Used ASM PXJ-200 #293608880 for sale

ASM PXJ-200 is a novel, high-performance pressurized water reactor (PWR) designed for nuclear power plants. It features a 200-megawatt thermal (MWt) power output and a 170-megawatt electric (MWe) net efficiency. It features a modern, three-loop design that optimizes plant efficiency and reliability while reducing cost of core elements. The reactor is equipped with a single-fuel core, ASM PXJ 200 fuel rod, that is capable of powering the reactor for a full 12-month refueling cycle. The fuel rod receptacles allow for easy replacement of the fuel rods to extend the life of the reactor's core. PXJ-200 is also equipped with a four-loop primary coolant loop equipment. The primary coolant loop connects the reactor vessel to a steam generator, pressurizer, and the reactor's heavy water pool - the first, the core safety system, and the second, the core maintenance unit. A unique feature of PXJ 200 is its self-balancing primary coolant loop. This machine automatically adjusts the pressure in the primary coolant loop throughout its operation, resulting in improved efficiency and reliability. The reactor also features an advanced dynamic control tool. This asset helps to correct any abnormalities within the core quickly and precisely, minimizing the risk of unexpected issues. An automated diagnostic model is also included, facilitating accurate performance assessments and troubleshooting. The reactor's safety equipment is designed to detect and respond to any abnormalities within the core quickly and efficiently. This system is supported by multiple safety and monitoring systems, including a safety injection unit, containment sprinkler machine, rapid reaction tool, and more. ASM PXJ-200 maintains high standards of structural integrity, thermal performance, and radiation control as an added layer of protection. Overall, ASM PXJ 200 is a reliable, cost-effective reactor that is capable of producing clean, steady energy for long-term operation. The reactor's high power output, efficient operation, robust safety systems, and other unique features make it suitable for a variety of nuclear power plants.