Hydrogen Energy and Fuel Cells

The development of H2-based and syngas-based energy systems require multifaceted studies on hydrogen sources, hydrogen production, hydrogen separation, hydrogen storage, H2 utilization and fuel cells, H2 sensor, and safety aspects, as well 

Technical Efficiency—major improvement potential with fuel cells Environmental advantage—no emissions of pollutants and C02 Overcome the thermodynamic limitations of combustion systems 

Sustainability Bridge between nonrenewable (fossil) and renewable (biomass) energy utilization Sustainable in terms of hydrogen atom sources Hydrogen atom from H20 

Political and Energy security and diversity Wide range of resources can 

Economical New business opportunities Niche application/market development Potential role and domain for new players Gas producers and other industrial and small business organizations 

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Hydrogen production and utilization. (Adapted from EC, Hydrogen Energy and Fuel Cells—A Vision of Our Future. European Commission—High level group on hydrogen and fuel cells, Brussels, 2003.)... 

EC (2003). Hydrogen Energy and Fuel Cells - A Vision of Our Future. Final Report of the High Level Group. EUR 20719 EN. Brussels European Commission -Directorate-General for Research Directorate General for Energy and Transport. 

European Commission s High Level Group (HLG) on Hydrogen and Fuel Cells, (2002). Hydrogen energy and fuel cells - a vision of our future, Report. 

Table 1.2. Drivers for Hydrogen Energy and Fuel Cell System Development...

MEMBRANE PURIFICATION FOR HYDROGEN ENERGY AND FUEL CELL APPLICATIONS... 

High-Level Group for Hydrogen and Fuel Cells. 2003a."Hydrogen Energy and Fuel Cells A Vision for Our Future." EC report, June, 2003. 

High Level Group (HLG) (2003) Hydrogen Energy and Fuel Cells A Vision of Our Future , EC Report. 

EU Commission, Hydrogen Energy and Fuel Cells, A vision of our future. Special Report, EUR 20719 EN (2003) https //ec.europa.eu/research/energy/pdf/hlg vision report en.pdf. Accessed on Sep 2015... 

Hydrogen and Fuel cells in Denmark. At DTU, he has taught at numerous courses and is at present involved in teaching hydrogen energy and fuel cells as well as thermodynamics. 

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