Title of article :
Apilottestplanofthethermochemicalwater-splittingiodine–sulfurprocessOriginalResearchArticle
Author/Authors :
ShinjiKubo، نويسنده , , SeijiKasahara، نويسنده , , HiroyukiOkuda، نويسنده , , AtsuhikoTerada، نويسنده , , NobuyukiTanaka، نويسنده , , YoshitomoInaba، نويسنده , , HirofumiOhashi، نويسنده , , YoshiyukiInagaki، نويسنده , , KaoruOnuki، نويسنده , , RyutaroHino، نويسنده ,
Issue Information :
روزنامه با شماره پیاپی سال 2004
Abstract :
Researchanddevelopment(R&D)ofhydrogenproductionsystemsusinghigh-temperaturegas-cooledreactors(HTGR)arebeingconductedbytheJapanAtomicResearchInstitute(JAERI).Todevelopthesystems,superiorhydrogenproductionmethodsareessential.Thethermochemicalhydrogenproductioncycle,theIS(iodine–sulfur)process,isaprospectivecandidate,inwhichheatsuppliedbyHTGRcanbeconsumedforthethermaldrivingload.Withthisattractivefeature,JAERIwillconductpilot-scaletests,aimingtoestablishtechnicalbasesforpracticalplantdesignsusingHTGR.Thehydrogenwillbeproducedatamaximumrateof30m3/h,continuouslyusinghigh-temperatureheliumgassuppliedbyaheliumgasloop,withanelectricheaterofabout400kW.Theplantwillemployanadvancedhydroiodicacid-processingdeviceforefficienthydrogenproduction,andtheusefulnessofthedevicewasconfirmedfrommassandheatbalanceanalysis.Throughdesignworksandthehydrogenproductiontests,valuabledataforconstructionandoperationwillbeacquiredtoevaluatedetailedprocessperformanceforpracticalsystems.Aftercompletingthepilot-scaletests,JAERIwillmoveontothenextR&Dstep,whichwillbedemonstrationsoftheISprocesstowhichheatissuppliedfromahigh-temperatureengineeringtestreactor(HTTR).
Journal title :
Nuclear Engineering and Design Eslah
Journal title :
Nuclear Engineering and Design Eslah
