A dual-ligand strategy yields the largest InOC, assembling into dimers and hierarchical one-dimensional chains with record optical limiting performance.
In this review, we have summarized mainstream catalyst development in O2-assisted oxidative dehydrogenation of propane to propylene for providing a clear picture to catalysis community.
The resulting AEM electrolyzer cell demonstrates exceptional performance, achieving an extraordinarily low cell voltage of 1.89 V and remarkable durability of 500 hours at 5 A (1 A cm−2, 1 M KOH, room temperature).
Data-driven machine learning is a valuable perspective on light alkane conversion, which can advise on catalyst development.
CO2-ODHP is an attractive process that can simultaneously produce propylene and reduce CO2. Microwave catalysis significantly improves propane dehydrogenation performance at low temperatures with high conversion and excellent selectivity.