User Guide Index for EPA-HQ-OW-2015-0665DCNAUTHORDATETITLECBIPAGEDOCUMENTTYPEDOCUMENT ID NUMBER ABSTRACTCOPY -RIGHTEDSOURCECITATIONRECORDSECTIONAUTHORCATEGORYINDUSTRY0831105/24/2016Memorandum from W. Swietlik,EPA, to Public Docket EPA-HQ-OW2015-0665 Re: Docket EPA-HQOW-2014-0170 Incorporated byReference - DCN 08311No1MemorandumMemorandum detailing the docket number EPA-HQ-OW-2014-0170 is incorporated by reference throughthe memorandum into the public record for the"Preliminary 2016 Effluent Guidelines ProgramPlan", EPA Docket Number OW-2015-0665.EPA-HQ-OW-2015-0665-0302NoSwietlik, W.2016.Memorandumfrom W. Swietlik,EPA, to PublicDocket, EPA-HQOW-2015-0665.Re: Docket EPAHQ-OW-2014-0170Incorporated byReference.6.01WilliamSwietlik, EPA0820806/17/2016Preliminary 2016 EffluentGuidelines Program Plan - DCN08208No62Publication;USEPAPreliminary 2016 Plan for the Industrial EffluentGuidelines Program.EPA-HQ-OW-2015-0665-0290NoU.S. EPA. 2016.Preliminary 2016EffluentGuidelinesProgram Plan.Washington D.C.6.04U.S. EPA0820906/17/2016The 2015 Annual EffluentGuidelines Review Report - DCN08209No198Publication;USEPAThe report containing the analyses completedduring the 2015 Annual Review.EPA-HQ-OW-2015-0665-0299NoU.S. EPA. 2016.The 2015 AnnualEffluentGuidelinesReview Report.Washington D.C.6.04U.S. EPAPage 1 of 101June 27, 2016DCNAUTHORDATETITLECBIPAGEDOCUMENTTYPEDOCUMENT ID NUMBER ABSTRACTCOPY -RIGHTEDSOURCECITATIONRECORDSECTIONAUTHORCATEGORYINDUSTRY0821006/17/2016The 2015 Annual EffluentGuidelines Review ReportAppendices A-E - DCN 08210No247Publication;USEPAAppendices supporting the 2015 Annual ReviewReportEPA-HQ-OW-2015-0665-0291NoU.S. EPA. 2016.The 2015 AnnualEffluentGuidelinesReview ReportAppendices A-E.Washington D.C.6.04U.S. EPA0821202/16/2016Memorandum from William Swietlik,U.S. EPA, to Public Docket for thePreliminary 2016 EffluentGuidelines Program Plan, EPADocket Number EPA-HQ-OW-2015-0665. Re: Summary of Methodologyfor Handling Non-Detect Data:304m and Steam Electric PowerGenerating - DCN 08212No5MemorandumMemorandum summarizing how non-detect data ishandled for 304m and the Steam Electric PowerGenerating ELG.EPA-HQ-OW-2015-0665-0284NoU.S. EPA. 2016.Memorandumfrom WilliamSwietlik, U.S.EPA, to thePublic Docket,EPA-HQ-OW2015-0665. Re:Non-Detect DataMethodology.9.0U.S. EPA0812012/01/20152013 Toxics Release Inventory(TRI) Water Release Database -DCN 08120No0Data2013 TRI water release data supporting the 2015Annual Review Report.EPA-HQ-OW-2015-0665-0200NoDMR LoadingTool Output –2013 TRI Data9.1EasternResearchGroup, IncPage 2 of 101June 27, 2016DCNAUTHORDATETITLECBIPAGEDOCUMENTTYPEDOCUMENT ID NUMBER ABSTRACTCOPY -RIGHTEDSOURCECITATIONRECORDSECTIONAUTHORCATEGORYINDUSTRY0821110/29/2015Memorandum from William Swietlik,U.S. EPA, to Public Docket for thePreliminary 2016 EffluentGuidelines Program Plan, EPADocket Number EPA-HQ-OW-2015-0665. Re: Hydrogen SulfideReleases Reported to the ToxicsRelease Inventory (TRI) in 2013 -DCN 08211No12MemorandumMemorandum detailing hydrogen sulfide releasesreported to the TRI in 2013.EPA-HQ-OW-2015-0665-0283NoU.S. EPA. 2015.Memorandumfrom WilliamSwietlik, U.S.EPA, to PublicDocket, EPA-HQOW-2015-0665.Re: H2SReleases in TRI.9.1U.S. EPA0821712/19/2014Telephone and EmailCommunication with Brian Beeler,Lafayette WWTP, and KimberlyBartell, Eastern Research Group,Inc., Re: 2013 Hydrogen SulfideDischarges at POTWs - DCN 08217No3MeetingMaterialsTelephone and email conversation between BrianBeeler, Lafayette WWTP, and Kimberly Bartell,Eastern Research Group, Inc., about 2013Hydrogen Sulfide Discharges at POTWs.EPA-HQ-OW-2015-0665-0078NoBeeler, B. 2014.Correspondencebetween BrianBeeler, LafayetteWWTP, and KimBartell, ERG. Re:2013 HydrogenSulfideDischarges atPOTWs. (Dec19).9.1Beeler, Brian0822912/19/2014Telephone and EmailCommunication with David Tyler,Tolleson WWTP, and KimberlyBartell, Eastern Research Group,Inc., Re: 2013 Hydrogen SulfideDischarges at POTWs - DCN 08229No3MeetingMaterialsTelephone and email conversation between DavidTyler, Tolleson WWTP, and Kimberly Bartell,Eastern Research Group, Inc., about 2013Hydrogen Sulfide Discharges at POTWs.EPA-HQ-OW-2015-0665-0090NoTyler, D. 2014.Correspondencebetween DavidTyler, TollesonWWTP, and KimBartell, ERG. Re:2013 HydrogenSulfideDischarges atPOTWs. (Dec19).9.1Tyler, DavidPage 3 of 101June 27, 2016DCNAUTHORDATETITLECBIPAGEDOCUMENTTYPEDOCUMENT ID NUMBER ABSTRACTCOPY -RIGHTEDSOURCECITATIONRECORDSECTIONAUTHORCATEGORYINDUSTRY0823002/01/2004NRMRL Treatability Data Base,Version 5.0 - DCN 08230No2DataOffice of Research and Development. NRMRLTreatability Database, Version 5.0EPA-HQ-OW-2015-0665-0091NoU.S. EPA. 2004.Office ofResearch andDevelopment.NRMRLTreatability DataBase, Version5.0. Cincinnati,OH. (Feb).9.1U.S. EPA0823107/01/2013EPA’s Risk-ScreeningEnvironmental Indicators (RSEI)Methodology - DCN 08231No92DataMethodology for EPA's computer-based RSEI toolto identify toxic releases that may require furtherevaluation and to plan for the future.EPA-HQ-OW-2015-0665-0092NoU.S. EPA.2013b. EPA’sRisk-ScreeningEnvironmentalIndicators (RSEI)Methodology.Washington,D.C. (July).9.1U.S. EPA0823312/23/2015Document Search for the LouisianaDepartment of EnvironmentalQuality - DCN 08233No1DataLouisiana Department of Environmental QualityDocument Search for permit documents and DMRs.EPA-HQ-OW-2015-0665-0094NoLA DEQ. 2015.LA Departmentof EnvironmentalQuality.DocumentSearch.Available onlineat:http://edms.deq.louisiana.gov/app/doc/querydef.aspx.9.1LA DEQPage 4 of 101June 27, 2016DCNAUTHORDATETITLECBIPAGEDOCUMENTTYPEDOCUMENT ID NUMBER ABSTRACTCOPY -RIGHTEDSOURCECITATIONRECORDSECTIONAUTHORCATEGORYINDUSTRY0823408/01/1988CERCLA Compliance betweenOther Laws Manual: Interim Final -DCN 08234No243Publication; USEPAThe CERCLA Compliance with Other EnvironmentalLaws Manual was developed to provide guidance toRemedial Project Managers, State personnel atState-lead Superfund sites, On-Scene Coordinators,and other persons responsible for planningresponse actions unEPA-HQ-OW-2015-0665-0095NoU.S. EPA. 1988.CERCLACompliancebetween OtherLaws Manual:Interim Final.EPA-540-G-89-006. OSWERPublication9234.1-01.Washington,D.C. (Aug).9.1U.S. EPA0823512/01/1988Guidance on Remedial Actions forContaminated Ground Water atSuperfund Sites - DCN 08235No121Publication; USEPAThis document provides guidance for making keydecisions in developing, evaluating, and selectingground-water remedial actions at Superfund sites.EPA-HQ-OW-2015-0665-0096NoU.S. EPA. 1988.Guidance onRemedialActions forContaminatedGround Water atSuperfund Sites.OSWERDirective 9283.1-2. EPA-540-G88-003. (Dec).9.1U.S. EPA0823608/01/2015Known Data Problems for ECHO -DCN 08236No13DataKnown Data Problems for the Enforcement andCompliance History OnlineEPA-HQ-OW-2015-0665-0097NoU.S. EPA. 2015.Known DataProblems.Enforcement andComplianceHistory Online.Washington,D.C. (August).9.1U.S. EPAPage 5 of 101June 27, 2016DCNAUTHORDATETITLECBIPAGEDOCUMENTTYPEDOCUMENT ID NUMBER ABSTRACTCOPY -RIGHTEDSOURCECITATIONRECORDSECTIONAUTHORCATEGORYINDUSTRY0823702/03/2015Is My Facility’s Six-Digit NAICSCode a TRI-Covered Industry?Toxics Release Inventory Program -DCN 08237No10DataThe North American Industry Classification System(NAICS) is a framework by which economic unitsthat have similar production processes are classifiedinto the same industry by a numerical designation,the most detailed of which is six digits.EPA-HQ-OW-2015-0665-0098NoU.S. EPA. 2015.Is My Facility’sSix-Digit NAICSCode a TRICoveredIndustry? ToxicsReleaseInventoryProgram.Washington,D.C. (February3).9.1U.S. EPA0827606/01/2003Toxicological Review of HydrogenSulfide - DCN 08276No74ReportToxicological review to provide scientific supportand rationale for the hazard and dose-responseassessment in IRIS pertaining to chronic exposureto hydrogen sulfide.EPA-HQ-OW-2015-0665-0236NoEPA. 2003.ToxicologicalReview of H2S.Washington,D.C. Availableonline at:http://www.epa.gov/ncea/iris/toxreviews/0061tr.pdf9.1U.S. EPA0827711/01/20142013 Toxics Release Inventory(TRI) Water Release Database -Version 0 - DCN 08277No0Data2013 TRI water release data prior to the hydrogensulfide POTW percent removal update.EPA-HQ-OW-2015-0665-0237NoDMR LoadingTool Output –2013 TRI Data9.1EasternResearchGroup, IncPage 6 of 101June 27, 2016DCNAUTHORDATETITLECBIPAGEDOCUMENTTYPEDOCUMENT ID NUMBER ABSTRACTCOPY -RIGHTEDSOURCECITATIONRECORDSECTIONAUTHORCATEGORYINDUSTRY0812112/01/20152013 Discharge Monitoring Report(DMR) Database - DCN 08121No0Data2013 DMR data supporting the 2015 Annual ReviewReport.EPA-HQ-OW-2015-0665-0201NoDMR LoadingTool Output –2013 DMR Data9.2EasternResearchGroup, Inc0822511/14/2014Telephone and EmailCommunication with Gina Self,Montana Department ofEnvironmental Quality, andKimberly Bartell, Eastern ResearchGroup, Inc., Re: 2013 DMR ArsenicDischarges for Decker Coal Co -DCN 08225No1MeetingMaterialsTelephone and email conversation between GinaSelf, Montana Department of Environmental Quality,and Kimberly Bartell, Eastern Research Group, Inc.,about 2013 DMR Arsenic Discharges for DeckerCoal Co.EPA-HQ-OW-2015-0665-0086NoSelf, G. 2014.Correspondencebetween GinaSelf, MontanaDEQ, and KimBartell, ERG. Re:2013 DMRArsenicDischarges forDecker Coal Co.(Nov 14).10.1Self, Gina Coal Mining0822312/22/2014Telephone and EmailCommunication with John Prigge,JR Simplot, and Kimberly Bartell,Eastern Research Group, Inc., Re:2013 TRI Hydrogen SulfideDischarges for JR Simplot in GrandForks, ND - DCN 08223No3MeetingMaterialsTelephone and email conversation between JohnPrigge, JR Simplot, and Kimberly Bartell, EasternResearch Group, Inc., about: 2013 TRI HydrogenSulfide Discharges for JR Simplot in Grand Forks,ND.EPA-HQ-OW-2015-0665-0084NoPrigge, J. 2014.Correspondencebetween JohnPrigge, JRSimplot, and KimBartell, ERG. Re:TRI H2SDischarges forJR Simplot. (Dec22).10.2Prigge, John Canned andPreserved Fruitsand VegetableProcessingPage 7 of 101June 27, 2016DCNAUTHORDATETITLECBIPAGEDOCUMENTTYPEDOCUMENT ID NUMBER ABSTRACTCOPY -RIGHTEDSOURCECITATIONRECORDSECTIONAUTHORCATEGORYINDUSTRY0824201/01/2013The 2014 Accord Plug-In - DCN08242No2PublicationCopyrightedMaterialModel speciifications for American Honda 2014Accord Plug-InEPA-HQ-OW-2015-0665-0202YesAmerican HondaMotor Company,Inc. 2013a. 2015ARR10.5Honda BatteryManufacturing0824301/01/20132014 Fit EV - DCN 08243No3PublicationCopyrightedMaterialModel speciifications for American Honda 2014 FitEVEPA-HQ-OW-2015-0665-0203YesAmerican HondaMotor Company,Inc. 2013b. 2015ARR10.5Honda BatteryManufacturing0824401/01/2014CR-Z 2015 - DCN 08244No11PublicationCopyrightedMaterialModel speciifications for American Honda CR-Z2015EPA-HQ-OW-2015-0665-0204YesAmerican HondaMotor Company,Inc. 2014. 2015ARR10.5Honda BatteryManufacturingPage 8 of 101June 27, 2016DCNAUTHORDATETITLECBIPAGEDOCUMENTTYPEDOCUMENT ID NUMBER ABSTRACTCOPY -RIGHTEDSOURCECITATIONRECORDSECTIONAUTHORCATEGORYINDUSTRY0824501/01/2015Accord 2015 - DCN 08245No11PublicationCopyrightedMaterialModel speciifications for American Honda Accord2015EPA-HQ-OW-2015-0665-0205YesAmerican HondaMotor Company,Inc. 2015a. 2015ARR10.5Honda BatteryManufacturing0824601/01/2015Civic 2015 - DCN 08246No11PublicationCopyrightedMaterialModel speciifications for American Honda Civic 2015EPA-HQ-OW-2015-0665-0206YesAmerican HondaMotor Company,Inc. 2015b. .2015 ARR10.5Honda BatteryManufacturing0824701/01/2015FCX Clarity Specifications - DCN08247No2PublicationCopyrightedMaterialModel speciifications for American Honda FCXClarity SpecificationsEPA-HQ-OW-2015-0665-0207YesAmerican HondaMotor Company,Inc. 2015c. .2015 ARR10.5Honda BatteryManufacturingPage 9 of 101June 27, 2016DCNAUTHORDATETITLECBIPAGEDOCUMENTTYPEDOCUMENT ID NUMBER ABSTRACTCOPY -RIGHTEDSOURCECITATIONRECORDSECTIONAUTHORCATEGORYINDUSTRY0824801/01/20152014 Insight Specifications - DCN08248No2PublicationCopyrightedMaterialModel speciifications for American Honda 2014Accord Plug-InEPA-HQ-OW-2015-0665-0208YesAmerican HondaMotor Company,Inc. 2015d. .2015 ARR10.5Honda BatteryManufacturing0824909/10/2014Vanadium Flow Batteries - DCN08249No4PublicationCopyrightedMaterialAs VFB solutions continue to be developed andimplemented, new demand for vanadium isexpected to raise the overall consumption of thiscritical element.EPA-HQ-OW-2015-0665-0209YesAmericanVanadium. 2014.. 2015 ARR10.5AmericanVanadiumBatteryManufacturing0825005/01/2015Tesla CEO Elon Musk revealsPowerwall home battery - DCN08250No3PublicationSilicon Valley electric-vehicle automaker TeslaMotors is expanding its presence beyond luxurycars with plans to produce a wall-mounted batterypack designed to store renewable energy in thehome.EPA-HQ-OW-2015-0665-0210NoBomey, N. 2015.2015 ARR10.5Bomey, N. BatteryManufacturingPage 10 of 101June 27, 2016DCNAUTHORDATETITLECBIPAGEDOCUMENTTYPEDOCUMENT ID NUMBER ABSTRACTCOPY -RIGHTEDSOURCECITATIONRECORDSECTIONAUTHORCATEGORYINDUSTRY0825109/10/2014Secondary Batteries - DCN 08251No2PublicationCopyrightedMaterialAfter 30 years of being the main battery technologyused in space applications, the Nickel Cadmium(NiCd) battery is no longer the first choice energystorage system for space missions.EPA-HQ-OW-2015-0665-0211YesClyde Space.2014. 2015 ARR10.5Clyde Space BatteryManufacturing0825201/01/2010Nickel Metal Hydride (NiMH)Handbook and Application Manual -DCN 08252No16PublicationCopyrightedMaterialThe number of portable battery operated electronicdevices has grown tremendously. This handbookwill provide a better understanding of rechargeableNickel Metal Hydride (NiMH) batteries.EPA-HQ-OW-2015-0665-0212YesEnergizer. 2010.2015 ARR10.5Energizer BatteryManufacturing0825309/10/2014National Pollutant ReleaseInventory (NPRI) Online DataSearch - DCN 08253No2PublicationCanada's legislated, publicly accessible inventory ofpollutant releases to air, water and land, andreviewed disposals and transfers for recycling bythe company name and by industry.EPA-HQ-OW-2015-0665-0213NoEnvironmentCanada. 2014.2015 ARR10.5EnvironmentCanadaBatteryManufacturingPage 11 of 101June 27, 2016DCNAUTHORDATETITLECBIPAGEDOCUMENTTYPEDOCUMENT ID NUMBER ABSTRACTCOPY -RIGHTEDSOURCECITATIONRECORDSECTIONAUTHORCATEGORYINDUSTRY0825401/01/2014Spark EV 2015 - DCN 08254No2PublicationCopyrightedMaterialCotains specifications on SparkEV and its featuresEPA-HQ-OW-2015-0665-0214YesGeneral Motors.2014a. Spark EV2015. 2015 ARR10.5General Motors BatteryManufacturing0825501/01/2014Volt 2015 - DCN 08255No2PublicationCopyrightedMaterialCotains specifications on Volt 2015 and its featuresEPA-HQ-OW-2015-0665-0215YesGeneral Motors.2014b. Volt2015. 2015 ARR10.5General Motors BatteryManufacturing0825609/17/2014Rechargeable Batteries ProductIndex - DCN 08256No3PublicationCopyrightedMaterialIntroduces Prismatic Lithium-ion Rechargeablecells. Maxell offers these cells only as battery packs,which include electronic circuits to preventovercharge, overdischarge, etc.EPA-HQ-OW-2015-0665-0216YesMaxell. 2012.RechargeableBatteries ProductIndex. Availableonline at:http://biz.maxell.com/en/product_index/?pci=6.Accessed:September 10,201410.5Maxell BatteryManufacturingPage 12 of 101June 27, 2016DCNAUTHORDATETITLECBIPAGEDOCUMENTTYPEDOCUMENT ID NUMBER ABSTRACTCOPY -RIGHTEDSOURCECITATIONRECORDSECTIONAUTHORCATEGORYINDUSTRY0825709/16/2014How do batteries work? - DCN08257No2PublicationAn article on different components of a workingbattery and flow of electrons through a conductivepath.EPA-HQ-OW-2015-0665-0217NoNorthwesternUniversity. 2014.2015 ARR10.5NorthwesternUniversityBatteryManufacturing0825811/01/2009Anode Materials for Lithium IonBatteries - DCN 08258No33PublicationCopyrightedMaterialBattery workshop on litihim ion batteriesEPA-HQ-OW-2015-0665-0218YesPatterson, MaryL. 2009. 2015ARR10.5Patterson,Mary L.BatteryManufacturing0825909/10/2014Tesla confirms Nevada to getbattery factory - DCN 08259No3PublicationTesla confirmed on Thursday it would build a $5billion advanced battery factory in Nevada, a movethat Gov. Brian Sandoval estimates would have a$100 billion economic impact over the next 20 years.EPA-HQ-OW-2015-0665-0219NoRamsey, M.2014. 2015 ARR10.5Ramsey, M BatteryManufacturingPage 13 of 101June 27, 2016DCNAUTHORDATETITLECBIPAGEDOCUMENTTYPEDOCUMENT ID NUMBER ABSTRACTCOPY -RIGHTEDSOURCECITATIONRECORDSECTIONAUTHORCATEGORYINDUSTRY0826012/19/2003Batteries, Other Secondary Cells -DCN 08260No13PublicationCopyrightedMaterialThe proliferation of portable electronic devices hasfueled rapid market growth for the rechargeablebattery industry. Miniaturization of electronicscontinues to spur interest in advanced batterysystems. Interest also continues to run strong inelectric vehicles (EVs).EPA-HQ-OW-2015-0665-0220YesSalkind, A. J.,2015 ARR10.5Salkind, A. J. BatteryManufacturing0826102/24/2014The German-American VanadiumFlow Battery Connection - DCN08261No6PublicationOver the past few years, flow battery startups havebeen vying for media attention for their attempts tobring this potentially disruptive technology for longterm, grid-scale energy storage to the commercialmarket.EPA-HQ-OW-2015-0665-0221NoSt. John, J.2014. 2015 ARR10.5St. John, J. BatteryManufacturing0826206/11/2015Tesla Energy - DCN 08262No6PublicationCopyrightedMaterialOf all the fossil fuel consumed in the United States,one third is used in transportation and another thirdgoes to electricity production.The EPA says it wouldrequire 1.6 billion acres of US forest to negate theenvironmental damage.EPA-HQ-OW-2015-0665-0222YesTesla Motors.2015a. 2015 ARR10.5Tesla Motors BatteryManufacturingPage 14 of 101June 27, 2016DCNAUTHORDATETITLECBIPAGEDOCUMENTTYPEDOCUMENT ID NUMBER ABSTRACTCOPY -RIGHTEDSOURCECITATIONRECORDSECTIONAUTHORCATEGORYINDUSTRY0826306/11/2015Tesla Energy - DCN 08263No2PublicationCopyrightedMaterialTesla’s mission is to accelerate the world’stransition to sustainable transportation. To achievethat goal, we must produce electric vehicles insufficient volume to force change in the automobileindustry.EPA-HQ-OW-2015-0665-0223YesTesla Motors.2015b. 2015 ARR10.5Tesla Motors BatteryManufacturing0826408/11/2015Tesla Energy - DCN 08264No5PublicationCopyrightedMaterialModel speciifications for Tesla Model SEPA-HQ-OW-2015-0665-0224YesTesla Motors.2015c. 2015 ARR10.5Tesla Motors BatteryManufacturing0826511/20/20122013 Scion iQ EV - DCN 08265No2PublicationCopyrightedMaterialModel speciifications for Toyota's Scion iQ EVEPA-HQ-OW-2015-0665-0225YesToyota. 2012.2013 Scion iQEV. 2015 ARR10.5Toyota BatteryManufacturingPage 15 of 101June 27, 2016DCNAUTHORDATETITLECBIPAGEDOCUMENTTYPEDOCUMENT ID NUMBER ABSTRACTCOPY -RIGHTEDSOURCECITATIONRECORDSECTIONAUTHORCATEGORYINDUSTRY0826601/01/2015Avalon 2015 - DCN 08266No22PublicationModel speciifications for Toyota's Avalon 2015EPA-HQ-OW-2015-0665-0226NoToyota. 2015a.Avalon 2015.Available onlineat:http://www.toyota.com/content/ebrochure/2015/avalon_ebrochure.pdf.Accessed June11, 2015.10.5Toyota BatteryManufacturing0826701/01/2015Camry 2015 - DCN 8267No37PublicationModel speciifications for Toyota's Camry 2015EPA-HQ-OW-2015-0665-0227NoToyota. 2015b.Camry 2015.Available onlineat:http://www.toyota.com/content/ebrochure/2015/camry_ebrochure.pdf.Accessed June11, 2015.10.5Toyota BatteryManufacturing0826801/01/2015Highlander 2015 - DCN 08268No22PublicationModel speciifications for Toyota's Highlander 2015EPA-HQ-OW-2015-0665-0228NoToyota. 2015c.Highlander 2015.Available onlineat:http://www.toyota.com/content/ebrochure/2015/highlander_ebrochure.pdf. AccessedJune 11, 2015.10.5Toyota BatteryManufacturingPage 16 of 101June 27, 2016DCNAUTHORDATETITLECBIPAGEDOCUMENTTYPEDOCUMENT ID NUMBER ABSTRACTCOPY -RIGHTEDSOURCECITATIONRECORDSECTIONAUTHORCATEGORYINDUSTRY0826901/01/2015Prius 2015 - DCN 08269No21PublicationModel speciifications for Toyota's Prius 2015EPA-HQ-OW-2015-0665-0229NoToyota. 2015d.Prius 2015.Available onlineat:http://www.toyota.com/content/ebrochure/2015/prius_ebrochure.pdf.Accessed June11, 2015.10.5Toyota BatteryManufacturing0827001/01/2015Prius c 2015 - DCN 08270No21PublicationModel speciifications for Toyota's Prius C 2015EPA-HQ-OW-2015-0665-0230NoToyota. 2015e.Prius c 2015.Available onlineat:http://www.toyota.com/content/ebrochure/2015/priusc_ebrochure.pdf.10.5Toyota BatteryManufacturing0827101/01/2015Prius Plug-In Hybrid - DCN 08271No6PublicationModel speciifications for Toyota's Prius Plug-InHybridEPA-HQ-OW-2015-0665-0231NoToyota. 2015f.2015 Prius PlugIn Hybrid. 2015ARR10.5Toyota BatteryManufacturingPage 17 of 101June 27, 2016DCNAUTHORDATETITLECBIPAGEDOCUMENTTYPEDOCUMENT ID NUMBER ABSTRACTCOPY -RIGHTEDSOURCECITATIONRECORDSECTIONAUTHORCATEGORYINDUSTRY0827201/01/2015Prius v 2015 - DCN 08272No21PublicationModel speciifications for Toyota's Prius v 2015EPA-HQ-OW-2015-0665-0232NoToyota. 2015g.Prius v 2015.Available onlineat:http://www.toyota.com/content/ebrochure/2015/priusv_ebrochure.pdf.Accessed June11, 2015.10.5Toyota BatteryManufacturing0827309/01/1984Development Document for EffluentLimitations Guidelines andStandards for the BatteryManufacturing Point SourceCategory, Volume I. - DCN 08273No1126Publication;USEPADevelopment Document for Effluent LimitationsGuidelines and Standards for the BatteryManufacturing Point Source CategoryEPA-HQ-OW-2015-0665-0233NoU.S. EPA.1984a. 2015 ARR10.5U.S. EPA BatteryManufacturing0827409/01/1984Development Document for EffluentLimitations Guidelines andStandards for the BatteryManufacturing Point SourceCategory, Volume II. - DCN 08274No712PublicationDevelopment Document for Effluent LimitationsGuidelines and Standards for the BatteryManufacturing Point Source Category, Volume II.EPA-HQ-OW-2015-0665-0234NoU.S. EPA.1984b. 2015 ARR10.5U.S. EPA BatteryManufacturingPage 18 of 101June 27, 2016DCNAUTHORDATETITLECBIPAGEDOCUMENTTYPEDOCUMENT ID NUMBER ABSTRACTCOPY -RIGHTEDSOURCECITATIONRECORDSECTIONAUTHORCATEGORYINDUSTRY0827509/17/2014Lithium Ion Battery Manufacturing -DCN 08275No5PublicationCopyrightedMaterialLithium-ion batteries are common in consumerelectronics. They are one of the most popular typesof rechargeable battery for portable electronics, withone of the best energy densities, no memory effect,and a slow loss of charge when not in use. Beyondconsumer electronics, LIBs are also growing inpopularity for military, electric vehicle, andaerospace applications.EPA-HQ-OW-2015-0665-0235YesVacuumProductsCanada, Inc.2013. 2015 ARR10.5VacuumProductsCanadaBatteryManufacturing0821902/18/2015Telephone and EmailCommunication with CelinaCamarena, U.S. Ecology TexasInc., and Kara Edquist, EasternResearch Group, Inc., Re: 2013DMR Discharges for U.S. EcologyTexas Inc., Robstown, TX - DCN08219No1MeetingMaterialsTelephone and email conversation between CelinaCamarena, U.S. Ecology Texas Inc., and KaraEdquist, Eastern Research Group, Inc., about 2013DMR Discharges for U.S. Ecology Texas Inc.,Robstown, TX.EPA-HQ-OW-2015-0665-0080NoCamarena, C.2015.Correspondencebetween CelinaCamarena, U.S.Ecology Texas,and KaraEdquist, ERG.Re: DMRDischarges. (Feb18).10.6Camarena,CelinaCentralizedWaste Treatment0831209/19/2015Centralized Waste TreatmentFacility List - DCN 08312No34MemorandumSeptember 2015 memorandum detailing EPA'smethodology for identifying and creating a list ofU.S. CWT facilities.EPA-HQ-OW-2015-0665-0285No10.6O'Connell,James andItle, Courtney,ERGCentralizedWaste TreatersPage 19 of 101June 27, 2016DCNAUTHORDATETITLECBIPAGEDOCUMENTTYPEDOCUMENT ID NUMBER ABSTRACTCOPY -RIGHTEDSOURCECITATIONRECORDSECTIONAUTHORCATEGORYINDUSTRY0812209/01/2015Preliminary Category Review –Facility Data Review and RevisedCalculations for Point SourceCategory 458 – Carbon BlackManufacturing - DCN 08122No0DataUnderlying data analysis and calculations forfacilities reviewed as part of the 2015 preliminarycategory review for PSC 458 – Carbon BlackManufacturing.EPA-HQ-OW-2015-0665-0273NoERG. 2015.Prelim CategoryReview – FacilityData Review andRevisedCalculations forPSC 458 –Carbon BlackManufacturing.(Sept).10.8EasternResearchGroup, IncCarbon BlackManufacturing0812304/14/2015Telephone Communication withScott Longon, Cabot CorporationCanal Plant, and Kara Edquist,Eastern Research Group, Inc., Re:2013 TRI PAC Discharges forCabot Corporation’s Canal Plant,Franklin, LA - DCN 08123No2MeetingMaterialsTelephone conversation between Scott Longon,Cabot Corporation Canal Plant, and Kara Edquist,Eastern Research Group, Inc., about TRI PACdischarges for Cabot Corporation’s Canal Plant,Franklin, LA.EPA-HQ-OW-2015-0665-0002NoLongon, S. 2015.Correspondencebetween ScottLongon, Cabot,and KaraEdquist, ERG.Re: 2013 TRIPAC Discharges.(April 14).10.8Longon, Scott Carbon BlackManufacturing0812404/14/2015Telephone Communication withBeverley Philpot, GraftechInternational Holdings, Inc., andKara Edquist, Eastern ResearchGroup, Inc., Re: 2013 TRI PACDischarges for GraftechInternational Holdings, Inc.,Columbia, TN - DCN 08124No2MeetingMaterialsTelephone conversation between Beverley Philpot,Graftech International Holdings, Inc., and KaraEdquist, Eastern Research Group, Inc., about 2013TRI PAC discharges for Graftech InternationalHoldings, Inc., Columbia, TN.EPA-HQ-OW-2015-0665-0003NoPhilpot, B. 2015.CorrespondencebetweenBeverley Philpot,GraftechInternational,and KaraEdquist, ERG.Re: 2013 TRIPAC Discharges.(April 14).10.8Philpot,BeverleyCarbon BlackManufacturingPage 20 of 101June 27, 2016DCNAUTHORDATETITLECBIPAGEDOCUMENTTYPEDOCUMENT ID NUMBER ABSTRACTCOPY -RIGHTEDSOURCECITATIONRECORDSECTIONAUTHORCATEGORYINDUSTRY0829201/01/1999Treatment of CMP Waste Streams -DCN 08292No45Publication;CopyrightedMaterialsPowerpoint presentation on Treatment of CMPWaste Streams by Arizona Board of Regents for theUniversity of Arizona.EPA-HQ-OW-2015-0665-0254YesBelongia, B. M.,See 2015 ARR.10.15Belongia, B.M., et. al.Electrical andElectronicComponents0829309/04/2012Submicron-Size Patterning on theSapphire Substrate Prepared byNanosphere Lithography andNanoimprint LithographyTechniques - DCN 08293No6Publication;CopyrightedMaterialsSummary of the demonstration and comparison ofthe formation of ordered etching masks forsubmicron-size patterned sapphire substratesthrough use of the nanosphere lithography andnanoimprint lithography methods.EPA-HQ-OW-2015-0665-0255YesChang, C-M.,See 2015 ARR.10.15Chang, C-M.,et. al.Electrical andElectronicComponents0829401/01/2014ClearlySapphire.com: Growth -DCN 08294No4Publication;CopyrightedMaterialsSummary of process to grow sapphire crystals fromthe ClearlySapphire.com website.EPA-HQ-OW-2015-0665-0256YesClearlySapphire.com. 2014. See2015 ARR.10.15ClearlySapphire.com.Electrical andElectronicComponentsPage 21 of 101June 27, 2016DCNAUTHORDATETITLECBIPAGEDOCUMENTTYPEDOCUMENT ID NUMBER ABSTRACTCOPY -RIGHTEDSOURCECITATIONRECORDSECTIONAUTHORCATEGORYINDUSTRY0829501/01/2011Polishing of Sapphire Substrates -DCN 08295No24Publication;CopyrightedMaterialsArticle on the specification of sapphire substrate,processes to manufacture the sapphire substrate,and model for the CMP process.EPA-HQ-OW-2015-0665-0257YesDinh, H. 2011.See 2015 ARR.10.15Dinh, H Electrical andElectronicComponents0829601/01/2011Sapphire Wafer Lapping - DCN08296No1PublicationGRISH is the leading manufacturer ofPolycrystalline Diamond Slurry and Silica Slurry inChina. Summary of products for sapphire waferlapping.EPA-HQ-OW-2015-0665-0258NoGRISH. 2011.See 2015 ARR.10.15GRISH Electrical andElectronicComponents0829701/01/2013GT Advanced Technologies:Worldwide Locations - DCN 08297No3Publication;CopyrightedMaterialsOverview of worldwide locations and products forGT Advanced Technologies (GTAT).EPA-HQ-OW-2015-0665-0259YesGT AdvancedTechnologies.2013. See 2015ARR.10.15GT AdvancedTechnologiesElectrical andElectronicComponentsPage 22 of 101June 27, 2016DCNAUTHORDATETITLECBIPAGEDOCUMENTTYPEDOCUMENT ID NUMBER ABSTRACTCOPY -RIGHTEDSOURCECITATIONRECORDSECTIONAUTHORCATEGORYINDUSTRY0829805/01/2004A Century of Sapphire CrystalGrowth - DCN 08298No74PublicationToday, domes in the U.S. are made by “scooping”sapphire boules with diamond-impregnated cuttingtools. Commercial markets for sapphire, especiallyin the semiconductor industry, are healthy andgrowing at the dawn of the 21st century.EPA-HQ-OW-2015-0665-0260NoHarris, D.C.2004. See 2015ARR.10.15Harris, D.C Electrical andElectronicComponents0829905/01/2008Processing of Sapphire Surfaces forSemiconductor DeviceApplications - DCN 08299No78Publication;CopyrightedMaterialsThis thesis explores the preparation of sapphiresurfaces for use in semiconductor deviceapplications. Sapphire has shown promise in a fewniche applications as a device substrate due to itsinsulating nature and extremely stable behavior.EPA-HQ-OW-2015-0665-0261YesKirby, K.W.2008. See 2015ARR.10.15Kirby, K.W. Electrical andElectronicComponents0830008/11/2014Apple factory in Mesa ramps upsapphire production - DCN 08300No3PublicationWhile significant startup challenges have slowedprogress on Apple's sapphire-glass factory in Mesa,the massive facility is nearly finished and is rampingup production of the scratch-resistant material, GTAdvancedTechnologies CEO Tom Gutierrez recently said.EPA-HQ-OW-2015-0665-0262NoLeavitt, P. 2014.See 2015 ARR.10.15Leavitt, P Electrical andElectronicComponentsPage 23 of 101June 27, 2016DCNAUTHORDATETITLECBIPAGEDOCUMENTTYPEDOCUMENT ID NUMBER ABSTRACTCOPY -RIGHTEDSOURCECITATIONRECORDSECTIONAUTHORCATEGORYINDUSTRY0830101/01/2012Advancements in Lapping andPolishing with Diamond Slurries -DCN 08301No4PublicationA new diamond micron powder HYPERIONTM anddiamond slurry contains such powder wasdeveloped to improve fine lapping and polishing ofadvanced compound semiconductor materials suchas sapphire and silicon carbide (SiC). Testingshowed that the novel diamond and diamond slurrysignificantly increased effectiveness of fine lappingand polishing thereby allowing reduction in cost andincrease in productivity.EPA-HQ-OW-2015-0665-0263NoNg, K-Y., andDumm, T. 2012.See 2015 ARR.10.15Ng, K-Y., andDumm, T.Electrical andElectronicComponents0830201/01/2012History in the Making: Driving theRF SOI Revolution - DCN 08302No23PublicationHistory of the Peregrine Semiconductor story.EPA-HQ-OW-2015-0665-0264NoPeregrineSemiconductorCorporation.2012. See 2015ARR.10.15PeregrineSemiconductorElectrical andElectronicComponents0830301/01/2013Sapphire Wafer Processing - DCN08303No6Publication;CopyrightedMaterialsSapphire wafers, optics, and semiconductor wafersare an increasingly important manufacturingsegment. Sapphire substrates for LED (GaN) lightemitting diodes are contributing to energy savings.EPA-HQ-OW-2015-0665-0265YesPR Hoffman.2013. See 2015ARR.10.15PR Hoffman Electrical andElectronicComponentsPage 24 of 101June 27, 2016DCNAUTHORDATETITLECBIPAGEDOCUMENTTYPEDOCUMENT ID NUMBER ABSTRACTCOPY -RIGHTEDSOURCECITATIONRECORDSECTIONAUTHORCATEGORYINDUSTRY0830404/24/2009Saint-Gobain Crystals Achieves ISO9001 Certification - DCN 08304No2Publication;CopyrightedMaterialsSaint-Gobain news release on crystals receivingISO 9001 certification.EPA-HQ-OW-2015-0665-0266YesSaint-Gobain.2009. See 2015ARR.10.15Saint-Gobain Electrical andElectronicComponents0830501/01/2011Rubicon Technology: a high techstart-up successfully practicesstrategic focus - DCN 08305No9PublicationRubicon Technology is a materials sciencecompany focused primarily on the manufacture andmarketing of high quality single crystals. Some ofthe major applications for its products include highbrightness LEDs (light emitting diodes), integratedcircuits for cellular telephones and high endcomputers, and semiconductor manufacturingequipment.EPA-HQ-OW-2015-0665-0267NoSterling, J. 2011.See 2015 ARR.10.15Sterling, J. Electrical andElectronicComponents0830604/21/1983Development Document for theElectrical and ElectronicComponents Point SourceCategory: Phase I - DCN 08306No216Publication;USEPARegulations and effluent guidelines for theElectrical and Electronic Components Point SourceCategory: Phase I.EPA-HQ-OW-2015-0665-0268NoU.S. EPA. 1983.See 2015 ARR.10.15U.S. EPA Electrical andElectronicComponentsPage 25 of 101June 27, 2016DCNAUTHORDATETITLECBIPAGEDOCUMENTTYPEDOCUMENT ID NUMBER ABSTRACTCOPY -RIGHTEDSOURCECITATIONRECORDSECTIONAUTHORCATEGORYINDUSTRY0830705/03/2010Two-Step Chemical MechanicalPolishing of Sapphire Substrate -DCN 08307No5Publication;CopyrightedMaterialsChemical mechanical polishing CMP, as a widelyused planarization technology, requires highremoval rate and low surface roughness generally.However, it is difficult to meet these requirements ina single-step polishing process.EPA-HQ-OW-2015-0665-0269YesZhang, Z., See2015 ARR.10.15Zhang, Z., et.al.Electrical andElectronicComponents0830802/21/2011Sapphire crystal makers’ businesson upswing - DCN 08308No2Publication;CopyrightedMaterialsPart of the trick of making larger wafers is formingthe large boules of pure sapphire. Currently, theLED industry seems to be centered on boules in the80–90 kg range, but Rubicon has demonstrated thatit can produce a 200kg crystal.EPA-HQ-OW-2015-0665-0270YesWray, P. 2011.See 2015 ARR.10.15Wray, P. Electrical andElectronicComponents0812510/01/2014Draft Toxicological Profile forHydrogen Sulfide and CarbonylSulfide - DCN 08125No317ReportToxicological profile for hydrogen sulfide andcarbonyl sulfide, draftedby the Agency for ToxicSubstances and Disease Registry.EPA-HQ-OW-2015-0665-0004NoATSDR. 2014.U.S. Departmentof HHS, ATSDR.DraftToxicologicalProfile forHydrogen Sulfideand CarbonylSulfide. Atlanta,GA. (Oct).10.22ATSDR Grain MillsManufacturingPage 26 of 101June 27, 2016DCNAUTHORDATETITLECBIPAGEDOCUMENTTYPEDOCUMENT ID NUMBER ABSTRACTCOPY -RIGHTEDSOURCECITATIONRECORDSECTIONAUTHORCATEGORYINDUSTRY0812609/01/2015Preliminary Category Review –Facility Data Review for PointSource Category 406 – Grain Mills -DCN 08126No0DataUnderlying data analysis and calculations forfacilities reviewed as part of the 2015 preliminarycategory review for PSC 406 – Grain Mills.EPA-HQ-OW-2015-0665-0274NoERG. 2015.Prelim CategoryReview – FacilityData Review forPSC 406 – GrainMills. (Sept).10.22EasternResearchGroup, IncGrain MillsManufacturing0812712/22/2014Telephone and EmailCommunication with JonathanRazink, Cargill, Inc., and KimberlyBartell, Eastern Research Group,Inc., Re: 2013 TRI Hydrogen SulfideReleases - DCN 08127No2MeetingMaterialsTelephone and email conversation betweenJonathan Razink, Cargill, Inc., and Kimberly Bartell,Eastern Research Group, Inc. about 2013 TRIHydrogen Sulfide Releases from Cargill, Inc. inWahpeton, ND.EPA-HQ-OW-2015-0665-0005NoRazink, J. 2014.CorrespondencebetweenJonathanRazink, Cargill,Inc., and KimBartell, ERG, Re:2013 TRIHydrogen SulfideReleases.(December 22)10.22Razink,JonathanGrain MillsManufacturing0812801/01/2003Hydrogen Sulfide in Drinking-water -DCN 08128No9PublicationCopyrightedMaterialBackground document for development of WHOGuidelines for Drinking-water QualityEPA-HQ-OW-2015-0665-0006YesWHO. 2003.World HealthOrganization.Hydrogen Sulfidein Drinkingwater.10.22WHO Grain MillsManufacturingPage 27 of 101June 27, 2016DCNAUTHORDATETITLECBIPAGEDOCUMENTTYPEDOCUMENT ID NUMBER ABSTRACTCOPY -RIGHTEDSOURCECITATIONRECORDSECTIONAUTHORCATEGORYINDUSTRY0823812/12/2014Telephone and EmailCommunication with Cecil Hopper,PCS Nitrogen Fertilizer LP, and EvaKnoth, Eastern Research Group,Inc., Re: 2013 TRI Surface WaterReleases - DCN 08238No5MeetingMaterialsTelephone and email conversation between CecilHopper, PCS Nitrogen Fertilizer LP, and Eva Knoth,Eastern Research Group, Inc., Re: 2013 TRISurface Water Releases.EPA-HQ-OW-2015-0665-0099NoHopper, C. 2014.TelephoneCommunicationbetween CecilHopper, PCSNitrogen, andEva Knoth, ERG.Re: 2013 TRISurface WaterReleases. (Dec12).10.26Hopper, Cecil InorganicChemicals0812906/30/2015Telephone Communication withDoug Bley, ArcelorMittal BurnsHarbor LLC, and William Swietlik,U.S. EPA, Re: 2013 TRI LeadDischarges - DCN 08129No3MeetingMaterialsTelephone conversation between Doug Bley,ArcelorMittal Burns Harbor LLC, and WilliamSwietlik, U.S. EPA, about 2013 TRI LeadDischarges.EPA-HQ-OW-2015-0665-0007NoBley, D. 2015.Correspondencebetween DougBley,ArcelorMittal,and WilliamSwietlik, U.S.EPA, Re: 2013TRI LeadDischarges.(June 30)10.27Bley, Doug Iron and SteelManufacturing0813009/01/2015Preliminary Category Review –Facility Data Review for PointSource Category 420 – Iron andSteel Manufacturing - DCN 08130No0DataUnderlying data analysis and calculations forfacilities reviewed as part of the 2015 preliminarycategory review for PSC 420 – Iron and SteelManufacturing.EPA-HQ-OW-2015-0665-0279NoERG. 2015.Prelim CategoryReview – FacilityData Review forPSC 420 –Ironand SteelManufacturing.(Sept).10.27EasternResearchGroup, IncIron and SteelManufacturingPage 28 of 101June 27, 2016DCNAUTHORDATETITLECBIPAGEDOCUMENTTYPEDOCUMENT ID NUMBER ABSTRACTCOPY -RIGHTEDSOURCECITATIONRECORDSECTIONAUTHORCATEGORYINDUSTRY0813107/01/2011Indiana Department ofEnvironmental Management(IDEM). National PollutantDischarge Elimination SystemFacility Permit for NPDESIN0059650 - AK Steel RockportWorks, Rockport, IN - DCN 08131No225Permit,RegistrationNPDES Facility Permit for AK Steel RockportWorks, Rockport, IN - IN0059650.EPA-HQ-OW-2015-0665-0008NoIDEM. 2011.IndianaDepartment ofEnvironmentalManagement.NPDES Permit:AK SteelRockport Works,Rockport, IN(IN0059650).(July 1).10.27Indiana DEM Iron and SteelManufacturing0813203/21/2014Indiana Department ofEnvironmental Management(IDEM). Amended NationalPollutant Discharge EliminationSystem Facility Permit for NPDESIN0000281 - U.S. Steel GaryWorks, Gary, IN - DCN 08132No71Permit,RegistrationAmended NPDES Permit for U.S. Steel GaryWorks, Gary, IN - IN0000281.EPA-HQ-OW-2015-0665-0009NoIDEM. 2014.IndianaDepartment ofEnvironmentalManagement.AmendedNPDES Permit:U.S. Steel GaryWorks, Gary, IN(IN0000281).(July 1).10.27Indiana DEM Iron and SteelManufacturing0813305/22/2015Illinois Environmental ProtectionAgency (IL EPA). National PollutantDischarge Elimination SystemFacility Permit for NPDESIL0000329 - U.S. Steel Granite CityWorks, Granite City, IL - DCN 08133No11Permit,RegistrationNPDES Facility Permit for U.S. Steel Granite CityWorks, Granite City, IL - IL0000329.EPA-HQ-OW-2015-0665-0010NoILEPA. 2015.IllinoisEnvironmentalProtectionAgency. NPDESPermit: U.S.Steel GraniteCity Works,Granite City, IL(IL0000329).(May 22).10.27Illinois EPA Iron and SteelManufacturingPage 29 of 101June 27, 2016DCNAUTHORDATETITLECBIPAGEDOCUMENTTYPEDOCUMENT ID NUMBER ABSTRACTCOPY -RIGHTEDSOURCECITATIONRECORDSECTIONAUTHORCATEGORYINDUSTRY0813405/27/2015Telephone and EmailCommunication with Brian Lasko,U.S. Steel, and Kimberly Bartell,Eastern Research Group, Inc., Re:2013 DMR and TRI Discharges forU.S. Steel Facilities - DCN 08134No9MeetingMaterialsTelephone and email conversation between BrianLasko, U.S. Steel, and Kimberly Bartell, EasternResearch Group, Inc., about 2013 DMR and TRIDischarges for U.S. Steel Facilities.EPA-HQ-OW-2015-0665-0011NoLasko, B. 2015.Correspondencebetween BrianLasko, U.S.Steel, and KimBartell, ERG. Re:2013 DMR andTRI Dischargesfor U.S. Steel.(May 27).10.27Lasko, Brian Iron and SteelManufacturing0813506/01/2015Telephone and EmailCommunication with Jay Lawniczak,Charter Steel Cleveland, andKimberly Bartell, Eastern ResearchGroup, Inc., Re: 2013 TRI Lead andLead Compound Discharges forCharter Steel - DCN 08135No5MeetingMaterialsTelephone and Email conversation between JayLawniczak, Charter Steel Cleveland, and KimberlyBartell, Eastern Research Group, Inc., about 2013TRI Lead and Lead Compound Discharges forCharter Steel.EPA-HQ-OW-2015-0665-0012NoLawniczak, J.2015.Correspondencebetween JayLawniczak,Charter Steel,and Kim Bartell,ERG. Re: 2013TRI LeadDischarges.(June 1).10.27Lawniczak, Jay Iron and SteelManufacturing0813605/21/2015Telephone and EmailCommunication with Between DaveMiracle, AK Steel, and KimberlyBartell, Eastern Research Group,Inc., Re: 2013 TRI NitrateDischarges - DCN 08136No4MeetingMaterialsTelephone and email conversation between DaveMiracle, AK Steel, and Kimberly Bartell, EasternResearch Group, Inc., about 2013 TRI NitrateDischarges.EPA-HQ-OW-2015-0665-0013NoMiracle, D.2015.Correspondencebetween DaveMiracle, AKSteel, andKimberly Bartell,ERG. Re: 2013TRI NitrateDischarges.(May 21).10.27Miracle, Dave Iron and SteelManufacturingPage 30 of 101June 27, 2016DCNAUTHORDATETITLECBIPAGEDOCUMENTTYPEDOCUMENT ID NUMBER ABSTRACTCOPY -RIGHTEDSOURCECITATIONRECORDSECTIONAUTHORCATEGORYINDUSTRY0813702/01/2002Pennsylvania Department ofEnvironmental Protection (PADEP). 2002 National PollutantDischarge Elimination SystemFacility Permit for NPDESPA0004472 - U.S. Steel ClairtonWorks, Clairton, PA - DCN 08137No64Permit,Registration2002 NPDES Facility Permit for U.S. Steel ClairtonWorks, Clairton, PA - PA0004472.EPA-HQ-OW-2015-0665-0014NoPADEP. 2002.PennsylvaniaDepartment ofEnvironmentalProtection.NPDES Permit:U.S. SteelClairton Works,Clairton, PA(PA0004472).(Feb 1).10.27U.S. EPA Iron and SteelManufacturing0813805/01/2012Pennsylvania Department ofEnvironmental Protection (PADEP). 2012 National PollutantDischarge Elimination SystemFacility Permit for NPDESPA0004472 - U.S. Steel ClairtonWorks, Clairton, PA - DCN 08138No88Permit,Registration2012 NPDES Facility Permit for U.S. Steel ClairtonWorks, Clairton, PA - PA0004472.EPA-HQ-OW-2015-0665-0015NoPADEP. 2012.PennsylvaniaDepartment ofEnvironmentalProtection.NPDES Permit:U.S. SteelClairton Works,Clairton, PA(PA0004472).(May 1).10.27U.S. EPA Iron and SteelManufacturing0813902/01/2015Pennsylvania Department ofEnvironmental Protection (PADEP). 2015 National PollutantDischarge Elimination SystemFacility Permit for NPDESPA0004472 U.S. Steel ClairtonWorks, Clairton, PA - DCN 08139No79Permit,Registration2015 NPDES Facility Permit for U.S. Steel ClairtonWorks, Clairton, PA - PA0004472.EPA-HQ-OW-2015-0665-0016NoPADEP. 2015.PennsylvaniaDepartment ofEnvironmentalProtection.NPDES Permit:U.S. SteelClairton Works,Clairton, PA(PA0004472).(Feb 1).10.27U.S. EPA Iron and SteelManufacturingPage 31 of 101June 27, 2016DCNAUTHORDATETITLECBIPAGEDOCUMENTTYPEDOCUMENT ID NUMBER ABSTRACTCOPY -RIGHTEDSOURCECITATIONRECORDSECTIONAUTHORCATEGORYINDUSTRY0814005/13/2015Telephone and EmailCommunication with Patrick Smith,Mountain State Carbon, andKimberly Bartell, Eastern ResearchGroup, Inc., Re: 2013 DMR CyanideDischarges - DCN 08140No5MeetingMaterialsTelephone and email conversation between PatrickSmith, Mountain State Carbon, and Kimberly Bartell,Eastern Research Group, Inc., about 2013 DMRCyanide Discharges.EPA-HQ-OW-2015-0665-0017NoSmith, P. 2015.Correspondencebetween PatrickSmith, MountainState Carbon,and KimberlyBartell, ERG. Re:2013 DMRCyanideDischarges.(May 13).10.27Smith, Patrick Iron and SteelManufacturing0814108/29/2013West Virginia Department ofEnvironmental Protection (WVDEP). 2013 National PollutantDischarge Elimination SystemFacility Permit for NPDESWV0004499 - Mountain StateCarbon, Follansbee, WV - DCN08141No89Permit,Registration2013 NPDES Facility Permit for Mountain StateCarbon, Follansbee, WV - WV0004499.EPA-HQ-OW-2015-0665-0018NoWVDEP. 2013.West VirginiaDepartment ofEnvironmentalProtection.NPDES Permit:Mountain StateCarbon,Follansbee, WV(WV0004499).(Aug 29).10.27U.S. EPA Iron and SteelManufacturing0814203/18/2014West Virginia Department ofEnvironmental Protection (WVDEP). 2014 National PollutantDischarge Elimination SystemFacility Permit for NPDESWV0003336 - ArcelorMittal WeirtonInc. (Weirton Steel Corporation),Weirton, WV - DCN 08142No112Permit,Registration2014 NPDES Facility Permit for ArcelorMittalWeirton Inc., Weirton, WV - WV0003336.EPA-HQ-OW-2015-0665-0019NoWVDEP. 2014.West VirginiaDepartment ofEnvironmentalProtection.NPDES Permit:ArcelorMittalWeirton Inc.,Weirton, WV(WV0003336).(March 18).10.27U.S. EPA Iron and SteelManufacturingPage 32 of 101June 27, 2016DCNAUTHORDATETITLECBIPAGEDOCUMENTTYPEDOCUMENT ID NUMBER ABSTRACTCOPY -RIGHTEDSOURCECITATIONRECORDSECTIONAUTHORCATEGORYINDUSTRY0821612/12/2014Telephone and EmailCommunication with KristaArmentrout, US Steel, and EvaKnoth, Eastern Research Group,Inc., Re: 2013 TRI WaterReleases - DCN 08216No2MeetingMaterialsTelephone and email conversation between KristaArmentrout, US Steel, and Eva Knoth, EasternResearch Group, Inc., about 2013 TRI WaterReleases for US Gary Works, Gary, IN.EPA-HQ-OW-2015-0665-0077NoArmentrout, K.2014.Correspondencebetween KristaArmentrout, USSteel, and EvaKnoth, ERG. Re:2013 TRI WaterReleases. (Dec12).10.27Armentrout,KristaIron and SteelManufacturing0822612/23/2014Telephone and EmailCommunication with Patrick Smith,Mountain State Carbon, andKimberly Bartell, Eastern ResearchGroup, Inc., Re: 2013 TRI PACDischarges for Mountain StateCarbon - DCN 08226No3MeetingMaterialsTelephone and email conversation between PatrickSmith, Mountain State Carbon, and Kimberly Bartell,Eastern Research Group, Inc., Re: 2013 TRI PACDischarges for Mountain State Carbon.EPA-HQ-OW-2015-0665-0087NoSmith, P. 2014.Correspondencebetween PatrickSmith, MountainState Carbon,and Kim Bartell,ERG. Re: PACDischarges (Dec23).10.27Smith, Patrick Iron and SteelManufacturing0831001/01/2013West Virginia Department ofEnvironmental Protection (WVDEP). 2013 National PollutantDischarge Elimination SystemFacility Fact Sheet Addendum forNPDES WV0003336 - ArcelorMittalWeirton Inc. (Weirton SteelCorporation), Weirton, WV - DCN08310No134Permit,Registration2014 NPDES Facility Fact Sheet Addendum forArcelorMittal Weirton Inc., Weirton, WV -WV0003336.EPA-HQ-OW-2015-0665-0271No23. WVDEP.2013a. WVDEP.NPDES FactSheetAddendum:ArcelormittalWeirton Inc.,Weirton, WV(WV0003336).10.27WV DEP Iron and SteelManufacturingPage 33 of 101June 27, 2016DCNAUTHORDATETITLECBIPAGEDOCUMENTTYPEDOCUMENT ID NUMBER ABSTRACTCOPY -RIGHTEDSOURCECITATIONRECORDSECTIONAUTHORCATEGORYINDUSTRY0814309/01/2015Preliminary Category Review –Facility Data Review for PointSource Category 445 – Landfills -DCN 08143No0DataUnderlying data analysis and calculations forfacilities reviewed as part of the 2015 preliminarycategory review for PSC 445 – Landfills.EPA-HQ-OW-2015-0665-0280NoERG. 2015.Prelim CategoryReview – FacilityData Review forPSC 445 –Landfills. (Sept).10.28EasternResearchGroup, IncLandfills0814405/21/2015Telephone and EmailCommunication with Beverly Gish,SMR Laboratories, Inc., and EvaKnoth, Eastern Research Group,Inc., Re: 2013 DMR Iron Dischargesfrom Bluegrass Containment LLC -DCN 08144No1MeetingMaterialsTelephone and email conversation between BeverlyGish, SMR Laboratories, Inc., and Eva Knoth,Eastern Research Group, Inc., about 2013 DMRiron discharges from Bluegrass Containment LLC.EPA-HQ-OW-2015-0665-0020NoGish, B. 2015.Correspondencebetween BeverlyGish, SMRLaboratories,Inc., and EvaKnoth, ERG. Re:2013 DMR IronDischarges.(May 21).10.28Gish, Beverly Landfills0814505/21/2015Telephone and EmailCommunication with Jerry Milburn,Kentucky Department forEnvironmental Protection, and EvaKnoth, Eastern Research Group,Inc., Re: 2013 DMR Iron Dischargesfrom Bluegrass Containment LLC -DCN 08145No2MeetingMaterialsTelephone and email conversation between JerryMilburn, Kentucky Department for EnvironmentalProtection, and Eva Knoth, Eastern ResearchGroup, Inc., about 2013 DMR iron discharges fromBluegrass Containment LLC.EPA-HQ-OW-2015-0665-0021NoMilburn, J. 2015.Correspondencebetween JerryMilburn, KYDEP, and EvaKnoth, ERG. Re:2013 DMRDischarges fromBluegrassContainmentLLC. (May 21).10.28Milburn, Jerry LandfillsPage 34 of 101June 27, 2016DCNAUTHORDATETITLECBIPAGEDOCUMENTTYPEDOCUMENT ID NUMBER ABSTRACTCOPY -RIGHTEDSOURCECITATIONRECORDSECTIONAUTHORCATEGORYINDUSTRY0814604/30/2015Telephone and EmailCommunication with Crystal Rippy,South Carolina Department ofHealth and EnvironmentalCompliance, and Eva Knoth,Eastern Research Group, Inc., Re:2013 DMR Selenium Dischargesfrom SCGENCO/A.M. Williams AshDisposal Facility - DCN 08146No3MeetingMaterialsTelephone and email conversation between CrystalRippy, South Carolina Department of Health andEnvironmental Compliance, and Eva Knoth, EasternResearch Group, Inc., about 2013 DMR seleniumdischarges from SCGENCO/A.M. Williams AshDisposal Facility.EPA-HQ-OW-2015-0665-0022NoRippy, C. 2015.Correspondencebetween CrystalRippy, SCDHEC, and EvaKnoth, ERG. Re:2013 DMR Datafrom SCGENCO.(April 30).10.28Rippy, Crystal Landfills0814702/27/2009South Carolina Department ofHealth and EnvironmentalCompliance (SC DHEC). 2009National Pollutant DischargeElimination System Facility PermitFact Sheet and Rationale forSC0046175 - South CarolinaGenerating Company (SCGENCO)A.M. Williams Station-Highway 52Ash Disposal Facility - DCN 08147No32Permit,Registration2009 NPDES Facility Permit Fact Sheet andRationale for South Carolina Generating Company(SCGENCO) A.M. Williams Station-Highway 52 AshDisposal Facility - SC0046175.EPA-HQ-OW-2015-0665-0023NoSC DHEC.2009a. SCDepartment ofHealth andEnvironmentalCompliance.NPDES PermitFact Sheet andRationale:SCGENCO(SC0046175).(February 27).10.28SC DHEC Landfills0814803/04/2009South Carolina Department ofHealth and EnvironmentalCompliance (SC DHES). 2009National Pollutant DischargeElimination System Facility Permitfor SC0046175 - South CarolinaGenerating Company (SCGENCO)A.M. Williams Station-Highway 52Ash Disposal Facility - DCN 08148No24Permit,Registration2009 NPDES Facility Permit for South CarolinaGenerating Company (SCGENCO) A.M. WilliamsStation-Highway 52 Ash Disposal Facility -SC0046175.EPA-HQ-OW-2015-0665-0024NoSC DHEC.2009b. SCDepartment ofHealth andEnvironmentalCompliance.NPDES Permit:SCGENCO.(SC0046175).(March 4).10.28SC DHEC LandfillsPage 35 of 101June 27, 2016DCNAUTHORDATETITLECBIPAGEDOCUMENTTYPEDOCUMENT ID NUMBER ABSTRACTCOPY -RIGHTEDSOURCECITATIONRECORDSECTIONAUTHORCATEGORYINDUSTRY0814908/30/2013South Carolina Department ofHealth and EnvironmentalCompliance (SC DHES). 2013National Pollutant DischargeElimination System Facility Permitfor SC0046175 - South CarolinaGenerating Company (SCGENCO)A.M. Williams Station-Highway 52Ash Disposal Facility - DCN 08149No49Permit,Registration2013 NPDES Facility Permit for South CarolinaGenerating Company (SCGENCO) A.M. WilliamsStation-Highway 52 Ash Disposal Facility -SC0046175.EPA-HQ-OW-2015-0665-0025NoSC DHEC.2013a. SCDepartment ofHealth andEnvironmentalCompliance.NPDES Permit:SCGENCO(SC0046175).(August 30).10.28SC DHEC Landfills0815008/29/2013South Carolina Department ofHealth and EnvironmentalCompliance (SC DHES). 2013National Pollutant DischargeElimination System Facility PermitFact Sheet and Rationale forSC0046175 - South CarolinaGenerating Company (SCGENCO)A.M. Williams Station-Highway 52Ash Disposal Facility - DCN 08150No30Permit,Registration2013 NPDES Facility Permit Fact Sheet andRationale for South Carolina Generating Company(SCGENCO) A.M. Williams Station-Highway 52 AshDisposal Facility - SC0046175.EPA-HQ-OW-2015-0665-0026NoSC DHEC.2013b. SCDepartment ofHealth andEnvironmentalCompliance.NPDES PermitFact Sheet andRationale:SCGENCO(SC0046175).(August 30).10.28SC DHEC Landfills0815102/12/2015Telephone and EmailCommunication with Brian Williams,Henderson City Landfill, Henderson,KY, and Kimberly Bartell, EasternResearch Group, Inc., Re: 2013DMR Cadmium Discharges - DCN08151No3MeetingMaterialsTelephone and email conversation between BrianWilliams, Henderson City Landfill, Henderson, KY,and Kimberly Bartell, Eastern Research Group, Inc.,about 2013 DMR Cadmium Discharges.EPA-HQ-OW-2015-0665-0027NoWilliams, B.2015.Correspondencebetween BrianWilliams,Henderson CityLandfill, and KimBartell, ERG. Re:2013 DMRCadmiumDischarges. (Feb12).10.28Williams, Brian LandfillsPage 36 of 101June 27, 2016DCNAUTHORDATETITLECBIPAGEDOCUMENTTYPEDOCUMENT ID NUMBER ABSTRACTCOPY -RIGHTEDSOURCECITATIONRECORDSECTIONAUTHORCATEGORYINDUSTRY0821502/12/2015Telephone and EmailCommunication with JasonAnderson, SMR EnvironmentalServices, and Kimberly Bartell,Eastern Research Group, Inc., Re:2013 DMR Cadmium Discharges forHenderson City Landfill - DCN08215No3MeetingMaterialsTelephone and email conversation between JasonAnderson, SMR Environmental Services, andKimberly Bartell, Eastern Research Group, Inc., Re:2013 DMR Cadmium Discharges for HendersonCity Landfill.EPA-HQ-OW-2015-0665-0076NoAnderson, J.2015.Correspondencebetween J.Anderson, SMREnvironmental,and K. Bartell,ERG. Re: DMRData forHenderson CityLandfill. (Feb 12).10.28Anderson,JasonLandfills0822411/14/2014Telephone and EmailCommunication with AmandaSappington, Missouri Department ofNatural Resources, and KimberlyBartell, Eastern Research Group,Inc., Re: 2013 DMR Silver/SeleniumDischarges for Black Oak Landfill -DCN 08224No3MeetingMaterialsTelephone and email conversation betweenAmanda Sappington, Missouri Department ofNatural Resources, and Kimberly Bartell, EasternResearch Group, Inc., about 2013 DMRSilver/Selenium Discharges for Black Oak Landfill.EPA-HQ-OW-2015-0665-0085NoSappington, A.2014.CorrespondencebetweenAmandaSappington, MODNR, and KimBartell, ERG. Re:2013 DMR Datafor Black OakLandfill. (Nov14).10.28Sappington,AmandaLandfills0822012/22/2014Telephone and EmailCommunication with Kim Dirks,Tyson Fresh Meats, and KimberlyBartell, Eastern Research Group,Inc., Re: 2013 TRI Hydrogen SulfideDischarges for Tyson Fresh Meatsin Hillsdale, IL - DCN 08220No3MeetingMaterialsTelephone and email conversation between KimDirks, Tyson Fresh Meats, and Kimberly Bartell,Eastern Research Group, Inc., Re: 2013 TRIHydrogen Sulfide Discharges for Tyson FreshMeats in Hillsdale, IL.EPA-HQ-OW-2015-0665-0081NoDirks, K. 2014.Correspondencebetween KimDirks, Tyson,and Kim Bartell,ERG. Re: 2013TRI HydrogenSulfideDischarges forTyson. (Dec 22).10.03Dirks, Kim Meat and PoultryProducts, Part432Page 37 of 101June 27, 2016DCNAUTHORDATETITLECBIPAGEDOCUMENTTYPEDOCUMENT ID NUMBER ABSTRACTCOPY -RIGHTEDSOURCECITATIONRECORDSECTIONAUTHORCATEGORYINDUSTRY0822212/22/2014Telephone and EmailCommunication with Susan Murphy,Smithfield Farmland Corp., andKimberly Bartell, Eastern ResearchGroup, Inc., Re: 2013 TRI HydrogenSulfide Discharges for SmithfieldFarmland Corp in Denison, IA.(December 22) - DCN 08222No3MeetingMaterialsTelephone and email conversation between SusanMurphy, Smithfield Farmland Corp., and KimberlyBartell, Eastern Research Group, Inc., about 2013TRI Hydrogen Sulfide Discharges for SmithfieldFarmland Corp in Denison, IA. (December 22).EPA-HQ-OW-2015-0665-0083NoMurphy, S. 2014.Correspondencebetween SusanMurphy,Smithfield, andKim Bartell,ERG. Re: TRIHydrogen SulfideDischarges forSmithfield. (Dec22).10.03Murphy, Susan Meat and PoultryProducts, Part4320815212/22/2014Telephone and EmailCommunication between Kim Dirksand Christopher Logue, TysonFresh Meats, Inc., and KimberlyBartell, Eastern Research Group,Inc., Re: TRI Clarification forHydrogen Sulfide Discharges - DCN08152No3MeetingMaterialsTelephone and email conversation between KimDirks and Christopher Logue, Tyson Fresh Meats,Inc., and Kimberly Bartell, Eastern Research Group,Inc., about TRI clarification for hydrogen sulfidedischarges.EPA-HQ-OW-2015-0665-0028NoDirks, K. & C.Logue. 2014.Correspondencebetween KimDirks and ChrisLogue, Tyson,and Kim Bartell,ERG. Re: TRIH2S Discharges.(Dec 22).10.30Dirks, Kim &Chris LogueMeat and PoultryProducts, Part4320815309/01/2015Preliminary Category Review –Facility Data Review for PointSource Category 432 – Meat andPoultry - DCN 08153No0DataUnderlying data analysis and calculations forfacilities reviewed as part of the 2015 preliminarycategory review for PSC 432 – Meat and Poultry.EPA-HQ-OW-2015-0665-0281NoERG. 2015.Prelim CategoryReview – FacilityData Review forPSC 432 – Meatand Poultry.(Sept).10.30EasternResearchGroup, IncMeat and PoultryProducts, Part432Page 38 of 101June 27, 2016DCNAUTHORDATETITLECBIPAGEDOCUMENTTYPEDOCUMENT ID NUMBER ABSTRACTCOPY -RIGHTEDSOURCECITATIONRECORDSECTIONAUTHORCATEGORYINDUSTRY0815406/08/2015Telephone Communication withWendy Heeb, Iowa Department ofNatural Resources, and KaraEdquist, Eastern Research Group,Inc., Re: Obtaining Tyson FreshMeats, Columbus Junction, IANPDES permit - DCN 08154No1MeetingMaterialsTelephone conversation between Wendy Heeb,Iowa Department of Natural Resources, and KaraEdquist, Eastern Research Group, Inc., aboutobtaining Tyson Fresh Meats, Columbus Junction,IA NPDES permit.EPA-HQ-OW-2015-0665-0029NoHeeb, W. 2015.Correspondencebetween WendyHeeb, IA DNR,and KaraEdquist, ERG.Re: ObtainingTyson FreshMeats NPDESpermit. (June 8).10.30Heeb, Wendy Meat and PoultryProducts, Part4320815505/06/2009Iowa Department of NaturalResources (IA DNR). NationalPollutant Discharge EliminationSystem Facility Permit for NPDESIA0060569 – Cargill Meat SolutionsCorporation, Ottumwa, IA - DCN08155No13Permit,RegistrationNPDES Facility Permit forCargill Meat SolutionsCorporation, Ottumwa, IA -IA0060569.EPA-HQ-OW-2015-0665-0030NoIA DNR. 2009.Iowa Departmentof NaturalResources.NPDES Permit:Cargill MeatSolutionsCorporation,Ottumwa, IA(IA0060569).(May 6).10.30IA DNR Meat and PoultryProducts, Part4320815609/29/2010Mississippi Department ofEnvironmental Quality (MDEQ).National Pollutant DischargeElimination System Facility PermitRationale for Reissuance forNPDES MS0026140 – TysonFoods, Inc., Carthage, MS - DCN08156No4Permit,RegistrationNPDES Facility Permit Rationale for Reissuance forTyson Foods, Inc., Carthage, MS - MS0026140.EPA-HQ-OW-2015-0665-0031NoMDEQ. 2010.MS Departmentof EnvironmentalQuality. NPDESPermit Rationalefor Reissuance:Tyson Foods,Inc., Carthage,MS(MS0026140).(Sept 29).10.30MDEQ Meat and PoultryProducts, Part432Page 39 of 101June 27, 2016DCNAUTHORDATETITLECBIPAGEDOCUMENTTYPEDOCUMENT ID NUMBER ABSTRACTCOPY -RIGHTEDSOURCECITATIONRECORDSECTIONAUTHORCATEGORYINDUSTRY0815712/06/2010Mississippi Department ofEnvironmental Quality (MDEQ).National Pollutant DischargeElimination System Facility Permitfor NPDES MS0026140 – TysonFoods, Inc., Carthage, MS - DCN08157No24Permit,RegistrationNPDES Facility Permit for Tyson Foods, Inc.,Carthage, MS - MS0026140.EPA-HQ-OW-2015-0665-0032NoMDEQ. 2010.MississippiDepartment ofEnvironmentalQuality. NPDESPermit: TysonFoods, Inc.,Carthage, MS(MS0026140).(December 6).10.30MDEQ Meat and PoultryProducts, Part4320815812/22/2014Telephone Communication withCharles Schulz, John Morrell & Co.,and Kimberly Bartell, EasternResearch Group, Inc., Re: 2013 TRIHydrogen Sulfide Discharges forJohn Morrell & Co - DCN 08158No2MeetingMaterialsTelephone conversation between Charles Schulz,John Morrell & Co., and Kimberly Bartell, EasternResearch Group, Inc., about 2013 TRI HydrogenSulfide Discharges for John Morrell & Co.EPA-HQ-OW-2015-0665-0033NoSchultz, C. 2014.Correspondencebetween CharlesSchultz, JohnMorrell, and KimBartell, ERG. Re:2013 TRI H2SDischarges.(December 22).10.30Schultz,CharlesMeat and PoultryProducts, Part4320815904/01/2000South Dakota Department ofEnvironment and NaturalResources (SD DENR). NationalPollutant Discharge EliminationSystem Facility Permit for NPDESSD0000078 – John Morell andCompany, Sioux Falls, SD - DCN08159No20Permit,RegistrationNPDES Facility Permit for John Morell andCompany, Sioux Falls, SD - SD0000078.EPA-HQ-OW-2015-0665-0034NoSD DENR. 2000.SD Departmentof Environmentand NaturalResources.Facility Permitfor John Morell,Sioux Falls, SD(SD0000078).(April 1).10.30SD DENR Meat and PoultryProducts, Part432Page 40 of 101June 27, 2016DCNAUTHORDATETITLECBIPAGEDOCUMENTTYPEDOCUMENT ID NUMBER ABSTRACTCOPY -RIGHTEDSOURCECITATIONRECORDSECTIONAUTHORCATEGORYINDUSTRY0816007/05/2000South Dakota Department ofEnvironment and NaturalResources (SD DENR). Addendumfor National Pollutant DischargeElimination System Facility Permitfor NPDES SD0000078 – JohnMorell and Company, Sioux Falls,SD - DCN 08160No17Permit,RegistrationAddendum for NPDES Facility Permit for JohnMorell and Company, Sioux Falls, SD -SD0000078.EPA-HQ-OW-2015-0665-0035NoSD DENR. 2000.SD Departmentof Environmentand NaturalResources.Addendum forFacility Permitfor John Morell(SD0000078).(July 5).10.30SD DENR Meat and PoultryProducts, Part4320816106/01/2015Texas Commission onEnvironmental Quality (TCEQ).Notice of Application andPreliminary Decision for WaterQuality Texas Pollutant DischargeElimination System PermitAmendment for IndustrialWastewater for NPDESTX0062936 - Pilgrim’s Pride Corp.,Mount - DCN 08161No70Permit,RegistrationNotice of Application and Preliminary Decision forWater Quality TPDES Permit Amendment forIndustrial Wastewater for Pilgrim’s Pride Corp.,Mount Pleasant, TX - TX0062936.EPA-HQ-OW-2015-0665-0036NoTCEQ. 2015.TexasCommission onEnvironmentalQuality. Notice ofApplication forTPDES PermitAmendment:Pilgrim’s PrideCorp.(TX0062936).(June).10.30TCEQ Meat and PoultryProducts, Part4320823212/17/2014Telephone and EmailCommunication with Bill Williams,Graftech International and KimberlyBartell, Eastern Research Group,Inc., Re: 2013 DMR ArsenicDischarges - DCN 08232No6MeetingMaterialsTelephone and email conversation between BillWilliams, Graftech International and KimberlyBartell, Eastern Research Group, Inc., Re: 2013DMR Arsenic Discharges.EPA-HQ-OW-2015-0665-0093NoWilliams, B.2014.Correspondencebetween BillWilliams,GraftechInternational,and Kim Bartell,ERG. Re: 2013DMR ArsenicDischarges. (Dec17).10.31Williams, Bill Metal Finishing,Part 433Page 41 of 101June 27, 2016DCNAUTHORDATETITLECBIPAGEDOCUMENTTYPEDOCUMENT ID NUMBER ABSTRACTCOPY -RIGHTEDSOURCECITATIONRECORDSECTIONAUTHORCATEGORYINDUSTRYMF0000106/17/2016Preliminary Study of the MetalFinishing Category: 2015 StatusReport - DCN MF00001No118Publication;USEPAThe report summarizes the analyses completed in2015 supporting the preliminary study of the MetalFinishing Category.EPA-HQ-OW-2015-0665-0303NoU.S. EPA. 2016.PreliminaryStudy of theMetal FinishingCategory: 2015Status Report.10.31U.S. EPA Metal Finishing,Part 433MF0000207/23/2007Electropolishing and Electroplatingof Metals Using Ionic Liquids Basedon Choline Chloride - DCN MF00002No12Publication;CopyrightedMaterialsEutectic based ionic liquids containing cholinechloride are shown to be useful for electrochemicalapplications that are currently use aqueoussolutions. It is shown that an ionic liquid composedof ethylene glycol and choline chloride offers thefirst practical alternative to the use of phosphoricand sulphuric acid mixtures for the electropolishingof type 316 stainless steel.EPA-HQ-OW-2015-0665-0103YesAbbott, A 2007.ElectropolishingandElectroplating ofMetals UsingIonic LiquidsBased onCholine Chloride.Ionic Liquids IV.Chapter 13: 186-197.10.31A. Abbott, et al. Metal Finishing,Part 433MF0000302/01/2011Removal of Heavy Metals fromTheir Aqueous Solutions throughAdsorption onto Natural Polymers -DCN MF00003No5Publication;CopyrightedMaterialsCommercial sodium alginate was converted intowater insoluble materialthrough a very simpleacidification treatment withalcoholic HCl solution.The so-obtained acidified sodium alginate (ASA)was found to exhibit complete water insolubility andto have a carboxyl content of 465 mequi/100 gsample. The ASA was used to remove Zn (II) ionsfrom their aqueous solutions and different factorsaffecting the adsorption of Zn (II) ions onto ASAwere extensively studied.EPA-HQ-OW-2015-0665-0104YesAbdel-Halima, E.2011. Removalof Heavy Metalsfrom TheirAqueousSolutionsthroughAdsorption ontoNaturalPolymers. Carb.Polymers. 84(1):454-58.10.31Abdel-Halima,E., et al.Metal Finishing,Part 433Page 42 of 101June 27, 2016DCNAUTHORDATETITLECBIPAGEDOCUMENTTYPEDOCUMENT ID NUMBER ABSTRACTCOPY -RIGHTEDSOURCECITATIONRECORDSECTIONAUTHORCATEGORYINDUSTRYMF0000401/01/2009New environmentally friendlynoncyanide alkaline electrolyte forcopper electroplating - DCNMF00004No6Publication;CopyrightedMaterialsThis article presents a novel noncyanide alkalinebath for electroplating thin copper films on stainlesssteel substrate. A detailed study was made aboutthe effect of the operating parameters (currentdensity and temperature), concentration ofcomplexing agent on cathodic current efficiency(CCE %) and the characteristics of the depositedlayers.The addition of sorbitol as complexing agentto the plating bath assists in the formation of finegrained and highly adherent copper film.EPA-HQ-OW-2015-0665-0105YesAbdel Hamid, Z2009 NewEnvironmentallyFriendly NonCNAlkalineElectrolyte for CuElectroplating.Surface &CoatingsTechnology 203(10-11) 1360-136510.31Abdel Hamid,Z., et al.Metal Finishing,Part 433MF0000510/21/2012Aluminum slurry coatings to replacecadmium for aeronauticapplications - DCN MF00005No10Publication;CopyrightedMaterialsThe use of cadmium has been banned in Europe formost industrial applications; however, theaerospace industry is still exempt due to thestringent technical and safety requirementsassociated with aeronautical applications, as anacceptable replacement is yet to be found. Al slurrycoatings have been developed as an alternative toreplace cadmium coatings. After several tests andanalyses, the results indicate Al slurry coatings arean excellent alternative for Cd replacement.EPA-HQ-OW-2015-0665-0106YesAguero, A.et al.2012. AluminumSlurry Coatingsto ReplaceCadmium forAeronauticApplications.Surface &CoatingsTechnology. 213:229-238.10.31Aguero, A., etal.Metal Finishing,Part 433MF0000610/01/2007Microbial and plant derived biomassfor removal of heavy metals fromwastewater - DCN MF00006No15Publication;CopyrightedMaterialsBiosorption of heavy metals by metabolicallyinactive non-living biomass of microbial or plantorigin is an innovative and alternative technology forremoval of these pollutants from aqueoussolution.The purpose of this paper is to review theavailable information on various attributes ofutilization of microbial and plant derived biomassand explores the possibilityof exploiting them forheavy metal remediation.EPA-HQ-OW-2015-0665-0107YesAhluwalia, S.S.2007. Microbialand PlantDerived Biomassfor Removal ofHeavy MetalsfromWastewater.BioresourceTechnology.98(12): 2243-2257.10.31Ahluwalia,S.S., et al.Metal Finishing,Part 433Page 43 of 101June 27, 2016DCNAUTHORDATETITLECBIPAGEDOCUMENTTYPEDOCUMENT ID NUMBER ABSTRACTCOPY -RIGHTEDSOURCECITATIONRECORDSECTIONAUTHORCATEGORYINDUSTRYMF0000706/01/2010Pilot-scale Removal of Chromiumfrom Industrial Wastewater Usingthe ChromeBac System - DCNMF00007No8Publication;CopyrightedMaterialsThe enzymatic reduction of Cr(VI) to Cr(III) by Cr(VI)resistant bacteria followed by chemical precipitationconstitutes the ChromeBacTM system. A robust yeteffective biotechnology to remove chromium fromwastewater is demonstrated.EPA-HQ-OW-2015-0665-0108YesAhmad, 2010.Pilot-scaleRemoval ofChromium fromIndustrialWastewaterUsing theChromeBacSystem.BioresourceTechnology.101(12): 4371-4378. (June)10.31Ahmad, W.A.,et al.Metal Finishing,Part 433MF0000810/28/2011Rice Husk and Its Ash as Low-CostAdsorbents in Water andWastewater Treatment - DCNMF00008No25Publication;CopyrightedMaterialsRice husk, which is a relatively abundant andinexpensive material, is currently being investigatedas an adsorbent for the removal of variouspollutants from water and wastewaters. This articlepresents a brief review on the role of rice husk andash in the removal of various pollutants fromwastewater. Studies on the adsorption of variouspollutants by rice husk materials are reviewed andthe adsorption mechanism, influencing factors,favorable conditions, etc., discussed in this article.EPA-HQ-OW-2015-0665-0109YesAhmaruzzaman,M. 2011. RiceHusk and AshLow-CostAdsorbents inWaterTreatment.Industrial &EngineeringChemistryResearch.50(24): 13589-13613.10.31Ahmaruzzaman, M., et al.Metal Finishing,Part 433MF0000903/05/2008Management of Chromium PlatingRinsewater Using ElectrochemicalIon Exchange - DCN MF00009No8Publication;CopyrightedMaterialsThe chrome plating industry effluent mainly containsCr(VI) in dragout and rinsewater whose constituentsreflect the plating bath characteristics As Cr(VI) issoluble in all pH ranges, an efficient treatment isrequired for recovery of chromium for the reuse oftreated water. The present study endeavors torecover the chromium by an electrochemical ionexchange (EIX) method. The maximum chromiumremoval achieved is 98.82% in the batchrecirculation mode of operation of EIX at voltage12.5 V.EPA-HQ-OW-2015-0665-0110YesAhmen-Basha,C,2008.Management ofChromiumPlating RinseWater UsingElectrochemicalIon Exchange.Industrial & Eng.Chem.Research.47(7):2279-2286.10.31Ahmen-Basha,C., et al.Metal Finishing,Part 433Page 44 of 101June 27, 2016DCNAUTHORDATETITLECBIPAGEDOCUMENTTYPEDOCUMENT ID NUMBER ABSTRACTCOPY -RIGHTEDSOURCECITATIONRECORDSECTIONAUTHORCATEGORYINDUSTRYMF0001011/01/2000Adsorption studies on Citrusreticulata fruit peel of orange/ :removal and recovery of Ni II/ fromelectroplating wastewater - DCNMF00010No15Publication;CopyrightedMaterialsThe ability of fruit peel of orange to remove Zn, Ni,Cu, Pb and Cr from aqueous solution by adsorptionwas studied. The extent of removal of Ni II. wasfound to be dependent on sorbent dose, initialconcentration, pH and temperature. Desorption waspossible with HCl and was found to be 95.83% incolumn and 76% in batch process, respectively. Thespent adsorbent was regenerated and recycled. Theremoval and recovery was also done in wastewaterand was found to be 89% and 93.33%, respectively.EPA-HQ-OW-2015-0665-0111YesAjmal,M.,2000.Adsorption Studies onCitrus reticulata:Removal &Recovery ofNi(II) fromElectroplatingWW. Journal ofHaz.Materials.79(1-2):117-31.10.31Ajmal, M., et al. Metal Finishing,Part 433MF0001110/01/2001Removal and recovery of heavymetals from electroplatingwastewater by using Kyanite as anadsorbent - DCN MF00011No11Publication;CopyrightedMaterialsKyanite, a commercial mineral has been utilized asan adsorbent for the removal of heavy metals, suchas Ni(II), Zn(II), Cr(VI) and Cu(II) from electroplatingwastewater. The adsorption of metal ions seems tobe an ion exchange process. The adsorbed metalsions from electroplating wastewatwer wererecovered by batch as well as column operationusing dilute HCl solution. The column operation wasfound to be more effective compared to batchprocess.EPA-HQ-OW-2015-0665-0112YesAjmal, M.,2001.Removaland Recovery ofHeavy MetalsfromElectroplatingWW by usingKyanite asAdsorbent.Journal of Haz.Materials.87(1-3): 127-137.10.31Ajmal, M., et al. Metal Finishing,Part 433MF0001201/01/2003Adsorption studies on rice husk:removal and recovery of Cd(II) fromwastewater - DCN MF00012No3Publication;CopyrightedMaterialsAdsorption behaviour of Ni(II), Zn(II), Cd(II) andCr(VI) on untreated and phosphate-treated rice husk(PRH) showed that adsorption of Ni(II) and Cd(II)was greater when PRH was used as an adsorbent.Sorption of Cd(II) was dependent on contact time,concentration, temperature, adsorbent doses andpH of the solution. It was found that recovery ofCd(II) from synthetic wastewater by columnoperation was better than a batch process.EPA-HQ-OW-2015-0665-0113YesAjmal, M., 2003.AdsorptionStudies on RiceHusk: Removaland Recovery ofCd(II) fromWastewater.BioresourceTechnology.86(2): 147-149.10.31Ajmal, M., et al. Metal Finishing,Part 433Page 45 of 101June 27, 2016DCNAUTHORDATETITLECBIPAGEDOCUMENTTYPEDOCUMENT ID NUMBER ABSTRACTCOPY -RIGHTEDSOURCECITATIONRECORDSECTIONAUTHORCATEGORYINDUSTRYMF0001302/01/2011Copper, chromium and nickelremoval from metal platingwastewater by electrocoagulation -DCN MF00013No9Publication;CopyrightedMaterialsRemoval of Cu, Cr and Ni from metal platingwastewater by electrocoagulation with Fe and Alelectrodes with monopolar configurations wasinvestigated. The results showed that metal removalincreased with increasing current density, pH andconductivity. The results indicated thatelectrocoagulation with an Fe–Al electrode pair wasvery efficient and was able to achieve 100% Cu,100% Cr and 100% Ni removal at anelectrocoagulation time of 20 min, a current densityof 10 mA/cm2 and a pH of 3.0.EPA-HQ-OW-2015-0665-0114YesAkbal, F. 2011.Copper,Chromium, andNickel Removalfrom MetalPlatingWastewater byElectrocoagulation. Desalination.269(1-3): 214-222.10.31Akbal, F., et al. Metal Finishing,Part 433MF0001412/01/2003Purification of metal electroplatingwaste waters using zeolites - DCNMF00014No8Publication;CopyrightedMaterialsThe sorption behaviour of natural (clinoptilolite) andsynthetic (NaP1) zeolites has been studied withrespect to Cr(III), Ni(II), Zn(II), Cu(II) and Cd(II) inorder to consider its application to purify metalfinishing waste waters. Synthetic zeolite exhibitedabout 10 times greater sorption capacities,therefore, as most suitable to perform metal wastewater purification processes. This mineral showedthe same high sorption capacity values when usedto purify metal electroplating waste waters.EPA-HQ-OW-2015-0665-0115YesAlvarez-Ayuso,E., 2003.Purification ofMetalElectroplatingWaste WatersUsing Zeolites.Water Research.37(20): 4855-4862.(December).10.31AlvarezAyuso, E., etal.Metal Finishing,Part 433MF0001506/01/2010Polymer-enhanced ultrafiltrationprocess for heavy metals removalfrom industrial wastewater - DCNMF00015No4Publication;CopyrightedMaterialsThe complexation–ultrafiltration technique has beenshown to be a promising technique for removal ofheavy metals in solution. In this study, a polymerenhanced ultrafiltration process has beeninvestigated for removal of toxic heavy metals suchas Cu(II), Ni(II), and Cr(III) from syntheticwastewater solutions. Results obtained revealedthat the maximum percentage of the metal rejectionwas achieved at pH≥7 with increasing of the CMCconcentration.EPA-HQ-OW-2015-0665-0116YesBarakat,M.A.,2010.PolymerenhancedUltrafiltrationProcess forHeavy MetalsRemoval fromInudstrialWastewaer.Desalination.256(1-3): 90-93.(June)10.31Barakat, M.A.,et al.Metal Finishing,Part 433Page 46 of 101June 27, 2016DCNAUTHORDATETITLECBIPAGEDOCUMENTTYPEDOCUMENT ID NUMBER ABSTRACTCOPY -RIGHTEDSOURCECITATIONRECORDSECTIONAUTHORCATEGORYINDUSTRYMF0001602/01/2009Evaluation of APCVD AluminumCoatings as an EnvironmentallyAcceptable Alternative toElectroplated Cadmium Coatings -DCN MF00016No9Publication;CopyrightedMaterialsA study was initiated at the Air Force ResearchLaboratory to investigate the atmospheric pressure,chemical vapor deposition (APCVD) method todeposit aluminum coatings on high-strength steelsto meet U.S. Air Force requirements. Theadvantages of this "dry" method over the IVD andelectrodeposition methods include: No vacuumchamber, pumps, or ancillary control equipment,less complicated equipment, little hazardouschemicals, great throwing power, and desirablemorphology of deposits.EPA-HQ-OW-2015-0665-0117YesBerman, E.S.,2009.Evaluation ofAPCVD AlCoatings as anEnviron.AcceptableAlternative toElectroplated CdCoatings. MetalFinishing.107(2):35-43.10.31Berman, E. S.,et al.Metal Finishing,Part 433MF0001705/01/2012Self-Healing, Chromate-freeConversion Coating for MagnesiumAlloys - DCN MF00017No7Publication;CopyrightedMaterialsThis paper describes a viable alternative selfhealing conversion coating that is chromate free.NEI has completed initial development and testingof a chromate-free, self-healing conversion coatingthat significantly enhances the corrosion resistanceof magnesium alloys, along with enhanced adhesionwith an overlaying paint layer (primer). This newconversion coating, which is only a few micrometersthick, easily forms on the surface of a magnesiumpart when immersed in a waterborne solution.EPA-HQ-OW-2015-0665-0118YesBhargava, G.,and Allen, F.2012. SelfHealing,Chromate-freeConversionCoating forMagnesiumAlloys. MetalFinishing. 110(4): 32-38.(May).10.31Bhargava, G.,et al.Metal Finishing,Part 433MF0001807/01/2009Trivalent Chromium for EnhancedCorrosion Protection on AluminumSurfaces - DCN MF00018No7Publication;CopyrightedMaterialsThis article outlines various chromate conversiontechniques for aluminum. It addresses a new,environmentally friendly, cost-efficient, andperformance- oriented chromate conversion coatingwith a unique and patented trivalent chromium preand post-treatment chemistry for aluminum.EPA-HQ-OW-2015-0665-0119YesBhatt, H., 2009.TrivalentChromium forEnhancedCorrosionProtection onAluminumSurfaces. MetalFinishing. 107(6): 39-47.(June).10.31Bhatt, H., et al. Metal Finishing,Part 433Page 47 of 101June 27, 2016DCNAUTHORDATETITLECBIPAGEDOCUMENTTYPEDOCUMENT ID NUMBER ABSTRACTCOPY -RIGHTEDSOURCECITATIONRECORDSECTIONAUTHORCATEGORYINDUSTRYMF0001904/01/2008Non-chrome-containing ConversionCoatings for Zinc and Zinc Alloys:Environmentally FriendlyAlternatives Provide Equal or BetterAdhesion and Corrosion Resistanceas Conventional Methods - DCNMF00019No6Publication;CopyrightedMaterialsConversion coatings have been used on Zn and Znalloys for more than 100 years, and there are manydifferent processes used. The 4 primary conversioncoatings available to the general public are: theproduction of a film of mixed Cr and Zn hydroxidesand/or oxides; the generation of a film of heavymetal phosphates; the use of various syntheticpolymers with or without various heavy metalphosphates and/or oxides; and the formation ofvarious Mn oxide/Zn oxide films by the use ofpermanganates.EPA-HQ-OW-2015-0665-0120YesBibber, J. 2008.Non-chromecontainingConversionCoatings for Znand Zn Alloys.Metal Finishing.106 (4): 41-46.(April).10.31Bibber, J. Metal Finishing,Part 433MF0002005/01/2010Active metal-based corrosionprotective coating systems foraircraft requiring no-chromatepretreatment - DCN MF00020No14Publication;CopyrightedMaterialsAll data indicate that the Mg-rich (or Mg-alloypigment-rich) primer + aircraft topcoat system givesexcellent corrosion protection by mechanismsentirely different from the modes of protection foraircraft alloys given by the toxic, carcinogenicchromate compounds now in use in all corrosionprotection systems for aircraft.EPA-HQ-OW-2015-0665-0121YesBierwagen, G.,2010. ActiveMetal-basedCorrosionProtectiveCoating Systemsfor Aircraft.Progress inOrganicCoatings. 68 (1-2): 48-61. (May).10.31Bierwagen,G.,et al.Metal Finishing,Part 433MF0002105/01/2010Ecologically green conversioncoating for zinc–cobalt alloy - DCNMF00021No4Publication;CopyrightedMaterialsA phytic acid based conversion coating designed forZn–Co alloys. The morphology of this coating wasstudied by SEM and showed that immersion ofcoatings for 15 min is smooth and compact. Thecomposition of conversion coatings was analysedby X-ray photoelectron spectroscopy. The analysisdata showed the coating is composed of Zn, C, P, Nand O. Electrochemical corrosion measurementshowed that corrosion resistance of the Zn–Co alloyhas been improved by conversion treatment withphytic acid.EPA-HQ-OW-2015-0665-0122YesBikulcius, G.,2010.EcologicallyGreenConversionCoating for ZincCobalt Alloy.Transactions ofthe Institute ofMetal Finishing.88 (3):163-165.10.31Bikulcius, G.,et al.Metal Finishing,Part 433Page 48 of 101June 27, 2016DCNAUTHORDATETITLECBIPAGEDOCUMENTTYPEDOCUMENT ID NUMBER ABSTRACTCOPY -RIGHTEDSOURCECITATIONRECORDSECTIONAUTHORCATEGORYINDUSTRYMF0002206/01/2013Thinking Outside the Bucket withNon-Drip ElectrochemicalProcessing - DCN MF00022No37ReportPresentation discussing how a non-drip styluscontinuously recirculates electrolytes from a holdingtank through the head cleaning, anodizing andplating in any orientation, including overhead,eliminates drips and splashes, eliminates most ofthe fumes, and can treat in-place.EPA-HQ-OW-2015-0665-0123NoChaix, J-P.,Rose, A., andLegg, K. 2013.Thinking Outsidethe Bucket withNon-DripElectrochemicalProcessing.(June).10.31Chaix, J-P., etal.Metal Finishing,Part 433MF0002304/01/2011Characterization and Application ofDried Plants to Remove HeavyMetals, Nitrate, and Phosphate Ionsfrom Industrial Wastewaters - DCNMF00023No8Publication;CopyrightedMaterialsLow cost adsorbents were prepared from driedplants for the removal of heavy metals, nitrate, andphosphate ions from industrial wastewaters. Theefficiency of these adsorbents was investigatedusing batch adsorption technique at roomtemperature. It is proved that dried plants can beone alternative source for low cost absorbents toremove heavy metals, nitrate, and phosphate ionsfrom municipal and industrial wastewaters.EPA-HQ-OW-2015-0665-0124YesChiban, M.,2011.Characterizationand Applicationof Dried Plants toRemove HeavyMetals, Nitrate,and PhosphateIons fromIndustrialWastewaters...10.31Chiban, M., etalMetal Finishing,Part 433MF0002401/01/2012Biosorption and Recovery ofChromium from IndustrialWastewaters By UsingSaccharomyces cerevisiae in aFlow-Through System - DCNMF00024No6Publication;CopyrightedMaterialsThis study investigated the possibility to adsorb andrecycle Cr(VI) from the wastewater of a Crelectroplating process using Saccharomycescerevisiae in a flow-through system at a pilot scale.The results obtained at pilot scale with chromiumcontaining wastewaters demonstrated the goodmetal sorption capability of the acid pretreated S.cerevisiae biomass and thepossibility to recover, ata high purity, the metal from the biomass at the endof the treatment processEPA-HQ-OW-2015-0665-0125YesColica,G.,2012.Biosorption &Recovery of Crfrom Ind.WWsBy Using S.cerevisiae in aFlow-ThroughSystem. Ind. &Eng. Chem.Research.51(11):4452-4457.10.31Colica, G., etal.Metal Finishing,Part 433Page 49 of 101June 27, 2016DCNAUTHORDATETITLECBIPAGEDOCUMENTTYPEDOCUMENT ID NUMBER ABSTRACTCOPY -RIGHTEDSOURCECITATIONRECORDSECTIONAUTHORCATEGORYINDUSTRYMF0002501/01/2014Alternative Plating Processes forMetal Electroplating Based on IonicLiquids - DCN MF00025No2PublicationOtherGovernmentThe objective of this project is to accelerate theapplication of ionic liquids and other neotericsolvents in nonaqueous electroplating thataddresses the Department of Defense (DoD)lifecycle cost and environmental issues related toweapon systems.EPA-HQ-OW-2015-0665-0126NoDai, S. 2014.U.S. DOEStrategicEnvironmentalR&D Program(SERDP).AlternativePlating for MetalElectorplatingusing IonicLiquids.10.31Dai, S. Metal Finishing,Part 433MF0002604/01/2010Electrodeposition, characterizationand corrosion behaviour of tin–20wt.% zinc coatings electroplatedfrom a non-cyanide alkaline bath -DCN MF00026No10Publication;CopyrightedMaterialsTin–zinc alloy electroplated coatings are recognizedas a potential alternative to toxic cadmium ascorrosion resistant deposits because they combinethe barrier protection of tin with the cathodicprotection afforded by zinc. The results show thatthe corrosion resistance of tin–20 wt.% zinc alloycoating is superior to that of cadmium and zinc–12wt.% nickel coatings. Finally, sliding friction testswere conducted.EPA-HQ-OW-2015-0665-0127YesDubent, S.,2010.Electrodeposition,Characterizationand CorrosionBehavior of SnZn CoatingsElectroplatedfrom a Non-CNAlkaline Bath10.31Dubent, S., etal.Metal Finishing,Part 433MF0002707/30/2012Zirconium Pretreatments: Not Justfor Early Adopters Anymore - DCNMF00027No4Publication;CopyrightedMaterialsZirconium oxide conversion coatings have proven tobe excellentreplacements for iron phosphatepretreatments in recent years. The substantialperformance, operational, and environmentalbenefits have been well documented.This articleaddresses some frequently asked questionsregarding zirconium pretreatments and shares somebenefits of the most recent generation of thetechnology.EPA-HQ-OW-2015-0665-0128YesDunham, B.2012. ZirconiumPretreatments:Not Just for EarlyAdoptersAnymore. MetalFinishing. 110(6): 18-21. (JulyAugust).10.31Dunham, B. Metal Finishing,Part 433Page 50 of 101June 27, 2016DCNAUTHORDATETITLECBIPAGEDOCUMENTTYPEDOCUMENT ID NUMBER ABSTRACTCOPY -RIGHTEDSOURCECITATIONRECORDSECTIONAUTHORCATEGORYINDUSTRYMF0002803/01/1997Hexavalent Chromium Elimination:An Aerospace Industry ProgressReport - DCN MF00028No4Publication;CopyrightedMaterialsAerospace has come together on the issue ofhexavalent chromium to work toward the objectiveof complete elimination. This cooperation in theaerospace industry during the past decade has ledto numerous successes. The purpose of this articleis to review some of these successes and to identifya few areas where additional hexavalent chromiumelimination work is required.EPA-HQ-OW-2015-0665-0129YesEichinger, E.,1997.HexavalentChromiumElimination: AnAerospaceIndustryProgress Report.Metal Finishing.95 (3): 36, 38, 40-41. (March).10.31Eichinger, E.,et al.Metal Finishing,Part 433MF0002902/01/2016Summary of Metal FinishingFacilities and Vendors ContactedDuring Preliminary Study Activitiesin 2015 - DCN MF00029No2MemorandumMemorandum from Dan-Tam Nguyen, ERG to the304m Record EPA-HQ-OW-2015-0665 listing asummary of the metal finishing facilities and vendorscontacted during preliminary study activities in 2015.EPA-HQ-OW-2015-0665-0296NoERG. 2016.Summary ofMetal FinishingFacilities andVendorsContactedDuringPreliminaryStudy Activitiesin 2015.Chantilly, VA.(February).10.31EasternResearchGroup, IncMetal Finishing,Part 433MF0003008/01/2015Quality Evaluation TrackingSpreadsheet for the 2015 LiteratureReview - DCN MF00030No0DataEPA collected over 130 documents from theliterature search, recorded them on a qualityevaluation tracking spreadsheet, and documentedhow each data source met (or did not meet) thequality criteria.EPA-HQ-OW-2015-0665-0300NoERG. 2015.QualityEvaluationTrackingSpreadsheet forthe 2015LiteratureReview.Chantilly, VA.(August).10.31EasternResearchGroup, IncMetal Finishing,Part 433Page 51 of 101June 27, 2016DCNAUTHORDATETITLECBIPAGEDOCUMENTTYPEDOCUMENT ID NUMBER ABSTRACTCOPY -RIGHTEDSOURCECITATIONRECORDSECTIONAUTHORCATEGORYINDUSTRYMF0003106/01/2010Reducing Operational Costs,Environmental Impact Via RigorousPlating/Finishing Analysis - DCNMF00031No8Publication;CopyrightedMaterialsWe will present the methodology used by the NewYork State Pollution Prevention Institute atRochester Institute ofTechnology to determine thebaseline costs of the finishing operation. Potentialimprovement methods or technologies will bepresented for each area typically found in anyfinishing line.EPA-HQ-OW-2015-0665-0130YesFister, D. 2010.ReducingOperationalCosts,EnvironmentalImpact ViaRigorousPlating/FinishingAnalyses. MetalFinishing.108(6): 39-46.(June).10.31Fister, D. Metal Finishing,Part 433MF0003201/01/2011Removal of heavy metal ions fromwastewaters: A review - DCNMF00032No12Publication;CopyrightedMaterialsIn recent years, various methods for heavy metalremoval from wastewater have been extensivelystudied. This paper reviews the current methodsthat have been used to treat heavy metalwastewater and evaluates these techniques. Thesetechnologies include chemical precipitation, ionexchange, adsorption, membrane filtration,coagulationeflocculation, flotation andelectrochemical methods. About 185 publishedstudies (1988e2010) are reviewed in this paper.EPA-HQ-OW-2015-0665-0131YesFu, F., andWang, Q. 2011.Removal ofheavy metal ionsfromwastewaters: Areview. Journalof EnvironmentalManagement.93(3): 407-418.10.31Fu, F., et al. Metal Finishing,Part 433MF0003304/15/2012Effective removal of heavy metalions Cd2+, Zn2+, Pb2+, Cu2+ fromaqueous solution by polymermodified magnetic nanoparticles -DCN MF00033No7Publication;CopyrightedMaterialsWe investigated the adsorption capacity ofFe3O4@APS@AA-co-CA at different pH in solutionand metal ion uptake capacity as a function ofcontact time and metal ion concentration.Fe3O4@APS@AA-co-CA MNPs are excellent forremoval of heavy metal ions such as Cd2+, Zn2+,Pb2+ and Cu2+ from aqueous solution.Furthermore, the MNPs could efficiently remove themetal ions with high maximum adsorption capacityat pH 5.5 and could be used as a reusableadsorbent with convenient conditions.EPA-HQ-OW-2015-0665-0132YesGe,F.,2012.Effectiveremoval of heavymetal ions...fromaq solution bypolymer-modifiedmagneticnanoparticles. Jof Haz Materials.211-212:366-372.10.31Ge, F., et al. Metal Finishing,Part 433Page 52 of 101June 27, 2016DCNAUTHORDATETITLECBIPAGEDOCUMENTTYPEDOCUMENT ID NUMBER ABSTRACTCOPY -RIGHTEDSOURCECITATIONRECORDSECTIONAUTHORCATEGORYINDUSTRYMF0003403/01/2009Plaforization Process for Cleaning,Degreasing, and Phosphating -DCN MF00034No5Publication;CopyrightedMaterialsSeveral industrial magazines!" have previouslyfocused their attention on the proprietaryPlaforization process, a one-step system forcleaning, degreasing, and phosphating metalsurfaces before painting. The Plaforization processis completely different from typical conventionalwater-based processes, and it offers severalbenefits and advantages to users.EPA-HQ-OW-2015-0665-0133YesGuidetti, G., etal. 2009.PlaforizationProcess forCleaning,Degreasing, andPhosphating.Metal Finishing.107(3): 39-43(March).10.31Guidetti, G., etal.Metal Finishing,Part 433MF0003505/21/2014Use of Industrial Wastes as Mediain Constructed Wetlands and FilterBeds – Prospects for Removal ofPhosphate and Metals fromWastewater Streams - DCNMF00035No113Publication;CopyrightedMaterialsRemoval of phosphate (P) and other metals havebeen demonstrated in pilot scale and/or full scalewetlands/filters. The extent to which these factorsinteract with, and affect, P and metal adsorption byactive filter materials still requires quantification.Because P and metals are sequestered in the filtermaterial, their possible remobilization underchanged conditions (e.g. changes in pH and redoxpotential) is of environmental concern and alsorequires ongoing investigation.EPA-HQ-OW-2015-0665-0134YesHaynes,R.J.2014.Use ofInd Wastes asMedia inConstructedWetlands andFilter Beds...CriticalReviews in EnvScience andTech.45(10):1041-1103.10.31Haynes, R.J. Metal Finishing,Part 433MF0003612/01/2013Removal of heavy metals fromwastewater using agricultural andindustrial wastes as adsorbents -DCN MF00036No7Publication;CopyrightedMaterialsAgricultural and industrial waste by-products areused for the elimination of heavy metals from ww forthe treatment of the EL-AHLIA Company ww forelectroplating industries as an actual case study.Results showed that low cost adsorbents can befruitfully used for the removal of heavy metals with aconcentration range of 20–60 mg/l also, using realww showed that rice husk was effective in thesimultaneous removal of Fe, Pb and Ni, where flyash was effective in the removal of Cd and Cu.EPA-HQ-OW-2015-0665-0135YesHegazi, H.A.2013. Removalof heavy metalsfrom wastewaterusing agriculturaland industrialwastes asabsorbents.HBRC Journal.9(3): 276-282.(Dec).10.31Hegazi, H.A. Metal Finishing,Part 433Page 53 of 101June 27, 2016DCNAUTHORDATETITLECBIPAGEDOCUMENTTYPEDOCUMENT ID NUMBER ABSTRACTCOPY -RIGHTEDSOURCECITATIONRECORDSECTIONAUTHORCATEGORYINDUSTRYMF0003704/15/2012Heavy metal removal fromwater/wastewater by nanosizedmetal oxides: A review - DCNMF00037No15Publication;CopyrightedMaterialsThe present review mainly focuses on nanosizedmetal oxides' (NMOs’) preparation, theirphysicochemical properties, adsorptioncharacteristics and mechanism, as well as theirapplication in heavy metal removal. In addition,porous host supported NMOs are particularlyconcerned because of their great advantages forpractical application as compared to the originalNMOs. Also, some magnetic NMOs were includeddue to their unique separation performance.EPA-HQ-OW-2015-0665-0136YesHua, M. 2012.Heavy metalremoval fromwater/wastewaterby nanosizedmetal oxides: Areview. Journalof HazardousMaterials. 211-212: 317-331.(April)10.31Hua, M., et al. Metal Finishing,Part 433MF0003809/01/2006Biologically produced sulphide forpurification of process streams,effluent treatment and recovery ofmetals in the metal and miningindustry - DCN MF00038No8Publication;CopyrightedMaterialsMetal removal by sulphideprecipitation is a wellknown process that is characterised by compactresidues and very high removal efficiencies.Thispaper describes a novel biological process for safeand cost effective production of sulphide fromelemental sulphur, waste sulphuric acid or sulphatepresent in effluents. With this technology, gaseousor dissolved H2S is produced on-site and ondemand in an engineered, high rate bioreactor.EPA-HQ-OW-2015-0665-0137YesHuisman,J.,2006.Biologicallyproducedsulphide forpurification ofprocessstreams...in themetal and miningindustry.Hydrometallurgy.83(1-4):106-113.10.31Huisman, J., etal.Metal Finishing,Part 433MF0003904/01/2011Cadmium- and Chromate-FreeCoating Schemes for CorrosionProtection of 15CDV6 Steel - DCNMF00039No7Publication;CopyrightedMaterialsCadmium- and chromate-free scheme exhibitedexcellent performance in the long-term corrosionevaluation studies. The results obtained inaccelerated tests show the possibility ofreplacement ofcadmium- and chromate-basedschemes for corrosion protection of steels with aneco-friendly option.EPA-HQ-OW-2015-0665-0138YesIndumathi, S. N.2011. Cadmiumand ChromateFree CoatingSchemes forCorrosionProtection of15CDV6 Steel.Metal Finishing.109 (3): 15-21.(Apr/May)10.31Indumathi, S.N., et al.Metal Finishing,Part 433Page 54 of 101June 27, 2016DCNAUTHORDATETITLECBIPAGEDOCUMENTTYPEDOCUMENT ID NUMBER ABSTRACTCOPY -RIGHTEDSOURCECITATIONRECORDSECTIONAUTHORCATEGORYINDUSTRYMF0004001/01/2006Development of a PrecipitationBased Separation Scheme forSelective Removal and Recovery ofHeavy Metals from Cadmium RichElectroplating Industry Effluents -DCN MF00040No20Publication;CopyrightedMaterialsIn this study, for selective removal and recovery ofCd from real electroplating bath wastewater(containing high amounts of Cd, medium amounts ofZn, Cu, Fe and small amounts of Ni, Co, Mn), aprecipitation based separation scheme wasdeveloped.EPA-HQ-OW-2015-0665-0139YesIslamoglu, S.,2006.Development ofaPrecipitation...CdRichElectroplatingIndustryEffluents.SeparationScience andTechnology.41(15): 3367-338510.31Islamoglu, S.,et al.Metal Finishing,Part 433MF0004106/15/2009Complexing agent and heavy metalremovals from metal plating effluentby electrocoagulation with stainlesssteel electrodes - DCN MF00041No8Publication;CopyrightedMaterialsThe study focused on the effect of importantoperation parameters on electrocoagulation processperformance in terms of organic complex former,nickel and zinc removals as well as sludgeproduction and specific energy consumption.EPA-HQ-OW-2015-0665-0140YesKabdasli,I.,2009.Complexingagent and heavymetalremovals...electrocoagulation withstainless steelelectrodes. J ofHaz Materials.165(1-3):838-845.10.31Kabdasli, I., etal.Metal Finishing,Part 433MF0004205/01/2012Roll With the Changes: Ensuringreadiness for phosphate-freeconversion coatings - DCNMF00042No4Publication;CopyrightedMaterialsMost everyone involved with metal finishingprocesses is aware of the new pretreatmenttechnologies available. Several names have beenused to identify these alternatives to phosphatebased treatments. Within this article I will use theacronym TMC, transitional metal conversion, as itdescribes what is on the substrate aftertreatmentsimilar to using the terms iron or zincphosphate.EPA-HQ-OW-2015-0665-0141YesKaluzny, K.2012. Roll withthe Changes.Metal Finishing.110 (4): 43-46.(May). DOI:10.1016/S0026-0576(13)70130-2.10.31Kaluzny, K. Metal Finishing,Part 433Page 55 of 101June 27, 2016DCNAUTHORDATETITLECBIPAGEDOCUMENTTYPEDOCUMENT ID NUMBER ABSTRACTCOPY -RIGHTEDSOURCECITATIONRECORDSECTIONAUTHORCATEGORYINDUSTRYMF0004309/05/2005Treatment of metal finishingeffluents by the electroflotationtechnique - DCN MF00043No7Publication;CopyrightedMaterialsIn the present work EF was used to reduce theconcentrations of copper and nickel found in realwastewater. The effects of the following parameterswere examined: current density, pH, heavy metalconcentration, supportingelectrolyte concentration,and the nature of the electrodes. By optimizing theoperation, heavy metal removal reached 98-99%,and maintained final and global concentration to avalue lower than the World Health Organizationstandard, which is 1 mg/L for nickel and copper.EPA-HQ-OW-2015-0665-0142YesKhelifa, A., et al.2005. Treatmentof metal finishingeffluents by theelectroflotationtechnique.Desalination.181(1-3): 27-33.(September).10.31Khelifa, A., etal.Metal Finishing,Part 433MF0004412/01/2004Electroplating - DCN MF00044No80Publication;CopyrightedMaterialsElectroplating is a specifictype of surface finishing;everyone has at one time seen and handledelectroplated objects, even if they were not aware ofit. Some typical examples include kitchen andbathroom faucets, inexpensive jewelry, and the trimon some automobiles. There are thousands of otherexamples. There are three basic reasons for surfacefinishing/electroplating: (1) To improve appearance,(2) To slow or prevent corrosion (rust), and (3) Toincrease strength and resistance to wear.EPA-HQ-OW-2015-0665-0143YesKirk-Othmer.2004.Electroplating.Krik-OthmerEncyclopedia ofChemicalTechnology, 5thEdition. 9: 759-838. (December).10.31Kirk-Othmer. Metal Finishing,Part 433MF0004509/01/2007Low-Temperature, Phosphate-FreeConversion Coatings - DCNMF00045No2Publication;CopyrightedMaterialsEnergy costs are a major concern for metal finishingoperations and tie intoenvironmental complianceissues. Wastewater treatment facilities in certainareas of the country are tightening phosphate andheavy metal discharge limits on metal finishers. Toaddress these concerns, zirconium- and zirconiumvanadium- based inorganic conversion coatingshave been developed. They focus on temperaturereduction and phosphate discharge eliminationwhile improving corrosion resistance.EPA-HQ-OW-2015-0665-0144YesKlingenberg, C.,and Jones, D.2007. LowTemperature,Phosphate-FreeConversionCoatings. MetalFinishing. 28-30.(September).10.31Klingenberg,C., et al.Metal Finishing,Part 433Page 56 of 101June 27, 2016DCNAUTHORDATETITLECBIPAGEDOCUMENTTYPEDOCUMENT ID NUMBER ABSTRACTCOPY -RIGHTEDSOURCECITATIONRECORDSECTIONAUTHORCATEGORYINDUSTRYMF0004612/01/2010Treatment of cadmium and nickelelectroplating rinse water byelectrocoagulation - DCN MF00046No12Publication;CopyrightedMaterialsTreatments of cadmium-cyanide and nickel-cyanideelectroplating rinse water were investigated in anelectrochemical reactor equipped with iron plateelectrodes in a batch mode by electrocoagulation(EC). Effectsof the process variables such as pH,current density, and operating time were exploredand the results indicatedthat EC was very effectivetreatment for the removals of cadmium, nickel, andcyanide ions from the electroplating rinse water.EPA-HQ-OW-2015-0665-0145YesKobya, M., 2010.Treatment ofcadmium andnickelelectroplatingrinse water byelectrocoagulation. EnvironmentalTechnology.31(13):1471-1481. (Dec)10.31Kobya, M., etal.Metal Finishing,Part 433MF0004702/01/2008Biosorption of chromium(VI) fromaqueous solution and electroplatingwastewater using fungal biomass -DCN MF00047No7Publication;CopyrightedMaterialsRemoval of Cr(VI) from electroplating wastewaterwas observedless than from synthetic solution.Higher value of correlation coefficient (r2 > 0.90)indicates that adsorption data are best fitted in bothFreundlichand Langmuir isotherms model. Thehigh value of Freundlich constants Kf and n, i.e.17.92 mg/g and 1.18 L/mg and Langmuir constantsQ0 and b17.61 mg/g and 0.0026 L/mg for A. nigerindicate its better adsorption capacity than A. sydoniand P. janthinellum.EPA-HQ-OW-2015-0665-0146YesKumar, R., 2008.Biosorption ofCr(VI) fromaqueous solutionandelectroplatingwastewaterusing fungalbiomass. ChemEJournal. 135(3):202-208.10.31Kumar, R., etal.Metal Finishing,Part 433MF0004808/01/2006Comparisons of low-costadsorbents for treating wastewaterladen with heavey metals - DCNMF00048No18Publication;CopyrightedMaterialsLow-cost adsorbents can be viable alternatives toactivated carbon for the treatment of metalscontaminated wastewater. Adsorption capacitiespresented in this paper vary, depending on thecharacteristics of the individual adsorbent, theextent of surface modification and the initialconcentration of the adsorbate. In general, technicalapplicability and cost-effectiveness are the keyfactors that play major roles in the selection of themost suitable adsorbent to treat inorganic effluent.EPA-HQ-OW-2015-0665-0147YesKurniawan, T.A.,2006.Comparisons oflow-costabsorbents fortreating wwladen with heavymetals. Scienceof The TotalEnvironment.366(2-3): 409-42610.31Kurniawan,T.A., et al.Metal Finishing,Part 433Page 57 of 101June 27, 2016DCNAUTHORDATETITLECBIPAGEDOCUMENTTYPEDOCUMENT ID NUMBER ABSTRACTCOPY -RIGHTEDSOURCECITATIONRECORDSECTIONAUTHORCATEGORYINDUSTRYMF0004903/31/2009Non-Chromate/No VOC CoatingSystem for DoD Applications - DCNMF00049No211ReportThis document reports the results of a three yearprogram funded by the Strategic EnvironmentalResearch and Development Program (SERDP) toresearch, develop, and demonstrate militarycoatings systems that are hexavalent chromium freeand use primers and topcoats with ultra low volatileorganic compound (VOC) content while maintaininghigh protection against corrosion and theenvironment, high durability,high performance, andlow cost.EPA-HQ-OW-2015-0665-0148NoLa Scala, J.2009. ArmyResearchLaboratory. NonChromate/NoVOC CoatingSystem for DoDApplications. WP1521. (March31).10.31La Scala, J. Metal Finishing,Part 433MF0005004/01/2008Greening DoD Surface FinishingOperations - DCN MF00050No21ReportPresentation about alternatives to coatingapplications that are more environmentally friendlycoatings and processes. Presents changes andchallenges to designing greener coating operations.EPA-HQ-OW-2015-0665-0149NoLegg, K. 2008.RowanTechnologyGroup. GreeningDoD SurfaceFinishingOperations.Presentation atthe WashingtonForum, April2008.10.31Legg, Keith Metal Finishing,Part 433MF0005108/01/2009Hexavalent chrome issues andoptions - DCN MF00051No22ReportPresentation about alternatives to chromium coatingapplications, which are more sustainable processes.Presents the usage, typical coatings, challenges tomore sustainable coatings, regulatory issues, andfuture options.EPA-HQ-OW-2015-0665-0150NoLegg, K. 2009.RowanTechnologyGroup.HexavalentChrome Issuesand Options.Presentation atthe DLA ShelfLife Symposium,August 2009.10.31Legg, Keith Metal Finishing,Part 433Page 58 of 101June 27, 2016DCNAUTHORDATETITLECBIPAGEDOCUMENTTYPEDOCUMENT ID NUMBER ABSTRACTCOPY -RIGHTEDSOURCECITATIONRECORDSECTIONAUTHORCATEGORYINDUSTRYMF0005202/01/2010Eliminating Cr6+, Cd, and otherhazardous materials withoutcompromising performanceArmyCorrosion Summit, 2010 - DCNMF00052No47ReportPresentation about alternatives to chromium,cadmium, and other hazardous material coatingapplications. Presents options to comply withRestriction of Hazardous Substances (RoHS).EPA-HQ-OW-2015-0665-0151NoLegg, K. 2010.RowanTechnologyGroup.Eliminating Cr6+,Cd, and OtherHazardousMaterials withoutCompromisingPerformance.10.31Legg, Keith Metal Finishing,Part 433MF0005312/01/2011Overview of Development andImplementation of Non-ChromateTreatments for Aluminum in theUS - DCN MF00053No24ReportPresents the non-chromate conversion coatingprocesses, formulations, requirements, andcomputational methods.EPA-HQ-OW-2015-0665-0152NoLegg, K. 2011.RowanTechnologyGroup. Overviewof DevelopmentandImplementationof Non-ChromateTreatments forAluminum in theU.S.10.31Legg, Keith Metal Finishing,Part 433MF0005401/01/2012Choosing a Cadmium PlateAlternative - DCN MF00054No4GuidanceCadmium is a sacrificial coating – i.e. in a corrosiveenvironment the cadmium corrodes preferentially,leaving the underlying steel intact. Even whenscratched, the surrounding coating still protects theexposed steel. The only coating materials that havethis property are the electronegative elements – Cd,Zn, Al (Mg and Be as well, but we do not use thoseas coatings). You can replace Cd with a barriercoating such as Ni or a polymer, but once it isscratched the protection is lost.EPA-HQ-OW-2015-0665-0153NoLegg, K. 2012.RowanTechnologyGroup. Choosinga Cadmium PlateAlternative10.31Legg, Keith Metal Finishing,Part 433Page 59 of 101June 27, 2016DCNAUTHORDATETITLECBIPAGEDOCUMENTTYPEDOCUMENT ID NUMBER ABSTRACTCOPY -RIGHTEDSOURCECITATIONRECORDSECTIONAUTHORCATEGORYINDUSTRYMF0005501/01/2012Choosing a Chromate Alternative -DCN MF00055No2GuidanceChromates (salts containing hexavalent chromiumin the chemistry Metal-CrO3) have the unusualproperty of affording corrosion protection even whenscratched or damaged. They do this by going intosolution in the corrosive environment, migrating tothe exposed bare metal surface, and formingcomplexes to inhibit further corrosion. There are somany uses of chromates that there are numerousalternatives, depending on the application and thesubstrate, its service conditions, and other factors.EPA-HQ-OW-2015-0665-0154NoLegg, K. 2012.RowanTechnologyGroup. Choosinga ChromateAlternative.10.31Legg, Keith Metal Finishing,Part 433MF0005601/01/2012Choosing a Hard ChromeAlternative - DCN MF00056No8GuidanceHard chrome is used throughout manufacturingindustry for a very large number of wear resistantapplications in industrial equipment and vehicles,and for almost all metal fabricating tooling exceptcutting tools (which are usually carbide tools withvery hard CVD or PVD thin coatings). There areseveral hard chrome plating alternatives that arenow used, depending on the application and onwhether it is an OEM part or a component to berepaired.EPA-HQ-OW-2015-0665-0155NoLegg, K. 2012.RowanTechnologyGroup. Choosinga Hard ChromeAlternative.10.31Legg, Keith Metal Finishing,Part 433MF0005702/01/2010Successful cyanide free platingprotocols onmagnesium alloys -DCN MF00057No7Publication;CopyrightedMaterialsThree preplating processes of metal or alloy onmagnesium alloys have been described. Ni–P alloy,Ni or Cu as the intermediate coating was fi rstdeposited on magnesium alloys using three differentpretreatments respectively. The composite layeredcoatings of Cu/Ni/Cr on magnesium alloy productswere obtained using three intermediate cyanide freeplating processes. Test results also showed that thecompositecoatings had good adhesion and highcorrosion resistance.EPA-HQ-OW-2015-0665-0156YesLei, X. P. 2010.SuccessfulCyanide FreePlating Protocolson MagnesiumAlloys.Transactions ofthe Institute ofMetal Finishing.88 (2):75 –80.(Feb)10.31Lei, X. P., et al. Metal Finishing,Part 433Page 60 of 101June 27, 2016DCNAUTHORDATETITLECBIPAGEDOCUMENTTYPEDOCUMENT ID NUMBER ABSTRACTCOPY -RIGHTEDSOURCECITATIONRECORDSECTIONAUTHORCATEGORYINDUSTRYMF0005805/15/2011A study of chromium-free picklingprocess before electroless Ni–Pplating on magnesium alloys - DCNMF00058No6Publication;CopyrightedMaterialsA chromium-free pickling process of magnesiumalloys in H3PO4+Na2MoO4 solution for electrolessNi–P plating was described. The dosage ofNa2MoO4 was established by detecting adhesionand corrosion resistance of chemical nickelcoatings. This procedure of surface pretreatmentbefore electroless nickel plating can replace theexisting acid pickling containing chromium and HFactivation.EPA-HQ-OW-2015-0665-0157YesLei, X.,2011.AStudy of Cr-freePickling ProcessbeforeElecroless Ni-PPlating onMagnesiumAlloys. Surfaceand CoatingsTechnology.205(16):4058-63.10.31Lei, X., et al. Metal Finishing,Part 433MF0005904/15/2009Studies on potential applications ofbiomass for the separation of heavymetals from water and wastewater -DCN MF00059No23Publication;CopyrightedMaterialsThis paper attempts to present a brief summary ofthe role of biomass in heavy metal removalfromaqueous solutions. This paper also discussesthe equilibria and kineticaspects of biosorption. Itwas apparent from a literature survey that theLangmuir and Freundlich isotherms are by far themost widely used models for the biosorptionequilibria representation, while pseudo-first andsecond order kinetic models have gained popularityamong kinetic studies for their simplicity.EPA-HQ-OW-2015-0665-0158YesLesmana, S.O.,2009. Studies onpotentialapplications ofbiomass...heavymetals fromwater andwastewater.Biochem EngJournal. 44(1):19-41.(April)10.31Lesmana,S.O., et al.Metal Finishing,Part 433MF0006002/01/2010Zeolite Thin Films: From ComputerChips toSpace Stations - DCNMF00060No10Publication;CopyrightedMaterialsThese diverse applications of zeolites have thepotential to initiate new industries whilerevolutionizing existing ones with apotentialeconomic impact that could extend intothe hundreds of billions of dollars. We have licensedseveral of these inventions to companieswithmillions of dollars invested in their commercialdevelopment. We expect that other relatedtechnologies will be licensed in thenear future.EPA-HQ-OW-2015-0665-0159YesLew, C. M., et al.2010. ZeoliteThin Films: FromComputer Chipsto SpaceStations.Accounts ofChemicalResearch. 43(2): 210-219.(February).10.31Lew, C. M., etal.Metal Finishing,Part 433Page 61 of 101June 27, 2016DCNAUTHORDATETITLECBIPAGEDOCUMENTTYPEDOCUMENT ID NUMBER ABSTRACTCOPY -RIGHTEDSOURCECITATIONRECORDSECTIONAUTHORCATEGORYINDUSTRYMF0006104/01/2003Study on the treatment of copper-electroplating wastewaterbychemical trapping andflocculation - DCN MF00061No5Publication;CopyrightedMaterialsThe results show that the dosage of DDTC dependsonly on the content of complex copper, but not onthe total amount of copper in the wastewater. Whenthe molar ratio of DDTC to Cu is between 0.8 and1.2, Cu removal efficiency could be higher than99.6%. Poly-ferric sulphate and PAM have littleeffects on the Cu removal, but they have significanteffects on the flocculating volume, precipitation rateand nephelometric of the upper clean water.EPA-HQ-OW-2015-0665-0160YesLi, Y.2003. Studyon the treatmentof Cuelectroplating wwby chemicaltrapping andflocculation.Separation andPurificationTechnology.31(1):91-95.10.31Li, Y., et al. Metal Finishing,Part 433MF0006207/01/2012Transitioning to Phosphorus-FreePaint Pretreatment Processes: AComprehensive View - DCNMF00062No5Publication;CopyrightedMaterialsMetal degreasing, conversion coating and adhesionpromoter processes are an essential for paintadhesion and corrosion resistance. However, theseprocesses can impact the environment in a negativemanner. Global regulations on effluent dischargeand improper chemical disposal continue toprogress and affect daily paint shop operations.Atotech developed paint pretreatment technologiesthat reduce paint applicators' environmental impactwithout sacrificing efficiency or performance.EPA-HQ-OW-2015-0665-0161YesList, B., et al.2012.Transitioning toPhosphorousFree PaintPretreatmentProcesses: AComprehensiveView. MetalFinishing. 110(6): 12-16. (July).10.31List, B., et al. Metal Finishing,Part 433MF0006311/13/2013Use of High-Pressure CO2 forConcentrating CrVI fromElectroplating Wastewater byMg−Al Layered Double Hydroxide -DCN MF00063No5Publication;CopyrightedMaterialsA pilot-scale experiment was carried out with 20 LCrVI-containing electroplating wastewater. Theconcentration of the desorbed CrVI solution couldreach up to 10000 mg/L, which could be used inelectroplating after appropriate adjustment. Themain advantages of this method are highconcentration of CrVI, direct reuse of enriched CrVI,and efficient regeneration of LDH adsorbent. Thismethod showed promises in recycling CrVI andregenerating LDH in treating industrial wastewater.EPA-HQ-OW-2015-0665-0162YesLv, X., 2013. Useof high-pressureCO2 forconcentratingCrVI...Mg-Allayered doublehydroxide. ACSApplied Materials& Interfaces.5(21):11271-75.10.31Lv, X., et al. Metal Finishing,Part 433Page 62 of 101June 27, 2016DCNAUTHORDATETITLECBIPAGEDOCUMENTTYPEDOCUMENT ID NUMBER ABSTRACTCOPY -RIGHTEDSOURCECITATIONRECORDSECTIONAUTHORCATEGORYINDUSTRYMF0006410/01/2012New Pretreatments and Non-Chromated Chemfilm forMagnesium Alloys - DCN MF00064No6Publication;CopyrightedMaterialsA new environmentally friendly non-chromatedchemfilm with differentpretreatments was studiedas a replacement to conventionalhexavalentchromium-based chemfilmtechnologies for magnesium alloys. The results ofcorrosion and paint adhesion studies revealed thatthe new non-chromated conversion coatingtechnology could be a drop-in replacement to theconventional hexavalent chromium-basedconversioncoatings.EPA-HQ-OW-2015-0665-0163YesManavbasi, A.,et al. 2012. NewPretreatmentsand NonChromatedChemfilm forMagnesiumAlloys. MetalFinishing. 110(8): 17-22.(October).10.31Manavbasi, A.,et al.Metal Finishing,Part 433MF0006503/01/2010Update on Alternatives forCadmium Coatings on MilitaryElectrical Connectors - DCNMF00065No9Publication;CopyrightedMaterialsThe metal finishing industry has been impacted bynumerous regulatory actions related to thehazardous materials that are used in decorative andfunctional coating processes. Recent excecutiveorders require government agencies to reduce thequantity of toxic and hazardous chemicals andmaterials acquired, used, or disposed.EPA-HQ-OW-2015-0665-0164YesMason, R., et al.2010. Update onAlternatives forCadmiumCoatings onMilitary ElectricalConnectors.Metal Finishing.108 (3): 12-20.(March).10.31Mason, R., etal.Metal Finishing,Part 433MF0006606/01/2011Alternatives to Dichromate Sealer inAnodizing Operations - DCNMF00066No8Publication;CopyrightedMaterialsOgden Air Logistics Center (OO-ALC) is the primaryfacility within the United States Air Force formaintaining and overhauling aircraft landing gearsince it provides enhancedcorrosion resistance,paint adhesion, and wear resistance. This paperdescribes requirements for anodizing and sealingoperations within OO-ALC, as well as the sealingtechnologies that are available and a path forwardto demonstrate/validate the most promisingalternatives for the specific needs and applicationsof OO-ALC.EPA-HQ-OW-2015-0665-0165YesMason, R., et al.2011.Alternatives todichromatesealer inanodizingoperations. MetalFinishing. 109 (4-5): 25-32. (June).10.31Mason, R., etal.Metal Finishing,Part 433Page 63 of 101June 27, 2016DCNAUTHORDATETITLECBIPAGEDOCUMENTTYPEDOCUMENT ID NUMBER ABSTRACTCOPY -RIGHTEDSOURCECITATIONRECORDSECTIONAUTHORCATEGORYINDUSTRYMF0006705/15/2009Removal turbidity and separation ofheavy metalsusingelectrocoagulation–electroflotation technique A case study - DCNMF00067No8Publication;CopyrightedMaterialsThe electrocoagulation (EC) process was developedto overcome the drawbacks ofconventionalwastewater treatment technologies.The purposes of this study were to investigate theeffects of the operating parameters, such as pH,initial concentration, duration of treatment, currentdensity, interelectrode distance and conductivity ona synthetic wastewater in the batchelectrocoagulation–electroflotation (EF) process.EPA-HQ-OW-2015-0665-0166YesMerzouk, B.,2009. Removalturbidity andseparation...electrocoagulationelectroflotationtechnique: Acase study. J ofHaz Materials.164(1): 215-22210.31Merzouk, B.,et al.Metal Finishing,Part 433MF0006807/01/2008ZicronizationTM: The Future ofCoating Pretreatment Processes:Alternative, phosphate-free, ecofriendly pretreatment procedureaddresses energy and chemicalconsumption while improvingproduct quality - DCN MF00068No10Publication;CopyrightedMaterialsRecent technological advances have resulted in anew chemistry that addresses these drawbacks,while providing an effective replacement forphosphate chemistries in many pretreatmentoperations. This chemical process, known asZirconization, not only matches or exceeds the easeof use paint adhesion, and corrosion resistanceprovided by typical phosphatebased chemistries,but it also provides additional benefits such as lesschemical usage and lower operating temperatures.EPA-HQ-OW-2015-0665-0167YesMoore, R., andDunham, B.2008.ZicronizationTM:... improvingproduct quality.Metal Finishing.106 (7-8): 46-55.(July – August).10.31Moore, R., etal.Metal Finishing,Part 433MF0006905/01/2013Evaluation for Alternatives toHexavalent Chromium Sealants -DCN MF00069No7Publication;CopyrightedMaterialsPolysulfide sealants containing soluble hexavalentCr compounds are currently being used in a varietyof applications in aerospace/ defensemanufacturing. The applications mostly involve thefilling of gaps and recesses to prevent waterintrusion and collection in an attempt to preventcorrosion of the base metal. These sealants aremost commonly used on aluminum assemblies andare often over coated with a variety of commoncoating systems with hexavalent chromium-basedcorrosion inhibitors.EPA-HQ-OW-2015-0665-0168YesMorose, G.2013. Evaluationfor Alternativesto HexavalentChromiumSealants. MetalFinishing. 111(3): 32 – 37, 63.(May/June).10.31Morose, G. Metal Finishing,Part 433Page 64 of 101June 27, 2016DCNAUTHORDATETITLECBIPAGEDOCUMENTTYPEDOCUMENT ID NUMBER ABSTRACTCOPY -RIGHTEDSOURCECITATIONRECORDSECTIONAUTHORCATEGORYINDUSTRYMF0007005/15/2009A novel study of hexavalentchromium detoxification by selectedseaweed species using SEM-EDXand XPS analysis - DCN MF00070No9Publication;CopyrightedMaterialsThe potential of these seaweeds to bio-reduce anddetoxify elevated Cr(VI) concentrations overrelatively short time periods has beendemonstrated. Cr(VI) binding altered the quantitiesof carboxyl and alcohol groups in biomasspolysaccharides, thus indicating reduction of Cr(VI)to Cr(III). This work, coupled with existing capacitydata points towards the viability of theseenvironmentally friendly biosorbents for use inpacked columns in many industries includingelectroplating and tanning.EPA-HQ-OW-2015-0665-0169YesMurphy, V.,2009. A novelstudy ofhexavalentchromium...using SEM-EDXand XPSanalysis.ChemicalEngineeringJournal. 148(2-3): 425-433.(May).10.31Murphy, V., etalMetal Finishing,Part 433MF0007107/04/2012Isolation and characterization ofBacillus cereus IST105 fromelectroplating effluent fordetoxification of hexavalentchromium - DCN MF00071No11Publication;CopyrightedMaterialsElectroplating industries are the main sources ofheavy metals, chromium, nickel, lead, zinc,cadmium and copper. The highest concentrations ofchromium (VI) in the effluent cause a direct hazardsto human and animals. Therefore, there is a need ofan effective and affordable biotechnological solutionfor removal of chromium from electroplating effluent.EPA-HQ-OW-2015-0665-0170YesNaik,U.C.,2012.Isolation andcharacterizationof BacilluscereusIST105...ofhexavalentchromium. EnvirScience andPollutionResearch.19(7):3005-1410.31Naik, U.C., etal.Metal Finishing,Part 433MF0007205/01/2008Removal of chromium(VI) fromwater and wastewaterusingsurfactant modified coconutcoir pith as a biosorbent - DCNMF00072No8Publication;CopyrightedMaterialsCoconut coir pith, an agricultural solid waste wasused as biosorbent for the removal of chromium(VI)after modification with a cationicsurfactant,hexadecyltrimethylammonium bromide.Optimum pHfor Cr(VI) adsorption was found to be 2.0. Reductionof Cr(VI) to Cr(III) occurred to a slight extent duringthe removal. The adsorbent was also tested for theremoval of Cr(VI) from electroplating effluent.EPA-HQ-OW-2015-0665-0171YesNamasivayam,C.,2008.Removalof Cr(VI) fromwater and wwusing surfactantmodified coconutcoir pith as abiosorbent.BioresourceTech.99(7):2218-25.10.31Namasivayam,C., et al.Metal Finishing,Part 433Page 65 of 101June 27, 2016DCNAUTHORDATETITLECBIPAGEDOCUMENTTYPEDOCUMENT ID NUMBER ABSTRACTCOPY -RIGHTEDSOURCECITATIONRECORDSECTIONAUTHORCATEGORYINDUSTRYMF0007301/01/2014NANOMYTE® PT-60 Chromate-Free Self-Healing Pretreatment forMagnesium - DCN MF00073No1Fact/Data SheetMagnesium is of increasing interest to industriessuch as automotive,construction, medical devicesand electronics, as well as the military. The lightweight and high strength of magnesium areattractive features, but Mg alloys also have thetendency to rapidly corrode. Traditional coatingsmade with chromate (hexavalent chromium) providesufficient corrosion resistance, but are no longeracceptable due to their adverse environmental,health, and safety affects.EPA-HQ-OW-2015-0665-0172NoNEI Corporation.2014.Nanomyte® PT60, ChromateFree SelfHealingPretreatment forMagnesium.10.31NEICorporationMetal Finishing,Part 433MF0007403/28/2012Non-Chromate AluminumPretreatments. ESTCP Project WP200025 - DCN MF00074No276PublicationOtherGovernmentAluminum finishing in Department of Defenseapplications utilizes chromate chemistries foranodizing, anodic sealing, and pretreatment.However, chromate conversion coatings containhexavalent chromium, a known carcinogen. Nationaland international regulations are restricting the useof this material. This report presents the results oflaboratory and field tests to demonstrate andvalidate several non-chromate aluminumpretreatments.EPA-HQ-OW-2015-0665-0173NoNickerson, W.,and Matzdorf, C.2012. NonChromateAluminumPretreatments.ESTCP ProjectWP-200025.(March 28).10.31Nickerson, W.,et al.Metal Finishing,Part 433MF0007508/01/2010Corrosion Finishing/CoatingSystems for DoD MetallicSubstrates Based on NonChromate Inhibitors and UVCurable, Zero Valent Materials.SERDP Project WP-1519 - DCNMF00075No78PublicationOtherGovernmentCorrosion resistant coatings containing nonchromate inhibitors and no volatile organiccompounds were developed and evaluated for DoDapplications. Two layer multifunctional UV coatingproperties such as flexibility and fluid resistancewere improved throughout the project anddemonstrated the potential to meet aerospacerequirements. Results indicate that the technologyholds promise for replacing existing environmentallyhazardous corrosioncoatings for militaryapplications.EPA-HQ-OW-2015-0665-0174NoO’Keefe, M.2010. CorrosionFinishingSystems for DoDMetallicSubstratesBased on NonChromateInhibitors and UVCurable, ZeroValent Materials.10.31O’Keefe, M. Metal Finishing,Part 433Page 66 of 101June 27, 2016DCNAUTHORDATETITLECBIPAGEDOCUMENTTYPEDOCUMENT ID NUMBER ABSTRACTCOPY -RIGHTEDSOURCECITATIONRECORDSECTIONAUTHORCATEGORYINDUSTRYMF0007603/15/2009The optimization of Cr(VI) reductionand removal by electrocoagulationusing response surfacemethodology - DCN MF00076No8Publication;CopyrightedMaterialsIn this study Response Surface Methodology (RSM)was employed to investigate the effects of differentoperating conditions on the removal of hexavalentchromium (Cr(VI)) by the electrocoagulation withstainless steel electrodes. Central CompositeDesign (CCD) was used for the optimization of theelectrocoagulation process and to evaluate theeffects and interactions of process variables:applied electric current, electrolyte concentrationand application time on the removal of Cr(VI).EPA-HQ-OW-2015-0665-0175YesOlmez, T. 2009.The optimizationof Cr(VI)reduction...electrocoagulationusing responsesurfacemethodology. Jof Haz Materials.162(2-3): 1371-1378.10.31Olmez, T. Metal Finishing,Part 433MF0007701/01/2008High-Performance Characteristicsof Lead- and Cadmium-FreeElectroless Nickel - DCN MF00077No5Publication;CopyrightedMaterialsElectroless nickel stands out as a coating that hasevolved through many generations. Within the last25 years, the costing demand has created anincrease in both opportunities and challenges forsuppliers continuously improving product corrosionresistance, brightness, hardness, adhesion, platingrate, bath stability, and bath life.Based on thiscontinued trend, the need for an electroless nickelthat is lead- and cadmium-free with equivalent orbetter properties and bath stability is necessary.EPA-HQ-OW-2015-0665-0176YesOrduz, M. 2008.HighPerformanceCharacteristicsof Lead- andCadmium-FreeElectrolessNickel. MetalFinishing. 106(1): 22-26.(January).10.31Orduz, M. Metal Finishing,Part 433MF0007806/01/2009Removal of Hexavalent Chromium-Contaminated WaterandWastewater: A Review - DCNMF00078No20Publication;CopyrightedMaterialsCr(VI) is a well-known highly toxic metal, considereda priority pollutant. Industrial sources of Cr(VI)include leather tanning, cooling tower blowdown,plating, electroplating, anodizing baths, rinsewaters, etc. This article includes a survey of removaltechniques for Cr(VI)-contaminated aqueoussolutions. The primary objective of this article is toprovide recent information about the most widelyused techniques for Cr(VI) removal.EPA-HQ-OW-2015-0665-0177YesOwlad,M.,etal.2009.Removal ofHexavalentChromiumContaminatedWater andWastewater: AReview. Water,Air, & SoilPollution. 200(1):59-77. (June).10.31Owlad, M.,et al. Metal Finishing,Part 433Page 67 of 101June 27, 2016DCNAUTHORDATETITLECBIPAGEDOCUMENTTYPEDOCUMENT ID NUMBER ABSTRACTCOPY -RIGHTEDSOURCECITATIONRECORDSECTIONAUTHORCATEGORYINDUSTRYMF0007902/01/2005Metal Recovery from ElectroplatingWastewater Using AcidophilicIronOxidizing Bacteria: Pilot-ScaleFeasibility Test - DCN MF00079No6Publication;CopyrightedMaterialsThe iron could be separated from the mixture ofmetal ions in ww by using biological oxidation offerrous ion into ferric ion followed by stepwise CPwith hydroxide ion. To improve the biologicaloxidation, an immobilized bioreactor usingpolyurethane foam as support media wasdeveloped. The bioreactor system showed a verygood performance and worked stably over a longperiod of time.EPA-HQ-OW-2015-0665-0178YesPark, D., 2005.Metal RecoveryfromElectroplatingWW UsingAcidophilic IronOxidizingBacteria:... Ind &Eng ChemResearch. 44(6):1854-1859.10.31Park, D., et al. Metal Finishing,Part 433MF0008006/01/2006Biosorption Process for Treatmentof Electroplating WastewaterContaining Cr(VI): Laboratory-ScaleFeasibility Test - DCN MF00080No7Publication;CopyrightedMaterialsBrown seaweed Ecklonia biomass was used for thetreatment of electroplating wastewater that containschromium and zinc ions. In conclusion, theabundant and inexpensive Ecklonia biomass can beused in the two-stage biosorption process for thetreatment of electroplating wastewater that containsCr(VI) and other metal ions, because it shows thepromise of being environmentally friendlier than anyexisting chemical treatment process.EPA-HQ-OW-2015-0665-0179YesPark, D., 2006.BiosorptionProcess forTreatment forElectroplatingWastewaterContainingCr(VI):... Ind &Eng ChemResearch.45(14): 5059-65.10.31Park, D., et al. Metal Finishing,Part 433MF0008108/01/2010UV Curable Non-Chrome Primerand Advanced Topcoat System -DCN MF00081No7PublicationOtherGovernmentThe objective of this project is to develop sprayableultraviolet (UV)-curable, corrosion-inhibiting primersand high-performance topcoats that will providesuperior protection to aluminum substrates evenwhen nonchromated surface pretreatments areemployed. Further, a one-coatformulation will bedeveloped in an attempt to combine the corrosioninhibiting properties of the primer and superiordurability of the topcoat into a single coating.EPA-HQ-OW-2015-0665-0180NoPhely-Bobin, T.2010. U.S. DOEStrategicEnvironmentalResearch andDevelopmentProgram. UVCurable NonChrome Primerand AdvancedTopcoat System.10.31Phely-Bobin, T. Metal Finishing,Part 433Page 68 of 101June 27, 2016DCNAUTHORDATETITLECBIPAGEDOCUMENTTYPEDOCUMENT ID NUMBER ABSTRACTCOPY -RIGHTEDSOURCECITATIONRECORDSECTIONAUTHORCATEGORYINDUSTRYMF0008207/01/2014Alternative conversion coatings tochromate for the protectionofmagnesium alloys - DCN MF00082No12Publication;CopyrightedMaterialsChromium Conversion Coatings (CCCs) are widelyused for the protection of magnesium alloys againstthe corrosion but this approach is limited due to thetoxicity of hexavalent chromium. This review detailsthe deposition and protection mechanisms of CCCtechnology and other promising processes.Thedevelopment of new non-toxic conversion coatingsremains a priority.EPA-HQ-OW-2015-0665-0181YesPommiers, S.,2014. AlternativeConversionCoatings toChromate for theProtection ofMagnesiumAlloys. CorrosionScience. 84: 135-146. (July).10.31Pommiers, S.,et al.Metal Finishing,Part 433MF0008310/01/2010Optimized Deposition Parameters &Coating Properties of CobaltPhosphorus Alloy Electroplating forTechnology Insertion RiskReduction - DCN MF00083No50PublicationOtherGovernmentOptimized plating deposition parameters wereobtained using a Design of Experiment (DOE)approach. These parameters were validatedthrough supplemental testing and found to be nonembrittling with improved fatigue and neutral salt fogcorrosion performance as compared to hardchromium electroplate. The nCoP deposit did exhibitreduced hardness (560 VHN) and reduced taberwear abrasion performance as compared to hardchromium electroplate.EPA-HQ-OW-2015-0665-0182NoPrado, R. 2010.OptimizedDepositionParameters &CoatingProperties ofCobaltPhosphorusAlloyElectroplating.(October).10.31Prado , R., etal.Metal Finishing,Part 433MF0008408/01/2010The transition to a clean, dry, andenergy efficient polishing process:an innovative upgrade of abrasiveflow machining for simultaneousgeneration of micro-geometry andpolishing in the tooling industry -DCN MF00084No10Publication;CopyrightedMaterialsOn account of the current different requirements inthe field of finishing/polishing, e.g., reducing thefinishing time, process control, ensuring a cleanprocess, and energy efficiency, hand polishingneeds tobe replaced with a superior process.As acontribution, a novel clean andenergy efficientAFMmm is presented, capable of synergisticallyshaping and polishing the geometry of the finalproduct on a micro level and under dry conditions.EPA-HQ-OW-2015-0665-0183YesPusavec, F.,2014. TheTransition to aClean, Dry, andEnergy EfficientPolishingProcess:An...Industry.Journal ofCleanerProduction. 76:180-189.10.31Pusavec, F., etal.Metal Finishing,Part 433Page 69 of 101June 27, 2016DCNAUTHORDATETITLECBIPAGEDOCUMENTTYPEDOCUMENT ID NUMBER ABSTRACTCOPY -RIGHTEDSOURCECITATIONRECORDSECTIONAUTHORCATEGORYINDUSTRYMF0008510/01/2002A feasibility study on the treatmentand recycling of a wastewater frommetal plating - DCN MF00085No9Publication;CopyrightedMaterialsA program of researchwas initiated to study thetreatment of spent rinsewater from metal platingusing reverse osmosis (RO) to meet therequirements for reuse as an alkaline rinsewater.categories of spent rinses were treated in thelaboratory using flat sheet membranes from differentmanufacturers.A mechanism for the solvent toattack the composite RO membranes wasproposed.The results also showed that the feed pHhad a significant effect on the rejection of nickel.EPA-HQ-OW-2015-0665-0184YesQin, J.J., 2002. Afeasibility studyon the treatmentand recycling ofa wastewaterfrom metalplating. J ofMemb Science.208(1-2): 213-221. (Oct)10.31Qin, J.J., et al. Metal Finishing,Part 433MF0008603/01/2011Heavy metal removal from industrialeffluents by sorption on cross-linkedstarch: Chemical study and impacton water toxicity - DCN MF00086No8Publication;CopyrightedMaterialsBatch sorption experiments using a starch-basedsorbent were carried out for the removal of heavymetals present in industrial water discharges. Theinfluence of contact time, mass of sorbent andpollutant load was investigated. Pollutant removalwas dependent on the mass of sorbent and contacttime, but independent of the contaminant load. Theresults show that the sorption using a starch-basedsorbent as non-conventionalmaterial, is a viablealternative for treating industrial wastewaters.EPA-HQ-OW-2015-0665-0185YesSancey, B.,2011. Heavymetal removalfrom industrialeffluents bysorption on crosslinked starch:..Journal of EnvMgmt. 92(3): 765-772. (March).10.31Sancey, B., etal.Metal Finishing,Part 433MF0008701/01/2006Removal of chromium fromindustrial waste by using eucalyptusbark - DCN MF00087No6Publication;CopyrightedMaterialsSeveral low cost biomaterials such as baggase,charred rice husk, activated charcoal andeucalyptus bark (EB) were tested forremoval ofchromium. All the experiments were carried out inbatch process with laboratory prepared samplesand wastewaterobtained from metal finishingsection of auto ancillary unit. The adsorbent, whichhad highest chromium(VI) removal was EB. Theresults indicate that eucalyptus bark can be used forthe removal of chromium.EPA-HQ-OW-2015-0665-0186YesSarin, V., andPant, K.K. 2006.Removal ofchromium fromindustrial wasteby usingeucalyptus bark.BioresourceTechnology.97(1):15-20.(January).10.31Sarin, V., et al. Metal Finishing,Part 433Page 70 of 101June 27, 2016DCNAUTHORDATETITLECBIPAGEDOCUMENTTYPEDOCUMENT ID NUMBER ABSTRACTCOPY -RIGHTEDSOURCECITATIONRECORDSECTIONAUTHORCATEGORYINDUSTRYMF0008803/31/2004Validation of HVOF WC/Co ThermalSpray Coatings as a Replacementfor Hard Chrome Plating on AircraftLanding Gear - DCN MF00088No281PublicationOtherGovernmentThe replacement of hard chrome plating in aircraftmanufacturing activitiesand maintenance depots isa high priority for the U.S. DoD and the CanadianDoND. Hard chrome plating is a technique that hasbeen in commercial production for over 50 yearsand is a critical process that is used both forapplying hard coatings to a variety of aircraftcomponents in manufacturing operations and forgeneral rebuild of worn or corroded componentsthat have been removed from aircraft duringoverhaul.EPA-HQ-OW-2015-0665-0187NoSartwell, B.2004. Validationof HVOF WC/CoThermal SprayCoatings as aReplacement forHard ChromePlating onAircraft LandingGear.10.31Sartwell, B., etal.Metal Finishing,Part 433MF0008901/01/2013PPG Industries Inc. EnvironmentallyFriendly Fastener CoatingDemonstartion - DCN MF00089No2PublicationOtherGovernmentTraditionally, steel fasteners have been used withcadmium electroplated coatings followed by ahexavalent chrome rinse. The objective of thisproject is to demonstrate for the Department ofDefense (DoD) high performance coatingtechnologies which eliminate the need for cadmiumor hexavalent chromate coatings on high-strengthfasteners. This will providehigh-strength, corrosionresistant fasteners for use on legacy weaponsystems and new weapon platforms.EPA-HQ-OW-2015-0665-0188NoScott, M. 2013.PPG IndustriesInc.EnvironmentallyFriendlyFastener CoatingDemonstartion.ESTCP ProjectWP-201315.(January).10.31Scott, M. Metal Finishing,Part 433MF0009001/01/2013The treatment of zinc-cyanideelectroplating rinse water using anelectrocoagulation process - DCNMF00090No9Publication;CopyrightedMaterialsThis paper investigates the treatment of zinccyanide electroplatingrinse water using anelectrocoagulation process (ECP). The optimumoperating conditions were found to be 30 A/m2 and40 min, for the Fe electrode at the original pH (9.5)of the rinse water. Considering efficiency andeconomy, the MP-P connection mode wasdetermined as the optimum connection mode.EPA-HQ-OW-2015-0665-0189YesSenturk, E.2013. Thetreatment of ZnCN electroplatingrinse water usinganelectrocoagulation process. WaterScience andTech. 68(10):2220-27.10.31Senturk, E. Metal Finishing,Part 433Page 71 of 101June 27, 2016DCNAUTHORDATETITLECBIPAGEDOCUMENTTYPEDOCUMENT ID NUMBER ABSTRACTCOPY -RIGHTEDSOURCECITATIONRECORDSECTIONAUTHORCATEGORYINDUSTRYMF0009101/01/2014Air Force Materiel Command.Cadmium-Free Alternatives forBrush Plating Repair Operations -DCN MF00091No2PublicationOtherGovernmentThis project focuses on elimination of toxic andcarcinogenic cadmium (Cd) material for brushplating repair operations, and reduction of solidwaste associated with adsorbents used to containsolution leakage attributed with traditional brushplating repair processes.EPA-HQ-OW-2015-0665-0190NoSlife, R. 2014.Air ForceMaterielCommand.Cadmium-FreeAlternatives forBrush PlatingRepairOperations.ESTCP ProjectWP-201412.(January).10.31Slife, R. Metal Finishing,Part 433MF0009210/01/2010Metal Finishing with Ionic Liquids:Scale-up and Pilot Plants fromIONMET Consortium - DCNMF00092No10Publication;CopyrightedMaterialsThe authors describe the successful scale-up of fiveionic liquid processes by the IONMET consortium.MF demonstrator technologies have beendeveloped based on ionic liquid systems for theelectropolishing of stainless steels and other alloys,galvanic immersion (dip coating) deposition of silverfor finishing of printed circuit boards as well aselectrolytic deposition of hard chrome coatings,aluminium coatings and barrel plating of Zn–Snalloys.EPA-HQ-OW-2015-0665-0191YesSmith, E.L.,2010. MF withIonic Liquids:Scale-up andPilot Plants fromIONMETConsortium.Transactions ofthe Inst. of MF.88(6): 285-293.10.31Smith, E.L., etal.Metal Finishing,Part 433MF0009308/01/2009Utilization of pulp and paperindustrial wastes to remove heavymetals from metal finishingwastewater - DCN MF00093No7Publication;CopyrightedMaterialsTwo pulp and paper industrial wastes, lime mud(LM) and recovery boiler ash (RB), have lowmoisture contents, low heavy metal contaminationsand contain various carbonate compounds whichcontributeto a high pH. Treatment with LM gives ahigher sludge volume than with RB. However, theleachability of heavy metals from LM is lower.Leachability of heavy metalsin the sediment for allselected treatment conditions is within governmentstandards.EPA-HQ-OW-2015-0665-0192YesSthiannopkao,S., 2009.Utilization of pulpand paperindustrial wastesto remove heavymetals from MFwastewater. J ofEnv Mgmt.90(11): 3283-3289.10.31Sthiannopkao,S., et al.Metal Finishing,Part 433Page 72 of 101June 27, 2016DCNAUTHORDATETITLECBIPAGEDOCUMENTTYPEDOCUMENT ID NUMBER ABSTRACTCOPY -RIGHTEDSOURCECITATIONRECORDSECTIONAUTHORCATEGORYINDUSTRYMF0009404/01/2008Evaluation of pre-treatmentprocesses for HRS (hot rolled steel)in powder coating - DCN MF00094No11Publication;CopyrightedMaterialsHot rolled steel (HRS) is used extensively in theautomotive, agricultural and appliance industries.The corrosive response ofHRSwasinvestigatedafter it had been exposed to varioussurface treatments, prior to powder coating. Goodcorrelations were recorded showing thatzincphosphate conversion coating gave the bestperformance, and zirconium-based nano-structuredconversion coating, was superior to that ofironphosphate conversion coatings on HRS.EPA-HQ-OW-2015-0665-0193YesTepe, B. 2008.Evaluation of PreTreatmentProcesses forHot Rolled Steelin PowderCoating.Progress inOrganicCoatings. 62(2):134-144. (April).10.31Tepe, B., et al. Metal Finishing,Part 433MF0009507/01/2013One Step, Zero Discharge: Bri-MarManufacturing goes ‘greener’ withCPR’s phosphate treatmentsystem - DCN MF00095No2Publication;CopyrightedMaterialsThe maintenance manager at Chambersburg, Pa.based Bri-Mar Manufacturing was faced with adaunting challenge: continue to efficiently andeffectively clean and pretreat the high volume oflarge hydraulic dump trailers produced at thecompany’s plant, while striving for a much moreenvironmentally friendly parts washing process. Thesolution came in the form of the CPR System, amodular phosphate treatment system that providesthe metal cleaning power of a 5-stage washer in onestep.EPA-HQ-OW-2015-0665-0194YesTucker, R. 2013.One Step, ZeroDischarge. MetalFinishing.111(4): 16-17.(July/August).10.31Tucker, R. Metal Finishing,Part 433MF0009601/01/2008Industrial Wastewater Management,Treatment, and Disposal, Manual ofPractice No. FD-3 - DCN MF00096No15Publication;CopyrightedMaterialsInformation on the chemicals, significant treatmentstudies, efficient control processes, andinstrumentation for industrial wastewater treatment.EPA-HQ-OW-2015-0665-0301YesWEF. 2008.IndustrialWastewaterManagement,Treatment, andDisposal, Manualof Practice No.FD-3 (Third ed.).Alexandria, VA:McGraw-Hill.10.31WEF Metal Finishing,Part 433Page 73 of 101June 27, 2016DCNAUTHORDATETITLECBIPAGEDOCUMENTTYPEDOCUMENT ID NUMBER ABSTRACTCOPY -RIGHTEDSOURCECITATIONRECORDSECTIONAUTHORCATEGORYINDUSTRYMF0009706/01/2008Chromium-free Corrosion Solutions:Silica-based Electrolytic MethodOffers Viable Alternative to BothHex- and Trivalent-ChromatePassivates - DCN MF00097No5Publication;CopyrightedMaterialsFew would disagree with the notion that hexavalentchromate passivates do an exceptional job inprotecting against corrosion in most circumstances.Not only does hexavalent chromium performfavorably, but it also offers a robust manufacturingprocess that has been proven in shops around theworld for decades.EPA-HQ-OW-2015-0665-0195YesWinn, D., 2008.Cr-freeCorrosionSolutions: SilicabasedElectrolyticMethod...Chromate Passivates.Metal Finishing.106 (6): 70-74.(June).10.31Winn, D., et al. Metal Finishing,Part 433MF0009812/01/2003Removal of Cu and Pb fromelectroplating wastewater usingtartaric acid modified rice husk -DCN MF00098No9Publication;CopyrightedMaterialsThe potential of using tartaric acid modified ricehusk (TARH) as a sorbent for the removal of Cu andPb from semiconductor electroplating wastewaterwas investigated. Application of Langmuir isothermindicated that there was no difference in the sorptioncapacity of TARH for Cu and Pb in syntheticsolution and wastewater. Cu and Pb could berecovered almost quantitatively by eluting thecolumn with 0.1 M HCl and the column could beused repeatedly for at least 5 cycles.EPA-HQ-OW-2015-0665-0196YesWong, K. K.,2003. Removalof Cu and Pbfromelectroplating wwusing tartaricacid modifiedrice husk.ProcessBiochemistry.39(4):437-45.(December).10.31Wong, K. K.,et al.Metal Finishing,Part 433MF0009911/01/2006Managing the Transition toHexavalent Chromium Free AntiCorrosion Coatings - DCN MF00099No7Publication;CopyrightedMaterialsSuppliers are ideally placed to establish bestpractice techniques atthe applicator, and can workin partnership to achieve lowest operatingcost withmaximum performance. Developments in trivalentpassivates forblue and iridescent colour films willbe described, followed by discussion of the use ofan audit approval programme to manage thetransition to hexavalent chromium free products.EPA-HQ-OW-2015-0665-0197YesWynn, P. 2006.Managing theTransition to HexChromium FreeAnti-CorrosionCoatings.Transactions ofthe Institute ofMF. 84 (6): 280-85. (November).10.31Wynn, P. Metal Finishing,Part 433Page 74 of 101June 27, 2016DCNAUTHORDATETITLECBIPAGEDOCUMENTTYPEDOCUMENT ID NUMBER ABSTRACTCOPY -RIGHTEDSOURCECITATIONRECORDSECTIONAUTHORCATEGORYINDUSTRYMF0010008/09/2012Technology Integration forSustainable Manufacturing: AnApplied Study on IntegratedProfitable Pollution Prevention inSurface Finishing Systems - DCNMF00100No11Publication;CopyrightedMaterialsTechnology improvement and innovation are ofutmost importance in achieving greenness whileensuring economic incentives in manufacturing.This paper explores opportunities for an effectiveintegration of P3-oriented technologies in asystematic way. A successful application of an IP3technology in an electroplating process, a main typeof surface finishing system, demonstrates themethodological efficacy.EPA-HQ-OW-2015-0665-0198YesXiao, J., 2012.TechnologyIntegration forSustainableManufacturing:.... Industrial &EngineeringChemistryResearch. 51(35): 11434-44.(August 9)10.31Xiao, J., et al. Metal Finishing,Part 433MF0010108/01/2009Zerolite Coating System forCorrosion Control to EliminateHexavalent Chromium from DoDApplications - DCN MF00101No88PublicationOtherGovernmentCorrosion costs associated with corrosionprevention and correction of corrosion-generatedfailures account for morethan $1 billion a year. Amajority of these costs is associated withcompliance with new environmental regulationsregarding worker safety and hazardous wastedisposal. This increase is responsible for asignificant portion of noncompliance with newenvironmental regulations, systems downtime, andfailure of mission readiness.EPA-HQ-OW-2015-0665-0199NoYan, Y. 2009.Zerolite CoatingSystem forCorrosionControl toEliminateHexavalentChromium fromDoDApplications.SERDP ProjectWP-1342.(August).10.31Yan, Y. Metal Finishing,Part 433MF0010211/01/2015NASF Preliminary Response toEPA’s Metal Finishing StudyQuestions – November 2015 - DCNMF00102No13ReportQuestions developed by EPA for the NationalAssociation of Surface Finishers (NASF) about themetal finishing preliminary study. NASF providetheir responses to these questions in list form in thisdocument.EPA-HQ-OW-2015-0665-0298NoNASF. 2015.PreliminaryResponse toEPA's MetalFinishing StudyQuestions.(November).10.31NASF Metal Finishing,Part 433Page 75 of 101June 27, 2016DCNAUTHORDATETITLECBIPAGEDOCUMENTTYPEDOCUMENT ID NUMBER ABSTRACTCOPY -RIGHTEDSOURCECITATIONRECORDSECTIONAUTHORCATEGORYINDUSTRYMF0010312/21/2015Memorandum to Metal FinishingCategory Review Record: MeetingNotes 11/23/2015 - DCN MF00103No1MeetingMaterialsEPA drafted meeting notes from the meeting withthe the National Association of Surface Finishers(NASF) on November 23, 2015. Provides asummary of the items discussed during the meeting.EPA-HQ-OW-2015-0665-0297NoU.S. EPA. 2015.Meeting Noteswith the NationalAssocoation ofSurfaceFinishers (NASF)on November 23,2015.10.31Flanders,Phillip, EPA.Metal Finishing,Part 433MF0010401/05/2016Memorandum to Metal FinishingCategory Review Record: MeetingNotes 08/19/2015 - DCN MF00104No2MeetingMaterialsEPA drafted meeting notes from the meeting withthe the National Association of Surface Finishers(NASF) on August 19, 2015. Provides a summary ofthe items discussed during the meeting.EPA-HQ-OW-2015-0665-0277NoU.S. EPA 2015.Meeting Noteswith the NationalAssociation ofSurfaceFinishers (NASF)on August 19,2015. (August).10.31Flanders,Phillip, EPA.Metal Finishing,Part 433MF0010501/05/2016Memorandum to Metal FinishingCategory Review Record: AWCAMeeting Notes 11/09/2015 - DCNMF00105No3MeetingMaterialsEPA drafted meeting notes from the meeting withthe the Association of Clean Water Administrators(ACWA) on November 9, 2015. Provides asummary of the items discussed during the meeting.EPA-HQ-OW-2015-0665-0278NoU.S. EPA. 2015.Meeting noteswith theAssociation ofClean WaterAdministrators(ACWA) onNovember 9,2015.(November).10.31Flanders,Phillip, EPA.Metal Finishing,Part 433Page 76 of 101June 27, 2016DCNAUTHORDATETITLECBIPAGEDOCUMENTTYPEDOCUMENT ID NUMBER ABSTRACTCOPY -RIGHTEDSOURCECITATIONRECORDSECTIONAUTHORCATEGORYINDUSTRYMF0010606/04/2004Memorandum to James J. Dragna,Bingham McCutchen LLP fromAlexis Strauss, EPA Water Division.RE: "Chemical Etching" MetalFinishing Option - DCN MF00106No8MemorandumResponse to Air Products Electronic Chemicalsfacility in Carlsbad, CA about industrial pretreatmentwater pollution requirements. The memo describesEPA's stance on acid washes and chemical etchingpertaining to the Metal Finishing ELGs.EPA-HQ-OW-2015-0665-0272NoU.S. EPA. 2004.Memorandum toJ. Dranga,BinghamMcCutchen LLPfrom A. Strauss,EPA. RE:“ChemicalEtching” MetalFinishing Option.(June).10.31Alexis Strauss,US EPAMetal Finishing,Part 433MF0010709/01/1985Guidance Manual for ImplementingTotal Toxic Organics (TTO)Pretreatment Standards - DCNMF00107No86PublicationUSEPACategorical Pretreatment Standards have beenestablished for different categories of industries. Sixof the industrial categories have a pretreatmentstandard established for total toxic organics (TTO).EPA-HQ-OW-2015-0665-0286NoU.S. EPA. 1985.GuidanceManual forImplementingTotal ToxicOrganics (TTO)PretreatmentStandards.Washington,D.C.(September).10.31U.S. EPA Metal Finishing,Part 433MF0010812/01/2000Capsule Report: Managing Cyanidein Metal Finishing - DCN MF00108No36PublicationUSEPAThe purpose of the document is to provide guidanceto surface finishing manufacturers, metal fishingdecision makers and regulators on managementpractices and control technologies for managingcyanide in the workplace.EPA-HQ-OW-2015-0665-0287NoU.S. EPA. 2000.Capsule Report:ManagingCyanide in MetalFinishing.Washington,D.C. (December).10.31U.S. EPA Metal Finishing,Part 433Page 77 of 101June 27, 2016DCNAUTHORDATETITLECBIPAGEDOCUMENTTYPEDOCUMENT ID NUMBER ABSTRACTCOPY -RIGHTEDSOURCECITATIONRECORDSECTIONAUTHORCATEGORYINDUSTRYMF0010903/06/20125.6 Phosphorous. Water: Monitoring& Assessment - DCN MF00109No5PublicationUSEPASummary of phosphorus monitoring andassessment.EPA-HQ-OW-2015-0665-0288NoU.S. EPA. 2012.5.6Phosphorous.Water:Monitoring &Assessment.10.31U.S. EPA Metal Finishing,Part 433MF0011008/07/2015The USGS Water Science School:Water Questions & Answers, WhatCauses Fish Kills? - DCN MF00110No1ReportSummary of information on what can cause a fishkill.EPA-HQ-OW-2015-0665-0289NoUSGS. 2015.The USGSWater ScienceSchool: WaterQuestions &Answers, WhatCauses FishKills?10.31USGS Metal Finishing,Part 4330816209/01/2015Preliminary Category Review –Facility Data Review for PointSource Category 436 – MineralMining and Processing - DCN 08162No0DataUnderlying data analysis and calculations forfacilities reviewed as part of the 2015 preliminarycategory review for PSC 436 – Mineral Mining andProcessing.EPA-HQ-OW-2015-0665-0282NoERG. 2015.Prelim CategoryReview – FacilityData Review forPSC 436 –Mineral Mining.(Sept).10.34EasternResearchGroup, IncMineral Miningand ProcessingPage 78 of 101June 27, 2016DCNAUTHORDATETITLECBIPAGEDOCUMENTTYPEDOCUMENT ID NUMBER ABSTRACTCOPY -RIGHTEDSOURCECITATIONRECORDSECTIONAUTHORCATEGORYINDUSTRY0816303/18/2013Florida Department ofEnvironmental Protection (FL DEP).National Pollutant DischargeElimination System Facility Permitfor NPDES FL0000655 – PCSPhosphates White Springs, WhiteSprings, FL - DCN 08163No138Permit,RegistrationNPDES Facility Permit for PCS Phosphates WhiteSprings, White Springs, FL - FL0000655.EPA-HQ-OW-2015-0665-0037NoFL DEP. 2013.FloridaDepartment ofEnvironmentalProtection.NPDES Permit:PCS PhosphatesWhite Springs,White Springs,FL (FL0000655).(March 18).10.34FL DEP Mineral Miningand Processing0816405/06/2015Telephone and EmailCommunication with TomKallemeyn, Florida Department ofEnvironmental Protection, and KaraEdquist, Eastern Research Group,Inc., Re: 2013 DMR FluorideDischarges for PCS PhosphatesWhite Springs - DCN 08164No3MeetingMaterialsTelephone and email conversation between TomKallemeyn, Florida Department of EnvironmentalProtection, and Kara Edquist, Eastern ResearchGroup, Inc., about 2013 DMR Fluoride Dischargesfor PCS Phosphates White Springs.EPA-HQ-OW-2015-0665-0038NoFL DEP. 2015 .Correspondencebetween TomKallemeyn, FLDEP, and KaraEdquist, ERG.Re: 2013 DMRFluorideDischarges.(May 6).10.34FL DEP Mineral Miningand Processing0816512/18/2014Telephone and EmailCommunication with Billey Goble,SES Services, and Diane Perkins,Cirrus Associates, and KimberlyBartell, Eastern Research Group,Inc., Re: 2013 DMR Aluminum,Chloride Discharges - DCN 08165No5MeetingMaterialsTelephone and email conversation between BilleyGoble, SES Services, and Diane Perkins, CirrusAssociates, and Kimberly Bartell, Eastern ResearchGroup, Inc., about 2013 DMR Aluminum andChloride Discharges at SES Services (previouslyLambert Dock).EPA-HQ-OW-2015-0665-0039NoGoble, B. 2014.Correspondencebetween B.Goble, SESServices, D.Perkins, CirrusAssociates, andK. Bartell, ERG.Re: 2013 DMRDischarges. (Dec18).10.34Goble, Billey Mineral Miningand ProcessingPage 79 of 101June 27, 2016DCNAUTHORDATETITLECBIPAGEDOCUMENTTYPEDOCUMENT ID NUMBER ABSTRACTCOPY -RIGHTEDSOURCECITATIONRECORDSECTIONAUTHORCATEGORYINDUSTRY0816612/19/2009Texas Commission onEnvironmental Quality (TCEQ).2009 National Pollutant DischargeElimination System Facility PermitStatement of Basis/TechnicalSummary for NPDES TX0112038 –Cooper Natural Resources, CedarLake Plant, Seagraves, TX - DCN08166No8Permit,Registration2009 NPDES Facility Permit Statement ofBasis/Technical Summary for Cooper NaturalResources, Cedar Lake Plant, Seagraves, TX -TX0112038.EPA-HQ-OW-2015-0665-0040NoTCEQ. 2009.TexasCommission onEnvironmentalQuality. NPDESPermitStatement ofBasis: CooperNatural Res,Seagraves, TX(TX0112038).(Dec 19).10.34TCEQ Mineral Miningand Processing0816703/31/2015Texas Commission onEnvironmental Quality (TCEQ).2015 National Pollutant DischargeElimination System Facility PermitStatement of Basis/TechnicalSummary for NPDES IDTX0112038 – Cooper NaturalResources, Cedar Lake Plant,Seagraves, TX - DCN 08167No11Permit,Registration2015 NPDES Facility Permit Statement ofBasis/Technical Summary for Cooper NaturalResources, Cedar Lake Plant, Seagraves, TX -TX0112038.EPA-HQ-OW-2015-0665-0041NoTCEQ. 2015.TexasCommission onEnvironmentalQuality. NPDESPermitStatement ofBasis: CooperNatural Res,Seagraves, TX(TX0112038).(March 31).10.34TCEQ Mineral Miningand Processing0816812/11/2014Telephone and EmailCommunication with WilliamCrocker, Nyrstar, and KimberlyBartell, Eastern Research Group,Inc., Re: 2013 DMR FluorideDischarges - DCN 08168No3MeetingMaterialsTelephone and email conversation between WilliamCrocker, Nyrstar, and Kimberly Bartell, EasternResearch Group, Inc., about 2013 DMR FluorideDischarges.EPA-HQ-OW-2015-0665-0042NoCrocker, William.2014.Correspondencebetween WilliamCrocker, Nyrstar,and Kim Bartell,ERG. Re: 2013DMR FluorideDischarges. (Dec11).10.36Crocker,WilliamNonferrousMetals Formingand MetalPowdersPage 80 of 101June 27, 2016DCNAUTHORDATETITLECBIPAGEDOCUMENTTYPEDOCUMENT ID NUMBER ABSTRACTCOPY -RIGHTEDSOURCECITATIONRECORDSECTIONAUTHORCATEGORYINDUSTRY0816909/01/2015Preliminary Category Review –Facility Data Review for PointSource Category 421 – NonferrousMetals Manufacturing - DCN 08169No0DataUnderlying data analysis and calculations forfacilities reviewed as part of the 2015 preliminarycategory review for PSC 421 – Nonferrous MetalsManufacturing.EPA-HQ-OW-2015-0665-0293NoERG. 2015.Prelim CategoryReview – FacilityData Review forPSC 421 –NFMM. (Sept).10.36EasternResearchGroup, IncNonferrousMetals Formingand MetalPowders0817005/05/2014Horsehead Corporation EndOperations at Monaca, PA Facility -DCN 08170No2Fact/DataSheetFacility profile for Horsehead Corporation EndOperations at Monaca, PA.EPA-HQ-OW-2015-0665-0043NoHorseheadCorporation.2014. HorseheadCorporation EndOperations atMonaca, PAFacility. (May 5).10.36HorseheadCorporationNonferrousMetals Formingand MetalPowders0821411/14/2014Telephone and EmailCommunication with MarciaAllocco, North Carolina Departmentof Environmental and NaturalResources and Kimberly Bartell,Eastern Research Group, Inc., Re:2013 DMR Cyanide Discharges forALCOA in Badin, NC - DCN 08214No1MeetingMaterialsTelephone and email conversation between MarciaAllocco, North Carolina Department ofEnvironmental and Natural Resources and KimberlyBartell, Eastern Research Group, Inc., about 2013DMR Cyanide Discharges for ALCOA in Badin, NC.EPA-HQ-OW-2015-0665-0075NoAllocco, M. 2014.Correspondencebetween MarciaAllocco, NCDENR and KimBartell, ERG. Re:2013 DMRCyanideDischarges forALCOA. (Nov14).10.36Allocco, Marcia NonferrousMetalsManufacturingPage 81 of 101June 27, 2016DCNAUTHORDATETITLECBIPAGEDOCUMENTTYPEDOCUMENT ID NUMBER ABSTRACTCOPY -RIGHTEDSOURCECITATIONRECORDSECTIONAUTHORCATEGORYINDUSTRY0824112/18/2014Telephone and EmailCommunication between VelReyLozano, EPA Region 8, andKimberly Bartell, Eastern ResearchGroup, Inc., Re: 2013 DMR SulfideDischarges for Maverick Spring inCody WY - DCN 08241No29MeetingMaterialsTelephone and email conversation between VelReyLozano, EPA Region 8, and Kimberly Bartell,Eastern Research Group, Inc., Re: 2013 DMRSulfide Discharges for Maverick Spring in Cody WY.EPA-HQ-OW-2015-0665-0102NoLozano, V. 2014.TelephoneCommunicationbetween VelReyLozano, EPARegion 8, andKim Bartell,ERG. Re: 2013DMR SulfideData. (Dec 18).10.37Lozano,VelReyOil & GasExtraction0818606/01/2011Colorado Department of PublicHealth and Environment (CDPHE).National Pollutant DischargeElimination System Facility Permitand Fact Sheet for NPDESCO0036251 - Cotter Corporation –JD-7 and JD-9 Mines, Naturita,CO. - DCN 08186No52Permit,RegistrationNPDES Facility Permit and Fact Sheet for CotterCorporation – JD-7 and JD-9 Mines, Naturita, CO -CO0036251.EPA-HQ-OW-2015-0665-0055NoCDPHE. 2011.ColoradoDepartment ofPublic HealthandEnvironment.NPDES Permit:CotterCorporation,Naturita, CO(CO0036251).(June 1).10.38CDPHE Ore Mining andDressing0818706/10/2015Telephone and EmailCommunication with Randy Conroy,Michigan Department ofEnvironmental Quality (MI DEQ),and Kimberly Bartell, EasternResearch Group, Inc., Re: 2013DMR Copper Discharges forCopper Range Co. - DCN 08187No3MeetingMaterialsTelephone and email conversation between RandyConroy, Michigan Department of EnvironmentalQuality (MI DEQ), and Kimberly Bartell, EasternResearch Group, Inc., about 2013 DMR copperdischarges for Copper Range Co. (MI0006114).EPA-HQ-OW-2015-0665-0056NoConroy, R.2015.Correspondencebetween RandyConroy, MI DEQ,and Kim Bartell,ERG. Re: 2013DMR CopperDischarges forCopper RangeCo. (June 10).10.38Conroy, Randy Ore Mining andDressingPage 82 of 101June 27, 2016DCNAUTHORDATETITLECBIPAGEDOCUMENTTYPEDOCUMENT ID NUMBER ABSTRACTCOPY -RIGHTEDSOURCECITATIONRECORDSECTIONAUTHORCATEGORYINDUSTRY0818809/01/2015Preliminary Category Review –Facility Data Review for PointSource Category 440 – Ore Miningand Dressing. - DCN 08188No0DataUnderlying data analysis and calculations forfacilities reviewed as part of the 2015 preliminarycategory review for PSC 440 – Ore Mining andDressing.EPA-HQ-OW-2015-0665-0294NoERG. 2015.Prelim CategoryReview – FacilityData Review forPSC 440 – OreMining andDressing. (Sept).10.38EasternResearchGroup, IncOre Mining andDressing0818906/09/2015Telephone and EmailCommunication with AndreaHayden, Cliffs Natural Resources,and Kimberly Bartell, EasternResearch Group, Inc., Re: 2013DMR Copper Discharges forNorthshore Mining - DCN 08189No4MeetingMaterialsTelephone and email conversation between AndreaHayden, Cliffs Natural Resources, and KimberlyBartell, Eastern Research Group, Inc., about 2013DMR copper discharges for Northshore Mining(MN0055301).EPA-HQ-OW-2015-0665-0057NoHayden, A.2015.Correspondencebetween AndreaHayden, CliffsNaturalResources, andKim Bartell,ERG. Re: 2013DMR CopperDischarges.(June 9).10.38Hayden,AndreaOre Mining andDressing0819006/09/2015Telephone and EmailCommunication with BrentKetzenberger, Cliffs NaturalResources, and Kimberly Bartell,Eastern Research Group, Inc., Re:2013 DMR Selenium Discharges forTilden Mine, Ishpeming, MI - DCN08190No4MeetingMaterialsTelephone and email conversation between BrentKetzenberger, Cliffs Natural Resources, andKimberly Bartell, Eastern Research Group, Inc.,about 2013 DMR selenium discharges for TildenMine, Ishpeming, MI.EPA-HQ-OW-2015-0665-0058NoKetzenberger, B.2015.Correspondencebetween BrentKetzenberger,Cliffs N.R., andKim Bartell,ERG. Re: 2013DMR SeleniumDischarges.(June 9).10.38Ketzenberger,BrentOre Mining andDressingPage 83 of 101June 27, 2016DCNAUTHORDATETITLECBIPAGEDOCUMENTTYPEDOCUMENT ID NUMBER ABSTRACTCOPY -RIGHTEDSOURCECITATIONRECORDSECTIONAUTHORCATEGORYINDUSTRY0819106/25/2014Copper Range Company Records,MS-080 - DCN 08191No1219Fact/DataSheetMichigan Technological University: Copper RangeCompany Records and historical collections. TheCopper Range Company (1899-1977) operatedcopper mines in Houghton County's South Rangeand in Ontonagon County. The second largestmining company in the Copper Country (afterCalumet & Hecla), the Copper Range Company wasthe only one to survive the 1960s. The CopperRange Company Records document the history ofthe Copper Range Company, its subsidiaries, andthe companies it acquired.EPA-HQ-OW-2015-0665-0059NoMichelson, D.2014. MichiganTechnologicalUniversity.Copper RangeCompanyRecords, MS080. (June 25).10.38Michelson,DanielOre Mining andDressing0819211/01/2010Michigan Department ofEnvironmental Quality (MI DEQ).National Pollutant DischargeElimination System Facility Permitfor NPDES MI0006114 - CopperRange Company, White Pine, MI -DCN 08192No25Permit,RegistrationNPDES Facility Permit for Copper Range Company,White Pine, MI - MI0006114.EPA-HQ-OW-2015-0665-0060NoMI DEQ. 2010.MichiganDepartment ofEnvironmentalQuality. NPDESPermit: CopperRangeCompany, WhitePine, MI(MI0006114).(November 1).10.38MI DEQ Ore Mining andDressing0819306/09/2015Telephone and EmailCommunication with Kelly Morgan,Colorado Department of PublicHealth & Environment, andKimberly Bartell, Eastern ResearchGroup, Inc., Re: 2013 DMR Radium226 Discharges for JD-7 and JD-9Mines (CO0036251) - DCN 08193No3MeetingMaterialsTelephone and email conversation between KellyMorgan, Colorado Department of Public Health &Environment, and Kimberly Bartell, EasternResearch Group, Inc., about 2013 DMR Radium226 Discharges for JD-7 and JD-9 Mines(CO0036251).EPA-HQ-OW-2015-0665-0061NoMorgan, K. 2015.Correspondencebetween KellyMorgan,CDPHE, andKim Bartell,ERG. Re: 2013DMR Radium226 Dischargesfor JD-7 and JD9. (June 9).10.38Morgan, Kelly Ore Mining andDressingPage 84 of 101June 27, 2016DCNAUTHORDATETITLECBIPAGEDOCUMENTTYPEDOCUMENT ID NUMBER ABSTRACTCOPY -RIGHTEDSOURCECITATIONRECORDSECTIONAUTHORCATEGORYINDUSTRY0819412/16/2014Telephone and EmailCommunication with Tom Nannini,Rio Tinto Kennecott, and EvaKnoth, Eastern Research Group,Inc., Re: 2013 TRI Water Releasesfor Kennecott Utah Copper - DCN08194No2MeetingMaterialsTelephone and email conversation between TomNannini, Rio Tinto Kennecott, and Eva Knoth,Eastern Research Group, Inc., about 2013 TRIWater Releases for Kennecott Utah Copper.EPA-HQ-OW-2015-0665-0062NoNannini, T. 2014.Correspondencebetween TomNannini, RioTinto, and EvaKnoth, ERG. Re:2013 TRI WaterReleases forKennecott Utah.(Dec 16).10.38Nannini, Tom Ore Mining andDressing0819512/23/2014Telephone and EmailCommunication with AmandaSappington, Missouri Department ofNatural Resources (MO DNR), andKimberly Bartell, Eastern ResearchGroup, Inc., Re: 2013 TRI LeadDischarges for Fletcher Mine andBuick Mine - DCN 08195No2MeetingMaterialsTelephone and email conversation betweenAmanda Sappington, Missouri Department ofNatural Resources, and Kimberly Bartell, EasternResearch Group, Inc., about 2013 TRI LeadDischarges for Fletcher Mine and Buick Mine.EPA-HQ-OW-2015-0665-0063NoSappington, A.2014.CorrespondencebetweenAmandaSappington, MODNR, and KimBartell, ERG. Re:2013 TRI LeadDischarges. (De23).10.38Sappington,AmandaOre Mining andDressing0819610/08/2010Doe Run Resources CorporationSettlement - DCN 08196No174DecreeConsent Decree for Doe Run Resources Corp. ofSt. Louis, Missouri. Doe Run, North America’slargest lead producer, has agreed to spendapproximately $65 millionto correct violations ofseveral environmental laws at ten of its lead mining,milling and smelting facilities in southeast Missouri.EPA-HQ-OW-2015-0665-0064NoU.S. EPA. 2010.Doe RunResourcesCorporationSettlement.(October 8).10.38U.S. EPA Ore Mining andDressingPage 85 of 101June 27, 2016DCNAUTHORDATETITLECBIPAGEDOCUMENTTYPEDOCUMENT ID NUMBER ABSTRACTCOPY -RIGHTEDSOURCECITATIONRECORDSECTIONAUTHORCATEGORYINDUSTRY0819711/12/2009Utah Department of EnvironmentalQuality (UT DEQ). NationalPollutant Discharge EliminationSystem Facility Permit for NPDESUT0000051 - Kennecott UtahCopper LLC, Magna, UT - DCN08197No65Permit,RegistrationNPDES Facility Permit for Kennecott Utah CopperLLC, Magna, UT - UT0000051.EPA-HQ-OW-2015-0665-0065NoUT DEQ. 2009.Utah Departmentof EnvironmentalQuality. NPDESPermit:Kennecott UtahCopper LLC,Magna, UT(UT0000051).(November 12).10.38UT DEQ Ore Mining andDressing0822802/13/2015Telephone and EmailCommunication with Rhonda Thiele,Utah Department of EnvironmentalQuality and Kara Edquist, EasternResearch Group, Inc. Re: 2013DMR Discharges for United ParkCity Mines Co., Park City, UT - DCN08228No1MeetingMaterialsTelephone and email conversation between RhondaThiele, Utah Department of Environmental Qualityand Kara Edquist, Eastern Research Group, Inc.about 2013 DMR Discharges for United Park CityMines Co., Park City, UT.EPA-HQ-OW-2015-0665-0089NoThiele, R. 2015.Correspondencebetween RhondaThiele, UtahDEQ and KimBartell, ERG. Re:DMR Dischargesfor United ParkCity Mines. (Feb13).10.38Thiele,Rhonda.Ore Mining andDressing0817105/07/2015Telephone and EmailCommunication with Kevin Brewer,ExxonMobil Chemical Co., and EvaKnoth, Eastern Research Group,Inc., Re: 2013 TRI PACs Releasesfrom ExxonMobil Chemical Co. inBaytown, TX - DCN 08171No4MeetingMaterialsTelephone and email conversation between KevinBrewer, ExxonMobil Chemical Co., and Eva Knoth,Eastern Research Group, Inc., about 2013 TRIPACs releases from ExxonMobil Chemical Co. inBaytown, TX.EPA-HQ-OW-2015-0665-0044NoBrewer, K. 2015.Correspondencebetween KevinBrewer,ExxonMobilChemical Co.,and Eva Knoth,ERG. Re: 2013TRI PACsReleases. (May7).10.39Brewer, Kevin OCPSF (OrganicChemicals,Plastics andSynthetic Fibers)Page 86 of 101June 27, 2016DCNAUTHORDATETITLECBIPAGEDOCUMENTTYPEDOCUMENT ID NUMBER ABSTRACTCOPY -RIGHTEDSOURCECITATIONRECORDSECTIONAUTHORCATEGORYINDUSTRY0817205/07/2015Telephone and EmailCommunication with ElizabethConnell, DSM Chemicals NA, Inc.,and Eva Knoth, Eastern ResearchGroup, Inc., Re: 2013 TRI NitrateReleases from DSM Chemicals NA,Inc., Augusta, GA - DCN 08172No1MeetingMaterialsTelephone and email conversation betweenElizabeth Connell, DSM Chemicals NA, Inc., andEva Knoth, Eastern Research Group, Inc., about2013 TRI nitrate releases from DSM Chemicals NA,Inc., Augusta, GA.EPA-HQ-OW-2015-0665-0045NoConnell, E. 2015.CorrespondencebetweenElizabethConnell, DSMChemicals, andEva Knoth, ERG.Re: 2013 TRINitrate Releases.(May 7).10.39Connell,ElizabethOCPSF (OrganicChemicals,Plastics andSynthetic Fibers)0817309/01/2015Preliminary Category Review –Facility Data Review for PointSource Category - 414 – OrganicChemicals, Plastics, and SyntheticFibers - DCN 08173No0DataUnderlying data analysis and calculations forfacilities reviewed as part of the 2015 preliminarycategory review for Point Source Category – 414 –Organic Chemicals, Plastics, and Synthetic Fibers.EPA-HQ-OW-2015-0665-0292NoERG. 2015.Prelim CategoryReview – FacilityData Review forPSC 414 –OrganicChemicals,Plastics, andSynthetic Fibers.(Sept).10.39EasternResearchGroup, IncOCPSF (OrganicChemicals,Plastics andSynthetic Fibers)0817412/18/2014Telephone and EmailCommunication with MichaelHouse, A.K.A Solutia, and KimberlyBartell, Eastern Research Group,Inc., Re: 2013 DMR 2,3,7,8-TCDDDischarges for A.K.A Solutia NitroSite, WV - DCN 08174No4MeetingMaterialsTelephone and email conversation between MichaelHouse, A.K.A Solutia, and Kimberly Bartell, EasternResearch Group, Inc., about 2013 DMR 2,3,7,8-TCDD discharges for A.K.A Solutia Nitro Site in WV.EPA-HQ-OW-2015-0665-0046NoHouse, M. 2014.Correspondencebetween MichaelHouse, A.K.ASolutia, and KimBartell, ERG. Re:2013 DMR2,3,7,8-TCDDDischarges.(December 18).10.39House, Michael OCPSF (OrganicChemicals,Plastics andSynthetic Fibers)Page 87 of 101June 27, 2016DCNAUTHORDATETITLECBIPAGEDOCUMENTTYPEDOCUMENT ID NUMBER ABSTRACTCOPY -RIGHTEDSOURCECITATIONRECORDSECTIONAUTHORCATEGORYINDUSTRY0817505/08/2015Telephone and EmailCommunication with Shari Kennett,Dow Chemical, and Eva Knoth,Eastern Research Group, Inc., Re:2013 TRI Dioxin Releases fromDow Chemical Co., Midland, MI -DCN 08175No5MeetingMaterialsTelephone and email conversation between ShariKennett, Dow Chemical, and Eva Knoth, EasternResearch Group, Inc., about 2013 TRI dioxinreleases from Dow Chemical Co., Midland, MI.EPA-HQ-OW-2015-0665-0275NoKennett, S.2015.Correspondencebetween ShariKennett, DowChemical, andEva Knoth, ERG.Re: 2013 TRIDioxin Releases.(May 8).10.39Kennett, Shari OCPSF (OrganicChemicals,Plastics andSynthetic Fibers)0817611/13/2009Louisiana Department ofEnvironmental Quality (LA DEQ).2009 National Pollutant DischargeElimination System Facility Permitfor NPDES LA0003336 - SasolNorth America, Westlake, LA - DCN08176No157Permit,Registration2009 NPDES Facility Permit for Sasol NorthAmerica, Westlake, LA - LA0003336.EPA-HQ-OW-2015-0665-0047NoLA DEQ. 2009.LouisianaDepartment ofEnvironmentalQuality. NPDESPermit: SasolNorth America,Westlake, LA(LA0003336).(November 13).10.39LA DEQ OCPSF (OrganicChemicals,Plastics andSynthetic Fibers)0817703/10/2009Louisiana Department ofEnvironmental Quality (LA DEQ).2009 National Pollutant DischargeElimination System Facility Permitfor NPDES LA0038890 - NalcoCompany, Garyville, LA - DCN08177No58Permit,Registration2009 NPDES Facility Permit for Nalco Company,Garyville, LA - LA0038890.EPA-HQ-OW-2015-0665-0048NoLA DEQ. 2009.LouisianaDepartment ofEnvironmentalQuality. NPDESPermit: NalcoCompany,Garyville, LA(LA0038890).(March 10).10.39LA DEQ OCPSF (OrganicChemicals,Plastics andSynthetic Fibers)Page 88 of 101June 27, 2016DCNAUTHORDATETITLECBIPAGEDOCUMENTTYPEDOCUMENT ID NUMBER ABSTRACTCOPY -RIGHTEDSOURCECITATIONRECORDSECTIONAUTHORCATEGORYINDUSTRY0817804/29/2014Louisiana Department ofEnvironmental Quality (LA DEQ).2014 Amended National PollutantDischarge Elimination SystemFacility Permit Fact Sheet andRationale for NPDES LA0003336 -Sasol North America, Westlake,LA - DCN 08178No191Permit,Registration2014 Amended NPDES Facility Permit Fact Sheetand Rationale for Sasol North America, Westlake,LA - LA0003336.EPA-HQ-OW-2015-0665-0049NoLA DEQ. 2014.LouisianaDepartment ofEnvironmentalQuality.AmendedNPDES FactSheet: SasolNorth America,Westlake, LA(LA0003336).(April 29).10.39LA DEQ OCPSF (OrganicChemicals,Plastics andSynthetic Fibers)0817905/07/2015Telephone and EmailCommunication with Scott Northey,DuPont Chambers Works, and EvaKnoth, Eastern Research Group,Inc., Re: 2013 TRI Nitrate Releasesfrom DuPont Chamber Works,Deepwater, NJ - DCN 08179No4MeetingMaterialsTelephone and email conversation between ScottNorthey, DuPont Chambers Works, and Eva Knoth,Eastern Research Group, Inc., about 2013 TRInitrate releases from DuPont Chamber Works,Deepwater, NJ.EPA-HQ-OW-2015-0665-0050NoNorthey, S.2015.Correspondencebetween ScottNorthey, DuPontChambers, andEva Knoth, ERG.Re: 2013 TRINitrate Releases.(May 7).10.39Northey, Scott OCPSF (OrganicChemicals,Plastics andSynthetic Fibers)0818007/17/2015Sasol North American Operations.Lake Charles Chemical Complexand R&D - DCN 08180No1Fact/DataSheetContains information about manufacturing units atthe Lake Charles Chemical Complex of Sasol NorthAmerican Operations.EPA-HQ-OW-2015-0665-0051NoSasol. 2015.Sasol NorthAmericanOperations. LakeCharlesChemicalComplex.Available onlineat:http://www.sasolnorthamerica.com/louisiana.10.39Sasol OCPSF (OrganicChemicals,Plastics andSynthetic Fibers)Page 89 of 101June 27, 2016DCNAUTHORDATETITLECBIPAGEDOCUMENTTYPEDOCUMENT ID NUMBER ABSTRACTCOPY -RIGHTEDSOURCECITATIONRECORDSECTIONAUTHORCATEGORYINDUSTRY0818112/23/2014Telephone and EmailCommunication with Scott Shaw,Sasol North America, and KimberlyBartell, Eastern Research Group,Inc., Re: 2013 DMR DioxinDischarges for Sasol - DCN 08181No7MeetingMaterialsTelephone and email conversation between ScottShaw, Sasol North America, and Kimberly Bartell,Eastern Research Group, Inc., about 2013 DMRdioxin discharges for Sasol.EPA-HQ-OW-2015-0665-0052NoShaw, S. 2014.Correspondencebetween ScottShaw, SasolNorth America,and Kim Bartell,ERG. Re: 2013DMR DioxinDischarges.(December 23).10.39Shaw, Scott OCPSF (OrganicChemicals,Plastics andSynthetic Fibers)0818212/01/2011Preliminary Study of CarbonDisulfide Discharges from CelluloseProducts Manufacturers - DCN08182No29Publication;USEPAStudy of wastewater discharges, specifically carbondisulfide (CS2) from regenerated cellulosemanufacturers.EPA-HQ-OW-2015-0665-0053NoU.S. EPA. 2011.PreliminaryStudy of CarbonDisulfideDischarges fromCelluloseProductsManufacturers.Washington,D.C.(December).10.39U.S. EPA OCPSF (OrganicChemicals,Plastics andSynthetic Fibers)0818312/01/2014Telephone Communication withJack Webster, Viscofan USA, Inc.,and Elizabeth Gentile, EasternResearch Group, Inc., Re: 2013 TRICarbon Disulfide Discharges fromViscofan USA, Inc - DCN 08183No1MeetingMaterialsTelephone conversation between Jack Webster,Viscofan USA, Inc., and Elizabeth Gentile, EasternResearch Group, Inc., about 2013 TRI carbondisulfide discharges from Viscofan USA, Inc.EPA-HQ-OW-2015-0665-0252NoWebster, J.2014.Correspondencebetween JackWebster,Viscofan USA,Inc., and LizGentile, ERG.Re: 2013 TRICarbon DisulfideDischarges.(Dec).10.39Webster, Jack OCPSF (OrganicChemicals,Plastics andSynthetic Fibers)Page 90 of 101June 27, 2016DCNAUTHORDATETITLECBIPAGEDOCUMENTTYPEDOCUMENT ID NUMBER ABSTRACTCOPY -RIGHTEDSOURCECITATIONRECORDSECTIONAUTHORCATEGORYINDUSTRY0818412/01/2014Telephone and EmailCommunication with Michael Yoder,Viskase Corporation, and ElizabethGentile, Eastern Research Group,Inc., Re: 2013 TRI Carbon DisulfideDischarges from Viskase Corp -DCN 08184No1MeetingMaterialsTelephone and email conversation between MichaelYoder, Viskase Corporation, and Elizabeth Gentile,Eastern Research Group, Inc., about 2013 TRIcarbon disulfide discharges from Viskase Corp.EPA-HQ-OW-2015-0665-0253NoYoder, M. 2014.Correspondencebetween MichaelYoder, ViskaseCorporation, andLiz Gentile,ERG. Re: 2013TRI CarbonDisulfideDischarges.(Dec).10.39Yoder, Michael OCPSF (OrganicChemicals,Plastics andSynthetic Fibers)0818512/12/2014New DuPont Chambers Works plantmanager ready to take on bigchange - DCN 08185No3PublicationCopyrightedMaterialSouth Jersey Times article on the new DuPontChambers Works plant manager Dawn Hughes asshe talks about her career and the future of theDuPont Chambers Works.EPA-HQ-OW-2015-0665-0054YesYoung, Alex.2014. NewDuPontChambersWorks plantmanager readyto take on bigchange. SouthJersey Times.(December 12).10.39Young, Alex OCPSF (OrganicChemicals,Plastics andSynthetic Fibers)0821812/22/2014Telephone and EmailCommunication with Steve Brewer,Valero Refining Co., and KimberlyBartell, Eastern Research Group,Inc., Re: 2013 TRI Hydrogen SulfideDischarges for Valero Refining inMemphis, TN - DCN 08218No4MeetingMaterialsTelephone and email conversation between SteveBrewer, Valero Refining Co., and Kimberly Bartell,Eastern Research Group, Inc., about 2013 TRIHydrogen Sulfide Discharges for Valero Refining inMemphis, TN.EPA-HQ-OW-2015-0665-0079NoBrewer, S. 2014.Correspondencebetween SteveBrewer, ValeroRefining, andKim Bartell,ERG. Re: TRIH2S Dischargesfor ValeroRefining. (Dec22).10.43Brewer, Steve PetroleumRefiningPage 91 of 101June 27, 2016DCNAUTHORDATETITLECBIPAGEDOCUMENTTYPEDOCUMENT ID NUMBER ABSTRACTCOPY -RIGHTEDSOURCECITATIONRECORDSECTIONAUTHORCATEGORYINDUSTRY0822112/22/2014Telephone and EmailCommunication with Sergio Ibarra,Tesoro Refining, and KimberlyBartell, Eastern Research Group,Inc., Re: 2013 TRI Hydrogen SulfideDischarges for Tesoro Refining inSalt Lake City, UT - DCN 08221No3MeetingMaterialsTelephone and email conversation between SergioIbarra, Tesoro Refining, and Kimberly Bartell,Eastern Research Group, Inc., about 2013 TRIHydrogen Sulfide Dischargesfor Tesoro Refining inSalt Lake City, UT.EPA-HQ-OW-2015-0665-0082NoIbarra, S. 2014.Correspondencebetween SergioIbarra, TesoroRefining, andKim Bartell,ERG. Re: TRIH2S Dischargesfor TesoroRefining. (Dec22).10.43Ibarra, Sergio PetroleumRefining0822702/27/2015Telephone and EmailCommunication with Neil Stanton,Ergon West Virginia and KimberlyBartell, Eastern Research Group,Inc. Re: 2013 DMR SulfideDischarges - DCN 08227No9MeetingMaterialsTelephone and email conversation between NeilStanton, Ergon West Virginia and Kimberly Bartell,Eastern Research Group, Inc. about 2013 DMRSulfide Discharges.EPA-HQ-OW-2015-0665-0088NoStanton, N.2015.Correspondencebetween NeilStanton, ErgonWest Virginiaand Kim Bartell,ERG. Re: 2013DMR SulfideDischarges. (Feb27).10.43Stanton, Neil PetroleumRefining0819808/01/2012Alabama Department ofEnvironmental Management(ADEM). National PollutantDischarge Elimination SystemFacility Permit for NPDESAL0002674 - International PaperCompany – Pine HillContainerboard Mill, Pine Hill, AL. -DCN 08198No56Permit,Registration2012 NPDES Facility Permitfor International PaperCompany - Pine Hill Containerboard Mill, Pine Hill,AL - AL0002674.EPA-HQ-OW-2015-0665-0066NoADEM. 2012.AlabamaDepartment ofEnvironmentalManagement.NPDES Permit:IP – Pine HillContainerboardMill, Pine Hill, AL(AL0002674).(August 1).10.49ADEM Pulp, Paper, andPaperboardPage 92 of 101June 27, 2016DCNAUTHORDATETITLECBIPAGEDOCUMENTTYPEDOCUMENT ID NUMBER ABSTRACTCOPY -RIGHTEDSOURCECITATIONRECORDSECTIONAUTHORCATEGORYINDUSTRY0819909/01/2015Preliminary Category Review –Facility Data Review and RevisedCalculations for Point SourceCategory 430 – Pulp and Paper -DCN 08199No0DataUnderlying data analysis and calculations forfacilities reviewed as part of the 2015 preliminarycategory review for PSC 430 – Pulp and Paper.EPA-HQ-OW-2015-0665-0295NoERG. 2015.Prelim CategoryReview – FacilityData Review andRevisedCalculations forPSC 430 – Pulpand Paper.(Sept).10.49EasternResearchGroup, IncPulp, Paper, andPaperboard0820005/23/2012Resolute Forest Products. LegalEntity Name Changes - DCN 08200No2Fact/DataSheetPresents legal name changes for the company fromAbitibiBowater Inc. to Resolute Forest Products, Inc.EPA-HQ-OW-2015-0665-0067NoResolute FP.2012. ResoluteForest Products.Legal EntityName Changes.(May 23).Available onlineat:http://www.resolutefp.com/About_Us/Identity/.10.49Resolute FP Pulp, Paper, andPaperboard0820112/04/2014Telephone and EmailCommunication Between JerrySchwartz, American Forest andPaper Association, Paul Wiegand,National Council for Air and StreamImprovement, and Kimberly Bartell,Eastern Research Group, Inc., Re:2013 DMR and TRI Pulp and PaperDischarges - DCN 08201No52MeetingMaterialsTelephone and email conversation between JerrySchwartz, American Forest and Paper Association(AF&PA), Paul Wiegand, National Council for Airand Stream Improvement (NCASI), and KimberlyBartell, Eastern Research Group, Inc., about 2013DMR and TRI Pulp and Paper Discharges.EPA-HQ-OW-2015-0665-0068NoSchwartz, J. andP. Wiegand.2014.CommunicationBetween J.Schwartz,AF&PA, P.Wiegand,NCASI, and KimBartell, ERG. Re:2013 DMR & TRIData. (Dec).10.49J. Schwartz, P.WiegandPulp, Paper, andPaperboardPage 93 of 101June 27, 2016DCNAUTHORDATETITLECBIPAGEDOCUMENTTYPEDOCUMENT ID NUMBER ABSTRACTCOPY -RIGHTEDSOURCECITATIONRECORDSECTIONAUTHORCATEGORYINDUSTRY0820201/01/2015A Summary of InformationRegarding the Presence, Fate, andConcentrations of Reduced Sulfurin Pulp and Paper Mill TreatedEffluents - DCN 08202No6Fact/DataSheetNational Council for Air and Stream Improvementprepared a summary of information regarding thepresence, fate, and concentrations of reduced sulfurin Pulp and Paper Mill treated effluents.EPA-HQ-OW-2015-0665-0069NoWiegand, P.2015. NCASI. ASummary of InfoRegarding thePresence, Fate,andConcentrationsof ReducedSulfur in Pulpand PaperTreated Effluents.10.49Wiegand, Paul Pulp, Paper, andPaperboard0827809/18/2014Chemical Book: 2-Mercaptobenzothiaole - DCN 08278No2Publication;CopyrightedMaterialsProperties of 2-Mercaptobenzothiaole from thechemical bookEPA-HQ-OW-2015-0665-0238YesChemical Book.2014. See 2015ARR.10.50Chemical Book RubberManufacturing0827906/11/2015Chemical Land 21: 2-Mercaptobenzothiazole - DCN08279No3DataProperties of 2-Mercaptobenzothiaole from thechemicalland21.comEPA-HQ-OW-2015-0665-0239NoChemicalLand21.com. 2015. See2015 ARR.10.50ChemicalLand21.com.RubberManufacturingPage 94 of 101June 27, 2016DCNAUTHORDATETITLECBIPAGEDOCUMENTTYPEDOCUMENT ID NUMBER ABSTRACTCOPY -RIGHTEDSOURCECITATIONRECORDSECTIONAUTHORCATEGORYINDUSTRY0828001/01/2015CooperStandard: Products andInnovations Webpage - DCN 08280No1Publication;CopyrightedMaterialsCooper Standard is a leading global supplier ofsystems and components for the automotiveindustry.EPA-HQ-OW-2015-0665-0240YesCooperStandard.2015. See 2015ARR.10.50CooperStandardRubberManufacturing0828101/01/2015Dober History Webpage - DCN08281No2Publication;CopyrightedMaterialsWebpage on the company history of Dober.EPA-HQ-OW-2015-0665-0241YesDober. 2015.See 2015 ARR.10.50Dober RubberManufacturing0828201/01/2006Emerald Performance MaterialsHome Webpage - DCN 08282No2Publication;CopyrightedMaterialsEmerald Performance Materials, LLC produces andmarkets technologically advanced specialtychemicals for a broad range of food and industrialapplications.EPA-HQ-OW-2015-0665-0242YesEmeraldPerformanceMaterials. 2006.See 2015 ARR.10.50EmeraldPerformanceRubberManufacturingPage 95 of 101June 27, 2016DCNAUTHORDATETITLECBIPAGEDOCUMENTTYPEDOCUMENT ID NUMBER ABSTRACTCOPY -RIGHTEDSOURCECITATIONRECORDSECTIONAUTHORCATEGORYINDUSTRY0828301/01/2015GoldKey: The Intermix Technology -DCN 08283No2PublicationFor superior dispersion and mixing uniformity,Intermix Technology is regarded as the latest andbest mixing process available. GoldKey Processingchose the Intermix process for its many advantagesand serviceability.EPA-HQ-OW-2015-0665-0243NoGoldKey. 2015.See 2015 ARR.10.50GoldKey RubberManufacturing0828401/01/2015International AutomotiveComponents (IAC): CompanyWebpage - DCN 08284No1Publication;CopyrightedMaterialsInternational Automotive Components (IAC) is thethird largest automotive interior componentssupplier in the world by market share and the onlyglobal supplier with a singular focus on interiors.EPA-HQ-OW-2015-0665-0244YesIAC. 2015. See2015 ARR.10.50IAC RubberManufacturing0828506/24/2004Emission Scenario Document onAdditives in Rubber Industry - DCN08285No39PublicationDocument providing information on the sources, usepatterns and release pathways of chemicals usedas additives in rubber industry to assist in theestimation of releases of chemicals to theenvironment.EPA-HQ-OW-2015-0665-0245NoOECD. 2004.See 2015 ARR.10.50OECD RubberManufacturingPage 96 of 101June 27, 2016DCNAUTHORDATETITLECBIPAGEDOCUMENTTYPEDOCUMENT ID NUMBER ABSTRACTCOPY -RIGHTEDSOURCECITATIONRECORDSECTIONAUTHORCATEGORYINDUSTRY0828601/01/2000Rubber Chemicals - DCN 08286No20Publication;CopyrightedMaterialsRubber chemicals are materials that are added inminor amounts to rubber formulations in order toimprove their properties and make themcommercially useful.EPA-HQ-OW-2015-0665-0246YesOhm, R. F. 2000.See 2015 ARR.10.50Ohm, R. F. RubberManufacturing0828701/01/2004Rubber Compounding - DCN 08287No58Publication;CopyrightedMaterialsRubber compounding is the complex,multidisciplinary science of selecting and blendingthe appropriate combination of elastomers and otheringredients to meet the performance,manufacturing, environmental, and costrequirements for rubber goods made and used incommerce.EPA-HQ-OW-2015-0665-0247YesRodgers, B.2004. See 2015ARR.10.50Rodgers, B.,et. al.RubberManufacturing0828801/01/2015Sigma-Aldrich: M3302 - 2-Mercaptobenzothiazole - DCN08288No3Publication;CopyrightedMaterialsProperties of 2-Mercaptobenzothiaole from SigmaAldrich.EPA-HQ-OW-2015-0665-0248YesSigma-Aldrich.2015. See 2015ARR.10.50Sigma-Aldrich RubberManufacturingPage 97 of 101June 27, 2016DCNAUTHORDATETITLECBIPAGEDOCUMENTTYPEDOCUMENT ID NUMBER ABSTRACTCOPY -RIGHTEDSOURCECITATIONRECORDSECTIONAUTHORCATEGORYINDUSTRY0828902/01/1974Development Document for EffluentLimitations Guidelines and NewSource Performance Standards forthe Tire and Synthetic Segment ofthe Rubber Processing PointSource Category - DCN 08289No206ReportDevelopment document for the tire and syntheticrubber segments of the rubber processing industryrulemaking.EPA-HQ-OW-2015-0665-0249NoU.S. EPA. 1974.See 2015 ARR.10.50U.S. EPA RubberManufacturing0829009/01/1994R.E.D. FACTS: Sodium and ZincSalts of 2-Mercaptobenzothiazole -DCN 08290No6ReportAll pesticides sold or distributed in the United Statesmust be registered by EPA, based on scientificstudies showing that they can be used withoutposing unreasonable risks to people or theenvironment.EPA-HQ-OW-2015-0665-0250NoU.S. EPA. 1994.See 2015 ARR.10.50U.S. EPA RubberManufacturing0829102/27/2015Changes To The TRI List Of ToxicChemicals - DCN 08291No13DataChemical deletions and modifications to the TRI Listof Toxic ChemicalsEPA-HQ-OW-2015-0665-0251NoU.S. EPA. 2015.See 2015 ARR.10.50U.S. EPA RubberManufacturingPage 98 of 101June 27, 2016DCNAUTHORDATETITLECBIPAGEDOCUMENTTYPEDOCUMENT ID NUMBER ABSTRACTCOPY -RIGHTEDSOURCECITATIONRECORDSECTIONAUTHORCATEGORYINDUSTRY0820305/11/2015Telephone and EmailCommunication with ChristopherBeranek, Georgia EnvironmentalProtection Division, and KimberlyBartell, Eastern Research Group,Inc., Re: 2013 DMR SulfideDischarges for King AmericaFinishing - DCN 08203No4MeetingMaterialsTelephone and email conversation betweenChristopher Beranek, Georgia EnvironmentalProtection Division, and Kimberly Bartell, EasternResearch Group, Inc., about 2013 DMR sulfidedischarges for King America Finishing.EPA-HQ-OW-2015-0665-0070NoBeranek, C.2015.CorrespondencebetweenChristopherBeranek,Georgia EPD,and Kim Bartell,ERG. Re: 2013DMR SulfideDischarges.(May 11).10.54ChristopherBeranekTextile Mills0820409/01/2015Preliminary Category Review –Facility Data Review for PointSource Category 410 – Textiles -DCN 08204No0DataUnderlying data analysis and calculations forfacilities reviewed as part of the 2015 preliminarycategory review for PSC 410 – Textile Mills.EPA-HQ-OW-2015-0665-0276NoERG. 2015.Prelim CategoryReview – FacilityData Review forPSC 410 –Textiles. (Sept).10.54EasternResearchGroup, IncTextile Mills0820511/19/2013Georgia Department of NaturalResources, EnvironmentalProtection Division. (GA EPD).National Pollutant DischargeElimination System Facility Permitfor NPDES GA0003280 -KingAmerica Finishing, Inc., Sylvania,GA - DCN 08205No23Permit,Registration2013 NPDES Facility Permit for King AmericaFinishing, Inc., Sylvania, GA - GA0003280.EPA-HQ-OW-2015-0665-0071NoGA EPD. 2013.Georgia DNR,EPD. NPDESPermit: KingAmericaFinishing, Inc.,Sylvania, GA.(November 19).10.54GA EPD Textile MillsPage 99 of 101June 27, 2016DCNAUTHORDATETITLECBIPAGEDOCUMENTTYPEDOCUMENT ID NUMBER ABSTRACTCOPY -RIGHTEDSOURCECITATIONRECORDSECTIONAUTHORCATEGORYINDUSTRY0820605/13/2015Telephone and EmailCommunication with MatthewHutcheson, King America Finishing,and Kimberly Bartell, EasternResearch Group, Inc., Re: 2013DMR Sulfide Discharges for KingAmerica Finishing - DCN 08206No5MeetingMaterialsTelephone and email conversation betweenMatthew Hutcheson, King America Finishing, andKimberly Bartell, Eastern Research Group, Inc.,about 2013 DMR Sulfide Discharges for KingAmerica Finishing.EPA-HQ-OW-2015-0665-0072NoHutcheson, M.2015.CorrespondencebetweenMatthewHutcheson, KingAmerica, andKim Bartell,ERG. Re: 2013DMR SulfideDischarges.(May 13).10.54MatthewHutchesonTextile Mills0820702/13/2015Telephone and EmailCommunication with Crystal Rippy,South Carolina Department ofHealth and EnvironmentalCompliance, and Kara Edquist,Eastern Research Group, Inc., Re:2013 DMR Discharges for MohawkIndustries - DCN 08207No5MeetingMaterialsTelephone and email conversation between CrystalRippy, South Carolina Department of Health andEnvironmental Compliance, and Kara Edquist,Eastern Research Group, Inc., about 2013 DMRDischarges for Mohawk Industries Oak RiverFacility.EPA-HQ-OW-2015-0665-0073NoRippy, C. 2015.Correspondencebetween CrystalRippy, SCDHEC, and KaraEdquist, ERG.Re: 2013 DMRDischarges forMohawkIndustries. (Feb13).10.54Crystal Rippy Textile Mills0821311/07/2014Telephone and EmailCommunication with KeishaAkhavein, Florida Department ofEnvironmental Protection, andKimberly Bartell, Eastern ResearchGroup, Inc., Re: 2013 DMR TCDDDischarges for Koppers Inc - DCN08213No4MeetingMaterialsTelephone and email conversation between KeishaAkhavein, Florida Department of EnvironmentalProtection, and Kimberly Bartell, Eastern ResearchGroup, Inc., about 2013 DMR TCDD Discharges forKoppers Inc.EPA-HQ-OW-2015-0665-0074NoAkhavein, K.2014.Correspondencebetween KeishaAkhavein, FLDEP, and KimBartell, ERG. Re:2013 DMRTCDDDischarges forKoppers Inc.(Nov 7).10.55Akhavein,KeishaTimber ProductsProcessingPage 100 of 101June 27, 2016DCNAUTHORDATETITLECBIPAGEDOCUMENTTYPEDOCUMENT ID NUMBER ABSTRACTCOPY -RIGHTEDSOURCECITATIONRECORDSECTIONAUTHORCATEGORYINDUSTRY0824002/13/2015Telephone and EmailCommunication between NestorLouis, EPA Region 2, and KimberlyBartell, Eastern Research Group,Inc., Re: 2013 DMR Discharges forWyndham Sugar Bay Resort - DCN08240No4MeetingMaterialsTelephone and email conversation between NestorLouis, EPA Region 2, and Kimberly Bartell, EasternResearch Group, Inc., Re: 2013 DMR Dischargesfor Wyndham Sugar Bay Resort.EPA-HQ-OW-2015-0665-0101NoLouis, N.2015.TelephonCommunicationbetween NestorLouis, EPARegion 2, andKim Bartell,ERG. Re: 2013DMR Dischargesfor WyndhamSugar. (Feb 13).11.2Louis, Nestor Drinking WaterTreatment0823902/13/2015Telephone and EmailCommunication between MurrayLantner, EPA Region 2, andKimberly Bartell, Eastern ResearchGroup, Inc., Re: 2013 DMRDischarges for Bacardi Corp - DCN08239No108MeetingMaterialsTelephone and email conversation between MurrayLantner, EPA Region 2, and Kimberly Bartell,Eastern Research Group, Inc., Re: 2013 DMRDischarges for Bacardi Corp.EPA-HQ-OW-2015-0665-0100NoLantner, M.2015. Telephoneand EmailCommunicationbetween MurrayLantner, EPARegion 2, andKim Bartell,ERG. Re: 2013DMRDischarges. (Feb13).11.3Lantner,MurrayMiscellaneousFoods andBeveragesPage 101 of 101June 27, 2016