Europa wyłącza reaktory Opcje

[aTomek*]

Wielu ludzi mówi, że możemy wybudować elektrownię atomową, bo i tak wokoło naszego kraju jest wiele działających reaktorów.
Czytałem i znalazłem takie informacje:


Heysham 1
Location: South of Morecambe on the north west coast of England.
Reactor type: AGR
Net electrical output: 1160 MW. Heysham 1 is capable of supplying over 1.5 million homes - enough electricity to keep three cities the size of Liverpool supplied during peak loading hours.
No. of reactors: 2
Built: 1970-1983 (Reactor 1) 1970-1984 (Reactor 2)
Start of generation: 8 July 1983
Output for the year ended 31 March 2008: 3.7 TWh
Estimated decommissioning date: 2014
Address: British Energy, Heysham 1 power station, Morecambe, Lancashire LA3 2XQ




Heysham 2
Location: West of Lancaster on the north west coast of England.
Reactor type: AGR
Net electrical output: 1230 MW. Heysham 2 is capable of supplying over 1.5 million homes - enough electricity to keep three cities the size of Liverpool supplied during peak loading hours.
No. of reactors: 2
Built: 1979-1988
Start of generation: 12 July 1988
Output for the year ended 31 March 2008: 8.6 TWh
Estimated decommissioning date: 2023
Address: British Energy, Heysham 2 power station, Morecambe, Lancashire LA3 2XN.




Hartlepool
Location: Just south of Hartlepool, on the north east coast of England.
Reactor type: AGR
Net electrical output: 1190 MW. Hartlepool is capable of supplying over 1.5 million households.
No. of reactors: 2
Built: 1969-1984
Start of generation: 1 August 1983
Output for the year ended 31 March 2008: 4.6 TWh
Estimated decommissioning date: 2014
Address: British Energy, Hartlepool power station, Tees Road, Hartlepool TS25 2BZ.



Dungeness B
Location: Romney Marsh, Kent, on the south east coast of England.
Reactor type: AGR
Net electrical output: 1090 MW. Dungeness B is capable of supplying over 1.5 million homes.
No. of reactors: 2
Built: 1965-1983 (Reactor 1) 1965-1985 (Reactor 2)
Start of generation: 3 April 1983
Output for the year ended 31 March 2008: 6.4 TWh
Estimated decommissioning date: 2018
Address: British Energy, Dungeness B power station, Romney Marsh, Kent TN29 9PX.




Hinkley Point B
Location: Near Bridgwater, Somerset, on the south west coast of England.
Reactor type: AGR
Net electrical output: 860 MW. Operating at its currently reduced level of around 70% of full output, Hinkley Point B is capable of supplying over 1 million homes.
No. of reactors: 2
Built: 1967-1975
Start of generation: 5 Feb 1976
Output for the year ended 31 March 2008: 5.3 TWh
Estimated decommissioning date: 2016
Address: British Energy, Hinkley Point B power station, Nr Bridgwater, Somerset TA5 1UD.




Hunterston B
Location: South of Largs, Ayrshire, on the west coast of Scotland.
Reactor type: AGR
Net electrical output: 840 MW. Operating at its currently reduced level of around 70% of full output, Hunterston B is capable of supplying over 1 million homes.
No. of reactors: 2
Built: 1967-1976
Start of generation: 6 Feb 1976
Output for the year ended 31 March 2008: 4.0 TWh
Estimated decommissioning date: 2016
Address: British Energy, Hunterston B power station, West Kilbride, Ayrshire KA23 9QJ.




Torness
Location: Near Dunbar, East Lothian, on the east coast of Scotland.
Reactor type: AGR
Net electrical output: 1250 MW. Torness is capable of supplying over 1.5 million homes.
No. of reactors: 2
Built: 1980-1988
Start of generation: 25 May 1988
Output for the year ended 31 March 2008: 8.0 TWh
Estimated decommissioning date: 2023
Address: British Energy, Torness power station, Torness, Dunbar, East Lothian EH42 1QS.



british-energy.com

[aTomek*]

Przyda się definicja wytłuszczonych zapisów. W Wikipedii przeczytałem:

Decommissioning is a general term for a formal process to remove something from active status. Some specific instances include:
Nuclear decommissioning
Decommissioned highway
Decommissioning of soldiers: demobilization
Green Field status

wiki/Decommissioned

The decommissioning of nuclear power plants is sometimes referred to as nuclear decommissioning, to mark the difference between 'conventional' decommissioning and dismantling projects. The main difference to the dismantling of a 'conventional' facility is the possible presence of radioactive or fissile material in a nuclear facility, that requires special precautions.

Generally speaking, nuclear plants were designed for a life of about 30 years. Newer plants are designed for a 40 to 60 year operating life.

Decommissioning involves many administrative and technical actions. It includes all clean-up of radioactivity and progressive demolition of the plant. Once a facility is decommissioned, there should no longer be any danger of a radioactive accident or to any persons visiting it. After a facility has been taken out of service it allows its release from regulatory control and relieves the licensee of his responsibility for its nuclear safety.

[mickey*]

Francja buduję nowy reaktor, ale proces został spowolniony, były jakieś zawirowania. To ważny projekt, bo jest to nowy typ reaktora.

[mikrus*]

Francja buduje i wybuduje. Mają tak rozwiniętą sieć, że jeszcze długo nie zrezygnują z energii atomowej, po prostu teraz nie jest na to czas, bo takie przestawienie się wymaga ogromnych nakładów finansowych. Kryzys jest.

[Gość*]

Zobaczymy za 10 lat jak wiele z tych zapowiedzi powrotu do elektrowni się sprawdzi. Ja nie wierzę w to.