In this work (part of a series in which different biomass conversion routes are studied) a novel coupling between gasification and pyrolysis is described: by means of a design parameter (α) biomass is distributed between these two operations. In order to characterize the quality of the syngas produced, simulations are performed with a gasification / pyrolysis simulator, GASDS. Profiles were obtained for oxygen consumption, together with bio-char, syngas and steam production as a function of α. In a further work, an economic analysis shall define optimal design conditions.

Biomass to X: Gasification and Pyrolysis Integrated

A. Furtado Amaral;G. Bozzano;F. Manenti
2017

Abstract

In this work (part of a series in which different biomass conversion routes are studied) a novel coupling between gasification and pyrolysis is described: by means of a design parameter (α) biomass is distributed between these two operations. In order to characterize the quality of the syngas produced, simulations are performed with a gasification / pyrolysis simulator, GASDS. Profiles were obtained for oxygen consumption, together with bio-char, syngas and steam production as a function of α. In a further work, an economic analysis shall define optimal design conditions.
Computer Aided Chemical Engineering:27th European Symposium on Computer Aided Process Engineering
9780444640802
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Utilizza questo identificativo per citare o creare un link a questo documento: http://hdl.handle.net/11311/1043733
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