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Ablative Fast Pyrolysis—Potential For Cost Effective Conversion of Agricultural Residues

机译:烧蚀快速Pyrolysis-Potential成本农业残留物的有效转换

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摘要

Residual biomass from agriculture and food production will become a major source for energy and chemicals production. Straw as an example of agricultural residues— though abundantly available—occurs sparsely distributed and its price is dominated by logistic cost. By converting straw into pyrolysis oil directly in the field, this logistic cost can be drastically reduced. A major outcome of this study is that the intermediate product from ablative flash pyrolysis can be delivered to subsequent utilization plants at approximately the same price as baled straw, provided some under-lying assumptions are met. One aim of the Fraunhofer innovation cluster >>Bioenergy<< is to determine, whether the existing concept for an ablative flash pyrolysis process can be scaled-up to a capacity of 10 t/h and still could be mounted on a mobile platform.
机译:从农业和粮食剩余生物量生产将成为一个主要的能源来源和化工生产。农业残留物——尽管丰富available-occurs稀疏分布及其价格是由物流成本。将秸秆转化为直接热解油这个领域,物流成本可以大大减少了。中间产品从flash烧蚀可以传递给后续的热解利用植物在大约相同的价格砍了根稻草,提供了一些谎言假设。创新集群> > < <生物能源是决定,是否现有概念的烧蚀flash热解过程可以升级容量10 t / h,仍然可以安装在一个移动平台。

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