Nuclear Energy. Those are two words that bring up a lot of different feelings for me and many, many others. It is clean yes, with very little carbon getting released into the atmosphere. In that sense, it has the potential for great good. However, the uranium supply is limited, and much worse, the toxic waste that is left over from the fission process sticks around for hundreds of thousands, if not millions of years. The waste is harmful to human health and is lethal to the environment. Our best attempt, thus far, to contain this waste, has been to stick it inside a mountain. Needless to say, the consequences far outweigh the benefits, environmentally and socially, to warrant continued use of this form of energy production.
This past weekend, at "The Bottom Line on Climate Change" conference I attended, I learned of something extraordinary. Tom Blees, head of the Science Council for Global Initiatives, spoke of a remarkable discovery that could not only provide us with clean energy for tens of thousands of years, but at the same time could get rid of all that unwanted nuclear waste from the decades of nuclear munitions and nuclear reactor production. Together with Russian nuclear fusion scientist, Dr. Evgeny Velikhov, and others, Mr. Blees has been privy to the discovery of a fission system that uses depleted uranium without harming the environment.
Known as a Liquid Metal Fast Breeder Reactor (LMFBR), this system has been in the testing stages for many years, and a facility to test this method has been in Idaho for quite a while. This system was touted by Mr. Blees to be "meltdown resistant", since the reaction is based on neutrons, and once the system reaches a certain high temperature if cooling is ceased, the reaction automatically shuts down. If that is true, this is definitely getting more points in my book. It is a completely self-contained system and can provide energy to homes and businesses across the globe if we are willing to invest in it.
So far, the American government has only had the test site built. No plans for actual operative plants are scheduled in America yet. Many critics have said that is technology is not affordable or profitable yet. Several other countries, including Russia, however, are exporting this technology and are gearing up to build many of these type of reactor plants. If America is not careful, it could fall behind, again.
While this technology may have a tinge of "too good to be true" to it, I believe that the present research shows us that this is a pliable alternative to nuclear energy, with the added benefit of using up and destroying nuclear waste. There is much more to research on this technology, of course. Will there be any harmful side effects or waste produced? Is it truly "meltdown resistant"? But, this shows us there are scientists and innovators across the globe willing to ask the hard questions and help develop technologies to get us out of this terrible fossil fuel glut and environment unfriendly policies we have become accustomed to. We can move forward into a cleaner, waste free, and better future.
Tom Blees has published a book entitled Prescription for the Planet which discusses this technology in more detail. It promises to be a very informative, thought-provoking, and interesting read.
This past weekend, at "The Bottom Line on Climate Change" conference I attended, I learned of something extraordinary. Tom Blees, head of the Science Council for Global Initiatives, spoke of a remarkable discovery that could not only provide us with clean energy for tens of thousands of years, but at the same time could get rid of all that unwanted nuclear waste from the decades of nuclear munitions and nuclear reactor production. Together with Russian nuclear fusion scientist, Dr. Evgeny Velikhov, and others, Mr. Blees has been privy to the discovery of a fission system that uses depleted uranium without harming the environment.
Known as a Liquid Metal Fast Breeder Reactor (LMFBR), this system has been in the testing stages for many years, and a facility to test this method has been in Idaho for quite a while. This system was touted by Mr. Blees to be "meltdown resistant", since the reaction is based on neutrons, and once the system reaches a certain high temperature if cooling is ceased, the reaction automatically shuts down. If that is true, this is definitely getting more points in my book. It is a completely self-contained system and can provide energy to homes and businesses across the globe if we are willing to invest in it.
So far, the American government has only had the test site built. No plans for actual operative plants are scheduled in America yet. Many critics have said that is technology is not affordable or profitable yet. Several other countries, including Russia, however, are exporting this technology and are gearing up to build many of these type of reactor plants. If America is not careful, it could fall behind, again.
While this technology may have a tinge of "too good to be true" to it, I believe that the present research shows us that this is a pliable alternative to nuclear energy, with the added benefit of using up and destroying nuclear waste. There is much more to research on this technology, of course. Will there be any harmful side effects or waste produced? Is it truly "meltdown resistant"? But, this shows us there are scientists and innovators across the globe willing to ask the hard questions and help develop technologies to get us out of this terrible fossil fuel glut and environment unfriendly policies we have become accustomed to. We can move forward into a cleaner, waste free, and better future.
Tom Blees has published a book entitled Prescription for the Planet which discusses this technology in more detail. It promises to be a very informative, thought-provoking, and interesting read.