Used TES Telia 300 #9281504 for sale

TES Telia 300 is a type of nuclear reactor designed for research and teaching in the nuclear industry. It is a high-power reactor with a maximum thermal output of 300 kW, built to foster the development of understanding of reactor technology. This reactor utilizes highly enriched uranium fuel, which is enriched to between 20% and 90% U-235. It is a pressure vessel reactor, and the core is surrounded by a control rod equipment, which is composed of a combination of low and high density elements to adjust reactivity. The core is surrounded by a moderator, which is usually water or graphite. The reactor is designed to operate in either steady-state or transient operation modes. In steady-state mode, the reactor is operated at constant power levels and criticality without the need for continuous adjustment the reactivity. In transient mode, the power is varied over time, or the reactor is put through a series of steps such as startup, shutdown, and power changes. The reactor is equipped with a number of safety systems. These include an emergency shutdown system, emergency core cooling unit, containment machine, and a loss of coolant accident tool. These systems are designed to act in the event of an off-normal reactor state, and they are designed to protect personnel and the containment from hazards caused by abnormal reactor states. The reactor is also equipped with an alarm and other radiation monitoring systems which are designed to alert personnel to any changes in the reactor environment. In operation, the reactor is controlled through the control room. The control room operators monitor the reactor environment and adjust the reactor operation as necessary. They have access to a variety of instruments and alarms, which they use to ensure the safe operation of the reactor. Overall, Telia 300 is a high-power reactor which is designed to foster the development of the skill and knowledge of nuclear reactor operation. It is equipped with a suite of safety systems which are designed to protect personnel and the containment in the event of off-normal reactor states, and which are monitored in the control room.