Titlebook: Biomass, Bioenergy & Bioeconomy; Richa Kothari,Anita Singh,Naveen Kumar Arora Book 2022 The Editor(s) (if applicable) and The Author(s), u

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https://doi.org/10.1007/978-3-8350-9564-9oute for the hydrogen production as fuel. Biological production of hydrogen has significant advantages over thermochemical and electrochemical processes. This chapter discussed the major biological processes for hydrogen production such as indirect biophotolysis, direct biophotolysis, dark and photo

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Lothar Müller-Hagedorn,Eva Vornbergerork. Bioenergy policies define the target based for technology-specific policies to regulate energy production, distribution and utilization. This article is focused on bioenergy technologies and bioenergy policies.

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Lothar Müller-Hagedorn,Eva Vornbergers, etc.) for energy, food, and services. To implement such technologies in any country an implementation laws are framed which is required to start new technology. So, here in this chapter we are focusing on the concept of bioeconomy, related issues, and its contribution in environmental and bioener

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Biomass Utilization for Biodiesel Production: A Sustainable Technique to Meet Global Fuel Demands an, waste cooking oil, non-edible oil, plant residues, algal biomass, etc. Recent advances in biodiesel production from waste biomass have received great attention from the scientific community as global fuel demand has been increasing day by day. Also, fossil fuel reservoirs are being depleted. There

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Bioethanol from Biomass: Technologies and Challengesce particulate emission in the atmosphere up to 50%. There are many processes available for the production of bioethanol. This chapter discusses in detail about different generations of bioethanol and improvisation in bioethanol through the implementation of new technologies, i.e., nanotechnology an

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Energy and Exergy Analyses of Typical Cookstove Models Using Different Biomass Feedstocksrganizations around the globe and having efficiency in the range of 30–40% with limited emission of pollutants. Most of the studies presented so far and available in the literature are based on energy analysis only. Therefore, in this chapter, the exergetic evaluation of biomass cookstove has been p

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Biohydrogen Production Technologies: Past, Present, and Future Perspectiveoute for the hydrogen production as fuel. Biological production of hydrogen has significant advantages over thermochemical and electrochemical processes. This chapter discussed the major biological processes for hydrogen production such as indirect biophotolysis, direct biophotolysis, dark and photo