Energy for the future

Pattern of Energy Usage - Energy for the Future, Institute of Energy, London (1986). 

Energy Balances of OECD Countries, 2004—2005, 2007 edition, http //www.iea. org/Textbase/publications / free new Desc.asp PUBS lD=1931. European Commission, Energy for the Future Renewable Energy Sources, http // ec.europa.eu/energy/library/599fi fr.pdf... 

Energy for the future. Basic research and education of PhD students. 1 million. 

ENERGY FOR THE FUTURE HIGH-DENSITY CHARGE CLUSTERS... 

Ancient and current biological process that result in either the production of fossil fuels or biomass, are responsible over 90% of the energy that humans have ever used. All of these processes employ photosynthesis, and it is not unrealistic that natural photosynthesis might be adapted to efficiently produce new forms of stored energy for the future use of mankind besides merely the production of biomass. This review has outlined a number of specific biological and systems challenges that must be addressed to advance science and technology down this path. 

European Commission (1997) Communication from the Commission Energy for the Future Renewable Energy Sources-White Paper for a Community Strategy and Action Plan. COM (97) 599, Final of 26,11.97, Brussels. 

Longwell JP, Rubin ES, Wilson J (1995) Coal Energy for the future. Prog Energy Combust Sci 21 269-360... 

The likely sources of energy for the future are atomic and solar. Atomic reactors can provide electricity which would be cheaper as the reactors increase in size, but with size comes the difficulty of thermal pollution, so that large atomic reactors, which would give relatively cheap electricity at source, would have to be placed either on the ocean, far from population centers, or in remote areas such as Northern Canada, Siberia, or Central Australia. 

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