Used KANKEN TECHNO KT1000H #293819971 for sale

KANKEN TECHNO KT1000H reactor is an advanced and innovative reactor design offering complete reactor access and high performance capabilities. This reactor is designed for NPPs (Nuclear Power Plants) and other types of industrial applications. It is a horizontal-type reactor of 1000 MWe which utilizes a 5-loop equipment to achieve an optimal level of safety, power, efficiency, and environmental protection. The reactor vessel is designed with primary safety systems which protect the core from over-pressurization and radiation release. The reactor core is composed of uranium fuel that is encased in a zirconium alloy liner that provides the necessary radiation shielding. The fuel loading is controlled automatically through advanced fuel handling systems and the primary power level is held by using a combination of neutron absorbers and control rods. In case of any emergency, the primary safety systems are able to control and maintain the required conditions. The secondary loop systems are designed to allow for the control of the coolant flow, resulting in the release of excess thermal energy through heat exchange with turbine generated power. The reactor's secondary system is composed of four steam separator/moisturizer units which provide the optimal conditions for proper cooling and for optimal power output. The reactor utilizes an advanced control unit known as the Inherent Safety Management Machine (ISMS). This tool encompasses a wide range of systems that are interlinked and monitored, providing the best safety conditions. It includes an internal monitoring asset, a control model, a maintenance equipment, an emergency system, and a process control unit. Additionally, the ISMS is able to detect any potential problems and shut down the reactor if deemed necessary. KT1000H reactor is incredibly advanced and provides a significant number of advantages to its users. The ability to access and control the core from all angles, as well as its efficient energy production, are two of the main benefits. The safety systems implemented also guarantee a high level of personnel and environmental safety. Therefore, this reactor design is an excellent choice for any application requiring reliable and high-performance power generation.