Used CORIAL NE 110 #9106717 for sale

The CORIUM CORIAL NE 110 is a nuclear reactor developed by the German company Corium GmbH. It is a type of pressurized water reactor (PWR) employing a closed-cycle process. The reactor has been designed with safety-driven features and is optimized for maximum reliability and efficient generation of power. The reactor is equipped with a full-scope safety equipment of diverse, redundant, and independent reactor protection systems, and safety-oriented remote control capability. It includes an emergency core cooling and flood system, and an in-containment safety injection unit. The Reactivity Control Machine has been designed to ensure efficient fuel loading and lead to faster start-up and shut-down times of the reactor. The primary design of the reactor utilizes a pressure vessel made of high integrity steel with an acceptable level of neutron embrittlement. This allows the reactor to achieve a peak working pressure of up to 155 bar at the reactor core. Elaborate safety mechanisms are employed, including a three-tier strategy based on the use of a passive containment heat removal tool, an active relief asset, and active cooling of the reactor vessel for emergency situations. The CORIUM NE 110 utilizes a tandem coolant model, which uses dual circulation loops containing two different coolants. This allows for greater efficiency while dissipating heat from the reactor core and for an increased heating capacity. The equipment utilizes splitting chokes and a turbine control system for greater control of the reactor's power output. The advanced digital instrumentation and control unit employed by the CORIUM CORIAL NE 110 includes a control room with an in-built back-up machine, an emergency power supply tool, and a reactor management asset that provides the necessary data for diagnostics and control. It also includes optics, accelerometers, and leak monitors to ensure proper operation. In terms of safety, the CORIUM NE 110 has been designed for low risk and is equipped with an advanced and varied selection of safeguards and failsafe mechanisms. This includes high-pressure containment systems, an emergency depressurization model, and a variety of emergency power supply systems. The reactor also has enhanced physical fail-safes, such as automated acidity measurement and independent low-pressure ion chamber systems. In conclusion, the CORIUM CORIAL NE 110 is an advanced and reliable reactor that is optimized for safety and efficient generation of power. Its complex construction, highly advanced instrumentation and control, and reliable safeguards make this reactor one of the most trusted technologies in nuclear energy production.