Den teknologiske udviklings mulige miljøkonsekvenser

Energy sector

 

 

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Nuclear energy

 

Nuclear fission recovers its credibility

 

 

Re-use of nuclear waste

 

 

Fast breeder reactor including nuclear cycle

Fossil fuel clean tech-
nologies

Supercritical coal-fired power plant development

 

 

Efficient gas turbine combined cycle

 

 

Direct coal fired turbine

 

 

Large-scale combined-cycle power generation using high-efficient gas turbines

 

 

CO2 fixation technology necessary for protecting global environment

Renewable energy technologies

 

10 MW - class wind power generation systems

 

 

Biomass used as common technology

 

 

Photo-voltaic technology commonly used in rural electrification

 

 

Solar cells for power supply for residences competitive with conventional systems

 

 

Treatment and reuse of wastes to obtain energies such as methane as low cost using biotechnology

Energy transport and storage

 

Thermochemical decomposition processes for H2 production

 

 

H2 replaces fossil fuels in the transport sector

 

 

Cars powered by H2 fuel stored in H2 occlusive alloys exceed 10% of automobile production

 

Fuel cells as highly efficient environmentally safe and portable power sources

Rational use of energy

Insulation, LTS, deployment schemes