Hydrogen Production, Transportation, Storage, and Utilization
portes grátis
Hydrogen Production, Transportation, Storage, and Utilization
Theoretical and Practical Aspects
Zendehboudi, Sohrab; Ghorbani, Bahram
Elsevier - Health Sciences Division
01/2025
424
Mole
9780443240423
Pré-lançamento - envio 15 a 20 dias após a sua edição
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1. Hydrogen in the Energy Sector 2. Common Hydrogen Feedstock and Production Pathways 3. Physical-based Hydrogen Storage 4. Material and Chemical-based Hydrogen Storage 5. Hydrogen End-use and Transportation 6. New Insights into Hydrogen Production, Utilization, and Storage 7. Economic, Safety, and Environmental Aspects of Hydrogen Production, Utilization, and Storage
Este título pertence ao(s) assunto(s) indicados(s). Para ver outros títulos clique no assunto desejado.
Advanced hydrogen technologies; Advantages and challenges; Biomass; Case studies; Catalysts; Chemical engineering; Chemical reaction; Chemical reaction engineering; Dehydrogenation temperature; Electrolysis; Energy and climate change; Energy application; Energy engineering; Energy management; Energy resource; Energy storage; Energy sustainability; Energy types; Environmental chemical engineering; Environmental implications; Fueling stations; Green chemistry; H2 characteristics; H2 economy; H2 energy; H2 feedstock; H2 fuel-cell applications; H2 liquefaction; H2 significance; H2 storage; H2 transportation and distribution; H2 utilization and applications; Heat and power generation; Hydrogen storage and distribution; Hydrogen supply chain; Life cycle assessment; Liquid organic H2 carriers; Material and chemical-based methods; Materials application; Mathematical optimization; Metal hydrides; Multicomponent refrigerants; Natural resources; New directions; Performance improvement; Physical-based H2 storage; Political issues; Practical considerations; Process engineering; Production pathways; Safety and risk management; Specific energy consumption; Steam methane reforming; Sustainability; Sustainability engineering; Sustainable development; Sustainable strategies; Thermodynamics
1. Hydrogen in the Energy Sector 2. Common Hydrogen Feedstock and Production Pathways 3. Physical-based Hydrogen Storage 4. Material and Chemical-based Hydrogen Storage 5. Hydrogen End-use and Transportation 6. New Insights into Hydrogen Production, Utilization, and Storage 7. Economic, Safety, and Environmental Aspects of Hydrogen Production, Utilization, and Storage
Este título pertence ao(s) assunto(s) indicados(s). Para ver outros títulos clique no assunto desejado.
Advanced hydrogen technologies; Advantages and challenges; Biomass; Case studies; Catalysts; Chemical engineering; Chemical reaction; Chemical reaction engineering; Dehydrogenation temperature; Electrolysis; Energy and climate change; Energy application; Energy engineering; Energy management; Energy resource; Energy storage; Energy sustainability; Energy types; Environmental chemical engineering; Environmental implications; Fueling stations; Green chemistry; H2 characteristics; H2 economy; H2 energy; H2 feedstock; H2 fuel-cell applications; H2 liquefaction; H2 significance; H2 storage; H2 transportation and distribution; H2 utilization and applications; Heat and power generation; Hydrogen storage and distribution; Hydrogen supply chain; Life cycle assessment; Liquid organic H2 carriers; Material and chemical-based methods; Materials application; Mathematical optimization; Metal hydrides; Multicomponent refrigerants; Natural resources; New directions; Performance improvement; Physical-based H2 storage; Political issues; Practical considerations; Process engineering; Production pathways; Safety and risk management; Specific energy consumption; Steam methane reforming; Sustainability; Sustainability engineering; Sustainable development; Sustainable strategies; Thermodynamics
