Rajasthan nuclear power plant

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Rajasthan nuclear power plant
location
Rajasthan nuclear power plant (India)
Rajasthan nuclear power plant
Coordinates 24 ° 52 '20 "  N , 75 ° 36' 50"  E Coordinates: 24 ° 52 '20 "  N , 75 ° 36' 50"  E
Country: IndiaIndia India
Data
Owner: Nuclear Power Corporation of India LTD.
Operator: Nuclear Power Corporation of India LTD.
Project start: 1963
Commercial operation: Dec 16, 1973

Active reactors (gross):

5 (1080 MW)

Reactors under construction (gross):

2 (1400 MW)
Energy fed in in 2007: 2,495 GWh
Energy fed in since commissioning: 53,117 GWh
Website: Side of the operator
Was standing: December 31, 2009
The data source of the respective entries can be found in the documentation .

The Indian nuclear power plant Rajasthan , also called Rajasthan Atomic Power Station (RAPS) or Rawatbhata Atomic Power Project (RAPP), is located about 65 kilometers from Kota on the Chambal , about three kilometers above the dam that dams the Rana Pratap Sagar reservoir. The plant is located in the state of Rajasthan , Chittorgarh district .

The next town is Tamlao. Rawatbhata is about eleven kilometers away. The workers of the power plant are housed there. A heavy water factory has been located in Kota since the 1980s .

RAPS-1 is India's first pressurized water reactor with heavy water moderator (PHWR). Construction began in 1971 with Canadian help as a 220  MW reactor; the reactor went critical on August 11, 1972 . After the Indian nuclear weapons test on May 18, 1974 in Pokharan , Canada withdrew from the cooperation. Therefore, the second reactor did not become critical until October 1980.

After many incidents and repairs, the RAPS-1 now has an output of 100 MW, the RAPS-2 approx. 200 MW.

As part of the Indian nuclear program , three more PHWRs with an output of 220 MW each were built. RAPS-3 became critical on December 24, 1999, RAPS-4 on November 3, 2000, and RAPS-5 on December 22, 2009. The RAPS-6 block finally went online for the first time on March 28, 2010.

Two further reactors (RAPS-7 and RAPS-8) with a capacity of 540 MW each are under construction and their completion is planned for 2017.

Accidents

On February 2, 1994, RAPS-1 was shut down because helium and tritium escaped from a valve. After a method of sealing the valve was developed, the reactor was restarted on March 31, 1997.

In August 1994, RAPS-2 was shut down for 3 ½ years because numerous cooling pipes were leaking. The Zircalloy tubes were exchanged for more resistant ones made of zirconium-niobium. After the repair was completed, the reactor went back online.

On May 5, 1998, a large amount of tritium ran into the reservoir after a leak in a heat exchanger .

In October 2014 it became known that the shutdown reactor RAPS-1 should not be restarted. RAPS-1 is the first commercial nuclear reactor in India to be shut down permanently.

Data of the reactor blocks

The Rajasthan nuclear power plant has a total of six blocks :

Reactor block Reactor type net
power
gross
power
start of building Network
synchronization
Commercialization
of essential operation
switching off
processing
Rajasthan (RAPS) -1 CANDU reactor 90 MW 100 MW 08/01/1965 11/30/1972 December 16, 1973 October 2014
Rajasthan (RAPS) -2 PHWR 187 MW 200 MW 04/01/1968 11/01/1980 04/01/1981
Rajasthan (RAPS) -3 PHWR 202 MW 220 MW 02/01/1990 03/10/2000 06/01/2000
Rajasthan (RAPS) -4 PHWR 202 MW 220 MW 10/01/1990 11/17/2000 December 23, 2000
Rajasthan (RAPS) -5 PHWR 202 MW 220 MW 09/18/2002 12/22/2009 December 31, 2009
Rajasthan (RAPS) -6 PHWR 202 MW 220 MW 01/20/2003 03/28/2010 03/31/2010
Rajasthan (RAPS) -7 PHWR 630 MW 700 MW 07/18/2011 (Planned June 30, 2016) - -
Rajasthan (RAPS) -8 PHWR 630 MW 700 MW 09/30/2011 (Planned December 31, 2016) - -

See also

Web links

Individual evidence

  1. a b Sixth Rajasthan reactor now on-grid , World Nuclear News of March 29, 2010 (English)
  2. India's oldest reactor is no longer started up
  3. Power Reactor Information System of the IAEA : "India, Republic of: Nuclear Power Reactors" (English)
  4. https://www.iaea.org/PRIS/CountryStatistics/ReactorDetails.aspx?current=299