User Guide Index for EPA-HQ-OW-2014-0170 - Final 2014 PlanAUTHOR DATETITLECBIPAGEDOCUMENTTYPEABSTRACTRECORDSECTIONCOPY -RIGHTEDDOCUMENTID NUMBERSOURCECITATIONAUTHORDCN0810607/01/2015The 2014 AnnualEffluent GuidelinesReview Report - DCN08106No118Publication;USEPAThe report containing the analyses completed during the 2014 AnnualReview.06.4NoU.S. EPA. 2015.The 2014 AnnualEffluent GuidelinesReview Report.Washington D.C.(July).U.S. EPAEPA-HQ-OW-2014-0170-02090810707/01/2015Final 2014 EffluentGuidelines ProgramPlan - DCN 08107No50Publication;USEPAFinal 2014 Plan for the Industrial Effluent Guidelines Program06.4NoU.S. EPA. 2015.Final 2014 EffluentGuidelines ProgramPlan. WashingtonD.C. (July).U.S. EPAEPA-HQ-OW-2014-0170-02100811907/01/2015The 2014 AnnualEffluent GuidelinesReview ReportAppendices A - H -DCN 08119No74PublicationUSEPAAppendices supporting the 2014 Annual Review Report06.4NoU.S. EPA. 2015.The 2014 AnnualEffluent GuidelinesReview ReportAppendices A - H.Washington D.C.(July).U.S. EPAEPA-HQ-OW-2014-0170-0211Wednesday, August 19, 2015Page 1 of 40AUTHOR DATETITLECBIPAGEDOCUMENTTYPEABSTRACTRECORDSECTIONCOPY -RIGHTEDDOCUMENTID NUMBERSOURCECITATIONAUTHORDCN0811007/01/2015Response to Commentsfor the Preliminary 2014Effluent GuidelinesProgram Plan - DCN08110No117Publication;USEPAThis document contains EPA’s responses to the public commentsreceived on the Preliminary 2014 Effluent Guidelines Program Plan(Preliminary 2014 Plan). The Preliminary 2014 Plan, which EPA isrequired to develop by Section 304(m) of the Clean Water Act (07.12NoU.S. EPA. 2015.Response toComments for thePreliminary 2014Effluent GuidelinesProgram Plan.Washington D.C.(July).U.S. EPAEPA-HQ-OW-2014-0170-02080810501/01/2012Technical UsersBackground Documentfor the DischargeMonitoring Report(DMR) PollutantLoading Tool, Version1.0 - DCN 08105No143Publication;USEPAUser guide for the Discharge Monitoring Report (DMR) PollutantLoading Tool.09.2NoU.S. EPA. 2012.Technical UsersBackgroundDocument for theDischargeMonitoring Report(DMR) PollutantLoading Tool.Version 1.0.Washington, D.C.(January).U.S. EPAEPA-HQ-OW-2014-0170-02030803901/28/1981Federal RegisterNotice: EffluentGuidelines andStandards;Electroplating PointSource CategoryPretreatment Standardsfor Existing Sources -DCN 08039No13Publication;USEPAFR Notice for the Electroplating Point Source Category pretreatmentstandards for existing sources (40 CFR Part 413).10.16NoU.S. EPA. 1981.Federal RegisterNotice: EffluentGuidelines andStandards;Electroplating PointSource CategoryPretreatmentStandards forExisting Sources.Washington, D.C.(January).U.S. EPAEPA-HQ-OW-2014-0170-0138Wednesday, August 19, 2015Page 2 of 40AUTHOR DATETITLECBIPAGEDOCUMENTTYPEABSTRACTRECORDSECTIONCOPY -RIGHTEDDOCUMENTID NUMBERSOURCECITATIONAUTHORDCN0803204/01/2011A Study of Zinc-Nickelas an Alternate Coatingto Cadmium forElectrical ConnectorShells Used inAerospaceApplications - DCN08032No90Publication;CopyrightedMaterialsThis report presents results of a study aimed to investigate the abilityof zinc nickel coatings to provide adequate corrosion protection andelectromagnetic interference shielding for circular connectors used inaerospace applications and in comparison t10.31YesOgundiran, O. 2011.A Study of ZincNickel as anAlternate Coating toCadmium forElectrical ConnectorShells Used inAerospaceApplications. (April).OdunayoOgundiranEPA-HQ-OW-2014-0170-00960800404/02/2004Treatment ofelectroplatingwastewater containingCu2+, Zn2+ and Cr(VI)by electrocoagulation -DCN 08004No7Publication;CopyrightedMaterialsThe performance of electrocoagulation, with aluminum sacrificialanode, in the treatment of metal ions (Cu2+, Zn2+ and Cr(VI))containing wastewater, has been investigated. Several workingparameters, such as pH, current density and metal ion concentratio10.31YesAdhoum, N. L.Monser, N. Belakal,and J-E Belgaied.2004. Treatment ofelectroplatingwastewatercontaining Cu2+,Zn2+ and Cr(vi) byelectrocoagulation.Journal ofHazardousMaterials. B112:207-213.Nafaa AdhoumEPA-HQ-OW-2014-0170-01120800506/01/2010Pilot-scale removal ofchromium fromindustrial wastewaterusing the chromebacsystem - DCN 08005No8Publication;CopyrightedMaterialsThe enzymatic reduction of Cr(VI) to Cr(III) by Cr(VI) resistant bacteriafollowed by chemical precipitation constitutes the ChromeBacTMsystem. Acinetobacter haemolyticuswas immobilized onto carriermaterial inside a 0.2 m3 bioreactor.10.31YesAhmad, W.A., et al.2010. Pilot-scaleremoval ofchromium fromindustrialwastewater usingthe chromebacsystem. BioresourceTechnology. 101(12): 4371-4378.(June).Wan Azlina AhmadEPA-HQ-OW-2014-0170-0113Wednesday, August 19, 2015Page 3 of 40AUTHOR DATETITLECBIPAGEDOCUMENTTYPEABSTRACTRECORDSECTIONCOPY -RIGHTEDDOCUMENTID NUMBERSOURCECITATIONAUTHORDCN0800701/01/2000Metal recovery andwastewater reductionusing electrowinning -DCN 08007No4PublicationElectrowinning is an electrolytic technology used to recover metalsfrom electroplating rinse waters. Although electrowinning hastraditionally been used only for metal recovery, its application in a welldesigned and controlled rinse system can significa10.31NoBloch, L. 2000.Metal recovery andwastewaterreduction usingelectrowinning.Products Finishing.(January 1).L. BlochEPA-HQ-OW-2014-0170-01140800810/11/2003Treatment of oilywastes by membranebiological reactor - DCN08008No13Publication;CopyrightedMaterialsWastewater from Marathon Ashland Petroleum’s barge cleaning andrepair terminal operations containselevated concentrations of manypollutants. This paper discusses a wastewater characterization studycompleted using a membrane bioreactor to treat the was10.31YesBuckles, J. A., et al.2003. Treatment ofoily wastes bymembranebiological reactor.Water EnvironmentFederation's 2003Technical Exhibitionand Conference.Los Angeles, CA.(October 11-15).J. BucklesEPA-HQ-OW-2014-0170-01150800905/17/2012Close loop for zerowaste water discharge,Epner Technology Inc -DCN 08009No24SpeechPresentation discussing close loopfor zero wastewater discharge atmetal finishing facilities.10.31NoCandiloro, S. 2012.Close loop for zerowaste waterdischarge, EpnerTechnology Inc.(May 17).S. CandiloroEPA-HQ-OW-2014-0170-0116Wednesday, August 19, 2015Page 4 of 40AUTHOR DATETITLECBIPAGEDOCUMENTTYPEABSTRACTRECORDSECTIONCOPY -RIGHTEDDOCUMENTID NUMBERSOURCECITATIONAUTHORDCN0801001/01/2008The future of finishing -DCN 08010No65PublicationThe report looks at recent trends in three crucial areas of the metalfinishing industry: economics, environmental regulations, andtechnology.10.31NoChalmer, P. 2008.The future offinishing. NationalCenter forManufacturingServices. (January1).Paul ChalmerEPA-HQ-OW-2014-0170-01170801111/13/2011Recovery and recyclingof industrial side-streamwastewater - DCN08011No6Publication;CopyrightedMaterialsMost industrial operations generate a substantial quantity of “sidestream” wastes. These streams are characterized by their highconcentrations and difficult-to-treat property. Recent studies haveidentified side-stream wastes as a major cause of perform10.31YesChan, M. 2011.Recovery andrecycling ofindustrial sidestream wastewater.International WaterConference.Orlando, FL.(November 13-17).Michael ChanEPA-HQ-OW-2014-0170-01180801201/01/2004Electrochemicaltechnologies inwastewater treatment -DCN 08012No31Publication;CopyrightedMaterialsThis paper reviews the development, design and applications ofelectrochemical technologies in water and wastewatertreatment.Particular focus was given to electrodeposition,electrocoagulation (EC), electroflotation (EF) and electrooxidation.10.31YesChen, G. 2004.Electrochemicaltechnologies inwastewatertreatment.Separation andPurificationTechnology. 38: 11-41.Guohua ChenEPA-HQ-OW-2014-0170-0119Wednesday, August 19, 2015Page 5 of 40AUTHOR DATETITLECBIPAGEDOCUMENTTYPEABSTRACTRECORDSECTIONCOPY -RIGHTEDDOCUMENTID NUMBERSOURCECITATIONAUTHORDCN0801303/08/2012Biosorption andrecovery of chromiumfrom industrialwastewaters by usingsaccharomycescerevisiae in a flowthrough system - DCN08013No6Publication;CopyrightedMaterialsThis study investigated the possibility to adsorb and recycle Cr(VI)from the wastewater of a Cr-electroplating process usingSaccharomyces cerevisiae in a flow-through system at a pilot scale.10.31YesColica, G. et al.2012. Biosorptionand recovery ofchromium fromindustrialwastewaters byusingsaccharomycescerevisiae in a flowthrough system.Industrial &EngineeringChemistryResearch. 51 (11):4452-4457.(MarchGiovanni Colica,Pier CesareMecarozzi, RoEPA-HQ-OW-2014-0170-01200801401/01/2014Graphenenanocompositecoatings for protectinglow-alloy steels fromcorrosion - DCN 08014No7PublicationAs the advanced manufacturing industry in the United Statesrejuvenates, sustainable processes and materials will be increasinglyimportant.1,2 New materials will offer opportunities for new solutionsto old problems. Graphene and carbon nanotubes represe10.31NoDennis, R. et al.2014. Graphenenanocompositecoatings forprotecting low-alloysteels fromcorrosion. AmericanCeramic SocietyBulletin. 92 (5): 18-24.Robert Dennis,LasanthaViyannalage, AnilEPA-HQ-OW-2014-0170-01210801509/01/2013Non-phosphatetransition metalcoatings, 81st universalmetal finishingguidebook - DCN 08015No7Publication;CopyrightedMaterialsTraditional iron phosphate and zinc phosphate conversion coatingshave been used for more than a century as pretreatments for paintingover a variety of metals. These “legacy” phosphate pretreatmentshave served well; however, environmental regulations ha10.31YesDunham, B. D.Chalk. 2013. Nonphosphate transitionmetal coatings, 81stuniversal metalfinishing guidebook.Metal FinishingMagazine. 111 (7):116-122. (Fall).Bruce Dunhamand David ChalkEPA-HQ-OW-2014-0170-0122Wednesday, August 19, 2015Page 6 of 40AUTHOR DATETITLECBIPAGEDOCUMENTTYPEABSTRACTRECORDSECTIONCOPY -RIGHTEDDOCUMENTID NUMBERSOURCECITATIONAUTHORDCN0801701/01/2009Treatment of metalfinishing wastewaterfrom aircraftmaintenance operationsusing anelectrocoagulationtreatment process -DCN 08017No8Publication;CopyrightedMaterialsHill Air Force Base performs repair and maintenance on a variety ofaircraft. Because of its breadth of industrial operations, much of theindustrial wastewater generated at Hill Air Force Base is subject tospecific metal discharge concentration limits f10.31YesFirouzi, F. et al.2009a. Treatment ofmetal finishingwastewater fromaircraft maintenanceoperations using anelectrocoagulationtreatment process.Microconstituentsand Industrial WaterQuality. 8: 473-480.Forough Firouzi,Mark A. Ross,Gordon ChamEPA-HQ-OW-2014-0170-01230801810/10/2009Treatment of metalfinishing wastewaters inthe presence ofchelating substances -DCN 08018No6Publication;CopyrightedMaterialsHill Air Force Base, Utah (Hill AFB) performs repair and maintenanceon a variety of aircraft including the F-16, A-10 and C-130 as well asother weapon systems. To comply with the local pretreatmentstandards, Hill AFB is evaluating a number of novel tec10.31YesFirouzi, F. 2009b.Treatment of metalfinishingwastewaters in thepresence ofchelatingsubstances. WEF2009 TechnicalExhibition andConference.Orlando, FL.(October 10-14).Forough Firouzi,Mark A. Ross,Gordon ChamEPA-HQ-OW-2014-0170-01240801904/01/2010Needs more work -DCN 08019No3Publication;CopyrightedMaterialsElectrocoagulation has promise as a metals-removal technology butneeds more research and development.10.31YesFirouzi, F. 2010.Needs more work.IndustrialWastewater. 10-12.(April/May).Forough Firouzi,Mark A. Ross,Gordon ChamEPA-HQ-OW-2014-0170-0125Wednesday, August 19, 2015Page 7 of 40AUTHOR DATETITLECBIPAGEDOCUMENTTYPEABSTRACTRECORDSECTIONCOPY -RIGHTEDDOCUMENTID NUMBERSOURCECITATIONAUTHORDCN0802107/01/2012Zirconiumpretreatments: Not justfor early adoptersanymore - DCN 08021No60Publication;CopyrightedMaterialsZirconium oxide conversion coatings have proven to be excellentreplacements for iron phosphate pretreatments in recent years. Thesubstantial performance, operational, and environmental benefitshave been well documented.10.31YesHopwood, D. 2012.Zirconiumpretreatments: Notjust for earlyadopters anymore.Metal Finishing: ThePlating and CoatingIndustries’TechnologyMagazine. 110 (6):18-21. (July/August).David HopwoodEPA-HQ-OW-2014-0170-01260802301/18/2013Treatment ofmanganese-phosphatecoating wastewater byelectrocoagulation -DCN 08023No9Publication;CopyrightedMaterialsThe effective performance of the electrocoagulation (EC) technique inremoving manganese, phosphate, and iron from rinse water from aMn-PO4 (MPO) coating plant wasinvestigated using sacrificialaluminum electrodes in original pH.10.31YesInce, M. 2013.Treatment ofmanganesephosphate coatingwastewater byelectrocoagulation.Separation Scienceand Technology. 48:515-522. (January18).Mahir InceEPA-HQ-OW-2014-0170-01270802501/01/2009Going low-temp - DCN08025No4PublicationIn recent years, metal finishers have been introduced to a variety ofnew technologies for prepaint metal pretreatment systems, toutingenvironmental benefits and energy cost savings. The new chemicaltreatment processes go by several generic names such a10.31NoLaFlamme, D. 2009.Going low-temp.Products Finishing.(January 1).Available online at:http://www.pfonline.com/articles/goinglow-temp.Donald LaFlammeEPA-HQ-OW-2014-0170-0128Wednesday, August 19, 2015Page 8 of 40AUTHOR DATETITLECBIPAGEDOCUMENTTYPEABSTRACTRECORDSECTIONCOPY -RIGHTEDDOCUMENTID NUMBERSOURCECITATIONAUTHORDCN08026Chrome Replacementsfor Internals and SmallParts - DCN 08026No90PublicationDiscusses hard chrome usage and a summary of replacement criteriaand options along with process summaries.10.31NoLegg, K. n.d. RowanTechnology Group.ChromeReplacements forInternals and SmallParts.Keith O. LeggEPA-HQ-OW-2014-0170-01290802710/01/2013Use of high-pressureCO2 for concentratingCrVI from electroplatingwastewater by Mg-Allayered doublehydroxide - DCN 08027No5Publication;CopyrightedMaterialsThe desorption of CrVI from CrVI-adsorbed layered double hydroxide(CrVI-LDH) and the recycling of layered double hydroxide adsorbentare the bottlenecks that limit the practical application of layereddouble hydroxide in treating CrVI-containing industri10.31YesLv, X. Z. et al. 2013.Use of highpressure CO2 forconcentrating CrVIfrom electroplatingwastewater by MgAl layered doublehydroxide. AppliedMaterials &Interfaces. 5 (21):11271-11275.(October 1).Xiangying Lv, ZhiChen, YongjingWang, FenEPA-HQ-OW-2014-0170-01300802801/01/2007Removal of cadmiumfrom industrial effluentsby electrocoagulationprocess usingaluminum electrodes -DCN 08028No6Publication;CopyrightedMaterialsThe object of this study is evaluation of cadmium removal fromindustrial wastewater by electrocoagulation process. For this study aglass tank in 1.56 liter volume with four plate electrode was used todo experiments. At the end of each stage of experime10.31YesMahvi, M.H. E.Bazrafshan. 2007.Removal ofcadmium fromindustrial effluentsbyelectrocoagulationprocess usingaluminumelectrodes. WorldApplied SciencesJournal. 2 (1): 34-39.Amir HosseinMahvi and EdrissBazrafshanEPA-HQ-OW-2014-0170-0131Wednesday, August 19, 2015Page 9 of 40AUTHOR DATETITLECBIPAGEDOCUMENTTYPEABSTRACTRECORDSECTIONCOPY -RIGHTEDDOCUMENTID NUMBERSOURCECITATIONAUTHORDCN0802911/13/2012Non-chromatedconversion coating formagnesium alloys andzinc-nickel plated steel -DCN 08029No7PublicationA novel hexavalent chromate-free conversion coating was developedto improve anti-corrosion and adhesive-bonding characteristics of themagnesium alloys and zinc-nickel (Zn-Ni) plated steel substrates.10.31NoManavbasi, A. 2012.Non-chromatedconversion coatingfor magnesiumalloys and zincnickel plated steel.Products Finishing.(November 13).Alp ManavbasiEPA-HQ-OW-2014-0170-01320803009/01/2013Waste minimization andrecovery technologies,81st universal metalfinishing guidebook -DCN 08030No25Publication;CopyrightedMaterialsThis article reviews a number of well-demonstrated and provenchemical recovery methods, collectively known as separationtechnologies, for reducing or in some cases reversing bath drag-out.10.31YesMcLay, W.J. 2013.Waste minimizationand recoverytechnologies, 81stuniversal metalfinishing guidebook.Metal FinishingMagazine. 111 (7):595-619. (Fall).W.J. McLayEPA-HQ-OW-2014-0170-01330803302/20/2004A pilot study forreclamation of acombined rinse from anickel-plating operationusing a dual-membraneUF/RO process - DCN08033No13Publication;CopyrightedMaterialsA pilot study for reclamation of a combined rinse from a nickel-platingoperation was conducted using a dual-membrane UF/RO process.10.31YesQin, J-J. et al. 2004.A pilot study forreclamation of acombined rinse froma nickel-platingoperation using adual-membraneUF/RO process.Desalination. 161(2): 155-167.(February 20).Jian-Jun Qin,Maung Nyunt Wai,Maung HtunEPA-HQ-OW-2014-0170-0134Wednesday, August 19, 2015Page 10 of 40AUTHOR DATETITLECBIPAGEDOCUMENTTYPEABSTRACTRECORDSECTIONCOPY -RIGHTEDDOCUMENTID NUMBERSOURCECITATIONAUTHORDCN0803405/10/2006Pilot study on thetreatment of spentsolvent cleaning rinse inmetal plating - DCN08034No6Publication;CopyrightedMaterialsPilot trials on a spent solvent cleaning rinse from a nickel-platingoperation were conducted using polyacrylonitrile hollow-fiber UFmembranes. The results indicated that the membrane pore size andoperating conditions were important factors for treating10.31YesQin, J-J. M.H. Ooand F.S. Wong.2006. Pilot study onthe treatment ofspent solventcleaning rinse inmetal plating.Desalination. 191:359-364. (May 10).Jian-Jun Qin,Maung Htun Oo,Fook-Sin WongEPA-HQ-OW-2014-0170-01350803701/01/2000Nitrogen and DOCremoval fromwastewater streams ofthe metal-workingindustry - DCN 08037No9Publication;CopyrightedMaterialsProduction-related variations of the boron- and dissolved organiccarbon-concentrations in the permeates of ultrafiltration of coolinglubricants prevented the establishment of a nitrification of ammonia,that was released during denitrifcation with ethan10.31YesSchuch, R. R.Gensicke, K. Merkel,and J. Winter. 2000.Nitrogen and DOCremoval fromwastewater streamsof the metal-workingindustry. WaterResearch. 34 (1):295-303. (January).R. Schuch, R.Gensicke, K.Merkel, and J.EPA-HQ-OW-2014-0170-01360803810/13/2001Optimization of oilywastewater membranebioreactor treatment:Pilot to full scaleresults - DCN 08038No24Publication;CopyrightedMaterialsIn the early 1990s, the General Motors Corporation (GM) adopted theuse of the membrane biological reactor (MBR) process configurationfor full scale treatment of manufacturing plant wastewaters in the USand internationally. Pilot plant studies were com10.31YesSutton, P.M. et al.2001. Optimizationof oily wastewatermembranebioreactor treatment:Pilot to full scaleresults. WaterEnvironmentFederation's 2001Technical Expositionand Conference.Atlanta, GA.(October 13-17).Paul Sutton,Prakash Mishra,Jeff Roberts,EPA-HQ-OW-2014-0170-0137Wednesday, August 19, 2015Page 11 of 40AUTHOR DATETITLECBIPAGEDOCUMENTTYPEABSTRACTRECORDSECTIONCOPY -RIGHTEDDOCUMENTID NUMBERSOURCECITATIONAUTHORDCN0804002/01/1984Guidance Manual forElectroplating andMetal FinishingPretreatmentStandards - DCN 08040No73Publication;USEPAGuidance Manual for Electroplating (40 CFR Part 413) and MetalFinishing (40 CFR Part 433) Pretreatment Standards.10.31NoU.S. EPA. 1984.Guidance Manualfor Electroplatingand Metal FinishingPretreatmentStandards.Washington, D.C.(February).U.S. EPAEPA-HQ-OW-2014-0170-01390804101/01/2013Functional TrivalentChromium PlatingProcess to ReplaceHexavalent ChromiumPlating - DCN 08041No2Publication;USEPAWith support from the Environmental Protection Agency’s (EPA)Small Business Innovation Research (SBIR) Program, FaradayTechnology, Inc., has developed a cost competitive functionaltrivalent chromium (Cr+3) plating process to replace hexavalentchromium10.31NoU.S. EPA. 2013.EPA Small BusinessInnovation Research(SBIR) Program.2013 PresidentialGreen ChemistryAward Winner –FaradayTechnology, Inc.Functional TrivalentChromium PlatingProcess to ReplaceHexavalentChromium Plating.U.S. EPAEPA-HQ-OW-2014-0170-01400804210/30/2005The use of liquid-liquidextraction for heavymetals recovery andreuse from platingwastewaters - DCN08042No11Publication;CopyrightedMaterialsMetals treatment and recovery from plating wastewater is important toprotect the environment and to provide cost-effective alternatives towaste disposal. Battelle has developed alternative processes, usingliquid-liquid extraction (LLX), to specifically10.31YesUsinowicz, P.J. et al.2005. The use ofliquid-liquidextraction for heavymetals recovery andreuse from platingwastewaters. WEFTEC 2005.Washington D.C.(October 30 -November 2).Paul J. Usinowicz,Bruce Monzyk, H.NicholEPA-HQ-OW-2014-0170-0141Wednesday, August 19, 2015Page 12 of 40AUTHOR DATETITLECBIPAGEDOCUMENTTYPEABSTRACTRECORDSECTIONCOPY -RIGHTEDDOCUMENTID NUMBERSOURCECITATIONAUTHORDCN0804309/01/2013Wastewater treatment,81st universal metalfinishing guidebook -DCN 08043No15Publication;CopyrightedMaterialsThis paper discusses the status of wastewater regulations,wastewater treatment selection criteria, and conventional methods ofwastewater treatment in the metal finishing industry.10.31YesWeber, T. 2013.Wastewatertreatment, 81stuniversal metalfinishing guidebook.Metal FinishingMagazine. 111 (7):582-594. (Fall).Thomas WeberEPA-HQ-OW-2014-0170-01420804401/01/2012New coating foraluminum developed toreplace cancer-causingproduct - DCN 08044No5Press Release,PublicAnnouncement/NoticeA materials engineering research team has developed a newenvironmentally-friendly self-healing coating for aluminum to replacethe carcinogenic chromate coatingsused in defense and aerospaceapplications.10.31NoWolterbeek, M.2012. New coatingfor aluminumdeveloped toreplace cancercausing product.Nevada Today.University ofNevada, Reno.M. WolterbeekEPA-HQ-OW-2014-0170-01430804510/01/2002A pilot study on amembrane process forthe treatment andrecycling of spent finalrinse water fromelectroless plating -DCN 08045No11Publication;CopyrightedMaterialsA hybrid process that includes microfiltration, UV irradiation, carbonadsorption, nanofiltration and ion exchange for treating and recyclingspent final rinse water from an electroless plating operation has beendeveloped.10.31YesWong, F.S. et al.2002. A pilot studyon a membraneprocess for thetreatment andrecycling of spentfinal rinse waterfrom electrolessplating. Separationand PurificationTechnology. 29 (1):41-51. (October).F.S. WongEPA-HQ-OW-2014-0170-0144Wednesday, August 19, 2015Page 13 of 40AUTHOR DATETITLECBIPAGEDOCUMENTTYPEABSTRACTRECORDSECTIONCOPY -RIGHTEDDOCUMENTID NUMBERSOURCECITATIONAUTHORDCN0799604/30/2014Email CommunicationBetween RichardKeigwin, U.S. EPAOffice of PesticidePrograms, and WilliamSwietlik, U.S. EPAOffice of Water. Re:Questions for OPPAbout Pesticides - DCN07996No7MeetingMaterialsEmail communication between Richard Keigwin, U.S. EPA OPP andWilliam Swietlik, U.S. EPA OW about questions for OPP onpesticides.10.42NoKeigwin, Richard.2014. EmailCommunicationBetween RichardKeigwin, U.S. EPAOPP, and WilliamSwietlik, U.S. EPAOffice of Water. Re:Questions for OPPAbout Pesticides.(April 30).Richard KeigwinEPA-HQ-OW-2014-0170-01070799703/30/2012Federal Insecticide,Fungicide, andRodenticide Act(FIFRA) - DCN 07997No9Publication;USEPAThe objective of FIFRA is to provide federal control of pesticidedistribution, sale, and use. All pesticides used in the U.S. must beregistered (licensed) by EPA.10.42NoU.S. EPA. 2012.Federal Insecticide,Fungicide, andRodenticide Act(FIFRA).Washington, D.C.(March 30).Available online at:http://www.epa.gov/agriculture/lfra.html.U.S. EPAEPA-HQ-OW-2014-0170-01080799801/01/2013Instructions forCompleting EPA Form3540-16 PesticideReport for PesticideProducing and DeviceProducingEstablishments,Reporting Year 2013 -DCN 07998No9Publication;USEPAList of instructions for completing the EPA form 3540-16 for pesticideproducing and device-producing establishments.10.42NoU.S. EPA. 2013.Instructions forCompleting EPAForm 3540-16Pesticide Report forPesticide-Producingand DeviceProducingEstablishments,Reporting Year 2013.U.S. EPAEPA-HQ-OW-2014-0170-0109Wednesday, August 19, 2015Page 14 of 40AUTHOR DATETITLECBIPAGEDOCUMENTTYPEABSTRACTRECORDSECTIONCOPY -RIGHTEDDOCUMENTID NUMBERSOURCECITATIONAUTHORDCN0799906/26/2014Chapter 1: Overview ofRequirements forPesticide Registrationand RegistrantObligations in thePesticides RegistrationManual - DCN 07999No20Publication;USEPAChapter 1 of the Pesticides Registration Manual.10.42NoU.S. EPA. 2014.PesticideRegistration Manual:Chapter 1: Overviewof Requirements forPesticideRegistration andRegistrantObligations. (June26).U.S. EPAEPA-HQ-OW-2014-0170-01100811104/15/2015304m DMR Data for thePetroleum RefiningIndustry - DCN 08111No0DataDatabase compiling DMR data for the petroleum industry for reportingyears 2000, 2004, 2007, 2008, and 2009, used to support EPA's 2011and 2012 Effluent Guidelines Annual Review Reports.10.43NoERG. 2015. 304mDMR Data for thePetroleum RefiningIndustry. (April 15).Kim Bartell, ERGand Liz Gentile,ERGEPA-HQ-OW-2014-0170-02120811204/15/2015304m TRI Data for thePetroleum RefiningIndustry - DCN 08112No0DataDatabase compiling TRI data for the petroleum industry for reportingyears 2004, 2005, 2007, 2008, and 2009, used to support EPA's 2011and 2012 Effluent Guidelines Annual Review Reports.10.43NoERG. 2015. 304mTRI Data for thePetroleum RefiningIndustry. (April 15).Kim Bartell, ERGand Liz Gentile,ERGEPA-HQ-OW-2014-0170-0213Wednesday, August 19, 2015Page 15 of 40AUTHOR DATETITLECBIPAGEDOCUMENTTYPEABSTRACTRECORDSECTIONCOPY -RIGHTEDDOCUMENTID NUMBERSOURCECITATIONAUTHORDCN0811304/15/2015Data Dictionary for the304m DMR and TRIDatabases for thePetroluem RefiningIndustry - DCN 08113No8DataData dictionary describing the datsets included in the 304m DMR andTRI databases for the petroleum refining industry (DCNs 08111 and08112).10.43NoERG. 2015. DataDictionary for the304m DMR and TRIDatabases for thePetroleum RefiningIndustry. (April 15).Kim Bartell, ERGand Liz Gentile,ERGEPA-HQ-OW-2014-0170-02140811404/21/2015DMR and TRI DetailedStudy Petroleum Datafor Industry – DCN08114No0DataDatabase compiling the DMR and TRI data for the petroleum industryfor reporting years 2007 through 2013 to support the petroleumdetailed study.10.43NoERG. 2015. DMRand TRI DetailedStudy PetroleumData for Industry.(April 21).Lori Weiss, ERGEPA-HQ-OW-2014-0170-02150810801/23/2015ERG. 2014. EasternResearch Group, Inc.EngineeredNanomaterials inIndustrial Wastewater:Literature Review andImplications for 304m.(September) - DCN08108No36MemorandumThis memorandum presents an overview of engineerednanomaterials (ENMs), production methods, and potential wastestreams, as well as the status of research into their environmental fateand toxicity. It also describes the status and availability of analyt11.06NoERG. 2014. EasternResearch Group,Inc. EngineeredNanomaterials inIndustrialWastewater:Literature Reviewand Implications for304m. (December).Eastern ResearchGroup, IncEPA-HQ-OW-2014-0170-0205Wednesday, August 19, 2015Page 16 of 40AUTHOR DATETITLECBIPAGEDOCUMENTTYPEABSTRACTRECORDSECTIONCOPY -RIGHTEDDOCUMENTID NUMBERSOURCECITATIONAUTHORDCN0804611/15/2012Photo-enhanced toxicityof nano-titanium dioxide(anatase) on freshwaterzooplankton - DCN08046No5Publication;CopyrightedMaterialsDiscussion of toxicity of nano-titanium dioxide on freshwaterzooplankton.11.6YesAlloy, M., & Roberts,A. 2012. Photoenhanced toxicity ofnano-titaniumdioxide (anatase) onfreshwaterzooplankton.Proceedings fromthe SETAC 33rdAnnual Meeting,Long Beach,California.M. Alloy, A RobertsEPA-HQ-OW-2014-0170-01450804704/25/2012Impacts of silvernanoparticle coating onthe nitrification potentialof nitrosomonaseuropaea - DCN 08047No2Publication;CopyrightedMaterialsSilver nanoparticles (AgNPs) are increasingly used as bacteriostaticagents to prevent microbial growth. AgNPs are manufactured with avariety of coatings, and their potential impacts on wastewatertreatment in general are poorly understood.11.6YesArnaout, C. L., &Gunsch, C. K.(2012). Impacts ofsilver nanoparticlecoating on thenitrification potentialof nitrosomonaseuropaea.EnvironmentalScience &Technology, 46(10):5387-5395.C. Arnaout, C.GunschEPA-HQ-OW-2014-0170-01460804807/14/2012Effects of TiO2nanoparticles on thegrowth and metabolismof three species offreshwater algae - DCN08048No2Publication;CopyrightedMaterialsExamination of how TiO2 nanoparticles impact the growth andmetabolism of three species of freshwater green algae that arewidespread throughout North America.11.6YesCardinale, B. J.,Bier, R., & Kwan, C.2012. Effects ofTiO2 nanoparticleson the growth andmetabolism of threespecies offreshwater algae.Journal ofNanoparticleResearch, 14(8): 1-8.B. Cardinale, R.Bier, C. KwanEPA-HQ-OW-2014-0170-0147Wednesday, August 19, 2015Page 17 of 40AUTHOR DATETITLECBIPAGEDOCUMENTTYPEABSTRACTRECORDSECTIONCOPY -RIGHTEDDOCUMENTID NUMBERSOURCECITATIONAUTHORDCN0804907/15/2011Comparison of thephotosensitivity andbacterial toxicity ofspherical and tubularfullerenes of variableaggregate size - DCN08049No3Publication;CopyrightedMaterialsNanomaterials such as fullerene C60, carbon nanotubes (CNTs), andother fullerenes show unique electrical, chemical, mechanical, andthermal properties that are not well understood in the context of theenvironmental behavior of this class of carbon-based11.6YesChae, S. R. et al.2011. Comparisonof thephotosensitivity andbacterial toxicity ofspherical andtubular fullerenes ofvariable aggregatesize. Journal ofNanoparticleResearch, 13: 5121-5127.S. Chae, M.Therezien, J.Budarz, L. WesseEPA-HQ-OW-2014-0170-01480805002/27/2013Low concentrations ofsilver nanoparticles inbiosolids cause adverseecosystem responsesunder realistic fieldscenario - DCN 08050No10PublicationA large fraction of engineered nanomaterials in consumer andcommercial products will reach natural ecosystems. To date, researchon the biological impacts of environmental nanomaterial exposureshas largely focused on high-concentration exposures in mech11.6NoColman, B. P. et al.2013. Lowconcentrations ofsilver nanoparticlesin biosolids causeadverse ecosystemresponses underrealistic fieldscenario. PLoSONE, 8(2), e57189.Benjamin Colman,Christina Arnaout,SarahEPA-HQ-OW-2014-0170-01490805105/09/2012Antimicrobial effects ofcommercial silvernanoparticles areattenuated in naturalstreamwater andsediment - DCN 08051No7Publication;CopyrightedMaterialsDiscussion of the effects of commercial silver nanoparticles in naturalstreamwater and sediment.11.6YesColman, B. P. et al.2012. Antimicrobialeffects ofcommercial silvernanoparticles areattenuated in naturalstreamwater andsediment.Ecotoxicology,21(7): 1867-1877.Benjamin Colman,S. Wang, M.Auffan, EmilyEPA-HQ-OW-2014-0170-0150Wednesday, August 19, 2015Page 18 of 40AUTHOR DATETITLECBIPAGEDOCUMENTTYPEABSTRACTRECORDSECTIONCOPY -RIGHTEDDOCUMENTID NUMBERSOURCECITATIONAUTHORDCN0805211/19/2013Modeling nanosilvertransformations infreshwater sediments -DCN 08052No2Publication;CopyrightedMaterialsSilver nanoparticles (AgNPs), an effective antibacterial agent, are asignificant and fast-growing application of nanotechnology inconsumer goods. The toxicity ofAgNPs released to surface watersduring the use or disposal of AgNP-containing products wil11.6YesDale, A. L. et al.2013. Modelingnanosilvertransformations infreshwatersediments.EnvironmentalScience &Technology, 47(22):12920-12928.Amy Dale, GregoryLowry, ElizabethCasmanEPA-HQ-OW-2014-0170-01510805303/04/2013Transformation of PVPcoated silvernanoparticles in asimulated wastewatertreatment process andthe effect on microbialcommunities - DCN08053No36Publication;CopyrightedMaterialsInvestigation of the fate of AgNPs in sludge subjected to aerobic andanaerobic treatment and the impact of AgNPs on microbial processesand communities.11.6YesDoolette, C. L. et al.2013.Transformation ofPVP coated silvernanoparticles in asimulatedwastewatertreatment processand the effect onmicrobialcommunities.Chemistry CentralJournal, 7(1): 46.Casey Doolette,Mike McLaughlin,Jason KirEPA-HQ-OW-2014-0170-01520805401/18/2012New perspectives onnanomaterial aquaticecotoxicity: Productionimpacts exceed directexposure impacts forcarbon nanotubes -DCN 08054No9Publication;CopyrightedMaterialsEnvironmental impacts due to engineered nanomaterials arise bothfrom releases of the nanomaterials themselves as well as from theirsynthesis. In this work, the USEtox mode is used to quantify andcompare aquatic ecotoxicity impacts over the life cycle o11.6YesEckelman, M. J. etal. 2012. Newperspectives onnanomaterialaquatic ecotoxicity:Production impactsexceed directexposure impactsfor carbonnanotubes.EnvironmentalScience &Technology, 46(5):2902-2910.M. Eckelman, M.Mauter, J. Isaacs,M. ElimEPA-HQ-OW-2014-0170-0153Wednesday, August 19, 2015Page 19 of 40AUTHOR DATETITLECBIPAGEDOCUMENTTYPEABSTRACTRECORDSECTIONCOPY -RIGHTEDDOCUMENTID NUMBERSOURCECITATIONAUTHORDCN0805508/29/2008Sampling and Analysisof Nanomaterials in theEnvironment: A StateOf-The-ScienceReview - DCN 08055No62ReportA review to identify and assess currently available sampling andanalysis methods to identify and quantify the occurrence ofnanomaterials in the environment.11.6NoERG. 2008. EasternResearch Group,Inc. Sampling andAnalysis ofNanomaterials in theEnvironment: AState-Of-TheScience Review[Final Report].(August).ERGEPA-HQ-OW-2014-0170-01540805608/28/2014EngineeredNanomaterials EndNoteReference LibraryExport - DCN 08056No0ReportA list of references EPA has collected during its literature review andinvestigation of the environmental implications of engineerednanomaterials in industrial wastewater discharge.11.6NoERG. 2014. EasternResearch Group,Inc. EngineeredNanomaterialsEndNote ReferenceLibrary Export.(August).ERGEPA-HQ-OW-2014-0170-01550805812/14/2010Silver nanoparticles:Behaviour and effectsin the aquaticenvironment - DCN08058No16Publication;CopyrightedMaterialsThis review summarizes and evaluates the present knowledge on thebehavior, the biological effects and the routes of uptake of silvernanoparticles (Ag NPs) to organisms, with considerations on thenanoparticle physicochemistry in the ecotoxicity testing11.6YesFabrega, J. et al.2011. Silvernanoparticles:Behaviour andeffects in the aquaticenvironment.EnvironmentInternational. 37(2):517-531.Julia Fabrega,Samuel Luoma,Charles TylerEPA-HQ-OW-2014-0170-0156Wednesday, August 19, 2015Page 20 of 40AUTHOR DATETITLECBIPAGEDOCUMENTTYPEABSTRACTRECORDSECTIONCOPY -RIGHTEDDOCUMENTID NUMBERSOURCECITATIONAUTHORDCN0805901/11/2012Life cycle assessmentat nanoscale: Reviewand recommendations -DCN 08059No9Publication;CopyrightedMaterialsEvaluation of how the nano-specific environmental assessments arebeing done within the existing framework of life cycle inventory andimpact assessment and whether these frameworks are valid and/orwhether they can be modified for nano-evaluations.11.6YesGavankar, S. et al.2012. Life cycleassessment atnanoscale: Reviewandrecommendations.The InternationalJournal of Life CycleAssessment. 17(3):295-303.Sheetal Gavankar,Sangwon Suh,Arturo KellEPA-HQ-OW-2014-0170-01570806001/28/2011The release ofengineerednanomaterials to theenvironment - DCN08060No11Publication;CopyrightedMaterialsThere is scientific agreement that engineered nanomaterial (ENM)production, use and disposal lead to environmental release of ENM.However, very little is known on emissions of ENM to the environment.11.6YesGottschalk, F., &Nowack, B. 2011.The release ofengineerednanomaterials to theenvironment.Journal ofEnvironmentalMonitoring. 13(5):1145-1155.F. Gottschalk, B.NowackEPA-HQ-OW-2014-0170-01580806109/11/2009Modeled environmentalconcentrations ofengineerednanomaterials (TiO2,ZnO, Ag, CNT,fullerenes) for differentregions - DCN 08061No7Publication;CopyrightedMaterialsIn this study, predicted environmental concentrations (PEC) werecalculated based on a probabilistic material flow analysis from a lifecycle perspective of ENM-containing products.11.6YesGottschalk, F. et al.2009. Modeledenvironmentalconcentrations ofengineerednanomaterials fordifferent regions.EnvironmentalScience &Technology. 43(24):9216-9222.F. Gottschalk, T.Sonderer, R.Scholz, B.EPA-HQ-OW-2014-0170-0159Wednesday, August 19, 2015Page 21 of 40AUTHOR DATETITLECBIPAGEDOCUMENTTYPEABSTRACTRECORDSECTIONCOPY -RIGHTEDDOCUMENTID NUMBERSOURCECITATIONAUTHORDCN0806209/05/2008Environmentalassessment of singlewalled carbon nanotubeprocesses - DCN 08062No18Publication;CopyrightedMaterialsThe environmental assessment of nanomanufacturing during theinitial process design phase should lead to the development ofcompetitive, safe, and environmentally responsible engineering andcommercialization. Three single-walled carbon nanotubes (SWNTs)11.6YesHealy, M. L. et al.2008. Environmentalassessment ofsingle-walled carbonnanotubeprocesses. Journalof IndustrialEcology. 12(3): 376-393.Meagan Healy,Lindsay Dahlben,JacquelineEPA-HQ-OW-2014-0170-01600806311/15/2012TiO2 nanoparticleexposure andillumination duringzebrafish development:Mortality at parts perbillion concentrations -DCN 08063No5Publication;CopyrightedMaterialsDiscussion of titanium dioxidenanoparticle exposure and toxicityduring zebrafish development.11.6YesHeideman, W. et al.2012. TiO2nanoparticleexposure andillumination duringzebrafishdevelopment:Mortality at parts perbillionconcentrations.Proceedings fromthe SETAC 33rdAnnual Meeting,Long Beach,California.W. Heideman, O.Bar-Ilan, R.Peterson, J.EPA-HQ-OW-2014-0170-01610806403/10/2011Estimating productiondata for five engineerednanomaterials as abasis for exposureassessment - DCN08064No15Publication;CopyrightedMaterialsThe magnitude of engineered nanomaterials (ENMs) being producedand potentially released to the environment is a crucial and thus farunknown input to exposure assessment. This work estimates upperand lower bound annual United States production quantitie11.6YesHendren, C. et al.2011. Estimatingproduction data forfive engineerednanomaterials as abasis for exposureassessment.EnvironmentalScience &Technology. 45:2562-2569.Christine Hendren,Xavier Mesnard,JocelynEPA-HQ-OW-2014-0170-0162Wednesday, August 19, 2015Page 22 of 40AUTHOR DATETITLECBIPAGEDOCUMENTTYPEABSTRACTRECORDSECTIONCOPY -RIGHTEDDOCUMENTID NUMBERSOURCECITATIONAUTHORDCN0806503/15/2013TelephoneCommunicationbetween MichaelHochella, Virginia Tech,and Eva Knoth and KimWagoner, EasternResearch Group, Inc.Re: Request forInformation onNanomaterialsResearch - DCN 08065No2MeetingMaterialsTelephone communication between Michael Hochella, Virginia Tech,and Eva Knoth and Kim Wagoner, Eastern Research Group, Inc.about information on nanomaterials research.11.6NoHochella, M. F., Jr.2013. TelephoneCommunicationbetween M.Hochella, VirginiaTech, and E. Knothand K. Wagoner,ERG. Re: Requestfor Information onNanomaterialsResearch.(March15).Michael HochellaEPA-HQ-OW-2014-0170-01630806603/21/2008Nanominerals, mineralnanoparticles, andearth systems - DCN08066No5Publication;CopyrightedMaterialsMinerals are more complex than previously thought because of thediscovery that their chemical properties vary as a function of particlesize when smaller, in at least one dimension, than a few nanometers.11.6YesHochella, M. F. Jr. etal. 2008.Nanominerals,mineralnanoparticles, andearth systems.Science. 319(5870):1631-1635.Michael HochellaJr., Steven Lower,PatricEPA-HQ-OW-2014-0170-01640806702/20/2012Characterization andenvironmentalimplications of nano -and larger TiO2particles in sewagesludge, and soilsamended with sewagesludge - DCN 08067No3Publication;CopyrightedMaterialsTitanium dioxide (TiO2) is themost extensively used engineerednanoparticle to date, yet its fate in the soil environment has beeninvestigated only rarely and is poorly understood. In the presentstudy, two field-scale investigations were conducted to b11.6YesKim, B. et al. 2012.Characterizationand environmentalimplications of nanoand larger TiO2particles in sewagesludge. Journal ofEnvironmentalMonitoring. 14(4):1128-1136.B. Kim, M.Murayama, B.Colman, M. HochellEPA-HQ-OW-2014-0170-0165Wednesday, August 19, 2015Page 23 of 40AUTHOR DATETITLECBIPAGEDOCUMENTTYPEABSTRACTRECORDSECTIONCOPY -RIGHTEDDOCUMENTID NUMBERSOURCECITATIONAUTHORDCN0806809/01/2010Discovery andcharacterization ofsilver sulfidenanoparticles in finalsewage sludgeproducts - DCN 08068No6Publication;CopyrightedMaterialsNanosized silver sulfide particleswere identified in the final stagesewage sludge materials of a full-scale municipal wastewatertreatment plant using analytical high-resolution transmission electronmicroscopy.11.6YesKim, B. et al. 2010.Discovery andcharacterization ofsilver sulfidenanoparticles in finalsewage sludgeproducts.EnvironmentalScience &Technology. 44(19).B. Kim, C. Park,M. Murayama, M.HochellaEPA-HQ-OW-2014-0170-01660806902/16/2012Environmentaltransformations of silvernanoparticles: Impacton stability and toxicity -DCN 08069No2Publication;CopyrightedMaterialsSilver nanoparticles (Ag-NPs) readily transform in the environment,which modifies their properties andalters their transport, fate, andtoxicity. It is essential to consider such transformations whenassessing the potential environmental impact of Ag-NP11.6YesLevard, C. et al.2012. Environmentaltransformations ofsilver nanoparticles:Impact on stabilityand toxicity.EnvironmentalScience &Technology.Clément Levard,E. Matt Hotze,Gregory LowEPA-HQ-OW-2014-0170-01670807005/20/2011Sulfidation processes ofPVP-coated silvernanoparticles inaqueous solution:Impact on dissolutionrate - DCN 08070No2Publication;CopyrightedMaterialsDespite the increasing use of silver nanoparticles (Ag-NPs) innanotechnology and their toxicity to invertebrates, the transformationsand fate of Ag-NPs in the environment are poorly understood. Thiswork focuses on the sulfidation processes of PVP-coate11.6YesLevard, C. et al.2011. Sulfidationprocesses of PVPcoated silvernanoparticles inaqueous solution:Impact ondissolution rate.EnvironmentalScience &Technology. 45(12):5260-5266.Clément Levard,Brian Reinsch, F.MarcMicEPA-HQ-OW-2014-0170-0168Wednesday, August 19, 2015Page 24 of 40AUTHOR DATETITLECBIPAGEDOCUMENTTYPEABSTRACTRECORDSECTIONCOPY -RIGHTEDDOCUMENTID NUMBERSOURCECITATIONAUTHORDCN0807111/13/2012Effects of dominantmaterial properties onthe stability andtransport of TiO2nanoparticles andcarbon nanotubes inaquatic environments:from synthesis to fate -DCN 08071No21Publication;CopyrightedMaterialsRecently, increasing studies have focused on the environmentalstability, transport, and fate of the anthropogenic nanomaterials in theenvironment, which contributes to the understanding of the potentialrisks when released. The aim of this review is to11.6YesLiu, X. et al. 2013.Effects of dominantmaterial propertieson the stability andtransport of TiO2nanoparticles andcarbon nanotubes inaquaticenvironments: fromsynthesis to fate.EnvironmentalScience: Processes& Impacts. 15(1):169-189.Xuyang Liu, GexinChen, ArturoKellerb, ChEPA-HQ-OW-2014-0170-01690807204/01/2012Long-termtransformation and fateof manufactured Agnanoparticles in asimulated large scalefreshwater emergentwetland - DCN 08072No2Publication;CopyrightedMaterialsTransformations and long-term fate of engineered nanomaterialsmust be measured in realistic complex natural systems to accuratelyassess the risks that they may pose. Here, the long-term behavior ofpoly(vinylpyrrolidone)-coated silver nanoparticles in11.6YesLowry, G. V. et al.2012. Long-termtransformation andfate of manufacturedAg nanoparticles ina simulated largescale freshwateremergent wetland.EnvironmentalScience &Technology. 46(13):7027-7036.Gregory Lowry,BenjaminEspinasse, AppalaEPA-HQ-OW-2014-0170-01700807305/14/2012Transformations ofnanomaterials in theenvironment - DCN08073No7Publication;CopyrightedMaterialsIncreasing use of engineered nanomaterials with novel propertiesrelative to their bulk counterparts has generated a need to define theirbehaviors and impacts in the environment.11.6YesLowry, G. V. et al.2012.Transformations ofnanomaterials in theenvironment.EnvironmentalScience &Technology. 46(13):6893-6899.Gregory Lowry,Kelvin Gregory,Simon Apte,EPA-HQ-OW-2014-0170-0171Wednesday, August 19, 2015Page 25 of 40AUTHOR DATETITLECBIPAGEDOCUMENTTYPEABSTRACTRECORDSECTIONCOPY -RIGHTEDDOCUMENTID NUMBERSOURCECITATIONAUTHORDCN0807411/22/2013Fate of zinc oxide andsilver nanoparticles in apilot wastewatertreatment plant and inprocessed biosolids -DCN 08074No9Publication;CopyrightedMaterialsChemical transformations of silver nanoparticles (Ag NPs) and zincoxide nanoparticles (ZnO NPs) during wastewater treatment andsludge treatment must be characterized to accurately assess the risksthat these nanomaterials pose from land application of b11.6YesMa, R. et al. 2013.Fate of zinc oxideand silvernanoparticles in apilot wastewatertreatment plant andin processedbiosolids.EnvironmentalScience &Technology.Rui Ma,ClémentLevard, JonathanJudy, JaEPA-HQ-OW-2014-0170-01720807503/12/2008Exposure modeling ofengineerednanoparticles in theenvironment - DCN08075No7Publication;CopyrightedMaterialsThe aim of this study was to use a life-cycle perspective to model thequantities of engineered nanoparticles released into the environment.11.6YesMueller, N. C., &Nowack, B. 2008.Exposure modelingof engineerednanoparticles in theenvironment.EnvironmentalScience &Technology. 42(12):4447-4453.Nicole Mueller,Bernard NowackEPA-HQ-OW-2014-0170-01730807602/07/2007Synthesis and study ofsilver nanoparticles -DCN 08076No4Publication;CopyrightedMaterialsA laboratory experiment is described in which students synthesizeyellow colloidal silver, estimate particle size using visiblespectroscopy, and study aggregation effects. This experimentintroduces students to nanotechnology while reinforcing topics suc11.6YesMulfinger, L. et al.2007. Synthesis andstudy of silvernanoparticles.Journal of ChemicalEducation. 84(2):322.Lorraine Mulfinger,Sally Solomon,MozghanEPA-HQ-OW-2014-0170-0174Wednesday, August 19, 2015Page 26 of 40AUTHOR DATETITLECBIPAGEDOCUMENTTYPEABSTRACTRECORDSECTIONCOPY -RIGHTEDDOCUMENTID NUMBERSOURCECITATIONAUTHORDCN0807709/15/2010Nanowastes and theenvironment: Potentialnew wastemanagementparadigm - DCN 08077No17Publication;CopyrightedMaterialsNanomaterial and nanoproductshave increased in quantity andvolume from a few kilograms to thousands of tonnes over the lastfifteen to twenty years, and their uncontrolled release into theenvironment is anticipated to grow dramatically in future. Howev11.6YesMusee, N. 2011.Nanowastes and theenvironment:Potential new wastemanagementparadigm.EnvironmentInternational. 37(1):112-128.N. MuseeEPA-HQ-OW-2014-0170-01750807811/01/2013Current Strategies forEngineering Controls inNanomaterialProduction andDownstream HandlingProcesses - DCN 08078No96Publication;OtherGovernmentalThe focus of this document is to identify and describe strategies forthe engineering control of worker exposure during the production oruse of engineered nanomaterials.11.6NoNIOSH. 2013.Current Strategiesfor EngineeringControls inNanomaterialProduction andDownstreamHandling Processes.Cincinnati, OH.(Nov). DHHSPublication No.2014–102.National Institutefor OccupationalSafetyEPA-HQ-OW-2014-0170-01760807901/01/2013About the NNI - DCN08079No2Publication;OtherGovernmentalThe National Nanotechnology Initiative is a U.S. Governmentresearch and development initiative involving 20 departments andindependent agencies working together toward the shared vision of "afuture in which the ability to understand and control matter11.6NoNNI. 2013. NationalNanotechnologyInitiative. About theNNI. Availableonline at:http://nano.gov/about-nni.NationalNanotechnologyInitiativeEPA-HQ-OW-2014-0170-0177Wednesday, August 19, 2015Page 27 of 40AUTHOR DATETITLECBIPAGEDOCUMENTTYPEABSTRACTRECORDSECTIONCOPY -RIGHTEDDOCUMENTID NUMBERSOURCECITATIONAUTHORDCN0808001/01/2013Standards fornanotechnology - DCN08080No2Publication;OtherGovernmentalDiscussion of existing standards for conducting measurements anddefining performance standards pertaining to engineerednanomaterials.11.6NoNNI. 2013. NationalNanotechnologyInitiative. Standardsfor nanotechnology.Available online at:http://nano.gov/you/standards.NationalNanotechnologyInitiativeEPA-HQ-OW-2014-0170-01780808101/01/2013NSI: Nanotechnologyfor sensors and sensorsfor nanotechnology:Improving andprotecting health,safety, and theenvironment - DCN08081No5Publication;OtherGovernmentalThe Nanotechnology Signature Initiative (NSI) Nanotechnology forSensors and Sensors for Nanotechnology: Improving and ProtectingHealth, Safety, and the Environment is the fifth NSI to be launched byagencies of the National Nanotechnology Initiative (NN11.6NoNNI. 2013. NSI:Nanotechnology forsensors andsensors fornanotechnology:Improving andprotecting health,safety, and theenvironment.NationalNanotechnologyInitiativeEPA-HQ-OW-2014-0170-01790808201/10/2011120 years of nanosilverhistory: Implications forpolicy makers - DCN08082No7Publication;CopyrightedMaterialsNanosilver is one nanomaterial that is currently under a lot of scrutiny.Much of the discussion is based on the assumption that nanosilver issomething new that has not been seen until recently and that theadvances in nanotechnology opened completely ne11.6YesNowack, B. et al.2011. 120 years ofnanosilver history:Implications forpolicy makers.EnvironmentalScience &Technology. 45(4):1177-1183.Bernd Nowack,Harald Krug,Murray HeightEPA-HQ-OW-2014-0170-0180Wednesday, August 19, 2015Page 28 of 40AUTHOR DATETITLECBIPAGEDOCUMENTTYPEABSTRACTRECORDSECTIONCOPY -RIGHTEDDOCUMENTID NUMBERSOURCECITATIONAUTHORDCN0808302/01/2014NationalNanotechnologyInitiative StrategicPlan - DCN 08083No88Publication;OtherGovernmentalThe NNI Strategic Plan outlines the broad goals of the Initiative andsupports those goals by delineatingspecific objectives. It provides aframework to foster coordination and collaboration across agenciesand serves as a guide for individual NNI member11.6NoNSET. 2014.NationalNanotechnologyInitiative StrategicPlan. Washington,D.C. (February).National Scienceand TechnologyCouncil, CEPA-HQ-OW-2014-0170-01810808412/18/2012Guidance on SamplePreparation andDosimetry for the SafetyTesting ofManufacturedNanomaterials Serieson the Safety ofManufacturedNanomaterials - DCN08084No93PublicationThe unique properties of manufactured nanomaterials have raised thequestion as to whether the current Organisation for Economic Cooperation Development (OCED) Test Guidelines are adequate toappropriately address their characterization and the assessmen11.6NoOECD. 2012.Guidance onSample Preparationand Dosimetry forthe Safety Testing ofManufacturedNanomaterialsSeries on the Safetyof ManufacturedNanomaterials.(December 18).Organization forEconomic Cooperation andEPA-HQ-OW-2014-0170-01820808504/01/2013OSHA Fact Sheet:Working Safely withNanomaterials - DCN08085No4Publication;OtherGovernmentalThis fact sheet provides basic information to workers and employerson the most current understanding of potential hazards associatedwith this rapidly-developing technology and highlights measures tocontrol exposure to nanomaterials in the workplace.11.6NoOSHA. 2013.Occupational Safetyand HealthAdministration.OSHA Fact Sheet:Working Safely withNanomaterials.Available online at:https://www.osha.gov/Publications/OSHA_FS-3634.pdf.OccupationalSafety and HealthAdministratEPA-HQ-OW-2014-0170-0183Wednesday, August 19, 2015Page 29 of 40AUTHOR DATETITLECBIPAGEDOCUMENTTYPEABSTRACTRECORDSECTIONCOPY -RIGHTEDDOCUMENTID NUMBERSOURCECITATIONAUTHORDCN0808610/11/2011Potential releasepathways,environmental fate, andecological risks ofcarbon nanotubes -DCN 08086No20Publication;CopyrightedMaterialsThe potential for negative effects caused by carbon nanotubesrelease into the environment is a prominent concern and numerousresearch projects have investigated possible environmental releasepathways, fate, and toxicity.11.6YesPetersen, E. J. et al.2011. Potentialrelease pathways,environmental fate,and ecological risksof carbonnanotubes.EnvironmentalScience &Technology. 45(23):9837-9856.Elijah J. Petersen,Liwen Zhang,Nikolai TEPA-HQ-OW-2014-0170-01840808709/01/2014Consumer ProductsInventory - DCN 08087No2PublicationAn inventory of nanotechnology-based consumer products introducedon the market.11.6NoProject on EmergingNanotechnologies.2014. ConsumerProducts Inventory.Available online at:http://www.nanotechproject.org/cpi.Project onEmergingNanotechnologiesEPA-HQ-OW-2014-0170-01850808804/22/2009Estimates of upperbounds and trends innano-TiO2 productionas a basis for exposureassessment - DCN08088No7Publication;CopyrightedMaterialsAn upper bound is estimated for the magnitude of potential exposureto nano-TiO2 with the purpose of enabling exposure assessment and,ultimately, risk assessment.11.6YesRobichaud, C. O. etal. 2009. Estimatesof upper bounds andtrends in nano-TiO2production as abasis for exposureassessment.EnvironmentalScience &Technology. 43:4227-4233.C.O. RobichaudEPA-HQ-OW-2014-0170-0186Wednesday, August 19, 2015Page 30 of 40AUTHOR DATETITLECBIPAGEDOCUMENTTYPEABSTRACTRECORDSECTIONCOPY -RIGHTEDDOCUMENTID NUMBERSOURCECITATIONAUTHORDCN0808911/15/2012SETAC North America33rd Annual MeetingAbstract Book - DCN08089No449Publication;CopyrightedMaterialsAbstract book for the Society of Environmental Toxicology andChemistry North America 33rd Annual Meeting in Long Beach,California.11.6YesSETAC. 2012.Society ofEnvironmentalToxicology andChemistry. SETACNorth America 33rdAnnual MeetingAbstract Book. LongBeach, California.(November 15).Society ofEnvironmentalToxicology and ChEPA-HQ-OW-2014-0170-01870809010/01/2010CharacterizingConcentrations andSize Distributions ofMetal-ContainingNanoparticles in WasteWater - DCN 08090No56Publication;USEPANanomaterials containing metals are finding increasing use inconsumer, industrial, and medical products, and they aresubsequently being released into the environment. This reportdescribes recent progress in the development of new metrology tools.11.6NoU.S. EPA. 2010.CharacterizingConcentrations andSize Distributions ofMetal-ContainingNanoparticles inWaste Water.Washington, D.C.EPA/600/R-10/117.U.S. EPAEPA-HQ-OW-2014-0170-01880809111/01/2010Nanomaterial CaseStudies: NanoscaleTitanium Dioxide inWater Treatment and inTopical Sunscreen -DCN 08091No204Publication;USEPADiscussion of what is known and what needs to be known aboutselected nanomaterials as part of a process to identify and prioritizeresearch to inform future assessments of the potential ecological andhealth implications of these materials. Two applicati11.6NoU.S. EPA. 2010.Nanomaterial CaseStudies: NanoscaleTitanium Dioxide inWater Treatmentand in TopicalSunscreen.Washington, D.C.EPA/600/R-09/057F.U.S. EPAEPA-HQ-OW-2014-0170-0189Wednesday, August 19, 2015Page 31 of 40AUTHOR DATETITLECBIPAGEDOCUMENTTYPEABSTRACTRECORDSECTIONCOPY -RIGHTEDDOCUMENTID NUMBERSOURCECITATIONAUTHORDCN0809203/22/2011Nanotechnology Basicinformation - DCN08092No3Publication;USEPABasic information about nanotechnology and EPA's role in itsresearch.11.6NoU.S. EPA. 2011.Nanotechnologybasic information.Available online at:http://epa.gov/ncer/nano/questions/.U.S. EPAEPA-HQ-OW-2014-0170-01900809302/12/2013Nanomaterials EPA isassessing - DCN 08093No1Publication;USEPAOverview of the types of nanomaterials identified by EPA forinvestigation into potential human health and environmental impactsand their common uses.11.6NoU.S. EPA. 2013.Nanomaterials EPAis assessing.(February 12).Available online at:http://www.epa.gov/nanoscience/quickfinder/nanomaterials.htm#carnan.U.S. EPAEPA-HQ-OW-2014-0170-01910809401/01/2013Nanoscale MaterialsStewardship Program -DCN 08094No2Publication;USEPADiscussion of EPA's voluntary Nanoscale Materials StewardshipProgram.11.6NoU.S. EPA. 2013.Nanoscale MaterialsStewardshipProgram. Availableonline at:http://epa.gov/oppt/nano/stewardship.htm.U.S. EPAEPA-HQ-OW-2014-0170-0192Wednesday, August 19, 2015Page 32 of 40AUTHOR DATETITLECBIPAGEDOCUMENTTYPEABSTRACTRECORDSECTIONCOPY -RIGHTEDDOCUMENTID NUMBERSOURCECITATIONAUTHORDCN0809511/15/2012Fate and effects ofsilver nanoparticles interrestrialenvironments - DCN08095No5Publication;CopyrightedMaterialsTerrestrial environments are likely to be the ultimate sink for themajority of manufactured silver nanoparticles. As they are used, silvernanoparticles enter wastewater streams and ultimately partition intosewage sludge, the majority of which is used a11.6YesUnrine, J. M. et al.2012. Fate andeffects of silvernanoparticles interrestrialenvironments.Proceedings fromthe SETAC 33rdAnnual Meeting,Long Beach,California.J.M. UnrineEPA-HQ-OW-2014-0170-01930809603/22/2011Occurrence andremoval of titanium atfull scale wastewatertreatment plants:implications for TiO2nanomaterials - DCN08096No10Publication;CopyrightedMaterialsTitanium dioxide nanoparticles increasingly will be used incommercial products and have a high likelihood of entering municipalsewage that flows to centralized wastewater treatment plants(WWTPs). Treated water (effluent) from WWTPs flows into rivers an11.6YesWesterhoff, P. et al.2011. Occurrenceand removal of Ti atfull scale wastewatertreatment plants:implications for TiO2nanomaterials.Journal ofEnvironmentalMonitoring. 13(5):1195-1203.Paul Westerhoff,Guixue Song, KirilHristoEPA-HQ-OW-2014-0170-01940809711/13/2012Nanomaterial removaland transformationduring biologicalwastewater treatment -DCN 08097No9Publication;CopyrightedMaterialsEngineered nanomaterials already occur in sewage and wastewaterbiosolids due to their release from commercial products. Increasinglevels and diversity of nanomaterials may enter sewage andwastewater treatment plants in the future as they are released f11.6YesWesterhoff, P. K. etal. 2013.Nanomaterialremoval andtransformationduring biologicalwastewatertreatment.EnvironmentalEngineeringScience. 30(3): 109-117.Paul Westerhoff,Mehlika Kiser,Kiril HriEPA-HQ-OW-2014-0170-0195Wednesday, August 19, 2015Page 33 of 40AUTHOR DATETITLECBIPAGEDOCUMENTTYPEABSTRACTRECORDSECTIONCOPY -RIGHTEDDOCUMENTID NUMBERSOURCECITATIONAUTHORDCN0809803/13/2013TelephoneCommunicationbetween Mark Wiesner,Duke University, andEva Knoth and KimWagoner, EasternResearch Group, Inc.Re: Request forInformation onNanomaterialsResearch - DCN 08098No2MeetingMaterialsTelephone communication between Mark Wiesner, Duke University,and Eva Knoth and Kim Wagoner, Eastern Research Group, Inc.about information on nanomaterials research.11.6NoWiesner, M. 2013.TelephoneCommunicationbetween M.Wiesner, DukeUniversity, and E.Knoth and K.Wagoner, ERG. Re:Request forInformation onNanomaterialsResearch.(March13).Mark WiesnerEPA-HQ-OW-2014-0170-01960809911/22/2011Meditations on theubiquity and mutabilityof nano-sized materialsin the environment -DCN 08099No5Publication;CopyrightedMaterialsA wide variety of nanomaterials can be found naturally occurring inthe environment, although finding and characterizing these materialsremains a challenge due to their size. Recent studies in the field haveshown that natural nanomaterials are common in11.6YesWiesner, M. R. et al.2011. Meditationson the ubiquity andmutability of nanosized materials inthe environment.ACS Nano. 5(11):8466-8470.Mark R. Wiesner,Gregory V. Lowry,ElizabeEPA-HQ-OW-2014-0170-01970810007/29/2009Decreasinguncertainties inassessingenvironmentalexposure, risk, andecological implicationsof nanomaterials - DCN08100No5Publication;CopyrightedMaterialsDetermining the fate and interactions of nanomaterials in complexenvironmental contexts is required to assess exposure and possibleharm as well as to inform regulation.11.6YesWiesner, M. R. et al.2009. Decreasinguncertainties inassessingenvironmentalexposure, risk, andecologicalimplications ofnanomaterials.EnvironmentalScience &Technology. 43(17):6458-6462.Mark R. Wiesner,Gregory V. Lowry,KimberlEPA-HQ-OW-2014-0170-0198Wednesday, August 19, 2015Page 34 of 40AUTHOR DATETITLECBIPAGEDOCUMENTTYPEABSTRACTRECORDSECTIONCOPY -RIGHTEDDOCUMENTID NUMBERSOURCECITATIONAUTHORDCN0810112/07/2011Mechanism of silvernanoparticle toxicity isdependent on dissolvedsilver and surfacecoating inCaenorhabditiselegans - DCN 08101No2Publication;CopyrightedMaterialsThe rapidly increasing use of silver nanoparticles (Ag NPs) inconsumer products and medical applications has raised ecologicaland human health concerns. A key question for addressing theseconcerns is whether Ag NP toxicity is mechanistically unique to11.6YesYang, X. et al. 2012.Mechanism of silvernanoparticle toxicityis dependent ondissolved silver andsurface coating inCaenorhabditiselegans.EnvironmentalScience &Technology. 46(2):1119-1127.Xinyu Yang,Andreas P.Gondikas, Stella M.EPA-HQ-OW-2014-0170-01990810212/05/2007Stability of commercialmetal oxidenanoparticles in water -DCN 08102No9Publication;CopyrightedMaterialsThe fate of commercial nanoparticles in water is of significant interestto health and regulatory authorities. This research investigated thedispersion and stability of metal oxide nanoparticles in water as wellas their removal by potable water treatmen11.6YesZhang, Y. et al.2008. Stability ofcommercial metaloxide nanoparticlesin water. WaterResearch. 42(8–9):2204-2212.Yang Zhang,Yongsheng Chen,Paul WesterhofEPA-HQ-OW-2014-0170-02000810308/23/2013Email Communicationbetween SuzanneDavis, California EPA,Department of ToxicSubstances Control,and Eva Knoth, EasternResearch Group, Inc.Re: Request forInformation onNanomaterialsResearch - DCN 08103No3MeetingMaterialsEmail communication between Suzanne Davis, California EPA,Department of Toxic Substances Control, and Eva Knoth, EasternResearch Group, Inc. about information on nanomaterials research.11.6NoDavis, Suzanne.2013. EmailCommunicationbetween SuzanneDavis, CaliforniaEPA, Department ofToxic SubstancesControl, and EvaKnoth, EasternResearch Group,Inc. Re: Request forInformation onNanomaterialsResearch. (August23).Suzanne DavisEPA-HQ-OW-2014-0170-0201Wednesday, August 19, 2015Page 35 of 40AUTHOR DATETITLECBIPAGEDOCUMENTTYPEABSTRACTRECORDSECTIONCOPY -RIGHTEDDOCUMENTID NUMBERSOURCECITATIONAUTHORDCN0810403/18/2013Email Communicationbetween PaulWesterhoff, ArizonaState University, andEva Knoth, EasternResearch Group, Inc.Re: Request forInformation onNanomaterialsResearch - DCN 08104No3MeetingMaterialsEmail communication between Paul Westerhoff, Arizona StateUniversity, and Eva Knoth, Eastern Research Group, Inc. aboutinformation on nanomaterials research.11.6NoWesterhoff, Paul.2013. EmailCommunicationbetween PaulWesterhoff, ArizonaState University, andEva Knoth, EasternResearch Group,Inc. Re: Request forInformation onNanomaterialsResearch. (March18).Paul WesterhoffEPA-HQ-OW-2014-0170-02020811511/14/2012Nanotechnology:Applications forEnviromentalRemediation - DCN08115No13Publication;USEPAOverview and discussion of applications of nanotechnology forremediation of environmental contamination.11.6NoU.S. EPA. 2012.Nanotechnology:Applications forEnviromentalRemediation.Available online at:http://cluin.org/techfocus/default.focus/sec/Nanotechnology:_Applications_for_Environmental_Remediation/cat/Application.Accessed 2/26/2015.U.S. EPAEPA-HQ-OW-2014-0170-02160798801/01/2014History of Glen-GeryBrick - DCN 07988No2Fact/DataSheetDiscussion from the company's website on the history of Glen-GeryBrick Corp.11.7NoGlen-Gery Brick.2014. History ofGlen-Gery Brick.Available online at:http://www.glengery.com/aboutus/history.Accessed: June 20,2014.Glen-Gery BrickEPA-HQ-OW-2014-0170-0099Wednesday, August 19, 2015Page 36 of 40AUTHOR DATETITLECBIPAGEDOCUMENTTYPEABSTRACTRECORDSECTIONCOPY -RIGHTEDDOCUMENTID NUMBERSOURCECITATIONAUTHORDCN0798901/01/2014Interstate Brick History -DCN 07989No1Fact/DataSheetDiscussion from the company's website on the history of InterstateBrick.11.7NoInterstate Brick.2014. InterstateBrick History.Available Online at:http://www.interstatebrick.com/history.html. Accessed: June20, 2014.Interstate BrickEPA-HQ-OW-2014-0170-01000799004/17/2014TelephoneCommunicationBetween Susan Miller,Brick IndustryAssociation, and AmieAguiar, EasternResearch Group, Inc.Re: Brick ManufacturingProcess - DCN 07990No6MeetingMaterialTelephone communication between Susan Miller, Brick IndustryAssociation, and Amie Aguiar, ERG about the brick manufacturingprocess.11.7NoMiller, Susan. 2014.TelephoneCommunicationBetween SusanMiller, Brick IndustryAssociation, andAmie Aguiar,Eastern ResearchGroup, Inc. Re:Brick ManufacturingProcess. (April 17).Susan MillerEPA-HQ-OW-2014-0170-01010799105/01/2014RIN data for NationalEmission Standards forHazardous AirPollutants (NESHAP):Brick and StructuralClay ProductsManufacturing and ClayCeramicsManufacturing - DCN07991No1DataRegulatory status for the brick and structural clay productsmanufacturing NESHAP and clay ceramics manufacturing NESHAP.11.7NoOMB. 2014. Officeof Management andBudget. RIN data forNational EmissionStandards forHazardous AirPollutants(NESHAP): Brickand Structural ClayOMBEPA-HQ-OW-2014-0170-0102Wednesday, August 19, 2015Page 37 of 40AUTHOR DATETITLECBIPAGEDOCUMENTTYPEABSTRACTRECORDSECTIONCOPY -RIGHTEDDOCUMENTID NUMBERSOURCECITATIONAUTHORDCN0799203/13/2007Sierra Club vs. EPA.U.S. Court of Appealsfor the District ofColumbia Circuit. No.03-1202 - DCN 07992No20Decision2007 court decision between the Sierra Club and EPA about theAgency's air pollution standards for brick and ceramics kilns. Thecourt interpreted that most of the standards violate the Clean Air Act,therefore, the standards were vacated in their entiret11.7NoSierra Club vs. EPA.2007. U.S. Court ofAppeals for theDistrict of ColumbiaCircuit. No. 03-1202.March 13, 2007.U.S. Court ofAppealsEPA-HQ-OW-2014-0170-01030799305/21/2014Email CommunicationBetween Jeff Telander,U.S. EPA Office of Airand Radiation, andWilliam Swietlik, U.S.EPA Office Water. Re:Brick and Clay followup - DCN 07993No4MeetingMaterialsEmail communication between Jeff Telander, U.S. EPA Office of Airand Radiation and William Swietlik, U.S. EPA OW about the brick andclay industry.11.7NoTelander, Jeff. 2014.EmailCommunicationBetween JeffTelander, U.S. EPAOffice of Air andRadiation, andWilliam Swietlik,U.S. EPA Office ofWater.Jeff TelanderEPA-HQ-OW-2014-0170-01040799405/16/2013U.S. Economic Census:2011 County BusinessPatterns - DCN 07994No2DataU.S. Census Data.11.7NoU.S. Census. 2011.U.S. EconomicCensus: 2011County BusinessPatterns.U.S. CensusEPA-HQ-OW-2014-0170-0105Wednesday, August 19, 2015Page 38 of 40AUTHOR DATETITLECBIPAGEDOCUMENTTYPEABSTRACTRECORDSECTIONCOPY -RIGHTEDDOCUMENTID NUMBERSOURCECITATIONAUTHORDCN0799504/22/2005Fact Sheet for NationalEmission Standards forHazardous AirPollutants for Brick andStructural ClayProductsManufacturing:Reconsideration - DCN07995No2Fact/DataSheetFact sheet for the brick and structural clay products manufacturingNESHAP.11.7NoU.S. EPA. 2005.Fact Sheet forNESHAP for Brickand Structural ClayProductsManufacturing:Reconsideration.Washington, D.C.(April 22).U.S. EPAEPA-HQ-OW-2014-0170-01060800101/01/20122012 NAICS IndexFile - DCN 08001No0Data2012 NAICS codes and descriptions.12.2NoU.S. CensusBureau. 2012. 2012NAICS Index File.Available online at:http://www.census.gov/cgibin/sssd/naics/naicsrch?chart=2012.U.S. CensusBureauEPA-HQ-OW-2014-0170-01110800201/01/2014DMR Pollutant LoadingTool. DMR PollutantParameters Used andNot Used by theLoading Tool - DCN08002No0DataNPDES Discharge Monitoring Report (DMR) Parameters used in theDMR Pollutant Loading Tool.12.2NoU.S. EPA. 2014.DMR PollutantLoading Tool. DMRPollutantParameters Usedand Not Used by theLoading Tool.Accessed: June 24,2014.U.S. EPAEPA-HQ-OW-2014-0170-0204Wednesday, August 19, 2015Page 39 of 40AUTHOR DATETITLECBIPAGEDOCUMENTTYPEABSTRACTRECORDSECTIONCOPY -RIGHTEDDOCUMENTID NUMBERSOURCECITATIONAUTHORDCN0800009/30/2014Export of IndustrialWastewater TreatmentTechnology (IWTT)Database Tables - DCN08000No0DataExport of the data captured in the Industrial Wastewater TreatmentTechnology Database.12.2NoERG. 2014. EasternResearch Group,Inc. Export ofIndustrialWastewaterTreatmentTechnology (IWTT)Database Tables.Chantilly, VA.(September).Eastern ResearchGroupEPA-HQ-OW-2014-0170-02070811804/07/2015Analysis of API andAFPM Comments onDioxin Discharges fromRefineries Relating toCWA Effluent GuidelineScreening - DCN 08118No10MemorandumMemorandum from Abt Associates to Stephen DeVito, USEPA. Re:Analysis of API and AFPM Comments on Dioxin Discharges fromRefineries Relating to CWAEffluent Guideline Screening.7.12NoAbt Associates.2015. Memorandumfrom Abt Associatesto Stephen DeVito,USEPA. Re:Analysis of API andAFPM Commentson DioxinDischarges fromRefineries Relatingto CWA EffluentGuidelineScreening. (April).Abt AssociatesEPA-HQ-OW-2014-0170-0206Wednesday, August 19, 2015Page 40 of 40