トリウム熔融塩炉の実現なら株式会社トリウムテックソリューション

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Nuclear power faces difficult situation after the Fukushima disaster.
However, we we take the position that
Nuclear energy is the mainstream energy of the 21st century.
The key to this lies in the "Liquid nuclear fuel".

Thorium Molten Salt Reactor (MSR)
can resolve these issues.

It enables the extinction of plutonium and long-lived minor actinides by circulating use of the fuel, and contributes to solving the problem of light water reactor spent fuel disposal.

Liquid fuel reactors are safe in principle.

Liquid fuel furnaces enable low-cost energy.
(Target: 3 yen/kwh)

Adopting thorium as fuel, which does not produce plutonium, can contribute to the prevention of nuclear proliferation.

safety

Spent Nuclear Fuel
disposal problem

Low cost

Contributing to prevent nuclear proliferation

TTS will realize the ideal liquid fuel reactor, the Thorium Molten Salt Reactor, by 2030, which was the goal of Kazuo Furukawa, the first president of TTS.

Thorium Molten Salt Reactor "FUJI" designed by the late Dr. Kazuo Furukawa, the first president of T

The ultimate goal of the MSRE, an experimental thorium molten salt reactor, built by Oak Ridge National Laboratory in 1965, was the MSBR, a molten salt breeder reactor, with fuel breeding capabilities. In order to have a breeding function, an advanced mechanism for stable fuel composition by continuous chemical processing of the fuel is required.
In 1985, Kazuo Furukawa designed the "FUJI" Thorium Molten Salt Reactor, which specializes in power generation.
The development of Thorium Molten Salt Reactors should be based on the FUJI concept.

Novel nuclear energy