Used VEB B55.3-2 #9259570 for sale

Manufacturer
VEB
Model
B55.3-2
ID: 9259570
Vintage: 1987
Vapor deposition / Coating system PLC Control Evaporator with HELIX ZEISS Photometer Pumping station: Diff pump Fore pump 1987 vintage.
VEB B55.3-2 reactor is a type of nuclear reactor, designed by the Russian nuclear research company Atomenergoproekt. It is a pressurized water reactor (PWR), which uses enriched uranium fuel and light water for cooling and moderation. The reactor has a thermal power of 55 megawatts, a nominal electric power of 22.5 megawatts, and uses two steam generators to produce power. VEB B55.3-2 reactor uses a flow-through equipment to control the energy balance of the core. This involves a variety of control elements such as fuel elements, control rods, control valves, and control rod drive mechanisms. The design also includes a containment vessel to safeguard the core, as well as a cooling system. This cooling unit consists of a primary circuit composed of a pressurizer, two pumps, and a heat exchanger, as well as a secondary circuit, which contains the steam generators. VEB B55.3-2 reactor operates in a range of load conditions, from maximum power to a fraction of its capacity. The reactor can be operated in hot standby mode, full power mode, as well as in an islanded mode. The operation of the reactor is controlled by a digital control machine, which uses feedback-based control to maintain the safety and operational efficiency of the reactor. The reactor has a personnel safety tool, which is designed to provide a safe work environment for the personnel. In case of an accident, the reactor is protected against thermal-hydraulic transients. The safety of the reactor is further ensured by design features such as automated safety systems, protection rods, and a passive emergency cooling asset. VEB B55.3-2 reactor has a long track record of successful operations, proven reliability, and a documented safety record. This reactor has been in operation since 1985 and has been modernized and updated several times in order to improve its operational efficiency and safety.
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