Traduction de «Réacteur à consommation » (Français → Anglais) :

burner reactor

fusion reactor [ nuclear fusion reactor | thermonuclear reactor | thermonuclear fusion reactor | fusion power system | controlled fusion reactor | fusion energy system ]

community propensity-to-consume schedule

two-spool turbojet engine | two spool turbojet engine | twin spool turbojet | twin spool engine

light water reactor | LWR | light-water reactor | light water cooled power reactor | water-cooled reactor

gas-cooled reactor

ready-to-eat (1) | ready for consumption (2) | ready for use (3) | ready to consume (4)

Syndicate of Energy Intensive Industries [ IGEB ]

76. Draws attention to the fact that the current 20 % target is based on the contribution made by nuclear power to the energy mix in number of Member States; notes that the IEA's World Energy Outlook 2011 includes a ‘lower-nuclear’ case according to which the projected increase in worldwide CO2 emissions from the power sector would be substantially higher in the medium term due to an increased use of fossil fuels; reiterates that the decision by some Member States to shut down some existing nuclear reactors must not serve to justify reducing the level of ambition of their current climate policies; points out that, according to the IEA, achieving the 2°C goal would require faster development and deployment of CCS technologies in both coal ...[+++]- and gas-fired power plants; notes, however, that CCS technology is still at the testing and pre-commercial stage, so alternative scenarios also need to be considered, such as high renewables and energy efficiency scenarios; thus calls for increased support for the development and application of breakthrough technologies in order to increase energy efficiency and decouple economic growth from energy consumption;

77. Draws attention to the fact that the current 20 % target is based on the contribution made by nuclear power to the energy mix in number of Member States; notes that the IEA’s World Energy Outlook 2011 includes a ‘lower-nuclear’ case according to which the projected increase in worldwide CO2 emissions from the power sector would be substantially higher in the medium term due to an increased use of fossil fuels; reiterates that the decision by some Member States to shut down some existing nuclear reactors must not serve to justify reducing the level of ambition of their current climate policies; points out that, according to the IEA, achieving the 2°C goal would require faster development and deployment of CCS technologies in both coal ...[+++]- and gas-fired power plants; notes, however, that CCS technology is still at the testing and pre-commercial stage, so alternative scenarios also need to be considered, such as high renewables and energy efficiency scenarios; thus calls for increased support for the development and application of breakthrough technologies in order to increase energy efficiency and decouple economic growth from energy consumption;

The two jet-engine programmes are particularly challenging, since they will have to meet a large number of new regulatory and technical requirements, such as limiting pollution, fuel consumption and noise while at the same time keeping total weight at a reasonable level and ensuring a high degree of safety.

An added problem is that the Russians do not accept plutonium vitrification as an equivalent technology to MOX reactor consumption today as the plutonium would retain the original weapons plutonium isotopic and could be readily reused for weapons purposes.