Thermal gasification is an advanced technology to convert purposefully grown or waste ligno-cellulosic biomass into calorific gas. Increasing the content of CO and H2 in the product gas is important for the further use of the gas in technologies for power generation. This article describes the process of gasification and specifies parameters that determine the content of CO and H2 in the produced gas
Conventional biomass gasification involves a complex set of chemical reactions leading to the produc...
An autothermal fluidized bed reactor was used to carry out research on the influence of pressure on ...
The review deals with the utilization of biomass via thermal gasification. Physico-chemical fundamen...
Thermal gasification is an advanced technology to convert purposefully grown or waste ligno-cellulos...
Gasification process is considered as one of the best routes of energy recovery from biomass by prod...
The thermochemical conversion of different feedstocks is a technology capable of reducing the amount...
AbstractInterest in the technology of gasification has shown a number of ups and downs since its fir...
Gasification is one of prominent thermochemical processes generally used to convert organic feedstoc...
In many industrial processes, the climate-damaging gas CO2 is produced as undesired by-product. The ...
The use of carbon from fossil-based resources result in changes in the earth’s climate due to emissi...
Today fossil fuels are a major source of energy. Coal is used extensively around the world for power...
Biomass CO2 gasification has attracted much attention as part of the CO2 utilization and mitigation....
Gasification is a thermo-chemical process aiming at the production of high heating value syngas, sta...
Steam gasification of solid biomass yields high quality producer gases that can be used for efficien...
In recent years due to increased human awareness global warming and various environmental issues cau...
Conventional biomass gasification involves a complex set of chemical reactions leading to the produc...
An autothermal fluidized bed reactor was used to carry out research on the influence of pressure on ...
The review deals with the utilization of biomass via thermal gasification. Physico-chemical fundamen...
Thermal gasification is an advanced technology to convert purposefully grown or waste ligno-cellulos...
Gasification process is considered as one of the best routes of energy recovery from biomass by prod...
The thermochemical conversion of different feedstocks is a technology capable of reducing the amount...
AbstractInterest in the technology of gasification has shown a number of ups and downs since its fir...
Gasification is one of prominent thermochemical processes generally used to convert organic feedstoc...
In many industrial processes, the climate-damaging gas CO2 is produced as undesired by-product. The ...
The use of carbon from fossil-based resources result in changes in the earth’s climate due to emissi...
Today fossil fuels are a major source of energy. Coal is used extensively around the world for power...
Biomass CO2 gasification has attracted much attention as part of the CO2 utilization and mitigation....
Gasification is a thermo-chemical process aiming at the production of high heating value syngas, sta...
Steam gasification of solid biomass yields high quality producer gases that can be used for efficien...
In recent years due to increased human awareness global warming and various environmental issues cau...
Conventional biomass gasification involves a complex set of chemical reactions leading to the produc...
An autothermal fluidized bed reactor was used to carry out research on the influence of pressure on ...
The review deals with the utilization of biomass via thermal gasification. Physico-chemical fundamen...