Description
Conversion of Biogas to Transportation Fuels presents a comprehensive examination of cutting-edge processes that transform biogas into viable transportation fuels. This authoritative resource details direct and indirect conversion methods for transforming biogas produced from a variety of feedstocks including animal waste, agricultural residues, municipal solid waste, and wastewater treatment sludge. Both conversion to compressed methane gas and indirect liquefaction pathways utilizing catalytic thermochemical reforming and Fischer-Tropsch synthesis are addressed in detail. The book offers an unparalleled exploration of the complete biogas-to-fuel value chain, addressing critical purification challenges, carbon dioxide separation techniques, and catalyst development innovations essential for commercial implementation. • Delivers in-depth analysis of both direct and indirect biogas conversion technologies• Addresses key technological challenges including biogas purification, carbon dioxide separation, and catalyst development• Evaluates economic feasibility and implementation requirements for real-world applications• Features research from leading experts in renewable energy systems• Includes practical examples demonstrating successful technology deployment• Provides essential policy frameworks and environmental impact assessments for sustainable adoptionThis essential reference serves researchers, engineers, energy policymakers, and graduate students working at the intersection of renewable energy and chemical and environmental engineering. By offering practical solutions to reduce fossil fuel dependence, the book equips professionals with the knowledge to overcome technical barriers, navigate regulatory landscapes, and accelerate the commercial development of biogas-derived transportation fuels, ultimately contributing to global carbon reduction goals while creating new opportunities in the renewable energy sector.