Catalytic Active Filter for Water-Gas Shift Reaction

Hydrogen Production from Methane Steam Reforming in Combustion Heat Assisted Novel Microchannel Reactor with Catalytic Stacking

“…The pore size, total pore volume, and porosity of the catalyst powder (see Table ) were reduced by 52.1%, 60%, and 82.7%, respectively, compared with those of the thermally treated nickel powder. Moreover, the thermal conductivity of the catalyst was 59.1 W/m/K, lower than that of the nickel metal powder (90.9 W/m/K) but still much higher than that of commercial ceramic-based catalysts. ,, In our previous study, an MCR containing a metal catalyst was used to investigate the potential application of on-board MSR to hydrogen production. Rapid permeation of the gas through the porous nickel plate occurred.…”

“…Moreover, the thermal conductivity of the catalyst was 59.1 W/m/K, lower than that of the nickel metal powder (90.9 W/m/K) but still much higher than that of commercial ceramic-based catalysts. 5,15,16 In our previous study, 5 an MCR containing a metal catalyst was used to investigate the potential application of on-board MSR to hydrogen production. Rapid permeation of the gas through the porous nickel plate occurred.…”

“…Moreover, we prepared and tested a multimembrane reformer for the direct production of hydrogen via MSR . We developed high hydrogen permeation flux and perm-selectivity membranes and tested them in several situations . In particular, we designed and prepared an MCR containing a nickel metal catalyst and investigated the potential application of an on-board MSR for hydrogen production using an assisted combustion reaction .…”

“…14 We developed high hydrogen permeation flux and perm-selectivity membranes and tested them in several situations. 15 In particular, we designed and prepared an MCR containing a nickel metal catalyst and investigated the potential application of an on-board MSR for hydrogen production using an assisted combustion reaction. 5 In the present work, we further investigate the application of an MCR containing a nickel metal catalyst with variable number of stacks for hydrogen production via MSR.…”

High-temperature water-gas shift reaction over nanostructured Cr-free Fe2O3Al2O3CuOMO (M: Ba, Ca, Mg and Sr) catalysts for hydrogen production

“…Due to the increasing environmentally friendly energy concerns, H 2 attracts significant research interest because it is a clean energy carrier [1,2]. In recent years, the water-gas shift (WGS) reaction (CO + H 2 O !…”