Used TES Square 300 #9253788 for sale

TES Square 300 is a nuclear reactor based on a once-through long-life core technology. It is an integral pressurized water reactor (PWR) that is designed to generate 300 MWe of thermal energy. It is an advanced third-generation reactor that features significant improvements in several aspects of its design, making it suitable for both utility and research uses. The core of Square 300 reactor contains a total of 38 fuel assemblies, including three active core assemblies and two emergency core assemblies. The fuel assemblies are arranged in two concentric squares, with the active core assemblies surrounded by the emergency core assemblies in the outer square. The fuel assemblies help to ensure optimal core reactivity and provide an even distribution of power in the reactor vessel. The reactor contains a primary coolant loop circuit that uses MHT-50 grade light water as the coolant for the core. The cooling medium passes through the fuel assemblies, absorbing heat generated during fission and transferring it to the primary flow. The water is then pumped from the reactor to a steam generator, which produces the secondary flow. TES Square 300 reactor also utilizes a number of safety systems, including a containment vessel, safety rods, and a pressurizer. These safety systems are designed to ensure the reactor operates within designated safety parameters and can be activated quickly in the event of an emergency. The safety rods are inserted and withdrawn in order to control the level of reactivity in the core. The pressurizer is used to maintain the operating pressure within the primary loop. The reactor also employs an automated control system that makes use of advanced digital instrumentation and control (I&C) systems. The control systems are used to monitor key parameters, such as core reactivity and coolant temperature, and then modify these parameters as needed in order to maintain optimal reactor performance. Finally, Square 300 reactor is designed to minimize radioactive waste and promote environmental sustainability. Utilizing advanced technologies such as vertical zirconium dioxide fuel elements, as well as taking into consideration design and operational strategies, the reactor is able to reduce its wastage emissions significantly. In conclusion, TES Square 300 pressurized water reactor is a highly advanced nuclear reactor that not only provides clean energy but also promotes nuclear safety and environmental sustainability. Its long-life core technology, combined with its state-of-the-art safety systems, make it an ideal choice for utility and research uses.