Used JEL / JUSUNG Eureka 2000 #9197929 for sale

JEL / JUSUNG Eureka 2000 reactor is a compact nuclear power reactor that is based on Advanced Nuclear Technology (ANT). ANT is a key technology in commercial nuclear power generation and is used to improve the safety, reliability, and cost-effectiveness of nuclear power plants. JEL Eureka 2000 is an innovative reactor design that employs organic-cooled core technology and an integral containment equipment. The modular construction of JUSUNG Eureka 2000 makes it easy to install and maintain, and its small footprint makes it well suited for large scale electricity production, as well as decentralized generation applications. Eureka 2000 employs an organic-cooled, sodium-cooled core that is cooled by a helium-sodium mixture circulating throughout the core. This type of system has much higher efficiency than a water-cooled unit and is capable of achieving temperatures of up to 400 degrees Celsius. This extreme temperature rating allows for the generation of an increased amount of electricity. In terms of safety, JEL / JUSUNG Eureka 2000 utilizes several redundancy measures. Its integral containment machine is engineered to maintain high pressure in the event of an accident. It also features passive safety devices and accident-tolerant fuel rods that are designed to increase the reactor's overall safety performance. Additionally, the reactor's integral control systems include built-in monitoring capabilities that allow operators to record and assess operational conditions in real-time. The reactor has been successfully tested, and its performance has been monitored and validated over a number of years. Its power output is rated at 25 MW, and its design life is estimated to be up to 40 years. Overall, JEL Eureka 2000 reactor is a reliable, cost-effective, and energy efficient technology that is well suited for both large scale and decentralized applications. Its high levels of safety, ability to generate higher temperatures, and integral containment tool make it an attractive choice for nuclear power generation.