Mumbai: The much-delayed Kudankulam nuclear power plant on Thursday crossed a major hurdle with the Atomic Energy Regulatory Board (AERB) granting clearance for the ‘first approach to criticality’ for its 1000MW first unit. (Agencies)
"AERB has granted clearance for the first approach to criticality (FAC) of unit 1 of Kudankulam nuclear power project as the next major stage of commissioning," a statement issued by the atomic energy regulator said.
The FAC is the commencement of the controlled nuclear fission process for the first time, and is a step towards the subsequent beginning of power production in a nuclear reactor, the AERB said.
"The clearance given for FAC is the culmination of in-depth review of all associated safety aspects, commissioning results, corrective measures of the identified non-conformances and submissions regarding fulfillment of various regulatory requirements," AERB said.
The regulator had said it would grant clearance for the FAC only after ensuring that Nuclear Power Corporation (NPCIL) has adhered to all the safety measures incorporated in the plant.
The board had last September granted the final permission for initial fuel loading (IFL) in the first unit. Subsequent to this, further review was carried out by the specialist groups and the advisory committee for project safety review of AERB, it said.
On May 6, the Supreme Court had given its go ahead for the commissioning the first 1,000 MW plant being built in southern Tamil Nadu by Russia using pressurized water technique, which is the first of its kind in the country. The Apex Court had said its nod was contingent on the government ensuring utmost safety and security requirements at the plant.
The unit 1 is the first of the two VVER reactors with a generation capacity of 1000 MW each. It is the first commercial pressurized water reactor (PWR)-based nuclear plant in the country.
Mumbai: The much-delayed Kudankulam nuclear power plant on Thursday crossed a major hurdle with the Atomic Energy Regulatory Board (AERB) granting clearance for the ‘first approach to criticality’ for its 1000MW first unit.