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Titlebook: Status and Future Challenges for Non-conventional Energy Sources Volume 2; .Sanket J. Joshi,Ramkrishna Sen,P. Abdul Salam Book 2022 The Ed

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Cellulosic Biorefinery: Concepts, Potential, and Challenges,tly reliant on the accessibility of nonrenewable energy reserves, which results in rising energy demands, atmospheric carbon dioxide accumulation, and an increase in greenhouse gases. It elevates the concept of the circular bio-economy of “the sustainable utilization of the lignocellulosic waste int
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Microbial Fuel Cells (MFC) and Its Prospects on Bioelectricity Potential,emical energy into electrical energy mediated by the metabolism of microbes that utilize organic matter for their energy requirement. The future threats on the growing need for more power with depleting conventional fossil fuel reservoirs can be managed with additional scope in waste management, bio
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Biocatalysis of Biofuel Cells: Exploring the Intrinsic Bioelectrochemistry, with serving as alternative green energy sources, biofuel cells can simultaneously be used for wastewater treatment, bioremediation, and producing valuable by-products, viz., biohydrogen (Bio-H.). The underlying mechanism of energy production in biofuel cells lies in the catabolism of complex subst
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Bioelectric Fuel Cells: Recent Trends to Manage the Crisis on Resources for Conventional Energy,g the organic matter-rich biomass needs a live accelerator. The industrial revolution has led to huge dumping of non-hazardous solid waste. Land filling was the major practice followed by many industrial sectors due to ease. Practices like implementing the bioelectric fuel system in every industry c
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Bioethanol: Substrates, Current Status, and Challenges,aner combustion makes it an attractive fuel to either replace or blend with gasoline in different proportions. Bioethanol can be produced from a wide variety of substrates rich in different carbohydrates. Currently, bioethanol is being produced at commercial levels from starch- and sugar-containing
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