Used KOKUSAI Quixace / DJ-1236V-DF #293600393 for sale

KOKUSAI Quixace / DJ-1236V-DF is a highly sophisticated and automated nuclear reactor developed by KOKUSAI, a world-leading nuclear power equipment design and engineering company. This reactor is an advanced version of conventional pressurized-water reactors (PWRs), which is made up of multiple horizontal pressure tubes that house the fuel and coolant channels and the reactor core. Quixace / DJ-1236V-DF reactor is a third-generation reactor designed to provide greater safety, operation flexibility and cost effectiveness. The reactor incorporates a number of advanced design features that not only reduce the likelihood and magnitude of core damage in case of an accident, but also improve its performance in normal operation and reduce the cost of operating it over the lifetime of the plant. The safety features built into KOKUSAI Quixace / DJ-1236V-DF reactor include an improved core design and geometry, a re-design of the flow channels to minimize the risk of blockage and a reorganized fuel management system that maximizes fuel cycle efficiency and minimizes risk of short-term transients. The operation flexibility of Quixace / DJ-1236V-DF reactor is achieved through its digital control and monitoring unit. The computer-controlled machine allows operators to monitor and adjust the reactor parameters in a timely manner, allowing enhanced operator training and improved monitoring of the key reactor parameters. The cost-efficiency of KOKUSAI Quixace / DJ-1236V-DF reactor is achieved through its use of a modular design. It uses a series of components, such as its reactor pressure vessel and primary coolant loop, that can be quickly and easily installed and removed from the plant in either a one-step or two-step process. In addition, the modular design has enabled KOKUSAI to reduce operating costs by decreasing component downtime and personnel costs during maintenance cycles. Overall, Quixace / DJ-1236V-DF reactor is an innovative and advanced reactor that provides a greater level of safety, flexibility and efficiency than conventional PWRs. It is a reliable and cost-effective solution to the increasing global demand for clean, safe and reliable nuclear power.