Additive-Free, Robust H2 Production from H2 O and DMF by Dehydrogenation Catalyzed by Cu/Cu2 O Formed In Situ.
Hydrogen production from organic/inorganic hydrides is a promising strategy for the development of novel clean energy resources to replace fossil fuels and satisfy ever-increasing energy demands. Most current processes involve small flammable chemicals and are catalyzed by noble metals in basic media with the release of the greenhouse gas CO2 . Herein, we describe an alternative pathway for highly efficient and robust H2 production through a dehydrogenation reaction between water and N,N-dimethylformamide catalyzed by Cu/Cu2 O catalysts formed in situ. The catalysts exhibit high and robust activity for H2 production. Importantly, the formation of H2 as the sole gas and the valuable by-product N,N-dimethylaminoformic acid make this process clean and valuable with 100 % atom economy.
['Zhang|Sai|S|', 'Ma|Yuanyuan|Y|', 'Zhang|Huan|H|', 'Zhou|Xuemei|X|', 'Chen|Xiao|X|', 'Qu|Yongquan|Y|0000-0002-6202-1929']
dehydrogenation hydrogen production catalytic stability copper/copper(I) oxide heterogeneous catalysis