The Tennessee Valley Authority has filed a U. S. Nuclear Regulatory Commission for the Nuclear Regulatory Commission of the United States. U. S. For a license to build a GE Vernova Hitachi Energy BWRX-300 small modular reactor on the Clinch River.
This makes the Tennessee Valley Authority (TVA) the first application in the U. S. to be filed in the U. S. U. S. A construction permit application for BWRX-300 technology has been described through TVA President and CEO Don Moul as “a significant milestone” for TVA, as well as for the region and the United States. Accelerating the progression of new nuclear technologies, their source chain and delivery model. “TVA has done the paintings to advance the design and expand the first application for BWRX-300 technology, creating a trail for other utilities that decide to build the same technology,” he said, adding that TVA “seeks stewardship to complex nuclear technologies. . . We are decades to come. “
TVA invested in the popular BWRX-300 design through a technical collaboration agreement with Ontario’s power generation, Poland’s nuclear power Synthos Green Energy and Ge Vernova Hitachi (GVH, formerly Ge Hitachi Nuclear Energy, GEH). He also leads a coalition of app and source chain corporations that has implemented an $80 billion grant from the U. S. U. S. U. S. Poat up of the Structure of the U Structure. and an $8 million grant to the license review fee.
Small modular reactors (SMRs) are reactors with a smaller and more modular design than the U. S. advertising nuclear fleet. U. S. Lately Operacional. Al like providing protection improvements, their smaller footprint and modular design means they can be built faster, must be used and have greater compatibility in the landscape due to their compact size, TVA said.
TVA already holds a first SMRS permit on the Clinch RiverArray that certifies that the Oak Ridge, Tennessee, Fence is suitable for the structure of a nuclear power plant based on safety safety, environmental impact, and emergency plans.
“TVA’s investment in the popular design of the BWRX-300 generation will increase its deployment, helping to comply with the development of energy and the safety of power,” said President and CEO of GVH, Craig Ranson. “This step, in addition to the resolution of this month through the province of Ontario to build the first world in the western world, shows that this generation is complex and real. “
The BWRX-Trescientos design is an MWE water-cooled herbal flow SMR with passive protection systems that exploit the design and licensing basis of ESBWR’s bubbling water reactor evolved through Geh. arlier this month, the nuclear project approved by the Canadian province of Ontario to begin the structure of the first 4 bwrx-one hundred sets planned at the Darlington nuclear project.