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Activation strategies for biochar to use as an efficient catalyst in various applications

机译:在各种应用中用作有效催化剂的生物炭激活策略

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摘要

Microalgae and macroalgae are known for their use in food and fuel applications. Recently, tremendous interest on algal biomass for biochar production has been increased. Biochar are well known for its catalytic activity to produce many finished products such as alternative fuels, treat environmental waste water and act as an input for agricultural applications. Three routes are commonly adopted for alternative fuel production from algal biomass namely, biochemical, chemical, and thermochemical techniques. Recently, thermochemical methods for the conversion of algal biomass to biochar are employed to use biochar based catalyst. Biochar must be activated before used as a potential catalyst. Therefore, this review has given broad information of various activation strategies for biochar modification. Different activation methods such as physical and chemical modes are being practiced to modify the biochar for efficient catalyst in alternative fuel production.
机译:已知微藻和大型胶质用于其在食品和燃料应用中的应用。最近,对生物炭生产的藻类生物量产生了巨大的兴趣。 Biochar是其催化活性,以生产许多成品,如替代燃料,处理环境废水,并作为农业应用的投入。从藻类生物量即替代燃料生产,即生物化学,化学和热化学技术,通常采用三条路线。最近,使用用于将藻类生物质转化为生物炭的热化学方法用于使用生物氧化基催化剂。 Biochar必须在用作潜在催化剂之前激活。因此,本综述已经给出了Biochar修改的各种激活策略的广泛信息。正在实施不同的激活方法,例如物理和化学模式,以改变替代燃料生产中有效催化剂的生物炭。

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