The performances of a coupled reactor in which a steam reformer and a catalytic combustor were mounted simultaneously had been investigated and compared. The combustible offgas exhausted from the anode of SOFC and MCFC were utilized as heat sources for the endothermic steam methane reforming. The catalytic combustion was used in order to burn the combustible offgas. Thermal energy released by the catalytic combustion is directly transferred to the reformer surrounding the combustor. The various operational conditions such as fuel utilization rate, steam to carbon ratio, amount of catalysts, fuel cell loads were changed. And operating variables were comprehensively identified by sensitivity analysis. The fundamental results from this experim...
Fuel-cell-based auxiliary power units benefit from the high power density and fuel flexibility of so...
It is expected that fuel cells will play a significant role in a future sustainable energy system. T...
In this paper the results of a thermodynamically exact calculation method for determining SOFC (soli...
Abstract>> The performances of a coupled reactor in which a steam reformer and a catalytic com...
Steam reforming performance in a coupled reactor that consists of a steam reformer and a catalytic c...
Due to their high operating temperature some fuel cells like the SOFC and the MCFC offer the possibi...
This work deals with the design and modeling of a fuel processor integrated in a Solid Oxide Fuel Ce...
Solid Oxide Fuel Cell (SOFC) systems operating with methane usually are equipped with an external re...
In this paper, the heat-transfer characteristics of steam reforming in an annular reactor are presen...
Solid oxide fuel cell (SOFC) is a promising technology for decentralized power generation and cogene...
In recent years, research efforts on fuel cells have been addressed on the development of multifuel ...
SOFC-MGT hybrid power plants are based on the integration of a solid oxide fuel cell and a micro-gas...
The target of this study is to investigate the performance and efficiency of an integrated autotherm...
A solid oxide fuel cell (SOFC) is a promising all-solid-state energy conversion device that produces...
Carbon deposition is a major cause of degradation in solid oxide fuel cell systems. The ability to p...
Fuel-cell-based auxiliary power units benefit from the high power density and fuel flexibility of so...
It is expected that fuel cells will play a significant role in a future sustainable energy system. T...
In this paper the results of a thermodynamically exact calculation method for determining SOFC (soli...
Abstract>> The performances of a coupled reactor in which a steam reformer and a catalytic com...
Steam reforming performance in a coupled reactor that consists of a steam reformer and a catalytic c...
Due to their high operating temperature some fuel cells like the SOFC and the MCFC offer the possibi...
This work deals with the design and modeling of a fuel processor integrated in a Solid Oxide Fuel Ce...
Solid Oxide Fuel Cell (SOFC) systems operating with methane usually are equipped with an external re...
In this paper, the heat-transfer characteristics of steam reforming in an annular reactor are presen...
Solid oxide fuel cell (SOFC) is a promising technology for decentralized power generation and cogene...
In recent years, research efforts on fuel cells have been addressed on the development of multifuel ...
SOFC-MGT hybrid power plants are based on the integration of a solid oxide fuel cell and a micro-gas...
The target of this study is to investigate the performance and efficiency of an integrated autotherm...
A solid oxide fuel cell (SOFC) is a promising all-solid-state energy conversion device that produces...
Carbon deposition is a major cause of degradation in solid oxide fuel cell systems. The ability to p...
Fuel-cell-based auxiliary power units benefit from the high power density and fuel flexibility of so...
It is expected that fuel cells will play a significant role in a future sustainable energy system. T...
In this paper the results of a thermodynamically exact calculation method for determining SOFC (soli...