Generation IV Nuclear Reactor
Generation IV Nuclear Reactor
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A Generation IV nuclear reactor is a type of nuclear reactor that is designed to be more efficient and safer than the previous generations of reactors. These reactors use advanced technologies to reduce the amount of waste produced and to increase safety. Generation IV reactors also feature enhanced fuel cycle technology, improved safety systems, and improved economics. In addition, they are designed to be more resistant to proliferation of nuclear weapons and more resistant to major accidents.
... Under this agreement, the two parties will explore opportunities to build supply chain capacity in Saskatchewan, helping the province capitalize on the potential benefits of the Xe-100 Generation IV nuclear reactor technology. ...
... The company’s Integral Molten Salt Reactor (IMSR) is a Generation IV nuclear reactor that uses molten salt as a coolant and fuel carrier. ...
... CO2 Brayton Cycle technology specifically to support Generation IV Nuclear Reactor design. Generation IV Nuclear Reactor goals include safety, sustainability, cost-effectiveness, and proliferation risk reduction improvements. And in addition to Generation IV Nuclear, Supercritical ...
... “I am impressed by the progress Terrestrial Energy is making with its Integral Molten Salt Reactor. Molten salt Generation IV nuclear reactor designs have the potential to deliver excellence in nuclear safety and lower cost. These are features of great interest to me and to the ...
... Generation IV nuclear reactor technology with fast neutron reactors is currently in development. This generation will see sustainability, economics, safety, reliability, and proliferation-resistance improvements compared with their Generation III counterparts. These new reactors will produce ...
... in nuclear materials science, “These technologies and past experiences provide us with a unique bag of tricks to tackle the challenges and gaps necessary to be mitigated for design, evaluation, and development of next-generation (Gen IV) of advanced nuclear reactor concepts”. ...
... to boil the water into steam, INEEL researchers are envisioning use of a still theoretical Generation IV nuclear reactor to power the hydrogen production process. Unlike current Generation I and II light-water reactors (the type most commonly used in the United States today), which ...
... technologies are part of the Global Nuclear Energy Partnership, an international grouping carrying out research on so-called generation IV nuclear reactor designs to replace those currently in operation. The new designs are intended to be more economical and reduce proliferation risk. ...
... Owing in part to these developments, which are unprecedented for a privately developed Generation IV nuclear reactor design, Terrestrial has garnered a lengthening list of backers. ...
