WQ0005763_Residual Annual Report 2014_20150223

TUCKASEIGEE WATER & SEWER AUTHORITY
SERVING JACKSON COUNTY
1246 West Main Street
Sylva, NC 28779
Phone: [phone] • Fax: [phone]
February 0, 2015
NCDENR
Division of Water Resources
Water Quality Permit Section
Non -Discharge Permitting Unit
1636 Mail Service Center
Raleigh NC 27699-1636
Attn: Non -Discharge Compliance Unit,
Enclosed are three copies of the Annual Residuals Report for the Tuckaseigee Water and Sewer
Authority Residuals Stabilization facility (permit #WQ0005763) for the period of January 1,
2014 - December 31, 2014.
There were two samples collected during 2014 that resulted in non-compliance with the Non -
Discharge permit.
Samples collected for compliance on June 9t' and 12"', 2014 exceeded 1000 mpn fecal
coliform/gram/dried solid. All of the residuals associated with these sampling events were
landfilled and were not distributed to the public. Subsequent sampling and analysis of the
stored residuals resulted in no additional non-compliance. events.
Should you have questions or comments or if I can provide you any additional information,
please don't hesitate to contact me.
Sincerely,
Stan Bryson
Wastewater Plant Operations Superintendent
Tuckaseigee Water & Sewer Authority
xc: Mr Dan Harbaugh
Executive Director
Tuckaseigee Water and Sewer Authority
RECEIVEDIDEMIDWR
FP. 2,i 2015
water�ua�lil
permitu"I Se
This institution is an equal opportunity provider and employer.

2014
Annual Residuals Stabilization Report
for
The Tuckaseigee Water and Sewer Authority
Distribution of Class A Residuals Permit # WQ0005763
for the period of January 1, 2014-December 31, 2014
as required by
40 CFR, Part 503
Standards for the use or disposal of
Sewage sludge

TABLE OF CONTENTS
(1) REPORTING REQUIREMENTS/PERTINENT INFORMATION
(2) CERTIFICATION
APPENDIX
(a) 2014 distrubution and marketing summary
Parts A and B
(b) 2014 annual sludge production data
(c) Annual Residuals sampling summary form
(d) Residuals Sampling Data
(e) TCLP analysis
(f) Annual Pathogen and Vector Attraction Reduction Forms
(g) Daily Dryer record

ANNUAL SEWAGE SLUDGE REPORT
OF
r TUCKASEIGEE WATER AND SEWER AUTHORITY
PLANT # 1-NPDES # NCO039578 (WQ0005763)
for the period of January 1, 2014-December 31, 2014
as required by
40 CFR, PART 503
STANDARDS FOR THE USE OR DISPOSAL OF SEWAGE
SLUDGE

REPORTING REQUIREMENTS
Facilities responsible for reporting annually are described in the regulations as:
1. Publicly Owned Treatment Works (POTW) with an average design
influent flow rate equal to or greater than 1.0 MGD.
2. POTW s serving a population of 10,000 or more.
3. Class I (facilities with an approved pretreatment program) sludge management
facilities.
The Tuckaseigee Water and Sewer Authority Wastewater Treatment Plant #1 is rated as a 3.5
mgd facility. The facility also treats the sludge from two additional plants owned by the
authority.
Pertinent information includes:
facili , name: Tuckaseigee Water & Sewer Authority Plant # 1
NPDES # NCO039578
correspondence address: 1246 West Main St
Sylva NC 28779
physical address: 1871 North River Rd
Sylva NC 28779
facility operator: Stan Bryson
Wastewater Plant Operations Superintendent
ph. 828-586-9318

CERTIFICATION REQUIREMENTS
PART I -POLLUTANT CONCENTRATIONS
Permitted Concentrations
_ PARAMETER
Avg_
MAXIMUM
monthly avg
ceiling
Arsenic....................<1.4
mg/kg .................. 2.4 mg/kg
41 mg/kg
75 mg/kg
Cadmium..................1.1
mg/kg .................... 1.5 mg/kg
39 mg/kg
85 mg/kg
Copper.....................368
mg/kg .................
405 mg/kg
1500 mg/kg
4300 mg/kg
Lead ........................18.4
mg/kg .................
21.1 mg/kg
300 mg/kg
840 mg/kg
Mercury...................0.46
mg/kg ................
0.68 mg/kg
17 mg/kg
57 mg/kg
1 Molybdenum...............4.7
mg/kg .................. 5.3 mg/kg
n/a
75 mg/kg
Nickel..................13.0
mg/kg .....................
13.9 mg/kg
420 mg/kg
420 mg/kg
Selenium....................4.3
mg/kg ...................
5.4 mg/kg
100 mg/kg
100 mg/kg
Zinc .........................823
mg/kg ..................
938 mg/kg
2800 mg/kg
7500 mg/kg
PART H - PATHOGEN REDUCTION
(40 CFR 503.32)
X Class A Class B
PART III - VECTOR ATTRACTION (40 CFR 503.33)
_ Option 1 _ Option 2 _ Option 3 _ Option 4
Option 5 _ Option 6 _ Option 7 X Option 8

PART IV - CERTIFICATION
" I certify under penalty of law, that the Class A pathogen requirements in 40 CFR, Part 503. 32
have been met and the vector attraction reduction requirement in 40 CFR, Part [503. 33(b)(6)] .
has been met. I am aware that there are significant penalties for false certification including fine
and imprisonment."
Signed this 4th day of February_ , 2015.
Stan Bryson, Wastew er Superintendent

Appendix (a)
2014 Distribution and Marketing
Summary
Parts A and B
E

ANNUAL DISTRIBUTION AND MARKETING/ SURFACE DISPOSAL CERTIFICATION AND SUMMARY FORM
PERMIT #: WQ0005763 FACILITY NAME: Tuckaseigee Water and Sewer Auth/TWSA Plant #1
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)
21 Distribution and Marketing (complete Parts A, B, and C)
Was the facility in operation during the past calendar year? 21 Yes ❑vo No If No skip parts A, B, C and certify form below
Part A*:
Part B*:
Month
Sources(s) s) (include NPDES # if
applicable)
Volume (d tons)
Reci ient Information
Amendment/
Bulking Agent
Residual In
Product Out
Name(s)
Volume tons) (dry
Mended use(s)
January
16.05
16.05
See Appendix A
February
32.91
32.91
Part B
March
20.78
20.78
Soil Plus Inc.
20
Soil amendment
April
30.16
30.16
May
See Appendix A
25.91
25.91
Soil Plus Inc.
47
Soil amendment
June
Part A.
28.08
28.08
July
8.89
8.89
August
17.65
17.65
September
13.5
13.5
October
32.92
32.92
November
23.59
23.59
December
26.82
26.82
Totals.
Annual d tons
0
277.26
277.26
..... -:::, ::.:::.:::::::::.
67
Amendments used:
1 0
Bulking Agent(s)
used:
1 0
* If more space than given is required, please attach additional information sheet(s). ❑ Check box if additional sheet(s) are attached
Part C:
Facility was compliant during calendar year 2014 with all conditions of the permit (including but not limited to items 1-3 below) issued by the
Division of Water Quality. p Yes ❑ No If No, please provide a written description why the facility was not compliant.
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
Quality.
3. No contravention of Ground Water Quality Standards occurred at a monitoring well.
"I certify, under penalty of law, that the above information is, to the best of my knowledge and belief, true, accurate and complete. I am aware
t7thet there ar ignificant penalties for submitting false information, including the possibility of fines and imprisonment for knowing violations."
re ar
Signature of Pre
Signature of Pe ee a e gn arer* * Date p
(if different from Permittee) **Preparer is defined in 40 CFR Part 503.9(r)
DENR FORM DMSDF (11/2005)

Part A
Residual Sources and Volume
Sludge Volume
Produced
Month Source (dry tons
January
TWSA Plant # 1 (NC0039578)
TWSA Plant # 2 (NC0020214)
TWSA Plant # 3 (NC0063321)
Monthly Total
16.05
0
0
16.05
February
TWSA Plant # 1 (NC0039578)
TWSA Plant # 2 (NC0020214)
TWSA Plant # 3 (NC0063321)
Monthly Total
32.91
0
0
32.91
March
TWSA Plant # 1 (NC0039578)
TWSA Plant # 2 (NC0020214)
TWSA Plant # 3 (NC0063321)
Monthly Total
20.52
0.26
0
20.78
April
TWSA Plant # 1 (NC0039578)
TWSA Plant # 2 (NC0020214)
TWSA Plant # 3 (NC0063321)
Monthly Total
29.85
0
0.31
30.16
May
TWSA Plant # 1 (NC0039578)
TWSA Plant # 2 (NC0020214)
TWSA Plant # 3 (NC0063321)
Monthly Total
22.39
1.87
1.65
25.91
June
TWSA Plant # 1 (NC0039578)
TWSA Plant # 2 (NC0020214)
TWSA Plant # 3 (NC0063321)
Monthly Total
21.96
5.41
0.71
28.08
Appendix A
Part A
Residual Sources and Volume
Sludge Volume
Produced
Month Source (dry tons
July
TWSA Plant # 1 (NC0039578)
TWSA Plant # 2 (NC0020214)
TWSA Plant # 3 (NC0063321)
MonthlyTotal
8.23
0.66
0
8.89
August
TWSA Plant # 1 (NC0039578)
TWSA Plant # 2 (NC0020214)
TWSA Plant # 3 (NC0063321)
Monthly Total
15.06
0
2.59
17.65
September
TWSA Plant # 1 (NC0039578)
TWSA Plant # 2 (NC0020214)
TWSA Plant # 3 (NC0063321)
Monthly Total
9.92
3.58
0
13.5
October
TWSA Plant # 1 (NC0039578)
TWSA Plant # 2 (NC0020214)
TWSA Plant # 3 (NC0063321)
Monthly Total
30.37
2.55
0
32.92
November
TWSA Plant # 1 (NC0039578)
TWSA Plant # 2 (NC0020214)
TWSA Plant # 3 (NC0063321)
Monthly Total
21.60
1.99
0
23.59
December
TWSA Plant # 1 (NC0039578)
TWSA Plant # 2 (NC0020214)
TWSA Plant # 3 (NC0063321)
Monthly Total
26.56
0.26
0
26.82
Total "sludge" produced by all sources for 2014= 277.26 dry tons Total "sludge" dewatered by belt press in 2014= 277.26 dry tons
Total number of dryer loads in 2014 = 210 Total "residual' produced for distribution in 2014= 291.9 DRY TONS*
* assumes an avg total solids content of 95%

Appendix A
TWSA PLANT # 1
ANNUAL DISTRIBUTION AND
MARKETING SUMMARY
2014
Part B
Recipient Information
Est. Volume
Month Name Address (wet tons) Intended Use
Januaryl Monthly Total 0
Februaryl I Monthly Total 1 0
March
Soil Plus Inc.
208 Williams St
20
Commercial User
Greenville NC 27858
distributes as a
252-917-4288
soil amendent
Monthly Total
20 tons
April 0
May
Soil Plus Inc.
208 Williams St
(5115) 23.5 tons
Commercial User
Greenville NC 27858
(5113) 23.5 tons
distributes as a
252-917-4288
soil amendent
Monthly Total
47 tons
Junel I Monthly Total 1 0
Julyl Monthly Total 1 0
Augustj Monthly Total 0
Septemberl I Monthly Total 1 0
Z)'ctoberl Monthly Total 1 0
Novemberl I Monthly Total 1 0
Decemberl Monthly Total 1 0
Annual Total 67 tons (est.)

TWSA 0006
NON -HAZARDOUS MANIFEST
Generator
Generator's Mailing Address:
Generator's Site Address (If different than mailing):
Emergency Contact
in case of Accidental Spill
Tuckaseigee Water and Sewer Auth.
TWSA Plant # 1
Stan Bryson, WWTP Supt.
1246 West Main St.
1871 North River Rd.
M-F 7:00am-5:00 pm ph: 828-508-1072
SYLVA, NC 28779
SYLVA, NC 28779
After Hours-TWSA bnCall
ph: 828-586-5189
ph: 828-586-9318
828-506-0681
Residuals Info
These residuals are not Hazardous Waste as defined by 40CFR Part 261 or any applicable state law.
information and instructions in case of accidental spill are on the back of this document.
Date: Estimated Load Size, tons:
Transporter
Transporter's Mailing Address
Transporter's Driver Info
Emergency Contact
Name: �� "`^" L�"'�F"'/��
Address:" �j L---w `ice
Driver Name: I I �� V}y
in case of Accident or Spill:
name
ph# � (fie —c ' �✓ L 21
City: l Llupq' , ` S
Driver Phone #: �%b `
Truck ID u ' cog
or
name:
State,, Zipri _Nc, i2-1 ( !-
PH:
ph#:
Destination Info r
Residuals to be Delivered To:
Emergency Contact
q� p
Physical Address: — ` �' '� `� V </
in case of Accent or Spill
name: 6c, NMA.-, LQ2_
ph#: n2`,7r�? -9)7 �o't8t�i
or
City: Contact:
name:
ph#:
State Zip PH:
Generators Certificate
I hereby certify that the above -described materials are not hazardous wastes as definedby 40 CFR Part 261 or any applicable state law,
have been fully and accurately described, classified and packaged and are in proper condition for transportation according to applicable regulations.
Tuckaseigee Water and Sewer
signs " On behalf of�Z
Month / Day / Yr
Authorityct_��%
Transpor r Acknowledge ot Receipt of Materials
Printed Name
Signature
Month / Day / Yr
Certificate of Receipt and Final Disposal/Application
By signature and agreeing to accept the bulk class A residuals it is recognized that the application of Class A
residuals is allowed under the conditions of the utilization agreement. The application of these Class A
residuals is considered the beneficial reuse of a waste under 15A NCAC.1103(4) provided the conditions
of this agreement are met. Any action resulting in the damages to surface waters or groundwater caused by
failure to follow the conditions of the utilization agreement is subject to enforcement action by the
NC Division of Water Quality
Printed Name
Signature
Month / Day / Yr

Spill Response Plan
In the event of a spill, the following actions shall be taken immediately.
(1) Management of spill clean-up activities
The transporter should take immediate charge and initiate clean-up activities. If there is danger to
motorists, the general public or employees the first call should be to 911 so emergency services and
traffic control can be routed to the site as soon as possible. If additional labor and equipment is
required, assistance may be requested from the NC DOT or other private contractors as necessary.
(2) Halt the source of the spill
Such as a rupture or container or damaged transport unit.
(3) Contain the spill
Form a barrier. Sufficient quantities of straw shall be used for such purposes. Earthen barriers may
be constructed to augment the straw bale containment area of the spill. The transporter or the person
in charge on the spill site will advise the clean-up personnel where to get the straw, lime and other
items necessary to complete the clean-up operation, i.e. local farmers, farm supply centers, nurseries,
etc.
(4) Clean-up
Employ front-end loaders, vacuum equipment, sludge application vehicles and/or local septic tank
service to remove as much of the spilled material as possible. Straw and/or sand should be scattered in
the spill area to soak up the remaining material. The straw -and -sand -soaked material will be collected
and removed to a disposal area approved by representatives of the state regulatory agency.
(5) Final Clean-up
Employ rotary brush sweeper if needed, and apply lime to the spill area. Clean up will be completed
to the satisfaction of the property owner and state regulatory representatives. The ultimate goal will be
to restore the area to its original condition if possible.
(6) Notification
As soon as possible after the spill occurs, the transporter will notify the TWSA Wastewater ;
Operations Staff at (828-586-9318) or if after hours the TWSA ON -Call employee at
(828-506-0681). The operator or on- call employee will notify the WWTP Superintendent.
(7) Reporting
The TWSA Superintendent or their designee will notify the Asheville Regional Office of the NCDENR
by telephone [phone]) as soon as possible, but not more than 24 hours after the occurrence. If
after hours, weekends or holiday the State Emergency Operations phone number (828-858-0368) shall
be used for notification. The transporter shall provide a written report within 48 hours of the spill to the
TWSA WWTP Superintendent detailing the information and actions taken related to the spill. TWSA
personnel will file a written report to the Asheville Regional office of the NCDENR within five days of the
spill occurrence.

TWSA 0007
NON -HAZARDOUS MANIFEST
Generator
Generator's Mailing Address:
Generator's Site Address (If different than mailing):
Emergency Contact
in case of Accidental Spill
Tuckaseigee Water and Sewer Auth.
TWSA Plant # 1
Stan Bryson, WWTP Supt.
1246 West Main St.
1871 North River Rd.
M-F 7:00am-5:00 pm ph: 828-508-1072
SYLVA, NC 28779
SYLVA, NC 28779
After Hours-TWSA OnCall
ph: 828-586-5189
ph: 828-586-9318
828-506-0681
Residuals Info
These residuals are not Hazardous Waste as defined by 40CFR Part 261 or any applicable state law.
Information and instructions in case of accidental spill are on the back of this document.
(�
Date: 6y 1 ch 'Estimated Load Size, tons: (�Ci��' I DOV`.�j
Transporter
Transporter's Mailing Address
Transporter's Driver Info
Emergency Contact
II y_
Name: v 1q / �h
Address:
City: C_
Dr�� ive N e: m^
�. �h� ,� 9 1�i �
Driver Phone #: �' "ib�� ^ ®l —1
Truck ID
in case of Accident or Spill
�"_� A �P•` �1 /� _
name:
ph#:
or
name: RA," 1 1t 5 )A1 _
ph#: A
4e
State, Zip INC_ ap 7 1r�
PH: s
Destination In o
Residuals to be Delivered To:
Emergency Contact
/�yy �y �(�
Pro
in case of Acc nt or Spill
Physical Address: I 1 —1 s pe-ei—
4 j
City: �� 0.�P���(1� I P _ Contact:, t e, L �S L'j eV-
IIAJ /n►��JJ�/^1
State- r Zip ��!9(��i _ PH: � 0
name: 6611.1 �_% 5
ph#: .s��caZ - `t I "1 ^ 14B►8' 9-
or .
name: 5cn- k ccrF�n 1�-
ph#:
Generators Certificate
I hereby certify that the above -described materials are not hazardous wastes as definedby 40 CFR Part 261 or any applicable state law,
have been fully and accurately described, classified and packaged and are in proper condition for transportation according to applicable regulations.
Tuckaseigee Water and Sewer
Signature "On bE I 0f..
Month / Day / Yr
Authority
Transporter Acknowledge ot Receipt ot Materia
Pri ted Namei
Signature
Month / Day / Yr
CertWit—eof Reqeipt and Fin a Dis,posa. App ication
By signature and agreeing to accept the bulk class A residuals it is recognized that the application of Class A
residuals is allowed under the conditions of the utilization agreement. The application of these Class A
residuals is considered the beneficial reuse of a waste under 15A NCAC.1103(4) provided the conditions
of this agreement are met. Any action resulting in the damages to surface waters or groundwater caused by
failure to follow the conditions of the utilization agreement is subject to enforcement action by the
NC Division of Water Quality
Printed Name
Signature
Month / Day / Yr

Spill Response Plan
In the event of a spill, the following actions shall be taken immediately.
(1) Management of spill clean-up activities
The transporter should take immediate charge and initiate clean-up activities. If there is danger to
motorists, the general public or employees the first call should be to 911 so emergency services and
traffic control can be routed to the site as soon as possible. If additional labor and equipment is
required, assistance may be requested from the NC DOT or other private contractors as necessary.
(2) Halt the source of the spill
Such as a rupture or container or damaged transport unit.
(3) Contain the spill
Form a barrier. Sufficient quantities of straw shall be used for such purposes. Earthen barriers may
be constructed to augment the straw bale containment area of the spill. The transporter or the person
in charge on the spill site will advise the clean-up personnel where to get the straw, lime and other
items necessary to complete the clean-up operation, i.e. local farmers, farm supply centers , nurseries,
etc.
(4) Clean-up
Employ front-end loaders, vacuum equipment, sludge application vehicles and/or local septic tank
service to remove as much of the spilled material as possible. Straw and/or sand should be scattered in
the spill area to soak up the remaining material. The straw -and -sand -soaked material will be collected
and removed to a disposal area approved by representatives of the state regulatory agency.
(5) Final Clean-up
Employ rotary brush sweeper if needed, and apply lime to the spill area. Clean up will be completed
to the satisfaction of the property owner and state regulatory representatives. The ultimate goal will be
to restore the area to its original condition if possible.
(6) Notification
As soon as possible after the spill occurs, the transporter will notify the TWSA Wastewater
Operations Staff at (828-586-9318) or if after hours the TWSA ON -Call employee at
(828-506-0681). The operator or on- call employee will notify the WWTP Superintendent.
(7) Reporting
The TWSA Superintendent or their designee will notify the Asheville Regional Office of the NCDENR
by telephone [phone]) as soon as possible, but not more than 24 hours after the occurrence. If
after hours, weekends or holiday the State Emergency Operations phone number (828-858-0368) shall
be used for notification. The transporter shall provide a written report within 48 hours of the spill to the
TWSA WWTP Superintendent detailing the information and actions taken related to the spill. TWSA
personnel will file a written report to the Asheville Regional office of the NCDENR within five days of the
spill occurrence.

TWSA 0005
NON -HAZARDOUS MANIFEST
Generator
Generator's Mailing Address:
Generator's Site Address (If different than mailing):
Emergency Contact
in case of Accidental Spill
Tuckaseigee Water and Sewer Auth.
TWSA Plant # 1
Stan Bryson, WWTP Supt.
1246 West Main St.
1871 North River Rd.
M-F 7:00am-5:00 pm ph: 828-508-1072
SYLVA, NC 28779
SYLVA, NC 28779
After Hours-TWSA OnCall
ph: 828-586-5189
ph: 828-586-9318
828-506-0681
Residuals Info
These residuals are not Hazardous Waste as defined by 40CFR Part 261 or any applicable state law.
Information and instructions in case of accidental spill are on the back of this document.
Date: 113 / 7 Estimated Load Size, tons: o lop.
Transporter
Transporter's Mailing Address
Transporter's Driver Info
Emergency Contact
-1 _
Name: 4<111564 L �9 Y',
Driver Name:name:
'11;
in cas of Ac iden or Spil
't (/1�
Address:44 LlrVl
ph#:
or
City: (r
Driver Phone #: ����1� D1�i C�
G.
State, Zip W
_
name:
PH: as - q I !q " 15-1
Truck ID
ph#:
Destination Info
Residuals to be Delivered To:
Emergency Contact
T fi�®-
in case of Acc' nt or S III
Physical Address: f
name: �$
ph#:
or
gdl� 1%i cj lP� I c
City:__ / Contact: `�
141
�j ®r� p
name:
ph#:
State Zip PH:_ '/to�— 91 "8 3,30
Generators Certificate
I hereby certify that the above -described materials are not hazardous wastes as definedby 40 CFR•Part 261 or any applicable state law,
have been fully and accurately described, classified and packaged and are in proper condition for transportation according to applicable regulations.
Tuckaseigee Water and Sewer
Signatur "J& behalf of
Month / Day / Yr
Authority
Transpor er Ac now e e of Receipt of Materials
Printed Name Signature Month / Day / Yr
�n'4C
CerVricate of R ceipt and Final Disposal/Application
By signature and agreeing to ccept the bulk class A residuals it is recognized that the application of Class A
residuals is allowed under the conditions of the utilization agreement. The application of these Class A
residuals is considered the beneficial reuse of a waste under 15A NCAC.1103(4) provided the conditions
of this agreement are met. Any action resulting in the damages to surface waters or groundwater caused by
failure to follow the conditions of the utilization agreement is subject to enforcement action by the
NC Division of Water Quality
Printed Name
Signature
Month / Day / Yr

Spill Response Plan
In the event of a spill, the following actions shall be taken immediately.
(1) Management of spill clean-up activities
The transporter should take immediate charge and initiate clean-up activities. If there is danger to
motorists, the general public or employees the first call should be to 911 so emergency services and
traffic control can be routed to the site as soon as possible. If additional labor and equipment is
required, assistance may be requested from the NC DOT or other private contractors as necessary.
(2) Halt the source of the spill
Such as a rupture or container or damaged transport unit.
(3) Contain the spill
Form a barrier. Sufficient quantities of straw shall be used for such purposes. Earthen barriers may
be constructed to augment the straw bale containment area of the spill. The transporter or the person J
in charge on the spill site will advise the clean-up personnel where to get the straw, lime and other
items necessary to complete the clean-up operation, i.e. local farmers, farm supply centers , nurseries,
etc.
(4) Clean-up
Employ front-end loaders, vacuum equipment, sludge application vehicles and/or local septic tank
service to remove as much of the spilled material as possible. Straw and/or sand should be scattered in
the spill area to soak up the remaining material. The straw -and -sand -soaked material will be collected
and removed to a disposal area approved by representatives of the state regulatory agency.
(5) Final Clean-up
Employ rotary, brush sweeper if needed, and apply lime to the spill area. Clean up will be completed
to the satisfaction of the property owner and state regulatory representatives. The ultimate goal will be
to restore the area to its original condition if possible.
(6) Notification
As soon as possible after the spill occurs, the transporter will notify the TWSA Wastewater
Operations Staff at (828-586-9318) or if after hours the TWSA ON -Call employee at
(828-506-0681). The operator or on- call employee will notify the WWTP Superintendent.
(7) Reporting
The TWSA Superintendent or their designee will notify the Asheville Regional Office of the NCDENR
by telephone [phone]) as soon as possible, but not more than 24 hours after the occurrence. If
after hours, weekends or holiday the State Emergency Operations phone number (828-858-0368) shall
be used for notification. The transporter shall provide a written report within 48 hours of the spill to the
TWSA WWTP Superintendent detailing the information and actions taken related to,the spill. TWSA
personnel will file a written report to the Asheville Regional office of the NCDENR within five days of the
spill occurrence.

Appendix (b)
2014 Annual S ludg e
Production Data
•

0
APPENDIX B
2014 SLUDGE PRODUCTION DATA
TWSA PLANT # 1 (3.5 mgd plant capacity)
NPDES # NCO039578
Sludge dewatered on belt press.................................................................2,735,346 gallons
total tons...............................................277.26 tons
total metric tons............................................251.5 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............................................................. 121,200 gallons
total tons...................................................................... 16.58 tons
total metric tons...............................................................15.04 dry metric tons
TWSA PLANT # 3 (0.2 mgd plant capacity)
NPDES # NCO063321
Sludge Hauled to Plant # 1 digestor............................................................. 52,404 gallons
total tons............................................................................... 5.26 dry tons
totalmetric tons.................................................................4.77 dry metric tons
A portion of the sludge that was generated at the Tuckaseigee Water and Sewer Authority during
2014 was hauled by a private contractor to a designated landfill in Georgia.
Landfill: Rand B Landfill
610 Frank Bennett Rd.
Homer, GA 30080
A total of 231.19 tons were hauled to the landfill during 2014.
Copies of haul tickets can be provided if needed.

Appendix (c)
2014 Annual Residuals
Sampling Summary

t
2014
Annual Residual Sampling Summary Form
Permit Number: WQ 0005763
Facility Name: Tuckasei4ee Water and Sewer Auth.
NPDES f# NC 0039578
WQ # : WQ 0005763
WWTP Name: TWSA Plant # 1
Sample
Date
2/18
5/6
6/9
6/12
6/30
6/30
7/10
8/5
11/4
Avg.
Percent Solids
96
96.4
97
96
96.5
97
95.3
96.7
97.8
96.5
Aluminum
20, 00
,400
2 500
26100
22,625
P
Arsenic
<11.0
< 1.0
< 0.89
2.4
< 1.4
A
Cadmium
5
0.
1.11
R
Calcium
UN-
8, 80
963
3
8,485
A
Chromium
25.
21.0
2 .4
9.
21.7
M
Copper
350
32
392
405
368
E
Lead
17.9
15.7
18.9
21.1
18.4
T
magnesium
3,05
3,450
300
2 0
3,145
E
Mercury
0. 4
5
.68
0.62
0.461
R
Molybdenum
5.3
3.4
4.8
5.2
4.7
S
Nickel
11.6
3.
3.0
.9
13.0
h, s.u.
.4
5.8
5.5
5.
Potassium
4,5 0
5,670
39
3200
4,333
Selenium
3.7
.6
5.4
3.3
4.3
Sodium
594
7
59
487
586
Zinc
938
652
83
7
823
TKN
9, 00
15,900
28100
43300
36,775
mg/
Ammonia -Nitrogen
82
9 0
650
220
1,422
kg
Nitrate -Nitrite
< 2
< 2
4.9
< 2
4.9
Plant Available N
17,40
5, 70
8760
3 00
11,133
Total Phosphorous
21,600
20,0 00
6
20
15,457
Corrosivity
5.8
5.4
6.0
6.1
5.1
5.4
Ignitability
> 140 F
> 140 F
> 140 F
> 140 F
> 140 of
SAR sodium adsorption ratio
1.4
1.1
1.3
1.2
1.3
ppm
Reactivity, cyanide
< 0.50
< 0.50
< 0.125
< 0.005
< 0.50
< 0.50
< 0.50
m
Reactivity, sulfide
< 25
< 25
< .251
< 0.0251
< 25
< 25
< 25
mpn/g
I Fecal Coliform
1 1.9
2.3
1 22310*
1 4320*
1.9
1 < 175
1 1.9
1.9
1.8
21
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. 1 am aware that there are
significant penalties for submittipq false information, including the possibility of fines and imprisonment for knowing violations."
Signature of Preparer 2/4/2015
" All of the residuals that produced fecal coliform values above 1000 mph/gm/solids were landfilled and were not distributed to the public.

Appendix (d)
2014 Residuals
Sampling Data
•

aceAnalytical
i wYnvpacelabs.com
March 07; 2014
Mr. Stan Bryson
Tuckaseigee Water & Sewer Co.
1246 West Main Street
Sylva, NC 28779
RE: Project: TWSA Dried Residual 2/18
Pace Project No.: 92189911-
Pace Analytical Services, Inc.
2225 Riverside Dr.
Asheville, NC 26804
[phone]
Dear Mr. Bryson:
Enclosed are the analytical results for sample(s) received by the laboratory on February 18, 2014.
The results relate only to the samples included in this report. Results reported herein conform to the
most current TNI standards and the laboratory's Quality Assurance Manual, where applicable, unless
otherwise noted in the body of the report.
Analyses Were performed at the Pace Analytical Services location indicated on the sam ple analyte
page for analysis unless otherwise footnoted.
Some analyses have been subcontracted outside of the Pace Network. The subcontracted
laboratory report has been attached.
If you have any questions concerning this report, please feel free to contact me.
Sincerely,
d-U, o,clt,_P
Tabitha M Dacal
tabitha.dacal@ pacelabs.com
Project Manager
Enclosures
/'=p
�C$F
_�� ::
f
REPORT OF LABORATORY ANALYSIS
This report shall not be reproduced, except in full,
without the written consent of Pace Analytical Services, Inc..
Page 1 of 19

-aceAnalytical
twrw.pacelabs.com
i
ANALYTICAL RESULTS
Project: TWSA Dried Residual 2/18
Pace Project No.: 92189911
Pace Analytical Services, Inc.
2225 Riverside Dr.
Asheville, NC 28804
[phone]
Sample: TWSA Dried Residual Lab ID: 92189911001 Collected: 02/18/14 09:00
Results reported on a "dry -weight" basis
Parameters Results Units Report Limit DF
Received: 02/18/14 12:31 Matrix: Solid
Prepared Analyzed CAS No. Qua]
6010 MET ICP
Analytical Method: EPA 6010 Preparation Method: EPA 3050
Aluminum
20100 mg/kg
102 10
02/20/14 14:20
02/2111413:04 7429-90-5
Arsenic
ND mg/kg
1.0 1
02/20/14 14:20
02/21/14 03:34 7440-38-2
Cadmium
1.5 mg/kg
0.10 1
02/20/14 14:20
02/21/14 03:34 7440-43-9
Calcium
8000 mg/kg
102 10
02/20/14 14:20
02/21/1413:04 7440-70-2
Chromium
25.2 mg/kg
0.51 1
02/20/14 14:20
02/21/14 03:34 7440-47-3
Copper
350 mg/kg
0.51 1
02/20/14 14:20
02/21/14 03:34 7440-50-8
Lead
17.9 mg/kg
0.51 1
02/20/14 14:20
02/21/14 03:34 7439-92-1
Magnesium
3050 mg/kg
10.2 1
02/20/14 14:20
02/21/14 03:34 7439-95-4
Molybdenum
5.3 mg/kg
0.51 1
02/20/14 14:20
02/21/14 03:34 7439-98-7
Nickel
11.6 mg/kg
0.51 1
02/20/14 14:20
02/21/14 03:34 7440-02-0
Potassium
4560 mg/kg
511 1
02/20/14 14:20
02/21/14 03:34 7440-09-7
Selenium
3.7 mg/kg
1.0 1
02/20/14 14:20
02/21/14 03:34 7782-49-2
Sodium
594 mg/kg
511 1
02/20/14 14:20
02/21/14 03:34 7440-23-5
Zinc
938 mg/kg
1.0 1
02/20/14 14:20
02/21114 03:34 7440-66-6
7471 Mercury
Analytical Method: EPA 7471 Preparation Method: EPA
7471
Mercury
0.54 mg/kg
0.087 20
02/18/14 17:40
02/18/14 20:52 7439-97-8
Percent Moisture
Analytical Method: ASTM D2974-87
Percent Moisture
4.0 %
0.10 1
02/26/14 16:41
92210E Fecal Coliform, MPN RAL
Analytical Method: SM9221C E (MPN) 503
Fecal Coliforms, MPN
1.9 MPN/g
0.019 1
02/19/14 12:51 1g
254OG Total Percent Solids
Analytical Method: SM 2540G
-
Total Solids
96.0 % 0.000010 1
02/26/14 11:25
9045 pH Soil
Analytical Method: EPA 9045
pH at 25 Degrees C
5.4 Std. Units
0.10 1
02/20/14 13:35
Plant Available Nitrogen
Analytical Method: 40CFR PART 432.2
Plant Available Nitrogen
17400 mg/kg
1.0 1
02/25/14 11:23 N2
Total Nitrogen Calculation
Analytical Method: 40CFR PART 432.2
Nitrogen
57400 mg/kg
40.0 1
02/25/1411:26 7727-37-9
350.1 Ammonia
Analytical Method: EPA 350.1
Nitrogen, Ammonia
826 mg/kg
10.4 1
02/21/14 15:50 7664-41-7
351.2 Total Kjeldahl Nitrogen
Analytical Method: EPA 351.2
Nitrogen, Kjeldahl, Total
59800 mg/kg
3720 100
02/21/14 12:37 7727-37-9
353.2 Nitrogen, NO2/NO3
Analytical Method: EPA 353.2
Nitrogen, Nitrate
ND mg/kg
2.0 1
02/18/14 23:30
REPORT OF LABORATORY ANALYSIS
This report shall not be reproduced, except in full,
Date: 03/07/2014 09:52 AM
without the written consent of Pace Analytical Services, Inc..
Page 4 of 19

��.ceAnalytical
www.pacelabs.com
i
_i
ANALYTICAL RESULTS
Project: TWSA Dried Residual 2/18
Pace Project No.: 92189911
Pace Analytical Services, Inc.
2225 Riverside Dr.
Asheville, NC 28804
[phone]
Sample: TWSA Dried Residual Lab ID: 92189911001 Collected: 02/18/14 09:00 Received: 02/18/14 12:31 Matrix: Solid
Results reported on a "dry -weight" basis
Parameters Results Units Report Limit DF Prepared Analyzed CAS No. Qual
353.2 Nitrogen, NO2/NO3 Analytical Method: EPA353.2
Nitrogen, Nitrite ND mg/kg 1.0 1 02/18/14 23:30
Nitrogen, NO2 plus NO3 ND mg/kg 2.0 1 02/18/14 23:30
365.1 Phosphorus, Total Analytical Method: EPA 365.1
Phos h
p orus 21600 mg/kg 965 250 03/04/1411:55 7723-14-0 M6
Date: 03/07/2014 09:52 AM
REPORT OF LABORATORY ANALYSIS
This report shall not be reproduced, except in full,
without the written consent of Pace Analytical Services, Inc..
Page 5 of 19

2"I ^, ram - ?, �'?�
�} u, 04,E -
u.0.�s �
xfi e: } �-;•2�tlti�3l�fat«t`-.h:Ta?�. "i:€:;'�#tit.'�LG�>=`a.'. ui:i,
February 26, 2014
Tabitha Dacal
Pace Analytical Services Inc
9800 Kincey Avenue Suite 100
Huntersville, NC 28078
TEL: [phone]
FAX: [phone]
RE: TWSA Dried Residual 2/18
Dear Tabitha Dacal:
Summit Environmental Technologies, Inc.
3310 Win St.
Cuyahoga Falls, Ohio 44223
TEL: [phone] FAX.- [phone]
61%bsite: http://www.setfelc.com
Order No.: 14021363
Summit Environmental Technologies, Inc. received 1 sainple(s) on 2/19/2014 for the analyses
presented in the following report.
There were no problems with the analytical events associated with this report unless noted in the
Case Narrative.
Quality control data is within laboratory defined or method specified acceptance limits except
where noted.
If you have any questions regarding these tests results, please feel free to call the laboratory.
Sincerely,
Dr. Mo Osman
Project Manager
3310 Win St.
Cuyahoga Falls, Ohio 44223
A2LA 0724.01, Alabama 41600, Arkansas 88-0735, California 07256CA, Colorado, Connecticut PH-0105, Delaware, Florida NELAC E87688, Georgia
E87688 and 943, Idaho OH00923, Illinois 200061 and Reg.5, Indiana C-OH-13, Kansas E-10347, Kentucky (underground Storage Tank) 3, Kentucky
90146, Louisiana 04061 and LA12004, Maine 2012015, Maryland 339, Massachusetts M-OPH923, Minnesota 409711, Montana CERT0099, New
Hampshire 2996, New Jersey OH006, New York 11777, North Carolina 39705 and 631, Ohio 4170, Ohio VAP CL0052, Oklahoma 9940, Oregon
OH2O0001, Pennsylvania 68-01335, Rhode Island LA000317, South Carolina 92016001, Tennessee TN04018, Texas T104704466-11-5, Region 8 8TMS-
L, USDA/APHIS P330-11-00244, Utah OH009232011-1, Vermont VT-87688, Virginia 00440 and 1581, Washington C891, West Virginia 248 and 9957C
and E87688, Wisconsin 399013010
Pagel of7
Page 1 of 9

Summit Environmental
01
Technologies, Inc,
WO#: 14021363
3310 Win St.
Cuyahoga Falls, Ohio 44223
Date Reported: 2/26/2014
TEL: [phone] FAX.- [phone]
Company: Pace Analytical Services Inc
Website: http://www.settek.com
Address: 9 800 Kincey Avenue Suite 100
HuntersvilleNC 28078
Received: 2/19/2014
Project#: TWSA Dried Re
Client ID#
Lab 1D# Collected Analyte
Result Units
Matrix Method DF RL Run
Analyst
92189911002
001 2/18/2014 Flashpoint (140T)
>140 T
Solid EPA 1010 1 212412014
TJR
92189911002
001 2/18/2014 Cyanide, Reactive
ND ppm
Solid EPA 9014 1 0.50 2/20/2014
TIR
92189911002
001 2/18/2014 pH
5.8 s.u.
Solid EPA 9045 D 1 2/19/2014
AYS
92189911002
001 2/18/2014 Sulfide, Reactive
ND ppm
Solid EPA 9034 1 25 2120/2014
TIR

SAR Calculations- 2/18/2014
SAR = Sodium (Na) Milli Equivalent
0.5 X (Calcium (Ca) Milli Equivalent+ Magnesium(Mg) Milli Equivalent)o.5
Na= 594 mg/kg- Na Milli Equivalent(ME)= 594/23 equivalent wgt=25.8ME
Ca= 8000 mg/kg- Ca Milli Equivalent(ME)= 8000/20 equivalent wgt= 400 ME
Mg= 3050 mg/kg- Mg Milli Equivalent(ME)= 3050/12 equivalent wgt= 254 ME
SAR= 25.8 Na Milli Equivalent
0.5 X , (400 Ca Milli Equivalent + 254 Mg Milli Equivalent)0.5
25.8 Na Milli Equivalent
(0.5X654)0.5
= 25.8 Na Milli Equivalent
(327)0.5
= 25.8 Na Milli Equivalent
18.1
SAR= 1.4.

aceAnalXical
www.pacelabs.com
June 03, 2014
Mr. Stan Bryson
Tuckaseigee Water & Sewer Co.
1246 West Main Street
Sylva, NC 28779
RE: Project: Dried Residual 5/6
'Pace Project No.: 92200099
Pace Analytical Services, Inc.
2225 Riverside Dr.
Asheville, NC 28804
[phone]
Dear Mr. Bryson:
Enclosed are the analytical results for sample(s) received by the laboratory between May 06, 2014
and May 20, 2014. The results relate only to the samples included in this report. Results reported
herein conform to the most current TNI standards and the laboratory's Quality Assurance Manual,
where applicable, unless otherwise noted in the body of the report.
Analyses were performed at the Pace Analytical Services location indicated on the sample analyte
page for analysis unless otherwise footnoted.
Some analyses have been subcontracted outside of the Pace Network. The subcontracted
laboratory report has been attached.
If you have any questions concerning this report, please feel free to contact me.
Sincerely,
Chris Derouen
[e-mail]
Project Manager
Enclosures
4eO
REPORT OF LABORATORY ANALYSIS
This report shall not be reproduced, except in full,
without the written consent of Pace Analytical Services, Inc..
Pagel of 30

17aceAnalytical
www.pacelabs.com
r
ANALYTICAL RESULTS
Pace Analytical Services, Inc.
2225 Riverside Dr.
Asheville, NC 28804
[phone]
Project: Dried Residual 5/6
Pace Project No.: 92200099
Sample: TWSA BIO RESIDUAL Lab ID: 92200099001 Collected: 05/06/14 00:00 Received: 05/06/14 14:35 Matrix: Solid
Results reported on a "dry -weight" basis
Parameters Results Units Report Limit DF Prepared Analyzed CAS Nc
6010 MET ICP
Analytical Method: EPA 6010 Preparation Method: EPA 3050
Aluminum
Arsenic
21400 mg/kg
203
20
05/07/14 16:15 05/09/1413:03
7429-90-5
Cadmium
ND mg/kg
1.0
1
05/07/14 16:15 05/08/14 17:07
7440-38-2
Calcium
0.74 mg/kg
0.10
1
05/07/14 16:15 05/08/14 17:07
7440-43-9
Chromium
8380 mg/kg
10.2
1
05/07/14 16:15 05/08/14 17:07
7440-70-2
Copper
21.0 mg/kg
0.51
1
05/07/14 16:15 05/08/14 17:07
7440-47-3
Lead
325 mg/kg
0.51
1
05/07/14 16:15 05/08/14 17:07
7440-50-8
Magnesium
15.7 mg/kg
0.51
1
05/07/14 16:15 05/08/14 17:07
7439-92-1
Molybdenum
3450 mg/kg
10.2
1
05/07/14 16:15 05/08/14 17:07
7439-95-4
Nickel
3.4 mg/kg
0.51
1
05/07/14 16:15 05/08/14 17:07
7439-98-7
Potassium
13.3 mg/kg
0.51
1
05/07/14 16:15 05/08/14 17:07
7440-02-0
Selenium
5670 mg/kg
508
1
05/07/14 16:15 05/08/14 17:07
7440-09-7
Sodium
4.6 mg/kg
1.0
1
05/07/14 16:15 05/08/14 17:07
7782-49-2
Zinc
671 mg/kg
508
1
05/07/14 16:15 05/0811417:07
7440-a3-5
652 mg/kg
1.0
1
05/07/14 16:15 05/08/14 17:07
7440-66-6
7471 Mercury
Analytical Method: EPA7471 Preparation
Method: EPA7471
Mercury
0.0057 mg/kg
0.0022
1
05/07/14 17:30 05/07/14 19:41
7439-97-6
Percent Moisture
Analytical Method: ASTM D2974-87
Percent Moisture
3.6 %
0.10
1
05/14/14 15:20
92210E Fecal Coliform, MPN RAL
Analytical Method: SM9221C E (MPN)
503
Fecal Coliforms, MPN
2.3 MPN/g
0.019
1
05/08/14 10:22
254OG Total Percent Solids
Analytical Method: SM 2540G
Total Solids
96.4 % 0.000010
1
05/14/14 10:30
9045 pH Soil
Analytical Method: EPA9045
pH at 25 Degrees C
5.8 Std. Units
0.10
1
05/08/14 17:24
Plant Available Nitrogen
Analytical Method: 40CFR PART432.2
Plant Available Nitrogen
5170 mg/kg
1.0
1
05/27/14 16:47
Total Nitrogen Calculation
Analytical Method: 40CFR PART 432.2
Nitrogen
15900 mg/kg
40.0
1
05/27/14 16:43 7727-37-9
350.1 Ammonia
Analytical Method: EPA 350.1
Nitrogen, Ammonia
1990 mg/kg
50.9
5
05/07/14 14:00 7664-41-7
351.2 Total Kjeldahl Nitrogen
Analytical Method: EPA 351.2
Nitrogen, Kjeldahl, Total
15900 mg/kg
926
50
05/27/14 10:58 7727-37-9
353.2 Nitrogen, N021NO3
Analytical Method: EPA353.2
Nitrogen, Nitrate
i
ND mg/kg
2.1
1
05/21/14 18:16
REPORT OF LABORATORY ANALYSIS
This report shall not be reproduced, except in full,
Date: 06l03/2014 09:47 AM without the written consent of Pace Analytical Services, Inc..
Qua[
1g,H3
N2
Page 4 of 30

-_ aceAnalytical
f www.pacelabs.com
ANALYTICAL RESULTS
Pace Analytical Services, Inc.
2225 Riverside Dr.
Asheville, NC 28804
[phone]
Project: Dried Residual 516
Pace Project No.: 92200099
Sample: TWSA BID RESIDUAL
Lab ID: 92200099001 Collected: 05/06/14 00:00
Received: 05/06/14 14:35 Matrix: Solid
Results reported on a "dry -weight" basis
Parameters
Results Units
Report Limit DF
Prepared Analyzed CAS No. Qua[
353.2 Nitrogen, NO2/NO3
Analytical Method: EPA353.2
Nitrogen, Nitrite
ND mg/kg
1.0 1
05/21/14 18:16
Nitrogen, NO2 plus NO3
ND mg/kg
2.1 1
05/21/14 18:16
365.1 Phosphorus, Total
Analytical Method: EPA365.1
Phosphorus
20000 mg/kg
471 100
05/2311416:34 7723-14-0 M6,R1
Sample: TWSA DRIED SLUDGE Lab ID: 92200099003 Collected: 05/20/14 10:00 Received: 05/20/14 12:51 Matrix: Solid
FECAL
Results reported on a "dry -weight" basis
Parameters Results Units Report Limit DF Prepared Analyzed CAS No.
Percent Moisture Analytical Method: ASTM D2974-87
Percent Moisture 4.4 % 0.10 1 05/22/14 16:19
92210E Fecal Coliform, MPN RAIL Analytical Method: SM9221C E (MPN) 503
Fecal Coliforms, MPN 2.3 MPN/g 0.019 1 05/21/14 11:16
254OG Total Percent Solids Analytical Method: SM 254OG
Total Solids 95.6 % 0.000010 1 05/22/14 09:11
REPORT OF LABORATORY ANALYSIS
This report shall not be reproduced, except in full,
Date: 06/03/2014 09:47 AM without the written consent of Pace Analytical Services, Inc..
Qual
1g,H1
Page 5 of 30

Summit Environmental Technologies, Inc.
su, f"Puma
,
,' "_ a 1 3310 Win St.
Cuyahoga Falls, Ohio 44223
i.4t`' "1'F::�a'<n `; TEL: [phone] FAX [phone]
Website: hgp.,11www.set1ekcom
May 20, 2014
Chris Derouen .
Pace Analytical Services Inc
9800 Kincey Avenue Suite 100
Huntersville, NC 28078
TEL: [phone]
FAX: [phone]
RE: Dried Residual 516
Dear Chris Derouen: Order No.: 14050810
Summit Environmental Technologies, Inc. received 1 sample(s) on 5/8/2014 for the analyses
presented in the following report.
There were no problems with the analytical events associated with this report unless noted in the
Case Narrative.
Quality control data is within laboratory defined or method specified acceptance limits except
where noted.
If you have any questions regarding these tests results, please feel free to call the laboratory.
Sincerely,
Dr. Mo Osman
Project Manager
3310 Win St.
Cuyahoga Falls, Ohio 44223
A2LA 0724.01, Alabama 41600, Arkansas 88-D735, California 07256CA, Colorado, Connecticut PH 0105, Delaware, Florida NELAC E87688, Georgia
E87688 and 943, Idaho OH00923, Illinois 200061 and Reg.5, Indiana C-011-13, Kansas E-1D347, Kentucky (underground Storage Tank) 3, Kentucky
90146, Louisiana 04061 and LA12004, Maine 2012015, Maryland 339, Massachusetts M-OPH923, Minnesota 409711, Montana CERT0099, New
Hampshire 2996, New Jersey 011006, New York 11777, North Carolina 39705 and 631, Ohio 4170, Ohio VAP CL0052, Oklahoma 9940, Oregon
OH2O0001, Pennsylvania 68-01335, Rhode Island LA000317, South Carolina 92016001, Tennessee TN04018, Texas T104704466-11-5, Region 8 8TMS-
L, USDA/APHIS P330-11-00244, Utah OH009232011-1, Vermont VT-87688, Virginia 00440 and 1581, Washington C891, West Virginia 248 and 9957C
andE87688, Wisconsin399013010
Page 1 of 7
Page 20 of 30

°.
� Summit Environmental Technologies, Inc.
tf 3310WinSt. Case Narrative
r.. ,
c'It'idtal§1�il. gt. rity[,, ;d« Cuyahoga Falls, Ohio 44223
C TEL: [phone] FAX.- (330) 253=4489 WO#: 14050810
Website: htW.-11www.settek com Date: 5/20/2014
CLIENT: Pace Analytical Services Inc
Project: Dried Residual 516
This report in its entirety consists of the documents listed below. All documents contain the Summit
Environmental Technologies, Inc. Work Order Number assigned to this report.
Paginated Report including: Cover Letter, Case Narrative, Analytical.Results, Applicable Quality
Control Summary Reports and copies of the Chain of Custody Documents supplied .with this sample
set. .
Concentrations reported with a J flag in the Qual field are values below the Limit of Quantitation
(LOQ) but greater than the established Limit of Detection (LOD). There is greater uncertainty
associated with these results and data should be considered as estimated.
Method numbers, unless specified as SM (Standard Methods) or ASTM, are EPA methods.
Estimated uncertainty values are available upon request
Any comments or problems with the analytical events associated with this report are noted below.
Original
Page 3 of 7
Page3of9
ge 22 of 30

. ' a eg r Summit Environmental Technologies, Inc.
r' * 3310 Win St.
Cuyahoga Falls, Ohio 44223
; _ • 'tt` " 'l`t�R k'=^' TEL: [phone] FAX.•'[phone]
Website: http.-Ilwww.setiek.com
WO#: 14050810
Date Reported: 5/20/2014
Company: Pace Analytical Services Inc
Address: 9800 Kincey Avenue Suite 100
Huntersville NC 28078
Received: 5/8/2014
Project#: Dried Residual 5
Client ID#
Lab ID# Collected Analyte
Result Units
Matrix
Method
DF RL
Run
Analyst
92200099002
001 .5/6/2014 Flashpoint (140°F)
>140 °F
Solid
EPA 1010
1
5/9/2014
TAH
92200099D02
001 5/6/2014 Cyanide, Reactive
ND mg/Kg
Solid
EPA 9014
1 0.50
5/9/2014
TIR
92200099002
001 5/6/2014 pH
5.4 s.u.
Solid
EPA 9045 D
1
5/9/2014
AYS
92200099002
001, 5/6/2014 Sulfide, Reactive
ND mg/Kg
Solid
EPA 9034
1 25
5/9/2014 .
TIR
P g 23 of 3

'-AR Calculations- 5/6/2014
SAR = Sodium (Na) Milli Equivalent
0.5 X (Calcium (Ca) Milli Equivalent+ Magnesium(Mg) Milli Equivalent)o.5
Na= 671 mg/kg- Na Milli Equivalent(ME)= 671/23 equivalent wgt=29.2ME
Ca= 8380 mg/kg- Ca Milli Equivalent(ME)= 8380/20 equivalent wgt= 419 ME
Mg= 3450 mg/kg- Mg Milli Equivalent(ME)= 3450/12 equivalent wgt= 287.5 ME
SAR= 29.2 Na Milli Equivalent
0.5 X (419 Ca Milli Equivalent + 287.5 Mg Milli Equivalent)0.5
29.2 Na Milli Equivalent
(0.5X706.5)0.5
29.2 Na Milli Equivalent
(706.5)0.5
= 29.2 Na Milli Equivalent
26.6
SAR= 1.1

y�:��<
x'
4� Environmental Testir
g solutions, Inc. Certificate of Analysis
Project name: Tuckaseime Water & Sewer
Collection date: 12-Jun-14
Date received:
12-Jun-14
Sample identification: Dried Residual - Grnh
Parameter
Method
Percent Solids
SM 2540 G
Mulitple Tube Fermentation Procedure
SM 9221-E
Reactive Cyanide
335.4
Reactive Sulfide
SM 4500 S D
Ignitability
SW 846 1030
pH in Soil'
9045 C
PO Box 7565
Asheville, NC 28802
Phone: [phone]
Fax: [phone]
Project number: 140612.506
Sample number:
117072
Result
-
RL
Units
Date
Analyzed
Analyst
Footnotes
96
%
12-Jun-14
KW
4320
173
MPN
12-Jun-14
KEK
<0.005
0.005
mg/kg
264un-14
ECHEM
1
<0.251
0.251
mg/kg
26-Jun-14
ECHEM
1
<0.8
0.8
nM /sec
17-Jun-14
ECHEM
1
6.1
S.U.
12-Jun-14
KW
2
Footnotes:
RL = Reporting Limit. Values are reported down to the Reporting Limit only.
1. Sample analyzed by Rogers & Callcott Environmental.
2. Sample analzyed outside holding time.
Date reviewed: N • NC Certification Number: 600
Data reviewed by: Kelley E. Keenan SC Certification Number: 99053
— Signature: K 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.

•
nvirochem
/ SM
l ANALYTICAL.$ CONSULTING
CHEMISTS
Environmental Testing Solutions, Inc.
Post Office Box 7565
Asheville NC 28802
Attention: Kelley Keenan (ETS)
Lab ID
14-17151
Test
RCI
lgnitability
Cyanide
pH
Sulfide
Environmental Chemists, Inc.
6602 Windmill Way • Wilmington, NC 28405
[phone] (Lab) 0 [phone] (Fax)
710 Bowsertown Road • Manteo, NC 27954
[phone]
NCDENR: DWQ CERTIFICATE #94. DLS CERTIFICATE #37729
Date of Report: Jun 26, 2014
Customer PO #:
Customer ID: 08100055
Report #: 2014-06973
Project ID: TWSA
Sample ID: Dried Residual Collect Daterrime Matrix Sampled by
Site: 6/12/2014 9:00 AM Solid/Sludge Client
Method Results Date Analvzed
Comment:
r _ Reviewed by.
EPA 1030
EPA 335.4
SM 4500 H B
SM 4500 S D
<0.8 mm/sec
06/17/2014
< 0.005 mg/kg
06/26/2014
5.86 units
06/18/2014
<0.251 mg/kg
06/26/2014
Report #.: 2014-06973
Page 1 of 1

311
x
Environmental Testing Solutions, Inc. Certificate of Analysis,
Project name: Tuckaseigee Water & Sewer
Collection date: 9-Jun-14
Date received: 9-Jun-14
PO Box 7565
Asheville, NC 28802
Phone: [phone]
Fax: [phone]
Project number: 140609.506
Sample identification: Dried Residual - Grab
Sample number:
116850
Parameter
Method
Result
RL
Units
Date
Analyst
Footnotes
Analyzed
Percent Solids
SM 2540 G
97
%
9-Jun-14
KW
Mulitple Tube Fermentation Procedure
SM 9221-E
22310
175
MPN
10-Jun-14
KEK
Reactive Cyanide
335.4
<0.125
0.125
mg/kg
26-Jun-14
ECHEM
I
Reactive Sulfide
SM 4500 S D
<0.251
0.251
mg/kg
26-Jun-14
ECHEM
I
Ignitability
SW 846 1030
<0.8
0.8
mm/sec
13-Jun-14
ECHEM
1
pH in Soil
9045 C
6.0
S.U.
10-Jun-14
KEK
2
Footnotes:
RL = Reporting Limit. Values are reported down to the Reporting Limit only.
1. Sample analyzed by Rogers & Callcott Environmental.
2. Sample analzyed outside holding time.
Date reviewed: (x •Z?.II NC Certification Number: 600
Data reviewed by: Kelley E. Keenan SC Certification Number: 99053
(, NC Drinking Water Certification Number: 37786
Signature: LA -
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,

Environmental Chemists, Inc.
envirochem 6602 Windmill Way - Wilmington, NC 28405
[phone] (Lab) • [phone] (Fax)
710 l3owsertown Road - Manteo, NC 27954
l — ANALYTICAL &CONSULTING [phone]
CHEMISTS NCDENR: DWQ CERTIFICATE #94. DIS CERTIFICATE #37729
Environmental Testing Solutions, Inc. Date of Report: Jun 26, 2014
Post Office Box 7565 Customer PO #:
Asheville NC 28802 Customer ID: 08100055
Attention: Kelley Keenan (ETS) Report #: 2014-06897
Project ID: TWSA
Lab 1D Sample ID: Collect Date/Time - Matrix Sampled by
14-16920 Site: Dried Residual 6/9/2014 5:00 PM Solid/Sludge Client
Test Method Results Date Analyzed
RCI
Ignitability EPA 1030 <0.8 mm/sec 06/13/2014
Cyanide EPA 335.4 <0.125 mg/kg 06/26/2014
Sulfide SM 4500 s D <0.251 mg/kg 06/26/2014
Comment
Reviewed by: /
Report#_: 2014-06897 Page 1 of 1

COD
-- Environmental Testing Solutions, Inc. Certificate of Analysis
Project name: Tuckaseigee Water & Sewer
Collection date: 30-Jun-14
Date received: 30-Jun-14
Sample identification: Dried Residual - Grab
PO Box 7565
Asheville, NC 28802
Phone: [phone]
Fax: [phone]
Project number: 140630.504
Sample number:
117540
Parameter Method Result RL Units Date Analyst Footnotes
Analyzed
Percent Solids SM 2540 G 97 % 30-Jun-14 KW
Mulitple Tube Fermentation Procedure SM 9221-E <175 175 MPN 30-Jun-14 KEK
Footnotes:
RL = Reporting Limit. Values are reported down to the Reporting Limit only.
Date reviewed: Q r'7 i(y 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.

'aceAnalXical
wmpacelabs.com
July 28, 2014
Mr. Stan Bryson
Tuckaseigee Water & Sewer Co.
1246 West Main Street
Sylva, NC 28779
RE: Project: Dried Residual Fecal 6/30
Pace Project No.: 92207373
Pace Analytical Services, Inc.
2225 Riverside Dr.
Asheville, NC 28804
[phone]
Dear Mr. Bryson:
Enclosed are the analytical results for sample(s) received by the laboratory on June 30, 2014. The
results relate only to the samples included in this report. Results reported herein conform to the
most current TNI standards and the laboratory's Quality Assurance Manual, where applicable, unless
otherwise noted in the body of the report.
\ j Analyses were performed at the Pace Analytical Services location indicated on the sample analyte
page for analysis unless otherwise footnoted.
If you have any questions concerning this report, please feeIr free to contact me.
Sincerely,
Chris Derouen
[e-mail]
Project Manager
Enclosures
NC
eORA�
I�
REPORT OF LABORATORY ANALYSIS
This report shall not be reproduced, except in full,
without the written consent of Pace Analytical Services, Inc..
Page 1 of 10

1
�r
aceAnalXical
www.pacelabs.com
ANALYTICAL RESULTS
Project: Dried Residual Fecal 6130
Pace Project No.: 92207373
Pace Analytical Services, Inc.
2225 Riverside Dr.
Asheville, NC 28804
[phone]
Sample: TWSA DRIED SLUDGE
Lab ID: 92207373001 Collected: 06/30/1411:00
Received: 06/30/14 12:30 Matrix: Solid
Results reported on a "dry -weight" basis
Parameters
Results Units Report Limit
DF
Prepared Analyzed CAS No. Quaff
Percent Moisture
Analytical Method: ASTM D2974-87
Percent Moisture
3.6 % 0.10
1
07/03/14 18:30
92210E Fecal Coliform, MPN RAL
Analytical Method: SM9221C E (MPN) 503
Fecal Coliforms, MPN
1.9 MPN/g 0.019
07/01/1410:40 1g
2540G Total Percent Solids
Analytical Method: SM 2540G
Total Solids
96.6 % 0.000010
1
07/03/1412:01
Date: 07/28/2014 10:53 AM
REPORT OF LABORATORY ANALYSIS
This report shall not be reproduced, except in full,
without the written consent of Pace Analytical Services, Inc..
Pade 4 of 10

f'
www.pacalabs.com
t
July 21, 2014
Mr. Stan Bryson
Tuckaseigee Water & Sewer Co.
1246 West Main Street
Sylva, NC 28779
RE: Project: Dried Residual 7/10
Pace Project No.: 92208741
ECIEW
FA2 s 2014
PacecAnalytical Services, Inc
2225 Riverside D
Asheville, NC 2880•
(828)254-71 7
Dear Mr. Bryson:
Enclosed, are the analytical results for sample(s) received by the laboratory on July 10, 2014. The
results relate only to the samples included in this report. Results reported herein conform to the
most current TNI standards and the laboratory's Quality Assurance Manual, where applicable, unless
otherwise noted in the body of the report.
Analyses were performed at the Pace Analytical Services location indicated on the sample analyte
page for analysis unless otherwise footnoted.
If you have any questions concerning this report, please feel free to contact me.
Sincerely,
/4--
Chris Derouen
[e-mail]
Project Manager
Enclosures
REPORT OF LABORATORY ANALYSIS
This report shall not be reproduced, except in full,
without the written consent of Pace Analytical Services, Inc..
Page 1 of 1

aceAna6d cal
www.pacelabsxom
ANALYTICAL RESULTS
Project: Dried Residual 7/10
Pace Project No.: 92208741
Pace Analytical Services, Inc
2225 Riverside D
Asheville, NC 2880•
. (828)254-717
-'ample: I VIISA DRIED RESIDUAL Lab ID: 92208741001 Collected: 07/10/14 12:50 Received: 07/10/14 14:07 Matrix: Solid
Results reported on a "dry -weight" basis
Parameters Results Units Report Limit DF Prepared Analyzed. CAS No. Qual
Percent Moisture Analytical Method: ASTM D2974-87
Percent Moisture 4.7 % 0.10 1 07/14/14 15:48
92210E Fecal Colifonn, MPN RAL Analytical Method: SM9221C E (MPN) 503
Fecal Coliforms, MPN 1.9 MPN/g 0.019 1 07/11/14 10:13 1g
Date: 07/21/2014 05:14 PM
REPORT OF LABORATORY ANALYSIS
This report shall not be reproduced, except in full,
without the written consent of Pace Analytical Services, Inc..
Page 4 of 1

aceAnalXical
www.pacelabs.com.
1
August 25, 2014
Mr., Stan Bryson
Tuckaseigee Water & Sewer Co.
1246 West Main Street
Sylva, NC 28779
RE: Project: Dried Residual 8/5
Pace Project No.: 92212017
0 AUG 2 9 2014 D
Pace Analytical Services, Inc.
2225 Riverside Dr.
Asheville, NC 28804
[phone]
Dear Mr. Bryson:
Enclosed are the analytical results for sample(s) received by the laboratory on August 05, 2014. The
results relate only to the samples included in this report. Results reported herein conform to the
most current TNI standards and the laboratory's Quality Assurance Manual, where applicable, unless
otherwise noted in the body of the report.
r
Analyses were performed at the Pace Analytical Services location indicated on the sample analyte
page for analysis unless otherwise footnoted.
Some analyses have been subcontracted outside of the Pace Network. The subcontracted
laboratory report has been attached.
If you have any questions concerning this report, please feel free to contact me.
Sincerely,
Chris Derouen
christopher.derouen @ pacelabs.com
-- Project Manager
Enclosures
REPORT OF LABORATORY ANALYSIS
This report shall not be reproduced, except in full,
q without the written consent of Pace Analytical Services, Inc.. Page 1 of 17

ac6Analy4ical
www.pacelabs.com
Pace Analytical Services, Inc.
2225 Riverside Dr.
Asheville, NC 28804
[phone]
(_ ANALYTICAL RESULTS
Project: Dried Residual 8/5
Pace Project No.: 92212017
Sample: TWSA DRIED RESIDUAL
Lab ID: 92212017001 Collected: 08/05/14 12:30 Received: 08/05/14 14:09 Matrix: Solid
Results reported on a "dry -weight"
basis
Parameters
Results Units Report Limit DF
Prepared Analyzed CAS No. Qual
6010 MET ICP
Analytical Method: EPA 6010 Preparation Method: EPA
3050
Aluminum
Arsenic
22500 mg/kg 178 20
08/06/14 16:20 08/08/14 14:53 7429-90-5
Cadmium
ND mg/kg 0.89 1
08/06/14 16:20 08/07/14 20:17 7440-38-2
Calcium
1.1 mg/kg 0.089 1
08/06/14 16:20 08/07/14 20:17 7440-43-9
Chromium
9630 mg/kg 178 20
08/06/14 16:20 08/08/14 14:53 7440-70-2
Copper
21.4 mg/kg 0.45 1
08/06/14 16:20 08/07/14 20:17 7440-47-3
Lead
392 mg/kg 0.45 1
08/06/14 16:20 08/07/14 20:17 7440-50-8
Magnesium
18.9 mg/kg 0.45 1
08/06/14 16:20 08/07/14 20:17 7439-92-1
Molybdenum
3300 mg/kg 8.9 1
08/06/14 16:20 08/07/14 20:17 7439-95-4
Nickel
4.8 mg/kg 0.45 1
08/06/14 16:20 08/07/14 20:17 7439-98-7
' Potassium
13.0 mg/kg 0.45 1
08/06/14 16:20 08/07/14 20:17 7440-02-0
Selenium
3900 mg/kg 446 1
08/06/14 16:20 08/07/14 20:17 7440-09-7
Sodium
5.4 mg/kg 0.89 1
08/06/14 16:20 08/07/14 20:17 7782-49-2
Zinc
591 mg/kg 446 1
08/06/14 16:20 08/07/14 20:17 7440-23=5
834 mg/kg 0.89 1
08/06/14 16:20 08/07/14 20:17 7440-66-6
7471 Mercury
Analytical Method: EPA 7471 Preparation Method: EPA 7471
(: ° "srcury
0.68 mg/kg 0.10 25
06/06/14 16:20 08/07/14 12:24 7439-97-6
arcent Moisture
Analytical Method: ASTM D2974-87
Percent Moisture
3.3 % 0.10 1
08/07/14 15:11
9221 CE Fecal Coliform, MPN RAL
Analytical Method: SM9221 C E (MPN) 503
Fecal Coliforms, MPN
1.9 MPN/g 0.018 1
08/06/14 10:00 1 g
2540G Total Percent Solids
Analytical Method: SM 2540G
Total Solids
96.7 % 0.000010 1
08/07/14 09:36
9045 pH Soil
Analytical Method: EPA 9045 -
pH at 25 Degrees C
5.5 Std. Units 0.10 1
. 08/06/14 11:32
Plant Available Nitrogen
Analytical Method: 40CFR PART 432.2
Plant Available Nitrogen
8760 mg/kg 1.0 1
08/18/14 11:30 N2
Total Nitrogen Calculation
Analytical Method: 40CFR PART 432.2
Nitrogen
28100 mg/kg 40.0 1
08/18/14 11:45 7727-37-9
350.1 Ammonia
Analytical Method: EPA 350.1
Nitrogen, Ammonia
1650 mg/kg 51.7 5
08/07/14 17:30 7664-41-7
351.2 Total Kjeldahl Nitrogen
Analytical Method: EPA 351.2
• Nitrogen, Kjeldahl, Total
28100 mg/kg 940 50
08/13/14 15:44 7727-37-9
353.2 Nitrogen, NO2/NO3
Analytical Method: EPA 353.2
rogen, Nitrate
4.9 mg/kg 2.1 1
08/15/14 22:34
REPORT OF LABORATORY ANALYSIS
'
Date: 08/25/2014 04:17 PM
This report shall not be reproduced, except in full,
without the written consent of Pace Analytical Services,
Inc.. Page 4 of 17

aceAnalytical
( www.pacerabs.com
f�
ANALYTICAL RESULTS
Pace Analytical Services, Inc.
2225 Riverside Dr.
Asheville, NC 28804
[phone]
Project: Dried Residual 8/5
Pace Project No.: 92212017
Sample: TWSA DRIED RESIDUAL Lab ID: 92212017001 Collected: 08/05/14 12:30 Received: 08/05/14 14:09 Matrix: Solid
Results reported on a "dry -weight" basis
Parameters Results Units Report Limit DF Prepared Analyzed CAS No. Qual
353.2 Nitrogen, NO2/NO3 Analytical Method: EPA 353.2
Nitrogen, Nitrite ND mg/kg 1.0 1 08/15/14 22:34
Nitrogen, NO2 plus NO3 4.9 mg/kg 2.1 1 08/15/14 22:34
365.1 Phosphorus, Total Analytical Method: EPA 365.1
Phosphorus 126 mg/kg 4.2 2 08/14/14 16:38 7723-14-0
REPORT OF LABORATORY ANALYSIS
This report shall not be reproduced, except in full,
')ate: 08/25/2014 04:17 PM without the written consent of Pace Analytical Services, Inc..
Page 5 of 17

• ` �. Summit Environmelttal Technologies, Inc.
y v
r �A .., .._ 3310 Win St.
CAI 90 Cuyahoga Falls, Ohio 44223
trtTh rya ;49i`A.S'f� TEL: [phone] FAX.• [phone]
Website: httn•//www settek com
August 11, 2014
Chris Derouen
Pace Analytical Services Inc
9800 Kincey Avenue Suite 100
Huntersville, NC 28078
TEL: [phone]
FAX: [phone]
RE: 92212017 Dried Residual 8/5
Dear Chris Derouen:
Order.No.: 14080458
Summit Environmental Technologies, Inc. received 1 sample(s) on 8/6/2014 for the analyses
presented in the following report.
There were no problems with the analytical events associated with this. report unless noted in the
Case Narrative.
Quality control data is within laboratory defined or method'specified acceptance limits except
where noted..
If you have any questions regarding these tests results, please feel free to call the laboratory.
Sincerely,
A-Z , �'
Dr. Mo Osman
Project Manager
3310. Win St.
Cuyahoga Falls, Ohio 44223
A2LA 0724.01, Alabama 41600, Arizona AZ0788, Arkansas 88-0735, California 07256CA,, Colorado, Connecticut PH-0105, Delaware, Florida NELAC
E87688, Georgia E87688 and 943, Idaho OH00923, Illinois 200061 and Reg.5, Indiana C-OH-13, Kansas E-10347, Kentucky (Underground Storage Tank)
3, Kentucky 90146, Louisiana 04061 and LA12004, Maine 2012015, Maryland 339, Massachusetts M-OPH923, Minnesota 409711, Montana CERT0099,
New Hampshire 2996. New Jersey OH006, New York 11777, North Carolina 39705 and 631, Ohio Drinking Water 4170, Ohio VAP CL0052, Oklahoma
9940, Oregon 0142O0001, Pennsylvania 68-01335, Rhode Island LA000317, South Carolina 92016001, Tennessee TN04018, Texas T104704466-11-5,
Region 8 8TMS-L, USDAIAPHIS P330-11-00244, Utah OH009232011-1
Virginia 248 and 9957C and E87688, Wisconsin 399013010 , Vermont VT•67688, Virginia 00440 and 1581, Washington C891, West
Page 1 of 5
Page 1 of 7

' Summit Environmental Technologies, Inc.
.: 3310Win St. Workorder
Cuyahoga Falls, Ohio 44223 Sample Summary
TEL: (330) 2S3-8217 FAX.- (330) 2S3-4489
Website: httn_//www.settek com WO#: 140804.58
17 Aug-l4
CLIENT: Pace Analytical Services Inc
Project: 92212017 Dried Residual 8/5
-Lab'SampleID Client Sample ID Tag No Date Collected
14080458-001 92212017002 Date Received Matrix
8/5/2014 12:30:00 PM 8/6/2014 9:55:00 AM' Solid
Page 2 of 5
Page 2 of 7

,• u
'
, _ __, Summit Environmental Technologies, Inc.
'� h �it
WO#: 14080458
a%.- ",
3310 Win St.
fl
Cuyahoga Falls, Ohio 44223
Date Reported: 8/11/2014
TEL: [phone]
FAX. 330 ( ) 253 4489
Company: Pace Analytical Services Inc
Website: htto://www.settelccom
Address: 9800 Kincey Avenue Suite 100
Huntersville NC 28078
Received: 8/6/2014
Project#: 92212017 Dried
Client ID#
Lab ID# Collected Analyte
Result Units
Matrix Method DF RL Run
Analyst
92212017002
001 8/5/2014 Flashpoint (140°F)
>140 °F
Solid EPA 1010 1 8/7/2014
TAH
92212017002
001 8/5/2014 Cyanide, Reactive
ND ppm
Solid EPA 9014 1 0.50 8/7/2014
TIR
92212017002
001 8/5/2014 pH
5.1 s.u.
Solid EPA 9045 D 1 8/7/2014
AYS
92212017002
001 8/5/2014 Sulfide, Reactive
ND pprn
Solid EPA 9034 1 25 8/7/2014
TIR
Pggee4 of57

i
c
SAR Calculations- 8 5/2014
SAR = Sodium (Na) Milli Equivalent
0.5 X (Calcium (Ca) Milli Equivalent+ Magnesium(Mg) Milli Equivalent)o.s
Na= 591 mg/kg- Na Milli Equivalent(ME)= 591/23 equivalent wgt=25.7ME
Ca= 9630 mg/kg- Ca Milli Equivalent(ME)= 9630/20 equivalent wgt= 481.5. ME
Mg= 3300 mg/kg- Mg Milli Equivalent(ME)= 3300/12 equivalent wgt= 275 ME
SAR= _ 25.71 Na Milli Equivalent
0.5 X (481.5 Ca Milli Equivalent + 275 Mg Milli Equivalent)o.s
25.71 Na Milli Equivalent
(0.5X756.5)0'
25.71 Na Milli Equivalent
(378.3)o.s
= 25.71 Na Milli Equivalent
19.4
SAR= 1.3
N

Pace Analytical services, 111a.
2225 Riverside Dr.
u�/+Q /{ n / �+ r ® Asheville, NC 28804
[dlieA alXi a [phone]
www.pacela6scom
November 21, 2014
Mr. Stan Bryson
Tuckaseigee Water & Sewer Co.
1246 West Main Street
Sylva, NC 28779
RE: Project: Dried Residual 11/4
Pace Project No.: 92223951
Dear Mr. Bryson:
Enclosed are the analytical results for sample(s) received by the laboratory between November 04,
2014 and November 06, 2014. The results relate only to the samples included in this report.
Results reported herein conform to the most current TNI standards and the laboratory's Quality
Assurance Manual, where applicable, unless otherwise noted in the body of the report.
Analyses were performed at the Pace Analytical Services location indicated on the sample analyte ,
page for analysis unless otherwise footnoted.
Some analyses have been subcontracted outside of the Pace Network. The subcontracted
laboratory report has been attached.
If you have any questions concerning this report, please feel free to contact me.
Sincerely,
Chris Derouen
[e-mail]
Project Manager
Enclosures
REPORT OF LABORATORY ANALYST
This report shall not reproduced, except in full,
eORp(fl
without the written consent of Pace Analytical Services, Inc..
Page 1 of 27

®
Pace Analytical Services, Inc.
aceAnalytical
2225 Riverside Dr.
www.pacelabs.com .
Asheville, NC 28804
[phone]
CERTIFICATIONS
Project: Dried Residual 11/4
Pace Project No.: 92223951
Raleigh Certification IDS
6701 Conference Drive, Raleigh, NC 27607
North Carolina Wastewater Certification #: 67
North Carolina Bioassay Certification M 16
North Carolina Drinking Water Certification M 37731
Charlotte Certification IDS
9800 Kinsey Ave. Ste 100, Huntersville, NC 28078
North Carolina Drinking Water Certification M 37706
Florida/NELAP Certification'* E87627
North Carolina Field Services Certification #: 5342
Kentucky UST Certification #: 84
West Virginia Certification #: 357
North Carolina Wastewater Certification #: 12
South Carolina Certification #: 99006001
Virginia/VELAP Certification M 460221
Asheville Certification IDS
2225 Riverside Drive, Asheville, NC 28804
Florida/NELAP Certification M E87648
North Carolina Wastewater Certification M 40
Massachusetts Certification #: M-NC030
South Carolina Certification M 99030001
West Virginia Certification M 356
North Carolina' Drinking Water Certification M 37712
Virginia/VELAP Certification #: 460222
REPORT OF LABORATORY ANALYSIS
This report shall not be reproduced, except in full,
without the written consent of Pace Analytical Services, Inc..
Page 2 of27

I
�alceAnalytical"
www.pacelabs.com
.ANALYTICAL RESULTS
Project: Dried Residual 1114
Pace Project No.: 92223951
Pace Analytical Services, Inc.
2225 Riverside Dr.
Asheville, NC 28804
[phone]
sample: TWSA DRIED RESIDUAL
Lab ID: 92223961001 Collected: 11/04/14 09:30
Received: 11/04/1411:16 Matrix: Solid
Results reported on a "dry -weight"
basis
Parameters
Results Units
Report Limit
DF
Prepared
Analyzed
CAS No. Qual
6010 MET ICP
Analytical Method: EPA6010 Preparation Method: EPA3050
Aluminum
26100 mg/kg
193
20
11/05/1416:05
1110611413:02
7429-90-5
Arsenic
2.4 mg/kg
0.96
1
11/05/1416:05
11/06/14 04:27
7440-38-2
Cadmium
1.1 mg/kg
0.096
1
11/05/1416:05
11/06/14 04:27
7440-43-9
Calcium
7930 mg/kg
9.6
1
11/0511416:05
11/06/14 04:27
7440-70-2
Chromium
19.1 mg/kg
0.48
1
11/05/1416:05
11/06/14 04:27
7440-47-3
Copper
405 mg/kg
0.48
1
11/05/14 16:05
11/06/14 04:27
7440-50-8
Lead
21.1 mg/kg
0.48
1
11/05/1416:05
11/06/14 04:27
7439-92-1
Magnesium
2780 mg/kg
9.6
1
11/05/1416:05
11/06/14 04:27
7439-95-4
Molybdenum
5.2 mg/kg
0.48
1
11105/1416:05
11/06/14 04:27
7439-98-7
Nickel
13.9 mg/kg
0.48
1
11/05/1416:05
11/06/14 04:27
7440-02-0
Potassium
3200 mg/kg
482
1
11/05/1416:05
11/06/14 04:27
7440-09-7
Selenium
3.3 mg/kg
0.96
1
11105/1416:05
11/06/14 04:27
7782-49-2
Sodium
487 mg/kg
482
1
11/05/1416:05
11/06/14 04:27
7440-23-5
Zinc
867 mg/kg
0.96
1
11/05/1416:05
11/06/14 04:27
7440-66-6
7477 Mercury
Analytical Method: EPA7471 Preparation Method: EPA7471
Mercury
0.62 mg/kg
0.063
20
11105/1416:00
11/06/1412:57
7439-97-6
254OG Total Percent Solids
Analytical Method: SM 254OG
Total Solids
97.8 %
0.000010
1
11/06/14 09:02
Percent Moisture
Analytical Method: ASTM D2974-87
Percent Moisture
2.2 %
0.10
1
11/06/1413:09
9045 pH Soil
Analytical Method: EPA9045
pH at25 Degrees C
5.7 Std. Units
0.10
1
11/07/14 12:35
H1
Plant Available Nitrogen
Analytical Method: SM 2710B
Plant Available Nitrogen
13200 mg/kg
0.12
1
11/19/1415:16
N2
Total Nitrogen Calculation
Analytical Method: TKN+NO3+NO2 Calculation
Nitrogen
43300 mg/kg
40.0
1
11/1911415:30
7727-37-9
350.1 Ammonia
Analytical Method: EPA 350.1
Nitrogen, Ammonia
1220 mg/kg
50.1
5
11/12/14 03:15
7664-41-7
351.2 Total Kjeldahl Nitrogen
Analytical Method: EPA 351.2
Nitrogen, Kjeldahl, Total
43300 mg/kg'
4870
100
11/1811415:24
7727-37-9 M6
353.2 Nitrogen, NO2/11403
Analytical Method: EPA 353.2
Nitrogen, Nitrate
ND mg/kg
2.0
1
11/11/14 21:45
Nitrogen, Nitrite
ND mg/kg
0.98
1
11/11/14 21:45
Nitrogen, NO2 plus NO3
ND mg/kg
2.0
1
11/11/1421:45
Date: 11/21/2014 04:07 PM
REPORT OF LABORATORY ANALYSIS
This report shall not be reproduced, except in full,
without the written consent of Pace Analytical Services, Inc..
Page 4 of 27

aceAnalXical
www.pacelabs.com
ANALYTICAL RESULTS
Pace Analytical Services, Inc.
2225 Riverside Dr.
Asheville, NC 28804
[phone]
Project: Dried Residual 11/4
Pace Project No.: 92223951
Sample: TWSA DRIED RESIDUAL Lab ID: 92223951001 Collected: 11/04/14 09:30 Received: 11/04/14 11:16 Matrix: Solid
Results reported on a "dry -weight" basis
Parameters Results Units Report Limit DF Prepared Analyzed CAS No. Qual
365.1 Phosphorus, Total Analytical Method: EPA 365.1
Phosphorus 20100 mg/kg 818 200 11/10/14 16:07 7723-14-0
Sample: TWSA DRIED RESIDUAL Lab ID: 92223951003 Collected: 11/06/14 11:40 Received: 11/06/1414:03 Matrix: Solid
FECAL
Results reported on a "dry -weight" basis
Parameters Results Units Report Limit DF Prepared Analyzed CAS No. Qual
Percent Moisture Analytical Method: ASTM D2974-87
Percent Moisture 2.1 % 0.10 1 1112111412:57
92210E Fecal Coliform, MPN RAL Analytical Method: SM9221C E (MPN) 503
Fecal Coliforms, MPN 1.8 MPN/g 0.018 1 11/07/14 10:05 1g
Date: 11/21/2014 04:07 PM
REPORT OF LABORATORY ANALYSIS
This report shall not be reproduced, except in full,
without the written consent of Pace Analytical Services, Inc..
Page 5 of 27

1<;
SUMM01-
;�._Suluutil Errriranrrerrral Teclrrrolagies, Grc.
J 3310 nrNr sr.
EHVIROW6IENTAL TECHWOLOGIESr we CrryahogaFalls, Ohio 44223
z_ti,: Arraf� final LaE�oratales TEL: [phone] FAA, [phone]
►Yebsile: h1(a.•11irlru,,senek.conr
November 10, 2014
Chris Derouen
Pace Analytical Services Inc
9800 Kincey Avenue Suite 100
Huntersville, NC 28078
TEL: [phone]
FAX: [phone]
RE: 92223951 Dried Residual 11/4
Dear Chris Derouen:
Order No.: 14110445
Summit Environmental Technologies, Inc. received 1 sample(s) on 11/6/2014 for the analyses
presented in the following report.
There were no problems with the analytical events associated with this report unless noted in the
Case Narrative.
Quality control data is within laboratory defined or method specified acceptance limits except
where noted.
If you have any questions regarding these tests results, please feel free to call the Iabor•atory.
Sincerely,
Allq-�
�"
Dr. Mo Osman
Project Manager
3310 Win St.
Cuyahoga Falls, Ohio 44223
A2LA 0724.01, Alabama 41600, Arizona AZ0788, Arkansas 88.0735, Californiaa 07256CA, Colorado, Connecticut P1r-0105, Delaware, Florida NELAC
E87688, Georgia E97689 and 943. Idaho OH00923, Illinois 200061 and Reg.5, Indiana C-01-1-13, Kansas E-10347, Kentucky (Underground Storage Tad:)
3, Kenlucky 90146, Louisiana 04061 and LA 12004, hlaine 2Ol2Ol5, N-lary4ard 339, \dassac[nuselts M-OPH923, \finnnesoia 409711, \9ontara CE•RT0099,
New Hampshire 2996, Ncw Jersey 01-1006, New York 11777. North Carolina 39705 and 631, Ohio Drinking Water 4170, Ohio VAP C1.0052, Oklahor n
9940, Oregon 0H2O0001, Pennsyhmnia 68-01335, Rhode Island LA000317, South Carolina 92016001, Tennessee TN04018, Texas T104704466.11-5.
Region 8 8T\rS-1, USDA/APHIS P330.11-00244, Utah OH009232011-1, Vermont VT-87688, V6ginia 00440 and 1581, Washington C891, \Vest
Virginia 248 and 9957Cand E87688, Wisconsin 399013010
Page I of 4
Page 1 of 6
Page 19 of 27

E
Si -mil En "Ironmental Technologies, Ine. Workorder
3310 Wn St.
E S, i Nir, C19'alloga Falls, Oldo 44223 Sample Summary
Analytiral 1,91, le
TEL: [phone] FAir.. (330) 2s3-4489 woll: 14110445
Website-, IM-1-11inviv.sellek.tour
10-Nop-14
CLIENT: Pace Analytical Services Inc
Project:- 92223951 Dried Residual 11/4
Lab8amplell) Client Sample lD Tag No Date Collected Date Received Matrix
14110445-001 92223951002 11/4/2014 9:30:00 AM 11/6/2014 10:15:00 AM Solid
Page 2 of 4
Page 2 of 6
Page 20 of 27

l y �.1
r ' 1 /g;
a�,
t; Summit Environmental Technologies, life.
s
N
Case l�faY�)f�iitlVe
liY[
3310WinSt.
y
f hVIRONfdEfJ1'AL I'�CHPd�LOG:CS, Inc. Cu3nhogaFalls Olrio 44223
,T �=
nnelytira! G,hohafuh'les
,
TEL: [phone] r r.• [phone]
WO#' 14110445
❑�ebsite: Trap://um v.settek coo,
Date: 11/10/2014
CLIENT: Pace Analytical Services Inc
Project: 92223951 Dried Residual 1114
This report in its entirety consists of the documents listed below. All documents contain the Summit
Environmental Technologies, Inc. Work Order Number assigned to this report.
Paginated Report including: Covet' Letter, Case Narrative, Analytical Results, Applicable Quality
Control Summary Reports and copies of the Chain of Custody Documents supplied with this sample
set.
Concentrations reported with a J-Flag in the Qualifier Field are values below the Limit of Quantitation
(LOQ) but greater than the established Method Detection Limit (MDL).
Method numbers, unless specified as SM (Standard Methods) or ASTM, are EPA methods.
Estimated uncertainty values are available upon request.
Any comments or problems with the analytical events associated with this report are noted below.
Original
Page 3 of 4
Page 3 of 6
Page 21 of 27

3y1. Sromrri(EmtrarureulnlTecJnrologies, hra
' `f��
�1r0#' 14110445
J� r
eti%'IRONliE1dYA�rECHNo�Uci.cs,INC
Cuyahoga rails,
DtRo
Date Reported: 11/10/2014
P
_-
Analytlral t.;3l:ai:�torles TEL: (330)
253.8211 FAX' [phone]
Company: Pace Analytical Services Inc
Website.lr(tp.-lA nivettekconr
Address: 9800 Kincey Avenue Suite 100
Huntersville NC 28078
Received: 11/6/2014
Project#: 92223951 Dried
Client ID#
Lab ID# Collected Analyte
Result Units
Matrix Method DF RL Run
Analyst
92223951002
001 11/4/2014 Flashpoinl (1407)
>140 T
Solid EPA 1010 i 11/10/2014
TAH
92223951002
001 11/4/2014 Cyanide, Reactive
ND ppm
Solid EPA 9014 1 0.50 11/7/2014
TIR
92223951002
001 11/4/2014 pH
5.4 sm.
Solid EPA 9045 D 1 11/7/2014
AT
92223951002
001 11/4/2014 Sulfide, Reactive
ND ppm
Solid EPA 9034 1 25 1.11712014
TIR
Pdtwc4e,6
Page 22 of 27

r-,
Appendix (e)
2014 TCLP
Analysis
0

7
aceMalXical
www.pacelabs.com
t
August 25, 2014
Mr. Stan Bryson
Tuckaseigee Water & Sewer Co.
1246 West Main Street
Sylva, NC 28779
RE: Project: Dried Residual TCLP 8/5
Pace Project No.: 92212018
Dear Mr. Bryson:
SEP 1 5 2014 D
Pace Analytical Services, Inc.
2225 Riverside Dr.
Asheville, NC 28804
[phone]
Enclosed are the analytical results for sample(s) received by the laboratory on August 05, 2014. The
results relate only to the samples included in this report: Results reported herein conform to the
most current TNI standards and the laboratory's Quality Assurance Manual, where applicable, unless
otherwise noted in the body of the report.
Analyses were performed at the Pace Analytical Services location indicated on the sample analyte
page for analysis unless otherwise footnoted.
If you have any questions concerning this report, please feel free to contact me.
Sincerely,
Chris Derouen
[e-mail]
Project Manager
Enclosures
REPORT OF LABORATORY ANALYSIS
This report shall not be reproduced, except in full,
without the written consent of Pace Analytical Services, Inc..
Page 1 of 18

aceAnalytical
www.pacelabs.com
i
Project: Dried Residual TCLP 8/5
Pace Project No.: 92212018
Ormond Beach Certification IDs
8 East Tower Circle, Ormond Beach, FL 32174
Alabama Certification #: 41320
Arizona Certification #: AZ0735
Colorado Certification: FL NELAC Reciprocity
Connecticut Certification M PH-0216
Delaware Certification: FL NELAC Reciprocity
Florida Certification #: E83079
Georgia Certification #: 955
Guam Certification: FL NELAC Reciprocity
Hawaii Certification: FL NELAC Reciprocity
Illinois Certification #: 200068
Indiana Certification: FL NELAC Reciprocity
Kansas Certification #: E-10383
Kentucky Certification #: 90050
Louisiana Certification #: FL NELAC Reciprocity
Louisiana Environmental Certificate M 05007
Maryland Certification: #346
Massachusetts Certification M M-FL1264
Michigan Certification #: 9911
Mississippi Certification: FL NELAC Reciprocity
Charlotte Certification IDs
9800 Kincey Ave. Ste 100, Huntersvilie, NC 28078
North Carolina Drinking Water Certification #: 37706
North Carolina Field Services Certification #: 5342
North Carolina Wastewater Certification #: 12
South Carolina Certification #: 99006001
Asheville Certification IDs
2225 Riverside Dr., Asheville, NC 28804
Florida/NELAP Certification #: E87648
Massachusetts Certification #: M-NC030
North Carolina Drinking Water Certification #: 37712
CERTIFICATIONS
Missouri Certification #: 236
Montana Certification #: Cert 0074
Nebraska Certification: NE-OS-28-14
Nevada Certification: FL NELAC Reciprocity
New Hampshire Certification #: 2958
New Jersey Certification M FL765
New York Certification M 11608
North Carolina Environmental Certificate M 667
North Carolina Certification #: 12710
Pennsylvania Certification #: 68-00547
Puerto Rico Certification #: FLO1264
South Carolina Certification: #96042001
Tennessee Certification #: TN02974
Texas Certification: FL NELAC Reciprocity
US Virgin Islands Certification: FL NELAC Reciprocity
Virginia Environmental Certification #: 460165
Washington Certification #: C955
West Virginia Certification #: 9962C
Wisconsin Certification M 399079670
Wyoming (EPA Region 8): FL NELAC Reciprocity
Florida/NELAP Certification M E87627
Kentucky UST Certification #: 84
West Virginia Certification #: 357
Virginia/VELAP Certification #: 460221
North Carolina Wastewater Certification #: 40
South Carolina Certification #: 99030001
West Virginia Certification #: 356
Virginia/VELAP Certification #: 460222
REPORT OF LABORATORY ANALYSIS
This report shall not be reproduced, except in full,
without the written consent of Pace Analytical Services, Inc..
Pace Analytical Services, Inc.
2225 Riverside Dr.
Asheville, NC 28804
[phone]
Page 2 of 18

El
aceAnalXical
1 www.pacelabs.com
Project: Dried Residual TCLP 8/5
Pace Project No.: 92212018
Lab ID Sample ID
92212018001 TWSA DRIED RESIDUAL TCLP
SAMPLE ANALYTE COUNT
Method
EPA 8081
EPA 8151
EPA 6010
EPA 7470
EPA 8270
EPA 8260
EPA 9095
REPORT OF LABORATORY ANALYSIS
This report shall not be reproduced, except in full,
without the written consent of Pace Analytical Services, Inc..
Pace Analytical Services, Inc.
2225 Riverside Dr. -
Asheville, NC 28804
[phone]
Analytes
Analysts
Reported
Laboratory
RES
8
PASI-C
LJM
3
PASI-O
JMW
7
PASI-A
HVK
1
PASI-A
RES
18
PASI-C
DLK
14
PASI-C
MDW
1
PASI-A
Page 3 of 18

aceAnalXical
/ www.pacelabs.com
fr=
ANALYTICAL RESULTS
Pace Analytical Services, Inc.
2225 Riverside Dr.
Asheville, NC 28804
[phone]
Project: Dried Residual TCLP 8/5
Pace Project No.: 92212018
Sample: TWSA DRIED RESIDUAL Lab ID: 92212018001 Collected: 08/05/14 12:30 Received: 08/05/14 14:09 Matrix: Water
TCLP
Parameters Results Units Report Limit DF Prepared Analyzed CAS No. Qual
8081 GCS Pesticides, TCLP`
gamma-BHC (Lindane)
Chlordane (Technical)
Endrin
Heptachlor epoxide
Methoxychlor
Toxaphene
Surrogates
Decachlorobiphenyl (S)
Tetrachloro-m-xylene (S)
8151 Chlorinate Herbicide TCLP
2,4-D
2,4,5-TP (Silvex)
Surrogates
2,4-DCAA (S)
6010 MET ICP, TCLP
l
Arsenic
Barium
Cadmium
Chromium
Lead
Selenium
Silver
Analytical Method: EPA8081 Preparation Method: EPA3510
Leachate Method/Date: EPA 1311; 08/06/14 13:45
ND ug/L
2.5
5
08/12/14 09:28
08/12/14 22:35
58-89-9
ND ug/L
15.0
5
08/12/14 09:28
08/12/14 22:35
57-74-9
ND ug/L
2.5
5
08/12/14 09:28
08/12/14 22:35
72-20-8
ND ug/L
2.5
5
08/12/14 09:28
08/12/14 22:35
1024-57-3
ND ug/L
5000
5
08/12/14 09:28
08/12/14 22:35
72-43-5
ND ug/L
15.0
5
08/12/14 09:28
08/12/14 22:35
8001-35-2
0 %
10-138
5
08/12/14' 09:28
08/12/14 22:35
2051-24-3 D3,S4
0 %
10-110
5
08/12/14 09:28
08/12/14 22:35
877-09-8
Analytical Method: EPA 8151 Preparation Method: EPA 3510
ND mg/L
0.010 1
ND mg/L
0.010 1
94 %
42-142 1
08/13/14 08:05 08/14/14 03:06 94-75-7
08/13/14 08:05 08/14/14 03:06 93-72-1
08/13/14 08:05 08/14/14 03:06 19719-28-9
Analytical Method: EPA6010 Preparation Method: EPA3010
Leachate Method/Date: EPA 1311; 08115/14 16:30
ND mg/L
0.050 1
08/18/14 19:05
08/19/14 04:23
7440-38-2
0.38 mg/L
0.25 1
08/18/14 19:05
08/1.9/14 04:23
7440-39-3
ND mg/L
0.0050 1
08/18/14 19:05
08/19/14 64:23
7440-43-9
ND mg/L
0.025 1
08/18/14 19:05
08/19/14 04:23
7440-47-3
ND mg/L
0.025 1
08/18/14 19:05
08/19/14 04:23
7439-92-1
ND mg/L
0.10 1
08/18/14 19:05
08/19/14 04:23
7782-49-2
ND mg/L
0.025 1
08/18/14 19:05
08/19/14 04:23
7440-22-4
® 7470 Mercury, TCLP
Analytical Method: EPA 7470 Preparation Method: EPA 7470
Leachate Method/Date: EPA 1311; 08/15/14 16:30
Mercury
0.48 ug/L 0.20 1 08/18/14 20:00
08/19/14 15:42
7439-97-6
8270 MSSV TCLP Sep Funnel
Analytical Method: EPA 8270 Preparation Method: EPA 3510
Leachate Method/Date: EPA 1311; 08/06/14 13:45
1,4-Dichlorobenzene
ND ug/L 50.0 1 08/07/14 08:23
08/08/14 20:57
106-46-7
2,4-Dinitrotoluene
Hexachloro-1,3-butadiene
ND ug/L 50.0 1 08/07/14 08:23
08/08/14 20:57
121-14-2
Hexachlorobenzene
ND ug/L 50.0 1 08/07/14 08:23
ND ug/L
08/08/14 20:57
87-68-3
Hexachloroethane
50.0 1 08/07/14 08:23
ND ug/L
08/08/14 20:57
118-74-1
2-Methylphenol(o-Cresol)
50.0 1 08/07/14 08:23
ND ug/L
08/08/14 20:57
67-72-1
3&4-Methylphenol(m&p Cresol)
50.0 1 08/07/14 08:23
104 ug/L 50.0 1
08/08/14 20:57
95-48-7
Nitrobenzene
08/07/14 08:23
ND ug/L
08/08/14 20:57
Pentachlorophenol
50.0 1 08/07/14 08:23
ND ug/L 100
08/08/14 20:57
98-95-3
• Pyridine
1 08/07/14 08:23
ND ug/L
08/08/14 20:57
87-86-5
2,4,5-Trichlorophenol
50.0 1 08/07/14 08:23
ND ug/L
08/08/14 20:57
110-86-1
2,4,6-Trichlorophenol
50.0 1 08/07/14 08:23
ND ug/L
08/08/14 20:57
95-95-4
50.0 1 08/07/14 08:23
08/08/14 20:57
88-06-2
REPORT OF LABORATORY ANALYSIS
This report shall not be reproduced, except in full,
Date: 08/25/2014 06:44 PM
without the written consent of Pace Analytical Services, Inc..
Page 4 of 18

aceAnalytical
t www.pacelabs.com
Project: Dried Residual TCLP 8/5
Pace Project No.: 92212018
Sample: TWSA DRIED RESIDUAL
TCLP
- Parameters
8270 MSSV TCLP Sep Funnel
Surrogates
Nitrobenzene-d5 (S)
2-Fluorobiphenyl (S)
Terphenyl-d14 (S)
Phenol-d6 (S)
2-Fluorophenol (S)
2,4,6-Tribromophenol (S)
8260 MSV TCLP
Benzene
2-Butanone (MEK)
Carbon tetrachloride
Chlorobenzene
Chloroform
1,4-Dichlorobenzene
1,2-Dichloroethane
s - 1,1-Dichloroethene
Tetrachloroethene
Trichloroethene
Vinyl chloride
Surrogates
1,2-Dichloroethane-d4 (S)
Toluene-d8 (S)
4-Bromofluorobenzene (S)
9095 Paint Filter Liquid Test
® Free Liquids
Date: 08/25/2014 06:44 PM
Pace Analytical Services, Inc.
2225 Riverside Dr.
Asheville, NC 28804
[phone]
ANALYTICAL RESULTS
Lab ID: 92212018001 Collected: 08/05/14 12:30 Received: 08/05/14 14:09 Matrix: Water
Results Units Report Limit DF Prepared Analyzed CAS No. Qual
Analytical Method: EPA 8270 Preparation Method: EPA 3510
Leachate Method/Date: EPA 1311; 08/06/14 13:45
28 %
12-102
1
08/07/14 08:23
08/08/14 20:57
4165-60-0
28 %
13-107
1
08/07/14 08:23
08/08/14 20:57
321-60-8
36 %
21-132
1
08/07/14 08:23
08/08/14 20:57
1718-51-0
9 %
10-110
1
08/07/14 08:23
08/08/14 20:57
13127-88-3 S5
8 %
10-110
1
08/07/14 08:23
08/08/14 20:57
367-12-4 S5
21 %
27-108
1
08/07/14 08:23
08/08/14 20:57
118-79-6 S5
Analytical Method: EPA 8260 Leachate Method/Date:
EPA 1311; 08/14/14
11:03
ND ug/L
192
38.5
08/14/14 18:00
71-43-2
1540 ug/L
385
38.5
08/14/14 18:00
78-93-3
ND ug/L
192
38.5
08/14/14 18:00
56-23-5
ND ug/L
192
38.5
08/14/14 18:00
108-90-7
ND ug/L
192
38.5
08/14/14 18:00
67-66-3
ND ug/L
192
38.5
08/14/14 18:00
106-46-7
ND ug/L
192
38.5
08/14/14 18:00
107-06-2
ND ug/L
192
38.5
08/14/14 18:00
75-35-4
ND ug/L
192
38.5
08/14/14 18:00
127-18-4
ND ug/L
192
38.5
08/14/14 18:00
79-01-6
ND ug/L
192
38.5
08/14/14 18:00
75-01-4
139 % 70-130 38.5
117 % 67-135 38.5
101 % 70-130 38.5
Analytical Method: EPA 9095
PASS
1.0 1
REPORT OF LABORATORY ANALYSIS
This report shall not be reproduced, except in full,
without the written consent of Pace Analytical Services, Inc..
08/14/14 18:00 17060-07-0 1 g,S5
08/14/14 18:00 2037-26-5
08/14/14 18:00 460-00-4
08/15/14 10:10
Page 5 of 18

aceAnalytical
I www.pacelabs.com
I _
i
0
Project: Dried Residual TCLP 8/5
P P tN^' no�,on-io
ace rotec
QC Batch: MERP/6979
QC Batch Method: EPA 7470
Associated Lab Samples: 92212018001
METHOD BLANK: 1266511
Associated Lab Samples: 92212018001
Parameter Units
Mercury ug/L
LABORATORY CONTROL SAMPLE: 1266512
Parameter Units
Mercury ug/L
Pace Analytical Services, Inc.
2225 Riverside Dr.
Asheville, NC 28804
[phone]
QUALITY CONTROL DATA
Analysis Method: EPA 7470
Analysis Description: 7470 Mercury TCLP
Matrix: Water
Blank Reporting
Result Limit Analyzed Qualifiers
ND 0.20 08/19/1415:37
Spike LCS LCS % Rec
Conc. Result % Rec Limits Qualifiers
2.5 2.7 107 80-120
MATRIX SPIKE & MATRIX SPIKE DUPLICATE: 1266513 1266514
MS MSD
92212018001 Spike Spike MS MSD MS , MSD % Rec
/—_ Parameter Units Result Conc. Conc. Result Result % Rec % Rec Limits RPD Qual
Mercury ug/L 0.48 2.5 2.5 3.4 3.1 118 105 75-125 9
_ Results presented on this page are in the units indicated by the "Units" column except where an alternate unit is presented to the right of the result.
t
c-
REPORT OF LABORATORY ANALYSIS
This report shall not be reproduced, except in full,
Date: 08/25/2014 06:44 PM without the written consent of Pace Analytical Services, Inc.. Page 6 of 18

Pace Analytical Services, Inc.
aceAna1Xical ® 2225 Riverside Dr.
% Asheville, NC 28804
wrw+pacelabs.com
[phone]
t
QUALITY CONTROL DATA
Project: Dried Residual TCLP 8/5
Pace Project No.: 92212018
QC Batch: MPRP/16697 Analysis Method: EPA6010
QC Batch Method: EPA 3010 Analysis Description: 6010 MET TCLP
Associated Lab Samples: 92212018001
METHOD BLANK: 1266495 Matrix: Water
Associated Lab Samples: 92212018001
Blank Reporting
Parameter Units Result Limit Analyzed Qualifiers
Arsenic mg/L ND 0.050 08/19/14 04:16
Barium mg/L ND 0.25 08/19/14 04:16
Cadmium mg/L ND 0.0050 08/19/14 04:16
Chromium mg/L ND 0.025 08/19/14 04:16
Lead mg/L ND 0.025 08/19/14 04:16
Selenium mg/L ND 0.10 08/19/14 04:16
Silver mg/L ND 0.025 08/19/14 04:16
LABORATORY CONTROL SAMPLE: 1266496
Spike LCS LCS % Rec
Parameter Units Conc. Result % Rec Limits Qualifiers
Arsenic mg/L 2.5 2.7 106 80-120
Barium mg/L 2.5 2.6 106 80-120
Cadmium mg/L 2.5 2.6 102 80-120
Chromium mg/L 2.5 2.4 97 80-120
Lead mg/L 2.5 2.4 96 80-120
Selenium mg/L 2.5 2.6 106 80-120
Silver mg/L 1.2 1.3 101 80-120
MATRIX SPIKE & MATRIX SPIKE DUPLICATE:
1266497
MS
92212018001
Spike
Parameter
Units
Result
Conc.
Arsenic
mg/L
ND
2.5
Barium
mg/L
0.38
2.5
Cadmium
mg/L
ND
2.5
Chromium
mg/L
ND
2.5
Lead
mg/L
ND
2.5
Selenium
mg/L
ND
2.5
Silver
mg/L
ND
1.2
1266498
MSD
Spike
MS
MSD
MS
MSD
% Rec
Conc.
Result
Result
% Rec
% Rec
Limits
RPD
2.5
3.0
2.9
120
115
75-125
4
2.5
3.3
3.1
116
110
75-125
4
2.5
2.9
2.8
116
112
75-125
4
2.5
2.8
2.7
112
109
75-125
3
2.5
2.7
2.6
107
105
75-125
2
2.5
3.0
2.9
120
114
75-125
5
1.2
1.4
1.4
114
110
75-125
4
Results presented on this page are in the units indicated by the "Units" column except where an alternate unit is presented to the right of the result.
REPORT OF LABORATORY ANALYSIS
This report shall not be reproduced, except in full,
Date: 08/25/2014 06:44 PM without the written consent of Pace Analytical Services, Inc..
Qual
Page 7 of 18

aceAnalytical
www.pace/abs.wm
f
QUALITY CONTROL DATA
Pace Analytical Services, Inc.
2225 Riverside Dr.
Asheville, NC 28804
[phone]
Project: Dried Residual TCLP 815
Pace Project No.: 92212018
QC Batch: MSV/27953
Analysis Method: EPA 8260
QC Batch Method: EPA 8260
Analysis Description: 8260 MSV TCLP
Associated Lab Samples: 92212018001
METHOD BLANK: 1264272
Matrix: Water
Associated Lab Samples: 92212018001
Blank Reporting
Parameter
Units Result Limit
Analyzed
Qualifiers
1,1-Dichloroethene
ug/L
ND 5.0
08/14/14 15:00
1,2-Dichloroethane
ug/L
ND 5.0
08/14/14 15:00
1,4-Dichlorobenzene
ug/L
ND 5.0
08114/1415:00
2-Butanone (MEK).
ug/L
ND 10.0
08/14/14 15:00
Benzene
ug/L
ND 5.0
08114/1415:00
Carbon tetrachloride
ug/L
ND 5.0
08/14/14 15:00
Chlorobenzene
ug/L
ND 5.0
08/14/14 15:00
Chloroform
ug/L
ND 5.0
08/14/14 15:00
Tetrachloroethene
ug/L
ND 5.0
08/14/14 15:00
Trichloroethene
ug/L
ND 5.0
08/14/14 15:00
Vinyl chloride
ug/L
ND 5.0
08/14/14 15:00
1,2-Dichloroethane-d4 (S)
%
98 70-130
08/14/14 15:00
4-Bromofluorobenzene (S)
%
101 70-130
08/14/14 15:00
��- Toluene-d8 (S)
%
109 67-135
08/14/14 15:00
LABORATORY CONTROL SAMPLE:
1264273
Spike LCS
LCS % Rec
_ Parameter
Units Conc. Result
% Rec Limits Qualifiers
1,1-Dichloroethene
ug/L
50 50.0
100
66-135
1,2-Dichloroethane
ug/L
50 50.1
100
67-128
1,4-Dichlorobenzene
ug/L
50 51.6
103
78-130
2-Butanone (MEK)
ug/L
100 94.6
95
61-144
Benzene
ug/L
50 50.0
100
80-125
Carbon tetrachloride
ug/L
50 44.6
89
69-131
Chlorobenzene
ug/L
50 51.6
103
81-122
Chloroform
ug/L
50 53.3
107
73-127
Tetrachloroethene
ug/L
50 54.1
108
78-122
Trichloroethene
ug/L
50 48.6
97
78-122
Vinyl chloride
ug/L
50 47.3
95 .
58-137
1,2-Dichloroethane-d4 (S)
%
97
70-130
4-Bromofluorobenzene (S)
%
102
70-130
Toluene-d8 (S)
%
97
67-135
MATRIX SPIKE & MATRIX SPIKE DUPLICATE: 1264274 1264275
MS MSD
92213282002
Spike Spike MS
MSD MS
MSD % Rec
" Parameter
Units
Result Conc. Conc. Result
Result % Rec
% Rec Limits RPD Qual
1,1-Dichloroethene ug/L
ND 1920 1920 2440
1940 127 101 70-150 23
_ Results presented on this
r
page are
in the units indicated by the "Units" column except where an alternate unit is presented to the right of the result.
-
REPORT OF LABORATORY ANALYSIS
This report shall not be reproduced, except in full,
Date: 08/25/2014 06:44 PM
without the written consent of Pace Analytical
Services, Inc..
Page 8 of 18

aceAnalytical
www.pacelabs.com
t
QUALITY CONTROL DATA
Pace Analytical Services, Inc.
2225 Riverside Dr.
Asheville, NC 28804
[phone]
Project: Dried Residual TCLP 8/5
Pace Project No.: 92212018
MATRIX SPIKE & MATRIX SPIKE DUPLICATE:
1264274
1264275
MS
MSD
92213282002
Spike
Spike
MS
MSD
MS
MSD
% Rec
Parameter
Units
Result
Conc.
Conc.
Result
Result
% Rec
% Rec
Limits
RPD Qual
1,2-Dichloroethane
ug/L
ND
1920
1920
2670
2150
139
112
70-150
22
1,4-Dichlorobenzene
ug/L
ND
1920
1920
2290
1980
119
103
70-150
14
2-Butanone (MEK)
ug/L
ND
3850
3850
5360
3870
139
101
70-150
32 R1
Benzene
ug/L
ND
1920
1920
2630
2270
136
118
70-150
14
Carbon tetrachloride
ug/L
ND
1920
1920
2190
1810
114
94
70-150
19
Chlorobenzene
ug/L
ND
1920
1920
2280
2040
119
106
70-150
11
Chloroform
ug/L
ND
1920
1920
2780
2400
144
125
70-150
15
Tetrachloroethene
ug/L
ND
1920
1920
2260
1960
117
102
70-150
14
Trichloroethene
ug/L
ND
1920
1920
2430
2040
126
106
70-150
17
Vinyl chloride
ug/L
ND
1920
1920
2610
2120
136
110
70-150
21
1,2-Dichloroethane-d4 (S)
%
109
95
70-130
4-Bromofluorobenzene (S)
%
98
95
70-130
Toluene-d8 (S)
%
103
98
67-135
Results presented on this page are in the units indicated by the "Units" column except where an alternate unit is presented to the right of the result.
REPORT OF LABORATORY ANALYSIS
This report shall not be reproduced, except in full,
Date: 08/25/2014 06:44 PM without the written consent of Pace Analytical Services, Inc..
Page 9 of 18

E7
aceAnalytical
www.pacelabs.com
Project: Dried Residual TCLP 8/5
Pace Project No.: 9221.2018
QC Batch: OEXT/29356
QC Batch Method: EPA 3510
-
Associated Lab Samples: 92212018001
METHOD BLANK: 1261629
Associated Lab Samples: 92212018001
Parameter
Units
Chlordane (Technical)
ug/L
Endrin
ug/L
gamma-BHC (Lindane)
ug/L
Heptachlor epoxide
ug/L
Methoxychlor
ug/L
Toxaphene
ug/L
Decachlorobiphenyl (S)
%
Tetrachloro-m-xylene (S)
%
QUALITY CONTROL DATA
Analysis Method: EPA 8081
Analysis Description: 8081 GCS TCLP Pesticides
Matrix:
Water
Blank
Reporting
Result
Limit
Analyzed Qualifiers
ND
3.0
08/12/14 21:25
ND
0.50
08/12/14 21:25
ND
0.50
08/12/14 21:25
ND
0.50
08/12/14 21:25
ND
1000
08/12/14 21:25
ND
3.0
08/12/14 21:25
89
10-138
08/12/14 21:25
78
10-110
08/12/14 21:25
Pace Analytical Services, Inc.
2225 Riverside Dr.
Asheville, NC 28804
[phone]
LABORATORY CONTROL SAMPLE & LCSD: 1261630
1261631
Spike
LCS
LCSD
LCS
LCSD
% Rec
Max
Parameter
Units
Conc.
Result
Result
% Rec
% Rec
Limits
RPD RPD Qualifiers
Endrin
ug/L
1.2
1.1
1.0
87
85
20-134
3 30
gamma-BHC (Lindane)
ug/L
1.2
1.0
1.1
83
86
20-118
4 30
Heptachlor epoxide
ug/L
1.2
0.99
0.94
80
76
22-133
- 6 30
Methoxychlor
ug/L
3.7
ND
ND
83
87
44-150
30
Decachlorobiphenyl (S)
%
92
95
10-138
Tetrachloro-m-xylene (S)
%
80
78
10-110
Results presented on this page are in the units indicated by the "Units" column except where an alternate unit is presented to the right of the result.
REPORT OF LABORATORY ANALYSIS
This report shall not be reproduced, except in full,
Date: 08/25/2014 06:44 PM without the written consent of Pace Analytical Services, Inc.. Page 10 of 18

Is
acemalytical
t www.pacelabs.com
f
Project: Dried Residual TCLP 8/5
Pace Project No.: 92212018
QC Batch:. OEXT/18481
QC Batch Method: EPA 3510
Associated Lab Samples: 92212018001
METHOD BLANK: 977943
Associated Lab Samples: 92212018001
Parameter Units
2,4,5-TP (Silvex) mg/L
2,4-D mg/L
2,4-DCAA (S) %
QUALITY CONTROL DATA
Analysis Method: EPA 8151
Analysis Description: 8151 GCS Herbicides TCLP
Matrix: Water
Blank Reporting
Result Limit Analyzed Qualifiers
ND 0.010 08/14/14 00:35
ND 0.010 08/14/14 00:35
83 42-142 08/14/14 00:35
Pace Analytical Services, Inc.
2225 Riverside Dr.
Asheville,, NC 28804
[phone]
METHOD BLANK: 978055
Matrix: Water
Associated Lab Samples: 92212018001
Blank
Reporting
Parameter
Units
Result
Limit
Analyzed Qualifiers
2,4,5-TP (Silvex)
mg/L
ND 0.010
08/14/14 04:07
2,4-D
mg/L
ND 0.010
08/14/14 04:07
2,4-DCAA (S)
l --
%
84 42-142
08/14/14 04:07
LABORATORY CONTROL SAMPLE:
977944
Spike
LCS
LCS % Rec
Parameter
Units
Conc.
Result
% Rec Limits Qualifiers
2,4,5-TP (Silvex)
mg/L
.012
0.012
99 27-170
2,4-D
mg/L
.06
0.054
90 23-163
2,4-DCAA (S)
%
87 42-142
MATRIX SPIKE & MATRIX SPIKE DUPLICATE:
978053
978054
MS
MSD
10276067001
Spike
Spike
MS
MSD
MS
MSD
% Rec
Parameter
Units
Result
Conc.
Conc.
Result
Result
% Rec
% Rec
Limits RPD Qual
2,4,5-TP (Silvex)
mg/L
<0.0000
.0134
.0134
0.014
0.014
105
105
27-170 .5
55
2,4-D
mg/L
<0.0002
.0672
.0672
0.062
0.061
92
90
23-163 2
5
2,4-DCAA (S)
%
90
85
42-142
Results presented on this page are in the units indicated by the "Units" column except where an alternate unit is presented to the right of the result.
REPORT OF LABORATORY ANALYSIS
This report shall not be reproduced, except in full,
Date: 08/25/2014 06:44 PM without the written consent of Pace Analytical Services, Inc.. Page 11 of 18

aceAnalytical
% www.pacelabs.com
QUALITY CONTROL DATA
Project: Dried Residual TCLP 8/5
Pace Project No.: 92212018
QC Batch: OEXT/29254 Analysis Method: EPA 8270
QC Batch Method: EPA 3510 Analysis Description: 8270 TCLP MSSV
Associated Lab Samples: 92212018001
METHOD BLANK: 1258496
Associated Lab Samples: 92212018001
Matrix: Water
Parameter
Units
Blank
Result
1,4-Dichlorobenzene
ug/L
ND
2,4,5-Trichlorophenol
ug/L
ND
2,4,6-Trichlorophenol
ug/L
ND
2,4-Dinitrotoluene
ug/L
ND
2-Methylphenol(o-Cresol)
ug/L
ND
3&4-Methylphenol(m&p Cresol)
ug/L
ND
Hexachloro-1,3-butadiene
ug/L
NO
Hexachlorobenzene
ug/L
ND
Hexachloroethane
ug/L
ND
Nitrobenzene
ug/L
ND
Pentachlorophenol
ug/L
ND
Pyridine
ug/L
ND
2,4,6-Tribromophenol (S)
%
106
2-Fluorobiphenyl (S)
%
94
2-Fluorophenol (S)
%
48
Nitrobenzene-d5 (S)
%
89
Phenol-d6 (S)
%
33
Terphenyl-d14 (S)
%
109
Reporting
Limit
Analyzed
50.0
08/0711414:02
50.0
08/0711414:02
50.0
08/07/1414:02
50.0
08/0711414:02
50.0
08/07/1414:02
50.0
08/07/1414:02
50.0
08/07/1414:02
50.0
08/07/1414:02
50.0
08/07/1414:02
50.0
08/07/1414:02
100
08/07/1414:02
50.0
08/07/1414:02
27-108
08/07/1414:02
13-107
08/07/1414:02
10-110
08/07/1414:02
12-102
08/07/1414:02
10-110
08/07/1414:02
21-132
08/07/1414:02
LABORATORY CONTROL SAMPLE:
Parameter
1258497
Units
Spike
Conc.
LCS
Result
LCS
% Rec
® 1,4-Dichlorobenzene
ug/L
500
365
73
2,4,5-Trichlorophenol
ug/L
500
482
96
2,4,6-Trichlorophenol
ug/L
500
474
95
2,4-Dinitrotoluene
ug/L
500
504
101
2-Methylphenol(o-Cresol)
ug/L
500
336
67
3&4-Methylphenol(m&p Cresol)
ug/L
500
319
64
Hexachloro-1,3-butadiene
ug/L
500
360
72
Hexachlorobenzene
ug/L
500
456
91
Hexachloroethane
ug/L
500
400
80
Nitrobenzene
ug/L
500
455
91
Pentachlorophenol
ug/L
1000
933
93
Pyridine
ug/L
500
203
41
2,4,6-Tribromophenol (S)
%
111
2-Fluorobiphenyl (S)
%
90
2-Fluorophenol (S)
%
46
Nitrobenzene-d5 (S)
%
87
Phenol-d6 (S)
%
33
Terphenyl-dl4 (S)
%
102
Pace Analytical Services, Inc.
2225 Riverside Dr.
Asheville, NC 28804
[phone]
Qualifiers
% Rec
Limits Qualifiers
10-110
39-108
40-104
42-109
31-110
30-110
10-110
39-121
10-110
32-101
18-108
10-110
27-108 SO
13-107
10-110
12-102
10-110
21-132
Results presented on this page are in the units indicated by the "Units" column except where an alternate unit is presented to the right of the result.
Date: 08/25/2014 06:44 PM
REPORT OF LABORATORY ANALYSIS
This report shall not be reproduced, except in full,
without the written consent of Pace Analytical Services, Inc..
Page 12 of 18

r
11�aceAnalytical
www.pacelabs.com
QUALITY CONTROL DATA
Pace Analytical Services, Inc.
2225 Riverside Dr.
Asheville, NC 28804
[phone]
Project: Dried Residual TCLP 8/5
Pace Project No.: 92212018
MATRIX SPIKE & MATRIX SPIKE
DUPLICATE:
1258498
1258499
MS
MSD
92211759001
Spike
Spike
MS
MSD
MS
MSD
% Rec
Parameter
Units
Result
Conc.
Conc.
Result
Result
% Rec
% Rec
Limits
RPD Qual
1,4-Dichlorobenzene
ug/L
ND
500
500
195
236
39
47
30-150
19
2,4,5-Trichlorophenol
ug/L
ND
500
500
242
270
48
54
30-150
11
2,4,6-Trichlorophen ol
ug/L
ND
500
500
225
260
45
52
30-150
14
2,4-Dinitrotoluene
ug/L
ND
500
500
286
310
57
62
30-150
8
2-Methylphenol(o-Cresol)
ug/L
ND
500
500
171
253
34
51
30-150
39 R1
3&4-Methylphenol(m&p
ug/L
ND
500
500
156
238
31
48
30-150
41 R1
Cresol) '
Hexachloro-1,3-butadiene
ug/L
ND
500
500
185
237
37
47
30-150
25
Hexachlorobenzene
ug/L
ND
500
500
266
256
53
51
30-150
4
Hexachloroethane
ug/L
ND
500
500
178
238
36
48
30-150
29
Nitrobenzene
ug/L
ND
500
500
228
274
46
55
30-150
18
Pentachlorophenol
ug/L
ND
1000
1000
547
537
55
54
30-150
2
Pyridine
ug/L
ND
500
500
101
130
20
26
30-150
25 MO
2,4,6-Tribromophenol (S)
%
58
58
27-108
2-Fluorobiphenyl (S)
%
42
52
13-107
2-Fluorophenol (S)
%
23
29
10-110
Nitrobenzene-d5 (S)
%
44
54
12-102
Phenol-d6 (S)
%
16
23
10-110
j-- Terphenyl-d14 (S)
%
62
57
21-132
Results presented on this page are in the units indicated by the "Units" column except where an alternate unit is presented to the right of the result.
t
REPORT OF LABORATORY ANALYSIS
This report shall not be reproduced, except in full,
Date: 08/25/2014 06:44 PM without the written consent of Pace Analytical Services, Inc..
Page 13 of 18

r�
u
0
aceAnalytical
I www.pacelabs.com
t
Project: Dried Residual TCLP 8/5
Pace Project No.: 92212018
QC Batch: WET/32683
QC Batch Method: EPA 9095
Associated Lab Samples: 92212018001
SAMPLE DUPLICATE: 1264977
Parameter
Free Liquids
Pace Analytical Services, Inc.
2225 Riverside Dr.
Asheville, NC 28804
[phone]
QUALITY CONTROL DATA
Analysis Method: EPA 9095
Analysis Description: 9095 PAINT FILTER LIQUID TEST
92212018001 Dup
Units Result Result RPD Qualifiers
PASS PASS
Results presented on this page are in the units indicated by the "Units" column except where an alternate unit is presented to the right of the result.
REPORT OF LABORATORY ANALYSIS
This report shall not be reproduced, except in full,
Date: 08/25/2014 06:44 PM without the written consent of Pace Analytical Services, Inc..
Page 14 of 18

1�;a'cemalyticalo
r www.pacelabs.com
i
QUALIFIERS
Project: Dried Residual TCLP 8/5
Pace Project No.: 92212018
DEFINITIONS
Pace Analytical Services, Inc.
2225 Riverside Dr.
Asheville, NC 28804
[phone]
DF - Dilution Factor, if reported, represents the factor applied to the reported data due to changes in sample preparation, dilution of
the sample aliquot, or moisture content.
ND - Not Detected at or above adjusted reporting limit.
J - Estimated concentration above the adjusted method detection limit and below the adjusted reporting limit.
MDL -Adjusted Method Detection Limit.
PQL - Practical Quantitation Limit.
RL - Reporting Limit.
S - Surrogate
1,2-Diphenylhydrazine (8270 listed analyte) decomposes to Azobenzene.
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.
N-Nitrosodiphenylamine decomposes and cannot be separated from Diphenylamine using Method 8270. The result reported for
each analyte is a combined concentration.
Acid preservation may not be appropriate for 2-Chloroethylvinyl ether, Styrene, and Vinyl chloride.
Pace Analytical is TNI accredited. Contabt your Pace PM for the current list of accredited analytes.
TNI - The NELAC Institute.
LABORATORIES
PASI-A Pace Analytical Services -Asheville
PASI-C Pace Analytical Services - Charlotte
PASI-O Pace Analytical Services - Ormond Beach
ANALYTE QUALIFIERS
1g 8260 results are from a total analysis which show that analytes are not present or that they are present but at such low
levels that the appropriate regulatory levels could not possibly be exceeded, per Section 1.2 of Method 1311.
D3 Sample was diluted due to the presence of high levels of non -target analytes or other matrix interference.
M0 Matrix spike recovery and/or matrix spike duplicate recovery was outside laboratory control limits.
R1 RPD value was outside control limits.
SO Surrogate recovery outside laboratory control limits.
S4 Surrogate recovery not evaluated against control limits due to sample dilution.
S5 Surrogate recovery outside control limits due to matrix interferences (not confirmed by re -analysis).
Date: 08/25/2014 06:44 PM
REPORT OF LABORATORY ANALYSIS
This report shall not be reproduced, except in full,
without the written consent of Pace Analytical Services, Inc..
Page 15 of 18

aceAnalyfical
r' www.pacelabs.com
t
Pace Analytical Services, Inc.
2225 Riverside Dr.
Asheville, NC 28804
[phone]
Project:
Pace Project No.:
QUALITY CONTROL DATA CROSS REFERENCE TABLE
Dried Residual TCLP 8/5
92212018
Analytical
Lab ID'
Sample ID
QC Batch Method
QC Batch
Analytical Method
Batch
92212018001
TWSA DRIED RESIDUAL TCLP
EPA 3510
OEXT/29356
EPA 8081
GCSV/18531
92212018001
TWSA DRIED RESIDUAL TCLP
EPA 3510
0EXT/18481
EPA 8151
GCSW12124
92212018001
TWSA DRIED RESIDUAL TCLP
EPA 3010
MPRP/16697
EPA 6010
ICP/15076
92212018001
TWSA DRIED RESIDUAL TCLP
EPA 7470
MERP/6979
EPA 7470
MERC/6718
92212018001
TWSA DRIED RESIDUAL TCLP
EPA 3510
OEXT/29254
EPA 8270
MSSW9499
92212018001
TWSA DRIED RESIDUAL TCLP
EPA 8260
MSV/27953
92212018001
TWSA DRIED RESIDUAL TCLP
EPA 9095
WET/32683
f `
( REPORT OF LABORATORY ANALYSIS
This report shall not be reproduced, except in full,
Date: 08/25/2014 06:44 PM without the written consent of Pace Analytical Services, Inc.. Page 16 of 18

CHAIN
-OF -CUSTODY / Analytical Request Document
aeeAnal� ��(�cal
The Chain -of -Custody Is a LEGAL DOCUMENT. All relevant fields must be completed accurately.
i www.pacelahs:Eom
`-
-
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o
Section A
Section B
Section C Page:
of .,
Required Client Information:
`41 q
�,.- Required Project Information:
Invoice Information: -
o!
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Company_ !
/LI't1 f ; ;., .yam. y
ReportTo: I
a..)n j ICV'1625436
Attention:
•�.
Address: /
tw• 1 �i r (7 .-.. Copy -My, ' '1 !.1 .'
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Company Name:
REGULpcTORY=' 1
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Address:
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j (- NPDES )- GROUND WATERY j- DRINKING WATERI''
Email To:
J
Purchase Order
No.:
Para Ouote
Phone: - Fax:
Project Name:
Reference: (- UST [- RCRA
(- OTHER
Pace Project - - ;........
Manager.
Requested Due Date/TAT:
- Project Number.
1
Pace Pmmle
=:LEI
-'R®puesfedAnal
sisF-ilfered
Bectlon D'- Matrix Codes
RequiredClientlnfonnation
MATRIX /CODE
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Prose rvatives
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- - -
Drinking Water DIN
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Waste Water WW
Product P'
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COMPOSITE
START
COMPOSITE
'ENDIGRAB
1
W
—
SAMPLE ID
SoiVSolid SL
oil. OL
11
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A-Z; 0.9 / : Air AR .
Sample IDS MUST BE UNIQUE Tissue
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:_.:. '.,:: :_e.r;. ;.r<.,c.;: ::<<: z•,,:_:INQUISHED,:BYaAF.II ATION.: ,t>>a:; >:;b:.DATE:.-^., ::.: 1
7 ME `.. A EPTED.BYI.A
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SAMPLER,NAME'Ayq;SIG14ATURE-
PRINT Name of SAMPLER:
f•'
SIGNATURE of SA PLER:
Ii f �d•r
•Im; .ote: By signing this form you are accepting Pace's NET 30 day payment terns and agreeing to late charges of 1.5 % permon lvolces not paid within 30 days.
SAMPLE CONDITIONS
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F-ALL-Q-020rev.07, 1F I -2007
0

Document Name: Sample Condifion Upon.
Document Revised: June 10, 2014
aceAnalytical9
www.pacolab ,.00n
Receipt (SCUR)
Page 1 of 2. ;
Document No,:'
Issuing Authorities:
F-ASV-CS-003-rev.14
Pace Asheville Quality Office
Client Name:_ ` ,(,i,,
J
Courier (Circle): Fed Ex UPS USPS Commercial Pace Other
Custody. Seal on Cooler/Box Present: El yes no Seals intact: yes no
Packing Material: Bubble Wrap �. Bubble Bags V] NonEet
Other
T ermy. omer Used: IR Gun#3-130265963 Type of Ice: Blue None Samples on ice, cooling process has begun
R Gun #4 SN:1402 036 Other:
Temp Correc io ctor: Add /. ubtrac i C
Corrected Cooler Temp.: C
Tem should be above freezing to 6°C
P 9
Biological Tissue -is Frozen:: Yes No /A
Comments:.
Date and Initia s of person examining-
contents:
Chain of'Custody Present:
Yes ONo
❑N/A
1.
Chain of Custody Filled Out:'
' es ❑No
❑N/A
2.
Chain of Custody Relinquished: -
Xs ❑No.
❑N/A
3.
Sampler Name •& Signature on COC:
�es ❑No
❑N/A
4.
Samples Arrived within Hold Timer
�es []No.
❑N/A
5.
Short Hold Time Analysis (<72hr):
Dyes • No'
❑N/A
6.
Rush-Turn.Around Time Requested:
❑Yes , trgN
❑N/A
Sufficient Volume:
Yes ❑No
❑N/A
8.
Correct Containers Used:
-Pace Containers Used:
I 'es ❑No
j es El No
❑N/A
❑N/A
9. -
Containers Intact:
Yes ❑No
❑N/A
10.
Filtered volume received for Dissolved tests
Dyes No
❑NIA
11.
Sample' Labels match COC: Axis/ { ❑N/A
-Includes date/timeAD/Anal sis Matrix '9,�q't
12.
All containers needing preservation have been checked.
All containers needing preservation are found to be in
compliance with EPA recommendation.
exceptions: VOA, coliform, TOC, O&G, WI-DRO'(water)
es ❑No
Dyes ❑No
❑Yes dN.
❑NIA
❑N/A
13.
Samples checked for dechlbrination:
-Dyes ❑No
N/A
14.
Headspace in VOA Vials (>6mm):
❑Yes .❑No
N/A
15.
Trip Blank Present:
Trip Blank Custody Seals Present
Pace Trip Blank Lot # (if purchased):
Dyes ❑No
Dyes ❑No
1�61A
N/A
16.
Client Notification/ Resolution:
Person Contacted:. Date[Time:
Comments/ Resolution:
SCURF Review: Date:ff77
SRF Review: Date:
Note: Whenever there is a discrepancy affecting -North Carolina
compliance samples, a copy of this form will be sent to the North
Carolina DEHNR Certification Office (Le out of hold, incorrect
preservative, out of temp, incorrect containers)
Field Data Required? Y / N
Page 18 of 18

Appendix (f)
2014 Pathogen and Vector
Attraction Reduction

ANNUAL PATHOGEN AND VECTOR ATTRACTION REDUCTION FORM
Facility Name: Tuckaseigee Water and Sewer Auth. Permit Number: WQ 00005763
WWTP Name: TWSA Plant #1 NPDES Number: NC 0039578
Monitoring Period: From l/l/2014 To 12/31/2014
Pathogen Reduction (40 CFR 503.32) - Please indicate level achieved and alternative performed:
Class A: Alternative 1
Alternative 4
pplicable to alternative performe
apost Heat Drying
i Ray Gamma Ray
Class B: Alternative 1
pplicable to alternative performe
e Stabilization Air
Lerobic Digestion
pplicable to alternative verforme
Parameter in Sludge Mini
2 x 10 to the 6th
power MPN per
gram of total
solids or 2 x 10 to
Fecal Coliform the 6th power
CFU per gram of
1000 mpn per
gram of total solid
Salmonella bacteria I 3 MPN per 4
(in lieu of fecal grams total solid
0►
Alternative 2
Alternative 3
Alternative 5
Alternative 6
Class A only) indicate "Process to Further Reduce Pathogen
Heat Treatment
Thermophilic
P t zatio-=
as eun n
_-_ - _ __- --
Alternative 2
Alternative 3
Class B only) indicate "Process to Significantly Reduce Path
.ying
Composting
jAerobic Digestion
Class A or Class B) complete the following monitoring data:
Pathogen Density Number
of
Frequency
Sample
rr Geo. Mean
Maxim
Units
Excee-
de c s
of
Analysis
Type
22
22310
mpn/g
2*
quarterly
grab
Vector Attraction Reduction (40 CFR 503.33) - Please indicate option performed:
11
Tech-
15m
::A2alc.E
tion 1 ❑Option 2 ❑ Option 3 ❑ tion 4 ❑ Option 5 ❑
tion 6 Option 7 ion -
O t 8 Option 9 Option 1 ❑ ❑ 0
p P P P p
No vector attraction reduction options were performed ❑
CERTIFICATION STATEMENT (please check the appropriate statement)
❑ "I certify, under penalty of law, that the pathogen requirements in 40 CFR 503.32 and the vector -
attraction reduction requirement in 40 CFR 503.33 have been met."
1 "I certify, under penalty of law, that the pathogen requirements in 40 CFR 503.32 and the vector"
attraction reduction requirement in 40 CFR 503.33 have not been met." (Please note if you check
this statement attach an explanation why you have not met one or both of the requirements.)
"This determination has been made under my direction and supervision in accordance with the
system designed to ensure that qualified personnel properly gather and evaluate the information
used to determine that the pathogen and vector attraction reduction requirements have been met.. I
am aware that there are significant penalties for false certification including fine and imprisonment."
Stan Bryson, WWTP Operations Supt
Preparer ame and itle (type or print) Land Applier Name and Title (if applicable)(type or print)
Signature of Preparer l to Signature of Land Applier (6-EOplla@Ml) RF (5/2003) Date

its Ok 11"! 1 41,11' Y TYU A
(VA ZAMA 1JAWAj,
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On Van AM
oil A YO OL; fvAmL 'A Y. vuq:%'
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'm mA 10005 Do, 70 'SAMMKI ymmsk-hy win -ado 001 )OW", GO

Attachment to Annual Pathogen and Vector Attraction
• Reduction Form
Samples collected and analyzed for fecal coliforms on June 9tn1
2014 and June 12t", 2014 exceeded 1000 mpn/gm/solids. All of
the residuals associated with this sampling event were
landfilled and were not distributed to the public. A sample
collected June 30t" and analyzed by two separate certified labs
revealed the maximum coliforms to. be < 175 mpn/g/solids and
the stored residuals were considered to be compliant with 503
regulations.
Signed -111� ��4
Stan Bryson
® WWTP Operations Supt.

•
Appendix (g)
2014 Daily Dryer
Record '

TWSA DRYER OPERATIONS :
DAILY RECORD
DATE r�
START STOP TOTAL
RUN TIME, HRS ��� '1 51 i? 4
1st Dryer Batch
Fill Cycle Started @ - :Dry Cycle Started @ "Discharge Cy�IStarted @" "%.._!�;
Temperatures -
Time
Discharge
Exhaust
Discharge
Product
Dry + '
Timer.
chamber
In
Chamber
Out
Rotor
° In
Rotor
:" Out
Operator
1
10,1..
2 !6)
E.
o.. 3
a'
Time
Discharge
Exhaust
Discharge
Product
Dry ,..
-Timer
Chamber.
In
Chamber
Out
Rotor .
In.
Rotor.
Out..
Operator
o
'4q3
4
DRYER OUTPUT % SOLID Dish Wgt Wet Sample + Dish Dried Sample + Dish
rams rams rams
17,
1 39,)
x 100 = l�
% Total Solids
0602

Discharge
Discharge
Dry
Chamber '
Chamber
Rotor
Rotor
Time
Exhaust
Product
Timer .
In
Out
In
::Out '
Operator
56
DRYER OUTPUT % SOLID
Dish Wgt
Wet Sample + Dish
Dried. Sam le.+ Dish.
rams
rams '.-
rams
�S,�
Total,Solids. .
Alarms or Comments
- _ '

0
TWSA DRYER OPERATIONS- :
DAILY RECORD
DATE
START' STOP T(
RUN TIME, HRS
1 st Dryer Batch
: -Sta
Fill Cycle Started Cycle Started @ 71 Q`­'�igchargid' rted
Temperatures
Time
Discharge
Exhaust
Discharge
Product
Dry
Timer.
Chamber
In
Chamber'
Out
Rotor
R'dfbr
Operator
3
-4-77-1
I _�qt V245
to
�4 1,
L-2,(j
,,Time
Discharge
Exhaust
Discharge
Product
Dry.,
-Timer,
Chamber.
In
Chamber
Out
Rotor
In*.
Rotor,
Out
Operator'
3`2
W.
-7
19, b
4�9 -
1361
")44
100
'445
43 i
4�145
378"
-74
has
J50
sc�n
DRYER OUTPUT % SOLID,'
Dish -'V �Jgt
,,-s)
(gI rams
Wet Sample + Dish Dried Sample + Dish
(grams) (grams)
7,01
1:6)
R
z�
X
% Total Solids

me
Ti'l
Discharge
Exhaust
Discharge
Product
Dry
Timer..
Chamber
In
Chamber
out
Rotor
In
Rotor
Out
O erator
�y

TWSA DRYER OPERATIONS
DAILY RECORD
DATE
STARTSTOP TOTAL
RUN,T[.M.E,-HRS
1st Dryer Batch
Fill Cycle Started
Dry Cycle Started @ ycliFstarted @
Temperatures .. .........
Time
Discharge
Exhaust
Discharge
Product
Dry
Timer.
Chamber
In
Chamber
Out
Rotor
In
—A-6"t"or
Out
Operator-
P-05,
1-11/1J.
0
39,6)
25
L
'10 0
445
Y3z
�L
3��
4�w
,7irne
-Discharge
Exhaust
Discharge
Product-'
Dry
-Timer
Chamber
In
Chamber.
Out
Rotor
In .
Rot . or.
Out.
Operator
V
Z374;
�00
V,36�7
DRYER OUTPUT % SOLID E Dish Wgt Wet Sample + Dish Dried Sample +
(grams) (grams) (grams)
_32-31
q C(
x 100
�sy
Total Solids
.71602
IR

TWSA 'DRYER OPERATIONS
DAILY RECORD
3rd Dryer Batch G� ;j�%f ' � 7`o ���� s 7
y_ @ Dry Cycle Started @ Discharge Cycle Started.@
Fill C cle Started
Tem eratures
Discharge Discharge Dry Chamber' Chamber Rotor Rotor
Time Exhaust Product Timer . In Out In Out Operator
DRYER OUTPUT% SOLID
Dish Wgt
rams
..Wet Sample +:Dish:
rams ` ­
Dried.Sample.} Dish .
- rams
04

0
RUN TIME, HRS
1 st Dryer Batch
Fill Cycle Started @ Dry Cycle Started @ 1 Dischar e C CIeVStarted
g y @-.
Temperatures _....._._ ..
Time
Discharge
Exhaust
Discharge
Product
Dry
-Timer.
Chamber
In
Chamber
Out
Rotor .:
In" ` -
:. Rotor
Out
Operator
CL
/fL?
E`
jet!
Discharge
Exhaust
Discharge
. Product-'
- Dry _
.-Timer
chamber
In
Chamber
Out
Rotor .
In'.
Rotor..
.
Operator
/Time
l `33
��1
✓ ..g
`
+Out
z3
2�Z
G?
33
yz3
y3��
% `7
`f l
fifes
v� l
�P-
DRYER OUTPUT % SC
12.,2,
Wet Sample + Dish I Dried Sample + Dish
7-3 S7
f
% Total Solids
psCiz

Time
Discharge
Exhaust
Discharge
Product
Dry
• Timer..
Chamber
In
Chamber
Out
Rotor
In
Rotor
--.,.---Out
Operator.
42
d-7�
DRYER OUTPUT% SOLIDS Dish Wgt Wet Sample+:Dish Dried. Sam le.+Dish.
p
rams rams rarris
(;C sir
9i % Total, Solids,, .
Alarms or Comments

TWSA DRYER OPERATIONS
DAILY RECORD
START STOP TOTAL
RUN TIME, HRS `7 `� "E�.LA
• 1st Dryer Batch _ .__:.......-..
Dischar :-
Fill Cycle Started @ lP'^ Dry Cycle Started @ - ge Cycle -Started @ -./ "` - -- -
Temperatures
Time
Discharge
Exhaust
Discharge
Product
Dry
--Timer.
Chamber
In
Chamber
Out
Rotor
In' -':
Out
Operator
P-3V
-6 67
3�>
J7-7
'Pll
Y Y 3',�z
T
DRYER OUTPUT-% SOLIDS' Dish Wgt Wet Sample +Dish Dried Sample + Dish -.
rams • rams rams
�7
. x 100:. .... a I. plids
Lt
c� SAh
_5• a
�d Dryer Batc...
a v .
Fill Cycle Started < : =:= .Dry-Cycle.Started @: Discharge Cycle Started .@ �
Temperatures .
Time
Discharge
Exhaust
Discharge
Product
Dry _..
`Timer
Chamber.
'In
chamber
Out
Rotor.*
In '. .
Rotor.
'Out.
Operator
5 z
AM
ti/39'
k 3�
a 3
�-�-7
�
3
fo
DRYER OUTPUT % S
Dish Wgt . Wet Sample +Dish Dried SamU+Dishrams rams ra
i 3 Z6 70 -7, '3
1, 7,33513 X1oo=
b %Total Solids
W602

Time
Discharge
Exhaust
Discharge
Product
Dry
Timer..'
Chamber
In
Chamber
Out '
Rotor
In,
Rotor
-Out -
Operator

TWSA DRYER OPERATIONS
DAILY RECORD
ram., DATE ;
START STOP TOTAL.
5 RUN TIME, HRS
1 st Dryer Batch-
3 :. ,
Fill Cycle Started @ I Dry Cycle Started @ !` I bischerg"e-Cycli Started
lS�=:.. .. .... -
Tem eratures
Discharge
Discharge
_ Dry +
Chamber
Chamber
Rotor ..'..
Rotor
Time
7; 3()
Exhaust
Product
-.Timer.
In
Out
In "`.
" "Out
O erator--------------
F
lob
3
as l�f
a44
:
)d%D
as
a3
/
3
.:.3 5�
� -....
3.Q.1�
. �3 �
DRYER OUTPUT % SOLID
Dish-Wgt
..:Wet Sample +Dish— Dried Sample:+.Dish
'
rams
rams gams
-
,,Time
Discharge
Exhaust
Discharge
Product' :.
Dry
--Timer.
Chamber.
'In
Chamber
Out
Rotor ..
In'.
Rotor.
Out .
Operator
cfo
IDV
� `7
gLa � .
:-!�;D
J1
�11?
c
DRYER OUTPUT % SOLIDS
102
Dish Wgt .
rams
Wet Sample + Dish I Dried Sample + Dish
rams rams
.
0g5
0, 1a2
1 l 3 7 �L
YS�
_ I�c x100= M
�j o al Solids
- -216112

TWSA DRYER OPERATIONS
DAILY RECORD
DATE C� f 1
START STOP TOTAL
RUN TIME, HRS
1 st Dryer Batch
- Dischar e C cl Started "
Fill Cycle Started @- Dry Cycle Started @
Time
Discharge
Exhaust
Discharge
Product
Dry
Timer.
Chamber
In
Chamber
Out
Rotor ....
- In"
= Rotor
Out
Operator
3
OIL-
3 D
a
e)5
/R
G'
DRYER OUTPUT % SOLID
Dish Wgt
.. Wet Sample .+ Dish' Dried Sample.+ Dish
rams
6rams ' rams.
11,2f
9.o
•Time
Discharge -
Exhaust
Discharge
Product
Dry.. -
:'Timer
Chamber
In
Chamber
Out
Rotor
In'.
Rotor..
Out.
:. - -
Operator
DRYER OUTPUT % SOLID;
Dish Wgt
rams
Wet Sample + Dish
rams
Dried Sample + Dish
rams
x100=
n
1JF�` a Vi c?1
% Total Solids
.WPt 2

TWSA DRYER, OPERATIONS
DAILY RECORD
DATE
START
STOP TOTAL
RUN TIME, HRS _ -
1 st Dryer Batch .'-Dry tamed @ -1.
S
D Cycle Started @ Discharge Cycle
Fill Cycle Started
Tem eratures
Discharge Discharge Dry Chamber Chamber Rotor _:. Rot
Tirrie Exhaust Product - -Timer. In
Out In Out Operator
6.
�A
:..
r
DRYER OUTPUT % SOLID D sh-Wgt .:.Wet Sample +Dish • Dried Sample.+ Dish
rams rams rams
�; 011Q3 =
x 100 % Total Solids
2nd D er Batch _ .
ry Discharge Cycle:Started. @ ;
-Fill Cycle Started. @
Q Dry Started @. r r
:Tem eratures
Chamber.
Chamber . Rotor Rotor.
Discharge Discharge Dry Out . O erator. _
Time Exhaust Product' : `Timer In
Out In
AJ
' • _ -- -..
carer )44 L2 � �j � 27( /
DRYER OUTPUT % SOLIDS ish Wgt Wet Sa p+ Dish Dried (g amse + Dish
rams(grams)/ .
x 100 = QI�; ` � %Total Solids
1
W6/12

r
' START STOP TOTAL
RUN TIME, HRS..
1 st Dryer Batch
Fill Cycle Started
Y @ Dry Cycle Started @ DisehargeCgr;le Started
Temperatures
Time
Discharge
Exhaust
Discharge
Product
~ Dry
-'---Timer .
Chamber
In
Chamber
Out
Rotor
In -'
°: " Out
Operator.
d
Dd
! C
a-�
a43
,,-Time
Discharge
Exhaust'
Discharge
. Product"''
Dry , -
: `Timer '
Chamber.
In
Chamber
Out
Rotor
In'.
Rotor.
Out .
:.
Operator
•
JL
D a�f
.� ki-
DRYER OUTPUT % SOLIDE Dish Wgt Wet Sample + Dish Dried Sample + Dish
rams rams rams
�, L7s�81 Y, b� D2�
x100= �
J l O s` D % Total Solids
W602 .

Time
Discharge
Exhaust
Discharge
Product
Dry
Timer..'
Chamber
In
Chamber
Out
Rotor
In'
Rotor .
_.:-Out
Operator
1311

.TWSA DRYER. OPERATIONS
DAILY RECORD ;
DATE — '2 e-{
START' STOP TOTAL :.... _ . .
RUN TIME, HRS
1 st Dryer Batch : - -
"Disehar e C CI'E tamed
Fill Cycle Started @ Dry Cycle Started @ 5- -:..y. t @--
Discharge
Discharge
Dry r
Chamber
Chamber
Rotor
Time
7; 3
Exhaust
(J
Product
f
-'---Timer.
C�
In
��
Out I
7r
In '-
.v
Out
� a
Operator
r ,�(,�,�'�'
97,5--
Ey.
13
23&
X41
1O o3���
h 14
C�24'1
kb.-
,I
144 ..
-3 r`?vr
g
4q*b
q-C
:
DRYER OUTPUT % SOLID
Dish Wgt
.. Wet Sample + Dish ' - Dried Sample.+ Dish
rams
rams ' rams.
-Time
Discharge
Exhaust
Discharge
Product
Dry ': -
:`Timer
. Chamber
'In
9
Chamber
Out
Rotor
In'.
Rotor.
Out .
06,E
Operator
�10 -
3��
3
:445
• DRYER OUTPUT % SOLID:
k
Dish Wgt
rams
Wet Sample + Dish
rams
I Dried Sample + Dish
rams
x 100 = �� % Total Solids
.WPi12

TWSA DRYER OPERATIONS,-"--'
DAILY RECORD.
3rd Dryer Batch
Fill Cycle Started @
Dry Cycle Started @
Discharge
Cycle
Started,
@
Tem eratures : :
.
Discharge
Time Exhaust
Discharge
Product
Dry Chamber Chamber
Timer... In
Rotor
Rotor
.
Ou#
�
O erator
r;
d
�
3 C�l
DRYER OUTPUT% SOLID
Dish Wgt
WetSample +:Dish
Dried.Sample.t Dish.
:...
3.
rams
rams ..:
- rarris
::.
::: .•.
% TotaF,Solids.
Alarms or Comments
I
I
iat

TWSA D.RYER.OPERATIONS
DAILY RECORD
DATE. _. .
START STOP TOTAL
RUN TIME, HRS
1 st Dryer Batch
Fill Cycle Started Dry Cycle Started @ Discharge Cyclic Started @ -'-' ✓� """ - " `�
Time
Discharge
Exhaust
Discharge
Product
Dry
=.Timer.
Chamber
In
Chamber
Out
Rotor _:.
In
:Rotor
":'` :.Out
Operator
ETA
DRYER OUTPUT % SOLID
Dish Wgt
..Wet Sample + Dish Dried Sample.+ Dish
rams
rams gams
Time
Discharge
Exhaust
Discharge
Product
:Dry ., -
:`Time r
. Chambery
In
v Chamber
Out
. Rotor
In'.
Rotor.
Out .
Operator
42.
;
l
-f
I
lV/
DRYER OUTPUT % SOLID;
Dish Wgt .
rams
Wet Sample + Dish Dried Sample + Dish
rams rams
r
u
/o
x100= a Total Solids
.?JP02

TWSA •DRYER OPERATIONS
-':•
DAILY. RECORD .
3rd Dryer Batch
Fill Cycle Started @ F `
•• c-'
Dry Cycle Started @
- • • ��
Discharge Cycle Started.@ 2 5 e
Discharge
Time Exhaust
Discharge
Product
Ter eratures
Dry Chamber Chamber
Timer..• In
Rotor Rotor
_
Out
In - Out
O erator
4
f y.
DRYER OUTPUT%SOLID
DishWgt
:.WetSample--.:Dish
Dried: Sample.+Dish.
. - ..
rams
rams -.
rarris
X _.
%o Total -Solids.
Alarms'or Comments
:.
f
i

r
TVVSA DRYEROPERATIONS-
DAILY RECORD
DATE
START* STOP TOTAL
RUN TIME, HRS.
1 st Dryer Batch
Fill Cycle Started Cycle Started @ 813
TPmnerntures
Time
Discharge
Exhaust
Discharge
Product
Dry y
.-'-.:Timer.
Chamber
In
Chamber
Out
Rotor
"Out
Operator
.13IR9
-`36r
b9
4-5
al)
A Z)..
_3z)S - I
Discharge
Discharge
Dry.*.. •-
Chamber..
Chamber
Rotor
Rotor
.• Time
Exhaust
Product- -
Timer.
'in
Out
In'.
Out .
Operator'
0
3-5
'Aa/0
'14
DRYER OUTPUT %
Dish Wgt. Wet Sample +
(grams) (grams)
+Dish I
% Total Solids
.;yP02

Fill Cycle Started @ Dry Cycle Started @ y/ Discharge Cycle Started.@
Time
Discharge
Exhaust
Discharge
Product
Dry
Timer _
Chamber '
. In
v
Chamber
o/u7t
Rotor
In
Rotor
- ;Out
.
Operator
v ✓ •-
f
�
�

TWSA DRYER OPERATIONS -
DAILY RECORD
DATE
START' STOP TOTAL
RUN TIME, HRS .. .... ' . `f'� _A5Q0 LQ:. 4A%� L
1st Dryer Batch
Fill Cycle Started -.Dry Cycle Started @,'� Dischar e C r;IStarted
Temperatures _ - --
Time
Discharge
Exhaust
Discharge
Product
~ Dry
.-'---Timer .
Chamber
In
Chamber
Out
Rotor -:..
: , Rotor
,Out
Operator
�7f2s-
7 O
3qo
3 i0
21)
110,371
+0 :
(-/V/
Time
Discharge
Exhaust
Discharge
Product
Dry , .
"Timer
Chamber..
'In
Chamber
Out
Rotor
In'.
Rotor
Out-.
Operator
715
Y`
�,
ys
y3�s
DRYER OUTPUT % SOLID Dish Wgt Wet Sample + Dish Dried Sample + Dish
rams rams) (grams
7700.
x100= LpJ.�G
Total Solids
.wPV2

Time
Discharge
Exhaust
Discharge
Product
Dry
Timer..•
Chamber
In J.
Chamber
' Out
Rotor
In"
--Rotor .
� :.-Out
'Operator

.TWSA DRYER OPERATIONS
DAILY RECORD
DATE.
START'
AL
RUNTIME, HRS
1 st Dryer Batch
Fill Cycle Started @ - "" Dry Cycle Started @ - V Discharge=Cgcle-Sta t6d @`�
Tem neratu res
Time
Discharge
Exhaust
Discharge
Product
DryJ
.-'-:Timer.
Chamber
In
Chamber
Out
Rotor
" In � �--� `
':"" 'Out
Operator
%
a Q
D, OC'
~�
Time
Discharge
Exhaust'
Discharge
Product- -
Dry , .
:. Tmer
Chamber
'In
Chamber
Out
Rotor
In'.
Rotor.
"Out . .
Operator
ILI
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b 5
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�7
C'
K
► (�
o
a
JV3
may
.
2-134
1
• DRYER OUTPUT % SOLIDz Dish Wgt . Wet Sample + Dish I Dried Sample + Dish
rams rams rams
- x100=
%Total Solids
.2/6M / !tom .

Time
Discharge
Exhaust
Discharge
Product
Dry
Timer..
Chamber Chamber Rotor
in Out In
' . Rotor .
- ;Out 'Operator'
7..i..

TWSA .D.RYER.OPERATIONS-
DAILY RECORD ;
DATE
RUN TIME, HRS...
1 st Dryer Batch
Fill Cycle. Started ~- ``" =` -Dry Cycle Started @ ""Diseharge CyCl Started
@- ... ry Y
Time
Discharge
Exhaust
Discharge
Product
Dry
=Timer.
Chamber
In
Chamber
Out
Rotor .:..
In-:,.-'
:' Rotor
':` `"Out
Operator
367
3
y�
3.53
OA
Time
Discharge
Exhaust
Discharge
Product
Dry ".. - '
: `Timer
. Chamber.
'In
Chamber
Out
..Rotor..
In'.
-..-Rotor.-:,:
Out--
Operator
cv
a 3 .
6,57.
DRYER OUTPUT % SOLID;
2!6/'12
Dish Wgt Wet Sample + Dish Dried Sample + Dish
rams rams rams
ILI
I o y ,
1 � _� ,� f i %Total Solids
s

TWSA -'DRYER OPERATIONS
DAILY RECORD
:...
3rd Dryer Batch
Fill Cycle Started @
Dry Cycle Started @
..
Discharge Cycle Started-@ C/15
Tem eratures
Discharge
Time Exhaust
Discharge
-Product
Dry Chamber
Timer.; In
Chamber
Out
Rotor Rotor
In- ---Out
- -
O erator _
�,
40
fir'!
�� c)�,
� ' a '
DRYER OUTPUT% SOLID
Dish Wgt
: Wet Sample +:Dish'
Dried. Sample.+ Dish .
rams
rams)*':.
rarris . •
x :100
:
.•
/
% Tota!,Solids.
_
.
Alarms or Comments
-.:;.
:...: .
I
I
f

TWSA DRYER. OPERATIONS
DAILY RECORD_
DATE
START STOP TOTAL
RUN TIME, HRS
1 st Dryer Batch
Fill Cycle Started -Dry Cycle Started @ `.I : Discharge-Cycl:L,�Started @
Temr)eratures --
..Time
Discharge
Exhaust
Discharge
Product
Dry
.-'---Timer .
Chamber
In
Chamber
Out
Rotor .:..
In `-- '
: R�►or
'. -Out
Operator
'.
Time
Discharge
Exhaust
Discharge
Product' '
Dry.', -
::Timer -
Chamber.
'In
Chamber
Out
Rotor
In ".
Rotor..
Out .
Operator
1;
a
�A
b
~ Lf�
G v
;?
�l
�. �1
` `j
--�
�i� y'�
✓�.
iG1--
DRYER OUTPUT %
-
Sample.+ Dish
`"-oases
C , x100=
.7J902 -
I
�6 ) % Total Solids

Time
Discharge
Exhaust
Discharge
Product
Dry
Timer .
Chamber
In
Chamber
Out
Rotor
In"
Rotor .
::Out Operator
vc/zv-�
3977']��I-Oj
DRYER OUTPUT% SOLIDZ Dish Wgt ::Wet Sample +:Dish Dried. Sample.+ Dish. :_.....:.:..: _..
- -
rams rams '., rams --
/�335
1 :.. X100,7
.-Q `% Total -,:Solids.
Alarms or Comments

TWSA DRYER. OPERATIONS
DAILY RECORD
DATE J
START STOP TOTAL
RUN TIME, HRS .. ..._ O y °
1 st Dryer Batch
Fill Cycle Started @ '- - "Dry Cycle Started @ ` Dischkge,CycI�Started
Temperatures —
Discharge Discharge Dry Chamber Chamber Rotor..... • Rotor
Time
Exhaust
Product
.-*=Timer.
In
Out
" In- -
": " Out
Operator
4l
-,-Time
Discharge
Exhaust '
Discharge
Product-
Dry.', -
: `Timer
Chamber-
'In
Chamber
Out
Rotor
In'.
Rotor.
Out .
Operator
Al
O 3 .
A-3'
��
-
1437
4
973
'
3 i'7
5 -�
0
DRYER OUTPUT % SOLID Dish Wgt Wet Sample + Dish Dried Sample + Dish
rams rams rams
16.3
c ��� 17.
7 9 v x 100 = (� a/a TO Solids

TWSA `DRYER OPERATIONS
DAILY. RECORD
:.
3rd Dryer Batch
�
Fill Cycle Started @ �J
,.. ..
Dry Cycle Started @ ..
Discharge Cycle Started.@
Temp eratures
Discharge
Discharge
Dry Chamber Chamber
Rotor Rotor
Time Exhaust
Product
Timer..' In Out
.
In- - Out - O erator

TWSA DRYER OPERATIONS -
DAILY RECORD
DATE
START' STOP TOTAL
RUN TIME, HRS.
I st Dryer Batch
Fill Cycle Started -.Dry Cycle Started @
TprnnizrAti irp-q
Time
Discharge
Exhaust
Discharge
Product
Dry
.-'---Timer.
Chamber
In
Chamber
Out
Rotor
Rotor
a
Operator
qJ
0.
.9, d,3
.2413
4 4-.7
435
Time
Discharge
Exhaust
Discharge
Product-
Dry
1:`Timer -
Chamber-
In
Chamber
Out
Rotor.
In'.
Rotor
Out
Operator
_1P IR
V1
If 6
4.13.
V-17
DRYER OUTPUT % SOLID sF Dish
/021
.7W12
■
)ried Sample + Dish
(6rams
/7,
D'oD vX 1010-- %Total Sol
C) 0 a z

Time
Discharge
Exhaust
Discharge
Product
Dry
Timer.."
Chamber'
In
Chamber
Out
Rotor
in,
'.Rotor
:Out
O erator
25
705.
�
DRYER OUTPUT% SOLID Dish Wdt Wet Sample +:Dish Dried: Sample.+ Dish .
rams(grams)'.,:rams
7q
j x100
:%o Total,Solids.. .
. Alarms or Comments �- ��,� � , . �,� o, G, � . •��'•' � � • . •
r - .. rya .Q7.t J'

RUN TIME, HRS
1 st Dryer Batch
C:: ___-.Dry
Fill Cycle Started @� • Cycle Started @ �a'1 � �" ••Discharge=Cgcl�Started @'`�� -
Temperatures
Time
Discharge
Exhaust
Discharge
Product
Dry ,
=.-Timer.
Chamber
In
chamber
Out
Rotor .:..
In`-
: Rotor
Out
Operator
433
mjqol
a 6s ..
0.
] .
-Time
Discharge
Exhaust
Discharge
Product-
Dry ; .
`Timer
Chamber.
Iri
Chamber
Out
Rotor
In .
Rotor..
Out .
Operator
J
f3-0
a
It
r
j -o
-144
371
_9q-
al
�r
3.:�r
clele
DRYER OUTPUT % SOME Dish Wgt . Wet Sample +Dish Dried Sample + Dish
rams rams rams
sue-
J
100=
.S d a x% Total Solids
. ,wP 12

Time
Discharge
Exhaust
Discharge
Product
Dry
Timer..'
Chamber
In
Chamber
Out
Rotor
in
Rotor
- ::Out
'Operator
7

0
TWSA DRYER. OPERATIONS -
DAILY RECORD
DATE
START" STOP TOTAL
RUN TIME, HRS ­7o
_154
1st Dryer Batch P:d. n ft t-0 7, 1i
(c)- yci e-Sta Fill Cycle Started -.Dry Cycle Started
Temnerqtures
Time
Discharge
Exhaust
Discharge
Product
Dry
.-*---Timer.
Chamber
In
Chamber
Out
Rotor
I In"' -
-.:,Rotor
Out
Operator
­7
t. .7,
Z)
cl.-63
a P
43
Time
Discharge
Exhaust
Discharge
Product"
Dry.',
Timer
chamber.
'in
Chamber
Out
Rotor
In'.
Rotor.
Out .
Operator
D4'a.
1.
.
V
06 7
A5, 0-
414
q,3139
DRYER OUTPUT %
. WRI 2
ish Wgt Wet Sample + Dish Dried Samp
le Dish]
grams ) (grams) rams
033
9-,3
t�s 5
x 1+00
111, 0.1 Total Soli

Time
Discharge
Exhaust
Discharge
Product
Dry
Timer..
Chamber ^
In
Chamber
out
Rotor
in.
Rotor .
'Operator'
- -76

Dv� at,
I t/I
> op
76
c�7S Q 6, -77Si
b LIN

RUN TIME, HRS
1 st Dryer Batch
Fill Cycle Started @ f� `==- -Dry Cycle Started @ ✓ 3 'Discharge--Cycl Started
-.. ... .
Temneratures
Time
Discharge
Exhaust-
Discharge
Product
4Dry,
-'==Timer.
Chamber
In
Chamber
Out
Rotor _:..
In- "'
R&or
". ` '-.Out
Operator
!3.
_ v
1 U
310
3 -7D .
3�
27
vy
"Time
Discharge
Exhaust
Discharge
Product :`.-Timer
Dry.', -
Chamber.
In
Chamber
Out
. Rotor.
In'..
Rotor..
Out,..
Operator
` v
i
J P,
- v �
V
`C
DRYER OUTPUT % SOLID;
.WP 12
nple + Dish
sms
s r.0017
f x100=
7,) % Total Solids

'75
TWSA DRYER. OPERATIONS'
DAILY RECORD
DATE
STARTSTOP TOTAL -
�— �� F
RUN TIME, HRS
1 st Dryer Batch
Fill Cycle Started �- D C cle Started Dischar e C cle-Started
... ...... .
Temoeratures --
Time
Discharge
Exhaust
Discharge
Product
Dry,
---Timer.
Chamber
In
Chamber
Out
Rotor
" In':----'
'. ` 'Out
Operator
- 3; 0
36
)., r .b
Syr
yes
Y-V 4
�
'
y3 7
0,`j.6
�s`�'
sus1137
�(1r
Time
Discharge
Exhaust
Discharge
Product -
Dry , . -
*.--Timer
. Chamber.
In
Chamber
Out
Rotor
In'.
Rotor.
Out- .
Operator
I2-J7
�2a?*
5-6
Y�
e
f
Lly
y.3�
Yy
36�
2:►7
66
: �C,5r
�qyy
`/ V�
DRYER OUTPUT % SOLIDz Dish Wgt . Wet Sample + Dish Dried Sample + Dish
rams rams rams
r. x100= /
� � - b ) % Total Solids

Time
Discharge
Exhaust
Discharge
Product
Dry
Timer..
Chamber
In
Chamber
Out
Rotor
In**'
Rotor
- ::-Out -
Operator'
.�_e��y�v.
�r9

-TvVSA DRYER. OPERATIONS -
DAILY RECORD,
DATE —
START STOP TOTAL
RUN TIME, HRS low
1 st Dryer Batch
ycIL-Started,
Fill Cycle Started -.Dry Cycle Started @ --Dischkdet C
Temperatures
Time
Discharge
Exhaust
Discharge
Product
Y Dry
.-'---Timer
Chamber
In
Chamber
Out
Rotor
In
Rotor
'Out
Operator
J- 6-5
Y5
Llo
C/
V. b
3
too.-
1,L-U
ya
E-9
3 6.
y
Time
Discharge
Exhaust
Discharge
Product-
Dry
Timer -
Chamber.
In
Chamber
Out
Rotor
In'
-Rotor.
Out--
Operator
y�Y)�Y
23
511 //1
371-
171
WV
C/o
DRYER OUTPUT % ' S
.W6M
Dish Wgt Wet Sample +
(grams) (grams)
19. d-1�41-c�
Dried Sample + Dish
(grams)
1q.
x 100
% Total Solids

Time
Discharge
Exhaust
Discharge
Product
Dry
Timer_ •
Chamber
In
Chamber
Out
Rotor
In
Rotor .
- :_-Out
O erator

START' STOP TOTAL
..RUN TIME, HRS % ".� '•� 1i:c
1 st Dryer Batch
Fill Cycle Started Iry "= ` =D . Cycle Started 713
" Dischar e C cIe Started
Y @
".-.Dry* Y @ Y @._..._ . W
Time
Discharge
Exhaust
Discharge
Product
_ Dry'
=-:..Timer.
Chamber
In
Chamber
Out
Rotor .:..
-In
Rotor
':' :Out
Operator
_?123
v7
�o
i y
3?
T;"
D15�t
D 5
YJ
- Time
Discharge
Exhaust
Discharge
Product
Dry :.
: `:Tmer
Chamber.
inG
Chamber-
Out
Rotor .
In*. ..
Rotor.
Out..
Operator
DRYER OUTPUT % SCILIDs Dish Wgt Wet Sample + Dish I Dried Sample * Dish
rams rams rams
7a _56
x1oo=
% 6, % %Total Solids
2/6M2

Time
Discharge
Exhaust
Discharge
Product
Dry
Timer .
Chamber'
In
Chamber
Out
Rotor
In
Rotor .
-Out
'O erator
�l
3-7.J.

u
TWSA DRYER OPERATIONS
DAILY RECORD :. .
DATE . L I
START STOP TOTAL
RUN TIME, HRS
1 st Dryer Batch
Fill Cycle Started @ --Dry Cycle Started
Temperatures --
Discharge
Discharge
Dry
Chamber
Chamber
Rotor .:..
=' R6ior
Time
Exhaust
ProductTimer.
In
Out
In'
"' Out
Operator
j4 01
-
Time
Discharge_
Exhaust
Discharge
. Product' �
Dry , .
"Timer
Chamber.
'In
Chamber
Out
Rotor . -
In'.
Rotor.
'Out.:
Operator
loo
DRYER OUTPUT % SOLID Dish Wgt
+ Dish I Dried Sample + Dish
l I CG7/ I _30„37 Ste.. I `7GI
3� g x1oo= �5M
2/602
% Total Solids

Time
Discharge
Exhaust
Discharge
Product
Dry
Timer .
Chamber'
In
Chamber
Out
Rotor
In,
Rotor .
- ---Out
Operator
yam-�S.C.

n
u
TWSA DRYER. OPERATIONS-,-
:
DAILY RECORD
DATE`'
RUN TIME, HRS fo= J m
1 st Dryer Batch
Fill Cycle Started D C cle Started ; Dischar a-C-c�e Started =. - - -
Temperatures
Time
Discharge
Exhaust
Discharge
Product
Dry
.. Timer.
Chamber
In
Chamber
Out
Rotor
"In".—
': ' "Out
Operator
TO
10?
-0
Y
gig,
,._•
� D),
.931
(P
100.
S;
Time
Discharge
Exhaust
Discharge
. Product'
Dry ; ...
. `Timer ,
Chamber.
1n
Chamber
Out
Rotor .
In:.
Rotor.
-Out.:
Operator'
.�
i�
�p
2 ,31
OM
DRYER OUTPUT % S(
(0�2
,2/6/12
rams
x1oo=
q U %TO'
tal Solids

Time
Discharge
Exhaust
Discharge
Product
Dry
Timer..'
Chamber
In
Chamber
Out
Rotor
In'
: Rotor .
Out
Operator
V.
DRYER OUTPUT % SOLID
103
Dish Wgt
rams
:Wet Sample +:Dish
..:,
rams `
Dried. Sample.+ Dish.
. .
rams

EESTART STOP TOTAL -
RUN TIME, HRS t�J ; 3 •. `�' °
1 st Dryer Batch
Fill Cycle Started 7-D y Cycle Started Dischar -e'-C-cle Started
Y @ ry Y @ g Y
Tempe tures
Time
Discharge
Exhaust
Discharge
Product
Dry
.•Timer.
Chamber
In
Chamber
Out
Rotor .:.',----Rotor
" In'
:' ` 'Out
Operator
7
�.
..
-3Z 5
*15
44 :1
YS-•..
' 3
ef-.
P7.
DRYER OUTPUT % SOLID- Dish Wgt .. Wet Sample + Dish Dried Sample.+ Dish L�
g1a
rams rams : rams
1
x 100:
- - _... ` 'a/o Total Solids
2nd Dryer Batch
Fill Cycle Started @ -: =' Dry::y C cle.. Started
.@ Discharge Cycle Started@ yi
Tem eratures .
--Time
Discharge
Exhaust
Discharge
. Product
: Dry , -
:`Timer
Chamber
'In
Chamber
Out
Rotor .
In .
Rotor..
Out
Operator
3
14 l
�� �.
J00
1,5
v2
�0
cqLJ, -•
,qA4J
L v
= 46s`3
1, DRYER OUTPUT % SI
2/6„2
Uish wgt wet Sample + Di
rams rams
17 q t -7
pie + Dish
171 0
OfQ[Lt�.
x100=
Total Solids

Time/
Discharge
Exhaust
Discharge
Product
Dry
-.••Tii�mer..
Chamber
Chamber
Out
Rotor
In-
Rotor
:--Out
Operator
jIn
DRYER OUTPUT% SOLID;
Dish Wgt
rams)
- Wet Sample +:Dish.
(grams)"
Dried.Sample.+ Dish.
rams

T\A/SA DRYER. OPERATIONS
DAILY RECORD.
DATE— m L Pf.
START STOP TOTAL
RUN TIME, HRS
I st Dryer Batch
Fill Cycle Started ".Dry Cycle Started @ 700 y*icle�Stgrt6d,@
Temperatures
Time
Discharge
Exhaust
Discharge
Product
_--bry
..-Timer.
chamber
In
Chamber
Out
Rotor
In"
­F&br
*.-Out
Operator
3 42
373
3-75-
3 73
;Z, 2 y
v 4_.�v1�1
13 X5,
v v
)11 y
y
16 0
Y
v
7
Time
Discharge
Exhaust
aust
Discharge
Product-
Dry
Chamber
'in
Chamber
4 Out
Rotor
In
Rotor.
Out..-.—
'Operator
J �,9
'7
J.
2 '7q
30
75
DRYER OUTPUT % SOLID s Dish Wgt Wet Sample + Dish I Dried Sample + DiiTh
(grams)— grams) (grams)
Z)
x 1,00 % Tota I Solids
?16112

DRYER OUTPUT% SOLID
Dish Wgt
rams
Wet'Sample +Dish ,
rams)"--:
Dried. Sample.+ Dish .
rams

TWSA DRYER OPERATIONS
DAILY RECORD
DATE
- START STOP TOTAL
RUNTIME, HRS F 'I V-C�
1 st Dryer Batch
Fill Ccle Started y ate. '`; 5 = ..Dry Cycle Started @ Disch6rge-- C-Started @-
Temperatures
Time
Discharge
Exhaust
Discharge
Product
Dry
.. Timer.
Chamber
In
Chamber
Out
Rotor .:..
In
.= Rotor
" -Out
Operator
60
`
.:
','rime
Discharge
Exhaust
Discharge
Product'
Dry ; -
'-.`Timer -
Chamber
In
Chamber
Out
- . Rotor .'-
In:.
....Rotor.::
'Out.: .
Operator'
0
V
-
i
•P
r
'
a a.
,P- 0
d 0
DRYER OUTPUT %
W6„2
Dish Wgt Wet Sample + Dish
rams rams
/w/ von
Dried Sample + Dish
rams
�r
x100='.
. v � %Total Solids

Time
Discharge
Exhaust
Discharge
Product
Dry
'-....Timer
Chamber
—In
Chamber
Out,
Rotor
In'
Rotor .
:Out '
Operator.

4RT STOP TOTAL
RUN TIME, HRS
1 st Dryer Batch,
Fill Cycle Started r
Y @ `` Dry Cycle Started @ .-Discharge:CyolE�:Started -@:-
Tem .eratures ._
Time
Discharge
Exhaust
Discharge
Product
... .......
.....__
Dry
..-Timer.
Chamber
In
Chamber
Out.
Rotor '.:..:
" In -`
Rotor
:' ' "Out
Operator
3 1s
71
A
:-zI3
Time
Discharge
Exhaust
Discharge
. Product-
:. Dry '. - '
: `Timer
. Chamber
'In
Chamber
Out
Rotor .
In'.
Rotor.
-Out.:
' O erator.
• :
0 /b
AV'
6
%�e,
06
DRYER OUTPUT % SOLJYJ Dish Wgt Wet Sample + Dish Dried Sample + Dish
rams rams rams
7( V793 Y
05;:i X1oo=
r
W602
% Total Solids

Time
Discharge
Exhaust
Discharge
Product
Dry
.Timer .
Chamber
In
Chamber
Out
Rotor
In' '- -
Rotor
Out
Operator
J -�779.'..

0
RUN TIME, HRS ';Au
1 st Dryer Batch
Fill Cycle Started @ "Dry Cycle Started @ Discharge:--Cyc'l'esStarted @ II7
Temperatures
Time
Discharge
Exhaust
Discharge
Product
Dry
Timer.
Chamber
In
Chamber
Out
Rotor
In
FULor
"Out
Operator
3--ts
zz y
�fa.�
z o 6
- zoo
.: �;�.-.-:..
� y �
�y� 3
����
3� �
�-�
ipv
i
-Y31*-
V-V. 6
.3 22
T
6 3
3-9S
Time
Discharge
Exhaust'
Discharge
Product- :':'Tirrier
Dry.'..
-
Chamber
'in
Chamber
Out
Rotor
In7.
Rotor.
'Out.
Operator
5
-,Z 73
N�L-A
?..
/ Y( . ...
..
10
Sys
TIS
37
'0
-4 71
�3
ArO
DRYER OUTPUT % SOLID s
I Dried Sample + Dish
Dish Wgt
Wet Sample + Dish
(grams)
(grams)
(grams)
..2160 2
X.1 00
% Total Solids

Fill Cycle Started @ = Dry Cycle Started
Y @ Discharge Cycle Started,@
Time,
Discharge
Exhaust
Discharge
Product
Dry
Timer .
Chamber Chamber Rotor
In Out In,
Rotor .
- .,-Out O erator

TWSA DRYER. OPERATIONS --
DAILY RECORD
DATE L7
�. V.
START STOP TOTAL
RUN TIME, HRS 700
1st Dryer Batch
• Fill Cycle Started @ - -D Cycle Started 6 Dikhar e.C-cle�Started
".Dry Y @ g Y @ _
Temperatures -
Time
Discharge
Exhaust
Discharge
Product
Dry J
Timer.
Chamber
In
Chamber
Out
Rotor .:..
In- -'
= R6►or
" Out
Operator
0
317
3A.
3 97
7
J
�5-w
�_3?
��
� ..._
y.7
�3G
y`�7
3/
13
�Z Z
'2-13
/00
q:
3
YYs
3�G
Time
Discharge
Exhaust
Discharge
Product
Dry :.
'-Timer
Chamber.
'In
Chamber
Out
Rotor.
In'.
Rotor...::
Out :
'Operator
y 3
3 y_
DRYER OUTPUT % SOUps Dish Wgt Wet Sample + Dish Dried Sample + Dish
rams rams rams
l%-1q3
v otal Solids
•2J602

3rd Dryer Batch
Fill Cycle Started @
DyCycltared @ Discharge Cycle Started.@
i em eratures
Discharge Discharge Dry Chamber Chamber Rotor Rotor .
Time Exhaust Product =-Timer.. In Out In, -Out -- Operator.

TWSA D.RYER.OPERATIONS*
DAILY RECORD
DATE
1- START STOP TOTAL
RUN TIME, HRS
1 st Dryer Batch
_.
Fill Cycle Started @ Jr'=_- .Dry Cycle Started (a�- t Discharge Cycl 'Started @" o - , rn :-;_::_•----__:
Temperatures - -- -
Time
Discharge
Exhaust
Discharge
Product
Dry y�
Timer.
Chamber
In
Chamber
Out
Rotor -:..
In-.-
.-Rotor
: Out
Operator
G� lai
QD3 .
J q.
Q
-4 0
9
jla
d-a
-
d':0
2-35
c2Qe
-
q
a
4
•
. � ;..9
.9 12,5
Time
Discharge
Exhaust
Discharge
. Product-:
Dry ': -
':'Timer,
Chamber.
In
Chamber
Out
Rotor .
In'.
Rotor
Out.
'Operator
-
/.�-/�,i/�"
a, Z3-.
3
70 .
3; �3
.2 -9-
. ,5-0 -
V 7
3S
DRYER OUTPUT % SOLIps Dish Wgt Wet Sample + Dish Dried Sample + Dish
rams rams) (grams
x 100 = v % Total Solids

oduct
Dry
Timer .
Chamber'
in
Chamber
out
Rotor
In
RotorTime
:Out
O erator
WDischargeharge
46
�. .

0
TVVSA DRYER OPERATIONS
DAILY RECORD
DATE
START STOP TOTAL
RUN TIME, HRS
I st Dryer Batch
Fill Cycle Started Cycle Started@ '-.'.'Di�ch�rdeF--C�6lcStarted @
Temperatures
'Time
Discharge
Exhaust
Discharge
Product
Dry
Timer.
Chamber
In
Chamber
Out
Rotor
fn
'­,�'Out
Operator
�
53
�
1-Y45
43 la - 1
1141
U iD'
41�5
4 4`-tics".
6_0
Time
Discharge
Exhaust
Discharge
Product-:
Dry
-Timer
Chamber
.1n
Chamber
Out
Rotor .
In'.
Rotor
Out.:
40
—Operator
P-3 i
Q_ LO'7.
-IZ)Z)
421to
�//
Lp
a,33
-Pa
-/01/70-
)44,5_
42?
1�14151
C_
Z4 1
4cf ( 1:
-�4YT
DRYER OUTPUT %
. .7/602
k
K
9 + Dish Dried Sample + Dish
)S) (grams)
X.1,00 96� d % Total Solids

Time
Discharge
Exhaust
Discharge
Product
Dry
.',.Timer..
Chamber
In
Chamber
Out
Rotor
In' -
Rotor
-----.--Out =
Operator
1. ©:( :'
. y'.V'6
r
3 6

0
TWSA DRYER. OPERATIONS -" : :..
DAILY RECORD
DATE 6 y
START STOP TOTAL
RUN TIME, HRS�
1 st Dryer Batch
Fill Cycle Started @ - -"- :Dry Cycle Started @ - J .• Discharge -Cycle Started
Temperatures -
Time
Discharge
Exhaust
Discharge
Product
_ Dry '
Timer.
Chamber
In
chamber
Out
Rotor -:..
° fn"
..:,'Rotor "
"'"" Out
Operator
'71-t"5
C_
g.b.5
.i;3
4 '5
37D
.
"Time
Discharge
Exhaust
Discharge
. Product
Dry'...
"Timer
chamber"
In
Chamber
Out
Rotor .
In'.
Rotor..
-Out.:
Operator
76.
CO
°1
4
3
75�
L{t3
,5
37
C',
DRYER OUTPUT % SOLIDE Dish Wgt Wet Sample + Dish Dried Sample +
rams (grams)' rams
rr Doi ? ` 3
x100=
•2/602

Time
Discharge
Exhaust
Discharge
Product
Dry
Timer..
Chamber
In
Chamber
Out
Rotor
In-
:Rotor .
----.:-Out
'Operator
Gr
DRYER- OUTPUT% SOLID
Dish W
rams
We
t et Sample +:Dish . Dried. Sample.+ Dish.
rams " rards

•
TWSA DRYER OPERATIONS
DAILY RECORD
DATE 1
START STOP TOTAL
RUN _
RUN TIME, HRS C3
1 st Dryer Batch SS
Fill Cycle Started �. - r .: -
Y @- '. -R� •. 0- :. _.Dry Cycle Started' Discharge=Cgcl�Started @_._ .� �_ _� N- •._ :: .::.:
Temperatures -
Time
Discharge
Exhaust
Discharge
ProductTimer.
Dry
Chamber
In
Chamber
Out
Rotor .:.
In
Rotor
Out
Operator
`3 c�2,S�
C�
b ,
G _,
z �=
0C
`-
`�7 ' �S
�{
-T'f
Time
Discharge
Exhaust
Discharge
. Producfi
Dry ; -
: 'Timer
Chamber.
In
Chamber
Out
Rotor .
In'.
Rotor. .
Out.
Operator
x
,t��f.5
f r'3s"
Lf
7
`321
Ds
5:
l5
DRYER OUTPUT % SOLID Dish Wgt Wet Sample + Dish 7 Dried Sample + Dish
rams rams rams
.��_'1$L( 1 -70 c
x1oo=
9 7 %Total Solids

Time
Discharge
Exhaust
Discharge
Product
Dry
Timer..
Chamber
In
Chamber
Out
Rotor
In
:Rotor
- : -Out
Operator
44S
DRYER OUTPUTSOLID
Dish Wgt
rams
.Wet Sample +:Dish
rams
' Dried. Sample.+ Dish.
rams

t --
TWSA DRYER. OPERATIONS -
DAILY RECORD
DATE*_ - 'LP — —
START STOP .TOTAL
RUN TIME, HRS
1 st Dryer Batch
Fill C cle Started - - -"
Y @ Dry Cycle Started @ o� " 'Discharge=CY6 tarted
Temperatures ._
Time
Discharge
Exhaust
Discharge
Product
Dry
-..-Timer.
Chamber
In
chamber
Out
Rotor
In
" "Out
Operator
V
�+ (
� . •
fY
44
i
C
;
. 67
7 2
C'
'• Time
Discharge
Exhaust
Discharge
. Product
: Dry ; -
. `Timer ,
Chamber.
'In
Chamber
Out
Rotor .
In'.
Rotor
Out.:
Operator
:.0
r 5 1)
3 -1
SD '
-1-11-IS
I 431P-
1445
47
l lo7
1H,5
DRYER OUTPUT % SOLIDE Dish Wgt Wet Sample + Dish I Dried Sample +
rams rams rams
03
.W602
aV--0�Ka<
% Total Solids

Time
Discharge
Exhaust
Discharge
Product
Dry
- ... Timer. •'
Chamber'
In
Chamber
Out
Rotor
In
:Rotor
-.,-.--Out
O erator
;t6
zsv.
S
ply
3?
l�
�.�3
DRYER OUTPUT% SOLID
Dish Wgt
rams
Wet Sample +:Dish
.. rams
Dried. Sample.+ Dish .
rams

•
TWSA DRYER OPERATIONS
DAILY RECORD
- DATE
START STOP / TOTAL
RUN TIME, HRS 3. U
1 st Dryer Batch
Fill Cycle Started ---
Y @ -. � - ��-�' I• ° - .D Cycle Started � � � Dischar e=C-cle Started �� ---••� --- - --•--- -
Temperatures = --
Time
Discharge
Exhaust
Discharge
Product
Dry
Timer.
Chamber
In
Chamber
Out
Rotor
In
Rotor
Out
Operator
139�
1B P)
�7
�a
ei.
.:� .
Era
)44
Time
Discharge_
Exhaust
Discharge
Product
: Dry , -
Timer
Chamber y'
'In
y Chamber
Out
Rotor .
In .
Rotor..
-Out -
Operator
419
2>05
�
S57
4:;;,
f�146;,
-fq�
Z ;7
�Q
DRYER OUTPUT % SOLID Dish Wgt Wet Sample + Dish Dried Sample + Dish
rams rams rams
77 x1oo= (::�15O/ . %Total Solids
2/602

Time
Discharge
Exhaust
Discharge
Product
Dry
,-Timer..
Chamber
In
Chamber
Out
Rotor
In
: Rotor
- :Out
O erator
9-3
Y9L
Yc
`f L
DRYER OUTPUTSOLID
Dish Vygt
rams
Wet Sample +:Dish
rams
Dried. Sample.+ Dish.
rams
a;:- y3s
:
7c, v

RUN TIME, HRS ,V
1 st Dryer Batch
Fill Cycle Started y @� -. :"-�., .-- - .Dry Cycle Started @ / � %�� -Discharge-CjiclE'Started.@_�.__- ,•_ ........_.._.._ -..._.._._.
Temperatures
Time
Discharge
Exhaust
Discharge
Product
Dry
.'..Timer.
Chamber
In
Chamber
Out
Rotor .:..
_ In -`
: Rotor
' ` Out
Operator
6
39
Ing
-
4-
43.E
,Y46
30
'
5 1 -
3-
%b.b4q
.1,5)
422
4.1b
Time
Discharge
Exhaust
Discharge
. Product
:. _ Dry : - ,
'"Timer
. chamber
In
Chamber
Out
Rotor .
In'.
Rotor. -
Out.:
Operator
°
�93
6Z6-5.
/00
440
43
. (
38 -
63
DRYER OUTPUT %.SOLIDz Dish Wgt Wet Sample + Dish Dried Sample + Dish
rams rams rams
i. D I YO � 3 % Al-
x100=
% Total Solids.

Time
Discharge
Exhaust
Discharge
Product
Dry
Timer..
Chamber'
in
Chamber
Out
Rotor
in"
.Rotor .
Out
O erator
.Ys
_3j�

E
RUN TIME, HRS I : of `7 I b 116 1
1 st Dryer Batch
Fill Cycle Started T
Y @ Dry Cycle Started @ 7•- Discharge=Cycla�Started
Temperatures ---
Time.
Discharge
Exhaust
Discharge
Product
Dry
-..-Timer.
Chamber
In
chamber
Out
Rotor
In
Out
Operator
_g•::Q
apt
a��S
30
05
) 0D
:
Discharge
Discharge
. Product'
Dry '; -
:`Tmer
Chamber
'In
Chamber
Out
Rotor .
In,*.
Rotor. :
'Out.:,.
Operator
}}Time,J'L
�}Exha�uust
0 0
)4(e
3()5
7/�
'-qqL41©
�
DRYER OUTPUT % SOLIDE Dish Wgt Wet Sample + Dish Dried Sample + Dish
rams rams rams
1.o130 23, S3 13 ,;2,,',& 9s-
x1oo=
% Total Solids

Time
Discharge
Exhaust
Discharge
Product
Dry
Timer..
Chamber
In
Chamber
Out
Rotor
In-
Rotor
-,-Out
Operator
22,
J.
DRYER OUTPUT% SOLID
Dish Wgt
rams
Wet Sample �Uis�Dried.Sample.+
(grams)'"..
Dish .
rams

40
RUN TIME, HRS I Le • -5ti3 j . ©O
1st Dryer Batch
Fill Cycle Started @ =: `Dry Cycle Started @ ' . =" Discharge :Cgole-Starte'd
Temperatures - ..
Time
Discharge
Exhaust
Discharge
Product
Dry
..Timer.
Chamber
In
Chamber
Out
Rotor
IIn
'` Out
Operator
as
�sD
L.�019
Time
Discharge
Exhaust'
Discharge
. Product
Dry , .
:'-Timer
Chamber
'In
Chamber
Out
Rotor .
In'.
Rotor .
'Out.:
'Operator
U .5�
JLD-
,� �3
3
a
)DO�
` V
v/
/ VJ
[ L a
L
DRYER OUTPUT % SOL]Dz Dish Wgt Wet Sample + Di
(grams rams
1,03)3
M Disr
(9. 96 7 S
. .WSM
Dried Sample +
(grams)
�o.��r�
x100= % /-D
Total Solids

Time
Discharge
Exhaust
Discharge
Product
Dry
,.,.Timer..'
Chamber
in
Chamber
Out
Rotor
in
: Rotor .
--:--Out
Operator
�44-
17
DRYER OUTPUT% SOLIDs
DishWgt
rams
Wet Sample+.:Dish: Dried.Sample,+Dish.
rams rams

10
I
TWSA DRYER OPERATIONS
DAILY RECORD
DATE Le — . ` `` i
START STOP TOTAL
RUN TIME, HRS
1st Dryer Batch
Fill Cycle Started @ ;.,.f{;✓�--= Dry Cycle Started @ l "Discharge Cy�lStarted @-`
Temperatures
Time
Discharge
Exhaust
Discharge
Product
Dry
.. Timer.
Chamber
In
Chamber
Out
Rotor .:..
In' "
= Rb"t-
"' -Out
Operator
6/.
a
aQ,�-
d6
46a
as
C
-19: �A
qu
.. g
. X7 9..
��.
Ig
qqS
4ffXX.I.
(5-
39 .
_
Time
Discharge
Exhaust
Discharge
. Product :*:'-Timer
: Dry :.
'-Timer
Chamber.
In
Chamber
Out
Rotor..
In ".
Rotor....-
Out
' O erator.
4) 46
2-53
9 6 7
s
DRYER OUTPUT % SOLIDE Dish Wgt Wet SamPle + Dish Dried SamPle + Dish
rams rams rams
12
26,
�3. 9/3D
x100=
% Total Solids

Time
Discharge
Exhaust
Discharge
Product
Dry
'-.-,-Timer .
Chamber
In
Chamber
Out
Rotor
In
Rotor .
- :Out
Operator
3
ys
�....

TWSA DRYER OPERATIONS
DAILY RECORD
DATE
START STOP TOTAL
RUN TIME, HRS S
1 st Dryer Batch �y
Fill Cycle Started @ . to;,-- .Dry Cycle Started @ I Discharge7Cyle Started
Temperatures
Time
Discharge
Exhaust
Discharge
Dry
-.• °Timer.
Chamber
In
Chamber
Out
Rotor
-'In* . -_.
;" Out
Operator
�J
/
�
,PP,(�roduct
"��
��
q
03 (
CJo4
,
�L
to.
#6L
4,38,
41--11,6
3 t3
,/
44
Time
Discharge
Exhaust
Discharge
. Product-
Dry , -
..,. Tmer -
Chamber.Chamber
In
Out
Rotor.`
In'. ' .
Rotor..
Out
'Op erator.
66
ems!
a �3
q' b
2 57'
1 O0
q4�
I i43 & -
65
c-
DRYER OUTPUT % SOLI?s Dish Wgt Wet Sample + Dish Dried Sample +Dish
rams rams rams(q�, C�
�-
D,y 73 y, 7Y a s?�3
I'D. rD (o
3 7�5 S x1oo= q ,/
/ 7 % Total Solids
2/602 -

Time
Discharge
Exhaust
Discharge
Product
Dry
Timer..
Chamber'
In
Chamber
Out
Rotor
In'
Rotor
- :-Out '
Operator
��.
3
z.

a
•
TWSA DRYER OPERATIONS
DAILY RECORD
DATE �e
START STOP TOTAL
RUN TIME, HRS LO =.3 `f
1 st Dryer Batch
Fill Cycle Started @ ,' �3 Dry Cycle Started @ a �- Discharge Cycle Started @ l
Temperatures OF
Time
Discharge
Exhaust
Discharge
Product
Dry
Timer
Chamber
In
Chamber
Out
Rotor
In
Rotor
Out
Operator
0?
9
0
aa�
3 (
S-0
4y5Y
433
3AO
cli 3
:)-3A
��
1,6 D
)fIYS
4,3�
DRYER OUTPUT % SOLIDS Dish Wgt Wet Sample + Dish Drie_d4Sampie + Dish
(grams) .(grams) (grams)
1, 01 6 3 S 6 a 3 3- , s -33
�s 937,1)
�2 &, 0 7 2- x 100 = (� % Total Solids
2nd Dryer Batch -'
C
Fill Cycle Started @ - Dry Cycle Started @ %) ; )4R Discharge Cycle Started @
Temperatures °F
Time
Discharge
Exhaust
Discharge
Product
Dry"
Timer
Chamber
In
Chamber
Out
Rotor -
In
Rotor
Out
Operator
aa`?
b
e) 1p
l�
�23z
( —1
-155
S O T
60
43
94
- 3 35
: Cil
144,5
L� �3&
2445
2R?
C�7�J
agg
g a
-1163R
3 �73
E-'.o
�3
A93
3 o,G-
lb ?
-q1
q L(.
)-,/- �6 fc,
�
sjo
DRYER OUTPUT % SOLIDS Dish Wgt Wet Sample + Dish Dried Sample + Dish
(grams) (grams) (grams)
x100=
0 • y % Total Solids
2/6/12, 6/23/14

TWSA DRYER OPERATIONS
DAILY RECORD
3rd Dryer Batch f
Fill Cycle Started @ -Dry Cycle Started @ :2 / Discharge Cycle Started @
Temperatures °F
Disch D'
Time
arge
Exhaust
scharge
Product
Dry
Timer
Chamber
In
Chamber
Out
Rotor
In
' T
7-7-7--
s
S
2-9 1
/
LI3
lyq/
4(�(3
DRYER OUTPUT % SOLIDS Dish Wgt Wet Sample + Dish Dried Sample + Dish
(grams) (grams) (grams)
i ?70 ��, gy33T a4. Sa s'y=
q.
x100=
Alarms or Comments ( d
Rotor
Out
Operator
�3q.
_2% Total Solids
/-� 14 P

E
TWSA DRYER OPERATIONS
DAILY RECORD
DATE
START STOP TOTAL
RUN TIME, HRS rn t :�,S 1 -5 a y 1 )0.9
1 st Dryer Batch
Fill Cycle Started (nt9Dry Cycle Started @ -7"�5
Temneratures OF
i•.
Discharge Cycle Started @y D�
.
Time
Discharge
Exhaust
Discharge
Product
Dry
Timer
Chamber
In
Chamber.
Out
Rotor
In
Rotor
Out
Operator
7ra5'
;L65
a ()li,
"C)
2S>3
eD
�8
•` ,5
i
Q
244 b
413 q
'4'V- 16
32
55
0-I
P- I Fs--'Sb
-�-kq 22�'-
3
ly, 5
Z35
G60
I el®S.
`�
41�5
q4 f
-iI45
301
4L-1
DRYER OUTPUT % SOLIDS Dish Wgt Wet Sample + Dish Dried Sample + Dish
(grams) .(grams) (grams)
a3V o e
a S,..7 �-q(�
x 100 = 96, y
9 Ifi
°TTotal Solids
2nd Dryer Batch
Fill Cycle Started @ /a-3 Dry Cycle Started @ L Discharge Cycle Started @
Temoeratures °F
Time
Discharge
Exhaust
Discharge
Product
Dry
Timer
Chamber
In
Chamber
Out
Rotor
In
Rotor
Out
Operator
1:a1
Q4
aa1
0
03
a6
Ji;5f
)-59
ao
6-V
W-4;.
434
4/166
3MO
<EV
1�D
44)
Z3/r
438
A4 La
DRYER OUTPUT % SOLIDS Dish Wgt Wet Sample + Dish Dried Sample + Dish
(grams) (grams) (grams)
216/12, 6123/14
x 100 = qq-. %
/ ( (� 6 0-f,
olids

TWSA DRYER OPERATIONS
DAILY RECORD
3rd Dryer Batch
Fill Cycle Started @ ¢_
pry Cycle
Started @ �� �c'%
Discharge Cycle Started @��
Discharge
Time Exhaust
Discharge
Product
Dry
Timer
Temperatures °F
Chamber Chamber
In
i
Rotor
Rotor
� � �
� ��
�
���
Out
In
Out
O erator
Y
y; 2 3
T
S': z Li Z/1 z
33C/
J
DRYER OUTPUT % SOLIDS
Dish Wgt
Wet Sample + Dish
Dried Sample
+ Dish
(grams)
(grams).
(grams)
%,0 Sd
a.2, IUD
0-l.sos7
4-,70 (
efa
9 5
�.....
!/
�" 7"
x100=
a c
%Total Solids
Alarms or Comments

E
TWSA DRYER OPERATIONS
DAILY RECORD
DATE `7 — SL
START STOP TOTAL U RUN TIME, HRS ' 3 q t5: oLk \E) q 6
1 st Dryer Batch
Fill Cycle Started @ fi Dry Cycle Started @ Discharge Cycle Started @, b= )3
Temneratures OF
Time
Discharge
Exhaust
Discharge
Product
Dry
Timer
Chamber
In
Chamber
Out
Rotor
In
Rotor_ .
Out
Operator
bb
•:5e
Io
/C)Q
q#5
4f3j
--S
DRYER OUTPUT % SOLIDS Dish Wgt Wet Sample + Dish Dried Sample + Dish
(grams) .(grams) (grams)
2nd Dryer Batch
Fill Cycle Started @ d-3
x100=
Dry Cycle Started @ Discharge Cycle Started @ J?7
Temoemftlres OF:
Time
Discharge
Exhaust
Discharge
Product
Dry
Timer
Chamber
In
Chamber
Out
Rotor
In
Rotor
Out
Operator
.4
9-..
ace
�"�
43
A _
a23 AL
200
l
tea(
7'
' aD
�3
D
1445
q 38
ly4
3 7 0/-
�d
DRYER OUTPUT % SOLIDS Dish Wgt Wet Sample + Dish Dried Sample + Dish
(grams) (grams) (grams)
216/12, 6123/14
�t
% Total Solids

I W5A UNYER OPERATIONS
DAILY RECORD
3rd Dryer Batch
Fill Cycle Started @ _ Dry Cycle Started @ � Discharge Cycle Started @
Time
Discharge
Exhaust
Discharge
Product
Dry
Timer
Temperatures OF
Chamber Chamber
In Out
Rotor
Rotor
j
b-5
In
Out
s
O erat
3;Oy
)-06
)w
3��.
Y
`-� 3
y y�
�b,�
z1/
y
fc4i
3 y
V VI
3sa
-Z�
ys
00
DRYER OUTPUT % SOLIDS
Dish Wgt
Wet Sample + Dish
Dried Sample
+ Dish
(grams) (grams). (grams)
01
� x 100 % ��
Total Solids
Alarms or Comments
z

TWSA DRYER OPERATIONS
DAILY RECORD
DATE
START STOP TOTAL
RUN TIME, HRS U
1 st Dryer Batch
Fill Cycle Started @ Lo ' iL( Dry Cycle Started @ �7 / (�- Discharge Cycle Started @� 5 : "51
Tamnarnfiiroc or:
Time
Discharge
Exhaust
Discharge
Product
Dry
-Timer
Chamber
In
Chamber
Out
Rotor
In
Rotor
Out
Operator
P6�
a r I
qjk -
`f33
41/,p
37
�
3 R
-�-J45
37
3 asp
4,K5
4 Lobs
4 P
DRYER OUTPUT % SOLIDS Dish Wgt Wet Sample + Dish Dried Sample + Dish
(grams) .(grams) (grams)
( 6 ram/
% Total Solids
2nd Dryer Batch
Fill Cycle Started @ , b LP Dry Cycle Started @ �.3 a' Discharge Cycle Started @
Temoemtures °F
Time
Discharge
Exhaust
Discharge
Product
Dry
Timer
Chamber
In
Chamber
Out
Rotor
In
Rotor
Out
Operator
0'3,5
615
a Q`7
9 -
L(�33
sS
/LOB
3 D5
J-o5
-4w
393
FJ
DRYER OUTPUT % SOLIDS Dish Wgt Wet Sample + Dish Dried Sample + Dish
(grams) (grams) (grams)
--)% 'Total Solids
x 100 =
2/6/12, 6/23/14

TWSA DRYER OPERATIONS
DAILY RECORD
3rd Dryer Batch
Fill Cycle Started @ . ' Dry Cycle Started Discharge Cycle Started @
T=mnorn+tir=c 01=
Time
Discharge
Exhaust
Discharge
Product
Dry
Timer
Chamber
In
Chamber
Out
Rotor
In
Rotor
Out
Operator
90q
a ®�
��
�l L?
4.A3a
a4
a
00
2 Lk
4
ao
yC
�a8l
Lt4
4a
3. 3z
3,?
u
l00
%-5-
yYs
-37K
j `
ayLAC)
LcL� Li
30L
L-i.
2-914
C5
DRYER OUTPUT % SOLIDS Dish Wgt Wet Sample + Dish Dried Sample + Dish
(grams) I (grams). (grams)
6.57��
X goo = Q
c�A- �).e l�}E " 2 `1, I / r �% c a r�
Alarms or Comments t
% Total Solids
V

TWSA DRYER OPERATIONS
DAILY RECORD
DATE ` H
START STOP TOTAL
RUN TIME, HRS
1 st Dryer Batch
Fill Cycle Started @ . �5 Dry Cycle Started @ a Discharge Cycle Started @' o
TemDeratares OF
Time
Discharge
Exhaust
Discharge
Product
Dry
Timer
.Chamber
In
Chamber
Out
Rotor
In
Rotor
Out
Operator
T-
-ate
C�o
45
q 3a
1,9,
33
C
5 g
- i
lf�"
3
-L0,5-
�3� 0.
iFO
Le
D
%S�f'`�
�{
N
DRYER OUTPUT % SOLIDS Dish .Wgt. Wet Sample + Dish Dried Sample + Dish
(grams) .(grams) - (grams)
y �a� 3 0,06 I a�q,1 �7
i x 100 = 9 oho Total Solids
2nd Dryer Batch
Fill Cycle Started @ Dry Cycle Started-@ (0. Discharge Cycle Started @
Temperatures °F
Time
Discharge
Exhaust
Discharge'
Product
Dry
Timer
Chamber
In
Chamber
Out
Rotor
In
Rotor
Out
Operator
rO
c�>
4
405I
Alm)a0
L
c
1+4.5
9 Lf 0
�qL
3q
5
L\L�. I
�t�l _
394.
aw (�-ko
61
DRYER OUTPUT % SOLIDS Dish Wgt Wet Sample + Dish Dried Sample + Dish
(grams) (grams) rams,)
ys 3a79�
X100=91.
Total Solids
2/6/12, 6/23/14

TWSA DRYER OPERATIONS
DAILY RECORD
3rd Dryer Batch
Fill Cycle Started @. D -Dry Cycle Started @ cP �Od
Temperatures °F
Discharge Discharge Dry Chamber Chamber
Time I Exhaust Product Timer In Out
Discharge Cycle Started @
a 03
3�
I`
43�
Rotor
Out
Operator
DRYER OUTPUT % SOLIDS
Dish Wgt
Wet Sample + Dish
Dried Sample + Dish
(grams)
( r
g ams). (grams) ---�
x 100 = 9-3 773
Total Solids�'___,
Alarms or Comments -

TWSA. DRYER OPERATIONS
DAILY RECORD
DATE
START
RUN TIME, HRS
STOP
TOTAL
1 st Dryer Batch
Fill Cycle Started @ �o " L40 Dry Cycle Started @ 7 ol4o Discharge Cycle Started @'
TPmnArnftlrPs °F
Time
Discharge
Exhaust
Discharge
Product
Dry
Timer
Chamber
In '
Chamber
Out
Rotor
In
Rotor
Out
Operator
r5
L C�
S
I
D8
lbo
�i y 3
L� 3 i
L(49
3`3c
D 5"
33
21 v
1 00
4
35,E _
�"P�s-
DRYER OUTPUT % sOLIDs Dish Wgt . Wet Sample + Dish Dried Sample + Dish
(grams) .(grams) (grams)
oo >-o
91
x1O0= a
% Total Solids
2nd Dryer Batch /
Fill Cycle Started @ / Q �l a Dry Cycle Started @ Discharge Cycle Started @
TPrnnP_ratl irac 0;:
Time
Discharge
Exhaust
Discharge
Product
Dry
Timer
Chamber
In
Chamber
Out
Rotor
In
Rotor
Out
Operator
AD'AD7
5
ya
as
4,35
��-
tr3�
s0
4
-
a 35
911
I D D
J445
1-133
-Zl4s
� 3
ev
DRYER OUTPUT % SOLIDS Dish Wgt Wet Sample + Dish Dried Sample + Dish
(grams) (grams) yarns)
acl, E/S(
/ s 7S x 100 �� %Total Solids
216/12, 6/23/14

TWSA DRYER OPERATIONS
DAILY RECORD
3rd Dryer Batch
Fill Cycle Started @ Dry Cycle Started @ Discharge Cycle Started @
Tamnaratrirac °F
Time
Discharge
Exhaust
Discharge
Product
Dry
Timer
Chamber
In
Chamber
Out
Rotor
In
Rotor
Out
Operator
5
;�0
';L D r7
0
4 33
Lit9
'q 3.3
:258
-S
a o '_7
50
((I a
1 H )- l
9 19.
350
3 L
3 3
3 �Z
yys
L3 62
22
2I7
3&l
SCE
�i`�s
�f y/
`�
3 r�/
z 3
b�
3L 3-
15-1
V YY
yV3
V `f
3 _. -
DRYER OUTPUT % SOLIDS Dish Wgt Wet Sample + Dish Dried Sample + Dish
(grams) (grams). (grams)
y 670 %O72 17.0? d
S-7
x100=
/ %Total Solids

TWSA DRYER OPERATIONS
DAILY RECORD
DATE
START STOP TOTAL
} RUN TIME, HRS .
1st Dryer Batch
F
r i c
Fill Cycle Started @ ` Dry Cycle Started @ , i Discharge Cycle Started @ 5 S
•
Tamnarnhirae PP
•
Time
Discharge
Exhaust
Discharge
Product
Dry
Timer
Chamber
In
Chamber
Out
Rotor
In
Rotor
Out
Operator
ac)P
*
5
v
5b
:'
,, 1 01
C)r�
C� t) Q
6� Lo
L4 \
LA L I
C4 l
c1
i 1
- f
J
DRYER OUTPUT % SOLIDS Dish Wgt Wet Sample + Dish Dried Sample + Dish
(grams) - .(grams) (grams)
v3`7 30,
x�oo= sotals
`�olids
2nd Dryer Batch
Fill.Cycle Started @ O O rp Dry Cycle Started @ \L ?j Discharge Cycle Started @
T=mnarntf irce 017
Time
Discharge
Exhaust
Discharge
Product
Dry
Timer
Chamber
In
Chamber
Out
Rotor
In
Rotor
Out
Operator
�-33
l o o.
o .
cl I 1305
t 5'5
4c, 3
qc-(
DRYER OUTPUT % SOLIDS I Dish Wgt I Wet Sample + Dish
2/6/12, 6/23/14
0 - )_ 6, � V3-
u � 19(P_ �qS�
�� ✓ a l ; �._ x , of
Sample + Dish
rams)
©/
% Total Solids

TWSA UKYER UPERATIONS
DAILY RECORD
3rd Dryer Batch
Fill Cycle Started @ Dry Cycle Started @ Discharge Cycle Started @
I
Temperatures °F --
Time
Discharge
Exhaust
Discharge
Product
Dry
Timer
Chamber
In
Chamber
Out
Rotor
In
Rotor
Out
Operator
1 ', q q
D
Li
3 2_1
aAJ
ca
`(`fS
36.Ll
y; 2-
3 C)s
L�ys
DRYER OUTPUT % SOLIDS Dish Wgt Wet Sample + Dish Dried Sample + Dish
(grams) (grams) (grams)
b % Total Solids
Alarms or Comments

TWSA DRYER OPERATIONS
DAILY RECORD
DATE / ij Z
START STOP TOTAL
RUN TIME, HRS ; s
1st Dryer Batch
r• fi
Fill Cycle Started @ `:53 Dry Cycle Started @ `� 3 Discharge Cycle Started @ J J
Temnc­4­r - 0C
Time
Discharge
Exhaust
Discharge
Product
Dry
Timer
Chamber
In
Chamber
Out
Rotor
In
_Rotor
Out
Operator
2 3
�vV
a 03
`-(v
3 ��
110
C� v 3
2 07
Z )_
16 ®
3 PI 2-
13 0
14,15
439
LN1571-
3os
s�
�
" f4
F-2.35d
DRYER OUTPUT % SOLIDS Dish Wgt Wet Sample + Dish Dried Sample + Dish
(grams) .(grams) (grams)
3 qr&
90 <c % Total Solids
2nd Dryer Batch
Fill Cycle Started @ M Dry Cycle Started @ Discharge Cycle Started @_
Time
Discharge
Exhaust
Discharge
Product
Dry
Timer
Chamber
In
Chamber
Out
Rotor
In
Rotor
Out
Operator
11 :3
aqa
�u
v�
�
3 �
CD
J a�
O`ere-
DRYER OUTPUT % SOLIDS Dish Wgt Wet Sample + Dish Dried Sample + Dish,
(grams) (grams) rams)
�.i07s
x1oo= Qr�
/ T5 % Total Solids .
2/6/12, 6/23/14

I VVSA UKYtK UNLKA 1 IUIVS
DAILY RECORD
3rd Dryer Batch
Fill Cycle Started @ 4� a Dry Cycle Started @ Discharge Cycle Started @
Temperatures OF
Time
Discharge
Exhaust
Discharge
Product
Dry
Timer
Chamber
In
Chamber
Out
Rotor
In
Rotor
Out
O erator
s�
1 q
6��a
aye
D
C�
LAL 5
36
Lly
L44C)
Lilly
3(8a
DC)
0
-1'-i 5
Y i H
IM
DRYER OUTPUT % SOLIDS Dish Wgt Wet Sample + Dish I Dried Sample + Dish
(grams) (grams) (grams)
--
�� x 100 = �3 % Total Solids.
Alarms or Comments

TNSA DRYER OPERATIONS
DAILY RECORD
DATE
START
RUN TIME, HRS
STOP
TOTAL
1st Dryer Batch
Fill Cycle Started Dry Cycle Started @ Discharge Cycle.Started @- �P
Ta...�.,.-....L.. .. Oc'
Time
Discharge
Exhaust
Discharge
Product
Dry
Timer
Chamber
In
Chamber
Out
Rotor
In
Rotor
Out
Operator
7. ;aZ
3
ads
ill
I
��{
e4
7
co
DRYER.OUTPUT % SOLIDS Dish Wgt Wet Sample + Dish Dried Sample + Dish
(grams) .(grams) (grams)
o 9 9'7 y aL � (9 t I\ a. 5: ,5 d o
x1oo=
c9 `7 11
% Total Solids
2nd Dryer Batch /� p
Fill Cycle Started @ U - -� DryCycle Started @ Discharge Cycle Started @
Tcmnoro+sir- ' OC
Time
Discharge
Exhaust
Discharge
Dry
Timer
•r-
Chamber
In
Chamber
Out
Rotor
In
Rotor
Out
Operator
**Product
0
A?
4f
C
• /
['
��
/
•
( V�V
C
efi
• DRYER,OUTPUT % SOLIDS Dish Wgt Wet Sample + Dish Dried Sample + Dish
(grams) (grams) rams)
ioD3-Ta(ey adr9
s_
_- x100= q
%7oora olds
. 2/6/'12, 6/23H4

TWSA DRYER OPERATIONS
DAILY RECORD
3rd Dryer Batch
Fill Cycle Started @ 4 "t Dry Cycle Started @-=�-I-- Discharge Cycle Started @
Temperatures OF
Time
Discharge
Exhaust
Discharge
Product
Dry
Timer
Chamber
In
Chamber
Out
Rotor
In
Rotor
Out
Operator
L(
L( 39
3',
LA4,5
q 3 3
q L� 5
65.9
-3 _w
�'•), 13v
3D -
P5.
1�q
�A\
'A Lk
3-1 'A
DRYER OUTPUT % SOLIDS Dish Wgt Wet Sample + Dish Dried Sample + Dish
(grams) (grams) (grams)
1-7
x100= q
% Total Solids
Alarms or Comments

E
TWSA DRYER OPERATIONS
DAILY RECORD
DATE — `_"% i L4
START
RUN TIME, HRS
STOP
TOTAL
1 st Dryer Batch R,
Fill Cycle Started @ Dry Cycle Started @ �. " f -Discharge Cycle Started @ 9="5-3
Tomner,4---, OC
Time
Discharge Discharge
Exhaust Product
Dry
Timer
r-
Chamber
In.
Chamber
Out
Rotor
In
Rotor
Out
Operator
Z - j �7
c)- D ? aQ�?-
Q
�/)19
7)13
DRYER OUTPUT % SOLIDS Dish Wgt Wet Sample + Dish Dried Sample + Dish
(grams) .(grams) (grams)
q 7 4;, x 100 = % Total Solids
2nd Dryer Batch
Fill Cycle Started @ 3 Dry Cycle Started @ V: Discharge Cycle Started @
Tnm--+-r oC
Time
Discharge
Exhaust
Discharge
Product
Dry
Timer
Chamber
in
Chamber
Out
Rotor
In
Rotor
Out
Operator
auR
D ._
f t
QS-
L�� 1rw
=�
A Aq,
ao
S'
qqq
431
141q�
:C
DRYER OUTPUT % SOLIDS Dish Wgt Wet Sample + Dish Dried Sample + Dish —
(grams) (grams) rams)
liOtIl 2--(o,2033
f
x100=
14-6li, % `rnfal �nliric
2/6/12, 6/23114

TWSA DRYER OPERATIONS
DAILY RECORD
3rd Dryer Batch
Fill Cycle Started @ ` -Dry Cycle Started @ Discharge Cycle Started @ 44
3�9,► `u lamed ca.r
TPmnernfFirPc °P -
Time
Discharge
Exhaust
Discharge
Product
Dry
Timer
Chamber
In
Chamber
Out
Rotor
In
Rotor
Out
Operator04
o
41A
14 2kb
q
2, -7
1-f 3a
qq,-ki
33
c
'All 3 0
c)q
15
Lk �4 q
Ls 3
�OA L\
. 380
L�
u ,�_D
H LA 1
L� C-r
LA1t 3
j019'
/")
DRYER OUTPUT % SOLIDS 'Dish Wgt Wet Sample + Dish Dried Sample + Dish
(grams) (grams) (grams))
1. 0 2-9 L 5 2 to, 3 Co G- 5 1�t ql 3? l l `�
3�`73 x1oo= o
/o Total Solids
Alarms or Comments

E
17,
TWSA DRYER OPERATIONS
DAILY RECORD
DATE t� (� % L4
START
RUN TIME, HRS
STOP
1 st Dryer Batch
Fill Cycle Started @ J % DryCycle Started @
3 i
Tamrnarnhir=e Of:
TOTAL
Discharge Cycle Started @
Time
Discharge
Exhaust'
Discharge
Product
Dry
Timer
Chamber
In
Chamber
Out
Rotor
In
Rotor
Out
Operator
r �4 3
3
:2-
b s
1-1,Y-5
43D
z4
3�3
ED
1"S
23
MI6
J 0 o
yys
V33
yY_5-
3�6
0. /A
3C)6
y,5
At
s
3
E
DRYER OUTPUT % SOLIDS Dish Wgt Wet Sample + Dish Dried Sample + Dish
(grams) .(grams) ( rams)
5 3 a x 100 = 9 5/ 7% Total Solids
2nd Dryer Batch )) ,,11 31 Vv-
Fill Cycle Started @ ! U ' Dry Cycle Started @ D` Discharge Cycle Started @
Tamnarati ircc OC'
Time
Discharge
Exhaust
Discharge
Product
Dry
Timer
Chamber
. In
Chamber
Out
Rotor
In
Rotor
Out
Operator
E D
414s
Z�3 /
`7�
:3
: -3
I
b a
1414
3y
3
l®174q3
mot'
'f. 3
3 97
DRYER OUTPUT % SOLIDS Dish Wgt Wet Sample + Dish Dried Sample + Dish
(grams) (grams)(grams)
7. 3R -7 9
ag. 7q-.77 x100=
/ % Total Solids
216/12, 6/23/14

VVJH UKYtK UPERATIONS
DAILY RECORD
3rd Dryer Batch j
Fill Cycle Started @ `? Dry Cycle Started @ } Discharge Cycle Started @ J ( 0 —
r=
TcmnernF...rn.. Oc —
Time
Discharge
Exhaust
Discharge
Product
Dry
Timer
•r-
Chamber
In
Chamber
Out
Rotor
In
Rotor
Out
Operator
=l
a(5�11
10
j q
��
�?,_q3
E-*r0
a a
a 0-�
(A cC
L( 31
ti Lj t0
.�) 2 2
.
.
Z-; S
Z o
00
H 3 Z
Cjq ._�_?
•1-�,�
LI: `�9
14LA
J
/ v
�c
3 (o
`MCP
5
b5
1-7)
ti
3
3�
0
DRYER OUTPUT % SOLIDS Dish Wgt Wet Sample + Dish Dried Sample + Dish
(grams) (grams) (grams)
I,c� I i2 3i .0 i oU J V3/i vv l q1.���
g x oa = 73 ` t" % Total Solids
Alarms or Comments

TWSA DRYER OPERATIONS
DAILY RECORD
C
DATE -I ` I q
START STOP TOTAL
RUN TIME, HRS
1 st Dryer Batch
Fill Cycle Started @ L-P 1 Dry Cycle Started @ 7- 2, h Discharge Cycle Started @' 0,3
Temoeratures OF
Time
Discharge
Exhaust
Discharge
Product
Dry
Timer
Chamber
In
Chamber
Out
Rotor .
In
Rotor
Out
Operator
v C?
lop
c�, 5D
')f
933
4 3g
-/44-,j"
310�
0-9
63
;�G
p
&,3
'/q5
-4qI I
39A
�f/
DRYER OUTPUT % SOLIDS Dish Wgt Wet Sample + Dish I Dried Sample + Dish
(grams) .(grams) (grams)
i3OOoG �41V `l
l b 1 x 100 % Total Solids
2nd Dryer Batch
Fill Cycle Started @ l Dry Cycle Started @ �•� Discharge Cycle Started @ -�
33 Temoeratures OF
Time
Discharge
Exhaust
Discharge
Product
Dry
Timer
Chamber
In
Chamber
Out
Rotor
In
Rotor
Out
Operator
P-3 ,�
9.a9
_
-q4,5
.413A
---�,5—
3i
6-,D
2-
D
13
W6,-
3 S
8
;)L 91�
36.
&
4
44<
zy�Zrl,6
3�,3
C-
DRYER OUTPUT % SOLIDS Dish Wgt Wet Sample + Dish Dried Sample + Dish
(9 rams) (grams) (grams)
�L 5� x100=
cI %Total Solids
216112, 6/23/14

i vvoH UKyt:N UIJI=HATIOIVS
DAILY RECORD
3rd Dryer Batch
Fill Cycle Started @ D Cycle Started '
f . Dry Y @ _Q_ 1� Discharge Cycle Started @ �j
-33VI TPmnomftirnc °C
Time
l,5
3105
C 5�
Li b% ITO
Discharge
I Exhaust
1
P Q
3
I
Discharge '
Product
aD-�
IC>
1
Dry
Timer .
—�
15
1Do
1(0 3
Chamber
In
q l
L j 'A
44
'�LAb
Chamber
Out
�i 3c�
'A�a
C- 30i
L L[ I
Rotor
In
�4 -( �
LjL_�S
Lc (4 tp
LAIA 2
Rotor
Out
Operator
3Cf
3R _
DRYER OUTPUT % SOLIDS Dish Wgt
(grams)
�g.353
Wet Sample + Dish
(grams).
Dried Sample + Dish
(grams)
��.3
j
r`
ash
30, �35
C�
-, 51
x 100 = gs j d
% Total Solids
Alarms or Comments

•
TWSA DRYER OPERATIONS
DAILY RECORD
DATE &
_ r START r STOP TOTAL
RUN TIME, HRS J •'D &
1st Dryer Batch
Fill Cycle Started @ .5`7 Dry Cycle Started @ % i ), y Discharge Cycle Started @ 00-D
Temperatures OF
Time
Discharge
Exhaust
Discharge
Product
Dry
Timer
Chamber
In
Chamber
Out
Rotor
In
Rotor
Out
Operator
-)ag
Z06
vo3
3-)
3
S, )Z
d 6
off'
6-D
443
Cf-D
-114 (
a a
) 0-0
'/
433
3/o
�f
160
"-4q6
J4L5'-
3 g
1
3
- 5
4,�5 I
`f 4 ( .
`f4
39-�' 1
C J)
DRYER OUTPUT % SOLIDS Dish Wgt Wet Sample + Dish Dried Sample + Dish
(grams) -(grams) (grams)
O,-79q ZL(, 3-7 3 5 3 (-�?3
136
x1oo=
a 3_'� 5 � � I % Total Solids
2nd Dryer Batch �
Fill Cycle Started @ Dry Cycle Started @ / = vc�(� Discharge Cycle Started @ 7
, Temperatures °F
Time
Discharge
Exhaust
Discharge
Product
Dry
Timer
Chamber
In
Chamber
Out
Rotor
In
Rotor
Out
Operator
l ��v
vL:r
a os
41J
a38
-'3
23 D
1�
aqq&
432
-246
3y6-19
66),
q� T
705
A(i�
DRYER OUTPUT % SOLIDS Dish Wgt Wet Sample + Dish Dried Sample + Dish
(grams) (grams) rams)
-72,0$ 3,
216112, 6/23114
r1r196
x100=
%Total Solids

VVOH UKTtK UNtKA I IUN8
DAILY RECORD
3rd Dryer Batch
Fill Cycle Started @ � -Dry Cycle Started @ ' A a Discharge Cycle Started @ O�
3 12�w Temperatures °F t
Discharge
Time Exhaust
a)) a0�
i
Discharge
Product
c
a6
1
Dry =Imn
TimerOut
13
(f Cf
Chamber
31�
Rotor
In
13
Rotor
Out
�
Operator
`1 z3 3
Li 5�. ��
a 30
445
�o �`kS
q39
��1
31�
v
DRYER OUTPUT % SOLIDS Dish Wgt Wet Sample + Dish Dried Sample + Dish
(grams) (grams)(grams)
/
3 9 -393 � 9 S �G
5� x�oo= a o
/o `� Total Solids
Alarms or Comments

TWSA DRYER OPERATIONS
DAILY RECORD.
DATE / 0 —,--A L
START STOP TOTAL
{ RUN TIME, HRS
1 st Dryer Batch
rr j.
Fill Cycle Started @ Dry Cycle Started @ Discharge Cycle Started @'
Temperatures OF
Time
Discharge
Exhaust
Discharge
Product
Dry
Timer
Chamber
In
Chamber
Out
Rotor
In
Rotor
Out
Operator
Inn
l�
U1 '
II /
5 0
(c./ t
3
CW,
43
C0
DRYER OUTPUT % SOLIDS Dish Wgt Wet Sample + Dish Dried Sample + Dish
(grams) .(grams) (grams)
x
x100=
G
1�p - 9q
% Total Solids
2nd Dryer Batch
Fill Cycle Started @ Dry Cycle Started @ IP Discharge Cycle Started @
Temperatures °F
Time
Discharge
Exhaust
Discharge
Product
Dry
Timer
Chamber
In
Chamber
Out
Rotor
In
Rotor
Out
Operator
1 I D (�
�r�
D
385
(,,5fe
9,9,
c .D
5D
44`7
/-(3!
Ll
934
9
DD
DRYER OUTPUT % SOLIDS Dish Wgt Wet Sample + Dish Dried Sample + Dish
(grams) (grams) rams)
3-3,9 oZ (e �4- i,
% Total Solids
216112, 6/23/14

i V V�� vIN I LIB vrCfCP1I IUIVJ
DAILY RECORD.
3rd Dryer Batch
Fill Cycle Started @"3 -Dry Cycle Started @ �'�'-� ii Discharge Cycle Started @ 5 ;4U
Temperatures °F
Time
Discharge
Exhaust
Discharge
Product
Dry
Timer
Chamber
In
Chamber
Out
Rotor
In
Rotor
Out
Operator
Li Z_
14(4
3� 5
4, zov`�3
(_v -(
3
-3 S 5,
L\ 0
z 18i0
'ju
-72
L[ 3G
�f `f
(A
0'i 5
DRYER OUTPUT % SOLIDS Dish Wgt Wet Sample + Dish I Dried Sample + Dish
(grams) (grams) (grams)
iIc,03s 31 W t 9,87,)6
mod: i�f x1oo= Spy%
Alarms or Comments
1j
. �f
�b0��7�
% Total Solids

TWSA DRYER OPERATIONS
DAILY RECORD
DATE /v!' .
t START STOP TOTAL
RUN TIME, HRS %37
1 st Dryer Batch
Fill Started Cycle -�
y @ Dry Cycle Started @ `/ Discharge Cycle Started @ D `%
Temneraftlres OF
Time
Discharge
Exhaust
Discharge.
Product
Dry
Timer
Chamber
In
Chamber
Out
Rotor
In
Rotor
Out
Operator
c � '12
273
9�43
%60
4V,51
_z19
D'D7
q �3 1
3b
- '7 i
4�5
I
14 r
3 9 4
DRYER OUTPUT % SOLIDS Dish Wgt Wet Sample + Dish Dried Sample + Dish
(grams) .(grams) (grams)
r,bz-y 3i,cAS7 .d �
a g-d3_Q S-6Vo7 '?7
C� � x 100 = M o Total Solids
2nd Dryer Batch g
Fill Cycle Started @ 7 Dry Cycle Started @ l Discharge Cycle Started @ 1. 3
Temperatures °F
Time
Discharge
Exhaust
Discharge
Product
Dry
Timer
Chamber
In
Chamber
Out
Rotor
In
Rotor
Out
Operator
"'39
J33
as
4�
q
44
3a
)',oM
a3 a
3 2
CO
DRYER OUTPUT % SOLIDS Dish Wgt Wet Sample + Dish I Dried Sample + Dish
(grams) (grams) (grams)
'7, v976 v J &D
`ti r x 100 = n
% Total Solids
2/6/12, 6/23/14

I vvaH UMT 1=K UNtKA I IUNS
DAILY RECORD
3rd Dryer Batch /�
Fill Cycle Started @ _1 / Dry Cycle Started @101, . I V) Discharge Cycle Started @ C31 0
Temperatures OF
Time
Discharge
Exhaust
Discharge
Product
Dry
Timer
Chamber
In
Chamber
Out
Rotor
In
Rotor
Out
Operator
©�
a���`1
33
�I'D
LA45,
41-f 13
W-f
z
DRYER OUTPUT % SOLIDS Dish Wgt Wet Sample + Dish Dried Sample + Dish
(grams) (grams) (grams)
1,D17o 33; -L 7 �a
a �3 x100=
Alarms or Comments
il)
606.
lids

TWSA DRYER OPERATIONS
DAILY RECORD
r
DATE / Q -,,Z7� —
START STOP TOTAL
RUN TIME, HRS d-
1 st Dryer Batch
Fill Cycle Started @ UP Ir F C Dry Cycle Started @ �•coi Discharge Cycle Started @ %J
Tamnarnfllrac Or:
Time
Discharge
Exhaust
Discharge
Product
Dry
Timer
Chamber
In '
Chamber
Out
Rotor
In
Rotor
Out
Operator
`Z.-'
J 3
62-)
3 YJ
462)
3Y'
. 1
3 6
961
S--O
6"
A13a
JA4,
9,04
3 '"
c
o d
L)45
33
<<�
i
X71
c9,9�'
15o
414s
-440
445
Z7 4,
2)b's-1
- M
14
DRYER OUTPUT % SOLIDS Dish Wgt Wet Sample + Dish Dried Sample + Dish
(grams) .(grams) (grams)
26 , 3 C,%-Total
x100Solids
2nd Dryer Batch C
Fill Cycle Started @ U
Dry Cycle Started @ Discharge Cycle Started @
5? �T mnarntiirac ��
Time
Discharge
Exhaust
Discharge
Product
Dry
Timer
Chamber
In
Chamber
Out
Rotor
In
Rotor
Out
Operator
Dal
au-7
d
4z6r
07
"N5
37�,
�fB
` laq
163
qqz�
-44
44,5
C
DRYER OUTPUT % SOLIDS Dish Wgt Wet Sample + Dish I Dried Sample + Dish
(gramms) rams) rams)
� x 100
216/12, 6/23/14
% Total Solids

I VVSA DRYER OPERATIONS
DAILY RECORD
3rd Dryer Batch
Fill Cycle Started @— Dry Cycle Started @ ` �� Discharge Cycle Started @ r�
Temoeratures °F
Time
Discharge
Exhaust
Discharge
Product
Dry
Timer
Chamber
In
Chamber
Out
Rotor
In
Rotor
Out
Operator
Z v Z,
Lo
C7
o(�
3
L((D(0
Al�
5�
13l S'
3 �
3a
1O
1Eb
L195
L�35
H95
'� �`�
31
3
1(�
�3S
wr)
3
o
DRYER OUTPUT % SOLIDS Dish Wgt Wet Sample + Dish Dried Sample + Dish
(grams) (grams) (grams)
I,o13(0 C-tBZ� .-Ell
+1�io
d6
c x100=
% Total Solids
Alarms or Comments
nn �"
n.l •SCyI qi..e. rs d u nG?,r'•
Y

TWSA DRYER OPERATIONS
DAILY RECORD
•
DATE
START STOP
RUN TIME, HRS Lo- �-i , ,N
TOTAL
1st Dryer Batch
Fill Cycle Started @ V & Dry Cycle Started @ Discharge Cycle Started
Time
Discharge
Exhaust
Discharge
Product
Dry
Timer
Chamber _
In '
Chamber
Out
Rotor
In
Rotor
Out
Operator
Aab
q
D-i)O
�2g�-
3?
0��
'23a
19
a
, 0
445
qd,
tic1611)
14'3
DRYER OUTPUT % SOLIDS Dish'Wgt Wet Sample + Dish Dried Sample + Dish
(grams) .(grams) (grams)
i,v Zt�i .3 3 o9.3�3
- A9, D
ZD.vd('3
x100= 9q-37--1 :D-
% Total Solids
2nd Dryer Batch j
Fill Cycle Started @ Dry Cycle Started @ % Discharge Cycle Started @
0C
Time
Discharge
Exhaust
Discharge
Product
Dry
Timer
Chamber
In
Chamber
Out
Rotor
In
Rotor
Out
Operator
46
i ,
q6�
C LI
4D
-
a�
14
�5-
64)
=.3
�
iQp
�5
a
g45-
37 Y
'c n
3U5
.'-J45
)41q
---7'- //- �
39 r
DRYER OUTPUT % SOLIDS Dish Wgt Wet Sample + Dish Dried Sample + Dish
® (grams) (grams) (grams)
b, 92 33
- 3a.i`713
3(.gg(D--
2/6/12, 6/23/14
x1oo= 94.63('7
& 04°
% Total Solids

TWSA DRYER OPERATIONS
DAILY RECORD
3rd Dryer Batch
Fill Cycle Started @--�- '— -Dry Cycle Started @ L3 Discharge Cycle Started @ 1
33 TPmnaratiirac OF
Time
Discharge
Exhaust
Discharge
Product
Dry
Timer
Chamber
In
Chamber
Out
Rotor
In
Rotor
Out
O erator
34/
tit
DRYER OUTPUT % SOLIDS Dish Wgt Wet Sample + Dish Dried Sample + Dish
(grams) (grams) (grams)
�.Z/
%S g / �. /� I �— % Total Solids
Alarms or Comments LIre n �� �' ��M�2 'j `M P_ki,
t

TWSA DRYER OPERATIONS
DAILY RECORD
DATE J 1 -" 1 q
START
RUN TIME, HRS
STOP
TOTAL
1 st Dryer Batch
Fill Cycle Started '
Y @ Dry Cycle Started @ , 1 Discharge Cycle Started
Temnarnftirac °F
Time
Discharge
Exhaust
Discharge
Product
Dry
Timer
Chamber
In
Chamber
Out
Rotor Rotor
In Out
Operator
a
a r0i
65'
-5�0
(off
,'q:3
/6Z_0
�4;)
4,37
J4
4� 3� f
�.
DRYER OUTPUT % SOLIDS Dish Wgt Wet Sample + Dish Dried Sample + Dish
(grams) -(grams) (grams)
I� �DSl 3 O-HLt7-1 9,
x100=
2nd Dryer Batch
Fill Cycle Started @ �j Dry Cycle Started @ �=
TemnPratiirac 0P
9�, a q-/-I
99, D -D D-
% Total Solids
Discharge Cycle Started @ - 9 _
Time
Discharge
Exhaust
Discharge
Product
Dry
Timer
Chamber
I In
vChamber
Out
Rotor
In
Rotor
Out
Operator
"10
alb
U
301
3-/9
39'
as
f`
'. al:2-9
b°
5D
zllf
#33
Yq
o 4
DRYER OUTPUT % SOLIDS Dish Wgt Wet Sample + Dish I Dried Sample + Dish
(grams) (grams) rams)
1,02ul 3Z, (,_NL _S7
- �v. a3(d
x100=
216112, 6/23/14
6 5 v3
% Total Solids

I VV5A UKYtK UI'tKA 1 IUNS
DAILY RECORD
3rd Dryer Batch
Fill Cycle Started @ Dry Cycle Started @ Discharge Cycle Started @ y
Ti=mnarPfiirac'P
Time
Discharge
Exhaust
Discharge
Product
Dry
Timer
Chamber
In
Chamber
Out
Rotor
In
Rotor
Out
Operator
L[ 0 z
-Y
z
39
),a
LAH
L 3 3
L\1A 5
��
DH
'239
ac)u
)bo
44:5-
Li3I
q45
3-7.3
5 1�
a,
aIq
lSv
- 5
4 3
5 , LA
'Z I
DRYER OUTPUT % SOLIDS Dish Wgt Wet Sample + Dish Dried Sample + Dish
(grams) (grams). (grams)
i,o2-7S 31,7197 3a. �6�3
�j 3335
3o. 6'r9 (�6) x100= 99,57q
Alarms or Comments
cl.4 r.3
L,J Q_ �1 -
fl ��
% Total Solids

.TWSA DRYER OPERATIONS
DAILY RECORD
DATE
[•-0019
RUN TIME, HRS
TOTAL
1st Dryer Batch
Fill Cycle Started @ (g, q Dry Cycle Started @ J 43' Discharge Cycle Started @'
TamnarnfFm=Q OF
Time
Discharge
Exhaust
Discharge
Product
Dry
Timer
Chamber
In
Chamber
Out
Rotor
In
Rotor
Out
Operator
:lg
a�(D
�5
f
3,
1 a v
q45
:3A
�f/
DRYER OUTPUT % SOLIDS Dish. Wgt Wet Sample + Dish Dried Sample + Dish
(grams) .(grams) (grams) .
x100= 9,73/3(l
2nd Dryer Batch j �y
Fill Cycle Started @
I
9" 3 p�
ST Total
Dry Cycle Started @_ Discharge -Cycle Started @
Tamnaratiirac 0F:
Time
Discharge
Exhaust
Discharge
Product
Dry
Timer
Chamber
In
Chamber
Out
Rotor
In
Rotor
Out
Operator
D:
�t_
o
A�o
l 4v
a 3 A
cqlD
433
S�OICI)
3
DRYER OUTPUT % SOLIDS Dish Wgt Wet Sample + Dish Dried Sample + Dish
(grams) (grams) (grams)
:3a,v RLP7
30. 9���
216112, 6/23114
x100= "I.D83/
V
% Total Solids

I W5A DRYER OPERATIONS
DAILY RECORD
3rd Dryer Batch
Fill Cycle Started @ Dry Cycle Started @�� �' Discharge Cycle Started @ Z
Or
Time
Discharge
Exhaust
Discharge
Product
Dry
Timer
r-
Chamber
In
Chamber
Out
Rotor
In
Rotor
Out
Operator
i�
2
Zo 3
7
�r �1
��
4 q-7
315
�
C4
�c S
3 � 3C
to
DRYER OUTPUT % SOLIDS Dish Wgt Wet Sample + Dish Dried Sample + Dish
(grams) (grams) (grams)
�v -�ss�j x1oo= i�.a��
Total Solids
Alarms or Comments
!� D r;q APay % {�-
J

E
= ST.
RUN TIME, HRS r'
TWSA DRYER OPERATIONS
1DAILY RECORD
DATE
STOP
1"4 If -all
1st Dryer Batch
Fill Cycle Started @ Dry Cycle Started @ %r�J Discharge Cycle Started @i 01 /A
Timm nPratrirPc °F
Time
Discharge
Exhaust
Discharge
Product
Dry
Timer
Chamber
In
Chamber
Out
Rotor
In
Rotor
Out
Operator
0
31K
-e
r �e(C
���
1c7�
4.
c�/
`4 T 5
DRYER OUTPUT % SOLIDS Dish Wgt Wet Sample '+ Dish Dried Sample + Dish
(grams) .(grams) (grams)
1 3 L�,)( I b --T-3o
x 100 = (^ /a % Total Solids
2nd Dryer Batch
Fill Cycle Started @ �; +�''Z Dry. Cycle Started @ / t�= J Discharge Cycle Started @1
TPmneraturaG °F
Time
Discharge
Exhaust
Discharge
Product
Dry
Timer
Chamber
In
Chamber
Out
Rotor
In
Rotor
Out
Operator
�If
C � 2
0
q"-I
1f33
4 7q t7��
o
e✓
-3
1 a O
3A-
IYgb
373
c-
5�
7o�
DRYER OUTPUT % SOLIDS Dish Wgt Wet Sample + Dish
(grams) (grams)
t 06-� o 3 u ,I gc�
z7a'—��
2/6/12, 6/23/14
Dried Sample + Dish
_ (grams)
xloo—,:�`y
I v
9_�i,r% Total Solids
,N

TWSA DRYER OPERATIONS
DAILY RECORD
3rd Dryer Batch
Fill Cycle Started @ D b Dry Cycle Started @ - 33� Discharge Cycle Started @ 4 ` 1_ 5
T__ ..t. Or
Time
Discharge
Exhaust
Discharge
Product
Dry
Timer
Chamber
In
Chamber
Out
Rotor
In
Rotor
Out
Operator
3�
�[ rZS
SO
C�
�(Y
�ZU
4)
DRYER OUTPUT % SOLIDS Dish Wgt Wet Sample + Dish Dried Sample + Dish
(grams) (grams) (grams)
i,vz3 32,3.5y'I =
Jrl- ce x1oo=
otal Solids
Alarms or Comments

TWSA DRYER OPERATIONS
DAILY RECORD
DATE ( (- 1 '7 -1 4
START STOP.... TOTAL
RUN TIME, HRS `3� �• �� l
1 st Dryer Batch `
Fill Cycle Started � ` � � '
Y @ Dry Cycle Started @ % "Z 7 Discharge Cycle Started
Time
Discharge
Exhaust
Discharge
Product
Dry
Timer
Temperatures OF
Chamber Chamber
In Out
Rotor
In
Rotor
_
.-2. vL/
Out
Operator
o
A/
1�
601
VV'S
3 w
-7/--
DRYER OUTPUT % SOLIDS I Dish Wgt Wet Sample + Dish Dried Sample + Dish
(grams). .(grams) (grams)
56, -37iaq x100= ?0,((4-7
%Total Solids
2nd Dryer Batch
Fill Cycle Started @ W ; .3 Dry Cycle Started @ I Discharge Cycle Started @
7n—
res °F
DRYER OUTPUT % SOLIDS Dish Wgt Wet Sample +Dish Dried Sample + Dish
(gram - s) (grams) ( rams)
x100=
qs, 9 '7�s
216/12, 6/23/14
/o Total SOIIdS

UHILY NLUUKU
3rd Dryer Batch
Fill Cycle Started @ �,
-Dry Cycle Started @
Discharge Cycle Started @ (�� �.0 8
Temperatures °F
Discharge
Time Exhaust
Discharge
Product
Dry
Timer
Chamber
In
ChamberPRotor
Out
Rotor
Out O erator
�0 Zz3'.
53
_
° , C45
Lf 5(
3oo
5 s a b 1 `f 11 l J� A (4 S Y-f - r
0•
DRYER OUTPUT % soLIDs Dish Wgt Wet Sample + Dish Dried Sample + Dish —�
(grams) (grams) (gramt:�:
1.C>LI�r�
% Total Solids
Alarms or Comments

TWSA DRYER OPERATIONS
DAILY RECORD
DATE
START STOP TOTAL
RUN TIME, HRS To o '
1 st Dryer Batch T�
Fill Cycle Started @ �J ]
Dry Cycle Started @ Discharge Cycle Started @
Temperatures OF
DRYER OUTPUT % SOLIDS I Dish Wgt Wet Sample + Dish Dried Sample + Dish
(grams) .(grams) (grams)
Total Solids
2nd Dryer Batch
Fill Cycle Started
@
Dry Cycle Started @ { L 5 6'
Discharge
Cycle Started @
®
Temperatures
OF
Time
Discharge
Exhaust
Discharge
Product
Dry Chamber
Timer In
Chamber
Out
Rotor
In
Rotor
Out
Operator
a :4
�-3
C
EO
3
P3(o
)I)o 4qb
1-133
:C
:J1Lo
n V
J50 Z�,�A
j
3
; S ��( L
I-(�( I
4.
�o
Ca
DRYER OUTPUT % SOLIDS
Dish Wgt
Wet Sample + Dish
Dried Sample + Dish
(g rams`))
(grams)
(grams)
!�\\
(�
ai/
-5/ J`
DVf,
2/6n2, 6123/14
�� %
% Total Solids

DAILY RECORD
3rd Dryer Batch
Fill Cycle Started @ I -Dry Cycle Started @ 3 3 —f Discharge Cycle Started @
Temperatures OF (—
Discharge Discharge Dry Chamber Chamber Rotor Rotor
Na��
Exhaust Product Timer In Out In Out O erator
a o H ai(j 0 3c��� Sul 3 i�� aa.-1
CA aQ6 5(). q_-) Nz a �
ov a �t 5 `50 L `4`45 ��Cp
� V
DRYER OUTPUT % SOLIDS Dish Wgt Wet Sample + Dish Dried Sample + Dish
(grams) (grams) (grams)
C)
D L D Sl a-0
aL r x 100 = �, �� 3 % Total Solids
Alarms or Comments

TWSA DRYER OPERATIONS
DAILY RECORD
0
RUN TIME, HRS
DATE
START STOP TOTAL
E: rc)�
1st Dryer Batch I
Fill Cycle Started @ - I
Dry Cycle Started @ 1 Discharge Cycle Started g
Temperatures OF
DRYER OUTPUT % SOLIDS I Dish Wgt I Wet Sample + Dish I Dried Sample + Dish I
l,u(3�I 33,ciSim3 3 �
s (s �
X,00-
5 /o Total Solids
2nd Dryer Batch � II
Fill Cycle Started @ U' = Dry Cycle Started- @ l..d Discharge Cycle Started @ ' 63
Temperatures OF
DRYER OUTPUT %SOLIDS I Dish Wgtj Wet Sample +Dish Dried Sample +Dish
(grams) (arams) (nr�rncl
I � , 0 Sg� 13 H , � —105 I � � () -7
a x100= 9�
2J6/12, 6/23114 L S ° % Total Solids

-11 . � I INL_%, V I\V
3rd Dryer Batch
Fill Cycle Started @ ` l -Dry Cycle Started @_ Discharge Cycle Started @ �-
Timm nerafirirac "P
Time
Discharge
Exhaust
Discharge
Product
Dry
Timer
...r -. _._.
Chamber
In
--
Chamber
Out
Rotor
In
Rotor
Out
Operator
3 ;
�
Li45
1 L+3S
1445
j
a
a 9
a s
/00
114q C)
0
305
1 7C�
�i9
4Q (
4 Ct
-� 17
DRYER OUTPUT % SOLIDS Dish Wgt Wet Sample + Dish Dried Sample + Dish
(grams) (grams) (grams)
5 x1oo=
r % Total Solids
Alarms or Comments

TWSA DRYER OPERATIONS
DAILY RECORD
DATE
L� _ 1
- RUN TIME, HRS -
"'START
: 5 -7
STOP ..-
TOTAL
1 st Dryer Batch
Fill Cycle Started @ T
Dry Cycle Started @ 1,35 Discharge Cycle Started
Temperatures OF
Discharge
Time Exhaust
Discharge
Product
Dry
Timer
Chamber Chamater
In Ouperator
44�
6 143 )JI
3dS
DRYER OUTPUT % SOLIDS
Dish Wgt
Wet Sample + Dish Dried Sample + Dish
(grams)
.(grams) (grams)
.
C'
off,
x 100 =
9 S�. S` S cF �
°r'T-otai-Solids
2nd.Dryer Batch
Fill Cycle Started @ 3 Dry Cycle Started @ v2�
Discharge Cycle Started @ ,
Temperatures OF
Discharge
Time Exhaust
Discharge
Product
Dry
Timer
Chamber Chamber
In Out
Rotor Rotor
In Out
Operator
J�' fib .
a�
,3 32.
4//
. OS' c;LM
9-bb
ova
433
44, 3�.5
Lfoi
DRYER OUTPUT % SOLIDS
Dish Wgt
Wet Sample + Dish Dried Sample + Dish
(grams)
i,obZta
rams) (grams)
3
9, 0 s, 9
d.G/3
j
x100=
( 7o TOtai SOIIdS
2/6/12, 6/23/14

-rvL I f`CIIUMU
3rd Dryer Batch
Fill Cycle Started @c2 -Dry Cycle Started @ «' Discharge Cycle Started @ `
Temperatures °F
Discharge Discharge Dry Chamber Chamber Rotor Rotor
Time Exhaust Product Timer In Out In Out O erator
q b -7 a a -1
5 H i Q 3Q 5 /.s C) Iq S
DRYER OUTPUT % SOLIDS Dish Wgt Wet Sample + Dish Dried Sample + Dish
(grams) (grams) (grams)
x 100 .7 `� ' 7 q�• %G % Total Solids
Alarms or Comments

TWSA DRYER OPERATIONS
DAILY RECORD
DATE
START STOP TOTAL
RUN TIME, HRS
1st Dryer Batch
Fill Cycle Started @
Dry Cycle Started @ 7.` % Discharge Cycle Started (g"
Temperatures
°F
Discharge Discharge
Time Exhaust Product
Dry Chamber
Timer In
Chamber
Out
Out Operator
ell
1 g jVBoa
jRctorRitor
��
Y, 3L
7y
A34
T_cM
16-o )4 Lf 6
z4 q4
b tal
- 3 o 5•
S If 4q 5
DRYER OUTPUT % SOLIDS
Dish Wgt
Wet Sample + Dish
Dried Sample + Dish
(grams)
.(grams)
(grams)
x 100 % Total Solids
2nd Dryer Batch p�
Fill Cycle Started @ U :3 A
Dry Cycle Started @ Discharge Cycle Started @
40
Temperatures °F
a
ischarge
Product
Dry Chamber
Timer In
Chamber Rotor
Out In
Rotor
Out Operator
00a
o
JAB �14�
'133. -44��
�3��
DRYER OUTPUT % SOLIDS
Dish Wgt
Wet Sample + Dish
Dried Sample + Dish
(grams)
(grams)
(grams)
�L3.10q-3
3
x 100 = --G�
--_-------
% Total Solids
2/e/12, 5/23/14

DAILY RECORD
`
3rd Dryer Batch
Fill Cycle Started @ :1 7
Dry Cycle Started @ 1�
Discharge Cycle Started @
Temperatures OF
Rotor
Time
Discharge
Exhaust
Discharge
I Product
Dry
Timer
Chamber Chamber
In Out
Rotor
r7''O
aV
%�v, r
G'V E
�`�'
3(V
In
/ I
�V
Out O erator
435
3�
DRYER OUTPUT % SOLIDS Dish Wgt Wet Sample + Dish Dried Sample + Dish
(grams) (grams) (grams)
I. 005 ?9,
x100= 9�'73� o ,,
/o Total Solids
Alarms or Comments

TWSA DRYER OPERATIONS
DAILY RECORD
DATE -- (7 --
_ p START STOP TOTAL
RUN TIME, HRS c €�
1 st Dryer Batch
Fill Cycle Started @ p Jam' Dry Cycle Started @ Discharge Cycle Started
Temoeratures OF
Time
Discharge
Exhaust
Discharge
Product
Dry
Timer
Chamber
In
Chamber
Out
Rotor
In
Rotor
Out
Operator
7'A );
a
t.15
DRYER OUTPUT % SOLIDS Dish Wgt Wet Sample + Dish I Dried Sample + Dish
(grams) _(grams) (grams)
274
a s- ?O 5� x 100 = `a % Total Solids
2nd Dryer Batch
Fill Cycle Started @ �
Dry Cycle Started @ I l = I
Discharge Cycle Started @ (O
Temperatures °F
Time
Discharge
_Exhaust
Discharge.
Product
Dry
Timer
Chamber
In
Chamber
Out
Rotor
In
Rotor
Out
Operator
-7
4io
aqa
t
.S
a 3-
Ob 111,60
1-f4S
# 3
S
4it�)
D�
3S�a
3
305
I-S"?
14*6
�*/
�,�
DRYER OUTPUT % SOLIDS Dish Wgt Wet ample '+ Dish Dried Sample +A
(grams) (grams) (grams)
1,t>)"V �i ?�32 x100
2/6/12, 6/23/14 3��7k
��L = l �'
L, � a % Total Solids

DAILY RECORD
3rd Dryer Batch
Fill Cycle Started `
@_ Dry Cycle Started @ J � , (.� Discharge Cycle Started @
Temperatures OF
DRYER OUTPUT % SOLIDS
% Total Solids
Alarms or Comments

TWSA DRYER OPERATIONS
DAILY RECORD
DATE ;L — S �-
START STOP
t, RUN TIME, HRS
1 st Dryer Batch
Fill Cycle Started @ co- S
Time Exhaust Product
%3 0
TOTAL
Dry Cycle Started @ _ `
Discharge
Cycle Started @ 0�:
Temperatures OF
Dry Chamber Chambe*Rotor
Timer In Out
Rotor
Out Operator
5'76
!0; 4 v
4-6
DRYER OUTPUT
%a SOLIDS
Dish Wgt Wet Sample + Dish
(grams). .(grams)
3D. 73 &
Dried Sample + Dish
(grams)
x 100 =
9 % Total Solids
2nd Dryer Batch r�
Fill Cycle Started @ 0 ' 5D
Dry Cycle Started @
Discharge Cycle Started @
'Temperatures'
OF
Time
Discharge
Exhaust
Discharge
Product
Dry Chamber
Time In
ChamberW.Ro
Outator
� d a-5
a I d-, ..
a ��
O,6
If
14,35
��
2
J'
)sv ` `f
;�`
DRYER OUTPUT % SOLIDS
Wgt
i
Wet Sample '+ Dish
Dried Sample + Dish
ms)
(grams)
(grams)
sD•4k7CP0 x100= �---
�• 2 d % 6 % Total Solids
2/6/12, 6/23/14 9

�"L_ I Mic:UUMU
3rd Dryer Batch
Fill Cycle Started @ �!.:. J` C' -Dry Cycle Started @ 2) + Discharge Cycle Started @ (4 -c-f3
Temperatures°F
Rotor
Time
Discharge
Exhaust
Discharge
Product
Dry
Timer
Chamber Chamber
In Out
Rotor
�, �
ace
add
ii
�a5
In
3° -7
Out O erator
3-)9
,..
`�Cr,
Sc�5
LA �S`{
3�13
5�
39
�E `D
14 �b4��1
r,
-
DRYER OUTPUT % SOLIDS Dish Wgt Wet Sample + Dish Dried Sample + Dish
(grams) (grams) (grams)
::::�
97,
3a•r37 x100=
% Total Solids
Alarms or Comments

TWSA DRYER OPERATIONS
DAILY RECORD
DATE
START STOP TOTAL
RUN TIME, HRS LZ 3
1st Dryer Batch
Fill Cycle Started (0: b ' .`
Y @ Dry Cycle Started @ � Discharge Cycle Started @
Temperatures °F
Discharge Discharge Dry Chamber Chamber Rotor Rotor
Time Exhaust Product Timer In Out In Out �peratorOperator
D4-0, 1'� 0- a 0- J43 1 49 4,-�q je;��& 1
."' E � 13 6 D .� ,Q,5 �t351" �l S 3 Ei
DRYER OUTPUT % soLIDS Dish Wgt Wet Sample + Dish Dried Sample +Dish
(grams) .(grams) (grams) ��--
9j • % Total Solids
2nd Dryer Batch
Fill Cycle Started @ %q,p Dry Cycle Started @ :;. Discharge Cycle Started @ -Q. ?39
Time
Discharge
Exhaust
Discharge
Product
Dry
Timer
Chamber Chamber
In Out
Rotor
In
Rotor
Out
Operatort;
-3 D
6 L)
43
4,54(,,
-,3-71
DRYER OUTPUT % SOLIDS Dish Wgt Wet Sample + Dish Dried Sample + Dish
(grams) (grams) (grams)
23%8��c�
5 J
(P.�
a7.566V-
216/12, 6/23/14
x100=--.......
% Total Solids
t

✓rUL 1 UNZL Uf %U
3rd Dryer Batch
Fill Cycle Started @ � Lj 9
-Dry Cycle Started @
' "24
Discharge Cycle Started @ (o �� 3C)
Temperatures- °F
Time
Discharge
Exhaust
Discharge
Product
Dry
Timer
Chamber
In
Chamber
Out
Rotor
In
Rotor
D
-3 ��
��'
3R
Out Operator
i ` '
D
Lt l­�q
If
5.5'�
� ► �{
i rb D
Li
'� �
y S
1-3 t�
36
l c
LA 4 q
3 2
(4 4
C) -2
DRYER OUTPUT % SOLIDS Dish Wgt Wet Sample + Dish Dried Sample + Dish
(grams) (grams) (gramt
5�o �
x goo =
9� •l % N � %Total Solids
Alarms or Comments

TWSA DRYER. OPERATIONS- ,
DAILY RECORD
DATE l,2 - / !.
START STOP TOTAL
RUN TIME, HRS
1 st Dryer Batch
Fill Cycle Started @ f l Dry Cycle Started @%' % Discharge Cycle Started @
TAmn,Arat„ra-R
Time
Discharge
Exhaust
Discharge
Product
Dry
Timer
Chamber
In
Chamber
Out
Rotor
In
Rotor
Out
Op erator
` DRYER OUTPUT % SOLID
Dish Wgt
Wet Sample + Dish
Dried Sample + Dish
rams
(grams)
rams
0;9375.
32, ?Sob
x 100 = i5c .. % Total Solids
2nd Dryer Batch
Fill. Cycle Started @ 3
:
Dry Cycle Started @ r" + ! Discharge Cycle Started @ ,
Tem eratures .
Discharge_
Discharge
.Dry .
Chamber,
Time
Exhaust
Product
Timer
In
Chamber.
Out -
Rotor
. In -
Rotor
Out
O erator
38
?�
C
DRYER OUTPUT % SC
> Dish Wgt Wet Sample + Dish. Dried Sample + Dish
rams rams rams
1,o7-4-� 3q,Li3Ig 3�
U� f x100=
Total Solids
.2J5V2

TWSA DRYER OPERATIONS
DAILY RECORD
3rd Dryer Batch
Fill Cycle Started @ i ; w Dry Cycle. Started @ 3_� 5_ Discharge Cycle Started. @
Temperatures
Discharge Discharge Dry Chamber Chamber Rotor Rotor
Time Exhaust Product Timer . In Out In Out O erator
` o - Do 77
2_v
5 U
DRYER oUT-Pu T % SOLID . Dish 1Ngt . -Wet Sample.+ Dish ' Dried Sample + Dish
rams rams rams
0.9
-X 100:=
Solids
Alarms or Comments

TWSA DRYER OPERATIONS
DAILY RECORD
1, DATE
START STOP TOTAL
RUN TIME, HRS . 7 15. 0 ° I.A.
1 st Dryer Batch
Fill Cycle Started @ ,�-� Dry Cycle Started @ CID Discharge Cycle Started @
Tem eratures
Time
Discharge
Exhaust
Discharge
Product
Dry
Timer
Chamber
In
Chamber
Out
Rotor
In
Rotor
Out
Operator
Lp
7 y�
Ylv,�
DRYER OUTPUT % SOLiD8
Dried Sample + Dish .,
Dish Wgt
Wet Sample + Dish
rams
rams
rams
- ...
p,ct 9 Z�
-
�Ja �/
D. �,2 1.
x100= n
I _ % Total Solids
2nd Dryer Batch : : 2
Fill. Cycle Started @ (� : 3 u: Dry. Cycle Started @ _(� `��% Discharge Cycle Started @- ` TS
Temperatures .
Discharge
Discharge
Dry
Chamber.
Time
Exhaust
Product
Timer
In
Chamber
Out -
Rotor
In
Rotor
Out .:.
Operator
D`�
�. O 6
YV 6
-�36
Y `/
YY
Lfu
_4aa
H145
Lt.35
c4c'5
5-
DRYER OUTPUT % SOLIDS Dish Wgt Wet Sample + Dish. Dried. Sample + Dish
_ rams rams rams
c� x 100 = % Total Solids
21E/12 C�

TWSA DRYER OPERATIONS
DAILY RECORD
3rd Dryer Batch
Fill Cycle Started ` L ,
@ Dry Cycle. Started @ �- Discharge Cycle Started. @
Temperatures
Alarms or Comments