Titlebook: Biogas Production; From Anaerobic Diges Nagamani Balagurusamy,Anuj Kumar Chandel Book 2020 Springer Nature Switzerland AG 2020 Renewable fu

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Anaerobic Digestion in Europe: Key to Waste Management, Challenges, and Perspectivesndustrial wastes. The European Union has an enormous potential to continue the development of this technology. Not only the countries within it are leading the discoveries and implementing novel strategies for the process, but also they have a large amount of usable resources as raw material. Furthe

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Advances and Challenges of Anaerobic Digestion of Wastes and Wastewaters from Different Industrial Svironment. Biogas is an alternative fuel used in electricity and heat production, and contributes to greenhouse gas and pollullants reduction. Biogas is composed methane (50–80%), carbon dioxide (30–50%), and may have traces of hydrogen sulfide and ammonia. The conditions of the process (temperature

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Comparative Analysis of Biogas with Renewable Fuels and Energy: Physicochemical Properties and Carboivers permanently require the uninterrupted supply of energy and fuels. Currently, gasoline and its products are a primary source which is fulfilling the energy requirement. However, their excessive usage as an energy source is generating the greenhouse gasses (GHGs), which deteriorate the environme

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Potential Feedstock for Sustainable Biogas Production and its Supply Chain Managementconvenient generation/management and relatively cleaner and efficient burning, causing reduced greenhouse gas (GHG) emissions. A variety of biodegradable biomass resources, termed as anaerobic digestion (AD) feedstocks, are categorized based on their source of origin, viz., agricultural, forestry, i

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Potentials and Challenges of Micro- and Macroalgae as Feedstock for Biogas Productionnergy technology worldwide; it can be used as fuel by combustion or for the generation of electrical energy. It is estimated that global biogas production in 2017 was 1.33 EJ. This renewable technology can be produced for a while range of sources, in which micro- and macroalgae represent an attracti

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The Realm of Microorganisms in Biogas Production: Microbial Diversity, Functional Role, Community Inand at the same time produce energy in the form of methane. The microbiological process of AD represents the most challenged step during biogas production due to microbial complexity. At the time, at least 11 microbial groups have been described. These populations have been shown unique metabolism a

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Scale-Up Operations for Biogas Production: Analysis on Critical Factors Governing Large-Scale Operaty practiced in full-scale facilities all over the world. Several AD techniques have been applied to convert livestock manures, wastewaters, and solid lignocellulosic waste into biogas. Despite the progress on the engineering of AD systems, several challenges exist for the economically and environmen

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Biogas Processing, Storage and Distribution, Transportation and Value Chain Analysisf diverse feedstocks or wastes not only improve the energy availability but also contribute to the preservation and protection of the environment. Optimization of biogas processing is needed as the present-day biogas systems transform only about 10% of the substrate mass into gas. Variable costs for

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