Chemical looping water splitting or chemical looping hydrogen is a very promising
technology for the production of hydrogen. In recent years extensive research has enabled …

In this study, chemical looping reforming coupled with water splitting (CLRWS) process for
coproduction of syngas and hydrogen using bio-oil model compound as fuel was …

Autothermal biogas reforming is an attractive option for hydrogen production in small scale
units. A Ni-Rh/MgAl 2 O 4 catalyst was developed that showed good long-term stability for …

The proof of concept for the production of pure pressurized hydrogen from hydrocarbons in
combination with the sequestration of a pure stream of carbon dioxide with the reformer …

In recent years, Ni-based catalysts have attracted widespread attention in many fields due to
their low price and high catalytic activity. However, the low dispersion of active components …

Cobalt ferrite and hematite with minor additives have been tested for production and
purification of high purity hydrogen from a synthetic biogas by steam-iron process (SIP) in a …

In situ XRD and XANES experiments were used to analyze structural changes influencing
the catalytic activity of Ni-Fe/MgAl 2 O 4 catalysts during the ethanol steam reforming (ESR) …

Acetic acid decomposition for hydrogen production was investigated on Pd/SiO 2, Pd/Nb 2 O
5, Pd/La 2 O 3 and Pd/Fe 2 O 3 catalysts. The conversion of acetic acid started at 673 K and …

Production of high purity hydrogen (< 50 ppm CO) by steam–iron process (SIP) from a
synthetic sweetened biogas has been investigated making use of a natural iron ore …

Production of high purity hydrogen from biogas by combined dry reforming of methane and
steam iron process (SIP), outlines a serious drawback with the possible formation of coke …