS - J4 i ci;f4 p ne e I-_l^ u n 1,
12/12/17JH
C
C
C

TWSA DRYER OPERATIONS
DAILY RECORD
DATE C2 4f-1-0
START STOP TOTAL
RUN TIME, HRS ' `7 ' J4 0 / 1 : 004 / 11 ,
I" DRYER BATCH
FILL CYCLE START @ `f DRY CYCLE STARTED @ r a DISCHARGE CYCLE STARTED @ I • a
TFMPPPATIIGFC 0C
TIME
DISCHARGE
EXHAUST
DISCHARGE
PRODUCT
DRY
. TIMER
CHANBER
• IN
CHAMBER
OUT
ROTOR
IN
''ROTDR•
OUT
0.1.
.? `-3L
16
77
6
Lf 13
39a,
0
1�q
G46
41Lt
)4b
a
lob
5
331
a
ep
3g >
)SO
-44,5
a
aW.
/7`-F .
462�
N
43
a
333
aqa Ie
2NO DRYER BATCH
FILL CYCLE START @ •3 L DRY CYCLE STARTED @ °� `D DISCHARGE CYCLE STARTED @ -;Iilq
TPUMMATI 1OPC Or
DISCHARGE
DISCHARGE
DRY
CHANGER'
CHAMBER
ROTOR
ROTOR
TIME
EXHAUST
PRODUCT
TIMER
IN
OUT
IN
OUT
0.1.
a''o
� () •
-, " " 2,
0
)
3 �13
l
I
305
5c-)
/ Y&
Q 6
33,V
aSa
-4+
IL3
5 q
..vb
If14lp
35-
&3-y-
Q7
-
.a-34
I-Z3
39 '
1sD
*15
43?
33�
a73
y
188
't3U
I RC)
1-�14q
'f`-ID-
334
30S
3A.
12/12/17JH

TWSA DRYER OPERATIONS
DAILY RECORD
3RD DRYER BATCH 22
FILL CYCLE START @ d '2� DRY CYCLE STARTED @ 3 1S°1 DISCHARGE CYCLE STARTED @ !-7
TEMPERATURES °F
.0
TIME
DISCHARGE
EXHAUST
DISCHARGE
PRODUCT
DRY
TIMER
CHANBER
IN
CHAMBER.
OUT
ROTOR
IN
ROTOR
OUT
0.1.
3 : 51
1-7 o
Z24
:
®
- 4-Zi
41 �p
3 z2_
19 `l
Z'%-J
4;Lk0
-70
3a3
6-a
4
4-3(o
315
Zz7
SW
�-3R
i(��
3(05
Iaa
`N(�f
L;-3 5
33)
�0 i
t66
449
43
33 3
Z-lto
1.1
7',o9
lid
4a
!qo
y.y-S
4LI-
1
333
2�t1�
�+✓J
COMPOSITE
SAMPLE.
RESET #
CALCULATW
DISH WGT
WE -SAMPLE+DISH
DRIEDSAMPLE+DISH
GRAMS
GRAMS
GRAMS
GRAMS
1, 0 2_q-71
orI4 . 2 Z9g
1rWGT.a
S ��
2ND WGf.
Q
3ftD WGT. -
xloo_i 9��-�s `l�v
ash,Bai �.ba�7 a3.$r6I —�
DISHWGT
GRAMS
WETSAMPLE+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
WETSAMPLE+DISH-DISHSGT. '_%TOTALSOLIDS
ALARMS OR COMMENTS - I LL r(f Ig`('" •!fJ 4.m N P/�
12/12/17JH
c
C

TWSA DRYER OPERATIONS
DAILY RECORD
DATE (Q ` 9
START STOP TOTAL
RUN TIME, HRS
f'DRYER BATCH�/�
FILL CYCLE START @ �`L DRY CYCLE STARTED @ (F L DISCHARGE CYCLE STARTED @
DISCHARGE
DISCHARGE
DRY
CHAMBER
CHAMBER
ROTOR
ROTOR
TIME
7-'
EXHAUST
PRODUCT
TIMER
IN
OUT
IN
OUT
O.I.
lob
�;aa
�:a
11D
No
•
l5g
31��
�6a
• � r
fb;
lay
/30
4L
q
3 a
a
a � •
E
E
h�35
1 t
414,5
q t+a331
2No DRYER BATCH
FILL CYCLE START @ . . D l DRY CYCLE STARTED DISCHARGE CYCLE STARTED @
TEMPERATURES °F
DISCHARGE DISCHARGE DRY CHANBER' CHAMBER ROTOR ROTOR
TIME EXHAUST PRODUCT TIMER IN OUT
IN OUT O.I.
1a,Q4 cho;�
` bra �e-
12/12/17JH

TWSA DRYER OPERATIONS
DAILY RECORD
3RD DRYER BATCH _y
FILL CYCLE START @ - DRY CYCLE STARTED @ DISCHARGE CYCLE STARTED @_
TEMPERATURES DF
TIME
DISCHARGE
EXHAUST
DISCHARGE
PRODUCT
DRY
TIMER
CHAMBER
IN
CHAMBER.
OUT
ROTOR
IN
ROTOR
OUT
0.1.
"D
)� b
5b
•
COMPOSITE
SAMPLE
RESET #
kild qo
CALCULATIOI\
DISH WGT
WET•SAMPLE+DISH
DRIEDSAMPLE+DISH
GRAMS
GRAMS
GRAMS GRAMS
l l dzQS
Imoo, 8(o2.1
1sTWGT. Jo, gtSoo
2NDWGT. C�D,�a'
3aD WGT.
•
-
�.Usw� X10D '97.
_ � TOTALSOLI S o
i DISH WGT WET SAMPLE +DISH DRIED SAMPLE +DISH
GRAMS
GRAMS
GRAMS GRAMS
17 WGT.
S.
2ND WGT.
3RD wGT.
X 1oD
_ %TOTAL SOLIDS
(DRIEDSAMPLE+DISH - DISH WGT.)x100
WET /�SAMPLE + DISH - DISH SGT. '=%TOTALSOLIDS
ALARMS OR COMMENTS - � p T la� j/'fS-te+ b 1�,CPgoC:
12/12/17JH
D

TWSA DRYER OPERATIONS
DAILY RECORD
START STOP
RUN TIME, HRS
TOTAL
I" DRYER BATCH y
FILL CYCLE START @ )DRY CYCLE STARTED @ LI % DISCHARGE CYCLE STARTED @ a -34
TFMPFRATIIRFS DF
TIME
DISCHARGE
EXHAUST
DISCHARGE
PRODUCT
DRY
. TIMER
CHANBER
• IN
CHAMBER
OUT
ROTOR
IN
ROTOR
OUT
0.1.
a
o
ao o
. ,--R9CP
a117
/W
3
jq
1a:36
433
00
i �4
(:a�
�
43s :..
.aq.
l5
8�i
44-a
o�-rte
)4*6
41),
Sag
5bD.
619
,-)A
No -
J+S
I
o !3
)45�
43p
-33Q
33Z) .eZ
r
2ND DRYER BATCH
FILL CYCLE START @ DRY CYCLE STARTED @,
DISCHARGE CYCLE STARTED @
TEMPERATURES DF
TIME
DISCHARGE
EXHAUST
DISCHARGE
PRODUCT
DRY
TIMER
CHANBER'
IN
CHAMBER
OUT
ROTOR
IN
ROTOR
OUT
0.1.
C_ Gall �' , l l � w'•a � : 0. l oa d
t.
12/12/17JH

TWSA DRYER OPERATIONS
DAILY RECORD
3RD DRYER BATCH
FILL CYCLE START @ 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.
COMPOSITE
SAMPLE
DISH WGT
WETSAMPLE+DISH
DRIED•SAMPLE+DISH
GRAMS
GRAMS
. GRAMS GRAMS
1.v4(Qg
��;�� 1�
1�r 8, WGT. �P,- g-&-)—
2NDWGT. / 7l, J('
3RD WGT. .
> Ig,3Di�-
�1tLn0> . 1W15"N x100 1 9--76,319675-� ee,,
/8.711-1 - l L3q(o8-� j'7i&7a'� '=%TOTALSOLIDS�3/o
RESET #
CALCULATION
DISHWGT
GRAMS
WETSAMPLE+DISH
GRAMS
DRIED SAMPLE +DISH
GRAMS GRAMS
1�T WGT.
S:
2ND WGT.
3RD WGT.
X 100
'_ %TOTAL SOLIDS
(DRIED SAMPLE+ DISH - DISH WGT.) x 10D
WETSAMPLE+DISH- DISHSGT. '=%TOTALSOLIDS
ALARMS OR COMMENTS -
12/12/17JH
C
C

P . ci
RUN TIME, HRS
TWSA DRYER OPERATIONS
DAILY RECORD
I
DATE to - 2 1 —9- 0
4
START STOP TOTAL
I" DRYER BATCH
FILL CYCLE START @ DRY CYCLE STARTED @ �� ' f DISCHARGE CYCLE STARTED @ a
I
TEMPERATURES °F
1
1
1
1
r�
1
TIME
DISCHARGE
EXHAUST
DISCHARGE
PRODUCT
DRYW.CHANBER
TIMER
CHAMBER
OUT
ROTOR
IN
ROTOR
OUT
0.1.
a Ao
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qcl
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3a4
a
/a.sb
150
4A
1,5
330
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1 2NO DRYER .BATCH n n -
FILLCYCLE START @ d DRY CYCLE STARTED @ a :s L DISCHARGE CYCLE STARTED @
1 TEMPERATURES °F
I'
1
1
1
TIME
DISCHARGE
EXHAUST
DISCHARGE
PRODUCT
DRY
TIMER
CHANBER
IN
CHAMBER
OUT
ROTOR
IN
ROTOR
OUT
0.1.
2=36
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a�a
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12/12/17JH
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---'-- - -- - - I

TWSA DRYER OPERATIONS
DAILY RECORD
3RD DRYER BATCH
FILL CYCLE START @ DRY CYCLE STARTED @ DISCHARGE CYCLE STARTED @
TFMPFRATURES OF
TIME
DISCHARGE
EXHAUST
DISCHARGE
PRODUCT
DRY
TIMER
CHANBER
IN-
CHAMBER.
OUT
ROTOR
IN
ROTOR
OUT
0.1.
COMPOSITE
SAMPLE
RESET #
CALCULATION
DISHWGT
WET -SAMPLE + DISH
DRIED SAMPLE+DISH
GRAMS
GRAMS
. GRAMS GRAMS
I,052,1
23,306-7
1T WGT.
2ND WGT.
3RD WGT. -
•
^1,65A-9f a1,9S33 x10o_ UD5 5On
DISHWGT
FWETSAMPLE+DISH
DRIED SAMPLE +DISH
GRAMS
GRAMS
GRAMS GRAMS
1T WGT.
2ND WGT
3RD WGT.
S:
X 100
_ %TOTAL SOLIDS
(DRIEDSAMPLE DISH - DISH WGT.) x 100
WET SAMPLE+DISH- DISHSGT. %TOTAL SOLIDS
ALARMS OR COMMENTS- �•G „-p�
12/12/17JH

TWSA DRYER OPERATIONS
DAILY RECORD.
DATE -CO
START STOP
RUN TIME, HRS
i
TOTAL
P DRYER BATCH / a FILL CYCLE START @ (��% DRY CYCLE STARTED @ ~% i3 3 'DISCHARGE CYCLE STARTED @ j%: 3'1
n_
DISCHARGE
DISCHARGE
DRY
.n ununLj
CHAMBER
r
CHAMBER
ROTOR
ROTOR
TIME
EXHAUST
PRODUCT
TIMER
IN
OUT
IN
OUT
0.1.
/D: 63
to I
3 3
.a
L
2ND DRYER -BATCH y
FILL CYCLE START @ ID -lfI- DRY CYCLESTARTED @j c T / DISCHARGE CYCLE STARTED @ cZ -a:k
0
TIME
115
"-7
DISCHARGE
EXHAUST
1 ✓03
/`77
DISCHARGE
PRODUCT
353
4637
DRY
TIMER
16"0
/_0
I9Jf
war �nnun�.�
CHANBER
IN
q31
44s
`f5
44�
r
CHAMBER
OUT
4,20
437
44a
ROTOR
IN
3 a4�
333
333
ROTOR
OUT
97
36 0-
0.1.
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TWSA DRYER OPERATIONS
DAILY RECORD
DRYER BATCH
FILL CYCLE START @ j '3 DRY CYCLE STARTED @ 3 YDISCHARGE CYCLE STARTED @
TFMPFRATURES OF
G
TIME
DISCHARGE
EXHAUST
DISCHARGE
PRODUCT
DRY
TIMER
CHANBER
IN
CHAMBER.
OUT
ROTOR
IN
ROTOR
OUT
0.1.
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SAMPLE
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RESET #
CALCULATIO<
DISHWGT
WET•SAMPLE+DISH
DRIED SAMPLE+DISH
GRAMS
GRAMS
GRAMS GRAMS
(,OL-lzo
2Z,667
1�rWGT. 6-/.D34-9
2ND WGT.
3RD WGT. -
2-a•o(yq- /•a`f7v
x 100 Q
_%TOTALSOLID
D-IS HWGT
WETSAMPLE+DISH
DRIED SAMPLE +DISH
GRAMS
GRAMS
GRAMS GRAMS
1T WGT.
2NO WGT.
3RD WGT.
S:
X 100
%TOTAL SOLIDS _
(DRIED SAMPLE+ DISH - DISH WGT.) x 100
WET SAMPLE+DISH- DISHSGT. '=%TOTAL SOLIDS
ALARMS OR COMMENTS -
5
12/12/17JH
c

TWSA DRYER OPERATIONS
DAILY RECCIRD
DATE 7-/3 'a0
..
START STOP TOTAL
RUN TIME, HRS
1" DRYER BATCH
FILL CYCLE START @ D • / DRY CYCLE STARTED @ 7 - LJ a DISCHARGE CYCLE STARTED @- U;
TFMDCDATIIDCC DC
TIME
DISCHARGE
EXHAUST
DISCHARGE
PRODUCE
DRY
TIMER
CHANBER
- IN
CHAMBER
OUT
ROTOR
IN
ROTOR
OUT
.
0.1.
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FILL CYCLE START @ J O Jr / DRY CYCLE STARTED @A-.0sn DISCHARGE CYCLE STARTED @
YCnAnCO ATl IMrf Dl•
TIME
DISCHARGE
EXHAUST
DISCHARGE
PRODUCT
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TIMER
CHANBER
IN
CHAMBER
OUT
ROTOR
IN
ROTOR
OUT
0.1.
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12/12/17JH

TWSA DRYER OPERATIONS
DAILY RECORD
DRYER BATCH
FILL CYCLE START @ I" 3� 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.
1-7
2r6l
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303
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SAMPLE
c. .
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RESET #
CALCULATION
1165
DISH WGT
GRAMS
WETSAMPLE+DISH
GRAMS
DRIED-SAMPLE+DISH
GRAMS GRAMS
1. w7o
l�'7. 2
15 WGT.
2ND WGT-
3 RD WGT. -
x100 d
(a 7a3a - /oaas '=%TOTAL SOLIDS 0
DISHWGT
WETSAMPLE+DISH
DRIED SAMPLE +DISH
GRAMS
GRAMS
GRAMS GRAMS
1T WGf.
2ND WGT.
3RD WGT.
S.
X 100
'= %TOTAL SOLIDS
(DRIED SAMPLE+ DISH - DISH WGT. 1 x 100
`WET SAMPLE+DISH- DISHSGT. '=%TOTALSOLIDS
ALARMS OR COMMENTS - S, ,1 + kp
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12/12/17JH
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I
RUN TIME, HRS '
TWSA DRYER OPERATIONS
DAILY RECORD .
DATE
c
START STOP TOTAL
1' DRYER BATCH
FILL CYCLE START @ ?:Db DRY CYCLE STARTED @' 7 : 39 DISCHARGE CYCLE STARTED '@ D•31{
TFMPFRATI IRFC DF
TIME
DISCHARGE
EXHAUST
DISCHARGE
PRODUCT
DRY
TIMER
CHANBER
- IN
CHAMBER
OUT
ROTOR
IN
ROTOR
OUT
0.1.
1
q;A
43
313
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2ND DRYER BATCH
FILL CYCLE START @ d - `F DRY CYCLE STARTED @ a DISCHARGE CYCLE STARTED @ oc • I�
TCMADCDATIID CC DC
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 7 y
FILL CYCLE START @ a ').-7 DRY CYCLE STARTED @ J' U DISCHARGE CYCLE STARTED @
TEMPERATURES °F
.L
TIME
DISCHARGE
EXHAUST
DISCHARGE
PRODUCT
DRY
TIMER
CHANBER
IN
CHAMBER.
OUT
ROTOR
IN
ROTOR
OUT
0.1.
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306
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COMPOSITE
SAMPLE
RESET #
CALCULATION
DISHWGT
WET•SAMPLE+DISH
DRIEDSAMPLE+DISH
GRAMS
GRAMS
. GRAMS GRAMS
1,0 S3
f
13,J71
17WGT. j3, b 5-03
eD WGT. 13, U 7057-�
3RD WGT. .
�13,fl�'f�
ia161l3 x1o0 1 9`�36s°1%
l D531, a a1$r '=%TOTAL SOLIDS
DISHWGT
GRAMS
WETSAMPLE+DISH
GRAMS
DRIED SAMPLE +DISH
GRAMS GRAMS
1r WGT.
S:
e' WGT.
3RD WGT
ALARMS OR COMMENTS -
v
12/12/17JH
X 100
'_ %TOTAL SOLIDS
(DRIED SAMPLE+DISH- DISHWGT.)x100
WET SAMPLE+DISH- DISHSGT. '_%TOTALSOLIDS
IN

qs5>/-U
C
TWSA DRYER OPERATIONS "
DAILY RECORD. "
DATE ft1 'Z D
START STOP TOTAL
RUN TIME, HRS
1st DRYER BATCH
FILL CYCLE'START @1 b DRY CYCLE STARTED @ % 3 DISCHARGE CYCLE STARTED @-Zb, JL
TEMPERATURES °F
TIME
DISCHARGE
EXHAUST
DISCHARGE
PRODUCT
DRY
. TIMER
CHANBER
. IN
CHAMBER
OUT
ROTOR
IN
ROTOR
OUT
0.1.
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2ND DRYER BATCH
FILL CYCLE START @/U' q l DRY CYCLE STARTED @ 1 ° « DISCHARGE CYCLE STARTED
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
3RD DRYER BATCH
FILL CYCLE START @ ' a`( DRY CYCLE STARTED @ a � DISCHARGE CYCLE STARTED @
TEMPERATURES DF
TIME
DISCHARGE
EXHAUST
DISCHARGE
PRODUCT
DRY
TIMER
CHANBER
IN
CHAMBER.
OUT
ROTOR
IN
ROTOR
OUT
O.I.
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COMPOSITE
SAMPLE
RESET #
CALCULATIOI\
DISH WGT
GRAMS
WET•SAMPLE+DISH
GRAMS
DRIED•SAMPLE+DISH
GRAMS GRAMS
0-$7055
IVWGT.. O
.
eD WGT. 7
3aD WGT. -
X100
'=%TOTAL SOLIDS
DISHWGT
GRAMS
WETSAMPLE+DISH
GRAMS
DRIED SAMPLE +DISH
GRAMS GRAMS
1r WGT.
S:
e' WGT.
3RD WGT.
ALARMS OR COMMENTS -
. -K /- 1 , s-+a pv Q y- D
12/12/17JH
VfPLI,
'= %TOTAL SOLIDS
(DRIED SAMPLE+DISH - DISH WGT. ) x100
WET SAMPLE+DISH- DISHSGT. '=%TOTALSOUDS
S' 4 !I
I
I
I
I
1
I
i
I

TWSA DRYER OPERATIONS
DAILY RECORD
DATE IL/-ab-P7D
START STOP TOTAL
` RUN TIME, HRS
15p DRYER BATCH
FILL CYCLE START @ % " 1 a DRY CYCLE STARTED @ DISCHARGE CYCLE STARTED @
TFMPFRATIIRFS OF
14
TIME
DISCHARGE
EXHAUST
DISCHARGE
PRODUCT
DRY
TIMER
CHANBER
- . IN
CHAMBER
OUT
ROTOR
IN
ROTOR
OUT
0.1.
7;44
Cbq
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2NO DRYER BATCH -
FILL CYCLE START @ �'53 DRY CYCLE STARTED @ e � � DISCHARGE CYCLE STARTED @�
TEMPERATURES 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
3RD DRYER BATCH
FILL CYCLE START @ a . i DRY CYCLE STARTED @ �' D-� DISCHARGE CYCLE STARTED @
TEMPERATURES °F'
TIME
DISCHARGE
EXHAUST
DISCHARGE
PRODUCT
DRY
TIMER
CHANBER
IN
CHAMBER.
OUT
ROTOR
IN
ROTOR
OUT
0.1.
3 : 0-5
I I 7 b
a) Q
0
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1 Z
305
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3b
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COMPOSITE
SAMPLE -
RESET #
CALCULATION
DISH"WGT
WET•SAMPLE+DISH.
DRIED-SAMPLE+DISH
GRAMS
. GRAMS
GRAMS GRAMS
1!r WGf. /3; a v
ZNc WGf. a.
3RD WGi. -
/ 3, �,-La05 _ /1D17,5" _ (A.ao� x100 , 9609gs a&-7
131 &gq5— !•0+75� %'=%TOTALSOLIDS D
DISHWGT
GRAMS
WETSAMPLE+DISH
GRAMS
DRIED SAMPLE +DISH
GRAMS GRAMS
1j' WGi.
S:
2N0 WGf.
3R0 WGi.
ALARMS OR COMMENTS -
12/12/17JH
X 100
TOTAL SOLIDS _
(DRIED SAMPLE + DISH - DISH WGT-) x 100
WET SAMPLE +DISH -DISH SGT. '_ % TOTAL SOLIDS
44-1n1. -1, o,ti n-k- .(Z49.--// ItCI
C.
1 Fj

START
RUN TIME, HRS '
TWSA DRYER OPERATIONS
DAILY RECORD
DATE o
1.
STOP
TOTAL
I" DRYER BATCH
FILL CYCLE START @ ^ DRY CYCLE STARTED @ 7,4410 DISCHARGE CYCLE STARTED @ f 6:4{7
TEMPFRATURFS OF
TIME
DISCHARGE
EXHAUST
DISCHARGE
PRODUCT
DRY
. TIMER
CHANBER
IN
CHAMBER
OUT
ROTOR
IN
ROTOR
OUT
0.1.
ado
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2NO DRYER BATCH
FILL CYCLE START @ DRY CYCLE STARTED @ Ukl DISCHARGE CYCLE STARTED @ 3S"
TFMPPRATI IRFC 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
it,Nt',ittg..1

TWSA DRYER OPERATIONS
DAILY RECORD
3RD DRYER BATCH
FILL CYCLE START @ 2 .'� DRY CYCLE STARTED @ DISCHARGE CYCLE STARTED @
TEMPERATURES OF
Q
TIME
DISCHARGE
EXHAUST
DISCHARGE
PRODUCT
DRY
TIMER
CHANBER
IN
CHAMBER.
OUT
ROTOR
IN
ROTOR
OUT
0.1.
-3,zl
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27
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309
313
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'W7
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333
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51
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b: �,G
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zqs
sty
COMPOSITE
SAMPLE
RESET #
CALCULATION
DISH
n
1srWGT. 0 1it3 (I
2ND WGT.
3RD WGT. C.
11,311`i�1 0370 ; ►d. %�( X10o
ILa���/%-/•637(i l(i.(Q(Tl� '=%TOTALSOLIDS
DISHWGT
WETSAMPLE+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- DISHSGT. '=%TOTAL SOLIDS
ALARMS OR COMMENTS - A U 5:4 Q, •- A4P
12/12/17JH
4
i

1
TWSA DRYER OPERATIONS
DAILY RECORD .
DATE !
START STOP TOTAL
RUN TIME, HRS
e DRYER BATCH
FILL CYCLE START @ 65 DRY CYCLE STARTED @. 7 °3 DISCHARGE CYCLE STARTED @
TEMPERATURES °F
TIME
DISCHARGE
EXHAUST
DISCHARGE
PRODUCT
DRY
TIMER
CHANBER
• IN
CHAMBER
OUT
ROTOR
IN
ROTOR
OUT
0.1.
70 3�
1 67
a13
3q8'
38a.
3o3
ca-
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to
aQ3o
a
a
a 1
D:og
163
37
sI,
1446
1as5
.
Eve
0t
-79 . I
'+3v
a5 I
qq6
I �f4a
1 335 1
aSa
E
2NO DRYER BATCH 1
FILL CYCLE START @ Q . S DRY CYCLE STARTED @ ! a a. P DISCHARGE CYCLE STARTED @ 2- a'
TEMPERATURES OF
TIME
DISCHARGE
EXHAUST
DISCHARGE
PRODUCT
DRY
TIMER
CHANBER
IN
CHAMBER
OUT
ROTOR
IN
ROTOR
i
OUT
0.1.
1Q,(q
1 17 u
a8a
6
'4 LZ
Fos
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/qz)
6�8 '
3bi'
�O
J-136,
13.5-
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1 E
66
--` e
44-5
zf3k
33la
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E'
l % 9
3 9
1 b
Ifs
43-V
336
73
2.3•
S3
433
L7
�745
Lf//2
336
304
CaO
-1,
12/12/17JH

TWSA DRYER OPERATIONS
DAILY RECORD
3RD DRYER BATCH
FILL CYCLE START @ a 3`F DRY CYCLE STARTED @ DISCHARGE CYCLE STARTED @
TEMPERATURES °F '
DISCHARGE
'
®®�
•
•
COMPOSITE
SAMPLE
qlo-lao
RESET #
CALCULATION
WGT
1�T WGT.
2ND WGT.
3RD WGT.
egg- l.ol�al= 17UT
IPLE+DISU
GRAMS
FA
C
3
x10D g�9a3tj3� qq
'_%TOTALSOUDS
DISHWGT
GRAMS
WETSAMPLE+DISH
GRAMS
DRIED SAMPLE +DISH
GRAMS GRAMS
f WGT.
S:
2ND WGT.
3RD WGT.
X 100
%TOTAL SOLIDS _
(DRIED SAMPLE+ DISH -DISH WGT.) x100
ALARMS OR COMMENTSn
-
12/12/17JH

CTWSA DRYER OPERATIONS
DAILY RECORD -
I
DATE
START STOP TOTAL
RUN TIME, HRS
1°G DRYER BATCH ��..j.,�
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
O.I.
8; 0
16 I
A8�
4N2
387
3os
164
eip
qeg'
I la4
o°r8
,�"o
�F4fS
'f a
33 A
e
q.,57
!
3/a
b
../b
49
,:3�
J4 0
4 s
'43
23Y
a3 -I
e
J
16 �3
I \3 g .
IN2
)4q3
�4 42
3 a-b
90
'
6
2NO DRYER BATCH
FILL CYCLE START @ _ (13� DRY CYCLE STARTED @ oZ.0 DISCHARGE CYCLE STARTED @
TEMPERATURES OF
TIME
DISCHARGE
EXHAUST
DISCHARGE
PRODUCT
DRY
TIMER
CHANBER
IN
CHAMBER
OUT
ROTOR
IN
ROTOR
OUT
0.1.
300
1
3 34
I '4�
-16-7
loa
-214
g�
IE
33&
2,V.4
yks
Lf5
c(4
'JI.JA61
c
12/12/17JH
I

TWSA DRYER OPERATIONS
DAILY RECORD
3RD DRYER BATCH �/ r
FILL CYCLE START o 1 1 L Q DRY CYCLE STARTED @ ! 1, DISCHARGE CYCLE STARTED @ 2�
TEMPERATURES °F
TIME
DISCHARGE
EXHAUST
DISCHARGE
PRODUCT
DRY
TIMER
CHANBER
IN
CHAMBER.
OUT
ROTOR
IN
ROTOR
OUT7
0.1.
%
V
v
(577
'.o3
ZaNg
q56
335
z/Z
171/
s
6s
�o
Il L/5
3L/
333
�, ti�
163
3�t6
D
quil
L(�
33Z
-ZLI5-
Jtt
� �2S(
���
�t35
LIEN
LIDS
3Z�
2�Y
COMPOSITE
SAMPLE
RESET #
CALCULATION
14o
DISH WGT
WET•SAMPLE+DISH
DRIED•SAMPLE+DISH
GRAMS
GRAMS
GRAMS GRAMS
rJ
1� WGT. j
2ND WGT. 3 5
m
- 3RD WGT. - � C-
3L10,33d5 x1oD
`=%TOTALSOUDS S �
DISH WGT
WETSAMPLE+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. l x 100
WET SAMPLE + DISH - DISH SGT. '=%TOTALSOLIDS
ALARMS OR COMMENTS -
12/12/17JH

�) TWSA DRYER OPERATIONS
DAILY RECORD .
DATE
START STOP TOTAL
RUN TIME, HRS
• I
1n DRYER BATCH /
A FILL CYCLE START @ l0' DRY CYCLE STARTED @ : l.S DISCHARGE CYCLE STARTED @ D : oZ
TCAADCDATI Iocc Op
C
DISCHARGE
DISCHARGE
DRY
CHANBER
CHAMBER
ROTOR
ROTOR
TIME
EXHAUST
PRODUCT
TIMER
• IN
OUT
IN
OUT
0.1.
):1,5
10
a*7
40q
393.
3 bg
1 G3
co
3a
4 3
1$
Co.
- O
4Y,5
433
2NO DRYER BATCH -
FILL CYCLE START @ D 3� DRY CYCLE STARTED @ LZ DISCHARGE CYCLE STARTED @
TCAADCDATI IDCC OC
TIME
DISCHARGE
EXHAUST
DISCHARGE
PRODUCT
DRY
TIMER
CHANBER
IN
CHAMBER
OUT
ROTOR
IN
ROTOR
OUT
0.1.
6a
l L5 -
,i cc
4.1
J4lt
:ja
1
ZbO
14,13
43
241
•"E'X
1 3
a
JSv
�
333+cl�7111520
a
1$a
VtT
eflf�.
- 33 1
12/12/17JH

TWSA DRYER OPERATIONS
DAILY RECORD
3RD DRYER BATCH
FILL CYCLE START @13-L DRY CYCLE STARTED @ 3 % DISCHARGE CYCLE STARTED @_
TFMPFRATURES OF
TIME
DISCHARGE
EXHAUST
DISCHARGE
PRODUCT
DRY
TIMER
CHANBER
IN ,
CHAMBER,
OUT
TROTOR
IN
ROTOR
OUT
O.I.
3;08
I (D Ck
a.( 5
0 -
3a)
)-� s
JL")
3;50
<3
JD
-,/
(-i ;453
(6
350
1 bD
qy5
LIZO
333
2-L/3
eta
5:3$
(bo
35�I
16,0
yes
%,(Y7
3��i
237•
3
tlJ
'(36
3Zr .
270
G.. Iq
COMPOSITE
SAMPLE
?-[,g,4AJ
RESET#
(qo
DISH WGT
GRAMS
WETSAMPLE+DISH
GRAMS
DRIED•SAMPLE+DISH-
GRAMS GRAMS
�.v3N��
lLr.y7gsr
1�wa.
e' WGT.
3RD WGT
°-7Y`f -, ./3, ire? I xloo ` 1-50r 97/
(Y `l7 i8 —/(D 3 `fY c 13. 4'ySf '=%TOTALSOUDS ' -?-9390
DISHWGT
GRAMS
WETSAMPLE+DISH
GRAMS
DRIED SAMPLE +DISH
GRAMS GRAMS
1� WGT.
S:
eD WGT.
3RD WGT.
CALCULATION
X 100
_ %TOTAL SOLIDS
(DRIED SAMPLE+DISH - DISH WGT.) x100
WET SAMPLE+DISH- DISHSGT. '=%TOTALSOLIDS
ALARMS OR COMMENTS - �^!' 7 to���-t1Q��`I
12/12/17JH

TWSA DRYER OPERATIONS
DAILY RECORD •
DATE S- a (4` 10
i
START STOP TOTAL
RUN TIME, HRS
:00 DRYERBATCH
FILL CYCLE START @ 1 -Ft— DRY CYCLE STARTED @ %�'�� DISCHARGE CYCLE STARTED @
TFMPFRATIIRFS OF
TIME
DISCHARGE
EXHAUST
DISCHARGE
PRODUCT
DRY
TIMER
CHANBER
• IN
CHAMBER
OUT
ROTOR
IN
ROTOR
OUT
0.1.
.s
1b
7a
0
ao
fS
176
ek'
I�5
50.
44
s34
al
e '
8 �3
���
3
. oa
'f�-3'
4 1�
• • 331 .
a�
e
-q.i•
155
3 a
)5 a
1 446
*37
33a
37
E
•o :
169.
D
.`z 2
75-
J )
2NO DRYER'BATCH '
FILL CYCLE START @A -AL DRY CYCLE STARTED @ DISCHARGE CYCLE STARTED @ a , aZ
TFMPFRATIIRFS aF
TIME
DISCHARGE
EXHAUST
DISCHARGE
PRODUCT
DRY
TIMER
CHANBER
IN
CHAMBER
OUT
ROTOR
IN
ROTOR
OUT
0.1.
o
e
4aa
a �8
16 a
3
4)43
1p
3 3
a 6
'63
3ga
1,6-0
445
il,U
334
939
a a2
1-7s
4 3 c
I
44S
4,q a-
33-7
a 7,5
L
12/12/17JH
L,

TWSA DRYER OPERATIONS
DAILY RECORD
CI DRYER BATCH '!
FILL CYCLE START @ a 3a DRY CYCLE STARTED @ 3 b 3 DISCHARGE CYCLE STARTED @ -
TEMPERATURES °F
ti
TIME
DISCHARGE
EXHAUST
DISCHARGE
PRODUCT
DRY
TIMER
CHANBER
IN
CHAMBER.
OUT
ROTOR
IN
ROTOR
OUT
0.1.
3:3
L1-61
qzl
`q3
zzs
533
�61
L(l�1
q q,6
y
Z>
Z59
Tit.
f�Y
LLL(1
$
Y'l3
IN
33Z
27s
3�
b16
COMPOSITE
SAMPLE
RESET #
CALCULATION
DISHWGT
GRAMS
WET-SAMPLE+DISH
GRAMS
DRIEDSAMPLE+DISH
GRAMS GRAMS
�0625
93, bz z
1�TWGT. `l3.4/
e'WGT. iii
3ftD WGT. - �-
/d�� x100 ' 95-0-7/3693
3 oases — / '=%TOTALSOUDS�S� I ( C
DISHWGT
GRAMS
WETSAMPLE+DISH
GRAMS
DRIED SAMPLE +DISH
GRAMS GRAMS
1�WGT.
S:
eD WGT.
3RD WGT.
X 100
%TOTAL SOLIDS
(DRIED SAMPLE + DISH - DISH WGT.)x100
, WET SAMPLE+DISH- DISHSGT. '=%TOTALSOLIDS
ALARMS OR COMMENTS -
12/12/17JH

CTWSA DRYER OPERATIONS
DAILY RECORD .
DATE
14
START STOP TOTAL
RUN TIME, HRS "
1'' DRYER BATCH
FILL CYCLE START @_ DRY CYCLE STARTED DISCHARGE CYCLE STARTED @ !y=JrJY
TFMPFRATlIRF(Zof
TIME
DISCHARGE
EXHAUST
DISCHARGE
PRODUCT
DRY
. TIMER
CHANBER
- IN
CHAMBER
OUT
ROTOR
IN
ROTOR
OUT
O.I.
7 sa
1 d
38
b
r�
�
a
!lob
30,�
5a
g
33
ab?
3
j•58
:3 lQ I
160
- 333
a �F4
b.2a
141
391
)1L43
'1. le
-33,�
a3a.
c
/b s5
Dq
33
83
"3'
q-40,
333
a6S
E�
2ND DRYER BATCH -
FILL CYCLE START @ �5 DRY CYCLE STARTED @j m36 DISCHARGE CYCLE STARTED @_ ): �F
TEMPERATURES OF
TIME
DISCHARGE
EXHAUST
DISCHARGE
PRODUCT
DRY
TIMER
CHANBER
IN
CHAMBER
OUT
ROTOR
IN
ROTOR
OUT
0.1.
I I°3b
-7b
7Y
e
3D9
q, b
33 J4-,
37
/b b
1413
43 7
334l
a 94
a
f g
N
-L'4.5
lf4
3.3 q
Q,�-
60
L
12/12/17JH

TWSA DRYER OPERATIONS
DAILY RECORD
3R0 DRYER BATCH
FILL CYCLE START @ a � DRY CYCLE STARTED @ 33 DISCHARGE CYCLE STARTED @
TEMPERATURES OF
TIME
DISCHARGE
EXHAUST
DISCHARGE
PRODUCT
DRY
TIMER
CHAMBER
IN
CHAMBER.
OUT
ROTOR
' IN
ROTOR
OUT
0.1.
3' Zb
1 172
-,? 0
b
V(y
VIZ
32c)
7�3
bI:116
'169
303
Lis
LI39
335
2 /.S
;Tp
-09
167,
3LIC
160
' LIW
L 3�
33s
-IS/
ZKY
5:
b
3vm
3 D
ti yy
y3y
331
Zia •
Tb
��`�
rO
L[q?
33-3
295
COMPOSITE
SAMPLE
RESET #
CALCULATION
DISHWGT
GRAMS
WET•SAMPLE+DISH
GRAMS
DRIED -SAMPLE +DISH -
. GRAMS GRAMS
,olq
1,786
17wGr.
2ND WGI'. •/ 1
�g Y
.11,, �tv'SV-1tU19-7= >
,/,�.,�i$7 100 � �7�3aac�'7
1 L u ( %TOTAL SOLIDS 9 7 /%
DISHWGT
GRAMS
WETSAMPLE+DISH
GRAMS
DRIED SAMPLE +DISH
GRAMS GRAMS
1�T WGT.
S:
e' WGf.
3RD WGf.
(DRIED SAMPLE + DISH - DISH WGT. )
WET SAMPLE + DISH - DISH SGT.
ALARMS OR COMMENTS -
12/12/17JH
X 100
'_ %TOTAL SOLIDS
x 100
'= % TOTAL SOLIDS
c

�i TWSA DRYER OPERATIONS
DAILY RECORD .
r 7
DATE 10 - J
START STOP TOTAL
RUN TIME, HRS
15' DRYER BATCH �• `� N / /
FILL CYCLE START @ [ a DRY CYCLE STARTED DISCHARGE CYCLE STARTED
TFMPFRATIIPFC OC
TIME
DISCHARGE
EXHAUST
DISCHARGE
PRODUCT
DRY
TIMER
CHAMBER
IN
CHAMBER
OUT
ROTOR
IN
ROTOR
OUT
.
O.I.
:al
a7.
b5
S
a9
S
/
34
3d-r7
l,Db
q-T
`/37
3 9,9.
a-D
66
- S i
159
3 .W
! Q 1
144SI
43y
3.:� 9
a s 3-
60
:�5
1434
I ��
A0
3a i
as
r
2NO DRYER BATCH
FILL CYCLE START @i 4jr DRY CYCLE STARTED @1 ` )g DISCHARGE CYCLE STARTED
TFMPFRATI IRFC of
TIME
DISCHARGE
EXHAUST
DISCHARGE
PRODUCT
DRY
TIMER
CHAMBER
IN
CHAMBER
OUT
ROTOR
IN
ROTOR
OUT
0.1.
ig
11e
�
al 9
4
4 6)
3 l a
E0
a.b�a
l b,5•
all
5 D
434
abq
EQ
15%
5
)n
437
31+
3 -
y� L�l
173
�1�2
I�b
�l`iu
yK�
3Zcl
ld�
12/12/17JH

TWSA DRYER OPERATIONS
DAILY RECORD
3RD DRYER BATCH
FILL CYCLE START @ . DRY CYCLE STARTED @ DISCHARGE CYCLE STARTED @_
TEMPERATURES DF
•V A
TIME
DISCHARGE
EXHAUST
DISCHARGE
PRODUCT
DRY
TIMER
CHANBER
IN
CHAMBER,
OUT
ROTOR
IN
ROTOR
OUT
0.1.
COMPOSITE
SAMPLE
0
RESET #
CALCULATION
DISH WGT
GRAMS
WET•SAMPLE+DISH
GRAMS
DRIED-SAMPLE+DISH'
GRAMS GRAMS
7, SZo
17 WGr. 9V 7s3
ZND WGT. �(v • g 3
3RD WGf. -
. 16.9q(v3 - /.D6%y X10o %6,s( le)
17 6a p/ I96 7v=%TOTAISOLIDS
51-
DISHWGT
GRAMS
WETSAMPLE+DISH
GRAMS
DRIED SAMPLE+DISH
GRAMS GRAMS
1�T WGi.
S.
2ND WGT.
3RD WGT
X 100
'_ %TOTAL SOLIDS
(DRIED SAMPLE + DISH - DISH WGT. )X 100
WET SAMPLE+DISH- DISHSGT. '=%TOTALSOLIDS
ALARMS OR COMMENTS -
O L n* K
12/12/17JH
C
D

14
TWSA DRYER OPERATIONS
DAILY RECORD .
DATE )- la
START STOP TOTAL
RUN TIME, HRS '
1" DRYER BATCH
FILL CYCLE START i DRY CYCLE STARTED @ 7 ° 6 DISCHARGE CYCLE STARTED @ / D
TrnAnrn ATl lnr.- 0..
UST
DISCHARGE
PRODUCT
DRY
TIMER
CHAMBER
IN
✓ CHAMBER
OUT
ROTOR
IN
ROTOR
OUT
0.1.
KDARGE
n
a94
5 b
3
3
g-
e.dj7�
g3Ll
Sa.7
aa�.
co
lis
` 1+
2NO DRYER BATCH
FILL CYCLE START @i DRY CYCLE STARTED DISCHARGE CYCLE STARTED @ JT
TCAAnCD A" lnrr Qr
TIME
DISCHARGE
EXHAUST
DISCHARGE
PRODUCT
DRY
TIMER
CHANBER
IN
J CHAMBER
OUT
ROTOR
IN
ROTOR
OUT
0.1.
023
a:3�
� � •
a�i
�d
- �y7
�f3 �
� I
e�
;2
�a
3a I
. t)o
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43g
a' .
. co-5
I 'l2
2-74
1,5b
gJ45
li3 5
33
a34
if a
1If-
`N6
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33
!
! 3-2/12/17JH

TWSA DRYER OPERATIONS
DAILY RECORD
3RD DRYER BATCH �J
FILL CYCLE START @ f!y DRY CYCLE STARTED @ DISCHARGE CYCLE STARTED @
TFMPFRATURES DF
TIME
DISCHARGE
EXHAUST
DISCHARGE
PRODUCT
DRY
TIMER
CHANBER
IN
CHAMBER.
OUT
ROTOR
IN
ROTOR
OUT
0.1.
3 /�l
BYO
X/8
S= IS
16z
3 b
o
33�
zsn
�-
, o5
vz-
'.55
170
`l31
Zoo
W3
��fZ
sZFl
zsY
�y
COMPOSITE
SAMPLE
I o f rp b'a
RESET #
CALCULATION
0
12/12117JH
DISH WGT
GRAMS
WET -SAMPLE + DISH
GRAMS
DRIED•SAMPLE+DISH
GRAMS GRAMS
6
1ITWGT. j3..3-;D�g
2ND WGT. /3.3337
3RD WGT. -
/3.3a.37 x10o
sl2 �J
'_ %TOTAL SOLIDS, �_
DISH WGT WET SAMPLE+DISH DRIED SAMPLE +DISH 51.
GRAMS
GRAMS
GRAMS GRAMS
17 WGT.
2ND WGT.
3RD Wes.
S.
X 100
'_ %TOTAL SOLIDS _
(DRIED SAMPLE+DISH -DISH WGT.)- x100
WET SAMPLE+DISH- DISHSGT. '=%TOTALSOUDS
C
4

TWSA DRYER OPERATIONS
DAILY RECORD
DATE &-7- Q
START STOP TOTAL
RUN TIME, HRS (.0
DRYER BATCH
FILL CYCLE START @ �y. al DRY CYCLE STARTED @ : d D DISCHARGE CYCLE STARTED @- l olg
FILL 6
TEMPERATURES °F
TIME
DISCHARGE
EXHAUST
DISCHARGE
PRODUCT
DRY
. TIMER
CHAMBER
• IN
CHAMBER
OUT
ROTOR
IN
ROTOR'
OUT
0.1.
qrDv
)(elf
153
e
3
)4,,qi
43-7
3a9
ail•
I i0.
4a5
145
`tif
3901
94C)
1 C
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.
03
S
a7 to
In
4)5*401
>69
674
97
a
4q(o
)l
.. 3q
aal
c6
a '4q3
IS5
31 to
L14 fP
4 5 ?
.333
Nvo
377
'A5
IM
335
n1-
� , 1-
lso
LiIX
D
��'�
'�
33
257
ilk
L
12/12/17JH

TWSA DRYER OPERATIONS
DAILY RECORD
3RD DRYER BATCH �J
FILL CYCLE START @ DRY CYCLE STARTED @ DISCHARGE CYCLE STARTED @
TEMPERATURES DF `
PRODUCT
Mm,
OUT
COMPOSITE
SAMPLE
hblAo
RESET#
CALCULATION
DISHWGT
GRAMS
WETSAMPLE+DISH
GRAMS
DRIED SAMPLE +DISH
GRAMS GRAMS
1' WGT.
S:
2ND WGT.
3RD WG.I
ALARMS OR COMMENTS -
12/12/17JH
DISHWGT
GRAMS
WETSAM PLE + DISH
GRAMS
DRIED-SAMPLE+DISH
GRAMS GRAMS
long
17 WGT. 11..3/q3
_
2ND WGT. A •3 /D G
- 3RD WGi.
x 100
'=%TOTALSOLID
L
x 100
_ %TOTAL SOLIDS
(DRIED SAMPLE+ DISH - DISH WGT.) x 100
WET SAMPLE+DISH- DISHSGT. '=%TOTALSOUDS

START
TWSA DRYER OPERATIONS
DAILY RECORD.
DATE
STOP
RUN TIME, HRS - I / -1-/ (j / ' I ; 3 1 A I
..J I
i
TOTAL
1S1 DRYER BATCH
FILL CYCLE START @ . + 5 i DRY CYCLE STARTED @ g a� DISCHARGE CYCLE STARTED @ •3
TEMPERATURES°F
TIME
DISCHARGE
EXHAUST
DISCHARGE
PRODUCT
DRY
TIMER
CHANBER,
• IN
CHAMBER
OUT
ROTOR
IN
ROTOR
OUT
0.1.
9:33
X.7
401
384
3-0b
zsd,
e
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to
l
-3 &b
5 d
4,q is
J43 %
. 91
)411,6 ..
- .: 3-g.
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a
14,VS
4 3
33 o
�.
eig
-11'-34
A7.
-lqa3'
A
414
�
331
aso
2NO DRYER BATCH n
FILL CYCLE START @ 'T T 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.
1aP16
1 o tp
b 6 '
aq
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34
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640
:5 -
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3
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a5;�
1<
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I
374
.430
4q.6
4310
3 3
3*131
1 V
tf3(p
1 5
I L145
9q
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A9
3&J
L
12/12/17JH

_ TWSA DRYER OPERATIONS
DAILY RECORD
3RD DRYER BATCH ' c-
FILL CYCLE START @ 3 Z JA DRY CYCLE STARTED @ ` UP DISCHARGE CYCLE STARTED @
TEMPERATURES OF
.V
TIME
DISCHARGE
EXHAUST
DISCHARGE
PRODUCT
DRY
TIMER
CHAMBER
IN
CHAMBER.
OUT
ROTOR
IN
ROTOR
OUT
0.1.
4 <<lo
1-1 (
2�O
0
- '-U2
3ci9
3 (L-1 .
m a
3-la
5 • t 6
1(o o
a-9 (o
4(o
4
3 3 5
2-06
Z:SL-.
5-: 5 (o
Cto 3
3 6 Z
/ 0
25 l
TJJ
(o:LK,
-1
l 0
i
435
333
Z4-0
1:3)
-
.
Q25
5
y
9 1
331.
Z59
3�
COMPOSITE
SAMPLE
RESET #
CALCULATION
DISH WGT
GRAMS
WET•SAMPLE+DISH
GRAMS
DRIED•SAMPLE+DISH
GRAMS GRAMS
a5.L{(flj9(o
17WGT..2L%�pil%�o
2ND WGT. 6.1 3
3RD WGT. -
C
x 100
%TOTALSOL 1 S
SL
DISH WGT WET SAMPLE+DISH DRIED SAMPLE+DISH
GRAMS
GRAMS
GRAMS GRAMS
1T WGT.
S:
2ND WGT.
3RD WGT.
X 100
%TOTAL SOLIDS _
(DRIED SAMPLE +DISH 1 DISH WGT.) X 100
WET SAMPLE+DISH- DISHSGT. '=%TOTALSOLIDS
ALARMS OR COMMENTS -
12/12/17JH

C
TWSA DRYER OPERATIONS
DAILY RECORD
DATE_
L
START STOP TOTAL
RUN TIME, HRS '
1" DRYER BATCH
FILL CYCLE START @ -2 DRY CYCLE STARTED @•R • 4 ;5 DISCHARGE CYCLE STARTED @
TEMPERATURES °F
TIME
DISCHARGE
EXHAUST
...DISCHARGE
PRODUCT
DRY
TIMER
CHAMBER
• IN
CHAMBER
OUT
ROTOR
IN
ROTOR
OUT
0.1.
P3
163
3q
Z7.
317a
/S4
e
cl.10
l 5�
33
11)d
4,q.3
:.
- • .
t
3
1s
`fit(o
q35
a 36 .
��
-lf=D7
2ND DRYER BATCH
FILL CYCLE START @ 11 , I DRY CYCLE STARTED @ o L DISCHARGE CYCLE STARTED @ a
TEMPERATURES °F
TIME
DISCHARGE
EXHAUST
DISCHARGE
PRODUCT
DRY
TIMER
CHAMBER
IN
CHAMBER
OUT
ROTOR
IN
ROTOR
OUT
0.1.
3),5
I 1
2:
152
So
*3
32
ElJ
--aci
13
353
260
,411-
G13 8�
335
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co
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152
5
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L
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12/12117JH

TWSA DRYER OPERATIONS
DAILY RECORD
3RD DRYER BATCH FILL CYCLE START 030
. DRY CYCLE STARTED @ 3 yy DISCHARGE CYCLE STARTED @
TEMPERATURES °F
TIME
DISCHARGE
EXHAUST
DISCHARGE
PRODUCT
DRY
TIMER
CHANBER
IN
CHAMBER.
OUT
ROTOR
IN.
ROTOR
OUT
O.I.
3zt
l-7
ciH
a.4
b:(y
lb3
55r1
«O
L N5
1455
333
237-
4 .
b:s-1
(Yz
LLZY
HS
%
32G
261
Sty
COMPOSITE
SAMPLE
i (9 )l 2/ao
RESET #
CALCULATIOt
DISH WGT
GRAMS
WETSAMPLE+DISH
GRAMS
DRIED•SAMPLE+DISH
GRAMS GRAMS
p
o
1l WGT. a
2ND WGT.
3RD WGT.
la�vr8°�-(•c,s�( /1;59-U x10019•w,a-9Iy 6,91 D
l3 02R0 - 5-0 1 - 1.0, Daaj '_%TOTALSOLIDS 9
DISHWGT
GRAMS
WETSAMPLE+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 - pt �e A 6Vt,
12/12/17JH
C•

C
TWSA DRYER OPERATIONS
DAILY RECORD
DATE I D " 13 - A D
START STOP TOTAL
RUN TIME, HRS
15c DRYER BATCH
FILL CYCLE START @ 7;10 DRY CYCLE STARTED @ DISCHARGE CYCLE STARTED @_ 1 f7:.S
TFM P FRATLI R FS, OF
TIME
DISCHARGE
EXHAUST
DISCHARGE
PRODUCT
DRY
. TIMER
CHANBER
IN
CHAMBER
OUT
ROTOR
IN
ROTOR
OUT
0.1.
7T'Q
p
R 0
D
38
3a a
l57
2
16 o
3 Z5
J-D
44(o
.'t 3(o
330,
Lct c(
d W
a
51
i I
!V
445
Lf3
. '33 1
all
e
0--lL
,fib
3-71
25b
INN
435
13A
a34.
Ie
J6;31
164
�1
I `fig
44
lf4d,
a
asa
2NO DRYER BATCH 1 '
FILL CYCLE START @_ I ( �F DRY CYCLE STARTED @ 1731 DISCHARGE CYCLE STARTED @�
TEMPERATURES OF
TIME
DISCHARGE
EXHAUST
DISCHARGE
PRODUCT
DRY
TIMER
CHANBER
IN
CHAMBER
OUT
ROTOR
IN
ROTOR
OUT
0.1.
4;23
110
36
i-)
6Q
33
b
09
1:11
0
AD
4145
)4353
333
-
d: 0,
: lob
I 3
)1516
4145
36
3
a.,39
Iqa
q31
I�d 1?
443
4ti a,
33!s
30
12/12/17JH

TWSA DRYER OPERATIONS
DAILY RECORD
3RD DRYER BATCH
FILL CYCLE START @ A 49 DRY CYCLE STARTED @ j , DISCHARGE CYCLE STARTED @ 3S
TEMPERATURES OF
TIME
DISCHARGE
EXHAUST
DISCHARGE
PRODUCT
DRY
TIMER
CHANBER
IN
CHAMBER.
OUT
ROTOR
IN
ROTOR
OUT
0.1.
3;Zs
l7D
2'35
400
3/s- ` :
/74
146
Ito -4
.50
ao (o
5'5
zol
oa
16`b
�3S
b=35
7-7 .1
o
L[L(S
`(Kb
33
COMPOSITE
SAMPLE
pfi3`io
RESET #
CALCULATION
DISH WGT
WET -SAMPLE + DISH
DRIED SAMPLE+DISH
GRAMS "
]RAMS
GRAMS
q,
/GRAMS
1' WGT.
2 ND WGT.
3RD WGT.
/.O (O2
c`$
iLl
Gtv 3 8b�o-
I.069�?s
$ ice
—x100
'=%TOTAL SOLIDS /Q
DISHWGT
WETSAMPLE+DISH
DRIED SAMPLE+ DISH
GRAMS
GRAMS
GRAMS GRAMS
1' WGT.
2NO WGT
13RD WGT.
S:
X 100
'_ %TOTALSOLIDS
DRIED SAMPLE + DISH - DISH WGT.) x 100
WETSAMPLE+DISH --DISHSGT. '=%TOTALSOUDS
ALARMS OR COMMENTS -
12/12/17JH
C

9s � ( %
TWSA DRYER OPERATIONS
DAILY RECORD
DATE_/Q .mil 4 " 016
START STOP TOTAL
RUN TIME, HRS A;:5 / 10-.4b / ig.
1' DRYER BATCH /
FILL CYCLE START @ �: U� DRY CYCLE STARTED @�L DISCHARGE CYCLE STARTED @ ! l • b a
TFMPFRATI IRF[ OF
TIME
DISCHARGE
EXHAUST
DISCHARGE
PRODUCT
DRY
TIMER
CHANBER
IN
CHAMBER
OUT
ROTOR
IN
ROTOR
OUT
0.1.
I
l b
a73
3Q5
3�7 lo
6,31
so
4jjs
3;,
a
'
15°
3 -
4qs
413,5
3as
2, 3
6f:aa
157
2ND DRYER -BATCH I f
FILL CYCLE START @ 4 I ' DRY CYCLE STARTED @ I DISCHARGE CYCLE STARTED @
TFMPFRATI ]RFC OF
TIME
DISCHARGE
EXHAUST
DISCHARGE
PRODUCT
DRY
TIMER
CHANBER
IN
CHAMBER
OUT
ROTOR
IN
ROTOR
OUT
0.1.
/I: a
�4
:9,2Lf
6
463
3 0,
)o
-3a
1l b
JOS
5-U
ql(p
43(,
33d
20
'6
bs
3 ID
..)I)a
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431
1 334
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J69
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43.5
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6
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12/12117JH

TWSA DRYER OPERATIONS
DAILY RECORD
3RD DRYER BATCH 2
FILL CYCLE START@. ��. DRY CYCLE STARTED @ 3-3 DISCHARGE CYCLE STARTED @
TEMPERATURES DF
TIME
DISCHARGE
EXHAUST
DISCHARGE
PRODUCT
DRY
'TIMER
CHANBER
IN
CHAMBER.
OUT
ROTOR
IN
ROTOR
OUT
0.1.
B;55
M
2:aO
b
ge
DIY
3!Z
172-
zw
q!Z,5
I66
31l
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u
6
331P
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5:
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7-y7
,ram
6,5a
1�U
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q S
�I3Z
Y36
DZ5
25Fr
,fP
COMPOSITE
SAMPLE
t olm ip
RESET #
CALCULATION
DISH WGT
WETSAMPLE+DISH
DRIEDSAMPLE+DISH
GRAMS
GRAMS
GRAMS/GRAMS
L
1rWGT.
2"D WGT. / a I y&
3RD WGT. -
i
�a g1y�d—I�UG�y lj,�So�( xloo 1S%`�lgs7?
� 3 • � 1 s�f? —` , ° 4, = I a, 35oK '= % TOTAL SOU DS al 4 1 �a
DISHWGT
GRAMS
WETSAMPLE+DISH
GRAMS
DRIED SAMPLE +DISH
GRAMS GRAMS
1T WGT.
S.
2"D WGT.
3RD WGT
X 100
_ %TOTAL SOLIDS _
(DRIED SAMPLE+ DISH - DISH WGT.)- x 100
WET SAMPLE+DISH- DISHSGT. '_%TOTALSOLIDS
ALARMS OR COMMENTS - L4 es ls:T
12/12/17JH

CTWSA DRYER OPERATIONS
DAILY RECORD .
DATE /Q -IS-aa
START STOP
RUNTIME, HRS ' `7 :3 IO / 91 � g''
d
TOTAL
15` DRYER BATCH
FILL, CYCLE START @_ A2� DRY CYCLE STARTED @ :),Q DISCHARGE CYCLE STARTED @
TFMPFRATIIRFC OF
TIME
DISCHARGE
EXHAUST
DISCHARGE
PRODUCT
DRY
TIMER
CHANBER
- IN
CHAMBER
OUT
ROTOR
IN
ROTOR
OUT
0.1.
S t9b
13
alp
o '
2�
a9?
15a
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3
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ten
b:6b
31
308
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ay
l D: Sa
b ;t,
3_ 3
1�5a
lt5
-2 3 p
P,,3& .
)
6 6 .
gb06
197
4 3
414:a
33 1 1
d'56
E
2ND DRYER BATCH '
FILL CYCLE START @ 1'30G DRY CYCLE STARTED @ L/
� • /ZDISCHARGE CYCLE STARTED @ �rZ3
TFMPFRATI MM of
TIME
DISCHARGE
EXHAUST
DISCHARGE
PRODUCT
DRY
TIMER
CHANBER
IN
CHAMBER
OUT
ROTOR
IN
ROTOR
OUT
O.I.
la,�a
F7
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o
409
393
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12/12/17JH

TWSA DRYER OPERATIONS
DAILY RECORD
3RD DRYER BATCH > j / c
FILL CYCLE START @ 3'33 DRY CYCLE STARTED @ �r �7 DISCHARGE CYCLE STARTED @
TEMPERATURES °F
DISCHARGE
DISCHARGE
DRY
CHANBER
CHAMBER.
ROTOR
ROTOR
TIME
EXHAUST
PRODUCT
TIMER
IN
OUT
IN
OUT
0.1.
.-&r7
v
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0
Lo7
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3#
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66 ,
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2
37
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qq6
3
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7 7
Ilev
30
3
3z'f
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�H
COMPOSITE
SAMPLE
RESET #
CALCULATI%
(4p
DISH WGT
WET•SAMPLE+DISH
. DRIED•SAMPLE+DISH-
GRAMS
I GRAMS
GRAMS GRAMS
"Tw(3T. / c
2" WGT.
3RD WGT. -
1(way-Lc)— x1oD c?��33736�
t off, 1 3S_S_.-1, pS, = j' � ��-71 '=%TOTAL SOUDS��/O
DISHWGT
GRAMS
WETSAMPLE+DISH
GRAMS
DRIED SAMPLE+DISH
GRAMS GRAMS
1ST WGT.
S:
2ND WGT.
3RD WGT.
ALARMS OR COMMENTS -
G
12/12/17JH
X 100
_ %TOTAL SOLIDS _
(DRIED SAMPLE+DISH - DISH WGT.)_ x100
WET SAMPLE+DISH- DISHSGT. '=%TOTALSOLIDS
C

TWSA DRYER OPERATIONS
DAILY RECORD -
DATE
START STOP
RUN TIME, HRS ' I % : o p, / —.,LA-(
TOTAL
DRYER BATCH
FILL CYCLE START @ v� 8 DRY CYCLE STARTED @'7 f 0 DISCHARGE CYCLE STARTED @�d •slp
FILL
• Cft An rn Ar lnr• 0..
TIME
DISCHARGE
EXHAUST
DISCHARGE
PRODUCT
DRY
TIMER
CHANBER
- IN
CHAMBER
OUT
ROTOR
IN
ROTOR
OUT
O.I.
-3q
15 �e
3
r
35
11.9
/73
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u
��
• •3 01(0�o
1 =
1,54
3 '�,5
1 o
J-Pt
q3s�
3,2
)143
gab
/sf�o
`Fq_
14ta
aag
alf3
2ND DRYER BATCH
FILL CYCLE START @ i % . Qb DRY CYCLE STARTED @ �J 7 DISCHARGE CYCLE STARTED @ 01 - `! "
TCAADCDATI IDCC OC
TIME
DISCHARGE
EXHAUST
DISCHARGE
PRODUCT
DRY
TIMER
CHANBER
IN
CHAMBER
OUT
ROTOR
IN
ROTOR
OUT
0.1.
I43`I
Lou
a1
/�l
40
-7
e
SD
144E
J43 7
33A
l
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J-i47
438
333
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s
43
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C
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If31
111
411,3
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C.,
12/12/17JH

TWSA DRYER OPERATIONS
DAILY RECORD
3RD DRYER BATCH FILL CYCLE START @ a • 25 DRY CYCLE STARTED @ nt DISCHARGE CYCLE STARTED @ y ?
TEMPERATURES OF
TIME
DISCHARGE
EXHAUST
DISCHARGE
PRODUCT
DRY
TIMER
CHANBER
IN
CHAMBER.
OUT
ROTOR
IN
ROTOR
OUT
0.1.
Vo
5
a
L(06
W
arm
171V
d
f
a
u�6
7
333
233
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Lo
ib 2
3-73
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Lf `(5
L(37
sy(
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3-b(
ISD
qq(
L 35
3 3
2:
N I
I
lot
416
q35
'l 3'f
3z3
2-5s
s�!
COMPOSITE
SAMPLE
%v/l.Qlp
RESET #
CALCULATIOD
DISH WGT
GRAMS
WET•SAMPLE+DISH
GRAMS
DRIED-SAMPLE+DISH
GRAMS GRAMS
fwGT. /
2ND WGT.
3 RD WG•
..
// (56 _X1oo
t(,gs O —!'Glob /0,'=%TOTAL SOLIDS 9
DISHWGT
GRAMS
WETSAMPLE+DISH
GRAMS
DRIED SAMPLE +DISH
GRAMS GRANTS
1' WGT.
S.
eD WGT.
3RD WGT.
X 100
'= %TOTAL SOLIDS
DRIED SAMPLE+DISH-DISHWGT.I x100
WET SAMPLE+DISH- DDIISHSGT '=%TOTALSOLIDS
ALARMS OR COMMENTS -
12/12/17JH
C_

' CI
14
RUN TIME, HRS
TWSA DRYER OPERATIONS
DAILY RECORD .
DATE /4 - a l .a 0
START STOP TOTAL
=s-3 i t "m i 11• )
15C DRYER BATCH
FILL CYCLE START @ -J; 02 DRY CYCLE STARTED @ 1.34 DISCHARGE CYCLE STARTED @
TEMPERATURES OF
TIME
DISCHARGE
EXHAUST
DISCHARGE
PRODUCT
DRY
. TIMER
CHANBER
- IN
CHAMBER
OUT
ROTOR
IN
ROTOR
OUT
O.I.
Q
1 �3
a7�i
zf D
83
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30fo
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44
4
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n
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/0
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336.
aY6 -
e
16-,b*
158
1 373
16-0
'Ltgs
q3S
3aq
a37.
fjO
14
33 d
a55
6
2NO DRYER BATCH 7
FILL CYCLE START @ AQ :59 DRY CYCLE STARTED @' �J 3 DISCHARGE CYCLE STARTED @ o�
TEMPERATURES OF
TIME
DISCHARGE
EXHAUST
DISCHARGE
PRODUCT
DRY
TIMER
CHANBER
IN
CHAMBER
OUT
ROTOR
IN
ROTOR
OUT
0.1.
1633
Da
OD
311
/fig
a,,)3
330,
99
j3'
A)a
30
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44-5"
43R
334
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490
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150
1 4q-,5
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3:31(
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3.33
Flo
12/12/17JH

TWSA DRYER OPERATIONS
DAILY RECORD
3RD DRYER BATCH
FILL CYCLE START @ DRY CYCLE STARTED @�9 DISCHARGE CYCLE STARTED @
TEMPERATURES °F
TIME
DISCHARGE
EXHAUST
DISCHARGE
PRODUCT
DRY
TIMER
CHANBER
IN
CHAMBER.
OUT
ROTOR
IN
ROTOR
OUT
0.1.
3 7-
d
1
5
c
YN
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5:19°f
15-?
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535
2S7
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5, 5-1
t63
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4ql►
I I/
33
2114
; YY
177
5
lq5
toy
1 Y33
3E4
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3�
COMPOSITE
SAMPLE
iofalb-,,
RESET #
CALCULATIOt
DISH WGT
WET-SAMPLE +DISH
DRIED-SAMPLE+DISH
GRAMS
GRAMS
GRAMS GRAMS
14, qA 5
1T WGr.
•
2ND WGT.
3RD WGT. -
bg$S X100 , 9993,�-8? C G�
6G9q= 13, M-?3 =%TOTAL SOLIDS o,�3/�
DISHWGT
GRAMS
WETSAMPLE+DISH
GRAMS
DRIED SAMPLE +DISH
GRAMS GRAMS
1�r WGT.
S:
2ND WGT
3RD WGT.
X 100
_ %TOTAL SOLIDS
(DRIED SAMPLE+DISH- DISH WGT. I X100
WET SAMPLE+DISH- DISHSGT. '_%TOTAL SOLIDS
ALARMS OR COMMENTS - Al Z5-fG,L, f.,A Y! e A
12/12/17JH
c
C

S-
C'
I
RUN TIME, HRS
TWSA DRYER OPERATIONS
DAILY RECORD
DATE
START STOP
TOTAL
P DRYER BATCH FILt CYCLE START DRY CYCLE STARTED L4 I p
DISCHARGE CYCLE STARTED @ ID - 55-
TEMPERATURES OF
TIME
DISCHARGE
EXHAUST
DISCHARGE
PRODUCT
DRY
TIMER
CHANBER
• IN
'CHAMBER
OUT
ROTOR
IN
ROTOR
OUT
0.1.
-7:49
lsq
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D
R7
155
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3`f
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0-�
-9
2ND DRYER BATCH !'
FILL CYCLE START @ 1I ' a DRY CYCLE STARTED @ DISCHARGE CYCLE STARTED @ oZ
TEMPERATURES °F
TIME
DISCHARGE
EXHAUST
DISCHARGE
PRODUCT
DRY
TIMER
CHANBER
IN
CHAMBER
OUT
ROTOR
IN
ROTOR
OUT
0.1.
l3tp
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12/12/17JH

TWSA DRYER OPERATIONS
DAILY RECORD
3RD DRYER BATCH l 2
FILL CYCLE START @ 01 ;5 . f DRY CYCLE STARTED @ 3 ' 3 / DISCHARGE CYCLE STARTED @
TEMPERATURES OF
TIME
DISCHARGE
EXHAUST
DISCHARGE
PRODUCT
DRY
TIMER
CHANBER
IN -
CHAMBER.
OUT
ROTOR
IN
ROTOR
OUT
0.1.
l`II
Z`il
403
391S
309
l73
mil/
L ;Z3
165
6
o
L16
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22,61,
T9
613
f s7
3 `l6
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1
5
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1'75
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SAMPLE
RESET #
CALCULATION
DISHWGT
GRAMS
WET•SAMPLE+DISH
GRAMS
DRIED-SAMPLE+DISH
GRAMS GRAMS
j.asSZ
iZ•93 5
1�WGT. /1.a- •
2ND WGT. J a• a g
3RD WGT. -
la. ad6 j—� vsSa ll,�309 X100 J9V5-61 ail Cv�G
�I td� j '=%TOTALSOLIDS ! f•S ��
/ i
DISHWGT
GRAMS
WETSAMPLE+DISH
GRAMS
DRIED SAMPLE +DISH
GRAMS GRAMS
17 WGT.
S:
2N° WGT
3RD WGI
ALARMS OR COMMENTS -
0
12/12/17JH
X 100
_ %TOTAL SOLIDS _
(DRIED SAMPLE + DISH - DISH WGT.)X100
WET SAMPLE+DISH- DISHSGT. '=%TOTALSOLIDS
C
C

� V �
TWSA DRYER OPERATIONS
DAILY RECORD .
DATE 'D-�7-aD
START STOP TOTAL
RUN TIME, HRS '
1' DRYER BATCH
FILL CYCLE START @ (D 57 DRY CYCLE STARTED @ !� DISCHARGE CYCLE STARTED @ S�
TFMDFRATI IPM or
TIME
DISCHARGE
EXHAUST
DISCHARGE
PRODUCT
DRY
. TIMER
CHANBER
• IN
CHAMBER
OUT
ROTOR
IN
ROTOR
OUT
0.1•
? a
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374.
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9 •. a0
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2NO DRYER BATCH
FILL CYCLE START @ %bS DRY CYCLE STARTED @ l'3� DISCHARGE CYCLE STARTED @ ? ,5
TFMPFRATIIRFS OF
TIME
DISCHARGE
EXHAUST
DISCHARGE
PRODUCT
DRY
TIMER
CHANBER
IN
CHAMBER
OUT
ROTOR
IN
ROTOR
OUT
0.1.
1138
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12/12/17JH

TWSA DRYER OPERATIONS
DAILY RECORD
3RD DRYER BATCH r
FILL CYCLE START @ ` b5 DRY CYCLES ARTED @ J DISCHARGE CYCLE STARTED @_
TEMPERATURES °F
TIME
DISCHARGE
EXHAUST
DISCHARGE
PRODUCT
DRY
TIMER
CHANBER
IN .
CHAMBER.
OUT
ROTOR
IN
ROTOR
OUT
0.1.
- 35
371
303 .
161
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33l
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3-7
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SAMPLE
/°f2�1;?o
RESET #
CALCULATION
DISH WGT
GRAMS
WET-SAMPLE+DISH
GRAMS
DRIED•SAMPLE+DISH
GRAMS - GRAMS
1,v639
lLi6w�
1TWGL 6 5"7
2ND WGT. / 1 • .5
3RD WGT. -
s
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/D Dog-'j
X100 , y3� �o�lq
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6&?�—
// t oZ
'=%TOTALSOLIDS-23,S20
DISHWGT
GRAMS
WETSAMPLE+DISH
GRAMS
DRIED SAMPLE +DISH
GRAMS GRAMS
15T WGT.
S:
e' WGT.
3RD WGT.
X 100
'_ %TOTAL SOLIDS
(DRIED SAMPLE + DISH - DISH WGT.)X100
WETSAMPLE+DISH- DISHSGT. '=%TOTALSOLIDS
ALARMS OR COMMENTS -AT S+crr 4-: It L65'i- 'E t9 Leo n e-/^
12/12/17JH
C
C�
C

CI
START
RUN TIME, HRS '
TWSA DRYER OPERATIONS
DAILY RECORD .
DATE i 0 - a W
STOP
TOTAL
P DRYER BATCH
FILL CYCLE START @`]: ►b DRY CYCLE STARTED @ : Sd DISCHARGE CYCLE STARTED
TEMPERATURES DF
TIME
DISCHARGE
EXHAUST
DISCHARGE
PRODUCT
DRY
TIMER
CHANGER
• IN
CHAMBER
OUT
ROTOR
IN
ROTOR
OUT
0.1.
7: 5a
159
E
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31�
43 7
347
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60
o
/
q45*
44a
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CD
2ND DRYER BATCH j • r
FILL CYCLE START @ / DRY CYCLE STARTED @ / DISCHARGE CYCLE STARTED @ . b U
TEMPERATURES OF
TIME
DISCHARGE
EXHAUST
DISCHARGE
PRODUCT
DRY
TIMER
CHANBER
IN
CHAMBER
OUT
ROTOR
IN
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OUT
0.1.
f : 6a
-
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12/12/17JH

TWSA DRYER OPERATIONS
DAILY RECORD
3RD DRYER BATCH
FILL CYCLE START ra : J 0. DRY CYCLE STARTED @ 3" Ll� DISCHARGE CYCLE STARTED @
TEMPERATURES °F
•
TIME
DISCHARGE
EXHAUST
DISCHARGE
PRODUCT
DRY
TIMER
CHAMBER
IN
CHAMBER.
OUT
ROTOR
IN
ROTOR
OUT
0.1.
3:q6
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172
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164
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tills
i q 5
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SAMPLE
RESET#
CALCULATION
DISH WGT
GRAMS
WET•SAMPLE+DISH
GRAMS
DRIED•SAMPLE+DISH-
. GRAMS GRAMS
0 5
_3
f War. 1 2--
2ND WGT.
3RD WGT. -
13 ,a33g
— 1, bl'+5'=
/a,i�'I3
x100
l Lt 1
3g ` / dZ-7 r
r 313 19 `(
'=%TOTAL SOLIDS
DISH WGT
GRAMS
WETSAMPLE+DISH
GRAMS
DRIED SAMPLE +DISH
GRAMS' GRAMS
1ITWGT.
S:
2ND WGT.
3RD WGT.
ALARMS OR COMMENTS -
12/12/17JH
X 100
%TOTAL SOLIDS _
(DRIED SAMPLE + DISH - DISH WGTI x100
WET SAMPLE+DISH- DISHSGT. '=%TOTAL SOLIDS
(
C_

TWSA DRYER OPERATIONS j
DAILY RECORD .
DATE_!D-�l
L
START STOP TOTAL
RUN TIME, HRS V� .
P DRYER BATCH
FILL CYCLE START @ `l : �a DRY CYCLE STARTED @-g: DISCHARGE CYCLE STARTED @ L /. `fa
TFMPFRATIIRFSOF
TIME
DISCHARGE
EXHAUST
DISCHARGE
PRODUCE
DRY
TIMER
CHANGER
• IN
CHAMBER
OUT
ROTOR
IN
ROTOR
OUT
0.1.
%:W)
32Q.
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26)e
9:
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1460
13
10
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Do
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443
2ND DRYER BATCH
FILL CYCLE START @ J DRY CYCLE STARTED @ a '' DISCHARGE CYCLE STARTED @ 3 y 1
TEMPERATURES OF
TIME
DISCHARGE
EXHAUST
DISCHARGE
PRODUCT-
DRY
TIMER
CHANBER
IN
CHAMBER
OUT
ROTOR
IN
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OUT
0.1.
d
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12/12/17JH

TWSA DRYER OPERATIONS
DAILY RECORD
3RD DRYER BATCH
FILL CYCLE START @ 3 � S? DRY CYCLE STARTED @ Y ` 3z DISCHARGE CYCLE STARTED @
TEMPERATURES OF
TIME
DISCHARGE
EXHAUST
DISCHARGE
PRODUCT
DRY
TIMER
CHANBER
IN
CHAMBER.
OUT
ROTOR
IN
ROTOR
OUT
0.1.
o
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CALCULATIO<
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GRAMS
GRAMS
GRAMS GRAMS
k.0.700
g-7ta2
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3RD WGT. -
QL�'aq
X100
'=%TOTAL
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g3,£SDI72-
SOLIDS
DISH WGT
GRAMS
WETSAMPLE+DISH
GRAMS
DRIED SAMPLE+DISH
GRAMS GRAMS
1�T WGT.
S.
e' WGT.
3RD WGT.
ALARMS OR COMMENTS -
y•
r
12/12/17JH
X 100
%TOTAL SOLIDS _
( DRIED SAMPLE + DISH - DISH WGT.) x 100
WET SAMPLE+DISH- DISKSGT. '=%TOTAL SOLIDS
C

TWSA DRYER OPERATIONS
DAILY RECORD
DATE-1/ - ` oZ O
START STOP TOTAL
RUN TIME, HRS ' �j ; ,5 0
f' DRYER BATCH
FILL CYCLE START @%' D`7 DRY CYCLE STARTED @ `'3 DISCHARGE CYCLE STARTED @
ki
DISCHARGE
EXHAUST
DISCHARGE
PRODUCT
DRY
TIMER
CHANBER
- IN
CHAMBER
OUT
ROTOR
IN
ROTOR
OUT
0.1.
Igo
a -
397
3eo.
a9g
1s�
363
15-a
44�
33
a
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:17
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114s-
43 F
. 33 c
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413
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2ND DRYER BATCH
FILL CYCLE START @. ;� DRY CYCLE STARTED @ 1 ° a t DISCHARGE CYCLE STARTED @ J
rr e w n�... r........ 0..
DISCHARGE
DISCHARGE
DRY
u.rs. ainw
CHANBER
r
CHAMBER
ROTOR
ROTOR
TIME
EXHAUST
PRODUCT
TIMER
IN
OUT
IN
OUT
0.1.
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76
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3,3
a s
C
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a,�
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k3
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3
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12/12/17JH

TWSA DRYER OPERATIONS
DAILY RECORD
3RD DRYER BATCH 7
FILL CYCLE START @ •� DRY CYCLE STARTED @ 3 17 DISCHARGE CYCLE STARTED @_
TEMPERATURES DF
TIME
DISCHARGE
EXHAUST
DISCHARGE
PRODUCT
DRY
TIMER
CHANBER
IN
CHAMBER.
OUT
ROTOR
IN
ROTOR
OUT
0.1.
:17
Z
L/.07
I6,f
2�6
a
456
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lbb
) DD
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JF/
lAb
1145
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6=3z
7-)
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2G7
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SAMPLE
I f/�/ate
RESET #
CALCULATION
DISH WGT
GRAMS
WET•SAMPLE+DISH
GRAMS
DRIED-SAMPLE+DISH
GRAMS GRAMS
17WGT. , Z11 -4;�3
eDWGi. %lpr �%o�-'r-/
3RD WGT. -
1 -j , b qf�7�5' '= %TOTALSOUDS q 3 b
DISH WET
GRAMS
WETSAMPLE+DISH
GRAMS
DRIED SAMPLE +DISH
GRAMS- GRAMS
1�WGT.
S.
2"D WGT
3RD Wes.
X 100
%TOTAL SOLIDS
(DRIED SAMPLE + DISH - DISH WGT.) x100
WET SAMPLE+DISH- DISHSGT. '=%TOTAL SOLIDS
ALARMS OR COMMENTS -
12/12/17JH
c
C_
C

TWSA DRYER OPERATIONS
DAILY RECORD .
_
DATE
START
STOP
TOTAL
RUN TIME, HRS
L
15' DRYER BATCH /
FILL CYCLE START @ i s 7 DRY CYCLE STARTED DISCHARGE CYCLE STARTED
TEMPERATURES OF
DISCHARGE
DISCHARGE DRY CHANBER CHAMBER
ROTOR
ROTOR
TIME
EXHAUST
PRODUCT
TIMER • IN OUT
IN
OUT
O.I.
gag
1-54
aR (
d 4 o;L g2
0,9
I
D 8
D
30
1Do 'z! lP q3 7<3
I4`9l
E
2ND DRYER BATCH
t 1
FILL CYCLE START @ .// 'SD DRY CYCLE STARTED @ // 'O2� DISCHARGE CYCLE STARTED @
TEMPERATURES DF
DISCHARGE
DISCHARGE
DRY
CHANBER CHAMBER
ROTOR
ROTOR
TIME
EXHAUST
PRODUCT
•
TIMER
IN OUT
IN
OUT
1.
0.1.
r'• �
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as
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• �I �fo �
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a.i(p
3-7
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333
266
6D
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12/12/17JH

TWSA DRYER OPERATIONS
DAILY RECORD
3RD DRYER BATCH p •� C
FILL CYCLE START @ a ,K10 DRY CYCLE STARTED @ o`er DISCHARGE CYCLE STARTED @
TG�ADFRATI IRFS �F �
TIME
DISCHARGE
EXHAUST
DISCHARGE
PRODUCT
DRY
TIMER
CHANBER
IN •
CHAMBER.
OUT
ROTOR
IN
ROTOR
OUT
O.I.
a:5q
393
3)l
F7 1
6
2
SO
4 4-7
t-l-'L 7
3 I-
liq J
N 6
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6 l'1
16
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V(f l
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SAMPLE
RESET #
CALCULATION
DISH
GKAMD
Uc lv,�
o6S7
I L,o9
17WGr. 12
-a
eD WGT. 13
s
3ao WGf.
X10D l SOU
'=%TOTAISOLID5 C7
fY,09-79
--�`°6�% �1�3,03a'a-
X 100
'= %TOTAL SOLIDS
(DRIED SAMPLE+DISH - DISH WGT.I X100
WET SAMPLE + DISH - DISH SGT.-/� '=%TOTAL SOLIDS
ALARMS OR COMMENTS-! %'�S��x)k✓���
C
12/12/17JH

TWSA DRYER OPERATIONS
DAILY RECORD -
DATE / l -'4 —a- O
START STOP TOTAL
RUN TIME, HRS ' I g F,5 Jr / 3' 0-5
P DRYER BATCH /�
FILL CYCLE START @ "I -a0 h DRY CYCLE STARTED @ �% )-DISCHARGE CYCLE STARTED @
TChADCD A" 10CC DC
TIME
DISCHARGE
EXHAUST
DISCHARGE
PRODUCT
DRY
TIMER
CHANBER
- IN
CHAMBER
OUT
ROTOR
IN
ROTOR
OUT
0.1.
gE40.
a.5
n
zw
j qqi
co
•310
31d.
/0-0
q(e
443g
-333.
1a 41a
1 a
319
to
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3 7
333el
17q.
qoFs
ab5�
�4 l3
�
2ND DRYER BATCH
FILL CYCLE START @ l ' 17 DRY CYCLE STARTED DISCHARGE CYCLE STARTED @ �' S
TCAADCDATI IDCC DC
TIME
DISCHARGE
EXHAUST
DISCHARGE
PRODUCT
DRY
TIMER
CHAMBER
IN
CHAMBER
OUT
ROTOR
IN
ROTOR
OUT
0.1.
o fo
3g�
ro
17,
6,10
r331
1$
3.3 *6
16 o
317,
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1156
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16 t
3W
13d
7y
1/3 7
33Y
5'65
1 CdLI
LIZd
1�5
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3-z
FcI4,,,, Q <-6.00 Pm
'L,
12/12/17JH

TWSA DRYER OPERATIONS
DAILY RECORD
3RD DRYER BATCH
FILL CYCLE START @ DRY CYCLE STARTED @ DISCHARGE CYCLE STARTED @_
TEMPERATURES OF
OUT
COMPOSITE
SAMPLE
► l/� /f ,o
RESET#
CALCULATION
DISH WGT
GRAMS
WET•SAMPLE+DISH
GRAMS
_ DRIED•SAMPLE+DISH-
GRAMS GRAMS
o7Z
)3,32-0
frwGT. Z.2 07•
eD WGT. /a � 3
3RD WGT. -
la �053 D-7a I '� 111. 5332_ xloo % `��� 2�
1 3, 3,5L05 � ?ale ! a �`1�a' '=%TOTALSOLIDS
DISH WGT
WETSAMPLE+DISH
DRIED SAMPLE +DISH
GRAMS
GRAMS
GRAMS GRAMS
17 WGi
e' WGT.
3RD WGT.
S.
X 100
'_ %TOTALSOLIDS
(DRIED SAMPLE + DISH -DISH WGT.) x100
WET SAMPLE+DISH- DISHSGT. '=%TOTAL SOLIDS
ALARMS OR COMMENTS - 5 -rq eT ti? 12 2seT I-).k r r] e ✓`
12/12/17JH
C

TWSA DRYER OPERATIONS
DAILY RECORD .
DATE_///-5-aQ
START STOP TOTAL
RUN TIME, HRS
15' DRYER BATCH % % 0 f
FILL CYCLE START @ DRY CYCLE STARTED @LJL°L DISCHARGE CYCLE STARTED @ L a
TEMPERATURES OF
TIME
DISCHARGE
EXHAUST
DISCHARGE
PRODUCT
DRY
TIMER
CHAMBER
• IN
CHAMBER
OUT
ROTOR
IN
ROTOR
OUT
0.1.
8;aa
I �a
3/A
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54D
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1 0,'f
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4a5
1?0
q4S
"F'4I
331
1 agb
e
2NO DRYER•BATCH
FILL CYCLE START @ I DRY CYCLE STARTED @ DISCHARGE CYCLE STARTED @ T
TEMPERATURES OF
TIME
DISCHARGE
EXHAUST
DISCHARGE
PRODUCT
DRY
TIMER
CHANBER
IN
CHAMBER
OUT
ROTOR
IN
ROTOR
OUT
0.1.
16D
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434o
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12/12/17JH

TWSA DRYER OPERATIONS
DAILY RECORD
3RD DRYER BATCH
FILL CYCLE START @ . • 04 DRY CYCLE STARTED @ :L DISCHARGE CYCLE STARTED @
TFMPFRATURES OF
TIME
DISCHARGE
EXHAUST
DISCHARGE
PRODUCT
DRY
TIMER
CHANBER
IN -
CHAMBER.
OUT
ROTOR
IN
ROTOR
OUT
O.I.
Ko
170
2jrlZ
IGoY
3� 6
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17Z
Tip
L1:30
163
2
a
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Ll
33Z
z/`/
jl1 -
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151
3a�1
l D D
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y37
3
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6. I o
13
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4
36
37-�7
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may/.
6;55
lb5
L[15
J15
uiu
t135
521
zSz
yN
COMPOSITE
SAMPLE
RESET#
c7
CALCULATI%
DISH WGT
WET•SAMPLE+DISH
DRIEOSAMPLE+DIShJ
GRAMS
GRAMS
GRAMS GRAMS
0
3, 931
f wu- j
eD WGT.
3RD WGT. -
%TOTALSOLIDS
DISH WGT
WETSAMPLE+DISH
DRIEDSAMPLE+DISH
GRAMS
GRAMS
GRAMS' GRAMS
e WGT.
ZND WGt.
3RD WGT.
S.
i1
X 100
'_ %TOTAL SOLIDS
jr (DRIED SAMPLE+DISH - DISH WGT.J X100�.,
"� WETSAMPLE+DISH - DISH SGTY.� - "TOTAL
SOLIDS
ALARMS OR COMMENTS - /w < �e P U rO Y >°S `r` tY a✓ N e
/ a
12/12/17JH

°' (
c
TWSA DRYER OPERATIONS
DAILY RECORD .
DATE
START STOP TOTAL
RUN TIME, HRS '
P DRYER BATCH p
FILL CYCLE START @ ! DRY CYCLE STARTED @ = D DISCHARGE CYCLE STARTED
TPA110 PR ATI ID PC OP
TIME
DISCHARGE
EXHAUST
DISCHARGE
PRODUCT
DRY
TIMER
CHAPIBER
• IN
CHAMBER
OUT
ROTOR
IN
ROTOR
OUT
0.1.
• v
)S2
31.E
•390
Aq
135
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9
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171
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2NO DRYER BATCH ,
FILL CYCLE START @_ 1(a DRY CYCLE STARTED @ DISCHARGE CYCLE STARTED
TEMPERATURES OF
TIME
DISCHARGE
EXHAUST
DISCHARGE
PRODUCT
DRY,
TIMER
CHAMBER
IN
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OUT
ROTOR
IN
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0.1.
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12/12/17JH

TWSA DRYER OPERATIONS
DAILY RECORD
3RD DRYER BATCH
FILL CYCLE START @ 3 c DRY CYCLE STARTED @ i '�b DISCHARGE CYCLE STARTED @
TEMPERATURES OF
TIME
DISCHARGE
EXHAUST
DISCHARGE
PRODUCT
DRY
TIMER
CHAMBER
IN •
CHAMBER.
OUT
ROTOR
IN
ROTOR
OUT
0.1.
4-L6
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CALCULATION
DISH WGT
GRAMS
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GRAMS
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GRAMS GRAMS
10471
7 -7 J
frWGT. fi).30-236
2ND WGT. Q
3 e% ( ri
• 3RD WGi . C
9,D.353 XiDo gal q9D 10
0 .7971 04-77 = (:, 7a'1t %TOTALSOLIDS 9Lk9
DISHWGT
GRAMS
WETSAMPLE+DISH
GRAMS
DRIED SAMPLE +DISH
GRAMS' GRAMS
1�T WGT.
S.
eD WGT.
3RD WGT
%TOTAL SOLIDS
(DRIED SAMPLE + DISH - DISH WGT.) X100
WET SAMPLE + DISH - DISH SGT. '=%TOTALSOUDS
ALARMS OR COMMENTS -
H•
12/12/17JH

TWSA DRYER OPERATIONS
DAILY RECORD .
DATE 1! /-11)—a
c
START STOP TOTAL
RUN TIME, HRS
P DRYER BATCH
FILL CYCLE START @ I J _ DRY CYCLE STARTED @ f DISCHARGE CYCLE STARTED @
DISCHARGE
DRY
vnu
CHAMBER
r
CHAMBER
ROTOR
ROTOR
PRODUCT
TIMER
• IN
OUT
IN
OUT
O.I.
ff6i,31
37;5
434
333
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-
14
a4(e
E
2ND DRYER BATCH
FILL CYCLE START @JD, A DRY CYCLE STARTED @ /o -sit DISCHARGE CYCLE STARTED @_ -�
O.-
TIME
DISCHARGE
EXHAUST
DISCHARGE
PRODUCT
DRY
TIMER
CHANBER
IN
CHAMBER
OUT
ROTOR
IN
ROTOR
OUT
O.I.
13
3 98
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12/12/17JH

TWSA DRYER OPERATIONS
DAILY RECORD
3RD DRYER BATCH
FILL CYCLE START @ cl• DRY CYCLE STARTED @ X Yt DISCHARGE CYCLE STARTED @ N • fY
TFMPFRATURES DF
TIME
DISCHARGE
EXHAUST
DISCHARGE
PRODUCT
DRY
TIMER
CHANBER
IN
CHAMBER.
OUT
ROTOR
IN
ROTOR
OUT
0.1.
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DISH WGT
WET•SAMPLE+DISH
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GRAMS
GRAMS
. GRAMS GRAMS
v
5,1z51
t�
1 �WGT. �y /�j�
ZND WGT. l l , I [�/ 47C7
31 WGT. -
1Gt Y 41 D �.U�p6� _ i�J351 X100
15 t t 51- f, o 1 `E.057� '=%TOTALSOUDS'�d
DISH WGT
GRAMS
WETSAMPLE+DISH
GRAMS
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1� WGf.
S:
ZND WGT.
3110 WGT.
X 100
'= %TOTAL SOLIDS
,(DRIED SAMPLE+ DISH - DISHWGT.I X100
WETSAMPLE +DISH -DISH SGT. '=%TOTALSOLIDS
ALARMSORCOMMENTS- AT r-C6e ' Aea-i en
12/12/17JH
r'

TWSA DRYER OPERATIONS
DAILY RECORD .
DATE l - J te -),Q
START STOP TOTAL
RUN TIME, HRS
e' DRYER BATCH j ��, / a
FILL CYCLE START @ ( :•A DRY CYCLE STARTED @L2L)IO DISCHARGE CYCLE STARTED @
' TCnnoeonTll�Ge �L •
TIME
DISCHARGE
-EXHAUST EXHAUST
DISCHARGE
PRODUCT
DRY
TIMER
CHAMBER
IN
CHAMBER
OUT
ROTOR
IN
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OUT
0.1.
g;fb
0
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36S
100
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liq,5
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33,6
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17
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441
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2ND DRYER BATCH
FILL CYCLE START @ lb :38 DRY CYCLE STARTED @ i g DISCHARGE CYCLE STARTED @ - b
TEMPERATURES °F
I
s
I
I
TIME
DISCHARGE
EXHAUST
DISCHARGE
PRODUCT
DRY
TIMER
CHANBER
IN
CHAMBER
OUT
ROTOR
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0.1.
M
163 '
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I 12/12/17JH
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I VVJH vn. Cn vr[a..,...,..+
DAILY RECORD
3RD DRYER BATCH
FILL CYCLE START @ a. 1 i DRY CYCLE STARTED @ I DISCHARGE CYCLE STARTED IM
TEMPERATURES °F
TIME
DISCHARGE
EXHAUST
DISCHARGE
PRODUCT
DRY
TIMER
CHANBER
IN
CHAMBER.
OUT
ROTOR
IN
ROTOR
OUT
0.1.
Al
394
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CALCULATION
DISH WGT
GRAMS
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GRAMS
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GRAMS GRAMS
17w(m
16, s a
ZND WET
/1O, u59.;k3
3RD WGi
'=%TOTALSOUD
DISHWGT
GRAMS
WETSAMPLE+DISH
GRAMS
DRIED SAMPLE+DISH
GRAMS' GRAMS
e WGT.
S:
ZND WGf.
3RD .T.
X 10D
'=%TOTAL SOLIDS
(DRIED SAMPLE+DISH -DISH WGL) x100
WETSAMPLE+DISH -DISHSGT. '=%TOTALSOUDS
ALARMS OR COMMENTS - a-*
12/12/17JH

TWSA DRYER OPERATIONS
DAILY RECORD .
DATE-1 t ` 17 - A o
START STOP TOTAL
RUN TIME, HRS
e' DRYER BATCH
FILL CYCLE START @ 6 •5q
DRY CYCLE STARTED
@ 7 a 9
DISCHARGE CYCLE STARTED
TEMPERATURES
OF
DISCHARGE
DISCHARGE
DRY
CHANBER
CHAMBER
ROTOR
ROTOR
TIME
EXHAUST
PRODUCT
TIMER
• IN
OUT
IN
OUT
© •
305
_
35
R
53
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1$1
2ND DRYER BATCH • / - -1
FILL CYCLE START @ l o `�. � ' ll 'J DRY CYCLE STARTED @ I T' DISCHARGE CYCLE STARTED @ oL . 1S
TDISCHARGE
TIIML
goa
a:5*
�� l5 lea
DISCHARGE
PRODUCT
a
pia
TEMPERATURES
DRY
TIMER
�a
-'/00
M
CHANBER
IN
R3
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J4 Lf,333
M- 4A
°F
CHAMBER
OUT
R
3
3i�a
ALL
ROTOR
IN
A
ROTOR
OUT
170
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a
0.1.
0.1.
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12/12/17JH

TWSA DRYER OPERATIONS
DAILY RECORD
3RO DRYER BATCH 2 I J�1S
FILL CYCLE START @ c ' P 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.
23;50
5
22 9 9
5:3D
153
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2b
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2°I
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410
1c�5
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331
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SAMPLE
GI� 1-71R
RESET#
CALCULATIOI`
DISH WGT
GRAMS
WETSAMPLE+DISH
GRAMS
DRIED SAMPLE+DISH
GRAMS' GRAMS
1T WGT.
S:
2N0 WGI'.
3" WGT.
DISH WGT
GRAMS
WETSAMPLE+DISH
GRAMS
DRIER•SAMPLE+DISK
GRAMS GRAMS
a �3
12•I`(61
1�`WGT.
2ND WGT
3ftD WGT. - C , _
x10o
( i. jq i, _ v �� '_ %TOTAL SOLI
Sli
X 100
'=%TOTAL SOLIDS
(DRIED SAMPLE + DISH - DISH WGT.1 x100
WET SAMPLE+DISH- DISHSGT. '=%TOTALSOUDS
ALARMS OR COMMENTS _ e e
12/17/17JH

i
TWSA DRYER OPERATIONS
DAILY RECORD.
DATE / C •- rlg'-d!
L
START STOP TOTAL
RUNTIME, HRS ' L (R 37 p 0
e' DRYER BATCH /
FILL CYCLE START DRY CYCLE STARTED @ '.) DISCHARGE CYCLE STARTED @ I
TFfMDCDATIIO Cc Dc •
TIME
DISCHARGE
EXHAUST
DISCHARGE4DRYCHA:NBER
PRODUCT
CHAMBER
OUT
ROTORROTOR
IN
OUT
O.I.
sq
a�`�3
s.
a
3
e
g'• 5�
3 c'3
.100
4 y&
37
!3 a
*45
43 to
e
ll
2ND DRYER BATCH
FILL CYCLE START @A DRY CYCLE STARTED @ l l b DISCHARGE CYCLE STARTED
TGn Anon n Tl m1P 01 '
TIME
DISCHARGE
EXHAUST
DISCHARGE
PRODUCT
DRY
TIMER
CHANBER
IN
CHAMBER
OUT
ROTOR
IN
ROTOR
OUT
0.1.
9A9.
13
39
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48
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48
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12/12/17JH

TWSA DRYER OPERATIONS
DAILY RECORD
3RD DRYER BATCH 11
FILL CYCLE START @ d '3b DRY CYCLE STARTED @ 3! Jf DISCHARGE CYCLE STARTED @
TEMPERATURES OF
TIME
DISCHARGE
EXHAUST
DISCHARGE
PRODUCT
DRY
TIMER
CHANBER
IN •
CHAMBER.
OUT
ROTOR
IN
ROTOR
OUT
0.1.
3.05
167
2ctD
Q
Lloll
3v6
307
170
3156
6?
9
qz6
3Z6
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5
154
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h
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COMPOSITE
SAMPLE
RESET #
CALCULATION
DISH WGT
GRAMS
WETSAMPLE+DISH
GRAMS
_ DRIED•SAMPLE+DISH-
. GRAMS GRAMS
�i
1r WGf
2ND WGI 3 .
3RD WG1: -
_13 `d4,/2-7 —/•uy9y /./14 8403 xlon
(•�{� 3 ¢2 �a -! 0 i �5` i l3� 3�`fg '=%TOTALSOLIDS Iy
DISHWGT
GRAMS
WET SAMPLE+DISH
GRAMS
DRIED SAMPLE +DISH
GRAMS GRAMS
e WGi.
S:
el WGT.
3RD WGT.
ALARMS OR COMMENTS _
12/12/17JH
X 100
%TOTAL SOLIDS_
(DRIED SAMPLE + DISH - DISH WGT.) X1OD
,IWETSAMPLE+DISH-DISH/,(SS�GT. '=%TOTALSOLIDS
i� A,A4-L/I m P.Qw_'f At,,'N. n_/L
C
L.

9-7
0
TWSA DRYER OPERATIONS
®� DAILY RECORD -
DATE
START STOP TOTAL
RUN TIME, HRS
f'DRYER BATCH
FILL CYCLE START 'DRY CYCLE STARTED @ �' f`� DISCHARGE CYCLE STARTED @
TFMPFRATLIRFS F _
TIME
DISCHARGE
EXHAUST
DISCHARGE
PRODUCT
DRY `'
. TIMER
CHANBER.
• IN
. CHAMBER
OUT
ROTOR
IN
ROTOR
OUT
0.1.
g'•�'f
Liao
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l
3q'7
3
a97
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3
L131
/
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159
3 i3
16
44 5' l
".�..: 39 '
- 33 0
l �• .
hill
3,8v
1.0
1443
V,3
331
a g.
tlD
44S
141f l
'330
aSa
2N' DRYER BATCH
FILL CYCLE START @ / l : z9 DRY CYCLE STARTED @ l b DISCHARGE GYCLE STARTED @ 5
TEMPFRATLIRFS OF
TIME
DISCHARGE
EXHAUST
DISCHARGE
PRODUCT
DRY
TIMER
CHANBER
IN
CHAMBER
OUT
ROTOR
IN
ROTOR
OUT
0.1.
2 =_ b
3
SO
23
ED
I5R
313
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661
2�:30
1-0
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J
12/12/17JH

TWSA DRYER OPERATIONS
DAILY RECORD
3RD DRYER BATCH
FILL CYCLE START @ 3S DRY CYCLE STARTED @ Ott DISCHARGE CYCLE STARTED @ lS
TEMPERATURES a
.4
TIME
DISCHARGE
EXHAUST
DISCHARGE
PRODUCT
DRY
TIMER
CHANBER
IN •
CHAMBER.
OUT
ROTOR
IN
ROTOR
OUT
0.1.
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t lob
2.Rrl
D
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30
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7�Etz.
3 3?
1z,5 g
COMPOSITE
SAMPLE
RESET#
CALCULATIOI`
DISH WGT
GRAMS
WET-SAMPLE+DISH
GRAMS
DRIED•SAMPLE+DISH-
. GRAMS GRAMS
u
22.'128 Z.
frWG. aia.3a'v
eD WGT. 6,3) `d
Bll wa
I g —1- b53S=
X10D - g7a14s�q
as •�a
ga
'=%TOTALSOLIDS a /p
DISHWGT
WETSAMPLE+DISH
DRIED SAMPLE+DISH
GRAMS
GRAMS
GRAMS' GRAMS
1�WGI.
2" WGT
31D WGf.
S:
ALARMS OR COMMENTS -
Y•
12/12/17JH
X 1DD
%TOTAL SOLIDS _
(DRIED SAMPLE + DISH - DISH WGT 1 X100
WET SAMPLE + DISH - DISH SGT. '=%TOTALSOLIDS
(n�Tv11 Yt~Sis Ki NrYI
L'

_ 41S�3o�
C TWSA DRYER OPERATIONS
DAILY RECORD -
DATE_ //'023 - -Z O
START STOP TOTAL
® RUN TIME, HRS ' (O : q 7
e' DRYER BATCH
FILL CYCLE START @ Q DRY CYCLE STARTED @L�� DISCHARGE CYCLE STARTED @ D 3 B
TEMPERATURES'OF
I
I
I
I
I
I
I
TIME
DISCHARGE
EXHAUST
DISCHARGE
PRODUCT
DRY
TIMER
CHANGER
• IN
CHAMBER
OUT
ROTOR
IN
ROTOR
OUT
0.1.
a,a
6v
431
20-
7
e
lib
3/1
.lba
4ys
Am 8
cD .
a 31 -
<'
_ lv,n'f_
378-'
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437
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a 8-
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IS •
)41
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I q4a
1 33 r7
I asL
a •
I 2NO DRYER BATCH 2
FILL CYCLE START DRY CYCLE STARTED @ Z 1 • d,3 DISCHARGE CYCLE STARTED @ cJ3
I TEMPERATURES OF
I
I
I
I
TIME
DISCHARGE
EXHAUST
DISCHARGE
PRODUCT
DRY
TIMER
CHANBER
IN
CHAMBER
OUT
ROTOR
IN
ROTOR
OUT
0.1.
-3©D
3
7D,.T-
4
a8
JlP
°
75
C- Q
3
J,5A
314
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3 dq
ay
:S3
3 8
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444?
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A *33
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12/12/17JH

TW5A URYER UFLKAl wrva
DAILY RECORD
3RD DRYER BATCH
FILL CYCLE START (Ra` 3 DRY CYCLE STARTED @ DISCHARGE CYCLE STARTED @
TEMPERATURES a
TIME
DISCHARGEED
EXHAUST
DRY
TIMER
CHAMBER
IN •
CHAMBER.
OUT
ROTOR
IN
ROTOR
OUT
0.1.
3.15
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too
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3
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COMPOSITE
SAMPLE
RESET #
CALCULATION
DISH WGT
GRAAMS
WETSAMPLE+DISH
GRAMS
DRIER•SAMPLE+DISH-
GRAMS) '. GRAMS
2N0 WGT
3R0 WGT - •;,
(n3rf/-1.0X100 zlJl1L5
0S6 (P (/� �(57 %TOTALSOLIDS q3 S,?a
DISHWGT
GRAMS
WETSAMPLE+DISH
GRAMS
DRIED SAMPLE+ DISH
GRAMS' GRAMS
1� WGf.
S:
2ND wa.
3RD WGr.
X10D
'=%TOTALSOLIDS
(DRIED SAMPLE+ DISH - DISH WGT.1_ x 100
WETSAMPLE +DISH -DISH SGT. '=%TOTALSOLIDS
ALARMS OR COMMENTS -
12/12/17JH
C-

II '
1 TWSA DRYER OPERATIONS j
. - DAILY RECORD.
DATE
aL O
START STOP TOTAL
RUN TIME, HRS
V' DRYER BATCH y j �
FILL CYCLE START @ ! °� DRY CYCLE STARTED @ 7• -7 V DISCHARGE CYCLE STARTED @ / b s�
TEMPERATURES OF
I
1
I
I
1
1
I.
I'
TIME
DISCHARGE
EXHAUST
DISCHARGE
PRODUCT
DRY
TIMER
CHANBER
• IN
CHAMBER
OUT
ROTOR
IN
ROTOR
OUT
0.1.
-7,Lf
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D -
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3�
a
153
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12
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TEMPERATURES OF
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I 12/12/17JH
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TIME
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TWSA DRYER OPERATIONS
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3RD DRYER BATCH rr��
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TEMPERATURES DF
TIME
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12/12/17JH

w
TWSA DRYER OPERATIONS
\• DAILY RECORD.
DATE /"
c
START STOP TOTAL
RUN TIME, HRS ' L to
e' DRYER BATCH -1
FIM CYCLE START @ • 3S DRY CYCLE STARTED @ 1 , © 7 DISCHARGE CYCLE STARTED @ v - I `i
TFAAPFRATIIRFC or
TIME
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TWSA DRYER OPERATIONS
DAILY RECORD
3RD DRYER BATCH
FILL CYCLE START @ a' 63 DRY CYCLE STARTED @ a :•3-� DISCHARGE CYCLE STARTED
TEMPERATURES °F
TIME
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12/12/17JF1

TWSA DRYER OPERATIONS
DAILY RECORD
DATE
START STOP TOTAL
RUN TIME,HRS' (Q :a(B / S:nj'16• / `1..Vl. I
e' DRYER BATCH
FILL CYCLE START @L .3 6 DRY CYCLE STARTED @- 7 03 DISCHARGE CYCLE STARTED @ l d l
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TIME
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3RD DRYER BATCH -1
FILL CYCLE START @ of : 03 _ DRY CYCLE STARTED @ a 03 DISCHARGE CYCLE STARTED @
TEMPERATURES °F
TIME
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12/12/17JH

TWSA DRYER OPERATIONS
DAILY RECORD . -
DATE_ I ' `J -o'o
START STOP TOTAL
RUN TIME, HRS
15C DRYER BATCH rr
FILL CYCLE START @ lD DRY CYCLE STARTED @jjjS DISCHARGE CYCLE STARTED @
TROWMAT11DCc DC
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TWSA DRYER OPERATIONS
DAILY RECORD
3RD DRYER BATCH
FILL CYCLE START @A - 3a DRY CYCLE STARTED @2 W, DISCHARGE CYCLE STARTED @
TEMPERATURES °F
TIME
DISCHARGE
EXHAUST
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12/12/17JH

TWSA DRYER OPERATIONS
DAILY RECORD .
DATE
START STOP TOTAL
RUN TIME, HRS ' ;3�j p�'•�7
15'DRYERBATCH
FILL CYCLE START @ (DT DRY CYCLE STARTED @ 7 �� DISCHARGE CYCLE STARTED @
TEMPFRATIIRFS IF
TIME
DISCHARGE
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PRODUCT
DRY
TIMER
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OUT
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IN
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FILL CYCLE START DRY CYCLE STARTED @ � Or,S`� DISCHARGE CYCLE STARTED @ `�5
TEMPERATURES OF
TIME
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12/12/17JH

TWSA DRYER OPERATIONS
DAILY RECORD
3RR DRYER BATCH -J
FILL CYCLE START @ DRY CYCLE STARTED @ DISCHARGE CYCLE STARTED @
TEMPERATURES OF
CHANBER
COMPOSITE
SAMPLE
1�/gF• `h �
CALCULATION
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GRAMS
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GRAMS
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12/12/17JH
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TWSA DRYER OPERATIONS
DAILY RECORD -
DATE_ `A 6
START STOP TOTAL
RUN TIME, HRS
I P DRYER BATCH II - y
FILt CYCLE START @ 4 I DRY CYCLE STARTED @ DISCHARGE CYCLE STARTED
I •
TFMPFRATIIRFS OF
0
7
TIME
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EXHAUST
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PRODUCT
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TIMER
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TIME
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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
Now=
'No
COMPOSITE
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CALCULATIOI\
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ALARMS OR COMMENTS - � J U j- L( e e±le , a c I-
12/12/17JH

I TWSA DRYER OPERATIONS
DAILY RECORD .
DATE—) — / a ' CIO �
START STOP TOTAL
RUN TIME, HRS ' I_ H •.
DRYER BATCH
FILL CYCLE START (M 1 a� DRY CYCLE STARTED DISCHARGE CYCLE STARTED @ �o�= 3
i .
TFMPFRA n IRFC DF
•
TIME
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CHAMBER
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12/12/17JH

TWSA DRYER OPERATIONS
DAILY RECORD
3RD DRYER BATCH
FILL CYCLE START @ DRY CYCLE STARTED @ DISCHARGE CYCLE STARTED 0-
TEMPERATURES OF
TIME
DISCHARGE
EXHAUST
DISCHARGE
PRODUCT
DRY
TIMER
CHANBER
IN
CHAMBER.
OUT
ROTOR
IN
ROTOR
OUT
0.1.
COMPOSITE
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CALCULATI%
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GRAMS
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3RD WGT
ALARMS OR COMMENTS.
12/12/17JH
X 10D
1
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• i
CTWSA DRYER OPERATIONS ' DAILY RECORD -
DATE_A -/4'3.0
START STOP TOTAL
RUN TIME, HRS
V' DRYER BATCH
FILL CYCLE START @ >D DRY CYCLE STARTED @ j DISCHARGE CYCLE STARTED @ D ;3
TEMPERATURES OF
TIME
DISCHARGE
EXHAUST
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PRODUCT
DRY
TIMER
CHANBER
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OUT
ROTOR
IN
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OUT
0.1.
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12/12/17JH

TW5A DRYER UPERAI IUIVJ
DAILY RECORD
_ I
' 1
3RD DRYER BATCH
of '!$.
_ DRY CYCLE STARTED @ DISCHARGE CYCLE STARTED @ 1
FILL CYCLE START @ I
. I
TEMPERATURES °F
DISCHARGE
EXHAUST
COMPOSITE
SAMPLE
M�
RESET#
CALCULATIOIN
DISH WGT
GRAMS
WET SAMPLE+DISH
GRAMS
DRIER•SAMPLE+DISH.
.:'GRAMS GRAMS
1,o5a5
1 a3,2iO4
1rwGT. �?-a,�
-
aNDwGT ���a-o`i S
3RD WGT.
. I
I
I
I
a
1
�2 d.ae�t� 1'oS�SF al,l5'!3 x100
a 3 19 Toy 05_ �a�a l lQl '=%TOTALSOLIDS-
DISHWGT
GRAMS
WETSAMPLE+DISH
GRAMS
DRIED SAMPLE+DISH
GRAMS' GRAMS
17 WGT.
S:
2ND WGf
3RD WGT
X 100
'=%TOTAL SOLIDS
(DRIED SAMPLE + DISH - DISH WGT.1 x100
WET SAMPLE + DISH - DISH SGT. '=%TOTALSOLIDS
s -,rn qLura U
r 1 -
12/12/17.1H 1�

(fl
Annual Belt Press
Record

TWSA Annual Residual
Operation Totals
2020
-
Sludge Hauled
to Landfill or Farm
SLUDGE FEED
Polymer Usage
Press
Run Time
Dryer Run Time
avg
% Solids
Total
Gallons
Total
Dry Ton
avg Ibs/ F
1000 oalls
days
Hrs
avg
% Solids
Days
Loads
Hrs
Total
$/month
avg
% Solids
Total
Ton
DATE
Jan.
Yaa>;1.
:t�iE�nL�
1.98
9p^np .t
ILk:�pI�A.�G
156.221
19RA`
J°�ifE.t�..�(sl
12.79
s
Ill�i:,114`J,r
2.82
.!f+ ..
Ow�a%>Lut,�
1
M a-.
hslrarisln�9i
5
' Sri MEt
��1°581�.9E
49.2
T 011
aCt$.r�i:,kJ
.n
� lcsu@S:a�'�
18.5
€i€,f6?laM-M
0
iruetx�..~�.g41a1W.��7:
till:
bl.9edli�?c@;;�
4&f�J°r11�::
,f�bl9,�Ez?'alf
71.5
ukfrvfs��k54Jf
x6,'fl:?S!t1:a
i,41''>111e1iE1:
Feb.
2.27
144,279
13.31
4.34
4
49.9
17.8
0
93.5
i4Vili
,�b1.-I�.�i Y{
Mar.
AlIM'NFITfv
i�AS.,�.111�efi�
2.11
a'.. ¢:q4"
IllniPl a el�iii
384.222
1_.'
.�{,i,��k:,:
33.35
YtllEl.. �,i�Ytk1
2.47
��]13;'�, i ��
iiiret!iiGI51iJt4
13
, Ii13aMt�4a�A
128A
fJ:!<ISI�
1 i'}I,'�KIFHf1�k3
17.1
ASh" & °.l�t��
0
Ip-�1��! �7in9�2
5`S}iF�Ifii��+�IW
�i7�dl,i�dkf;�es�ilk
EI',dYlfd•iefShM1lt
�i�Y3:liaf�Sk4a�5
204.9
du�"�: Y h ai.'11.1'1
E1Z�.it�IR�I�gIR".il
A r.
1.82
361,234
27.35
1.77
t`..-1
;IDNI P.MWI,
IDNIT,
1 10
i.:u.0
`sllc�: "�..>}
113.5
Vi.W.'..n,-'o
1�"., �iy:udr:'hr '.
? l �l l l�
1 18.1
.�Fi '4"
+ai41v'� A4k
1 0
�:irF'L of
:trk:��[FI$ S Y i
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e xl9�> Iek61
i,v:P
�I k,:�iJll,+'+.i�{
...
� ��[�Iylta6>�$
P[ ,:':
�LFty� {��ia'•a!'i
131.4
:3.•x
'rt7�Yi?i. �,i, ti'l�
.. )R
E�dl2'h �.iLhirc
Me
„y T ,
II¢7,'���,
2.12
„R 'MI
It:€,h�? M,.I?1
441.516
M. f'r %`:y;+p.
tl,�.�'?l�,r�x
39.29
••n.
J,.�e�kcUaa@�d
1.75
I;iyn
ikAe��.�S
,qr. >,
,k6�tE�81,vi
8
a
-illkt€fa`3.49
112.6
a ;; .<'.�
�vs ��h6���Y,
-
k.?dgGl�;Gft�
17.2
'�a I�r,a,P��3a
10
,...
if:S�lnJ�a��i4
25
,',r-.`w .n
-,':#�It7frkfKu
103.1
r'
iPC�k'i it,�x'6i
a;a�lf-161k;;�"h
97.7
r.SIX ,
ilhl, nl'I�
20.5
RAMSy1AKFi[�.. xr I
l}. MI.
Jun,
�f 1Nryp�f1Y.it�
INIAf iln,5M
1.76
pp!!""��,µy •SS. J. .A
IP.hY1� "O.Iffli
360,247
��ggxppv,�jj, l�yo}�
WIN-Imi tiiref
26.34
say5�
:� iixi§f .w m
1.64
yy44uu �(fi�!.Y�•
I�CrAi311N11`xl
fy�,,pp., 6{{
:�iuV<�'LFI
7
1 Wq�vi"�p5S
,33 SiXailp*
87.4
4 W'. a4}-Ti'T�y�lRa�gl..a.�.{51
YB S
��AkiY'tldFiAV'JiH
18.2
y�1� rC.. �,YD4t'
FSYi-,� a L�'I _Nv
a
p..VY A i ..:fit
'if5,1i1411 �Y!
19
}'}f::.:p
�.£
78.3
8
A'wt}�F
,P.A.: .:
aFi:1..i�i Yd;
�y Jy,g�'�[�(r.k
tUF,�tttllNl
97.6
l :, A,
1 �6. u�'IfA:
48.0
fF (: •{.!f'F I']-n
15. ��KIS£,Ylkl
Y ... t
t Ih�Si3i/x�Lwk?
Y',:'':
CV h,�l9tdE�
Jul.
- I,4 ,
91a€r,.�T:4[�`:f
2.12
1" _TUCI
J.".EBdwlk ES(
289,587
J. .,
tlL'f�. 14�'�
25.50
-. _ V'Ki
'$al."Sf�l...6.1
2.75
tfl• if;
h..,tli�l,t4
;> ,1 : "wtd
Ilz,Jk?t�l'-dut
6
TF,5
�14$,�',ItY
69.5
Tmom
i,.�!r.6t.h�k4
r"..i
;�?9il2�Jxl�
18.9
.r '.. y,
�ri<A�.�k,,
6
..; 5
4¢Gil9dr,2,tli,
17
.. ,+; ,
�d,fi, �u,, l
64.1
I`��FJ<,F�ct.E�
a.'.
�„hl�l�Ilff�;L
97.8
M�€kll�tk.>zh;
18.0
tlf 3:1aty t114G..
d1!Ol�ull ;��'j
fi,.r ,a.
'd#o��e����
[,:EE
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t •.
n.. i..
cs�m rt
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1Fha.r..RIL� L.
i,><'SIT
k,%4,ac„t[�
r .::.
„;cu.r�.,'�'�,:
,•,"_��-
Gf�,til3�5u�e17
m�i��iJ
a$i'�Ini itA e�l`d
9
r
1S'ai"a�NN�I_�I
35.4
P-,:
nll�xf�,�.i�'„ Li
C.,
�ri,.'�13J.�4�,1!
97.2
ilk+tv RE11?1A�k
0.0
Aug.
2.24
131,484
12.26
2.59
3
33.9
19.2
3
a.p�pi1{'Y I
IIIVILFi1,ItliiFl[
Se .
:a,"I}I9pr'G
,.j«.131i51ai1:�.,.
2.13
y..'y.�yY[?�:II-I'.It{
l:M1f¢CI':..Vt�y
64,476
pp��.'!i•���'�'a'.D°,,pyaL
.�tkilSHfl�ys�.t
6.69
'i':R
As;VkP .�I:g
2.11
yySm ,2 �11 i�..
1�1fadnGiAllu,�
V[.i,�"r . 1
h�i[dtl�9,�r
2
'pp'�':'•:1.
*1N :L$�
16.4
C' `r.4Fi n9
w1x�3PR,Ytl;xlkS
ribs qq.�::D
:SIS A;i!t�,?Vl, �
19.6
'45b 4. YI.
dd,j_I:.Ti.lSi4>,
1
FY.t �ar:.�l3.'i
h£r:llfarl'�.ry
3
'.nf-'•I''�°[:.,1F
l�.ttldlJrk.;lie
11.6
1C:� 1 F
�IA.{,"J4 is�y
�Id1:����C�h'Fi
97.2
f. n.q.•
�&lu �•ilnl;,r'r,>
0.0
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In�`i Ii�:.`f �:�.'$�
t
[il�f���.-I,�'f-ral
Oct.
2.28
I,, t}o .'„'i,
e�it�i���.l
584,384
d, a@f^,r-r:..nn;
Ila�x'.uf+d�h�iK�+
55.20
TWIT 5yqµ��'3
Ir�Lnp��R#Flfl
2.3
'[:'.. ' . 1
�Itl�� 1f12�.1
Irvm`E'F rgi
,�iixrC�YXr�
15
i'�11yee i',,.:;
,Hiq/N*�''n�at
169.9
��ii p,AV'."'. y�l
i{�.,rt��Ba
111 tl i9..i.lz
1[r$,;� f,3lda��
17.9
m ., a.tltl1,.n�
:iu'Ail1�`$r'YR
14
SS'.a11Lyl}+. "adq
IF4�16FI $,c:Lti
40
0"11 s:, T�+^�7
E:1��Cl�Y.idall!
158.3
A. ,,IE airy
li:ili�1elirv: ]f#�
5TIT' Ft
i ;sail;?I.-.IYP.
95.0
5 bls. In
II�"Itif4'A�iHi
21.3
¢qq eRpps
,
Nov.
2.32
n'o<
ma'-:i-adMf
444,704
42.96
2.61
12
137.6
16.9
7
EZ• I.JFt4:NJi
12
:ITi�l.:L.e�'llll
35
5 4i1�4 FT 11
135.6
�niTY.l'l v(1'di31
�.�i r .d1:N
94.9
�LI licifA,.L11F
44.00
4t.J'�f� i.�lYlll
IIVe .Jul. ti ka�
.a•Ti „'i. -1
,2zh,ir�4rt��.
Dec.
i t 'riT
.���,�.,InFE'at
2.11
M'i'o 1'-
1:.,.I�Isnf.6��Ef><'i�il`�'_�@
236,751
`rz(+ 5 l�
20.93
;' F 14 ...
2.29
,ir._,a. ,
,5.['t a Ss..
6
.,:'r..
67.5
at1 1i:b .'n.
, .>•.. r^i
16.7
'.. s- i3 ...
7
,u,.
17
66.3
93.0
45.00
f:Ih�r�h�SL..t�ij`c�
il�l��r�dy611hi
Monthly
avg.
2.11
299,925
26.25
2.45 1
8
86
18.0
5
21
81.6
96.3
58.2
ytd total 13,599,1051
314.97 1
1
91
1,035.8
1
1
61
165
662.7
' 698.10
# of days press was run: 91 # of hours press was ran: 1036.8 # of days dryer was run: 61
Avg. # of hours press was run/day: 11.4 Estimated Annual wet ton of dewatered sludge produced: 1,749.0
Total # of hours dryer was ran: 662.7
Avg. # of hours
dryer was run/day: 10.7