Compressive strength properties based on Biocoke by agriculture residual

Abstract

Agricultural biomass is a global issue. However, Agricultural biomass is difficult to utilize as base-energy due to be harvest season problem. Biocoke techniques can convert all of the biomass as a raw material. This study reports on mechanical properties for rice straw Biocoke in agricultural biomass. Especially, preprocessing condition classified to grain and fiber, mixed state by aspect ratio after crash. This experiment discussed on distribution of cool compressive strength by heating temperature conditions. This experiment obtained the following results. Compressive strength distribution exists peak value due to heating temperature condition. Before and after of peak value for compressive strength is suggested the possibility to influence of softening based on hemi-cellulose.