Used THOMAS SWAN GaN #9083536 for sale

THOMAS SWAN GaN is a gallium nitride-based nuclear reactor that employs innovation to provide a clean, safe, and reliable source of energy. This reactor utilizes a unique form of gallium nitride, called GaN-on-Si, which ensures its high performance and stability. Its main benefits include high thermal resistance, low power consumption, and high radiation resistance. This makes it an ideal solution for nuclear energy production. THOMAS SWAN GaN reactor consists of two main components: the reactor core and the fuel assembly. The core is made up of high-performance molybdenum and vanadium alloys, and various inert materials. The main thermal absorber is aluminum oxide, which helps reduce the power load of the core. The fuel assembly comprises enriched uranium and a mixture of two other radioactive substances. The enriched uranium provides the needed high energy to produce the required amount of energy. This energy is released as heat which is then directed into the reactor core. The reactor is also designed to minimize the production of toxic waste, using the principle of decay heat production, and the regeneration of any waste created. The radioactive elements in the fuel are quickly and reliably destroyed, and the radioactive waste is safely contained in the reactor's core material. The design of GaN reactor provides an efficient, reliable, and low-cost source of nuclear energy. Its high radiation resistance permits operation of the reactor for long-term periods, and increases safety requirements. It also features a flexible and low installation costs, making it a desirable option for many users. Finally, its long-term sustainability makes it an ideal option for nuclear reactors, providing a low-cost, low-carbon solution to global energy needs. With all its advantages, THOMAS SWAN GaN reactor is an ideal solution for nuclear energy production.