Used KOKUSAI Aldinna #293640137 for sale

KOKUSAI Aldinna is a large-scale, high-performance, and low-cost small modular reactor technology developed by KOKUSAI Electric Corporation of Japan. The reactor design focuses on cost reduction through the use of advanced, innovative technologies and designs, while maintaining core safety and reliability. The reactor features a small, compact configuration for fast construction and simplified maintenance, and can adapt to a wide range of applications and fuel types. Aldinna features a natural convection-based supercritical water-cooled, once-through core design. In this design, the reactor core is cooled by surrounding water, which decreases coolant power density and reduces capital construction costs. The reactor vessel is made up of a high-performance stainless steel and nickel alloy, which is highly corrosion-resistant and durable, ensuring reactor longevity. The core itself is a cylindrical configuration in which the nuclear fuel, moderator and control rods are suspended in a vertical arrangement, with the moderator located at the top and the control rods at the bottom, forming a single-circuit cooled loop. The core features enriched uranium oxide fuel, which is a low-enriched nuclear material that is both relatively inexpensive and efficient under normal conditions. KOKUSAI Aldinna reactor also features a number of safety features, including a robust containment system. This containment system consists of a steel pressure vessel, metal and concrete walls, and a dry-well containment structure. The metal and concrete walls are designed to withstand substantial explosive forces, while the dry-well structure helps to minimize the potential for hydrogen buildup during operation. The containment structure also helps to reduce the risk of radiation leakage in the event of an accident. Additionally, the nuclear fuel of Aldinna is designed to reduce the escape of dangerous materials and particles. In conclusion, KOKUSAI Aldinna reactor is a cost-effective and efficient small modular reactor technology which offers significant safety and reliability. The reactor's cylindrical design, enriched uranium oxide fuel and robust containment system afford the design a number of operational and safety benefits. The reactor has been designed to meet the needs of industry, academia, and research institutions for a reliable, low-cost energy source.