Handbook of Biofuels Production

Biogas Biodiesel Ethanol Technology Fame Economics Catalysis Fossil fuel Policy Fermentation Land use Bacteria Regulation Modeling Zeolites Process control Conversion Cost-Benefit Analysis Hydrogen Rural development Methane Biomass gasification Diesel Biomass Energy crops Gasification Sustainable energy Synthesis gas Vegetable oils Waste Furfural Sustainability Climate change mitigation Feedstock Waste Management Liquefaction Biochar Carbonization Biofuels Food waste Metabolic Engineering Transesterification Pretreatment Anaerobic digestion Greenhouse gas emission Biofuel Waste Material Second generation biofuels GVL Chemical valorization Oleaginous Microorganisms Bio-oil Lignocellulosic biomass Durability Biorefinery Glycerol Lignocellulosic Bioconversion Bioethanol Syngas Biohydrogen Hydrothermal Oil Biosynthesis Heterogeneous catalysts Lipases Fatty Acid Methyl Ester Engine performance Hydrothermal Liquefaction Microbial oil Supercritical Bioalcohol Hydrochar Biocoal Hydrotreating 5-HMF Biomass-to-liquids (BTL) process Catalytic pyrolysis Biocrude Biopyrolysis Biofuels utilization Codigestion Bio-based alcohols Diesel Engine Exhaust emission Fermentation Technology Hydrogen and biogas deoxygenation Global warming potential (GWP)Green house gases (GHG)Life cycle impact assessment (LCIA) FAEE Fischer�Tropsch (FT) synthesis Fast Pyrolysis First-generation biofuels Levulinic acid Fischer�Tropsch reactors Low-cost biofuels Microalgal TAG Higher alcohols Oxidative coupling of methane Polycyclic aromatic hydrocarbons (PAHs)Pyrolysis solid bases thermochemical Third-generation biofuels Upgrading of biomass-to-liquids products Mass cultivation Production Pipeline Sub-critical synthetic fuel Solid acid