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Progresses in Waste Biomass derived Catalyst for Production of Biodiesel and Bioethanol: A Review

机译:废物生物量衍生催化剂的进展,用于生产生物柴油和生物乙醇:综述

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Due to the growing awareness regarding depletion of fossil fuels and increase in harmful emissions, efforts are being made to develop renewable green fuels viz. biodiesel and bioethanol from different waste/ natural resources. This article enunciates that biomass derived catalysts has created a new essence in the field of biofuel production. As revealed from published literature, yield of biodiesel and bioethanol had been appreciable through application of the waste derived solid green catalysts. The environmentally benign catalysts demonstrate immense regeneration attributes coupled with superior catalytic properties. Thus, utilization of bio-waste for development of such promising heterogeneous green catalyst(s) or catalyst supports) can substantially mitigate the problem of solid waste disposal and facilitate reduction of environmental pollution. This review article is based on critical assessments of different biomass supported catalysts in terms of their efficacy in biofuel synthesis from various biomass feedstocks under varying process conditions.
机译:由于对化石燃料的枯竭以及有害排放的增加,正在努力开发可再生绿色燃料Qiz。来自不同废物/自然资源的生物柴油和生物乙醇。本文阐述了生物量衍生的催化剂在生物燃料生产领域创造了一种新的本质。正如出版的文献所揭示的那样,通过施用废衍生的固体绿色催化剂,生物柴油和生物乙醇的产量是可观的。环境良性催化剂表现出具有优异的催化性质的巨大再生属性。因此,生物废物的利用以发展如此有前途的非均相绿色催化剂或催化剂载体)可以基本上减轻固体废物处理的问题,并促进环境污染的降低。该审查文章基于对不同生物燃料合成的不同生物量支持的不同生物量负载催化剂的关键评估,从各种生物质原料中的不同工艺条件下。

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