Used WONIK IPS AKRA #293616593 for sale

WONIK IPS AKRA
Manufacturer
WONIK IPS
Model
AKRA
ID: 293616593
Wafer Size: 12"
Vintage: 2015
Metal CVD System, 12" 2015 vintage.
WONIK IPS AKRA is a high pressure, boiling water type (HPBW) nuclear reactor developed by WONIK Corporation. It is a state-of-the-art pressurized water reactor (PWR) plant with an improved design compared to its predecessor models, making it one of the safest nuclear plants in the world. AKRA is a passive safety design, meaning it is built to activate safety systems during emergency events without action from operators. It has four independent shutdown systems, including a passive residual heat removal equipment, two emergency core cooling systems and a decay heat removal system. In addition, the reactor has a containment unit designed to ensure safety during abnormal operating conditions. The reactor's primary loop machine is comprised of a pressurizer, two accumulators, a steam generator, an emergency core cooling tool (ECCS) pump and a pressurize core make-up (CMU) asset. Its secondary loop model consists of two turbine-driven generators, two turbine-driven pumps and two condensers. WONIK IPS AKRA reactor core has 155 fuel assemblies loaded in a square array of 17x17 fuel assemblies. The enrichment of the fuel assemblies is typically between 3 and 4 percent in weight. It also has 641 control rods, used to regulate the thermal power inside the reactor core. The active length core height of the reactor is 3.65m and the total active thermal power is 3621 MWth. The main purpose of AKRA is to generate electricity, as well as district heating and cooling systems. The power output of the reactor is 280 MWe. It is capable of operating at full-power for a continuous period of 18 months and can be refueled every three years. The reactor is highly efficient, with an electric efficiency of up to 37%. It also has an improved safety record compared to previous editions of the reactor. The design of WONIK IPS AKRA reduces the risk of core meltdown, a common issue with other reactors. The reactor is also designed to handle high power transients, which is an issue for some other reactors. Overall, AKRA is an advanced, high performance nuclear reactor designed with improved safety measures and a highly efficient power output. Its reliable plant design and passive safety equipment make it one of the safest and most advanced nuclear power plants in the world.
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