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Chemical Reaction Effects on the Tensile Strength of Lignite by Hydrogen PeroxideChemical Reaction Effects on the Tensile Strength of Lignite by Hydrogen Peroxide |
"/Alam, Akm. B/"Alam, Akm. B ,
"/Aramaki, N/"Aramaki, N ,
"/Tamamura, S/"Tamamura, S ,
"/Ueno, A/"Ueno, A ,
"/Murakami, T/"Murakami, T ,
"/Tamazawa, S/"Tamazawa, S ,
"/Kaneko, K/"Kaneko, K ,
"/Fujii, Yoshiaki(1000070192309)/"Fujii, Yoshiaki
pp.39
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40 , 2017-06-16 , MMIJ-Hokkaido Branch
Description
Lignite seams of the Tempoku coalfield in Hokkaido,
Japan, are being considered to produce biomethane by
subsurface cultivation and gasification method (SCG,
Aramaki et al., 2015). Formation of low-molecularweight-
organic-acids (LMWOC) by induced oxidation
using hydrogen peroxide (H2O2) is the first stage of
this method. Subsequent stages include methanogen
cultivation to produce biomethane, using the LMWOC
as a substrate, and the last stage corresponds to gas
recovery. This study focuses on the influence of the
formation of LMWOC via chemical reactions on the
tensile strength of the lignite, from an engineering
perspective.
Full-Text
https://eprints.lib.hokudai.ac.jp/dspace/bitstream/2115/66190/1/MMIJ-H%2c2017%2c39-40.pdf