疑似バイオマスを用いた高密度固体燃料成形が熱分解特性に及ぼす影響

抄録

The introduction of solid biofuel to replace coal is expected to build a sustainable society. However, in order to increase the substitution rate, the development of bio-solid fuel having thermal decomposition characteristics similar to that of coal has become an issue. In this study, the effect of high-density molding on the thermal decomposition characteristics was investigated by using two types of biomass model compound, BM-Cedar and BM-C50L50. From the experimental results, it is found that the mass fraction of lignin equivalent is enhanced by high-density molding, and the char yield is correlated with mass fraction of lignin equivalent.