The Proceedings of the Symposium on Environmental Engineering
Online ISSN : 2424-2969
2016.26
Session ID : 201
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Torrefaction follow-up and physical characteristics of Bio-coke in the different heating temperature
Nami TAGAMITomoe NAKADATESatoru MIZUNOTamio IDAFaiezah binti Mohd NorKunihiko NAMBA
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Abstract

We developed the solid biomass fuel (hereinafter refer to as Bio-coke: BIC) and studies to use as a replacement for coal coke advance. Above all, a proof examination of the gasification melting furnace is pushed forward, and the elucidation of the combustion behavior of BIC in the gasification melting furnace is important. In this study, we produced BIC in different heating temperature from green tea and torrefaction process. And we execute specific surface area and the combustion experiment using torrefied BIC (hereinafter refer to as Bio-coke: T-BIC). Results are found in the following. (1) As the torrefaction processing time is long, the specific surface area grows. But, T-BICs of producing temperature 423K and 443K have maximum specific surface area. (2) As the torrefaction processing time is long, the combustion time is long. (3) As the specific surface area is large, the combustion rate of flaming combustion periods is small. The combustion rate of char combustion periods is constant regardless of the specific surface area.

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© 2016 The Japan Society of Mechanical Engineers
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