Énergie Science et Technologie / Ingénierie
Énergie Vol. 7: Bioenergy
Description
Biomass is le plant matter created by photosynthesis process en which water et carbon dioxide en presence de solar energy is converted into organic matter. Biomass includes anything that is not a fossil fuel et is bio-organic based. Le use de fuel wood collected from natural forests pour bioenergy production is as old as fire itself et en many undeveloped societies is still a major source de energy. Bioenergy has gained great attention en recent past due to environmental considerations et le increase en worldwide energy demand. Bioenergy is clean because it has negligible content de sulfur, nitrogen et ash-forming constituents resulting en lower emissions de sulfur dioxide, nitrogen oxides et soot than conventional fossil fuels. In addition, bioenergy is carbon dioxide neutral since, when burnt, only le carbon dioxide collected during its growth is released into le atmosphere. Le volume 7 analyzes le bioenergy as a sustainable et renewable energy option. Un partial list de le topics covered en this volume is as follows: • Bioenergy pour environmental sustainability • Biomass as a potential sustainable source de energy • Energetic potential de plant biomass as a renewable source de biofuels • Biofuels: a step towards green energy • Liquid biofuels usable en motorized transport • Conversion de biomass into conventional fuel • Catalytic conversion de biomass into biofuels et value added chemicals • Biomass conversion technologies pour low biomass producing countries • Thermal behaviours en biomass to biofuel conversion • Natural zeolites as catalysts pour biofuel production • Biofuel production by lignolytic enzymes • Conversion de eucalypt forestry waste residues to biofuels • Biofuel production from waste de starting dates en Algeria • Bioethanol production from lignocellulosic agricultural waste en Indonesia • Bioethanol from agro-industrial residues as feedstock • Production et characterization de ethyl ethanoate from cassava peel • Technological aspects et environmental consequences de biodiesel • Non-catalytic transesterification reaction pour biodiesel production • Sustainable microalgal biotechnology pour biodiesel production • Innovative microalgae utilization avec enhanced process integration • Biodiesel from waste cooking oil: elaboration et combustion modelling • Production de biodiesel from waste frying oil using heterogeneous catalyst Le volume 7 contains 33 chapters from 84 researchers and/or academicians representing 21 nations, namely Algeria, Australia, Belgium, Brazil, Egypt, Estonia, France, Inde, Indonesia, Iran, Israel, Italy, Japan, Kenya, Malaysia, Nigeria, Poland, Portugal, Serbia, Spain et Turkey giving an overview de le various research activities being carried out en different parts de le world en le field de Bioenergy
Table des matières
Foreword to le Series; Editorial Board; À propos de le Editors; List de Contributors; À propos de le Series; Preface; Bioenergy pour Environnemental Sustainability (BRAZIL, BELGIUM); Biomass et Bioenergy (BRAZIL, ESPANA); Biomass-Potential Sustainable Source de Énergie (INDIA); Biomass Énergie (TURKEY); Kinetic Études sur Pyrolysis de Beech Wood Biomass (SERBIA); Biomass as Un Source de Viable Énergie (SPAIN); Biomass Énergie et its Potential en Malaysia MUHAMMAD AZIM JAMALUDDIN (MALAYSIA); Energetic Potential de Plante Biomass as a Renewable Source de Biofuels – Un Review (ISRAEL); Biofuels (IRAN); Alternative Source de Énergie, Biofuels: Un Steps towards Green Énergie (INDIA, ISRAEL); Biofuels: Prospects et Confronts (INDIA); Biofuel Développements et Perspectives en Asia (ITALY); Biofuels en Portugal: Un Way to Sustainability (PORTUGAL); Liquid Biofuels Usable en Motorized Transport (ESTONIA); Conversion de Biomass into Conventional Fuel (INDIA); Microbial Conversion de Plante Biomass to Biofuel (Egypt); Thermochemical Conversion de Biomass (SPAIN); Catalytic Conversion de Biomass into Biofuels et Sustainable Value Added Chemicals (INDIA); Biomass Conversion Technologies pour Countries avec Low Biomass Production Potential (BELGIUM); Biomass to Biofuel Conversion: Role de Devolatilization, Fuel Index, Ash Agglomeration (INDIA); Natural Zeolites as Catalysts pour Biofuel Production (KENYA); Biofuel Production by Ligninolytic Enzymes (INDIA); Conversion de Eucalypt Forestry Residues to Biofuels (AUSTRALIA); Un Techno-Economic Evaluation de Bio fuel Production from Waste de Starting Dates en South Algeria (ALGERIA); Le Opportunity de Bioethanol Production from Lignocellulosic Agricole Waste en Indonesia (INDONESIA); Production de Sustainable Énergie Source: Bio-ethanol from Agro-Industrial Residues as Feedstock (INDIA); Optimization et Characterization de Ethyl Ethanoate Produced from Cellulosic Bioethanol using an Organic Acid (NIGERIA); Biodiesel—Technological Aspects et Environnemental Consequences (POLAND); Non-catalytic Transesterification Reaction pour Biodiesel Fuel Production (MALAYSIA); Sustainable Microalgal Biotechnologie pour Biodiesel Production (BRAZIL); Innovative Microalgae Utilization avec Enhanced Process Integration (JAPAN); Biodiesel from Waste Cooking Oil: Elaboration et Combustion Modeling (FRANCE); Production de Biodiesel from Waste Frying Oil Using Heterogeneous Catalyst (INDIA); Appendix-I: Table de Contents de Énergie Science et Technologie (Vols. 1 to 12); Subject Index.