Used JPEL VDS-5600 #9131909 for sale

JPEL VDS-5600
Manufacturer
JPEL
Model
VDS-5600
ID: 9131909
Vintage: 1999
CVD Systems 1999 vintage.
JPEL VDS-5600 is a powerful 1 MW nuclear reactor, designed by the French contractor and nuclear specialist JPEL. It is a light-water-cooled, heavy-water moderated reactor, which allows it to effectively use uranium-235 fuel for nuclear fission, generating energy. The core of the reactor contains 692 fuel assemblies, and has the ability to reach a power level of 1.002 MW. This is more than most other commercial nuclear power systems, making VDS-5600 a very efficient equipment. The reactor also has very low levels of radioactive waste, thanks to the use of light-water cooling. The reactor is controlled by four sets of systems that work together to ensure that the reactor operates safely and efficiently. The primary safety and control system monitors the nuclear reaction, the fuel mass balance, and the power output. It also analyses the water conditions of the reactor and the radiation levels. The reactor's containment vessel provides additional protection against radiation, and is designed to safely contain any potential radiation leaks. It is watertight and is able to withstand any type of pressure, making it extremely safe. The overall design of the reactor is very complex, with a large number of support systems. These range from the monitoring and control systems, to the fuel management unit, to the containment vessel and the cooling machine. All these components work together to ensure that the reactor is running at peak efficiency and safety. In addition to the reactor, JPEL VDS-5600 incorporates additional safety systems, such as a reactor protection tool, a criticality control asset and an emergency shutdown model. All of these systems work together to ensure that the reactor is running safely and efficiently. VDS-5600 is a powerful and efficient reactor that has been developed to provide an efficient and safe source of nuclear power. It has been tested extensively and is currently used in a number of countries around the world. It is an excellent example of how a nuclear power reactor can be designed and run safely.
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