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Wisconsin Nuclear Industry
                                         
Report Updated: November 6, 2009

Nuclear Power Plants in Wisconsin
Net Generation and Capacity, 2008
Plant Name Unit Number Net Capacity MW Net Generation Thousand Kwh Capacity Factor (percent) Operator/Owner
Point Beach 1 512 3,725 83
FPL Energy Point Beach, LLC/Same
Point Beach 2 514 4,044 90
Total   1,026 7,768 86
Kewaunee 1 556 4,387 90
Dominion Energy Kewaunee/Same
Source: Form EIA-860, "Annual Electric Generator Report," and Form EIA-906, "Power Plant Report."

NRC CONSIDERING REQUEST BY WISCONSIN TO BE AN AGREEMENT STATE

The Nuclear Regulatory Commission (NRC) is considering a request from Wisconsin to assume part of the agency's regulatory authority over certain nuclear materials in the State.  If the request is accepted, Wisconsin will become the 33rd State to sign such an agreement with the NRC.

Under the proposed agreement, the NRC would transfer to Wisconsin the responsibility for licensing, rulemaking, inspection, and enforcement activities for:  (1) radioactive materials produced as a result of processes related to the production or utilization of special nuclear material; (2) uranium and thorium source materials, and (3) special nuclear material in quantities not sufficient to support a nuclear chain reaction...

NRC News, No. 03-042

Wisconsin Nuclear Highlights

  • In 2008, the State of Wisconsin ranked 22nd in nuclear capacity and 22nd in nuclear generation. Monthly and cumulative nuclear generation and annual nuclear capacity for each State and each reactor is reported in a table elsewhere on this site.
  • Wisconsin's first commercial reactor, Point Beach 1 is one of the oldest reactors still in service.  It went into commercial service in December 1970 (one year after the two oldest reactors, Oyster Creek and Nine Mile Point 1). 
  • The Kewaunee reactor and New York's R.E. Ginna reactor are equal in size (net capacity 498 MWe each).  Of the Nation's 104 commercial reactors, only Nebraska's Fort Calhoun reactor (478 MWe) is smaller in capacity.
  • In August 2002, Platts Power Magazine rated Kewaunee first among the "Top 50 Nuclear Plants"for lowest  O&M (Operations and Maintenance) Costs, and rated the Point Beach power plant first for efficiency.
  • Applications were submitted to the U.S. Nuclear Regulatory Commission (NRC) for uprating the capacity of each of Wisconsin's three commercial reactors and all three applications were approved.  On November 29, 2002 the NRC approved an uprate of 21.5 Megawatts/electric for each of the Point Beach reactors (1.4 percent increase).  On July 7, 2003, an increase of 23 Megawatts/electric was approved for the Kewaunee reactor (also 1.4 percent).

The System at Work[1]

Red can be a very unpopular color at a nuclear power plant.  Under the U.S. Nuclear Commission's (NRC) inspection system, "red"designates a problem of "high safety significance."   According to an NRC press release, inspectors concluded that problems with pumps at the Point Beach Nuclear Plant merited a "red" finding for the number 2 reactor and a "yellow"finding (second highest on the scale) for Point Beach 1. 

This is very disappointing news for the Nuclear Management Company, operators of the plant, but there is at least one bright spot. Apparently, the system worked:  or to be more precise, the employees and inspectors identified the problem, put safety first, and have taken and are taking steps to correct it.  Plant personnel discovered the problem in the auxiliary feed water system in October 2002.   This is a backup system that provides cooling water for the reactor.  "The utility took action to revise procedures and train reactor operators to address the immediate safety concerns..."   NRC inspectors determined that the system might become clogged under certain conditions. 

The net result of people doing their best to identify and correct the problem is that both reactors are shut down until the problem is fixed and the reactors are approved for re-start.   Putting public safety first often carries a heavy price tag, but the alternative might be unthinkable.

Nuclear Generation in Wisconsin, 1960 through 2003
Million Kilowatt Hours
Nuclear Generation in Washington, 1960 through 2002
   Sources:
Energy Information Administration, State Energy Data Report 1999, and Electric Power Annual, Volume 1, 2001, and EIA Survey Form 906.


Update:  Electricity output by nuclear plants in Wisconsin and Other States in 2003

Competing Fuels

Electricity Market in Wisconsin, Share of Electricity Output, by Fuel, 2004 to 2007
Year Coal Hydroelectric Natural
Gas
Nuclear Other
2007 63 2 10 20 4
2006 65 3 9 20 4
2005 68 3 10 16 3
2004 70 3 4 20 3
Source: EIA Survey 923, "Power Plant Operations Report" and Predecessor Forms.

In 2007, coal accounted for two thirds of the electricity generated by the State. The percentage of electricity generated by coal, gas, nuclear, and hydropower for each state with at least one commercial reactor is reported in the Electricity Market table.

License Renewal

According to the U.S. Nuclear Regulatory Commission (NRC), no applications for license renewal
have been received for any of Wisconsin's three reactors. The earliest that any of the three licenses expires is October 2010 (Point Beach 1). Information on the current status of all license renewal applications appears on the NRC website at http://www.nrc.gov. To locate the data on this site, select "index"at the top and then choose the letter "l". Click on "license renewal."

Air Quality in Wisconsin

Total greenhouse emissions for the electric power industry of each of the 50 States and the District of Columbia, are reported for the most current data year.

Of the 50 States plus the District of Columbia, the electric industry of the State of Wisconsin ranked 20th highest in carbon dioxide (CO2) emissions in 2007. The State's electric industry ranked 17th highest in sulfur dioxide (SO2) emissions and 20th highest in nitrogen oxide (NOx) emissions

Wisconsin Airborne Emissions, Electricity Sector, 1990-2007
Metric Tons
Year Carbon Dioxide
CO2
Sulfur Dioxide
SO2
Nitrogen Oxides
NOx
1990 36,421,730 318,472 188,234
1991 38,399,626 328,485 189,251
1992 37,285,766 305,224 172,853
1993 38,267,441 242,001 182,262
1994 40,598,554 255,391 188,768
1995 42,526,498 236,295 195,664
1996 44,780,826 268,862 116,545
1997 47,952,428 290,578 123,498
1998 47,104,586 231,167 120,632
1999 47,915,608 265,994 118,145
2000 49,621,269 251,847 115,462
2001 48,940,038 243,267 111,319
2002 48,828,961 245,996 100,454
2003 48,410,102 231,910 93,892
2004 49,382,379 223,369 89,079
2005 53,969,347 213,869 80,908
2006 48,250,873 208,129 76,979
2007 48,842,014 177,256 70,393
Source: EIA-767 and EIA-906 Survey, Energy Information Administration


U.S. Nuclear Power Plants by State Plants
Alabama Browns Ferry
  Farley (Joseph M. Farley)
Arizona Palo Verde
Arkansas Arkansas Nuclear One
California Diablo Canyon
  San Onofre
Connecticut Millstone
Florida Crystal River 3
  St Lucie
  Turkey Point
Georgia Hatch (Edwin I. Hatch)
  Vogtle
Illinois Braidwood
  Byron
  Clinton
  Dresden
  LaSalle County
  Quad Cities
Iowa Duane Arnold
Kansas Wolf Creek
Louisiana River Bend
  Waterford
Maryland CalvertCliff
Massachusetts Pilgrim
Michigan Donald C. Cook
  Enrico Fermi (Fermi)
  Palisades
Minnesota Monticello
  Prairie Island
Mississippi Grand Gulf
Missouri Callaway
Nebraska Cooper
  Fort Calhoun
New Hampshire Seabrook
New Jersey Hope Creek
  Oyster Creek
  Salem Creek
New York Fitzpatrick (James A. Fitzpatrick)
  Indian Point
  Nile Mile Point
  R.E. Ginna (Ginna, or Robert E. Ginna)
North Carolina Brunswick
  McGuire
  Shearon-Harris(Harris)
Ohio Davis-Besse
  Perry
Pennsylvania Beaver Valley
  Limerick
  Peach Bottom
  Susquehanna
  Three Mile Island
South Carolina Catawba
  H.B. Robinson
  Oconee
  Virgil C. Summer (Summer)
Tennessee Sequoyah
  Watts Bar
Texas Comanche Peak
  South Texas
Vermont Vermont Yankee
Virginia North Anna
  Surry
Washington Columbia Generating Station
Wisconsin Kewaunee
  Point Beach

 

 

see also:
annual nuclear statistics back to 1953
projected electricity capacity to 2025
international electricity statistics



Contact: John Moens
Email: John.Moens@eia.doe.gov
Phone: (202) 287-1976