设计模型和筛选生物质残留物,以促进当地生物质能源技术的实施

R. Lybaek, T. Kjaer, T. Christensen
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引用次数: 1

摘要

本文强调,生物质不仅可以用来生产可再生能源,还可以从各种来源回收和再利用所有类型的生物质残留物,并选择能源技术和系统,以最优地利用这些资源。它侧重于从使用生物质残留物中寻求尽可能高的环境效益的重要性。我们认为,这可以通过在模型设计中应用工业生态学的原则来实现,从而使当地社区能够转变为使用生物质进行能源生产。本文提出了四种可供社区采用的能源和商业模式,每一种模式都取决于当地环境和可利用生物量的类型。本文进一步举例说明了适合能源生产的相关生物质残留物的筛选,这些残留物可能在中国的背景下可用,因此可以在开发的四个模型之一中使用。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Designing models and screening biomass residues for facilitating the implementation of local biomass energy technologies
This article emphasises that biomass can be not only used to produce renewable energy, but also to recover and re-use all types of biomass residues from various sources, and to select energy technologies and systems that allow for the most optimal use of these resources. It focuses on the importance of seeking the highest environmental benefits possible from the use of biomass residues. We argue that this can be achieved by applying the principles of Industrial Ecology in the design of models to enable a transformation to the use of biomass for energy production in local communities. This article develops four such energy-and-business models to be adopted by communities, each dependent on the local context and type of biomass available. The article further exemplifies a screening of relevant biomass residues appropriate for energy production, which might be available in a Chinese context, and thus be utilized in one of the four models developed.
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