核反应堆热工水力研究室Xi'anJiaotongUniversityXJTU-NuTHelNuclearThermal-hydraulicLaboratoryThermal Hydraulic R&D of ChineseAdvanced Reactors810-NUTHEL张大林2021.041759
1/59 Xi’an Jiaotong University Thermal Hydraulic R&D of Chinese Advanced Reactors 810-NUTHEL 张大林 2021.04
核反应堆热工水力研究室Xi'an Jiaotong UniversityXJTU-NuTHeLNuclearThermal-hydraulicLaboratoryOutlineBackground for thedevelopment of Chinese advancedreactorsBriefIntroduction to Chinese advanced reactorsA2.1 CAP14002.2 Hualong-12.3 ACP100N2.4 SCWRN2.5 CLEAR-I>2.6 TMSRV2.7HTR-PM?Conclusions2/59
2/59 Xi’an Jiaotong University Outline 1 Background for the development of Chinese advanced reactors 2 Brief Introduction to Chinese advanced reactors 3 Conclusions ➢ 2.1 CAP1400 ➢ 2.2 Hualong-1 ➢ 2.3 ACP100 ➢ 2.4 SCWR ➢ 2.5 CLEAR-I ➢ 2.6 TMSR ➢ 2.7 HTR-PM
核反应堆热工水力研究室Xi'anJiaotongUniversityXJTU-NuTHeLNuclearThermal-hydraulicLaboratoryl.Background forthedevelopment of Chinese advancedreactorsN OverviewoftheGenerationsofNuclearEnergySystemsnationaGenerationIForumGenerationGenerationIIEartyPrototype++CommercialPowerReactorsGenerafionI+ReactorsAdvancedGenerationIVLWRSEvolutionaryDesignsOffering-HighlyImprovedEconomicalEconomicsfor-EnhancedNear-TermSafety-ShippingportDeploynent-Minimal-Dresden,FermiWasteABWR-Magnox-Proliferation-LWR-PWR.BWR-System80+Resistant-CANDU-AGRGenIllGenIlI+GenN195019601970198019902000201020302020Economic&SafetyStandardizationSustainability&Serialization3/59
3/59 Xi’an Jiaotong University 1. Background for the development of Chinese advanced reactors ➢ Overview of the Generations of Nuclear Energy Systems Standardization & Serialization Safety Economic & Sustainability
核反应堆热工水力研究室Xi'anJiaotongUniversityXJTU-NuTHeLNuclearThermal-hydraulicLaborator1.Background for the development of Chinese advanced reactors>ThreestagesofdevelopmentofChinesenuclearpowerStage 1Stage 2Stage 3200420111978AcceleratedHighlyefficientFirstNPPdevelopmentdevelopmentMedium-and long-termdevelopment plan ofFukushima accidentChina nuclear powerQinshanNPPNuclear safety(2005-2020)Severe accidentprevention andDaya BayNPPmitigationPassivesafetytechnology.14/59
4/59 Xi’an Jiaotong University 1. Background for the development of Chinese advanced reactors ➢ Three stages of development of Chinese nuclear power Stage 1 Stage 2 Stage 3 First NPP Accelerated development Highly efficient development Qinshan NPP Daya Bay NPP Medium- and long-term development plan of China nuclear power (2005-2020) Fukushima accident Nuclear safety Severe accident prevention and mitigation Passive safety technology
核反应堆热工水力研究室Xi'an JiaotongUniversityXJTU-NuTHeLNuclearThermal-hydraulicLaboratoryl.Background forthedevelopment of Chinese advanced reactorsNGoalsforChineseadvancedreactorsandSelectionsThe Chinese government sponsors a program of research, development, anddemonstration related to advanced reactors. both small modular reactors andlargersystemsTheseadvanced reactorsencompass innovative reactorconceptsCAP1400 - Chinese large AdvancedPassivepressurizedwaterreactorHualong-1 -Chinese large advancedactive andpassive pressurized waterSafety and ReliabilityreactorAcP1oo-ChinesesmallmodularreactorGoalsEconomicsScwR-Super critical water-cooled reactorinChinaSustainabilityCLEAR-Chineselead-cooledfastreactorTMsR-ChineseThoriummolten-saltreactorHTR-PMHigh-temperature-reactorpebble-bed modules575
5/59 Xi’an Jiaotong University 1. Background for the development of Chinese advanced reactors ➢ Goals for Chinese advanced reactors and Selections Sustainability Economics Safety and Reliability Goals ◆ The Chinese government sponsors a program of research, development, and demonstration related to advanced reactors, both small modular reactors and larger systems ◆ These advanced reactors encompass innovative reactor concepts ⚫ CAP1400 - Chinese large Advanced Passive pressurized water reactor ⚫ Hualong-1 - Chinese large advanced active and passive pressurized water reactor ⚫ ACP100 - Chinese small modular reactor ⚫ SCWR- Super critical water-cooled reactor in China ⚫ CLEAR - Chinese lead-cooled fast reactor ⚫ TMSR - Chinese Thorium molten-salt reactor ⚫ HTR-PM - High-temperature-reactor pebble-bed modules