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HomeMy WebLinkAboutWQ0005763_2001 Annual Report_20020228Serving Jackson Count Tuq a ci pigee Chairman, J.C. Alexander Water- Ind Sewer Authority iNebster Vice -Chairman, Mickey Luker Jackson County Jerry R. King Executive Director February 28, 2002 DENR/DWQ/Water Quality Section Non -Discharge Compliance Unit 1617 Mail Service Unit Raleigh NC 27699-1617 Gentlemen, James Cochran Ann F. Cabe Keith Ward Dillsboro Sylva Jackson County Alvin Stiles Marion Jones C. J. Carter Sylva Sylva Western Carolina University MAR 1 9 200Z RVED AR WATER QUALITY SECTION Non -Discharge Compliance Enf. Enclosed is the Annual Residuals Report for theTuckaseigee Water and Sewer Sludge/Compost facility (permit #WQ0005763) for the period of January 1, 2001 December 31, 2001. Should you have any questions or if I can provide you any additional information, please don't hesitate to contact me. 5Sincer ly, ��67�' Stan Bryson Wastewater Plant Operations Superintendent Tuckaseigee Water & Sewer Authority Enc. 32 Asheville Hwy. Post Office Box 1051 Sylva, North Carolina 28779 828/586-5189 C;A ANNUAL SEWAGE SLUDGE REPORT OF TUCKASEIGEE WATER AND SEWER AUTHORITY PLANT # 1-NPDES # NCO039578 (WQ0005763) for the period of January 1, 2001-December 31, 2001 as required by 40 CFR, PART 503 STANDARDS FOR THE USE OR DISPOSAL OF SEWAGE SLUDGE TABLE OF CONTENTS (1) REPORTING REQUIREMENTS/PERTINENT INFORMATION (2) CERTIFICATION (a) 2001 sludge data (b) 2001 distrubution and marketing summary (c) 2001 laboratory analysis (d) 2001 lime stabilization record of operation REPORTING RE. QUIREMENTS 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 is a 1.5 MGD design facility. The facility also treats the sludge from two additional plants owned by the authority. Pertinent information includes: facility name: Tuckaseigee Water & Sewer Authority Plant # 1 NPDES # NCO039578 address: PO Box 1051 1871 North River Rd Sylva NC 28779 facility operator: Stan Bryson Wastewater Plant Operations Superintendent ph. 828-586-9318 0 ANNUAL LAND APPLICATION CERTIFICATION FORM Permit Number LAU C �' K LZ—) 1 2 County '" � �" Year v� w Facility Name (as shown on pe ) �' > = ' i-- �i!,v V. Land Application Operator phone c3/ Land application of residuals as allowed by the ab ve permit occurred during the past calendar year YP S _ NO_ If NO, SHIP PART I, AND PART II AND PROCEED TO THE CERTIFICATION. ALSO, IF RESIDUALS %T-RE GENERATED BUT NOT LAND APPLIED. PLEASE ATTACH AN EXPLANATION ON NOW THE RESIDUALS WERE. HANRLF;D, Part I • Total number of application fields in pen -nit. - Total number of fields land application occurred during the year. • Total amount of dry tons applied during the year for all application sites. _ Total number of acres land application occurred during the year. Part 11 :Facility was compliant during calendar year 200_ with all conditions of the land application permit (including but not limited to items 1-12 below) issued by the Division of Water Quality }ramS I NO. IF NQ, PLEASE PROVIDE A WRITTEN DESCRIPTION WHY THE FACILITY WAS NOT CONIPLLANT, THE DATES, ,A D F?\TLAIN CORRECTIVE ACTION TAKEN. ] _ Only residuals approved for this permit were applied to the permitted sites. 2. Soil pTd was adjusted as specified in the permit and lime was applied (if needed) to achieve a soil pH of at least 6.0 or the limit specified in the permit. 3. Annual soils analysis were performed on each site receiving residua's during the past calendar year and three (3) copies of laboratory results are attached. 4. Annual'TCLP analysis was performed and tliree (3) copies of certified laboratory results are - attached. S. All other monitoring was performed in accordance with the permit and reported during the year as required and three (3) copies of certified laboratory results are attached. 6. The facility did not exceed any of the Pollutant Concentration Lirrats in Table 1 of 40 CFR Part 503.13 or the Pollutant Loading Rates in Table 2 of 40 CM part 503.13. (applicable to 40 CFR Part 502 regulated facilities) 7. All general requirements in 40 CFR part 503.12 and management practices in 40 CPR Tart 50114 were complied with. (applicablc to 40 C,'FR Part 503 regulated facilities) S. All operations and maintenance requirements in the permit were complied with or, in the case of a deviation, prior authorization was received from the Division of Water Quality. 9. No contravention of Ground Water Quality Standards occurred at a monitoring well or explanations of violations are attached to include appropriate actions and remediations. l0.vegetative cover as specified in the permit was maintained can this site and the crops grown were removed in accordance with the crop management plan. 11.,No runoff of residuals from the application sites onto adjacent property or nearby surface waters has occurred. 12.All buffer requirements as specified on the permit were maintained during each application of residuals. uI CERTWY, UNDEP_ PENAI;fY Of LA't't', THAT THE ABO'�% INFOPtMATIQN IS, To THE BEST OF IMY "OWLEDGE AND BELIEF, TRUE, ACCVRATE, AND COMPLETE. I AM AWARE THAT THERE ARE SIGNIFICANT PENALTIES)FOR SVBMIT ING F'ALSI INk OICNIATION, INCLUDING THE POSSIBHdTY OF' F' ES AND MIPRiSONME FOR;KNVING �Rt]LATlom.: r Perrnfttee blame find Title (typea or print) Signature of Permit ate Signature of Preparer (it different from Permittee) Note: Preparer is defined in 40 CFn Part 503.9(r) Date Signature of Land Applier Date Of different From Permittee and Preparer) DEM FORM CF (1/2002) Crnn_6Q 1 _C TC Cr. -cn 7im-,7 /Q.q /�: n ANNUAL PATHOGEN A+r'D VECTOR ATTRACTION R) DUCTiON F'OPW Facility Name �l'l - + r✓YY Permit Number 6, wwTP NAW* . Mopftoring Period: FrOrn 1_L{Qj TO J jj-/- .% pathugaq Reductian (40 CFR 503.32) - Please indicate level achieved and alternative perfornled Class A Alternativo l Alternative 4 Alternative 2 _ Alternative 5 X_ Alternative 3 Alternative 6 _ _Composting —Heat Drying _ Meat Treatment _,Thermophilic _Boca Flay M e � Alte'stative 1— Alternative 2 Alternative 3 _ _Ganuna Ray YPasteurization If applicable to alternative performed (Class B only) indicate "Process to Significantly Reducc Pathogens": Aerobic Digestion _ Air Drying _Anaerobic Digestion _— Composting _ Lime Stabilization tf applicable to alternative performed (Class A or Class B) complete tite following monitoring data: Allowable love! Patho en Deisiity Number of Frequency of Sample Type Analytical Technique Minimum GBo. Mean Maximurn Units Parameter In Sludge Exceadanca Analysis Fecal Colifonn 2 x 106 MPN par gram of total solids or 2 x 105 CFU per gram f total solids t00oMPN per gram of 11 / 1 / (7 I,� Raal6 total Sore (dry weight) C�!rnoneRa 3 NIPN oar 4 bacteria {in rams total lieu Of fecal 11:1 (dry teloht) colifotm Vector Attraction Reduction (40 CFR $03.33) - Please indicate option performed Option I Option 2 Option 3 _ Option 4 Option 5 option 6 option 7 _ Option S Option 9 _ __— Option 10 No victor attraction reduction options v/cre performed — CERT ATION STATEMENT (please check the appropriate statement) I certify, under penalty of law, that the pathogen requirements in 40 CFR 503.32 and the vector attraction reduction requirement in 40 CFR 503.33 have been met."' -I certify, under penalty of law, that the pathogen requirements in 40 CFR 503.32 and the vector attraction reduction requirement in 40 CFR 503.33 have not been met:' (please ante it 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" act o 1 0M �, ;Preparer aand "Title(type orp ntjLand Applier Name and Title (if applicable)(t}Tse or print) -`nature of Preparer Date Signature of Land Applier (if applicable) Date DE`I FORM RF (112002) _ram I .uum'� 6900-EEL-GTG E5t60 Z00Z/90/E0 m M w �7 a ANNUAL RE-SIDUAI. SAMPLING SUMMARY FORM Attach this form to the corresponding laboratory analysis. Please note that yow' permit may contain additional parameters to be analyzed than those required to be surnmar¢ed on this form. Permit Number Facility Name NPDES N or WO 4 WWTP Name i 1_ Labowllory 1) f ... i 13) Residual Analysils, Data ate Sampled or I � 3 13% / f� /�` � d� � $�a / 11�3 Vl � �r [DateCornposited /� Percent Solids _ .' .. ; .�_ ......r�r��- ��� : : err ■ice ri�■■� x. a1 (SIGNATURE OF PR ARER) ATE "I cerlify, under penafty, of law, that this document was prepared under my direction or supervision in accordance wiih a system designed to assure that (tualiled personnel property gathered and evahmted the Inftnmalion submitted. I am aware that there are significant penalties for, submilf ng take information, including the posftNity of fines and knprisonment for knowing violations." DEM FORM SSF (112002) N m IL 0 Ca w 0 r 2 C) In H Q r 0 m to ai ANNUAL DISTRIBUTION AND MARKETING/ SURFACE DISPOSAL CERTIFICATION AND :SUMMARY FORM FACILITY NAME )4e- C' t S" PERNi[r#i j /(e 3 COUNii(.�(�11 OPERATOR c'So �� g TDV FACIUTY TYPE (please check one): Surface Dhposal (complete Part A (Sourco(s) and "Residual IN" Volume only) and Part C) PHONE � _��V9 ! 31 lJ W Disl4button and Marketing (complete Pets A. B. and C) WAS THE FACILITY IN OPERATION DIKING 7HE PAST CALENDAR YEAR? _X� YES NO. tt NO, skip Parts A, g, and C and cerlily form below. Part A4 Part B" Month Sources(S) ncludeNPDESYHappfcable' Volume {dry tons? Recipient Iigormation Adrnendmenil ftftiq A;Tenr IN Reddual Irr Product 0Ur Name(s) valuma dryY tuns Intendeduse (sy .Januarp February March April May Jrne July August Soptembor _^ October November December Tolots: Annual (dry torn). Admenrkneni(s) used: Bulking ent(s) used: If more space Is required than given, please use the comment space provided below or attach oddmonol J-reet(s). [ Check box If acicklcnol sheets) are attached. Commends: Part C Facility vms compllani duringfcalendcr year ZOOwish aN condNions of the permit (including bul not limited to items 1.3 below) Issued by the Division of Water Quality i//YES NO. It NO, please provide a wrftn desriplion whV the facility was not compfEani- 1. AN rnontforing was performed In accordance wfth the permit and reported during the year as required and 11yee (3) copies of certtffed loboratory results are attached. 2. AR operailons and maintenance requirements were compiled with or, in the case of a deflation, prior authoTlzartion was received from the Division of WateT Quality. 3, No contravention of Ground Water Quality Standards occurred at a monftoring well, "I CERTIFY, UNDER PENALTY OF LAW, THAT THE ABOVE INFORMATION IS, TO THE BEST OF MY KNI MREDGE AND BELIEF, TRUE, ACCURATE AND COMPLETE. I AM AWARE THAT THERE ARE 3 6NIFICAlin PENALTIES FOR SUBMITTIMP FALSE MFORMATION, INCLLMING IM POSSIBUM OF FINES AND IMPRISONMENT FOR KNOWING VIOLATIONS." O r9 TLRtE Of CV N NA LO a m m (_ --7/zt/P-)�- SIGNATURE OF PREPARM DATE Of cilffetent from Permlttee) "Preparer Is defined In 40 CFR Part 503.4(r) OEM FORM DMSD (1 /MZ 0 2001 SLUDGE DATA TWSA PLANT # 1 (1.5 mgd) NPDES # NCO039578 SLUDGE TO DIGESTOR................................................................4,093,500 gallons totallb s..................................................................... 23 7, 622 lb s totaltons.......................................................................118.81 tons total metric tons............................................................107.76 metric tons TWSA PLANT # 2 (.5 mgd) NPDES # NCO020214 SLUDGE HAULED TO PLANT # 1....................................................... 274,881 gallons totaltons........................................................................ 22.95 tons total metric tons.............................................................20.82 metric tons TWSA PLANT # 3 (.1 mgd) NPDES # NCO063321 SLUDGE HAULED TO PLANT # 1......................................................... 262,391 gallons totaltons............................................................................ 20.00 tons total metric tons..............................................................18.14 metric tons A portion of the sludge that was generated at the Tuckaseigee Water and Sewer Authority a... nni — 1, ,.lA.� h� a ,,, ��, to ��ntra�tnr to a rlPcianntP.d landf ll Landfill: Macon County Landfill 1448 Lakeside Drive Franklin NC 28734 A total of 507.83 wet tons were hauled to the landfill during 2001. This does not reflect residuals that are currently stored onsite. Copies of haul tickets can be provided if needed. TWSA PLANT # I ANNUAL DISTRIBUTION AND MARKETING SUMMARY 2001 PART A VOLUME IN DRY TONS MONTH ADMENDMENT/ BULKING AGENT IN RESIDUAL IN PRODUCT OUT January 0 February 0 March 0 April. 25.61 18.82 44.43 May 11.28 13.83 25.11 June 9.01 6.09 15.1 July 0 August 0 September 0 October 13.52 9.34 22.86 November 27.52 19.42 46:94 December 22.57 13.24 35.81 Annual Dry Tons 109.51 80.741 190.25 O TWSA PLANT # 1 ANNUAL DISTRIBUTION AND MARKETING SUMMARY 2001 PART B RECIPIENT INFORMATION DATE NAMES VOLUME wet tons INTENDED USE 2/20/01 Mark Bell 10 pasture 3/29/01 Mark Bell 22 pasture 4/4/01 Mark Bell 22 pasture 4/5/01 Phillip Stephens 18 pasture 4/6/01 Phillip Stephens 6 pasture 4/14/01 Joyce Ridley 6 pasture 4/17/01 Rick Cochran 1 pasture 4/20/01 Rick Cochran 12 pasture 4/21/01 Rick Cochran 12 pasture 4/27/01 Rick Cochran 8 pasture 4/28/01 Everett Deemer 30 Farm and pasture 5/2/01 Rick Cochran 8 pasture 5/7/01 Chester Sorrells 30 silage field 5/18/01 Rick Cochran 12 pasture 6/21/01 Lemuel Norman 1 pasture 9/2V/v 1 ShQiJc CVVk 7 yard 10/3/01 Dickie Gibson 8 hayfield 10/10/01 Chester Sorrells 48 hayfield 10/11/01 Chester Sorrells 32 hayfield 10/24/01 Chester Sorrells 24 hayfield 11/1/01 Chester Sorrells 16 hayfield 11/9/01 Mark Bell 12 hayfield 11/13/01 Chester Sorrells 32 hayfield 11/14/01 Chester Sorrells 48 hayfield 11/16/01 Mark Bell 24 hayfield 11/27/01 Chester Sorrells 48 hayfield 11/27/01 Mark Bell 12 hayfield 11/28/01 Mark Bell 12 hayfield 12/5/01 Mark Bell 12 hayfield 12/6/01 Mark Bell 12 hayfield 12/19/01 Mark Bell 12 hayfield 12/21/01 Mark Bell 12 ha field Total 1 569 tons i aceAnalytical- www. pacelabs. com ruIaseigee Water & Sewer Auth PO Box 1051 Sylva, NC 28779 Attn: Mr. Stan Bryson Phone: (828)586-9318 Solid results are reported on a dry weight basis Pace Analytical Services, Inc. 54 Ravenscrolt Drive Asheville, NC 28801 Phone: 828.254.7176 Fax: 828.252.4618 Lab Project Number: 9317865 Client Project ID: TWSA LIME RESIDUAL Lab Sample No: 93774685 Project Sample Number: 9317865-001 Date Collected: 01/23/01 08:30 Client Sample. ID: TWSA LIME RESIDUAL Matrix: Soil Date Received: 01/23/01 13:25 Parameters Results Units PRL Analyzed Analyst CAS# Ftnote Limit Wet Chemistry Percent Moisture Percent Moisture Fecal Coliform MPN Solid Coliform, Fecal Date: 01/30/01 Laboratory Certification IDs NC Wastewater 40 NC Drinking Water 37712 Method: % Moisture 44.8 % Method: SM 9221B/E ND 2 01/26/01 JMS Prep Method: SM 9221B/E 01/23/01 KAS REP®RT OF LABORATORY ANALYSIS This report shall not be reproduced, except in full, without the written consent of Pace Analytical Services, Inc. Page: 1 Laboratory Certification IDs TN Drinking Water 02980 SC Environmental 99030 aceAnal,yfical www.pacelabs.com I Pace Analytical Services, Inc. '54 Ravenscrolt Drive Asheville, NC 28801 Phone: 828.254.7176 Fax. 828.252.4618 Lab Project Number: 9318418 Client Project ID: Effluent Analysis 2/20 Lab Sample No: 93797157 Project Sample Number: 9318418-002 Date Collected: 02/20/01 09:00 Client Sample ID: TWSA LIME RESIDUAL Matrix: Soil Date Received: 02/20/01 10:00 Parameters Results Units PRL Analyzed Analyst CAS# Ftnote Limit Wet Chemistry Fecal Coliform MPN Solid Coliform, Fecal Date: 03/05/01 Method: SM 9221B/E Prep Method: SM 92216/E ND 2 02/21/01 KAS Page: 2 Laboratory Certification IDs REPORT OF LABORATORY ANALYSIS Laboratory Certification IDs NC Wastewater 40 TN Drinking Water 02980 NC Drinking Water 37712 This report shall not be reproduced, except in full, SC Environmental 99030 without the written consent of Pace Analytical Services, Inc. 4 a� TceAnalyticalM www.paceiabs.com 1—,aseigee Water & Sewer Auth PO Box 1051 Sylva, NC 28779 Attn: Mr. Stan Bryson Phone: (828)586-9318 Solid results are reported on a dry weight basis Lab Sample No: 93799815 Client Sample ID: TWSA LIME RESIDUAL Parameters Results Wet Chemistry Percent Moisture Percent Moisture Fecal Coliform MPN Solid Coliform: Fecal r Date: 03/05/01 T„ Laboratory Certification IDs NC Wastewater 40 NC Drinking Water 37712 Pace Analytical Services, Inc. 54 Ravenscroft Drive Asheville, NC 28801 Phone: 828.254.7176 Fax: 828.252.4618 Lab Project Number: 9318507 Client Project ID: TWSA LIME RESIDUAL Project Sample Number: 9318507-001 Date Collected: 02/23/01 09:44 Matrix: Soil Date Received: 02/23/01 12:20 Units PRL Analyzed Analyst CAS# Ftnote Limit Method: % Moisture 46.5 -% Method: SM 9221B/E ND 2 02/28/01 AAB Prep Method: SM 9221B/E 02/23/01 KAS REPORT OF LABORATORY ANALYSIS This report shall not be reproduced, except in full, without the written consent of Pace Analytical Services, Inc. Page: 1 . Laboratory Certification IDs TN Drinking Water 02980 SC Environmental 99030 11�aceAnalyticafm www.pacelabs.com iyckaseigee Water & Sewer Auth PO Box 1051 Sylva, NC 28779 Attn: Mr. Stan Bryson Phone: (828)586-9318 Solid results are reported on a dry weight basis Lab Sample No: 93820009 Client Sample ID: TWSA LIME RESIDUAL Parameters Results Wet Chemistry Percent Moisture Percent Moisture Fecal Coliform MPN Solid Coliform, Fecal Date: 03/30/01 Pace Analytical Services, Inc. 54 Ravenscroft Drive Asheville, NC 28801 Phone. 828.254.7176 Fax. 828.252.4618 Lab Project Number: 9319068 Client Project ID: TWSA LIME RESIDUAL Project Sample Number: 9319068-001 Date Collected: 03/21/01 10:00 Matrix: Soil Date Received: 03/21/01 16:37 Units PRL Analyzed Analyst CAS# Ftnote Limit Method: X Moisture 47.7 X Method: SM 9221B/E ND 2 03/27/01 TRW Prep Method: SM 9221B/E 03/22/01 KAS Page: 1 Laboratory Certification IDs RAP®RT OF LABORATORY ANALYSIS Laboratory Certification IDs NC Wastewater 40 TN Drinking Water 02980 NC Drinking Water 37712 This report shall not be reproduced, except in full, SC Environmental 02980 without the written consent of Pace Analytical Services, Inc. ceAnal ical' www.pacelabs.com 1 ,aseigee Water & Sewer Auth PO Box 1051 Sylva, NC 28779 4ttn: Mr. Stan Bryson Phone: (828)586-9318 Solid results are reported on a dry weight basis Lab Sample No:, "93839439 Project Sample Number: 9315 -lient Sample,.ID: TWSA LIME RESIDUAL Matrix: Soil Parameters Results Units PRL Pace Analytical Services, Inc. 54 Ravenscroft Drive Asheville, NO 28801 Phone: 828.254.7176 Fax: 828.254.4618 Lab Project Number: 9319620 Client Project ID: COMPOST 001 Date Collected: 04/11/01 09:00 Date Received: 04/11/01 14:00 Analyzed Analyst CAS# Ftnote Limit Metals Metals. ICP, trace -level Method: EPA 6010 Prep Method: EPA 3050 Aluminum 10000 mg/kg 44. 04/23/01 TRW 7429-90-5 Arsenic 1.8 mg/kg 1.7 04/23/01 TRW 7440-38-2 Cadmium 0.99 mg/kg 0.17 04/23/01 TRW 7440-43-9 pn"cium 280000 mg/kg 17. 04/23/01 TRW 7440-70-2 r omium 7.9 mg/kg 0.87 04/23/01 TRW 7440-47-3 pper 91. mg/kg 0.87 04/23/01 TRW 7440-50-8 Lead 7.8 mg/kg 1.7 04/23/01 TRW 7439-92-1, Magnesium 3000 mg/kg 17. 04/23/01 TRW 7439-95-4 Molybdenum 2.3 mg/kg 0.87 04/23/01 TRW , 7439-98-7 Nickel 4.0 mg/kg 0.87 04/23/01 TRW 7440-02 0 Potassium 1500 mg/kg 87. 04/23/01 TRW 7440-09-7 Sodium 400 mg/kg 44. 04/23/01 TRW 7440-23-5 Zinc 150 mg/kg 3.5 04/23/01 TRW 7440-66-6 Date Digested 04/17/01 Mercury, CVAAS Method: EPA 7471 Prep Method: EPA 7471 Mercury 0.90 mg/kg 0.035 04/19/01 TRW 7439-97-6 Selenium, AAS Furnace Method: EPA 7740 Prep Method: EPA 3050 Selenium ND mg/kg 0.87 94/23/01 TRW 7782-49-2 1 Date Digested 04/17/01 Wet Chemistry Percent Moisture Method: % Moisture Percent Moisture 42.8 X 04/13/01 AAB Date: 05/03/01 Page: 1 Laboratory Certification IDs REPORT OF LABORATORY ANALYSIS Laboratory Certification IDs NC Wastewater 40 TN Drinking Water 02980 NC Drinking Water 37712 This report shall not be reproduced, except in full, SC Environmental 99030 without the written consent of Pace Analytical Services, Inc. ikwk M. ace Analytical u _i www.pacelabs.com I Lab Sample No: 93839439 Client Sample ID: TWSA LIME RESIDUAL. Parameters .Results Pace Analytical Services, lnc. 54 Ravenscroft Drive Asheville, NC 28801 Phone: 828.254.7176 Fax.- 828.254.4618 Lab Project Number: 9319620 Client Project ID: COMPOST Project Sample Number: 9319620-001 Date Collected: 04/11/01 09:00 Matrix: Soil Date Received: 04/11/01 14:00 Units PRL Analyzed Analyst CAS# Ftnote Limit Total Percent Solids Method: EPA 160.3 Percent Sol ids 57.0 1 Ammonia, Soil Method. EPA 350.3 Nitrogen,.Amffionia 760. mg/kg Total"Kjeldahl Nitrogen, Soil Method: EPA 351.2 Nitrogen, Kjeldahl, Total 4370 mg/kg Nitrogen, Nitrate plus Nitrite Method: EPA 353.2 Nitrate -Nitrite (as N) 87. mg/kg Nitrogen, Nitrite, Soil Method: EPA 354.1 Nitrite as N NO mg/kg Phosphorus, Total, Soil Method: EPA 365-2 :phorus 76.3 mg/kg Fecal Coliform MPN Solid Method: SM 9221BIE 8.74 8.74 8.7 0.87 2.19 Coliform. Fecal NO 2 Nitrogen, Totai Method: Standard Methods Nitrogen 4500 mg/kg 1.0 Plant Available Nitrogen Method: Nitrogen 960 mg/kg 1.0 Prep Method: EPA 160.3 04/13/01 AAB Prep Method: EPA 350.3 04/25/01 JDA 7727-37-9 Prep Method: EPA 351.2 04/19/01 JDA Prep Method: EPA 353.2 04/20/01 JDA 7727-37-9 Prep Method: EPA 354.1 04/30/01 AAB Prep Method: EPA 365.2 04/13/01 MPS 7723-14-0 Prep Method: SM 92218/E 04/12/01 KAS 04/30/01 JDA 7727-37-9 04/26/01 JDA 7727-37-9 Date: 05/03/01 Page: 2 Laboratory Certification IDs REPORT OF LABORATORY ANALYSIS Laboratory Certification IDs NC Wastewater 40 TN Drinking Water 02980 NC Drinking Water 37712 This report shall not be reproduced, except in full, SC Environmental 99030 without the written consent of Pace Analytical Services, Inc. raceAnalical T, www.pacelahs.com ,seigee Water & Sewer Auth <A" sox 1051 .5ylva, NC 28779 Attn: Mr. Stan Bryson Phone: (828)586-9318 Solid results are repo' Lab Sample No: Client Sample? Parameters on a dry weight basis TWSA LIME RESIDUAL Results Wet Chemistry Percent Moisture Percent Moisture Fecal Coliform MPN Solid Coliform, Fecal Date: 07/11/01 aborato[y Certification IN k Wastewater 40 NC Drinking Water 37712 Pace Analytical Services, Inc. 54 Ravenscroft Drive Asheville, NC 28801 Phone: 828.254.7176 Fax: 828.254.4618 Lab.Project Number: 9321567 Client Project ID: LIME RESIDUAL FECAL Project Sample Number: 9321567-001 Date Collected: 06/28/01 12:00 Matrix: Soil - Date Received: 06/28/01 15:44 Units PRL Analyzed Analyst CAS# Ftnote Limit Method: % Moisture 45.6 % Method: SM 9221B/E ND 2 07/09/01 AAB Prep Method: SM 9221B/E 06/29/01 KAS REPORT OF LABORATORY ANALYSIS This report shall not be reproduced, except in full, without the written consent of Pace Analytical Services, Inc. N ACCOA\ F Page: 1 Laboratory Certification IDs TN Drinking Water 02980 SC Environmental 99030 pace Analyticafm www.pacelabs.com —aseigee Water & Sewer Auth PO Box 1051 s Sylva, NC 28779 Attn: Mr. Stan Bryson r';;vI, Phone: (828)586-9318::w"` Solid results are reported on a dry weight basis Pace Analytical Services, Inc. 54 Ravenscrott Drive Asheville, NC 28801 Phone: 828.254.7176 Fax. 828.254.4618 Lab Project Number:.9321807 Client Project ID: TWSA LIME RESIDUAL Lab Sample No--, 4- 3921765 Project Sample Number: 9321807-001 Date Collected: 07/12/01 08:00 Client SampJ=e''ID: TWSA LIME RESIDUAL Matrix: Soil Date Received: 07/12/01 09:08 Paramlt Results Units Report Limit Analyzed CAS No. Ftnote Reg Limit .WetChemi stry Percent Moisture Method: % Moisture Percent Moisture 47.7 % 07/16/01 AAB Fecal Coliform MPN Solid Prep/Method: SM 9221B/E / SM 9221B/E Coliform, Fecal ND 2 07/12/01 KAS r Date: 07/20/01 Page: 1 Laboratory Certification IDs REPORT OF LABORATORY ANALYSIS Laboratory Certification IDs NC Wastewater 40 This report shall not be reproduced, except in full, TN Drinking Water 02980 NC Drinking Water 37712 without the written consent of Pace Analytical Services, Inc. SC Environmental 99030 \N RCCR R a7 n \f z w^q raneAnalyticafm,.: www.pacelabs.com ipckaseigee Water & Sewer Auth PO Box 1051 Syl va , NC 28779 w; Attn: Mr. Stan Bryson Phone: (828)586-9318 Solid results are reportE Lab Sample No :VtE s93957645 Project Sample Number: 9322813-001 Date Collected: 08/21/01 07:00 Client Sample ID: TWSA LIME RESIDUAL Matrix: Soil Date Received: 08/21/01 12:04 Parameters Results Units Report Limit Analyzed CAS No. Ftnote Reg Limit Wet` Chemistry Percent Moisture Method: Y. Moisture Percent Moisture 41.0 % 08/27/01 AAB Fecal Coliform MPN Solid Prep/Method: SM 9221B/E / SM 9221B/E Coliform, Fecal ND 2 08/21/01 KAS Pace Analytical Services, Inc. 54 RavenscroftDrive Asheville, NC 28801 Phone: 828,254.7176 Fax: 828.254.4618 Lab Project Number: 9322813 Client Project ID: TWSA LIME RESIDUAL on a dry weight basis Date: 09/03/01 Laboratory Certification IN REPORT OF LABORATORY ANALYSIS NC Wastewater 40 This report shall not be reproduced, except in full, NC Drinking Water 37712 without the written consent of Pace Analytical Services, Inc. N ACCpR Page: 1 Laboratory Certification IN TN Drinking Water 02980 SC Environmental 99030 e Analy ical m www.pacelabs.com Pace Analytical Services, Inc. 54 Ravenscroft Drive Asheville, NC 28801 Phone: 828.254.7176 Fax: 828.254.4618 ,ckaseigee Water & Sewer Auth Lab Project Number: 9324896 PO Box 1051 Client Project ID: TWLA LIME RESIDUAL Sylva, NC 28779fi„� Attn: Mr. Stan Bryson .� Phone: (828)586-9318;y,. Solid results are4;reported on a dry weight basis 4T�p� :v p+a r Lab Sample�No;;;�� 931043111 Project Sample Number: 9324896-001 Date Collected: 11/13/01 09:10 Client SAle ID: TWSA LIME RESIDUAL Matrix: Soil Date Received: 11/13/01 13:07 ,,,F'arameters Results Units Report Limit Analyzed CAS No. Ftnote Reg Limit 'Wet Chemistry Percent Moisture Method: % Moisture Percent Moisture 47.7 .% 11/14/01 AAB Fecal Coliform MPN Solid Prep/Method: SM 9221B/E / SM 9221B/E Coliform, Fecal ND 2 11/14/01 KAS t v Date: 11/29/01 Laboratory Certification IDs NC Wastewater 40 NC Drinking Water 37712 REPORT OF LABORATORY ANALYSIS This report shall not be reproduced, except in full, without the written consent of Pace Analytical Services, Inc. „ AL�pq I Ci4 _. ._ Page: 1 Laboratory Certification IDs TN Drinking Water 02980 SC Environmental 99030 ace Anall �ical J' ` www.pacelabs.com fi Tlckaseigee Water & Sewer Auth., PO Box 1051 Sylva, NC 28779 Attn: Mr. Stan Bryson Phone: (828)586-9318 Solid results are,...repo Lab Sample No:,, f931049548 Project Sample Number: 9325053-001 Date Collected: 11/16/01 09:35 Client Sample ID: TWSA LIME RESIDUAL Matrix: Soil Date Received: 11/16/01 12:38 .Par-ameters Results Units Report Limit Analyzed CAS No. Ftnote Reg Limit "Wet Chemistry Percent Moisture Method: Moisture Percent Moisture 47.3 % 11/20/01 AAB Fecal Coliform MPN Solid Prep/Method: SM 9221B/E / SM 9221B/E Coliform, Fecal ND 2 11/16/01 KAS Pace Analytical Services, Inc. 54 Ravenscroft Drive Asheville, NC 28801 Phone: 828,254.7176 Fax., 828.254.4618 Lab Project Number: 9325053 Client Project ID: TWSA LIME RESIDUAL on a dry weight basis Date: 12/04/01 1 Page: 1 Laboratory Certification IDs REPORT OF LAOORWTORY AHA�YSIS Laboratory Certification IN NC Wastewater 40 This report shall not be reproduced, except in full, TN Drinking Water 02980 NC Drinking Water 37712 without the written consent of Pace Analytical Services, Inc. SC Environmental 99030 \N 1CCOR ce Analyical m www.pacelabs.com Tlckaseigee Water & Sewer Auth PO Box 1051 Sylva, NC 28779 Attn: Mr. Stan Bryson Phone: (828)586-9318 Solid results are r1. epo Lab Sample No 931066880 Project Sample Number: 9325484-001 Date Collected: 12/07/01 09:00 Client SampT'e ID: TWSA LIME RESIDUAL Matrix: Soil Date Received: 12/07/01 10:10 Para meters Results Units Report Limit Analyzed CAS No. Ftnote Reg Limit Wet Chemistry Percent Moisture Method: % Moisture Percent Moisture 47.0 % 12/17/01 AAB Fecal Coliform MPN Solid Prep/Method: SM 9221B/E / SM 9221B/E Coliform, Fecal ND 2 12/07/01 KAS Pace Analytical Services, Inc. 54 Ravenscroft Drive Asheville, NC 28801 Phone: 828.254.7176 Fax: 828.254.4618 Lab Project Number: 9325484 Client Project ID: TWSA LIME RESIDUAL R Date: 12/20/01 Laboratory Certification IDs NC Wastewater 40 NC Drinking Water 37712 on a dry weight basis REPORT OF LABORATORY ANALYSIS This report shall not be reproduced, except in full, without the written consent of Pace Analytical Services, Inc. N Al Page: 1 Laboratory Certification IN TN Drinking Water 02980 SC Environmental 99030 i 51' r TWSA LIME STABILIZATION DAILY RECORD p DATE L d I START STOP TOTAL RUN TIME, HRS SLUDGE FEED, GAL L v LIME FEED, LBS I SLUDGE FEED % SOLIDS LIME/SLUDGE RATIO + PATHOGEN REDUCTION TCnADGRATI IRF nF TIME I INTO VESSEL OUT OF VESSEL OPERATOR I Igy 1 I I I / •77 5; 0() DRY TON �/-3q PRESS, % SOLIDS TOTAL PRODUCTION, DRY TONS. y • `f' S VECTOR ATTRACTION REDUCTION b p TIME OPERATOR. '?'-"DU INITIAL PH om i'1 2 HRS. 22 HRS. OPERATIONAL BELT PRESS SPEED, % q , l POLYMER PUMP SPEED, % tUDGE PUMP SPEED, % 3 GPM S , LIME FEED AUGER, % 31' LBS/HR l POLYMER USAGE PE USED TANKS MIXED LITERS/TANK M�IIXER SPEED, %- / 06) L o4 RUNTIME, HRS SLUDGE FEED, GAL LIME FEED, LBS TWSA LIME STABILIZATION DAILY RECORD DATE ©6 START STOP TOTAL DRY TON [--- SLUDGE FEED % SOLIDS PRESS. % SOLIDS Q TOTAL PRODUCTION, DRY TONS LIME/SLUDGE RATIO PATHOGEN REDUCTION Tc:nnflGC?ATI IRF nF i TIME INTO VESSEL OUT OF VESSEL OPERATOR -3 ,` s 3 �7 1 �6 VECTOR ATTRACTION REDUCTION TIME OPERATOR �r 2 HRS_ ................................ .. . ............... ..... OPERATIONAL BELT PRESS SPEED, % D • POLYMER PUMP SPEED, % 3 �S SLUDGE PUMP SPEED, % 3 �J GPM q LIME FEED AUGER, % LBS/HR l MIXER SPEED, % 22 HRS. ' POLYMER USAGE TYPE USED 33C� �- TANKS MIXED JLITERS/TANK RUN.TIME, HRS SLUDGE FEED, GAL LIME FEED, LBS TWSA LIME STABILIZATION DAILY RECO�R%D, DATE START STOP TOTAL °at 7-�� DRY TON SLUDGE FEED °% SOLIDS r PRESS. °% SOLIDS F:::::::= LIMEISL*UDGE RATIO e TOTAL PRODUCTION, DRY TONS F-7o� PATHOGEN REDUCTION VECTOR ATTRACTION REDUCTION TF�APFRATURF of TIME INTO VESSEL OUT OF VESSEL OPERATOR !rl`� 1-7 - # 175 -77 Anr ]TIME �� Al`PH y /� ' 13 2 HRS- f� �S 22 HRS- . ............................. _ . ...... . OPERATIONAL BELT PRESS SPEED, % POLYMER PUMP SPEED, % -/ SLUDGE PUMP SPEED, % GPM S LIME FEED AUGER, % 14 LBS/HR J' MIXER SPEED, % �w OPERATOR - POLYMER USAGE TYPE USEDo TANKS MIXED SIT. C('o v � TO TWSA LIME STABILIZATION DAILY RECORD f DATE START RUNTIME, HRS SLUDGE FEED, GAL. LIME FEED, LBS SLUDGE FEED °% SOLIDS 1 t LIMEISLUDGE RATIO i J + 1�e4cke4 PATHOGEN REDUCTION TDnnDGC?flTI IRF nF i TIME INTO VESSEL OUT OF VESSEL OPERATOR 3 :� 1 � s 173 � STOP 3O 110 TOTAL D RY TON �Jbrl PRESS, % SOLIDS TOTAL PRODUCTION, DRY TONS VECTOR ATTRACTION REDUCTION TIME OPERATOR INITIALPH ��C•> _ a . 2 HRS- . ��- �� 22 HRS. OPERATIONAL BELT PRESS SPEED, % / V POLYMER PUMP SPEED, % SLUDGE PUMP SPEED, % GPM LIME FEED AUGER, % LBS/HR MIXER SPEED, % ��y POLYMER USAGE TYPE USED TANKS MIXED AN a �r TWSA LIME STABILIZATION DAILY RECORD DATE START STOP TOTAL RUN.TIME, HRS DRY TON SLUDGE FEED, GAL LIME FEED, LBSr ` SLUDGE FEED °% SOLIDS /< PRESS , % SOLIDS LIME/SLUDGE RATIO /� TOTAL PRODUCTION, DRY ON PATHOGEN REDUCTION _r=napFRATI IRF nF i TIME INTO VESSEL OUT OF VESSEL OPERATOR op V y d L-7 L -7!✓ L 7& G � `2;vo Gq VECTOR ATTRACTION REDUCTION TIME OPERATOR IMITIAL PH 2 HRS. — 22 HRS. /22— OPERATIONAL BELT PRESS SPEED, % POLYMER PUMP SPEED, % SLUDGE PUMP SPEED, % 'Z 0 4D GPM !lam t LIME FEED AUGER, %_,),R- _LBS/HR MIXER SPEED, % / DD POLYMER USAGE TYPE USED �_�� C�f TANKS MIXED TH4rI ANK TWSA LIME STABILIZATION DAILY RECORD DATE { a START RUNTIME, HRS SLUDGE FEED, GAL LIME FEED, LBS I SLUDGE FEED °% SOLIDS t LIME/SLUDGE RATIO �eo i®-.', o� PATHOGEN REDUCTION TChADCMATI IQP: !lF i TIME INTO VESSEL OUT OF VESSEL OPERATOR Pr! 73 - A-� STOP L1l, las TOTAL PRESS, % SOLIDS TOTAL PRODUCTION, DRY TONS act ...............................................................................I........ OPERATIONAL a//IlV BELT PRESS SPEED, % POLYMER PUMP SPEED, % `f Z SLUDGE PUMP SPEED, % U GPM LIME FEED AUGER, %. 9-O LBS/HR DRY TON 11 j VECTOR ATTRACTION REDUCTION TIME OPERATOR / ,.. '}nqn •3 2 HRS_ , 6 �fa l//� (' � 22 HRS. POLYMER USAGE TYPE USED, 33 TANKS MIXED STANK MIXER SPEED, % /90 RUN.TIME, HRS SLUDGE FEED, GAL LIME FEED, LBS TWSA LIME STABILIZATION DAILY RECORD DATE/s/f7 T START STOP TOTAL �J DRY TON r- 0 I- 1 - I -�.�J -I SLUDGE FEED % SOLIDS LIME/SLUDGE RATIO oLct PATHOGEN REDUCTION TFNAPFRATI IRF nF TIME INTO VESSEL OUT OF VESSEL OPERATOR BELT PRESS SPEED, % PRESS, % SOLIDS TOTAL PRODUCTION, DRY TONS OPERATIONAL SS VECTOR ATTRACTION REDUCTION TIME OPERATOR �j�`� V IMITIAI Phl� POLYMER PUMP SPEED, %� SLUDGE PUMP SPEED, % (jO GPM `7 3 LIME FEED AUGER, % aS _LBS/HR Y� MIXER SPEED, % UGC 2 HRS. + 22HRS. POLYMER USAGE TYPE USED TANKS MIXED R S/TAN K TWSA LIME STABILIZATION DAILY RECORD DATE .1 � �Q START RUNTIME, HRS SLUDGE FEED, GAL LIME FEED, LBS STOP TOT DRY TON SLUDGE FEED % SOLIDS �. PRESS, % SOLIDS UMEISLUDGE RATIO TOTAL PRODUCTION, DRY TONS v 8 17=1 �1 /,,ef R c,-ct0a-ed Q-q:3 4 PATHOGEN REDUCTION VECTOR ATTRACTION REDUCTION rcnAOCDATI IR1= nF INTO OUT OF TIME VESSEL VESSEL OPERATOR J lz4J -72- lea TIME ZLLo IMITIAI PH 42 . )TI OPERATIONAL BELT PRESS SPEED, % POLYMER PUMP SPEED, % -( SLUDGE PUMP SPEED, % `'f Z GPM LIME FEED AUGER, % 3qi LBS/HR MIXER SPEED, % 2 HRS. 1d vS6 22 HRS. i �r OPERATOR — ) (5yo. POLYMER USAGE I TYPE USED e= TANKS MIXED ANK > > > tea` a ' t {; INJ ffncl �3C TWSA LIME STABILIZATION DAILY RECORD DATE `"`-,--- START STOP TOTAL 7 RUNTIME, HRS 3� 1 DRY /TON SLUDGE FEED, GAL LIME FEED, LBS SLUDGE FEED % SOLIDS LIME/SLUDGE RATIO ro PATHOGEN REDUCTION TcnnflcDATI IRF nF TIME INTO VESSEL OUT OF VESSEL OPERATOR - 1�63� CO PRESS , % SOLIDS TOTAL PRODUCTION, DRY TONS f. VECTOR ATTRACTION REDUCTION TIME OPERATOR �) INITIAL PHA. 2 HRS- 'v 22 HRS. ........................................... :.............................................. .................................................. r/OPERATIONAL BELT PRESS SPEED, % 3lS f POLYMER PUMP SPEED, % 46 SLUDGE PUMP SPEED, % GPM ' LIME FEED AUGER, % 30 LBS/HR r S 16 f � POLYMER USAGE TYPE USED 3-S -9, C- TANKS MIXED LITERS/TANK S MIXER SPEED, % / d19 5iY� TWSA LIME STABILIZATION DAILY RECORD DATE�a START STOP TOTAL RUN TIME, HRS DRY TON SLUDGE FEED, GAL LIME FEED, LBS SLUDGE FEED % SOLIDS ' /d PRESS, % SOLIDS LIMEISLUDGE RATIO D°�✓ �I- TOTAL PRODUCTION, DRY TONS ` ,et Ae a,c PATHOGEN REDUCTION VECTOR ATTRACTION REDUCTION TPhAPFRATI IRF of TIME INTO VESSEL OUT OF VESSEL OPERATOR 15 ;lC aG' dos 1�1-11T QUA I97 °c� l TIME 1^IITiAL DH f �•. % 2 HRS- 02o�0 ................................................................................. ............ .................................... OPERATIONAL BELT PRESS SPEED, % 39 POLYMER PUMP SPEED, % SLUDGE PUMP SPEED, % % GPM , % S LIME FEED AUGER, %. LBS/HR 7G 22 HRS.�Y 7 4s�j I� OPERATOR POLYMER USAGE TYPE USED TANKS MIXED I ANK 5- MIXER SPEED, % TWSA LIME STABILIZATION DAILY RECORD DATE / 0 START STOP TOTAL RUNTIME, HRS I 7 - I DRY TON /� f UElas- SLUDGE FEED, GAL V -LIME FEED, LBS SLUDGE FEED % SOLIDS PRESS. % SOLIDS [ ... /. TOTAL PRODUCTION, DRY TONS LIME/SLUDGE RATIO PATHOGEN REDUCTION VECTOR ATTRACTION REDUCTION T�nnflc[7oTl IRF nF TIME INTO ' VESSEL OUT OF VESSEL OPERATOR �; l t2 ao I�7 A�l 14 TIME Y-. _ 2 HRS. i 22 HRS.. ...................................................................................................................................... OPERATIONAL BELT PRESS SPEED, % POLYMER PUMP SPEED, % SLUDGE PUMP SPEED, % c/ GPM LIME FEED AUGER, % f' LBS/HR 74 MIXER SPEED, % d V OPERATOR F lII POLYMER USAGE TYPE USED ��02 TANKS MIXED AN TWSA LIME STABILIZATION DAILY RECORD DATE tAl -.�--c7-2 6)U f START RUNTIME, HRS SLUDGE FEED, GAL STOP TOTAL LIME FEED, LBS ! I �76 SLUDGE FEED % SOLIDS r PRESS, % SOLIDS LIMEISLUDGE RATIO ! i TOTAL PRODUCTION, DRY TONS l I [ e q e !-L ,d, PATHOGEN REDUCTION -rPnAPFPATI IPF nF TIME INTO VESSEL OUT OF VESSEL OPERATOR fE- �13 00 I('/ do3 20 oc) TON VECTOR ATTRACTION REDUCTION TIME OPERATOR 4 'o r) IMITIAi` PI -I/ J- =/ 00 2 HRS. 7 22 HRS. � C 6? ............... ......................... ......... OPERATIONAL BELT PRESS SPEED, % POLYMER PUMP SPEED, % 7 SLUDGE PUMP SPEED,% �tS1 GPM LIME FEED AUGER, %. LBS/HR 763 MIXER SPEED, % %0 Q POLYMER USAGE TYPE USED - D,3� (::T—. TANKS MIXED LITERS/TANK �� —j TWSA LIME STABILIZATION DAILY RECORD DATE START STOP TOTAL RUNTIME, HRS " 1v F` DRY TON SLUDGE FEED, GAL L LIME FEED, LSS SLUDGE FEED % SOLIDS /s PRESS, % SOLIDS LIMEISLUDGE RATIO Fll= TOTAL PRODUCTION, DRY TONS PATHOGEN REDUCTION VECTOR ATTRACTION REDUCTION TFnADf=RAT1 IRF nF ' INTO VESSEL OUT OF VESSEL OPERATOR /.TIME /v'� � i � 44Y' • //1� 0 1 .O ram. I'1 Il v �j ( q-7 1. l % TIME OPERATOR //•! 0 WITIAI PN ! �s,•� U xfel .................................. ........................... ............ :.......... ................................... ............. ............................. OPERATIONAL BELT PRESS SPEED, %�— POLYMER PUMP SPEED, % 3:s 4 20 SLUDGE PUMP SPEED, % �` GPM LIME FEED AUGER, %. 5 LBS/HR r� MIXER SPEED, % too 2 HRS. / s. 3 22 HRS. POLYMER USAGE TYPE USED 3,3-_� TANKS MIXED LITERS/TANK TWSA LIME STABILIZATION DAILY RECORD. 1 DATE D START STOP TOTAL RUNTIME, HRS SLUDGE FEED, GAL L�`� TON / ��U } /DRY LIME FEED, LBS SLUDGE FEED %SOLIDS c PRESS, % SOLIDS [7���� LIMFJSLUDGE RATIO ! r TOTAL PRODUCTION, DRY TONS i t c- ce- /d . PATHOGEN REDUCTION VECTOR ATTRACTION REDUCTION rcnen=DATI IC?G nF TIME INTO VESSEL OUT OF VESSEL OPERATOR J / BELT PRESS SPEED, % POLYMER PUMP SPEED, % SLUDGE PUMP SPEED, % _ LIME FEED AUGER, %. MIXER SPEED, % 6 ...........................................................,...... OPERATIONAL GPM LBS/HR TIME OPERATOR PH 2 HRS. �J 22 HRS.1 , /3 44 POLYMER USAGE TYPE USED TANKS MIXED I ANK r TWSA LIME STABILIZATION DAILY RECORD / DATE A4,' i START STOP TOTAL RUN.TIME, HRS SLUDGE FEED, GAL LIME FEED, LBS SLUDGE FEED % SOLIDS t PRESS, % SOLIDS LIME/SLUDGE RATIO P TOTAL PRODUCTION, DRY TONS E Re�c�t� �cl,-5g. PATHOGEN REDUCTION VECTOR ATTRACTION REDUCTION TGrAm--PATl IRF nF TIME INTO VESSEL OUT OF VESSEL OPERATOR tAj TIME OPERATOR PH 167( j q ! �� 2 HRS_ t� 22 HRS.01 % ! _ ................ I .............. ......._................................................................................................................ OPERATIONAL BELT PRESS SPEED, % POLYMER PUMP SPEED, % 4"5 SLUDGE PUMP SPEED, % GPM LIME FEED AUGER, % LBS/HR a MIXER SPEED, % �1 POLYMER USAGE TYPE USED TANKS MIXED _ RS/TANK ST RUN.TIME, HRS SLUDGE FEED, GAL LIME FEED, LBS TWSA LIME STABILIZATION DAILY RECORD DATE =( I �a�0 SLUDGE FEED °% SOLIDS F LIME/SLUDGE RATIO o 1 � - eo 10- . 36 a + e1: PATHOGEN REDUCTION -r-cnnpGr?ATI IRF nF TIME INTO VESSEL OUT OF VESSEL OPERATOR .5D ` 1 / D / A7- o� I Ar. 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OPERATIONAL BELT PRESS SPEED, %� POLYMER PUMP SPEED, % 3 5 SIf -GPMLUDGE PUMP SPEED, % LIME FEED AUGER, %: 1¢il LBS/HR MIXER SPEED, % VECTOR ATTRACTION REDUCTION TIME OPERATOR lJ� In.ITIAL PH��oI�� (� '/ 3 2 HRS. j� 22 HRS. Az POLYMER USAGE TYPE USED e TANKS MIXED ILITERS/TANK -5- —j TWSA LIME STABILIZATION DAILY RECORD DATE ,1L _l� o I START RUNTIME, HRS STOP TOTAL DRY TON SLUDGE FEED, GAL LIME FEED, LBS -0 )a� SLUDGE FEED % SOLIDS t PRESS, % SOLIDS LIMEISLUDGE RATIO TOTAL PRODUCTION, DRY TONS s El PATHOGEN REDUCTION VECTOR ATTRACTION REDUCTION TI=nAPFPATI IPF nF TIME INTO VESSEL OUT OF VESSEL OPERATOR ?nl i��► 1Xi ���i �;3 0 113 Ep TIME OPERATOR `V : J ;INA T iAL PFI j yx: I w 4r _7. 2 HRS. /1 22 HRS. .................................................................................................................................................................:.. 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OPERATIONAL DRY TON VECTOR ATTRACTION REDUCTION TIME OPERATOR lKllt'AL PH �2 HRS_ I y( 1 22 HRS. / �U BELT PRESS SPEED, % POLYMER PUMP SPEED, % 6- SLUDGE PUMP SPEED, % GPM LIME FEED AUGER, %. -5_LBS/HR_7M POLYMER USAGE TYPE USED ` C-- TANKS MIXED AN MIXER SPEED, % TWSA LIME STABILIZATION N�;llj� DAILY RECORD DATE_/%/�� START RUN.TIME, HRS SLUDGE FEED, GAL LIME FEED, LBS STOP TOTAL SLUDGE FEED % SOLIDS ! 4 PRESS. % SOLIDS LIME/SLUDGE RATIO is TOTAL PRODUCTION, DRY TONS /Li PATHOGEN REDUCTION TFnAPPPATI IRF nF TIME INTO VESSEL OUT OF VESSEL OPERATOR DRY TON VECTOR ATTRACTION REDUCTION TIME OPERATOR S s ii�ITiAL PH J 5 2 HRS_ ! ` �_bc22 HRS. OPERATIONAL BELT PRESS SPEED, % 3 POLYMER PUMP SPEED, SLUDGE PUMP SPEED, % GPM LIME FEED AUGER, % _LBS/HR O6 MIXER SPEED, % / r POLYMER USAGE TYPE USED a�l� TANKS MIXED _ RS/T TWSA LIME STABILIZATION DAILY RECORD DATE START RUNTIME, HRS SLUDGE FEED, GAL LIME FEED, LBS STOP TOTAL SLUDGE FEED % SOLIDS / r PRESS, °% SOLIDS LIME/SLUDGE RATIO FT TOTAL PRODUCTION, DRY TONS /9104 PATHOGEN REDUCTION TPIAPFRATI IRF nF TIME INTO VESSEL OUT OF VESSEL OPERATOR A7- .3 , _._c�24 6 0 DRY TON VECTOR ATTRACTION REDUCTION TIME OPERATOR r�f�- INITIAL PI I� J > 1 a—% /%—_. ��_ dd 2 HRS. 22 HRS. �• ............................................ :........ ........ ...................... OPERATIONAL BELT PRESS SPEED, % 30 POLYMER PUMP SPEED, % 30 ;LUDGE PUMP SPEED, % GPM. O LIME FEED AUGER, % _LBS/HR / MIXER SPEED, % Uo POLYMER USAGE TYPE USED TANKS MIXED LITERS/TANK .� FRUN.TIME, HRS SLUDGE FEED, GAL TWSA LIME STABILIZATION DAILY RECORD q DATE START STOP TOTAL 0 DRY TON LIME FEED, LBS 1_ 0 SLUDGE FEED % SOLIDS �r LIME/SLUDGE RATIO ! (� -Set Re'4Cke 0- o "1'r ► c'+ Req.ck ectcv— PATHOGEN REDUCTION TEMPERATURE of TIME INTO VESSEL OUT OF VESSEL OPERATOR U ;I- J A X i Ig-� ` d f -7g - — (Y-C) l �� l 79' BELT PRESS SPEED, % POLYMER POLYMER PUMP SPEED, % PRESS, % SOLIDS TOTAL PRODUCTION, DRY TONS c(� VECTOR ATTRACTION REDUCTION TIME OPERATOR 3 INITIAL PH 10 ' 2 HRS. I i l ` 22 HRS. .................................. .................. OPERATIONAL J 3o SLUDGE PUMP SPEED, %GPM '�I D� LIME FEED AUGER, %. " 6 0 LBS/HR ` / MIXER SPEED, %f� POLYMER USAGE PE USED�— TANKS MIXED S/TAN K TWSA LIME STABILIZATION DAILY RECORD DATE ©f D START STOP TOTAL' RUN TIME, HRS SLUDGE FEED, GAL I b O • DRY TON S �23 170 � LIME FEED, LBS 6 08� ! �� SLUDGE FEED % SOLIDS PRESS, % SOLIDS LIME/SLUDGE RATIO �� TOTAL PRODUCTION, DRY TONS PATHOGEN REDUCTION TFMPFRATURFoF TIME INTO VESSEL OUT OF VESSEL OPERATOR OPERATIONAL BELT PRESS SPEED, % 31 POLYMER PUMP SPEED, % 0 >LUDGE PUMP SPEED, % GPM LIME FEED AUGER, %. LBS/HR MIXER SPEED, % VECTOR ATTRACTION REDUCTION TIME OPERATOR J-JS IIVIIIALPH / f 2 HRS. 3_L5 J 22 HRS. I POLYMER USAGE II TYPE USED 23�1 TANKS MIXED ILITERS/TANK A 1 e ) j RUN TIME; HRS SLUDGE FEED, GAL LIME FEED, LBS TWSA LIME STABILIZATION DAILY RECORD DATE START STOP TOTAL 9 : /0 DRY TON SLUDGE FEED °%SOLIDS +� LIME/SLUDGE RATIO 46 o.ie+ke.cLcheA 01Al,'0 PATHOGEN REDUCTION TEMPERATURE of TIME INTO VESSEL OUT OF VESSEL OPERATOR i to i� s� i t,j i idN� s get ou -� �ir) 1Ar % G 3 196. lYke -775" PRESS , % SOLIDS TOTAL PRODUCTION, DRY TONS I y VECTOR ATTRACTION REDUCTION TIME OPERATOR V I (/ IIVI 1 IHL rn 2HRS. f I-`- `�� 22 HRS. OPERATIONAL BELT PRESS SPEED, % POLYMER PUMP SPEED, % ',LUDGE PUMP SPEED, % GPM �•3 LIME FEED AUGER, %. G�Z� LBS/HR� MIXER SPEED, % �� c? POLYMER USAGE TYPE USED TANKS MIXED ILITERSITANK 1 1 Y TWSA LIME STABILIZATION DAILY RECORD DATE /�&Lo START STOP TOTAL RUN TIME, HRS SLUDGE FEED, GAL LIME FEED, LBS SLUDGE FEED °% SOLIDS LIME/SLUDGE RATIO _T/l l e+ ci-(_11 Ivs13 Lt le +. k PATHOGEN REDUCTION TFMPFRATI )RP: nF TIME INTO VESSEL OUT OF VESSEL OPERATOR / li3 BELT PRESS SPEED, % PRESS, 9% SOLIDS TOTAL PRODUCTION, DRY TONS �C! .................................................................. OPERATIONAL 3 0) POLYMER PUMP SPEED, % 4, ! 9 , 1 VECTOR ATTRACTION REDUCTION TIME OPERATOR INITIAL PH :\ ��� i ` 2 HRS. I i 22 HRS. -iLUDGE PUMP SPEED, % 1 GPM LI ME FEED AUGER, %. 2 LBS/HR 7� MIXER SPEED, % -b POLYMER USAGE PE USED 33 TANKS MIXED LITERS/TANK 2 RUN TIME, HRS SLUDGE FEED, GAL LIME FEED, LBS TWSA LIME STABILIZATION lueo DAILY RECORD - " �S DATE CU j - 3 y i0- U START STOP TOTAL 10.` 020 � SLUDGE FEED % SOLIDS PRESS, °h SOLIDS r 7 LIME/SLUDGE RATIO '. TOTAL PRODUCTION, DRY TONS %5v PATHOGEN REDUCTION TGnnDPPATI IRF nF TIME INTO VESSEL OUT OF VESSEL OPERATOR 14 f fG lg;,7 DRY TON VECTOR ATTRACTION REDUCTION TIME OPERATOR JJ ''/,<,—'N!T!AL PH L/ 2 HRS.�� ` 22 HRS. .................................. .................................................................................................................................... OPERATIONAL BELT PRESS SPEED, % 3 POLYMER PUMP SPEED, % 'LUDGE PUMP SPEED, % �I GPM LIME FEED AUGER, % LBS/HR MIXER SPEED, % POLYMER USAGE TYPE USED TANKS MIXED ILITERS/TANK RUN TIME, HRS SLUDGE FEED, GAL TWSA LIME STABILIZATION DAILY RECORD % DATE START STOP TOTAL DRY TON LIME FEED, LBS Iy SLUDGE FEED % SOLIDS l LIMEISLUDGE RATIO -fl::K I PATHOGEN REDUCTION TCnnDGDATI IRF nF TIME INTO VESSEL OUT OF VESSEL OPERATOR co) 00 co a_ PRESS. % SOLIDS TOTAL PRODUCTION, DRY TONS FK,/ .............................................................................................................................. OPERATIONAL BELT BELT PRESS SPEED, % v POLYMER PUMP SPEED, % 30 'LUDGE PUMP SPEED, % GPM LIME FEED AUGER, %. LBS/HR MIXER SPEED, % VECTOR ATTRACTION REDUCTION TIME OPERATOR y yh INITIAL PH 1 / 2 HRS. !- - 22 HRS. POLYMER USAGE TYPE USED J++�10��' TANKS MIXED S/TAN `x 1 3. _Le TWSA LIME STABILIZATION DAILY RECORD DATE I (J START STOP TOTAL �i RUN TIME, HRS DRY TON SLUDGE FEED, GAL LIME FEED, LBS SLUDGE FEED % SOLIDS'' LIME/SLUDGE RATIO I ��� %Ac1�e� �Ew,� Ili • g f . =�Q PATHOGEN REDUCTION TCnADa=ROT1 1RF nF TIME INTO VESSEL OUT OF VESSEL OPERATOR I I I `, (n I i l 1 I f,7� l n I 1 V mM r4 Da3 h7l PRESS , % SOLIDS TOTAL PRODUCTION, DRY TONS VECTOR ATTRACTION REDUCTION / J TIME . "/ 1NITI A I DW 1 �� .................................. _........................._..............................................................................._....................... OPERATIONAL BELT PRESS SPEED, % POLYMER PUMP SPEED, % 3 '_UDGE PUMP SPEED, % �` GPM ` J` LIME FEED AUGER, %. d _LBS/HR_jj� MIXER SPEED, %)() 2 HRS. 22 HRS. A OPERATOR ............................. I .................... . _............,.. POLYMER USAGE PE USED Q, TANKS MIXED LITERS/TANK RUN-TIME, HRS SLUDGE FEED, GAL TWSA LIME STABILIZATION DAILY RECORD j DATE C7 / START STOP TOTAL DRY TON LIME FEED, LBS / SLUDGE FEED % SOLIDS PRESS. °% SOLIDS LIME/SLUDGE RATIO F7::�tp,5 TOTAL PRODUCTION, DRY TONS ` U\ PATHOGEN REDUCTION Tr:nnoGDATI IRF nF TIME INTO VESSEL OUT OF VESSEL OPEf2ATOR 11 117 :.� l 1 1 cT I I ?� ?� C:�AJ I 2 1 So VECTOR ATTRACTION REDUCTION TIME I-V 1 il..11AL PH 't! i 1 7 3 :3 2 HRS. / £✓ ........................-_......................................................................... OPERATIONAL BELT PRESS SPEED, % POLYMER PUMP SPEED, % 3 UDGE PUMP SPEED, % GPM 5® LIME FEED AUGER, %. LBS/HR MIXER SPEED, % 22HRS_'� `?. OPERATOR AI I I/ POLYMER USAGE TYPE USED -j0 TANKS MIXED LITERS/TANK .ILT ,5-'! b TWSA LIME STABILIZATION DAILY RECORD DATE Z d START STOP TOTAL RUN TIME, HRS SLUDGE FEED, GAL LIME FEED, LBS d SLUDGE FEED % SOLIDS E Q PRESS , % SOLIDS LIME/SLUDGE RATIO F71- / TOTAL PRODUCTION, DRY TON S t Re-CL�111-ed T-e,--joo-go,3y PATHOGEN REDUCTION TI=MPFRATI 1RF nF TIME INTO VESSEL OUT OF VESSEL OPERATOR l 'faC I h 1� ae (r3- . OPERATIONAL BELT PRESS SPEED, % DRY TON VECTOR ATTRACTION REDUCTION TIME OPERATOR If INITIAL PH %,_) _ / T'ov/ POLYMER PUMP SPEED, % LUDGE PUMP SPEED, % �� GPM LIME FEED AUGER, % �-Jc-�LBS/HR - 6 MIXER SPEED, % _ 06 2 HRS. 22 HRS. /�. �J✓ POLYMER USAGE TYPE USED 33--�9-e- TANKS MIXED R S/TAN