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Steep increases in biomass demand: the possibilities of short rotation coppice (SRC) agro-forestry

机译:生物量需求急剧增加:短期轮换小灌木林(SRC)农林业的可能性

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摘要

At current usage levels, short rotation coppice (SRC) biomass could be considered as an untapped resource. There is a worldwide interest to extend its sustainable production significantly in a decade to come. However, the cultivation of energy crops is very site-specific and the exploitation of SRC biomass is a relatively new trend in biomass application for heat and power production with little information on its cultivation patterns and appropriate combustion technologies. In fact, documented biomass conversion technologies' impacts in the energy sector and their commercialisation are limited. This paper aims to present a summary of technical characteristics for different biomass conversion technologies. These characteristics are not necessarily unique to all types and possible modifications of the biomass conversion technologies applied for many countries. However, the lack of technical knowledge have created situations that were previously impossible to be solved without the aid of numerous research and development activities. The developers did not capture all of the economic benefits that the technology provides which would help to reach its technical accomplishment and commercial execution.
机译:在目前的使用水平下,短轮伐木(SRC)生物量可以被视为未开发的资源。在未来十年内,全球范围内都将极大地提高其可持续生产的兴趣。但是,能源作物的种植是针对特定地点的,SRC生物质的开发是将生物质用于热能和电力生产的一种相对较新的趋势,而关于其种植方式和适当的燃烧技术的信息很少。实际上,已记录的生物质转化技术对能源行业及其商业化的影响是有限的。本文旨在总结不同生物质转化技术的技术特征。这些特性不一定对所有类型都适用,并且可能会对许多国家的生物质转化技术进行修改。但是,缺乏技术知识造成了以前无法通过大量研发活动而无法解决的情况。开发人员并未捕获该技术提供的所有经济利益,这些经济利益将有助于实现其技术成就和商业执行。

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