处理和处置核废料的法律问题——一个印度人的观点

P. Sudha
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摘要

印度作为全球大国的崛起使其成为一个极其有利可图的市场,尤其是在核能领域。核能经常被描绘成一种“清洁”能源,因此是气候变化的解决方案。原子分裂不会产生温室气体,但核燃料循环远非清洁:它产生的放射性废物会污染几代人的环境。作为世界上人口最多的民主国家,印度的能源需求远远超过其目前的能力,为了实现这一目标,印度政府打算到2050年从核电中获得25%的能源。该计划包括到2020年核电装机容量为2万兆瓦,到2032年核电装机容量为6.3万兆瓦。印度目前有20个运行中的核反应堆,分布在6个邦。它们的贡献不到该国总发电量的3%,但在核燃料循环的每个阶段都产生放射性污染:从采矿和碾磨到后处理或处置。印度没有长期的放射性废物处理政策。印度是世界上为数不多的以惊人速度发展核电的国家之一。还有7座装机容量为4800兆瓦的核反应堆正在建设中。至少有36个新的核反应堆正在计划或提议中。任何国家核安全办法的一个重要组成部分是其放射性废物管理,特别是高放废物的管理。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Legal aspects of handling and disposal of nuclear waste – an Indian perspective
India's rise as a global power has made it an extremely lucrative market, especially in the field of nuclear energy. Nuclear energy is often painted as a ‘clean’ energy option, and therefore a solution to climate change. Splitting the atom doesn't produce greenhouse gases, but the nuclear fuel cycle is far from clean: it produces radioactive waste that pollutes the environment for generations. As the most populous democracy in the world, India's energy needs far exceed its current capacity and to achieve this, the Government of India intends to draw twenty-five percent of its energy from nuclear power by the year 2050. This plan includes 20,000 MW of installed capacity from nuclear energy by 2020, and 63,000 MW by 2032. There are currently twenty operational nuclear power reactors in India, across six states. They contribute less than three per cent of the country's total energy generation, yet radioactively pollute at every stage of the nuclear fuel cycle: from mining and milling to reprocessing or disposal. There is no long-term radioactive waste disposal policy in India. India is one of the few countries in the world that is expanding its nuclear power sector at an enormous rate. Seven more nuclear reactors of 4800 MW installed capacity are under construction. At least thirty-six new nuclear reactors are planned or proposed. A critical subset of any country's nuclear safety approach is its radioactive waste management, in particular management of High Level Waste.
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