The performance was compared on Syngas Completely Methanation at atmospheric pressure on fluidized and fixed bed reactors. From space-time yield of CH4, coke content and hot spots of bed temperature, fluidized bed technology was demonstrated to be more applicable to Syngas Completely Methanation. Characterization results showed that different carbon deposition forms were presented on the two operation modes
The present study investigates, optimizes and compares the conversion of carbon monoxide (CO) and sy...
With the increasing greenhouse gas carbon dioxide (CO2) emission due to the consumption of fossil f...
It has been successfully demonstrated the effect of feeding reactants in distributed manner for the ...
Process simulation was conducted to identify the technical feasibility and optimal reactor combinati...
A comparative study was conducted for laboratory syngas methanation over a self-made Ni-Mg/Al2O3 cat...
The performance characteristics of isothermal fluidized bed syngas methanation for substitute natu...
The performance characteristics of isothermal fluidized bed syngas methanation for substitute natura...
For proving the concept of SNG production from wood gasification derived producer gas under real con...
BIOVERT+PFOThe present work focuses on the development of phenomenological model for the bio-syngas ...
Rising prices for fossil fuels and concerns over the climate change increase the interest in renewab...
In this paper we report the concept of coal and natural gas co-conversion operations in a fluidised-...
An integrated fluidized bed which combines a fluidized bed gasifier and a transport bed pyrolyzer wa...
This paper analyzes the integration of two different methanation technologies – fixed bed adiabatic ...
International audienceIn a circular economy approach, heterogeneous wastes can be converted to synga...
As a part of various research projects, a methanation pilot plant with a slurry bubble column reacto...
The present study investigates, optimizes and compares the conversion of carbon monoxide (CO) and sy...
With the increasing greenhouse gas carbon dioxide (CO2) emission due to the consumption of fossil f...
It has been successfully demonstrated the effect of feeding reactants in distributed manner for the ...
Process simulation was conducted to identify the technical feasibility and optimal reactor combinati...
A comparative study was conducted for laboratory syngas methanation over a self-made Ni-Mg/Al2O3 cat...
The performance characteristics of isothermal fluidized bed syngas methanation for substitute natu...
The performance characteristics of isothermal fluidized bed syngas methanation for substitute natura...
For proving the concept of SNG production from wood gasification derived producer gas under real con...
BIOVERT+PFOThe present work focuses on the development of phenomenological model for the bio-syngas ...
Rising prices for fossil fuels and concerns over the climate change increase the interest in renewab...
In this paper we report the concept of coal and natural gas co-conversion operations in a fluidised-...
An integrated fluidized bed which combines a fluidized bed gasifier and a transport bed pyrolyzer wa...
This paper analyzes the integration of two different methanation technologies – fixed bed adiabatic ...
International audienceIn a circular economy approach, heterogeneous wastes can be converted to synga...
As a part of various research projects, a methanation pilot plant with a slurry bubble column reacto...
The present study investigates, optimizes and compares the conversion of carbon monoxide (CO) and sy...
With the increasing greenhouse gas carbon dioxide (CO2) emission due to the consumption of fossil f...
It has been successfully demonstrated the effect of feeding reactants in distributed manner for the ...