Sustainable Biofuels Development in India - Chandel, Anuj K.; Sukumaran, Rajeev K.; SpringerLink (Online service) (Cham : Springer International Publishing : Imprint: Springer, 2017)
Section I: Overview and Background Research Analysis on raw materials, processing, synthesis, recovery and application as energy sources, production and consumption of crude oil, comparative account on major alternative energy producing countries Vs. India (3 Chapters) -- Chapter 1: Production and consumption of petroleum and natural gas in India, oil import, new oil resources and price escalation pattern -- Chapter 2: Advancement in development of biodiesel production in last two decades: an overview on raw materials, synthesis and application -- Chapter 3: Review and critical analysis of bioethanol production scenario in India -- Chapter 4: Non-conventional renewable sources in India and their applications (Biohydrogen, Isobutanol, Solar, Wind, Turbines etc) -- Chapter 5: Biomass power by thermochemical conversion of agricultural residues, plants and industrial wastes -- Section II (4 Chapters): (Feedstock variation: Agro-residues, wood, weed, forestry waste, algae, kitchen waste, Jatropha, Pongamia, domestic waste oils, etc, perspective on metabolic engineering to improve yeasts, plants and enzymes) + (Feedstock availability, Feedstock analysis, Feedstock composition, New feedstock, Practical biomass conversion into fuels and soil fertility) -- Chapter 6: First and second generation ethanol: A comprehensive overview on feedstock availability, feedstock analysis, feedstock composition and potential conversion yields -- Chapter 7: Overview on the feedstock availability, composition, new potential resources for biodiesel production -- Chapter 8: Feedstock for biohydrogen and Biobutanol production via biotechnological routes -- Chapter 9: Algal feedstock: Promising biorefinery and other sustainable nutraceuticals feedstock for future -- Section III (5 Chapters): Technical aspects (Biomass processing, Biomass pretreatment, Hydrolysis, Fermentation, combined hydrolysis and fermentation, distillation), biodiesel processing (Oil extraction, processing, catalysis, trans-esterification, recovery) and Biohydrogen (Preparation of carbon recipe, fermentation, downstream processing), Catalytic conversion of biomass i.e. thermochemical conversion (gasification, pyrolysis, liquefaction) -- Chapter 10: Technological updates for first and second-generation ethanol production -- Chapter 11:Intensive technological analysis for biodiesel production from variety of feedstock: state-of-the-art -- Chapter 12:Biotechnological platform for bio-hydrogen production: present status and future challenges -- Chapter 13: Exploration of lignocellulosic biomass into fuels via catalytic conversion routesand short chain alcohols -- Chapter 14: Technological development for the capturing, regeneration and storage of solar energy, geothermal energy, tidal energy, battery powered vehicles and turbines: assessment, testing and standardization, performance reliability and monitoring -- Section IV (3 Chapters):Techno-economic analysis, Technical Maturity, Economic and Environmental analysis, Sustainable impacts, Life cycle analysis, Food vs. Feed analysis, Government policy, Regulations, Private investment, Commercialization, large scale operations, effect of homemade renewable energy on inclusive growth, employment opportunities and socioeconomic impact of Indian farmer) -- Chapter 15:Techno-economic and life cycle analysis of bioethanol production, Sustainable impact with fuel vs. feed concerns: Indian perspective -- Chapter 16: Techno-economic and life cycle analysis of biodiesel production withsustainable impact in next decade: Indian perspective -- Chapter 17: Biofuels policy implementation: Socio-economic indicators, rural development and benefits to Indian farmer -- Chapter 18:An assessment on Indian Government initiatives and policies for the promotion of biofuels implementation and private investments, Climate changes, Carbon accumulation and harmful effects on ecosystem.
Keywords: Microbiology; Renewable energy resources; Microbiology; Renewable and Green Energy; Applied Microbiology