Used CANON / QUESTER APT 4800 #177948 for sale

CANON / QUESTER APT 4800 is a highly advanced research and development reactor. It is a 100kW class high-temperature gas-cooled reactor that utilizes uranium fuel, graphite moderator and helium working fluid. CANON APT 4800 is equipped with a unique design of neutron reflector and radiation shields that enhance its performance. The reactor has a stable core design, specifically designed to ensure safety and reliability. It utilizes uranium fuel with 20% enriched uranium-235 isotope and a graphite moderator. The uranium fuel is cylindrically formed with a diameter of 44mm and a length of 150mm. The reactor achieves an overall thermal efficiency of up to 95%. QUESTER APT 4800 is equipped with a fully automated control equipment to allow the reactor to operate independently. The control system is designed to optimize the reactor performance by adjusting the power level and adjusting parameters such as flow rate, temperature, pressure, and coolant type. The reactor is also equipped with additional features including vibration monitoring, emergency stop unit and remote maintenance. The vibration monitoring machine detects abnormal operating vibrations from any part of the reactor. The emergency stop tool is designed to quickly shut down the reactor in case of any abnormal situation such as abnormally large flow or high pressure inside the reactor. The remote maintenance allows for operators to check the operation and performance of the reactor with a remote monitoring center. APT 4800 also features an innovative fuel element design. Fuel elements are made up of uranium enriched uranium-235 alloy which provides higher fuel efficiency than traditional fuel elements. The graphite moderator further enhances the efficiency and capacity of the reactor. CANON / QUESTER APT 4800 is an advanced research and development reactor which offers unparalleled performance and reliability for power users. Its unique design and sophisticated control systems provide high levels of safety and performance. The advanced fuel element design and graphite moderator add to its efficiency, making it the ideal reactor for any research or development needs.