Human and Ecological Risk Assessment - Earthjustice

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Appendix CAttachment C-3: Climate Center AssignmentsClimate Center Assignments (continued)Plant Climate Center Explanation If Not Closest Climate CenterOklaunionOklahoma City,OKParadise Cincinnati, OH Closest Met Station (Nashville) receives much more precipitation (12.26” out of range) than plant location.Used third closest Met Station because 5-year averages fell within expected precipitation range for the plant.PetersburgPleasant PrairiePort WashingtonPortlandPossum PointPotomac RiverPresque IsleIndianapolis, INChicago, ILMadison, WIPhiladelphia, PANorfolk, VASeabrook, NJSault Ste. Marie,MIR Gallagher Cincinnati, OH Closest Met Station (Lexington) receives much more precipitation (8.35” out of range) than plant location.Used second closest Met Station because 5-year & 30-year averages fell within expected precipitation rangefor the plant.R M SchahferReid GardnerRichard GorsuchRiverbendRodemacherRoxboroSandowChicago, ILLas Vegas, NVColumbus, OHGreensboro, NCLake Charles, LAGreensboro, NCSan Antonio, TXScherer Watkinsville, GA Closest Met Station (Atlanta) receives 6.96” more precipitation than plant location. Used second closest MetStation because 5-year averages fell within expected precipitation range for the plant.ShawneeShawvilleSheldonEast St. Louis, ILPittsburgh, PANorth Omaha, NE(continued)April 2010–Draft EPA document.C-3-7
Appendix CAttachment C-3: Climate Center AssignmentsClimate Center Assignments (continued)Plant Climate Center Explanation If Not Closest Climate CenterSouth Oak Creek Chicago, ILSpringervilleSt Johns River PowerStanton Energy CtrStockton Cogen CompanySyl LaskinTecumseh ECAlbuquerque, NM Closest Met Station (Flagstaff) receives much more precipitation (8.92” out of range) than plant location.Used second closest Met Station because 5-year averages were within the expected precipitation range for theplant.Jacksonville, FLOrlando, FLSacramento, CASt. Cloud, MNTopeka, KSTexas-New Mexico San Antonio, TX Closest Met Station (Dallas) received less precipitation than site location. Used second closest Met Stationbecause 5-year averages fell within expected precipitation range for the plant. Also average precipitation forthe second closest Met Station was nearest to http://www.weather.comTitusTrimble CountyTyroneValleyPhiladelphia, PACincinnati, OHLexington, KYMadison, WIVermilion Chicago, IL Closest Met Station (Indianapolis) receives more precipitation than plant location. Used second closest MetStation because 5-year averages fell within expected precipitation range for the plant.Victor J Daniel Jr Tallahassee, FL Closest Met Station (New Orleans) receives much more precipitation (5.06” out of range) than the sitelocation. Used second closest because only slightly above (3.4) expected precipitation range for plant.W A Parish Shreveport, LA 2 Closest Met Stations (Lake Charles & San Antonio) are more than 4” out of range. Used third closestbecause only slightly above (1.65”) expected precipitation range for plant.W H WeatherspoonW S LeeWabash RiverWalter C BeckjordWansleyGreensboro, NCWatkinsville, GAIndianapolis, INCincinnati, OHAtlanta, GAWarrick Indianapolis, IN Closest Met Station (Nashville) receives 12.2” more precipitation than plant location. Used second closestMet Station because 5-year averages fell within expected precipitation range for the plant.(continued)April 2010–Draft EPA document.C-3-8
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CCWTable of ContentsTable of Conten
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CCWTable of ContentsList of Figures
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CCWTable of Contents4-22. Summary o
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CCWList of AcronymsAcronymDefinitio
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CCWList of AcronymsApril 2010-Draft
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Executive SummaryHuman and Ecologic
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Section 1.0Introduction1.0 Introduc
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Section 1.0Introduction1.3.2 Exposu
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Section 1.0IntroductionThis methodo
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Section 1.0Introduction1.4 Document
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Section 2.0Problem Formulationdata
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Section 2.0Problem FormulationTable
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Section 2.0Problem Formulationsmall
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Section 2.0Problem FormulationFigur
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Section 2.0Problem Formulationonsit
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Section 2.0Problem Formulation2.3 S
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Section 2.0Problem Formulationand C
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Section 2.0Problem Formulationof dr
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Section 3.0Analysisscale analysis.
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Section 3.0Analysis• The RfD is a
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Section 3.0Analysis3.1.2 Ecological
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Section 3.0AnalysisEcological Risk
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Section 3.0Analysisfor the screenin
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Section 3.0AnalysisTable 3-5. Scree
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Section 3.0Analysisapproximately 30
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Section 3.0Analysisthose input file
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Section 3.0AnalysisCCW Waste TypesC
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Section 3.0Analysis• An in-depth
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Section 3.0Analysisused to determin
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Section 3.0Analysisconsolidation. A
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Section 3.0Analysis3.4.4 Model Outp
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Section 3.0Analysisclogged region o
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Section 3.0Analysissurface impoundm
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Section 3.0Analysisobtained from a
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Section 3.0AnalysisIn the saturated
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Section 3.0Analysis• The receptor
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Section 3.0Analysissediment and por
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Section 3.0AnalysisTable 3-11. Alum
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Section 3.0Analysischild was aged f
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Section 3.0Analysisa per kilogram b
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Section 3.0AnalysisNoncancer risk w
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Section 4.0Risk Characterization4.0
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Section 4.0Risk CharacterizationNot
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Section 4.0Risk Characterization90t
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Section 4.0Risk Characterizationbas
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Section 4.0Risk Characterization4.1
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Section 4.0Risk Characterizationund
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Section 4.0Risk CharacterizationLin
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Section 4.0Risk CharacterizationRis
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Section 4.0Risk CharacterizationTab
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Section 4.0Risk CharacterizationThe
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Section 4.0Risk Characterizationin
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Section 4.0Risk Characterizationand
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Section 4.0Risk Characterizationdis
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Section 4.0Risk Characterizationana
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Section 4.0Risk Characterizationmay
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Section 4.0Risk Characterizationval
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Section 4.0Risk Characterizationars
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Section 4.0Risk Characterizationwas
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Section 4.0Risk Characterizationche
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Section 4.0Risk CharacterizationMer
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Section 4.0Risk CharacterizationWat
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Section 4.0Risk CharacterizationEPA
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Section 4.0Risk CharacterizationEco
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Section 4.0Risk Characterization•
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Section 4.0Risk Characterization•
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Section 5.0ReferencesFinkelman, R.B
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Section 5.0ReferencesU.S. EPA (Envi
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Section 5.0Referenceshttp://www.epa
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Section 5.0ReferencesDisposal of Co
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Appendix AConstituent DataA.1 Data
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Appendix AConstituent DataA.2.1 Sel
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Appendix AConstituent Data2. Select
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Appendix AAttachment A-1: Sources o
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April 2010-Draft EPA document.[This
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Appendix AAttachment A-2: CCW Const
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Appendix A Attachment A-3Table A-3-
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Appendix A Attachment A-3Cr IIIHgAg
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Appendix A Attachment A-3NO3CNCd, C
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Appendix BWaste Management UnitsWas
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Appendix BWaste Management Units•
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Appendix BWaste Management Units(e.
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Log(capacity, cubic yards)Log(area,
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Appendix BWaste Management UnitsB.7
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Appendix BAttachment B-1: CCW Dispo
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Appendix BAttachment B-1: CCW Dispo
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Appendix BAttachment B-2: CCW WMU D
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Appendix CSite DataWMU and the wate
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Appendix CSite DataFigure C-1. Exam
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Appendix CSite Dataeach site, eithe
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Appendix CSite DataBecause EPACMTP
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Appendix CSite DataHydrogeologic Se
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Appendix CSite DataFigure C-2. EPAC
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Appendix FHuman Exposure FactorsF.1
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Appendix GHuman Health BenchmarksG.
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Appendix GHuman Health BenchmarksHu
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Appendix GHuman Health BenchmarksU.
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Appendix HEcological BenchmarksRisk
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Appendix HEcological BenchmarksH.1.
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Appendix HEcological BenchmarksCons
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Appendix HEcological BenchmarksU.S.
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Appendix ICalculation of Health-Bas
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Appendix JChemical-Specific Inputs
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Appendix JChemical-Specific Inputs
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Appendix KScreening Analysis Result
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Appendix LTime to Peak Concentratio
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