Effect of hydrogen transfer through a membrane catalyst from a Pd-Ru alloy on the rate of dehydrogenation of isopropanol and hydrogenation of cyclopentadiene

Hydrogen Production Using Pd-based Membrane Reactors for Fuel Cells

“…• dehydrogenation: 1,2-cyclohexanediol [41], 2-butanol [42], ammonia [43], butane [44], cis-3-hexen-1-ol [45], cyclohexane [46], cyclohexene [47], cyclohexanol [48], ethane [49], ethylbenzene [50], heptane [51], hydriodic acid [52], hydrogen sulphide [53], isoamylene [54], isobutane [55], isopropanol [56], methylcyclohexane [57], n-hexane [58], octane [58], propane [59], b-ionol [60], water [61]; • dry reforming of methane [62]; • oxidative dehydrogenation: ethane [63], isobutene [64], methane [65], methanol [66]);…”