This paper deals with the safety aspects of a 500 kW(th) (thermal power) biomass gasification plant coupled with a 125 kW(e) (electric power) molten carbonate fuel cell. In particular, it describes the procedure for assessing the explosion risk in presence of hydrogen-rich syngas and compares the results given by the application of technical standards with those obtained by the implementation of a fluid dynamic model for the potential emission scenarios.
Classification procedure of the explosion risk areas in presence of hydrogen-rich syngas: Biomass gasifier and molten carbonate fuel cell integrated plant / Molino, A; Braccio, G; Fiorenza, G; Marraffa, F. A.; Lamonaca, S; Giordano, G; Rotondo, G; Stecchi, U; LA SCALA, Massimo. - In: FUEL. - ISSN 0016-2361. - 99:(2012), pp. 245-253. [10.1016/j.fuel.2012.04.040]
Classification procedure of the explosion risk areas in presence of hydrogen-rich syngas: Biomass gasifier and molten carbonate fuel cell integrated plant
LA SCALA, Massimo
2012-01-01
Abstract
This paper deals with the safety aspects of a 500 kW(th) (thermal power) biomass gasification plant coupled with a 125 kW(e) (electric power) molten carbonate fuel cell. In particular, it describes the procedure for assessing the explosion risk in presence of hydrogen-rich syngas and compares the results given by the application of technical standards with those obtained by the implementation of a fluid dynamic model for the potential emission scenarios.I documenti in IRIS sono protetti da copyright e tutti i diritti sono riservati, salvo diversa indicazione.
