Name : [in Japanese]
Location : [in Japanese]
Date : January 16, 2019 - January 17, 2019
Pages 59-60
In the previous studies, we analyzed the gasification performance for producing hydrogen fuel (Bio-H2) from biomass feedstock. This time, for reducing heat loss from the reformer, the partial oxidation process was argued. In the pyrolysis process, not only the pyrolysis gases but also a solid mainly consists of carbon are generated in a pyrolyzer. This substance is used for generating the heat, and the residue reacts with CO2 and/or H2O. Therefore, for the improvement of the process simulator of Bio-H2 production, we measured the rates of char-gasification using a random pore model. Consequently, the gasification rates due to CO2 and H2O were obatained.
