Nuclear Energy
Nuclear Energy
Nuclear Energy
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Conclusion: <strong>Nuclear</strong> Reactors are Inherently Accident-Prone<br />
The conclusion is inescapable: nuclear reactors are no more safer today than they were<br />
during the 1980s, when TMI and Chernobyl occurred. In the words of M.V. Ramana, one of India's<br />
leading nuclear experts: The basic features of all nuclear reactors remain the same. It is a complex<br />
technology, involving large quantities of radioactive materials, and relatively high temperatures and<br />
pressures. In such technologies, even minor failures or human errors can lead to a cascading chain<br />
of events culminating in a major accident. Sociologists and organization theorists have come to the<br />
pessimistic conclusion that with such high-technology systems involving extremely hazardous<br />
materials, it is in the very nature of such systems that serious accidents are inevitable. In other<br />
words, that accidents are a “normal” part of the operation of nuclear reactors, and no amount of<br />
safety devices can prevent them. clix<br />
4. Inching towards another Chernobyl: Relicensing of Old Nukes<br />
As if this danger wasn't enough, nuclear authorities worldwide, under industry pressure, are<br />
granting permission to extend the operating lifetimes of the existing nuclear plants by 10-20<br />
years. clx More than half of America's nuclear plants have received new twenty-year operating<br />
licenses. Many of these plants have also received "power up-rates" that allow them to run at up to<br />
120 percent of their originally intended capacity. clxi<br />
In the words of Robert Alvarez, senior policy advisor at the Department of <strong>Energy</strong> (DOE)<br />
from 1993 to 1999, and presently executive director of the Standing for Truth About Radiation<br />
(STAR) Foundation, this is an “invitation to disaster”. clxii That is because the risk of accidents<br />
increases as plants get older. The reason is obvious: as it is, there is deterioration in any machine as<br />
it gets old; but for nuclear plants, the aging is much more because nuclear reactors are subjected to<br />
unprecedented amounts of heat, pressure, stress, corrosion and radiation. All these make the various<br />
parts of the reactor brittle, increasing the possibility of mechanical failures of one or the other parts<br />
of the reactor, which could lead to massive releases of radioactivity into the atmosphere. This is<br />
why, as the reactor fleet in the US ages, the vulnerability of the reactors to failures has been<br />
increasing. According to David Lochbaum, one of the foremost nuclear safety engineers in the USA<br />
and Director of the <strong>Nuclear</strong> Safety Project for the Union of Concerned Scientists, there have been<br />
47 instances since 1979 in which nuclear reactors in the U.S. have had to be shut down for more<br />
than a year for safety reasons! clxiii<br />
What makes the situation even more fraught with danger is that the NRC, the US<br />
government agency overseeing the nuclear industry, has gone about giving licenses for lifetime<br />
extensions and power upratings in a very lackadaisical manner. Instead of doing its own research<br />
on whether the plant is in a good enough condition to be given permission to operate beyond 40<br />
years, it has simply accepted corporate assertions about safety, and even used industry language<br />
verbatim in its reports. clxiv With such a casual approach towards licensing, it shouldn’t surprise<br />
anyone that the NRC has not rejected a single license-renewal application in the last many years. clxv<br />
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