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DESIGN, CONSTRUCTION AND RESULTS OF A DEMO-SCALE PYROLYSIS AND REFORMING PLANT FOR NON-WOODY RESIDUE BIOMASS

机译:非木质残渣生物质模拟热解重整装置的设计,施工及结果

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A sustainable and integrated approach for the use of residue and waste biomass can be a key contribution for thernEuropean energy transformation. The enormous potential of residues from biogas plants for example can be utilisedrnfor power generation. For the conversion of biogeneous residues, like digestate, Fraunhofer UMSICHT developed thernThermo-Catalytic Reforming (TCR®). The Thermo-Catalytic Reforming process of bio-residues and wastes offersrncompared to the state of the art a product spectrum of significant higher quality. With the TCR technology hydrogenrnrich gas and storable high grade liquid fuels are produced from solid residue biomass, which can be directly used forrnthe production of power. The demo plant was designed for a throughput of 30kg/h and an electrical output of 25 kW.rnThe quality and purity of the pyrolysis products is an important factor for the successful long term operation of thernattached CHP-system.
机译:使用残留物和废物生物质的可持续和综合方法可以为欧洲能源转型做出重要贡献。例如,来自沼气厂的残留物的巨大潜力可用于发电。为了转化诸如消化液之类的生物残留物,弗劳恩霍夫UMSICHT开发了Thermo-Catalytic重整(TCR®)。与现有技术相比,生物残留物和废物的热催化重整过程可提供更高质量的产品。借助TCR技术,从固体残渣生物质生产富氢气体和可存储的高级液体燃料,这些生物质可直接用于发电。该演示工厂的设计产量为30kg / h,电输出功率为25 kW。rn热解产物的质量和纯度是成功连接热电联产系统的重要因素。

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