Optimisation study of Ulmus pumila woody biomass fractionation by steam explosion for bioproducts production
A. Susmozas,
P. Manzanares,
M. J. Negro
et al.
Abstract:Ulmus pumila represents a promising lignocellulosic biomass source for biofuels and bioproducts production since it can grow in low rainfall and extreme temperature zones. A first step in the conversion process is biomass fractionation to enhance the performance of the hydrolysis and subsequent biological conversion steps. The aim of this work is to optimise the main variables (temperature, residence time and the addition or not of sulphuric acid) of steam explosion to pretreat Ulmus pumila biomass. The optima… Show more
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