Used WATKINS JOHNSON WJ 999 #293665030 for sale

WATKINS JOHNSON WJ 999 is a nuclear reactor that was designed and built in the United States in the mid-1960s. It is a nuclear power plant type known as a pressurized water reactor (PWR) that uses enriched uranium fuel and a single-loop primary coolant system. The reactor's fuel core has a diameter of 120cm and can support up to 800 fuel rods in a single assembly. The reactor vessel houses the fuel core, the primary coolant (water) system, and associated control and safety systems. The primary coolant is circulated through the reactor core by three pumps of which two are re-circulating and one is a single-pass. The control and safety systems used in WATKINS JOHNSON WJ999 are of a unique design, a combination of systems developed by WATKINS JOHNSON and General Electric. WJ-999 is capable of producing up to 500 megawatts of electrical power, making it one of the largest pressurized water reactors ever built. It has the ability to operate safely at very high temperatures and pressures and has a robust safety system designed to prevent catastrophic accidents and to ensure safe operation. The reactor is designed to be refueled periodically in order to extend its lifetime, during which fuel enrichment levels are monitored and adjusted to ensure safe operation. WJ999 offers a number of advantages over other PWR types. It features an integrated neutron moderator and shield, which allows for the fuel to be enriched at lower levels without compromising the safety of the reactor. This in turn allows for higher efficiency operations and lower fuel costs. Additionally, WJ 999 has also been designed with the latest advances in control and safety systems, providing a high level of redundancy and a safe and reliable operating environment. Overall, WATKINS JOHNSON WJ-999 is a robust and reliable PWR type reactor that offers a cost-effective way to generate nuclear power and energy. It has a proven track record of providing safe, cost-effective operations, and is highly capable of meeting the future needs of the nuclear power industry.