Used GES CAYMAN #9390427 for sale

GES CAYMAN is a uranium-powered, air-cooled, graphite-moderated nuclear power plant reactor designed and developed by General Electric (GE). It is a medium-power, medium-temperature, intermediate-pressure reactor most commonly used in the United States in nuclear power plants. The main advantage of CAYMAN design is its air-cooling system, which eliminates the need for a cooling tower. This reduces the overall cost of the plant and makes the reactor more affordable. The system uses two fans to circulate air through the reactor core. This air helps to keep the core at a consistent temperature and helps to reduce the risk of fuel element melting or other fuel-related issues. The uranium fuel used in GES CAYMAN is enriched, which means it contains a higher concentration of the fissile isotope, U-235. This increases the amount of energy that can be released during each fission reaction in the reactor. This also allowing for the power output of the reactor to be increased without changing the size of the core. The graphite moderator is unique to CAYMAN design, providing secondary control of the power output and reactivity of the reactor. Graphite is a material that can absorb some of the neutrons emitted during the fission reaction, reducing the energy release of the reaction. This helps to prevent the reactor from becoming too energetic and entering a runaway reaction. GES CAYMAN design also features advanced safety systems, including safety rods that are inserted into the core to limit the reactivity of the core. When the rods are activated in an emergency, they completely absorb all of the neutrons in the core, preventing the reaction from continuing. The reactor also has many redundancy systems in place, such as a backup power supply, multiple backup cooling systems, and multiple independent operating systems. With a proven track record of safety and affordability, CAYMAN design is a great choice for nuclear power plants. Its unique air-cooling system, enriched fuel, graphite moderator, and advanced safety features make it a reliable and cost-effective way to generate electricity.