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Nine Mile Point Nuclear Station is a nuclear power plant with two nuclear reactors located in the town of Scriba, approximately five miles northeast of Oswego, New York, on the shore of Lake Ontario. The 900-acre (360 ha) site is also occupied by the James A. FitzPatrick Nuclear Power Plant .
The James A. FitzPatrick (JAF) Nuclear Power Plant is located in the Town of Scriba, near Oswego, New York, on the southeast shore of Lake Ontario. The nuclear power plant has one General Electric boiling water reactor. The 900-acre (360 ha) site is also the location of two other units at the Nine Mile Point Nuclear Generating Station.
The following page lists operating nuclear power stations. The list is based on figures from PRIS (Power Reactor Information System) ... Nine Mile Point: 2: 1,764
The R.E. Ginna Nuclear Power Plant is located along the south shores of Lake Ontario, about 20 miles northeast of Rochester and 53 miles southwest of the Nine Mile Point Nuclear Station.
US nuclear power plants, highlighting recently and soon-to-be retired plants, as of 2013 (US EIA). Nuclear power plant locations and nameplate capacity of the top 10 states. Power plants map August 2016. This article lists the largest nuclear power stations in the United States, in terms of Nameplate capacity.
Three Mile Island nuclear plant to reopen — to power Microsoft's AI push. Tom Carter. Updated September 20, 2024 at 9:14 AM. The Three Mile Island nuclear plant could return to service in 2028.
The Nine Mile Point Nuclear Generating Station was erected by Niagara Mohawk. The first unit was completed in 1969, and was followed by a second unit in 1988. [ 4 ] The plant was sold to Constellation Energy in 2001; Constellation's successor, Exelon , along with Électricité de France , co-own the plant today.
In early May 2011, fuel supplier General Electric notified the operators of the Oyster Creek and Nine Mile Point nuclear plants regarding safety calculation errors. General Electric had made mathematical errors which could have resulted in nuclear fuel getting hotter than operators expected, reducing the plants' margin of safety.