Used THOMAS SWAN 19x2 GAN #293587474 for sale

THOMAS SWAN 19x2 GAN is a state-of-the-art nuclear reactor technology that is capable of producing clean, efficient and renewable energy. The reactor is composed of a graphite moderator and conduction cooled graphite reflector that are surrounded by a steel liner. The reactor operates on uranium fuel rods and is cooled by light water. The moderator and reflector configuration ensures low moderation ratio and prevents radiation exposure to personnel and the environment. The reactivity of the reactor is maintained through neutron absorption, which occurs in the fuel clad and moderator. This allows for the reactor to maintain steady-state operation without the need for an external control system. The neutron absorption also ensures that the reactor does not suffer from reactivity fluctuations, helping reduce the risk of core meltdown. The design of 19x2 GAN reactor has a high capacity for power output, providing an efficient and reliable form of energy. The reactor is designed with a simple, yet highly efficient, layout. This is achieved through the use of vertical fuel assemblies, which are arranged in a square grid with pathways between them. This layout allows for the efficient usage of materials and space, as well as providing a simplified structure for maintenance. THOMAS SWAN 19x2 GAN reactor also features a unique conduction-cooling system that ensures a consistent supply of cooling water to the core, even in the event of a pump failure. The reactor is equipped with a comprehensive safety system that includes both automatic and manual control systems. The safety systems are designed to ensure the safe and efficient operation of the reactor, by continuously monitoring radiation levels, temperature, steam pressure and other important parameters. This monitoring is done through the use of both online systems as well as on-site inspections. 19x2 GAN reactor is a reliable and efficient source of renewable energy that is designed to provide clean and safe power generation. The combination of its advanced design and safety measures provides peace-of-mind to operators and those living in the vicinity of the reactor. As such, it is becoming an increasingly popular choice for many different types of applications, from nuclear power plants to residential applications.