Framatome earns high safety marks from US nuclear commission by Staff Writers Washington DC (SPX) Apr 07, 2020
Framatome's fuel manufacturing facility in Richland, Washington, received a positive report from the U.S. Nuclear Regulatory Commission (NRC) following its recent biennial license performance review (LPR). The NRC concluded that no program areas require improvement - an accomplishment the site has achieved for seven consecutive reviews. "We hold our manufacturing facilities around the world to the highest standards of excellence for safety, quality, performance and delivery," said Lionel Gaiffe, senior executive vice president, Framatome Fuel Business Unit. "This outstanding report by the NRC is recognition of our commitment to continuous improvement." The NRC review takes place every two years, and examines four major categories for fuel manufacturing: Safety Operations, Radiological Controls, Facility Support and Other Areas. This latest review confirmed that the Richland facility continues to conduct activities safely and securely, while protecting public health and the environment during the 2018-19 review period. "Our workforce manufactures the most advanced nuclear fuel designs with an uncompromising focus on safety and operational excellence," said Ron Land, Richland site manager at Framatome. "This review confirms our commitment to our customers and our community." In 2019, Framatome's Richland facility celebrated its 50th anniversary. After receiving the industry's first 40-year nuclear fuel fabrication license renewal from the NRC in 2009, Framatome's Richland facility is licensed to operate to 2049.
Visual inspection in nuclear environments Chesham UK (SPX) Apr 06, 2020 Resolve Optics reports on how its non-browning lenses are helping a specialist camera manufacturer to supply a turnkey solution for monitoring remote operations in high radiation environments. For the high radiation environments experienced in Nuclear Power stations, Nuclear fuel recycling plant and high energy physics facilities, conventional TV cameras and lenses have a very short life due to radiation damage. Cameras and lenses specifically designed for such environments can operate for 10,000 ... read more
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