18th September, 2003
Ministry of Science & Technology  


FBRs CAN ENHANCE GENERATION CAPACITY TO 3,00,000 MW


The indigenously developed Fast Breeder Reactor technology can help enhance our installed nuclear power generation capacity to well over 3,00,000 MW, even with our modest uranium resources. This was disclosed by the Chairman of the Atomic Energy Commission, Dr. Anil Kakodkar while addressing the 47th General Conference of the International Atomic Energy Agency in Vienna last night. The government of India gave the nod for going ahead with the construction of Fast Breeder Reactors early this month and approved the building up of the 500 MW Prototype Fast Breeder Reactor. The pre-project activities of the Reactor have commenced with some of them already completed, said Dr. Kakodkar.

The AEC Chairman pointed out that the Fast Breeder Test Reactor in operation at the Indira Gandhi Centre for Atomic Research since 1985 has achieved a burn up of 1,03,000 MW day tonne, recording an excellent performance without any fuel failure. This reactor is using indigenous uranium-plutonium mixed carbide fuel, probably the first in the world. Dr. Kakodkar also pointed out that the irradiation of uranium-plutonium mixed oxide fuel composition for the Prototype Fast Breeder Reactor, using U-233 as additional fissile supplement to achieve the required linear heat rating commenced in the test reactor from July 2003. In order to close the Fast Breeder Test Reactor fuel cycle, a facility for reprocessing the carbide fuel has been commissioned and the reprocessing campaign also started, Dr. Kakodkar said.

Describing India’s nuclear power programme as one of the best in the world, both in terms of safety and performance, he said, in about four years India would reach an installed generating capacity of around 4,500 MW with Pressurised Heavy Water Reactors, the main stay of the first stage of indigenous nuclear power programme. Another 2,320 MW will be added with Light Water Reactors taking the total to 6,800 MW as against the present capacity of 2,720 MW, he said.