- Offshore Power Systems
Offshore Power Systems (OPS) was a 1970 joint venture between Westinghouse Electric Company, which constructed nuclear generating plants, and Newport News Shipbuilding and Drydock, which had recently merged with Tenneco, to create floating nuclear power plants at Jacksonville, Florida.
The MH-1A was actually the first floating nuclear power station, built by Martin Marietta for the US Army in the early 1960s. The reactor was installed in a converted liberty ship hull and used by the Army from 1968 to 1975 in the Panama Canal Zone. It produced relatively low power output of 10 megawatts compared to the projected 2,300 megawatt capacity of the OPS plants.
The much larger concept was envisioned in 1969 by Richard Eckert, the engineer at Public Service Electric and Gas Company (PSE&G) tasked with identifying power plant sites. He discovered that there were very few suitable locations, but most were close to the Atlantic Ocean. Westinghouse began the project in 1970 based on two premises: all nuclear power plants were custom built and designed, and local residents close to the proposed location of a nuclear facility typically took a NIMBY attitude. Therefore, identical reactors mass-produced from a "factory" location could be built quicker and at less expense, and if the power plant was located miles from populated areas (in the ocean), there would be less opposition. The idea was promoted by PSE&G as the Atlantic Nuclear Power Plant. PSE&G ordered two 1,150 megawatt reactors for the project in 1972, and two more the following year for operation in the mid-1980s. OPS decided to locate their production facility at the Port of Jacksonville.
The power plants would be built with two reactors on a man-made island constructed of steel, anchored in the Atlantic a few miles off the coastline. The islands would be protected by a massive concrete breakwater composed of 18,000 dolosses, each weighing 80 tons, designed to withstand hurricanes, tornadoes, moderate earthquakes and collision by a loaded tanker. The actual power plant would be towed, like a barge, by ocean tugboats to its destination.
Opposition to the project was both local and national because many people questioned the safety of nuclear power. Jacksonville resident Joe Cury was very vocal and actively protested whenever a public forum was available. Ralph Nader became involved with the protests for a short time.
Construction of the new facility was projected to cost $200 million and create 10,000 new jobs when completed in 1976. Contracts were signed by OPS and PSE&G for two plants. PSE&G paid for the engineering and blueprints, license expenses and startup costs for the manufacturing facility. Westinghouse named Zeke Zechella to be president of OPS in 1972.
Much of Blount Island was swampy land until the early 1970s when OPS obtained 850+ acres (3.4 km2) from the Jacksonville Port Authority (JPA) for $2,000/acre. OPS had the muck removed and replaced it with clean fill, then installed utilities, roads, a bridge and other infrastructure. The floating platform upon which the plant was to be built would be 400' square, the size of three football fields laid sideline to sideline. The harbor basin they created had to be slightly wider, longer, and 40' deep. The world's largest bridge crane, capable of lifting the dome of the reactor containment building was purchased for $17 million and installed across the basin. The crane had a height of 130 feet, a span of 675 feet and a lift capacity of 2 million pounds. During construction, over 1,000 workers were involved, and a total of $125 million was invested in the property and facility. Two other utilities, the Southern Company in Atlanta and JEA in Jacksonville, both sent letters of commitment to show that they were serious about purchasing a plant, however; no plants were ever built.
Although OPS did not have Federal approval to build the plants in the 1970s, the biggest reason why OPS was not successful was the 1973 oil crisis. Less oil available resulted in higher oil prices, which encouraged conservation and less demand for electricity. PSE&G did not need the additional capacity from the nuclear generators they had ordered, so PSE&G requested a two-year delay. After the embargo ended, oil prices remained high and effects of the 1973–75 recession made economic conditions worse. When President Jimmy Carter placed a moratorium on nuclear power plant construction, OPS began laying off employees. New Jersey Governor Brendan Byrne was opposed to the floating plants, and chided the NRC for not spending more time investigating the possible consequences of a nuclear accident, no matter how unlikely the event. PSE&G cancelled their OPS power plant contracts in 1978, and OPS had no customers, but they still sought Nuclear Regulatory Commission approval in the hope of building plants in the future. Then came the Three Mile Island accident in 1979, which required additional safety features in the design. Zeke Zechella left OPS and retired as a Westinghouse Vice President in 1980 after 27 years at the company.
In late 1981, OPS still employed 231 people and hoped for approval that year. The city of Jacksonville sued OPS and the Port Authority in an attempt to reclaim the property, assessed at nearly $38 million, but lost. Westinghouse finally received NRC approval to build as many as eight plants, but no utilities were interested.
On February 17, 1984 Westinghouse announced that their OPS company would shut down by September 1, 1984. Lack of market and technology duplication were cited as reasons for the closure. The company had been paying $1 million per year in property taxes, and sold the Blount Island property to Gate Petroleum for $17 million in 1985.
Reactor unit Reactor type Net
Shutdown Floating-1 Pressurized water reactor 1.150 MW 1.211 MW Cancelled Plan on 01.01.1979
- ^ a b c d e f g Adams, Rod: "Offshore Power Systems: Big Plants for a Big Customer" Atomic Insights, August 1996
- ^ a b c d Putnam, Walter: "Floating nuclear plants may become reality" Boca Raton News, November 15, 1981
- ^ Adams, Rod: "Army Nuclear Power Plants" Atomic Insights, November, 1995
- ^ "Nuclear Power Generation and Fuel Cycle Report 1997" page 61
- ^ McPhee, John: "The Atlantic Generating Station" The New Yorker, May 12, 1975
- ^ "Urban waterfront lands" ISBN 0309029406 Page 136, National Research Council Committee, 1980
- ^ Kerr, Jessie-Lynne: “ALEXANDER P. 'ZEKE' ZECHELLA: 1920-2009” Florida Times-Union, August 18 2009
- ^ "Across the State" Orlando Sentinel, November 3, 1990
- ^ "OFFSHORE POWER SYSTEMS v. DEPT. OF REVENUE" State of Florida, Department of Revenue, November 17, 1980
- ^ "Coastal Effects of Offshore Energy Systems" Office of Technology Assessment, November 1976
- ^ "Zechella biography" Veterans Page, USS Ringgold
- ^ "Westinghouse Electric Corp. to close Offshore Power Systems operation." PR Newswire, February 17, 1984
- ^ Newboy: the Autobiography of Herbert Hill Peyton, page 158, Herbert Hill Peyton, ISBN 0965827704
- ^ "1972 JPA sells eastern half of Blount Island" Jacksonville Port Authority, History
- ^ Power Reactor Information System of the IAEA: „Nuclear Power Reactor Details - FLOATING-1“
Wikimedia Foundation. 2010.
См. также в других словарях:
Northern Power Systems — Type Private Industry Wind Power Headquarters Barre, Vermont, USA … Wikipedia
Offshore aquaculture — uses fish cages similar to these inshore ones, except they are submerged and moved offshore into deeper water. Offshore aquaculture, also known as open ocean aquaculture, is an emerging approach to mariculture or marine farming where fish farms… … Wikipedia
Offshore wind power — View of Lillgrund Wind Farm, Sweden Offshore wind power refers to the construction of wind farms in bodies of water to generate electricity from wind. Better wind speeds are available offshore compared to on land, so offshore wind power’s… … Wikipedia
Offshore construction — Offshore wind farm … Wikipedia
Wind power — Wind power: worldwide installed capacity  … Wikipedia
Solar power satellite — A solar power satellite, or SPS or Powersat, as originally proposed would be a satellite built in high Earth orbit that uses microwave power transmission to beam solar power to a very large antenna on Earth. Advantages of placing the solar… … Wikipedia
Space-based solar power — Left: Part of the solar energy is lost on its way through the atmosphere by the effects of reflection and absorption. Right: Space based solar power systems convert sunlight to microwaves outside the atmosphere, avoiding these losses, and the… … Wikipedia
List of offshore wind farms — Map of all coordinates from Google Map of all coordinates from Bing Export all coordinates as KML … Wikipedia
Marine current power — is a form of marine energy obtained from harnessing of the kinetic energy of marine currents, such as the Gulf stream. Although not widely used at present, marine current power has an important potential for future electricity generation. Marine… … Wikipedia
Nuclear power plant — This article is about electricity generation from nuclear power. For the general topic of nuclear power, see Nuclear power. A nuclear power station. The nuclear reactor is contained inside the cylindrical containment buildings to the right left… … Wikipedia