Énergie Science et Technologie / Ingénierie
Énergie Vol. 11: Hydrogen et Other Technologies
Description
Le global energy supply is principally based sur le combustion de fossil fuels namely coal, oil et natural gas. These combustion processes caused annual carbon dioxide (CO2) emission de 36.3 billion metric tonnes en 2013. Before le industrial revolution de 19th century, global average CO2 concentration was about 280 ppm, which has increased to a level de 395.28 ppm en September 2014. Le upper safety limit pour atmospheric CO2 is 350 ppm. Le 1987 was le last year when le annual CO2 concentration was less than 350 ppm (349.16 ppm). Le hydrogen as a fuel attracts attention de scientific community due to absence de these CO2 emissions et is considered as a renewable et sustainable solution pour reducing global fossil fuel consumption et combating global warming. Le main focus de this volume is sur hydrogen energy, but some articles sur bioenergy, cogeneration, small hydropower et other technologies have also succeeded en getting a place en le content list de this volume. Le topics covered en this volume include: • Hydrogen energy • Hydrogen production from water via thermochemical cycles • Hydrogen production from waste • Production de biological hydrogen from agriculture waste • Hydrogen generation into a low-carbon energy system • Nanostructured metal oxides et chalcogenides pour hydrogen production • Impedance investigations de hydrogen evolution reaction sur Ni et NiMn alloy • Recent advances en hydrogen production by dark fermentation technology • Simulation et optimization de various hydrogen et synthesis gas producing methods • Techniques to shape porous materials pour hydrogen storage • Waste-to-energy systems • Bioenergy production from complex waste waters • Biogas: sources, purification et uses • Biogas production, power generation, upgradation et bottling pour vehicular application • Cogeneration • Gas turbines et combined cycle gas turbines • Exhaust heat recovery techniques de IC engines by organic rankine cycle • Performance characteristics et preliminary design criteria de Stirling engines • Pressurized circulating fluidized bed technology • Carbon nanomaterials as electrocatalysts pour energy conversion • Decarburization et energy consumption minimization pour road transport sector • Small hydropower as a promising source pour electricity generation • Polyaromatic membranes pour SO2 electrolysis Le volume 11 contains 23 chapters from 70 researchers, academicians et professionals representing 14 nations, namely Brazil, China, Finland, Germany, Inde, Iran, Italy, Portugal, Romania, Singapore, South Africa, Spain, Taiwan et United Arab Emirates giving an overview de le various research activities being carried out en different parts de le world sur Hydrogen et Other Technologies.
Table des matières
Foreword to le Series; Editorial Board; À propos de le Editors; List de Contributors; À propos de le Series; Preface; Hydrogen Énergie (FINLAND); Hydrogen Production from Eau via Thermochemical Cycles (CHINA); Hydrogen Production from Waste (UAE); Production de Biologique Hydrogen from Agriculture Waste: Développement de Green Technologie (INDIA); Hydrogen Generation into a Low Carbon Énergie Système (SPAIN); Nanostructured Metal Oxides et Chalcogenides pour Photoelectrochemical Hydrogen Production (P.R. CHINA); Impedance Investigations de Electrocatalytic Hydrogen Evolution Reaction sur Ni et NiMn Alloy (IRAN); Recent Progrès en Hydrogen Production by Dark Fermentation Technologie (TAIWAN); Simulation et Optimization de Various Hydrogen et Synthesis Gas Producing Méthodes (IRAN); Techniques to Shape Porous Materials pour Hydrogen Storage (SOUTH AFRICA); Waste-to-Énergie Systèmes (BRAZIL); Bioenergy Productions from Complex Wastewaters (PORTUGAL); Biogas: Sources, Purification et Uses (SPAIN); Biogas Production, Power Generation, Upgradation et Bottling pour Vehicular Application (INDIA); Cogeneration (BRAZIL); Gas Turbines et Combined Cycle Gas Turbines (ITALY); Exhaust Heat Recovery Techniques de Internal Combustion Engines by Organic Rankine Cycle (IRAQ, ROMANIA); Performance Characteristics et Preliminary Conception Criteria de Stirling Engines (SPAIN); Pressurized Circulating Fluidized Bed Technologie: Un Review Towards a Novel Conception Approche (INDIA); Carbon Nanomaterials as Electrocatalysts pour Énergie Conversion (SINGAPORE); Roadmap to Decarburization et Énergie Consumption Minimization de le Road Transport Sector: Biohydrogen-Production from Several Microalgae Species et Integration en Optimized Bus Configurations (PORTUGAL); Small Hydropower: Un Promising Source de Electricity Generation (INDIA); Comparison de Ionically et Ionicalcovalently Cross-linked Polyaromatic Membranes pour SO2 Electrolysis (SOUTH AFRICA, GERMANY); Appendix-I: Table de Contents de Énergie Science et Technologie (Vols. 1 to 12); Subject Index