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Improving MgH₂ hydrogen storage with oxygen vacancy-enriched H-V₂O₅ nanosheets as an active H-pump

With the depletion of fossil fuels and global warming, there is an urgent need to seek green, clean, and efficient energy resources. Against this backdrop, hydrogen is considered a potential candidate for replacing fossil fuels due to its high energy density and environmentally friendly nature. To realize the development of a hydrogen economy, safe and efficient hydrogen storage technologies are crucial.

Jianxin zouAli renShanghai jiao tong universityHydrogen storage performance of mgNano micro lettersBoosting hydrogen storage performanceOxygen vacancy richh vExcitedh pumpImproving mgh

Dual Control of Kinetics and Thermodynamics with MXenes and Indium Alloying

MgH2's potential for practical hydrogen storage hinges on unlocking both fast hydrogen uptake and release (kinetics) and energy efficiency (thermodynamics).

Tao chengChong luMegan craigJianxin zouAli renBowen zhuYinghui liYingyan zhaoXue yangQiuyu zhangNational natural science foundationNational key rd program of chinaShanghai key laboratory of hydrogen science centerVehicle battery technologySinopec research institute of petroleum processing coShanghai jiao tong university

Exploring advanced magnesium-based hydrogen storage materials and their applications

Exploring advanced magnesium-based hydrogen storage materials and their applications
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Yinghui liJianxin zouShanghai jiao tong universityProfessor jianxin zouIndustrial chemistry