Used GEMINI III-HT #9044550 for sale

GEMINI III-HT is a highly advanced research reactor, first unveiling in 2010 at the Laredo, Texas-based International Atomic Energy Agency (IAEA) Research Reactor (IRR) facility. Developed by Tecnologia Nuclear, III-HT is a pool-type light-water research reactor. Light-water reactors are the most common type of nuclear reactors in use today, and rely on the intensification of neutrons to achieve chain reaction in nuclear fission. What sets GEMINI III-HT apart from other light-water reactors is its unique fueling and cooling systems. The reactor utilizes an advanced fluid fuel equipment to prevent leaks and maximize fuel utilization. The reactor also operates at a low pressure to enhance safety. The reactor's cooling system is also designed to be efficient and reliable. III-HT uses Helium-Xe gas to circulate cooled fluid from the core, to the core safety insert, and to the reactivity control unit. The Helium-Xe gas circulation also allows for precise temperature control. GEMINI III-HT can operate with a power range of 0.5-25 MWt and can sustain its power levels for extended periods. In addition, the reactor is designed to provide for high-dose neutron fluxes. This makes it a great choice for neutron imaging applications such as medical imaging, industrial materials research, and radiation damage studies. III-HT also offers the versatility to allow for operation in fast and thermal neutron regimes. The safety features of GEMINI III-HT are designed to meet IAEA standards. It features a double containment vessel, along with a reactor shut-off machine in the unlikely event of a preventative malfunctions in the operating tool. III-HT also has an Advanced Asset for Leakage Detection (ASLD) to detect even small leaks in the fuel model. The reactor also features a High Temperature Breaching Trigger (HTBT) that can automatically shut down the reactor to protect against radioactive material leakage. Overall, GEMINI III-HT is a powerful, efficient, and reliable research reactor. Its innovative cooling and fueling systems make it ideal for neutron imaging, medical, industrial, and materials research applications. Its safety features make it one of the most reliable light-water reactors on the market today.