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  

A recent news report stated that the Planning Commission has advocated putting in place a “proper regulatory mechanism” before permitting the use of genetic modification in Indian crops.  A recent Standing Committee report on genetically modified (GM) crops found shortcomings in the regulatory framework for such crops.  The current framework is regulated primarily by two bodies: the Genetic Engineering Appraisal Committee (GEAC) and the Review Committee on Genetic Manipulation (RCGM).  Given the inadequacy of the regulatory framework, the Standing Committee recommended that all research and development activities on transgenic crops be carried out only in containment (in laboratories) and that ongoing field trials in all states be discontinued.  The blog provides a brief background on GM crops, their regulation in India and the key recommendations of the Standing Committee. What is GM technology? GM crops are usually developed through the insertion or deletion of genes from plant cells.  Bt technology is a type of genetic modification in crops.  It was introduced in India with Bt cotton.  The debate around GM crops has revolved around issues of economic efficacy, human health, consumer choice and farmers’ rights.  Some advantages of Bt technology are that it increases crop yield, decreases the use of pesticides, and improves quality of crops.  However, the technology has also been known to cause crop loss due to resistance developed by pests and destruction of local crop varieties, impacting biodiversity. Approval process for commercial release of GM crops

  1. Initially, the company developing the GM crop undertakes several biosafety assessments including, environmental, food, and feed safety assessments in containment.
  2. This is followed by Bio-safety Research Trials which require prior approval of the regulators, the GEAC and the RCGM.
  3. Approval for environmental release is accorded by the GEAC after considering the findings of bio-safety studies.
  4. Finally, commercial release is permitted only for those GM crops found to be safe for humans and the environment.

Committee’s recommendations for strengthening the regulatory process The Standing Committee report found several shortcomings in the regulatory framework, some of which are as follows:

  • State governments are not mandatorily consulted for conducting open field trials on GM crops.  Several states such as Kerala and Bihar have opposed field trials for GM crops.  The Committee recommended that mandatory consultation with state governments be built into the regulatory process.
  • The key regulators, the GEAC and the RCGM, suffer from poor organisational set-up and infrastructure.  The Committee recommended that the regulatory framework be given statutory backing so that there is no scope for ambiguity or complacency on the part of the authorities responsible for the oversight of GM organisms.  It urged the government to introduce the Biotechnology Regulatory Authority Bill.
  • There is evidence that the GEAC has not complied with international treaties.  These include the Cartagena Protocol on Biosafety and the Rio Declaration on Environment and Development.  It recommended that legislation relating to liability and redress for damage arising from living modified organisms be enacted.
  • Some international scientists have raised doubts about the safety of Bt Brinjal and the way tests were conducted.  To remedy this situation, the Committee recognised the need for an overarching legislation on biosafety to ensure that biotechnology is introduced without compromising the safety of biodiversity, human and livestock health, and environmental protection.

Note that over the last few sessions of Parliament, the government has listed the Biotechnology Regulatory Authority Bill for introduction; however the Bill has not been introduced yet.  The Bill sets up an independent authority for the regulation of GM crops. For a PRS summary of the report and access to the full report, see here and here.