The influence of the nickel-based catalyst on the content of hydrogen gas produced by the gasification of sawdust and its effect on organic impurities (tars) at the pilot plant scale is studied. The effect of the reaction temperature of the catalytic stage in the range 800-900 oC and the use of steam as an oxidizer is analyzed. For this temperature range, the content of hydrogen in the gas mixture increases with the increase in temperature as with the increase in the biomass vapor ratio
Biomass-derived gasification gas contains tar that can plug the particulate filters, and ammonia tha...
Biomass gasification gas contains hydrocarbons that must be converted to CO and H2 prior to the util...
The paper deals with fluidized bed gasification of a biomass for producing a syngas with optimized h...
ABSTRACT: To improve the gas quality (low tar content and high hydrogen volume fraction) of biomass ...
ABSTRACT: Tar formation is one of the major problems to deal with during biomass gasification. To ov...
In this paper, Ni/MCM-41 catalyst was evaluated for hydrogen production from steam pyrolysis-gasific...
The reforming of hot gas generated from biomass gasification and high temperature gas filtration was...
Whisker carbon formation in the steam reforming of biomass gasification gas was studied in a laborat...
Hydrogen is regarded as a clean energy for fuelling the future. Hydrogen will be the energy carrier ...
Hydrogen production from biomass pyrolysis is economically and technologically attractive from the p...
The reforming of hot gas generated from biomass gasification and high temperature gas filtration was...
The catalytic gasification (900 °C) of forestry industry residue (Eucalyptus saligna) was laboratory...
In the present study the catalytic steam gasification of biomass to produce hydrogen-rich gas with c...
The potential of catalytic pyrolysis of biomass for hydrogen and bio-oil production has drawn great ...
In this research, hydrogen production from conventional slow pyrolysis, flash pyrolysis, steam gasif...
Biomass-derived gasification gas contains tar that can plug the particulate filters, and ammonia tha...
Biomass gasification gas contains hydrocarbons that must be converted to CO and H2 prior to the util...
The paper deals with fluidized bed gasification of a biomass for producing a syngas with optimized h...
ABSTRACT: To improve the gas quality (low tar content and high hydrogen volume fraction) of biomass ...
ABSTRACT: Tar formation is one of the major problems to deal with during biomass gasification. To ov...
In this paper, Ni/MCM-41 catalyst was evaluated for hydrogen production from steam pyrolysis-gasific...
The reforming of hot gas generated from biomass gasification and high temperature gas filtration was...
Whisker carbon formation in the steam reforming of biomass gasification gas was studied in a laborat...
Hydrogen is regarded as a clean energy for fuelling the future. Hydrogen will be the energy carrier ...
Hydrogen production from biomass pyrolysis is economically and technologically attractive from the p...
The reforming of hot gas generated from biomass gasification and high temperature gas filtration was...
The catalytic gasification (900 °C) of forestry industry residue (Eucalyptus saligna) was laboratory...
In the present study the catalytic steam gasification of biomass to produce hydrogen-rich gas with c...
The potential of catalytic pyrolysis of biomass for hydrogen and bio-oil production has drawn great ...
In this research, hydrogen production from conventional slow pyrolysis, flash pyrolysis, steam gasif...
Biomass-derived gasification gas contains tar that can plug the particulate filters, and ammonia tha...
Biomass gasification gas contains hydrocarbons that must be converted to CO and H2 prior to the util...
The paper deals with fluidized bed gasification of a biomass for producing a syngas with optimized h...