In the aftermath of the nuclear leaks in Japan, there have been concerns regarding the safety of nuclear power plants around the world. There are some proposals to change the regulatory framework in India to ensure the safety of these plants. We examine some of the issues in the current structure.   Which body looks at safety issues regarding nuclear power plants in the country?   The apex institution tasked to look at issues regarding nuclear safety is the Atomic Energy Regulatory Board. The AERB was set up in 1983 to carry out regulatory and safety functions regarding nuclear and radiation facilities. The agency has to give clearances for establishing nuclear power plants and facilities.   It issues clearances for nuclear power projects in stages after safety reviews. The safety of setting up a nuclear plant in any given area is also assessed by the AERB. For example, it would have looked into the safety of setting up a nuclear power project in Jaitapur in Maharashtra.   AERB also reviews the safety mechanisms within existing nuclear plants and facilities. To do this, it requires nuclear facilities to report their compliance with safety regulations, and also makes periodic inspections.   Under the recently passed Civil Liability for Nuclear Damage Act, 2010 the AERB is also the authority responsible for notifying when a nuclear incident takes place. Mechanisms for assessing and claiming compensation by victims will be initiated only after the nuclear incident is notified.   Why is the Atomic Energy Regulatory Board in the news?   Prime Minister Manmohan Singh announced on March 29, 2011, "We will strengthen the Atomic Energy Regulatory Board and make it a truly autonomous and independent regulatory authority."   This announcement came in the backdrop of the continuing crisis and high radiation levels at the Fukusima nuclear plant in Japan.   News reports opined that the lack of proper autonomy of Japan's nuclear regulator curbed its effectiveness. Japan's ministry of economy, trade and industry regulates the nuclear power industry, and also promotes nuclear technology. These two aims work at cross-purposes. India's regulatory structure is similar to Japan in some respects.   What measures has the AERB taken post the Fukushima nuclear incident in Japan?   Following the nuclear incident in Japan, a high-level committee under the chairmanship of a former AERB chairman has been set up to review the safety of Indian nuclear power plants.   The committee shall assess the capability of Indian nuclear power plants to withstand earthquakes, tsunamis, cyclones, floods, etc. The committee will review the adequacy of provisions for ensuring safety in case of such events.   Is there any issue in the current regulatory structure?   The AERB is a regulatory body, which derives administrative and financial support from the Department of Atomic Energy. It reports to the secreatry, DAE.   The DAE is also involved in the promotion of nuclear energy, and is also responsible for the functioning of the Nuclear Power Corporation of India Limited, which operates most nuclear power plants in the country.     The DAE is thus responsible both for nuclear safety (through the AERB), as well as the operation of nuclear power plants (through NPCIL). This could be seen as a conflict of interest.   How does the system of independent regulators differ from this?   The telecom sector provides an example of an independent regulator.   The Telecom Regulatory Authority of India does not report to the Department of Telecommunications. The DoT is responsible for policy matters related to telecommunications, promoting private investment in telecom, and also has a stake in BSNL. Had TRAI reported to the DoT, there would have been a conflict of interest within the DoT.   What will the proposed legislation change?   Recent news reports have stated that a bill to create an independent regulatory body will be introduced in Parliament soon.   Though there is no draft bill available publicly, news reports state that an independent Nuclear Regulatory Authority of India will be created by the bill, and the authority will subsume the AERB within it.   This post first appeared as an article on rediff.com and can be accessed here.

Reports suggest that the first reactor of the Kudankulam power plant is close to operational. With state discoms struggling, advocates of nuclear power see Kudankulam as a necessary boost to India’s struggling power sector.  The Kudankulam power plant will have two reactors.  At full capacity, the plant would produce 2 GW of energy, making it India’s largest nuclear plant, and significantly increasing India’s nuclear capacity (currently at 4.8 GW or 2.3% of  total capacity). Internationally, nuclear power plants contributed 12.3 % of the world's electricity production in 2011.  In terms of number of nuclear reactors, India ranks 6th in the world with 20 nuclear reactors (in seven power stations across five states: Rajasthan, Uttar Pradesh, Gujarat, Karnataka and Tamil Nadu).  The Kudankulam power station would be Tamil Nadu’s second power station after the Madras Atomic Power Station (MAPS). Tamil Nadu is struggling to meet electricity demand, recently moved the Supreme Court, asking the Centre for more power. Peak demand deficit (the difference between electricity supply and demand at peak periods) in the state was 17.5% in 2011-12.  The per capita consumption of electricity in the state was 1,132 kWh in 2009-10, significantly greater than the India average of 779 kWh.  Currently, electricity in Tamil Nadu is fueled by a mixture of coal (35% of capacity), renewable sources (42%) and hydro sources (12%).  A fully operational Kudankulam reactor would boost Tamil Nadu’s capacity by 6% (including state, private and centrally owned generating entities). The interactive table below provides a state-level breakdown of key power sector indicators.  To view data in ascending or descending order, simply click the relevant column heading.  (For a detailed overview of the power sector and even more state-wise statistics, see here.) [table id=4 /]   Source: Central Electricity Authority; Planning Commission; PRS. Note: capacity for states includes allocated shares in joint and central sector utilities. T&D (transmission and distribution) losses refer to losses in electricity in the process of delivery