A steam reformer is disclosed having an annular steam reforming catalyst bed formed by concentric cylinders and having a catalytic combustor located at the center of the innermost cylinder. Fuel is fed into the interior of the catalytic combustor and air is directed at the top of the combustor, creating a catalytic reaction which provides sufficient heat so as to maintain the catalytic reaction in the steam reforming catalyst bed. Alternatively, air is fed into the interior of the catalytic combustor and a fuel mixture is directed at the top. The catalytic combustor provides enhanced radiant and convective heat transfer to the reformer catalyst bed
A combined catalyst and sorbent was prepared and utilized for steam reforming methane and propane in...
In this paper, the heat-transfer characteristics of steam reforming in an annular reactor are presen...
The predominant technology for hydrogen-syngas generation over the years has been steam reforming of...
A method and apparatus are disclosed for performing a steam reforming reaction. A heat source (10) i...
A small-scale steam-methane reforming system for localized, distributed production of hydrogen offer...
Steam reforming of methanol is a basic endothermic reaction. For which, a separate external system i...
Steam–methane reforming is a highly endothermic reaction, which is carried out at temperatures up to...
Shaped catalysts are widely used in steam reforming. A comprehensive mathematical model able to pred...
Includes bibliographical references.Steam methane reforming is a well-established industrial process...
Conversion of natural gas is becoming increasingly relevant in the future as the world energy market...
Internal combustion engines substantially lose fuel energy in the form of heat without contributing ...
Future large-scale production of H2 for use as a clean fuel will likely depend upon gasifying coal o...
The steam reforming of methane in a parallel plate microreactor, consisting of alternating channels ...
The autothermal reforming process for conversion of various hydrocarbons to hydrogen and the use of ...
This new autothermal reforming process for hydrocarbons, mixes liquid and/or gaseous fuel (19) with ...
A combined catalyst and sorbent was prepared and utilized for steam reforming methane and propane in...
In this paper, the heat-transfer characteristics of steam reforming in an annular reactor are presen...
The predominant technology for hydrogen-syngas generation over the years has been steam reforming of...
A method and apparatus are disclosed for performing a steam reforming reaction. A heat source (10) i...
A small-scale steam-methane reforming system for localized, distributed production of hydrogen offer...
Steam reforming of methanol is a basic endothermic reaction. For which, a separate external system i...
Steam–methane reforming is a highly endothermic reaction, which is carried out at temperatures up to...
Shaped catalysts are widely used in steam reforming. A comprehensive mathematical model able to pred...
Includes bibliographical references.Steam methane reforming is a well-established industrial process...
Conversion of natural gas is becoming increasingly relevant in the future as the world energy market...
Internal combustion engines substantially lose fuel energy in the form of heat without contributing ...
Future large-scale production of H2 for use as a clean fuel will likely depend upon gasifying coal o...
The steam reforming of methane in a parallel plate microreactor, consisting of alternating channels ...
The autothermal reforming process for conversion of various hydrocarbons to hydrogen and the use of ...
This new autothermal reforming process for hydrocarbons, mixes liquid and/or gaseous fuel (19) with ...
A combined catalyst and sorbent was prepared and utilized for steam reforming methane and propane in...
In this paper, the heat-transfer characteristics of steam reforming in an annular reactor are presen...
The predominant technology for hydrogen-syngas generation over the years has been steam reforming of...