Used WONIK IPS Maha SP #9358643 for sale

WONIK IPS Maha SP
Manufacturer
WONIK IPS
Model
Maha SP
ID: 9358643
Wafer Size: 12"
Vintage: 2010
CVD System, 12" 2010 vintage.
WONIK IPS Maha SP is a small, compact, and efficient nuclear reactor with a core of natural uranium. The reactor is modular and consists of four stages. The first stage is the metal shell, which provides some degree of shielding from radiation emitted by the reactor. The second stage is a pressurized water reactor, which is connected to a fuel assembly consisting of rods of high-enriched uranium. A coolant is passed through the fuel rods to create heat, which is used to generate steam as in any other nuclear reactor. The third stage is a modular steam generator that converts the steam created by the second stage into electrical energy. It consists of a turbine and generator and utilizes a cooling equipment to ensure that all components of the system remain safe and operable. The final stage is a control unit that monitors and adjusts the operation of the reactor. It takes into account the various parameters such as temperature, pressure, and radiation levels, as well as the output of the steam generators, to ensure that the reactor is working efficiently and safely. Maha SP is designed for use in power plants that generate electrical power for domestic or commercial use. The small reactor is capable of providing efficient and safe power to areas in remote places or those with limited infrastructure. The reactor has been designed to meet and adhere to various safety standards, ensuring that it operates safely and in line with regulatory standards. As a modular machine, WONIK IPS Maha SP is also easy to install, maintain, and decommission, resulting in lower operational costs over the life of the reactor. In summary, Maha SP is a small, compact, and efficient nuclear reactor. It is modular and consists of four stages of fuel assembly, a steam generator, and a control tool. The reactor has been designed for use in power plants that generate electricity for domestic and commercial use and is capable of providing efficient power to remote or limited infrastructure areas. The reactor has been designed to meet safety standards and is also easy to install, maintain, and decommission, resulting in lower operational costs.
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