Used GES CAYMAN #9293818 for sale

GES CAYMAN is a high temperature gas-cooled reactor designed and developed by Global Energy Solutions (GES) for nuclear power equipment applications. This reactor is made of a high-temperature alloy and has an operating temperature of up to 1000°C. CAYMAN reactor is the world's only fast spectrum reactor. It is designed to achieve the highest safety standards, providing a high level of refueling flexibility and efficient electricity generation. GES CAYMAN reactor consists of two main components: the core and the cooling system. The core is the heart of the reactor, which contains the fuel and moderators. The fuel for CAYMAN reactor is uranium-235. The moderators are graphite blocks that slow down the neutrons and increase the efficiency of the reactor. The cooling unit utilizes helium gas to ensure the safety of the reactor operation and to remove the waste heat generated during operation. The most important safety feature of GES CAYMAN reactor is its inherent safety. This is due to the use of the fast spectrum of neutrons, which decreases the production of dangerous fission products. Furthermore, in case of a safety issue, the shutdown machine of the reactor will be activated automatically. The tool temperatures are also monitored and controlled at all times. The main components of CAYMAN reactor are the core, the control asset, the cooling model, and the fuel cycle. In the core, the fuel and moderators are surrounded by a thermal insulation material. This thermal insulation ensures that the materials inside the core remain below their melting point, which is critical for safe operation. The control equipment monitors and controls the temperatures inside the reactor, while the cooling system monitors the temperatures outside of the reactor. Finally, the fuel cycle is used to change the fuel in a timely manner, and to ensure the safe utilization of the fuel. Overall, GES CAYMAN reactor is a safe and reliable nuclear power unit for large-scale applications. It is designed with the highest safety standards in mind, ensuring its use in generation, without compromising safety. Furthermore, its inherent safety benefits make it attractive for a number of applications, making it an increasingly popular choice.