The New Republic of 12/28/87 brings an article Safe nuclear power, in which L.M. Lidsky, an MIT professor of nuclear engineering, claims that nuclear power "has failed in the US market place" (another free marketeer with brass knuckles), which is the fault of the Light Water Reactors (LWRs); the environmental benefits of nuclear power could, however, be salvaged by small, inherently safe reactors, if a coalition of the nuclear industry, the utilities and the DoE were not "impeding their development" and "stifling" them.
The article bristles with untruths: "The LWR has almost no margin for the loss-of-coolant accident"
¾"The consequences of a nuclear accident are potentially so much greater than those of an airplane accident"¾"the 3,000 MW behemoths now in general use" etc.It is also void of the most rudimentary logic. Let us assume that he were right about LWRs (which he is not), that the anti-nuclear campaign were not politically motivated but waged purely for safety (as he implies), and that the nuclear industry plus utilities had the guts and ability to stifle anything (that'll be the day): why on earth should they impede something that cannot possibly threaten them instead of stifling the reactors that can and do compete with LWRs, including those that are not subject to loss of coolant?
"Inherently safe reactors" have been around for a long time [AtE Apr, May 81] in Canada, Sweden and the USSR (where they are used for district heating in housing blocks). They do not usually produce more than 20 MW and are a very wonderful invention; the reason why they are not used in the US is that people have been made hysterical by the propaganda to which Lidsky, too, has partly fallen victim. However, their small output makes them unsuitable for central power generation. If he can increase their power tenfold, why should the nuclear industry or the utilities object? The reactors would then, no doubt, be useful for small towns, peak loads, and stand-by applications. But how would it replace the nuclear power now supplying Boston and Chicago? By a reactor under every shopping center? Every utility chairman would kiss his feet.
LWRs have proven their worth the world over, including Britain, which abandoned its heavy investment in CO
2-filled AGRs in their favor. But if all that worries him is water and loss of coolant (I find nothing else in his article), what's wrong with an HTGR (see above)? It has a higher efficiency, and loss of coolant, should it occur, does not make it dangerous. Its gas-cooled, low-power-density core is for all practical purposes inherently safe¾if, as Lid-sky would have us believe, nuclear power needed more safety rather than less demagoguery.A clue of why a professor of nuclear engineering would write an article based on such elementary fallacies lies perhaps in his phrase "It was hard enough for [nuclear engineers] to see the industry to which they had devoted their careers crumbling, but. . . "
. . . but there is a way of saving one's career and staying on the right side of MIT colleagues Kendall, Feld and Chomsky: pro-moting the energy that they have always ardently supported
¾the energy that is not yet available.
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Vol. 15, No. 6
Newsletter: Access to Energy Newsletter Archive Volume: Issues Issue/No.: Vol. 15, No. 6 Date: December 01, 2004 12:58 PM (For actual publication date see newsletter.) Title: With and without quotation marks
Copyright © 2004 - Access to Energy Newsletter Archive
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