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U.S.NuclearEnergyR&DPrograms
BradleyWilliamsSeniorAdvisor
OfficeofNuclearEnergyU.S.DepartmentofEnergy
IAMUEnergyConference
November4,2015
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President Obama’s Energy and Environmental Goals
“By2035,80percentofAmerica’selectricitywillcomefromcleanenergysources.Somefolkswantwindandsolar.Otherswantnuclear,cleancoalandnaturalgas.
Tomeetthisgoalwewillneedthemall.”
2011StateoftheUnionAddress
“TheUnitedStateswillconFnuetopromotethesafeandsecureuseofnuclearpowerworldwidethrougha
varietyofbilateralandmulFlateralengagements…Goingforward,wewillexpandtheseeffortsto
promotenuclearenergygeneraFonconsistentwithmaximizingsafetyandnonproliferaFongoals.”
PresidentBarackObamaClimateAcNonPlan,2013
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“Inpartnershipwithournuclearindustry,theU.S.Governmentissuppor;ngthedeploymentofpassivelysafereactorsbothintheUnitedStatesandaroundtheworld.Byincorpora;ngpassivesystemsintothelargeGenIIIdesigns,andthenewsmallmodularreactorsbeingpursuedtoday,theworldhasabroadersetofop;onsforsafe,reliablenuclearenergy.
U.S. Government Nuclear Energy Focus
Wearealsoworkingtowardanext-generaFonnuclearfuelthatwillcombinehigherperformancewithgreatertoleranceforextremeevents,thusgivingoperatorsaddi;onal;metorespondtounforeseencondi;ons.Thisyearwe’veenteredintostrongpartnershipswithnaFonallaboratories,universiFes,andindustryandweareverypleasedwiththeleadershiproleoftheOECD-NuclearEnergyAgencyandtheIAEAinexpandinginternaFonalinvolvementintheseefforts.”SecretaryMoniz2014IAEAGeneralConference
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Clean Power Plan
• OnAugust3rd,PresidentObamaannouncedaCleanPowerPlantoreducecarbonemissionsintheUnitedStates.
• Theplansetsflexibleandachievablestandardstoreducepowersectorcarbondioxideemissionsby32percentbelow2005levelsby2030.
• Nuclearenergycanbeincorporatedintostateplans– Newnuclearpower(includingunderconstrucCon)
andnuclearupratescounttowardscompliance– Statescandesigntheirownpoliciestocomplywith
theirgoals,andmaychoosetoincentexisCngnuclearplantstoconCnuetooperate
“DOEstandsreadytoassist
stateswithtechnical
exper;setomeetthese
pollu;on-cuTngtargets
whilemaintainingan
effec;ve,affordable,and
reliableelectricsystem.”
-SecretaryMoniz
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Federal Loan Guarantees Underpin New Nuclear Build
n TheEnergyPolicyActof2005authorizedtheDepartmentofEnergytoissueloanguaranteesforprojectsthatavoid,reduceorsequestergreenhousegasesandemployneworsignificantly-improvedtechnologiesascomparedtotechnologiesinserviceintheUnitedStatesattheCmetheguaranteeisissued.
n InGeorgia,twoAP1000sarebeingbuiltwith$8.3billioninloanguaranteesfromtheDepartmentofEnergy.
ConstrucConofVogtleUnit3,January2014©GeorgiaPowerCompany
n DOEannouncedanaddiConal$12.5billionsolicitaConforloanguaranteesforAdvancedNuclearEnergyProjectsinDecember2014--focusesonfourkeyareas:• Advancednuclearreactors• Smallmodularreactors• UpratesandupgradesatexisCngfaciliCes• Front-endnuclearprojects,suchasuranium,
conversion,enrichmentandfuelfabrication
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A Robust RD&D Program Supports Policy Objectives
n ReactorConcepts($108M)—ExpandslightwaterreactorsustainabilityeffortstomaintaincarbonfreegeneraConofthecurrentfleetandsupportsdevelopmentofnon-watercooledreactorsystems.
n SmallModularReactors($63M)—ConCnuestechnicalsupportforlicensingSMRs.n STEPR&D($5M)—IniCatesmulC-programefforttoacceleratecommercializaConofsCO2
Braytoncycleenergyconversiontechnologieswitha10MWdemonstraConproject.n FuelCycleR&D($218M)—Expandsefforttodevelopcommercialusednuclearfueldisposal
soluCons;maintainschedulefor2016selecConofaccidenttolerantfuelcandidatesforfurtherdevelopmentandtesCng.
n NuclearEnergyEnablingTechnologies($86M)—ConCnuesEnergyInnovaConHubforModelingandSimulaConforsecond5-yearperiod;advancedmodelingandsimulaConforNER&Dprograms.
n IdahoNaNonalLaboratory($338M)—ModernizaConoffaciliCesandsecuritycapabiliCes.
OfficeofNuclearEnergyFY2016Request:$908M
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Light Water Reactor Sustainability Program
n DevelopfundamentalscienCficbasistoenableconCnuedlong-termsafeoperaConofexisCngLWRs(beyond60years):
– Improvereliability --Sustainsafety– Preservecarbon-freegeneraCon --Supportlong-termeconomicviability
n Focusareas:– MaterialsAgingandDegradaCon– AdvancedInstrumentaConandControls– Risk-InformedSafetyMarginCharacterizaCon– SystemsAnalysisandEmergingIssues(includesresearchtosupportpost-Fukushimalessonslearned)
n Accomplishments:– CompletedthedevelopmentofadetaileddatabaseonirradiatedconcretedegradaCon.Thisdatabase,
togetherwithmechanisCcmodeling,willsupportthedevelopmentofapredicCvemodelforconcretedegradaCon.
– ReleasedthefirstBetaversionofthenewRELAP-7code.RELAP-7isamodern,updatedthermal-hydraulicsreactorplantsimulaConcode.
– TheArizonaPublicServiceCompanyreceivedaNuclearEnergyInsCtuteTopIndustryPracCce(TIP)awardforanadvancedoutagecontrolcenterautomaConpilotplantprojectimplementedinconjuncConwiththeLightWaterReactorSustainabilityprogram.
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Small Modular Reactor (SMR) Licensing Technical Support Program
n In2012,DOEiniCateda6-year/$452Mprogramtoprovidefinancialassistancefordesignengineering,tesCng,cerCficaConandlicensingofpromisingSMRtechnologieswithhighlikelihoodofbeingdeployedatdomesCcsitesinthemid-2020’s.
n CommercialSMRdevelopmentisbeingacceleratedthroughpublic/privatearrangementswith50%costshareprovidedbyU.S.industrypartners.
n SitepermilngandlicensingacCviCesbeingplanned:– U.S.GovernmentInteragencyAgreementfortheTennesseeValleyAuthority’sClinchRiverSite--DevelopingEarlySitePermit(ESP),expectedmid-2019;Cost-shared50/50– SecondNuScaleCooperaCveAgreement--NuScaletopartnerwithauClitytoexploresiCngSMRon
ornearIdahoNaConalLaboratory;Site-relatedacCviCesneededtodeveloplicenseapplicaCon;Cost-shared50/50
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Advanced Reactor Technology Program
n R&DfocusedonAdvanced,SmallandModularReactorConcepts• FastReactorTechnologies
– ForacCnidemanagementandelectricityproducCon– Currentfocusonsodiumcoolant
• HighTemperatureReactorTechnologies– ForelectricityandprocessheatproducCon– Currentfocusongas-andliquidsalt-cooledsystems
• AdvancedReactorGenericTechnologies– Commondesignneedsforadvancedmaterials,energyconversion,
decayheatremovalsystemsandmodelingmethods
• AdvancedReactorRegulatoryFramework– Developmentoflicensingrequirementsforadvancedreactors
• AdvancedReactorSystemStudies– Analysesofcapital,operaConsandfuelcostsforadvancedreactortypes
n SupercriNcalTransformaNonalElectricPower(STEP)IniNaNve:• IntegraCngmulC-officeR&Dprojects• InvesCgaCngcommercializedSupercriCcalCarbonDioxide(sCO2)Braytoncycleenergyconversionsystem
Argonne National Laboratory AFR- 100
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Fuel Cycle Research & Development Program
NE
FCR&D
n ConductR&DonadvancedsustainablefuelcycletechnologiesthathavethepotenCaltoimproveresourceuClizaConandenergygeneraCon,reducewastegeneraCon,enhancesafety,andlimitproliferaConrisk;
n Conductgenericresearchanddevelopmentandgenericnon-R&DacCviCesrelatedtousednuclearfuel,nuclearwastemanagementanddisposalissues;and
n LaythegroundworkandplanningfortheimplementaConoftheAdministraCon’sstrategyonthemanagementofusednuclearfuelandhigh-levelwaste.
Theprogramemploysalong-term,science-basedapproachtofosterinnovaCve,transformaConaltechnologysoluConstoachievethismission.AdvancementsinfuelcycletechnologiesandsoluConssupporttheenhancedavailability,affordability,safety,andsecurityofnuclear-generatedelectricityintheU.S.
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An Adaptive, Consent-Based Path to Nuclear Waste Storage and Disposal
n InJanuary2013,theAdministraConissueditsStrategyfortheManagementandDisposalofUsedNuclearFuelandHigh-LevelRadioacCveWaste.
n TheStrategyembracedthecorefindingsoftheBlueRibbonCommissiononAmerica’sNuclearFutureandaffirmedthatanyworkablesoluConforthefinaldisposiConofusedfuelandnuclearwastemustbebasednotonlyonsoundscience,butalsoonachievingpublicacceptanceatthelocal,stateandtriballevels.
n InMarch2015,theDepartmentofEnergyannounceditwouldmoveforwardwithplanningforadefense-onlyrepositoryinparallelwithiniCalworktodevelopinterimstorageforcommercialspentnuclearfuel.TheDepartmentwillalsobegindevelopmentofaconsent-basedsiCngprocessforbothtypesoffaciliCes.
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Used Nuclear Fuel Disposal Research & Development
n ProvideasoundtechnicalbasisformulCpleviabledisposalopConsintheU.S.
n Increaseconfidenceintherobustnessofgenericdisposalconcepts
n DevelopthescienceandengineeringtoolsneededtosupportdisposalconceptimplementaCon
n LeverageinternaConalcollaboraCons
Minedrepositoriesinclay/shaleMinedrepositoriesinsalt
MinedrepositoriesincrystallinerockDeepboreholes
incrystallinerock
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n DevelopthetechnicalbasistosupportUNFmanagementwithastrongemphasisonhigh-burnupusedfuel.• TechnicaldatatosupportNRClicensingforlong-term
storageofhigh-burnupfuels• FuelretrievabilityandtransportaConaoerextended
storage
n Be^erunderstandpotenNaldegradaNonmechanismsinlongtermdrycaskstorageincluding:• Developthetechnicalbasestodemonstrateusedfuel
integrityforextendedstorageperiods• Developtechnicalbasesforfuelretrievabilityand
transportaConaoerlongtermstorage• DeveloptechnicalbasisfortransportaConofhigh-
burnupfuel
Used Nuclear Fuel Storage and Transportation R&D
Thermalmodellingofadrystoragecaskinahorizontalstoragevault.
Exampleofradialhydrides.HydridescanembriplecladdingandreduceducClity.
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Nuclear Energy Enabling Technologies Crosscut Technology Development
n Conduct research to develop innovative and crosscutting technologies leading to significant advancements for multiple reactor and fuel cycle concepts
n Support strategic investments to enhance the national nuclear research infrastructure
n Address critical knowledge gaps in reactor and fuel cycle technologies
• Reactor Materials
• Advanced Sensors and Instrumentation
• Advanced Methods for Manufacturing
• Cyber Security R&D (new for FY 2015)
• Transient Testing R&D (new for FY 2015)
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Nuclear Energy Advanced Modeling and Simulation (NEAMS)
n ProductLines–DevelopadvancedpredicFvesimulaFontools(NEAMSToolkit)foruseinnuclearreactorandfuelsRD&D
n HighImpactProblems–DemonstrateandhelpdeployNEAMStoolsbysolvinghigh-impactproblemsincollaboraFonwithcustomers
n NEMissionNeeds–SupportrestartanduseoftheINLTREATfacilityforRD&D
Programareas:
KeyRD&DObjecFves:n EnhancethevalueoftheNER&Dpor`oliothroughintegraNonofadvancedcomputaNonal
methodstoacceleratemeeNngNERoadmapobjecNves,andtohelpenablethenextgeneraNonofnucleartechnologies
n DeployadvancedmodelingandsimulaNontoolstoindustryandacademiaforusebyscienNstsandengineersinresearch,design,andanalysisofnuclearpowersystems
PELLET PLANT PIN CORE
The NEAMS Pellet-to-Plant Simulation Toolkit
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Consortium for Advanced Simulation of Light Water Reactors (CASL): DOE Modeling and Simulation Hub
n Developinga“virtualreactor”tosimulatereactorbehaviorwiththeulCmategoalofusingthistooltoimprovethesafetyandeconomicsofreactoroperaConstoenablepowerproducConincreasesandlifeextension.
n Renewedforasecond5-yearphaseinFY15andisincreasingmembershiptoincludeaddiConalreactortechnologyvendorsandelectricuCliCes.
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Nuclear Science User Facilities (NSUF)
n ReactorFaciliNes- INLAdvancedTestReactor- MITReactor- NorthCarolinaStateUniversity(NCSU)
PULSTARReactor- ORNLHighFluxIsotopeReactor
n BeamlineFaciliNes- UniversityofWisconsin- IllinoisInsCtuteofTechnology- UniversityofMichigan- NCSUPULSTARReactor
n PostIrradiaNonExaminaNon- IdahoNaConalLaboratory(INL)- NorthCarolinaStateUniversity- UniversityofWisconsin- UniversityofMichigan- UniversityofCaliforniaBerkeley- UniversityofNevada,LasVegas- PurdueUniversity- PacificNorthwestNaConalLaboratory- OakRidgeNaConalLaboratory(ORNL)- WesCnghouse
Providestheresearchcommunityameanstoconductcu_ng-edgenuclearenergyR&DbyprovidingaccesstouniqueirradiaFonandpost-irradiaFonexaminaFoncapabiliFes,locatedatIdahoNaFonalLaboratoryandvariouspartnerfaciliFes.
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NE’s University Programs
n NuclearEnergyUniversityProgram(NEUP)• NEdesignatesupto20percentofthefunds
appropriatedtoitsR&DprogramstoR&Dandinfrastructureprojectsawardedthroughanopen,compeCCvesolicitaConprocess
n IntegratedUniversityProgram(IUP)• NEprovidesgraduate-levelstudentfellowshipgrants
andundergraduate-levelstudentscholarshipgrantsthroughanopen,compeCCvesolicitaConprocesstosupportnuclearscienceandengineeringeducaCon
n ResearchReactorInfrastructure(RRI)• NEsupportstheconCnuedoperaConofU.S.university
researchreactorsbyprovidingfuelservicesandmaintenanceoffuelfabricaConequipment
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Conclusion: Nuclear Energy is Key Part of National Energy and
Environmental Policy
n CommitmenttonuclearenergyisavitalpartoftheU.S.naNonalenergyandenvironmentalstrategy.
n AstrongRD&DprogramfosterstheessenNaltechnologicaladvancesneededforthesafe,secure,andreliableuseofnuclearenergy.
White House Summit on Nuclear Energy and Climate Change
1 – 5 pm on November 6, 2015 Live Streaming @ https://www.whitehouse.gov/live