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DEMO refers to a proposed class of nuclear fusion experimental reactors that are intended to demonstrate the net production of electric power from nuclear fusion. The following parameters have been used as a baseline for design studies: the EU DEMO should produce at least megawatts 2 gigawatts of fusion power on a continuous basis, and it should produce 25 times as much power as required for scientific breakeven, which does not include the power required to operate the reactor.

According to timeline from EUROfusion , operation is planned to begin in It is estimated that subsequent commercial fusion reactors could be built for about a quarter of the cost of DEMO. Instead, science and technology innovations and the growing interest and potential for private-sector ventures to advance fusion energy concepts and technologies suggest that smaller, more compact facilities would better attract industrial participation and shorten the time and lower the cost of the development path to commercial fusion energy".

In June , General Fusion announced it would accept the UK government's offer to host the world's first substantial public-private partnership fusion demonstration plant, at Culham Centre for Fusion Energy. The plant will be constructed from to and is intended to lead the way for commercial pilot plants in the late s.

The DEMO reactor concept goes back to the s. A graph by W. At a June meeting organized by the IAEA, participants agreed on the following, concise definition for a DEMO reactor: "The DEMO is a complete electric power station demonstrating that all technologies required for a prototype commercial reactor work reliably enough to develop sufficient confidence for such commercial reactors to be competitive with other energy sources.

The DEMO does not need to be economic itself nor does it have to be full scale reactor size. This roadmap was intended to be updated in and The roadmap was subsequently updated in When deuterium and tritium fuse, the two nuclei come together to form a resonant state which splits to form in turn a helium nucleus an alpha particle and a high-energy neutron.

DEMO will be constructed once designs which solve the many problems of current fusion reactors are engineered. These problems include: containing the plasma fuel at high temperatures, maintaining a great enough density of reacting ions, and capturing high-energy neutrons from the reaction without melting the walls of the reactor.

Once fusion has begun, high-energy neutrons at about ,,, kelvins will flood out of the plasma along with X-rays , neither being affected by the strong magnetic fields. Since neutrons receive the majority of the energy from the fusion, they will be the reactor's main source of thermal energy output.

The ultra-hot helium product at roughly 40,,, kelvins will remain behind temporarily to heat the plasma, and must make up for all the loss mechanisms mostly bremsstrahlung X-rays from electron deceleration which tend to cool the plasma rather quickly. Since it is only proposed at this time, many of the details, including heating methods and the method for the capture of high-energy neutrons, are still undetermined.

Challenges identified included: [35]. While fusion reactors like ITER and DEMO will produce neither transuranic nor fission product wastes, which together make up the bulk of the nuclear wastes produced by fission reactors , some of the components of the ITER and DEMO reactors will become radioactive due to neutrons impinging upon them.

It is hoped that plasma facing materials will be developed so that wastes produced in this way will have much shorter half lives than the waste from fission reactors, with wastes remaining harmful for less than one century. The process of manufacturing tritium currently produces long-lived waste, but both ITER and DEMO will produce their own tritium, dispensing with the fission reactor currently used for this purpose.

PROTO would act as a prototype power station, taking in any remaining technology refinements, and demonstrating electricity generation on a commercial basis. From Wikipedia, the free encyclopedia. Planned fusion facility. See also: nuclear fusion and fusion power. Bringing fusion to the U. ISBN OCLC Retrieved 28 May Fusion for Energy. Archived from the original on 8 July Retrieved 5 February ISSN Archived from the original on 7 November European Fusion Development Agreement.

Archived from the original on 1 October Lopes 4 February ISSN X. PMID S2CID Committee on a Strategic Plan for U. Burning Plasma Research. Board on Physics and Astronomy. Division on Engineering and Physical Sciences. Final report of the Committee on a Strategic Plan for U. The Wall Street Journal. Retrieved 24 February Washington, D. Journal of the Knowledge Economy.

Culham Centre for Fusion Energy. Nature : d—— Nuclear Fusion. Bibcode : NucFu.. Retrieved 30 May Fusion Science and Technology. Retrieved 16 February General Fusion. Retrieved 18 June Advances in Nuclear Science and Technology. Martin Becker. Vienna: IAEA. Archived from the original on 12 February Retrieved 27 March Fusion Engineering and Design. Journal of Fusion Energy.

International Thermonuclear Experimental Reactor. Retrieved 28 July Fusion power , processes and devices. Fusor Polywell. Thermonuclear weapon Pure fusion weapon.

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