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DC25_SLIDES_Drive_LatestProgressOfAdvancedHydrogen_Song.pdf

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1、Information Classification:GeneralWelcome to ConferenceJanuary 2830,2025Santa Clara Convention Center1ExpoJanuary 2930,2025Information Classification:GeneralSUPERFAST MONITORINGTECHNOLOGY OF HYDROGEN LEAKAGEXubin SongZhejiang University of Science&Technology,ChinaePower Mobility LLC,USA2Information

2、Classification:GeneralSPEAKERS3XUBIN SONG,PhD,ASME FellowProfessor,Zhejiang University of Science&TechnologyFounder&CEO,ePower Mobility LLC|LinkedInDr.Xubin Song,PhD(Virginia Tech,1999),ASME Fellow(2013)Founding EiC of International Journal of Powertrains(2010-).More than 60 peer-reviewed papers as

3、well as one co-authored book“Advanced Powertrains for Commercial Vehicles”(SAE,2021).Dr.Song undertook senior engineering positions with Eaton(2004-2015),and executive leadership roles of Weichai Power(2015-2020).Currently the focus is to explore the next generation of cost-effective electrification

4、 solutions MCeP to hard-to-abate big rigs from both industrialization and environmental perspectives.Information Classification:GeneralPUBLICATIONS4International Journal ofPOWERTRAINSEditor-in-Chief:Dr.Xubin Song Visit more information and sample articles 2021 Inderscience Enterprises LtdIJPT A5 lea

5、flet.qxp_Layout 1 24/05/2021 08:10 Page 1Information Classification:General Hydrogen safety:ofrom production,transportation,storage,to applicationHydrogen leakage detection:oNREL,USA oAutomotive gradeSensing technology in generalSuperfast H2 detectionSummaryTITLE5Information Classification:GeneraluH

6、ydrogen is a powerful tool for decarbonizing parts of the economy where electrification isnt viable.uCO2e reduction compared to fossil alternativesu1113 kilograms per kilogram uSteelmakinguemissions reductions uabating 2530 kg CO2e per kg H2 uThe realization of this potential depends on producing,st

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1. **会议信息**:2025年1月28-30日于圣克拉拉会议中心举办,1月29-30日设展览。 2. **氢能脱碳价值**:氢能可减少11-13kg CO₂e/kg,尤其在钢铁业减排25-30kg CO₂e/kg,但需全链条控排。 3. **氢泄漏挑战**:泄漏难检测、速度快,可能加剧温室效应(20年内氢 warming 影响为甲烷的1/7)。 4. **检测技术突破**:ZUST实验室实现T90<0.5秒超快检测(国际T80约1.6秒),优于传统Pd薄膜(5-10秒)等。 5. **技术优势**:ZUST技术无Pd、成本低、耐用性强,尺寸仅18cm,提升氢能生产、运输、存储安全性。
氢泄漏快检技术? 氢能安全挑战? 氢检测成本如何?
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