indian point nuclear power plant meltdown

#INDIAN POINT NUCLEAR POWER PLANT MELTDOWN GENERATOR#
#INDIAN POINT NUCLEAR POWER PLANT MELTDOWN LICENSE#

Patrick, when giving a presentation on the construction of the power plant, mentioned that he remembered coming to work and seeing lines of trucks on the highway pouring cement on the dome for about 2-3 months. The dome is made by pouring high density concrete over 6 to 8 layers of welded rebar, in one continuous motion. The Nuclear power plant has a nuclear reactor, which is enclosed inside a dome like structure.

The Nuclear power plants are built to be extremely secure and have many safety features that are regulated by the federal government.

#INDIAN POINT NUCLEAR POWER PLANT MELTDOWN LICENSE#

The Unit 3 plant’s license expires on December 2015. The license for operating Unit 2 expired on September 2013 and is operating under its Period of extended Operation until the Nuclear Regulatory Commission (NRC) makes a final determination on its license renewal application. It contributes about 25% of Con Edison’s electricity load in New York’s power grid. The Indian point energy center produces 30% of the electricity used in New York State. The Power plant uses the Hudson River as a cooling source.

#INDIAN POINT NUCLEAR POWER PLANT MELTDOWN GENERATOR#

Entergy Nuclear Northeast owns the Indian point energy center Westinghouse is the reactor manufacturer and General Electric is the Turbine Generator Manufacturer. The Unit 3 reactor has a capacity of 1,040 MW it cost 36 million USD to build. The Unit 2 reactor has a capacity of 1,025MW it cost about 150 million USD. Unit 2 and 3 reactors are currently operating.

They are both pressurized water reactors. The second and third reactors were built in 19 respectively. Unit 1 used a smoke stack to release steam. It was shut down on October 1974, since it did not meet regulatory standards. When built it was the first commercial Nuclear power Demonstration Reactor in the world. It started operating on September 16, 1962. Con Edison built he first reactor (Unit 1) in 1962. The Indian point energy center, which is located in Buchanan, New York, has three reactors. The Indian point energy center’s economic impact on New York State’s economy was about USD 800 million. The initial investment accounts for 75% of the cost that is required to operate a power plant for 40 to 60 years. The cost of constructing a power plant is very high and requires high initial investments.

It costs about 5 to 6 billion dollars to build a power plant with a capacity of 1400- 1800 MW. It is a complex process because the plant has to go through many safety tests. to acquire an operating nuclear plant, Pilgrim Nuclear Power Station, in 1999.Ĭonstructing a Nuclear power plant takes about five to seven years, not including the planning and licensing. Entergy was the first company in the U.S. The Entergy Nuclear subsidiary owns and operates 12 reactors in the United States Indian point energy center is one of them. There are a total of 104 operating nuclear power reactors in the United States. 72 new Nuclear power plants are under construction in 15 countries. About 435 of the power reactors produce electricity. There are about 437 operational nuclear power reactors. Of the 30.8% produced from Nuclear, 12.4% is accounted for by The Indian Point Energy Center. department of Energy the breakdown of New York’s Power generation is as follows: 30.8% from Nuclear, 31.3% from Natural gas, 18.6% from Hydropower, 13.7% from Coal, 2.7% from Petroleum, and 2.4% from renewable energy. Nuclear energy provides about 5.7% of the world’s energy and 13% of the world’s electricity. Nuclear energy is a promising source of energy that is cleaner than fossil fuel it will be able to substitute the use of fossil fuels given the proper time and resources. Although fossil fuels will remain a major source of energy throughout the world, alternative sources of energy must be developed and used in order to sustain our rapid advancement. The environmental effects of using fossil fuels can also be eliminated by using energy produced by renewable resources. Alternative energy sources, such as solar, wind, and hydro, have a very high potential for fulfilling our energy needs however, the technologies needed to harness energy from these sources are not efficient enough to replace the present use of fossil fuels. Many have predicted the depletion of fossil fuels in the near future this will be detrimental for the advancement of technology and the growing population. After listening to presentations about the future of renewable and non-renewable sources of energy, I have learned that nuclear fission will be the major source of energy in the future. This Seminar aims to inform the students about the past, present, and future of various sources of energy. This visit was exciting, educational and very informative. The science and technology seminar at Lehman College provided us with an opportunity to visit the Indian Point Energy Center.

Indian point nuclear power plant meltdown