AbstractIt is under development a biomass gasification plant based on a 1 MWth bubbling fluidized bed (BFB) reactor with internal recirculation. Compared to conventional BFB design, the mechanism of internal circulation of solids can give beneficial effect to the process in terms of biomass conversion efficiency into gaseous product and gas quality. A model describing the process of biomass gasification in the two reaction chambers was developed. Expected results were preliminarily validated by experimental results obtained at a bench scale facility working on the same gasification concept
A natural biomass was fed in a pilot scale bubbling fluidized bed gasifier, having a maximum feeding...
The present paper addresses the development of a new indirectly heated gasification technology, Comp...
This paper investigates the process designs of 2 fluidized bed gasification plants utilizing clean b...
The Bubbling Circulating Fluidized-Bed (BCFB) gasifier described in this paper is based on a combina...
The Bubbling Circulating Fluidized-Bed (BCFB) gasifier described in this paper is based on a combina...
The paper describes experimental and design activities carried out in the framework of the project n...
Meeting the ever-increasing energy demands in our planet where conventional sources of energy are fi...
The need to cut down the high dependency on the fossil fuels requires sustainable alternative energy...
AbstractOver the last years, numerous gasification concepts have been developed to a reliable and co...
A steady-state mathematical model is developed for a rotating fluidized bed gasifier. Integrating re...
A fluidized bed process development unit of 0.8 m internal diameter was designed on basis of results...
Biomass gasification has been extensively studied in different thermochemical systems, as has the po...
There is great interest in the utilization of biomass in high efficiency power generation and in the...
The effort to reduce global anthropogenic carbon dioxide emissions has caused a growing interest in ...
ABSTRACT In the framework of a multi-national European Joule project, experimental research and mode...
A natural biomass was fed in a pilot scale bubbling fluidized bed gasifier, having a maximum feeding...
The present paper addresses the development of a new indirectly heated gasification technology, Comp...
This paper investigates the process designs of 2 fluidized bed gasification plants utilizing clean b...
The Bubbling Circulating Fluidized-Bed (BCFB) gasifier described in this paper is based on a combina...
The Bubbling Circulating Fluidized-Bed (BCFB) gasifier described in this paper is based on a combina...
The paper describes experimental and design activities carried out in the framework of the project n...
Meeting the ever-increasing energy demands in our planet where conventional sources of energy are fi...
The need to cut down the high dependency on the fossil fuels requires sustainable alternative energy...
AbstractOver the last years, numerous gasification concepts have been developed to a reliable and co...
A steady-state mathematical model is developed for a rotating fluidized bed gasifier. Integrating re...
A fluidized bed process development unit of 0.8 m internal diameter was designed on basis of results...
Biomass gasification has been extensively studied in different thermochemical systems, as has the po...
There is great interest in the utilization of biomass in high efficiency power generation and in the...
The effort to reduce global anthropogenic carbon dioxide emissions has caused a growing interest in ...
ABSTRACT In the framework of a multi-national European Joule project, experimental research and mode...
A natural biomass was fed in a pilot scale bubbling fluidized bed gasifier, having a maximum feeding...
The present paper addresses the development of a new indirectly heated gasification technology, Comp...
This paper investigates the process designs of 2 fluidized bed gasification plants utilizing clean b...