Record ID: - United States Environmental Protection Agency



Sustainable FuturesSummary Assessment Using114300975360This document was developed to help compile estimation results from U.S. EPA OPPT’s P2Framework Models and is used by OPPT during Sustainable Futures (SF) training described atoppt/sf.Participants in the voluntary SF Initiative are asked to submit the information contained in this assessment along with their SF PMNs in their choice of format.Use of this specific format is not mandatory.00This document was developed to help compile estimation results from U.S. EPA OPPT’s P2Framework Models and is used by OPPT during Sustainable Futures (SF) training described atoppt/sf.Participants in the voluntary SF Initiative are asked to submit the information contained in this assessment along with their SF PMNs in their choice of format.Use of this specific format is not mandatory.P2 Framework ModelsChemical Assessed: CAS Registry Number: Participant Name: Date of Assessment: Record ID: CAS No. Chemical StructureIs this a representative structure? MW: MF: Physical Form: Submitter: Trade Name: Use: Production Volume: SMILES: Name: Synonyms: SUSTAINABLE FUTURES SUMMARY:Concern LevelHIGHMODERATELOWPersistenceBioconcentrationCancer Health HazardNon-Cancer Health HazardAquatic Toxicity HazardIs the chemical predicted to be a PBT by PBT Profiler?Overall Hazard ConcernHuman Health Hazard:Aquatic Hazard: Overall RiskHuman Health Risk: Aquatic Risk: CAS No. Submitter: PHYSICAL/CHEMICAL PROPERTIES:Melting Point (deg C)Boiling Point (deg C)Boiling Point Pressure (mm Hg)Vapor Pressure (mm Hg)Water Solubility at 25 deg C (g/L)Log KowENVIRONMENTAL TRANSPORT AND FATE:TransportHenry’s Law Constant – HLC (atm-m3/mol)Soil Adsorption Coefficient – log Koc Log Bioconcentration Factor – BCFPersistenceProbability of Rapid BiodegradationUltimate Biodeg ModelPrimary Biodeg ModelReady Biodegradability (MITI Model)Atmospheric Half-lifeHydrolysis Half-lifeVolatilization Half-life for Model RiverVolatilization Half-life for Model LakeRemoval in STP (EPA Draft Method)Experimental DataByproductsDegradation ProductsMetabolitesCAS No. Submitter: ECOTOXICITY:ECOSAR ClassAcute ToxicityFish LC50Daphnid LC50Green Algae EC50Chronic ToxicityFish ChV Daphnid ChVGreen Algae ChVHazard Concern for Aquatic ToxicityConcern ConcentrationCANCER HEALTH EFFECTS:Experimental data OncoLogic ResultsOverall Hazard Concern for CarcinogenicityNON-CANCER HEALTH EFFECTS:Acute ToxicityIrritationSkin SensitizerReproductive EffectsDevelopmental EffectsImmune System EffectsNeurotoxicityGenotoxicityMutagenicitySystemic EffectsOverall Hazard Concern for Non-Cancer Health EffectsCAS No. Submitter: EXPOSURE MODELS:INDUSTRIAL RELEASE AND EXPOSURE VALUES: CHEMSTEERProcess Number of Release Days SIC Code / NPDES # Number of Facilities1Occupational Exposure ValuesCancer LADDChronic ADDAcute APDRDermalInhalationEnvironmental Release ValuesRelease to Water [Equipment cleaning]Release to Air (Fugitive) [Equipment cleaning]Release to Air (Fugitive) [loading liquid product into drums]Release to LandfillRelease from IncinerationOther Release ActivitiesGENERAL POPULATION EXPOSURE VALUES: E-FASTAquatic Exposure:Lowest Acute COC – Aquatic ExposureLowest Chronic COC – Aquatic ExposurePredicted Environmental Concentration (PEC)PEC Exceeds Chronic COC (days / year)Human Exposure:Cancer LADDpotChronic ADDpotAcute ADRpotDrinking WaterFish IngestionFugitive Emissions [drumming]Fugitive Emissions [reactor cleaning]Incineration EmissionsLandfill LeachingDermal – Consumer UseInhalation – Consumer UseRISK ASSESSMENT CALCULATIONS:MOE – Acute Occupational ExposureMOE – Chronic Occupational ExposureMOE – Acute General Population ExposureMOE – Chronic General Population ExposureCAS No. Submitter: SUMMARY CONCLUSIONS:Occupational Risk:Risk of Non-Cancer Acute Effects from Occupational Exposure: Risk of Non-Cancer Chronic Effects from Occupational Exposure: Risk of Cancer Effects from Occupational Exposure: General Population Risk:Risk of Non-Cancer Acute Effects to General Population: Risk of Non-Cancer Chronic Effects to General Population: Risk of Cancer Effects to General Population: Consumer Risk:Risk of Non-Cancer Acute Effects to General Population: Risk of Non-Cancer Chronic Effects to General Population: Risk of Cancer Effects to General Population: Aquatic Risk:Acute Risk to the Aquatic Environment: Chronic Risk to the Aquatic Environment:WRITE-UP SECTIONS: SEQ CHAPTER \h \r 1Physical/Chemical PropertiesEnvironmental FateCAS No. Submitter: Aquatic Hazard Human Health Cancer Hazard Human Health Non-Cancer Hazard CAS No. Submitter: Environmental (Aquatic) Exposure Occupational Exposure General Population ExposureConsumer Exposure Environmental (Aquatic) Risk Assessment CAS No. Submitter: Human Health Risk AssessmentAbbreviations UsedCAS No. Submitter: Table I - Selected Analogs AnalogStructureConcern IdentifiedBasis of ConcernConcern LevelReferencesAppendix 1: Determination of Aquatic RiskChemical Identifier: CAS Number: Release Activity 1: Site Information: EndpointEffect Level (ppb)Assessment FactorAcute COC (ppb)PEC (ppb)Potential for Risk?Acute ProfileChronic ProfileEndpointEffect Level (ppb)Assessment FactorChronic COC (ppb)Days/Year PEC Exceeds COCPotential for Risk?Appendix 2: Determination of Human Health Risk from Occupational ExposureChemical Identifier: CAS Number: Exposure Activity 1: Site Information: Endpoint(Concern Effect)NOAEL(mg/kg-d)LOAEL(mg/kg-d)Exposure Dose and Source(mg/kg-d)MOE*Potential for Risk?Occupational ExposureAppendix 3: Determination of Human Health Risk to the General Population and ConsumersChemical Identifier: CAS Number: Exposure Activity 1: Site Information: Endpoint(Concern Effect)NOAEL(mg/kg-d)LOAEL(mg/kg-d)Exposure Dose and Source(mg/kg-d)MOE*Potential for Risk?General Population ExposureConsumer Exposure ................
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