Hydrogen is considered as a novel fuel for the twenty-first century, mainly due to its
environmentally benign character. Production of hydrogen from renewable biomass has …

Both chemical looping processes and oxygen permeable ceramic membranes require a gas–
solid surface reaction to occur in order to function; the two approaches have much in …

The steam–iron process is one of the oldest methods of producing hydrogen. It is a cyclic
process for water cleavage, whereby coal is consumed. Coal is gassified to a lean reducing …

Partial oxidation of methane and water splitting for hydrogen production were carried out.
The reaction kinetics of reduction and oxidation (redox) of Mn and Zn iron oxides were …

This paper studies the use of biomass syngas, obtained from pyrolysis or gasification, in
traditional energy-production systems, specifically internal combustion (IC) engines and …

Iron offers the possibility of transformation of a syngas or gaseous hydrocarbons into
hydrogen by a cycling process of iron oxide reduction (eg by hydrocarbons) and release of …

Interest in hydrogen as a possible energy vector is powered by the depletion of fossil fuel
feedstocks as well as concerns over global warming, which brings new environmental …

A stable energy supply will require balancing the fluctuations of renewable energy
generation due to the transition to renewable energy sources. Intraday and seasonal …

Deposition of carbon on conventional anode catalysts and formation of large temperature
gradients along the cell are the main barriers for implementing internal reforming in solid …

A comparison is made between La0. 6Sr0. 4Co0. 2Fe0. 8O3− δ and La0. 7Sr0. 3FeO3− δ
perovskite-type oxides, co-precipitated iron oxide (60% Fe2O3/Al2O3) and supported nickel …