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Jan 26 2008
We are all just hostages on a hostile planet... | Print |  E-mail
Bulletin
By Ace Hoffman   

Translation

We are all just hostages on a hostile planet... Image

There are currently over 400 operating nuclear power reactors around the globe, employing approximately one million people, and holding all seven billion people on the planet hostage.

Nuclear power is a very expensive way to provide electrons in wires.  There are constant dangers from proliferation, terrorism, waste mismanagement, and accidents.  There are NUMEROUS clean alternative energy solutions, but the cost of conversion is considered too high because we give nuclear power a free ride on most of its costs to society. 

Unfair competition is not capitalism, and nuclear power could never have started, let alone continued, under equitable economic conditions.  It is the most subsidized industry in history.  Also the most secretive, the most poorly regulated (it's mostly self-regulated, which is to say, utterly UNregulated), the dirtiest (even compared to coal), and the most environmentally invasive, too -- it's radioactive byproducts get into EVERYTHING.

Nuke power plants are vulnerable to human error, and catastrophic natural events such as earthquakes, tornados, or even meteors from space.  Unlikely?  Yes.  Impossible? Absolutely not.  Statistical calculations of the probability of a catastrophic accident at a nuclear power plant caused by it being hit by a meteor are complex and unreliable.  No matter what number someone comes up with, a group of bright scientists will undoubtedly be able to argue that the estimate is off by several orders of magnitude one way or the other!

But NO MISTAKES are ever made when calculating the chance of a catastrophic accident caused by a meteor knocking over a bunch of windmills.  The chance is zero.  Such an accident would be tragic for those under the meteor's fireball, but it would not effect one millionth as many people as if a meteor hit a nuclear power plant, or if the power plant's radiation was released for any other reason. 

Since there are safe alternatives which are cheaper and more reliable, I believe that even the small (some might call it "remote") chance of a meteor strike on a nuclear power facility or its waste is enough reason to reject nuclear power for humanity.  Look at the moon.  Those craters you see are meteor strikes.  Our planet's dirt and wind and rain covers the evidence of these strikes, but the Earth is regularly hit by meteors, too.

And there are at least 1000 other reasons to reject nuclear power, all of them at least as good as the argument that meteors can and DO strike earth with some regularity, and no containment dome can seriously be thought to protect the power plant from such strikes (noting that the domes are not very thick on the top, anyway -- only the BASE of the walls is 8 feet to 12 feet thick, and also noting that most of the radioactive waste is stored outside the containment domes).

Assuming you've managed to operate your reactor successfully for 20 to 60 years (a big if), then there is STILL the problem of what to do with the radioactive waste.  You have to keep it away from humans for about 20 times the half-lives of the elements.  Before settling on Yucca Mountain, a government-appointed scientific team looked at, and then eliminated, every other possible solution, including deep-sea burial, sending the waste into outer space, and even just grinding it up and releasing the fission products into the environment (like what they do in France and England). 

After rejecting every other possible solution ANYONE could come up with, they were forced to ASSUME that Yucca Mountain was going to be the actual solution, even if it wasn't a very good one, which it isn't for many reasons, including the following:

* Yucca Mountain is located in an earthquake-prone area.  It's one thing to risk your own life by living in an earthquake region, or a tornado region, or a tsunami region, but to risk the health and safety of the whole planet by storing all your waste in such a place is another matter entirely.

* Water runs through the Yucca Mountain site more quickly and in greater volume than originally expected.  Water degrades the metals, or can cause a steam explosion -- releasing a planet-killing quantity of radioactive waste into the atmosphere, perhaps thousands of years from now, perhaps sooner, and perhaps not at all (if we're lucky; but do we want an energy plan which REQUIRES us to be lucky?).

* The metals that were expected to be used to hold the waste have been corroding and degrading much more rapidly than anticipated -- this happens over and over in the nuclear industry, probably in part because the industry refuses to properly account for the destructive effects of the radiation itself!  Sound's silly, but historically, they keep not realizing the extent to which radiation accelerates embrittlement.  (Google "Davis Besse 2002" for a nearly-catastrophic example of the industry ignoring the warning signs of severe corrosion problems, also known as "Wigner's disease," "rust," and many other terms.)

* Transporting the nuclear waste to Yucca Mountain is not easy, safe, or cheap, but keeping the waste at nearly 40 separate sites around the country is ALSO extremely hazardous -- AND violates the promise made to the public when the plants were opened, which was that no waste older than about five years (the minimum amount of time needed for the waste to cool enough to be moved) would be kept on-site at the nuclear power plants.  Instead, more than half a century into the nuclear age, the used reactor cores all remain onsite and very, very vulnerable.

* Perhaps the biggest problem for nuclear waste management is that the scientific community is becoming more and more aware of the extreme dangers of radioactive particles inside the human body.  Permitted exposures continue to drop, and this author believes they will drop much, much more as the public realizes how bad a little polonium-210, or plutonium-239, or whatever, really is for you (especially for children). 

The EPA ruled that the Yucca Mountain team's plan to create a massive radioactive blob, which, in 10,000 years (if not sooner), would begin escaping the mountain and contaminating the groundwater in Nevada for the next million years or so, was not adequate.  EPA told the scientists and engineers that they have to extend the predictions out to at least a million years, which is just that much more impossible to do considering that the average nuclear engineer cannot accurately predict corrosion even a few MONTHS in advance (see "Davis Besse 2002" again, or consider the many problems with steam generator corrosion throughout the nuclear industry).

Most of this year's Presidential candidates proclaim their opposition to "Yucca Mountain" but it's just a political football they are tossing around to each other, and have been for about 20 years.  Yucca Mountain is a scientific boondoggle for the reasons given above and many, many others.  But the presidential candidates talk about it as if we could just abandon Yucca Mountain and come up with something better. 

Yucca Mountain ALREADY is a "last resort," so if you oppose Yucca Mountain, you really should oppose nuclear power too, since there is no other solution to the waste problem on the horizon.  And even if Yucca Mountain is built and filled, the following day each nuclear power plant would have a dangerous amount of waste on hand which would need to be guarded, protected, etc. for millions of years.  So being FOR Yucca Mountain doesn't mean you've actually solved anything!

But tell that to six Republican senators who recently introduced legislation to relax the safety requirements for Yucca Mountain.  The bill would eliminate ALL safety requirements for the facility after 300 years --  in order to take advantage of (imagined) future technological breakthroughs!  In announcing the proposed legislation, Senator Jim DeMint (R-S.C.) made the specious claim that opposition to Yucca Mountain was based on "politics, not sound science."

It is not "sound science" to base the nation's energy policy on completely uninvented future technological breakthroughs -- especially ones that we've already been looking for intensely for more than 60 years, and have already put tens of billions of dollars into trying to find.

The only real politics involved in nuclear power is the combined politics of greed and ignorance.  Congressional and White House promoters of nuclear power have NEVER studied the facts -- they've always let nuclear industry insiders tell them the "facts."

Shutting all the nuclear power plants down now would save lives, money, and global storage space.  There is no time to wait -- every day, another 50 tons of spent reactor cores becomes waste -- deadly, solidified poisonous gas.

There is no time to debate, and nothing left TO debate -- the facts are clear, including the fact that radiation is as much as 100 to 1000 times MORE dangerous (especially to fetuses and infants) than the current standards admit to -- standards specifically designed to ALLOW THE NUCLEAR INDUSTRY TO OPERATE, NOT TO PROTECT YOUR LIFE!

There is no place to hide, the world is finite and crowded.

Nuclear power plant executives quiver at only one thing:  The truth getting out to the public.

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Comments (5)
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1. 27-01-2008 15:07
Slight disagreement calling a meteor a fireball: 
 
When a meteor lands on Earth (after which it is termed a meteorite), it is not usually hot. Small meteorites are not hot when they fall to Earth — in fact, many are found with frost on them. A meteorite has been in the near–absolute zero temperature of space, so the interior of it is very cold. A meteor's great speed is enough to melt its outside layer, but any molten material will be quickly blown off (ablated), and the interior of the meteor does not have time to heat up because rocks are poor conductors of heat. Also, atmospheric drag can slow small meteors to terminal velocity by the time they hit the ground, giving them time to cool down. 
 
Hate to nitpick but this is a science topic, probably should have accurate facts.
Guest
2. 27-01-2008 15:48
Where did you get your facts? Since when is Nuclear power dirtier than coal? Coal fired power plants actually release more radioactivity than Nuclear ones, simply because there can be radioactive material in the coal itself. And yea, Nuclear isn't idea, but it does provide massive amounts of energy with little environmental impact to the air or water. If we were to just shut down all the reactors, where would we get out power? I am going to assume that you weren't talking about coal because that clearly isn't the answer. So did you mean wind turbines? That is all very well and good for isolated power production, but large wind plants can't provide enough constant energy - unless we had massive energy storage somewhere. That is a big chunk of change to invest in an only partially functional system. Did you mean solar? At this point, solar panels are only around 20% efficient. If you covered the roof of your house, and even one of your walls with solar panels you wouldn't be able to power it. There are some new technologies in the pipes, but you counted out the promise of 'future technologies'. There has been some work done with central-receiver solar plants that use molten salt to capture the heat, but they only work during the day (obviously) and they require giant swaths of land, area that only a few states have (with conditions suitable to the technology). And there are problems with piping the power from a long way away too, there is noticeable power-loss over that distance. So when then? Hydro-electric? The Three Gorges Dam in China is proof enough for me that there are lots of problems with hydroelectric on a scale large enough to do any good. Silt build up, back flooding; it just changes the whole face of the local ecology. What is left? Geothermal? On a scale big enough to make tons of electricity - yea right.  
 
You have a point. Nuclear isn't perfect. But it is safer than you make it out to be. Transporting it is a null issue here. Any mention of a 'mobile Chernobyl' is just a scare tactic. The containers that hold the waste are basically anything-proof. (You should look at some of the tests they did on them - it's pretty impressive. Nuclear provides a massive amount of constant electricity. And until we can make cheap, efficient, and prolific alternative sources of energy - my money is on Nuclear. 
 
(And a meteor strike? Really?)
Guest
3. 27-01-2008 17:56
There is so much incorrect information in this article that it is not even worth debating the individual points. It is very, very, obvious that the writer knows nothing about the design, operation, and regulation of nuclear power facilities, including waste storage. Most of the information given is just blatantly false and could be proven as such by someone who actually knows what they are talking about.
Guest
4. 27-01-2008 21:22
there ARE better ways
Scott: Nuclear is most certainly more dirty than coal when you look at the contamination generated in the mining of the material. Indescriminate use as DU in the military exacerbates the problem  
Wayne: I don't know what cartoon show you get your "facts" from but I can cite PhD nuclear physicists who concurr with most everything in this article. 
And author Ace Hoffman: You need to become aware of nuclear remediation technologies. There ARE ways to completely neutralize the radiation component of uranium. Sam Bodwin, secretary of energy at DOE is going out of his way to suppress these technologies from an ignorant public. Here is a list that has been entered into the DOE public records but remains unreported anywhere but my own website.  
http://www.commutefaster.com/Yuccamountain.html  
And everyone should be aware that most all the uranium mines in the world are owned by the Rockefellers and the Queen of England. Both have direct ties to controling international banking and the world economy. They are to blame for nuking humanity.
Guest
ken@commutefaster.comNOSPAM! ">Ken Rasmussen
5. 28-01-2008 14:23
Nuclear Waste
I stopped reading when I saw your accompanying photo of a standard 55 gallon drum with "Greenpeace" and a stenciled radiation symbol painted on it. If the article/rant had to do with the safety concerns of spent nuclear fuel from nuclear power plants, if you were going to have a photo it should have been of the way that material is stored: in robust metal shielding.
Guest

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