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TRIGA is a swimming pool reactor that can be installed without a containment building, and is designed for research and testing use by scientific institutions and universities for purposes such as undergraduate and graduate education, private commercial research, non-destructive testing and isotope production.
ICI TRIGA Reactor Billingham: TRIGA Mark I: Decommissioned 250 1971-08-01 1988 ICI Physics and Radioisotopes Dept of ICI R&D (later to become Tracerco) Universities Research Reactor: Risley, Warrington: Argonaut Decommissioned 300 1964-07-07 1991 shut down 1991 decommissioned-land released 1996 CONSORT reactor Imperial College London: Pool ...
Thus, this reactor design is self-regulating, meltdown is impossible, and the design is inherently safe. From a safety point of view, the design leverages the technology used in the TRIGA reactor, which uses uranium zirconium hydride (UZrH) fuel and is the only reactor licensed by the U.S. Nuclear Regulatory Commission for unattended operation.
TVA is finalizing the design of its small modular nuclear reactors and plans to apply for a construction permit in 2025.
It is a light water reactor, the 54th TRIGA in the world designed and manufactured by General Atomics. The facility was opened on 11 March 1979. [1] It is second operational and third installed nuclear research reactors in Turkey, the other being in Çekmece Nuclear Research and Education Center.
This reactor was part of the first line of TRIGA reactors but has a number of features that distinguishes it from the other dozens of TRIGA reactors in use today. It is a 1 megawatt pool-type reactor. It is designed for optimal irradiation of samples and is used to produce a number of radioisotopes for medical and industry applications. [3]
Exterior of reactor. The Oregon State TRIGA Reactor (OSTR) is a TRIGA Mk. II research reactor, developed by General Atomics, with a maximum licensed thermal output of 1.1 MW, and it can be pulsed up to a power of 3000 MW for a very short time.
In 1982 the Dalat research reactor reconstruction and expansion project began under the management of the VAEC with assistance from the Soviet Union and IAEA support. On March 20, 1984 the reactor was officially put into operation with a nominal power of 500 kW, twice that of the previous TRIGA reactor. [14]