APR (Advanced Power Reactor) 1400 developed by South Korea in recent years has become the world's first large-capacity commercial pressurized water reactor (APWR). It was developed from June 1992, based on more than 20 years of experience in nuclear power construction and operation, and integrated with the world's advanced technology. On May 7th, 2002, KINS, the national nuclear power management department of Korea, issued the standard design license (DC) for APR 1400. At present, South Korea is preparing to build the next generation of large-capacity nuclear power plants-Xinguli Units 3 and 4.
International Star Nuclear Energy United Company
The new American energy bill, the National Energy Policy Act of 2005, was passed by the US Congress and signed by President Bush. The bill supports the operation of existing nuclear power plants and encourages the construction of new nuclear power units, formulates measures to encourage the construction of new nuclear power plants, and gives product tax concessions, loan guarantees and risk protection to companies that build new nuclear power plants.
Shortly after the passage of the new energy bill of the United States, on September 6, 2005, a new nuclear power joint venture company was born in the United States, which is UniStarNuclear United Company. The company announced that it will jointly develop the American EPR, a new generation commercial reactor, to provide one-stop service for the development and construction of new nuclear power plants. This incident has aroused the common concern of people in the world nuclear power industry. How to run this newly established company, what is its organizational structure and technical choice, has become a problem that people expect to know.
EPR-Advanced Nuclear Reactor
EPR is a reactor jointly developed by Famatong and Siemens. 200 1, 1, Famatong and Siemens Nuclear Power Department merged to form Famatong Advanced Nuclear Energy Company, and French power companies and major German power companies participated in the project design. The nuclear safety authorities of France and Germany coordinated the nuclear safety standards of EPR and unified the technical specifications. EPR, a new generation of nuclear reactors, has completed technical development and has now entered the construction stage. Industrialization development of nuclear technology application
The application of nuclear technology is closely related to people's lives, especially isotope and radiation technology (hereinafter referred to as "synchrotron radiation technology"). Because of its own technical advantages and high permeability, it has been widely used in many fields such as industry, agriculture, medicine and environmental protection. In developed countries such as the United States and Japan, a huge industry with strong vitality has been formed, and its economic scale and employment have surpassed that of nuclear power, which has had an important impact on national GDP growth. Japan and other developed countries believe that nuclear power and the same-spoke technology are like two wheels of a car, and the development of the same-spoke technology is closely related to the improvement of people's quality of life.