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Co-Executive Director
The Institute for Carbon Removal Law and Policy, American University
Nuclear power plants—which emit zero greenhouse gas emissions and have very low emissions during their entire lifecycle—can contribute significantly to addressing climate change. However, many reactors have been retired, with more to follow. In many cases, these reactors are being supplanted by natural gas, which can result in a large increase in greenhouse gas emissions, especially when methane leakage is taken into account. As the Union of Concerned Scientists recently concluded, “the resulting emissions set back national efforts to achieve needed emissions reductions.” Many energy experts believe that a commitment to thorium-based nuclear reactors might help to turn the tide… [more]
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President
Kadak Associates, Inc.
Today there are 100 nuclear plants operating in the United States, providing roughly 17% of our electricity. They do so with water technology developed in the 1960’s and 1970’s and many of these plants are extending their licenses from 40 to 60 years after careful regulatory review. Even new design nuclear plants such as Westinghouse’s AP-1000 and General Electric’s ESBWR are fundamentally the same technology, which are described as evolutionary. Yet today there are many new innovative designs and technologies that are being developed that are not water based. These innovators face enormous challenges in coming up with new designs… [more]
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