The deactivation of a nickel reforming catalyst during the upograding of the producer gas obtained by gasification of lignocellulosic biomass was studeied. The informations obtained allowed to elucidate the catalyst deactivation mechanism taking place during the reforming of the producer gas: physical deactivation by deposition of fine ashes, aerosol particulate or carbon; poisoning by H2S and HCl present in the gas phase and thermal sintering because of the high operation temperatures required to avoid the chemical deactivation. These physical and chemical effects depended on the composition of biomass fuel.
Deactivation of a Ni-based reforming catalyst during the upgrading of the producer gas, from simulated to real conditions / S. Albertazzi; F. Basile; D. Barbera; P. Benito; J. Brandin; J. Einvall; G. Fornasari; F. Trifirò; A. Vaccari. - In: TOPICS IN CATALYSIS. - ISSN 1022-5528. - STAMPA. - 54:(2011), pp. 746-754. [10.1007/s11244-011-9689-7]
Deactivation of a Ni-based reforming catalyst during the upgrading of the producer gas, from simulated to real conditions
ALBERTAZZI, SIMONE;BASILE, FRANCESCO;BARBERA, DAVIDE;BENITO MARTIN, PATRICIA;FORNASARI, GIUSEPPE;VACCARI, ANGELO
2011
Abstract
The deactivation of a nickel reforming catalyst during the upograding of the producer gas obtained by gasification of lignocellulosic biomass was studeied. The informations obtained allowed to elucidate the catalyst deactivation mechanism taking place during the reforming of the producer gas: physical deactivation by deposition of fine ashes, aerosol particulate or carbon; poisoning by H2S and HCl present in the gas phase and thermal sintering because of the high operation temperatures required to avoid the chemical deactivation. These physical and chemical effects depended on the composition of biomass fuel.I documenti in IRIS sono protetti da copyright e tutti i diritti sono riservati, salvo diversa indicazione.
