Go Into the Intro of Too Hot to Touch
On this edition of Into the Intro, we're featuring Too Hot to Touch: The Problem of High-Level Nuclear Waste. Nuclear waste is making headlines as the government flounders over how to manage some of the most dangerous substances on our planet. Even yesterday's Washington Post sought to bring the problem to the nation's attention. With this new book, William and Rosemarie Alley provide an insightful look into the debate over radioactive waste for anyone interested in or affected by this issue.
Preview their intro below, and download the full excerpt here. Don’t forget to check out their post last week about the search for a long-term nuclear storage site.
I can’t think about that right now . . . I’ll think about that tomorrow.
-Scarlett O’Hara, Gone with the Wind
In January 1949, the Atomic Energy Commission (AEC) held a seminar on radioactive waste. In his opening remarks, AEC Chairman David Lilienthal cast the problem of waste disposal as part of “learning to live with radiation.” According to Lilienthal, this learning curve was the same as how we humans learn to live with anything else unfamiliar. The Chairman of the AEC acknowledged that radioactive wastes could become “a subject of emotion and hysteria and fear . . . [but] we do not believe those fears are justified provided technology applies itself to eliminating the troubles.” The previous year, Robert Oppenheimer, Chairman of the AEC’s General Advisory Committee, had dismissed the waste problem as “unimportant.”
In spite of these pronouncements, dealing with radioactive waste gained greater urgency upon passage of the Atomic Energy Act of 1954, making possible the widespread use of nuclear energy for civilian purposes. As such, the nuclear industry would now be close to major cities and towns. And dilution was not the solution. Given the anticipated size of the US nuclear industry by the year 2000, it would require a volume equal to about five percent of the world’s oceans to dilute the dangerous waste to recommended safe levels. This exceeded the volume of freshwater stored worldwide in lakes, rivers, groundwater, glaciers, and polar ice caps.