A Property Extracted by Composition / Thermal Decomposition Analyses of Various Biomass Resources and Its Correlation

S. Mizuno, A. Morita, T. Ida, Kunihiko Namba, M. Fuchihata, T. Sawai
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引用次数: 3

Abstract

Effective utilization of biomass resource rapidly has been promoting since the government adopted the ‘Biomass Nippon’ strategy at a cabinet meeting in 2002. Especially, the energy conversion technology of applying biomass has been expected from a point of view of environment and resource conservation. However, the energy conversion technologies are developed only for woody and herby biomass, and not for all of biomass. A stable supply of large quantity of biomass will be pressed in the future because the conversion technology must expand to use a variety of biomass. This study is to consider ways by various quantitative correlation analyses between the atomic composition and thermal decomposition of various biomass samples. The results found that thermal decomposition analyses of various biomass resources have correlations between atomic composition properties and exothermic properties.
不同生物质资源组成/热分解分析提取的性质及其相关性
自从2002年政府在内阁会议上通过了“生物质日本”战略以来,生物质能资源的有效利用得到了迅速推进。特别是从保护环境和资源的角度出发,对利用生物质的能量转换技术进行了展望。然而,能源转换技术仅针对木质和草本生物质开发,而不是针对所有生物质。由于转化技术必须扩展到使用多种生物质,因此未来稳定的大量生物质供应将受到压力。本研究是通过对各种生物质样品的原子组成和热分解进行各种定量的相关分析来探讨方法。结果发现,各种生物质资源的热分解分析在原子组成性质和放热性质之间具有相关性。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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