Nuclear Power - Statistics & Facts
Statistics and Facts about Nuclear Power Worldwide
Nuclear power is based on the power derived from the process of fission. During fission, a neutron bombards a large uranium atom, which releases more neutrons and causes a chain reaction as they collide with other atoms. This fission of uranium atoms releases energy that can heat water to extremely high temperatures (over 270 degrees Celsius) which in turn, spins turbines connected to generators that produce electricity. Nuclear power has the capacity to provide electricity to millions of people but often faces opposition based on safety concerns.
After the 2011 nuclear disaster at Japan’s Fukushima Daiichi plant, many people began to protest the use of nuclear sources, however, it continues to be a vital source of energy. Worldwide generation of nuclear energy is expected to grow from around 2.6 billion kilowatt hours in 2008 to about 5.5 billion kilowatt hours in 2040. In 1954, the first nuclear power plant came online in the Russian city of Obninsk. In 2015, there were 441 nuclear power reactors in operation globally. The United States is the largest nuclear power generating country in the world, accounting for almost one third of the world’s nuclear electricity generation. As a consequence, the United States also produces the most nuclear waste globally. The Fluor Corporation is one of the leading nuclear waste contractors in the country. Many of the nuclear reactors in the United States were built by the 1970s with licenses to operate for up to 40 years. The future of nuclear energy depends on many variables, such as cost, and face competition from natural gas and alternative energy sources.
French utility company EDF (Electricité de France) is the world's largest operator of nuclear reactors. With a market value of around 25.6 billion U.S. dollars, the Paris-based firm was ranked among the world’s largest electric utilities as of April 22, 2016.
|Global nuclear power generation||2,441TWh||Details →|
|Nuclear energy consumption in the U.S. (of oil equivalent)||189.9m t||Details →|
|Nuclear energy consumption in Japan (of oil equivalent)||1m t||Details →|
|Nuclear Power Plants Worldwide||Values||Statistic|
|Number of operable nuclear reactors in the U.S.||99||Details →|
|Number of planned nuclear reactors in China||42||Details →|
|The largest nuclear power plant worldwide, by gross nameplate capacity||Civaux 1||Details →|
- Spent nuclear fuel - inventory by country 2007Spent nuclear fuel - inventory by country 2007
Spent nuclear fuel inventory in selected countries at the end of 2007 (in tons of heavy metal)
- Nuclear reactors - the world's largest operators 2011+Nuclear reactors - the world's largest operators 2011
The world's largest operators of nuclear reactors based on number of reactors installed (as at March 2011)
- Nuclear accidents - INES scale 1957-2011Nuclear accidents - INES scale 1957-2011
Nuclear accidents worldwide from 1957 to 2011, rated by INES scale
- Energy - price of U.S. and European natural gas 1980-2030Energy - price of U.S. and European natural gas 1980-2030
- Number of operable nuclear reactor plants by country 2017Number of operable nuclear reactor plants by country 2017
- Leading uranium consuming countries worldwide 2015Leading uranium consuming countries worldwide 2015
- Primary energy supply - worldwide by source 2014Primary energy supply - worldwide by source 2014
- Primary energy - global consumption 1998-2015Primary energy - global consumption 1998-2015