Russia to build the world's largest research nuclear reactor will be put into operation in 2020

According to the Russian "Pravda" news on September 11, Russia began to build the world's most powerful multi-functional scientific research fast neutron reactor, which is expected to be put into operation in 2020.

Vyacheslav Perskokov, vice president of the Russian National Atomic Energy Corporation, said that Russia has begun to build the world's most powerful multi-functional research fast neutron reactor, which will help shorten the new fuels necessary for the development of future nuclear dynamics. The time of the structural material.

Perschukov stressed, "This device has not been seen before. This is a reactor for the world's future nuclear dynamics. It can significantly shorten the research time of new materials and fuels."

Perschukov introduced that the construction of the reactor is divided into two main stages. He said: "The first part is the 'nuclear island', which is funded by the federal special program and costs about 13 billion rubles (about 190 million US dollars); the second part is related to the construction of scientific research infrastructure, which needs about 25 billion to 30 billion. ruble."

The versatile scientific research neutron reactor is the most powerful of the world's operating and planned research reactors. The new sodium cooled reactor has a power of 150 megawatts. The unique technical nature of the versatile scientific research neutron reactor helps solve the various scientific problems encountered in the construction of safe and competitive new nuclear energy installations.
According to the Russian "Pravda" news on September 11, Russia began to build the world's most powerful multi-functional scientific research fast neutron reactor, which is expected to be put into operation in 2020.

Vyacheslav Perskokov, vice president of the Russian National Atomic Energy Corporation, said that Russia has begun to build the world's most powerful multi-functional research fast neutron reactor, which will help shorten the new fuels necessary for the development of future nuclear dynamics. The time of the structural material.

Perschukov stressed, "This device has not been seen before. This is a reactor for the world's future nuclear dynamics. It can significantly shorten the research time of new materials and fuels."

Perschukov introduced that the construction of the reactor is divided into two main stages. He said: "The first part is the 'nuclear island', which is funded by the federal special program and costs about 13 billion rubles (about 190 million US dollars); the second part is related to the construction of scientific research infrastructure, which needs about 25 billion to 30 billion. ruble."

The versatile scientific research neutron reactor is the most powerful of the world's operating and planned research reactors. The new sodium cooled reactor has a power of 150 megawatts. The unique technical nature of the versatile scientific research neutron reactor helps solve the various scientific problems encountered in the construction of safe and competitive new nuclear energy installations.

As of the end of 2014, the International Atomic Energy Agency (IAEA) data shows that of the 71 nuclear reactors under construction worldwide, there are currently 26 in China. According to the World Nuclear Association, China is still planning or planning to build another 180 nuclear reactors.

Zhuang Huolin, vice president and chief engineer of China Nuclear Construction Co., Ltd., revealed: "At present, China's nuclear construction has the ability to build 40 nuclear power units at the same time. It has the ability to complete a variety of nuclear power construction technologies, and has independent intellectual property rights and advanced The technology can also build commercial nuclear power plants of various specifications. At the same time, it has completed a standardized system of nuclear power construction with 7 major categories, 38 sub-categories and a total of 310 sub-items, and the manufacturing and design capabilities have reached international standards."

China's nuclear power, after two years of development of two generations of nuclear power units, has successfully become an advanced country in the field of nuclear power.

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