Regulating the underground injection of CO₂
David W. Keith, Julie A. Giardina, M. Granger Morgan, and Elizabeth J. Wilson
David W. Keith, Julie A. Giardina, M. Granger Morgan, and Elizabeth J. Wilson
When the U.S. finally gets serious about climate change, it will have to reduce emissions of CO₂ by more than a factor of two during this century in order to do its part in stabilizing atmospheric concentrations. CO₂ capture and disposal is among the most important supply-side technologies for managing the carbon problem. This technology could enable continued access to fossil energy while virtually eliminating emissions by capturing CO₂ from power plants and “storing,” “sequestering” or “disposing” of it in deep geological formations. Surprisingly, all the hardware required to capture CO₂, transport it long distances, and inject it deep underground is currently commercially available. A successful technology, however, is more than just hardware; it comprises a network of institutions, financial systems, and regulations that is able to achieve broad public understanding and acceptance.
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