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15EnhancingresearchfacilitiesWorld-classresearchrequiresworld-classfacilitiessuchasthebrandnew148000-square-footEnergyInnovationLaboratoryonINLsResearchandEducationCampusConstructionconcludedin2013andresearchersarenowmovingintothebuildingwhichwillco-locateDOEprogramspacewithuserfacilitiesandapublicmultiuseauditoriumTheUSGreenBuildingCouncilcertifedthebuildingasLEEDPlatinumthefrstINLbuildingtoachievethetoplevelofsustainablebuildingdesignandonlythefourthplatinumcommercialbuildinginthestateLeadershipinEnergyandEnvironmentalDesignLEEDistheindustrystandardforGreenBuildingValidationEnablingnuclearresearchAnumberofnewcapabilitiesweredemonstratedatINLsMaterialsandFuelsComplexthisyearForexampleanINLteamusedINL-designedand-builtequipmenttopurifyroughly2gramsofamericiummetalarareandexpensiveelementusedinmanytypesofhouseholdsmokedetectorsandgeologicaldata-gatheringequipmentStudiesofthepuremetalcanhelpresearchersunderstandthephysicalpropertiesoffuelscontainingamericiumNootherDOElaboratoryhasdemonstratedthiscapabilitywhichcanultimatelyleadtotheunderstandingofhowmuchamericiumcanbeintransmutationfuelsthathavethepotentialtoreducethevolumeandtoxicityofmaterialdestinedforrepositoriesTechniciansatMFCalsoestablishedanabilitytoacceleratethefuelfabricationprocessandtocreatenewfueltypesforexperimentsMFCoperatorsdemonstratedthefrstdirectmachiningofuraniummetalatINLTheyarenowabletoworkdirectlyonenrichedmetallicuraniumtorapidlymakeprecisionexperimentalfuelsHigh-precisionmetallicfuelsamplesmadeofenricheduraniumenableresearcherstotestnewfuelshapesandexpandtheresearchoptionsavailabletoDOEandindustryThenewEnergyInnovationLaboratoryatINLwillhostbothdiverseresearchactivitiesandpublicconferencefacilities.