In an
article published on arXiv.org, Andy Haverly of the Rochester Institute of Technology has proposed a radical solution to global warming. His idea is to detonate an 81 Gt nuclear bomb three kilometers beneath the Kerguelen Plateau in the Southern Ocean.
By way of comparison, an 81 Gt bomb would be 1600 times larger than the
Tsar Bomba, the largest nuke ever exploded to date.
According to Haverly's calculations, the explosion would pulverize 3.86 trillions tons of basalt, which would in turn then soak up 1.08 trillion tons of carbon dioxide. That's about 30 years worth of carbon dioxide emissions.
As for safety:
Nuclear explosions are inherently unsafe. They release vast amounts of uncontrolled energy. However, by detonating this nuclear device in a controlled environment we can minimize the impacts. By detonating this nuclear device in a remote location deep in the ocean, the only expected effect on humans is from nuclear radiation. First, this comes in the form of surface radiation and fallout. Because this explosion is so remote and can be timed favorably with the weather, there is little to no expected loss of life from the immediate radiation effects. The long-term effects of global radiation will impact humans and will cause loss of life, but this increased global radiation is “just a drop in the bucket”. Every year, we emit more radiation from coal power plants and we have already detonated over 2000 nuclear devices. Adding one more bomb should have minimal impact on the world.
An interesting idea, but I wonder if we would then be exploding one of these things every thirty years?
Category: Atomic Power and Other Nuclear Matters | Environmentalism and Ecology