How do you drive a stake through the heart of an industry that doesn't have one? And how do you open the last door on a technological revolution that could stop global warming and give us true energy independence?
Those are the big questions being asked by respected rock musicians Bonnie Raitt, Jackson Browne and Graham Nash in a critical return of committed anit-nuclear activism that could make a big difference.
As you read this Nash, Browne and Raitt are headed to Capitol Hill, rounding up support to beat back an attempt by the atomic power industry to grab a blank check loan guarantee for building who-knows-how-many new atomic reactors. The industry has been a rotting corpse for thirty years and now, suddenly, on the brink of a revolution in renewable energy, it's baaaaaaack for one last stab at the Apocalypse.
Starting in the mid 1970s, these three and a host of their fellow musicians sang for a long series of benefits that raised awareness about energy and the environment and helped stop atomic power in its tracks. The biggest of their concerts were the five legendary No Nukes shows they did in Madison Square Garden in September, 1979. Some 90,000 paying customers came to the landmark events, followed by 200,000 at a free rally in Battery Park City. A major motion picture followed, along with a triple album that went platinum.
John Hall, one of the organizers of Musicians United for Safe Energy (MUSE), which staged the shows, is now a US Congressman from New York. The Battery Park City site hosts Solaire, a pioneer solar housing development.
Since then there've been no nuke reactor orders in the US -- until a few weeks ago. Using global warming as a cover, the industry is now lining up to build more of these massive power plants all over the world.
Problem is: nobody wants to invest in them. In the 50 years since the first commercial plant opened at Shippingport, Pennsylvania in 1957, atomic power has distinguished itself as what Forbes Magazine has said is "the largest managerial disaster in business history." The reactors have been everything their critics warned: dirty, dangerous, expensive, unreliable and unsustainable. The radioactive waste they produce is the ultimate killing machine. The dump being built for them in Nevada can't open for a decade -- if ever -- and has 80% opposition from the people around it.
Since 9/11, it's also become clear that these nukes are all potential terrorist targets.The first jet that flew into the World Trade Center went directly over the Indian Point reactor complex, 45 miles north. Had it dived down a minute early, casualties could still be mounting into the hundreds of thousands. The radioactive property damage would have been incalculable.
Problem is: something similar could be happening as you read this. There is no way to protect a nuke reactor from a terror attack. No wonder the industry can't get private disaster insurance, and has relied since 1957 on the government to limit its liability in case of just such a catastrophe. For all their hype about improved safety, the new reactors are demanding the same taxpayer-financed coverage -- which could stretch the program to a century and beyond.
But there is a way to get our energy cheaply and cleanly. The nuke industry is now claiming their reactors can help solve the global warming problem. But in fact they dump huge quantities of excess heat into the air and water, and the process of mining, milling and enriching nuclear fuel is an enormous consumer of fossil fuels.
Better to look at what's happening with green power. After its "alternative" beginnings, wind power and its renewable cohorts have boomed into a multi-billion-dollar global bonanza. Returns on wind farms are strong and steady, with investment capital lining up to jump in. Production costs for solar cells and bio-fuels are plummeting, while profits soar. New breakthroughs in ocean-based thermal, wave and current energies are increasingly promising.
Meanwhile, the payback for increased efficiency and conservation is higher than ever. A dollar invested in streamlining energy consumption can save ten times the energy as a dollar invested in a nuke can produce.
All of which could be good news for our ecology and economy. But the reactor industry has plenty of money for buying media and the Congress. Its lead Senator, Pete Domenici of New Mexico, has slipped into the Energy Bill a sentence offering his sponsors a blank check to get government guarantees to anyone who wants to invest in a nuke.
And thus the return of Nash, Browne and Raitt to the anti-nuke trenches. They've issued a music video with a retake of Stephen Stills's classic "For What It's Worth" and launched a web site at www.NukeFree.org to gather signatures to stop this bailout. Tuesday they'll hold the first of what will likely become a long series of public events, this one a DC press conference. They most likely will have some 100,000 signatures to present to Congress, gathered in a scant few weeks.
The fight over these guarantees and the return of nuke power in general promises to be a long one. But they've already won once. With the groundswell of support for real solutions to global warming, the threat of the horrors of 9/11, and the rapid rise of the renewable energy industry, it could happen again.
Since 1979, it's a become a lot easier to be green, and the technology for making it even more so has definitely come of age.
Harvey Wasserman is editor of www.nukefree.org, and author of SOLARTOPIA: OUR GREEN-POWERED EARTH, A.D. 2030.
On the horizon are a number of fusion techniques that are not the tokomak, which are beginnig to show promise for fusion processes which do not produce long lived radiation, allow for the integratio
I encourage anyone with the time to watch the Google video "Should Google go Nuclear" by Robert Bussard, and then do some followup to understand the process. This squabbling over coal versus nuclear versus conservati
http://www
In addition, a student recorded his own point-by-p
http://www
Many of the criticisms of this post suggest that these dangers are theoretica
The only thing that's clear is that there's an overwhelmi
We have no place to store the waste, no way to effectivel
Furthermor
Solve the waste disposal problem (and I do mean SOLVE it, not foist it off on some other poor country or state), and we can talk.
I still have reservatio
Now fusion power: that's a whole different story. If we could only get that damn stuff to the point where it put out more than we put in....
Is this a joke?
After sixty years of false and failed promises, we have more promises of safely storing nuclear waste.
Yucca Mountain - that's it.
Problem is right now Yucca Mountain itself is competely in doubt.
Falsified reports and questionab
And, if it were built to its design, it would hold about half of the waste we have now.
Where will the other half go?
And that's for what we have now. What about the new nukes to come on line in 10-15 years?
Do you have good site for a nuclear waste management facility that can be safeguarde
If not, then yes, no place to store the waste.
And we should not make more nuclear waste UNTIL and UNLESS we have a place to safely store it.
All available evidence suggests no neighbour of a nuclear power plant with a Teller-com
So while those few pebble-bed reactors that have existed were fine machines, don't be so quick to write off 1960s-era western designs as unsafe. They are not unsafe. PBRs might be safer in theory, but that hasn't made a practical difference yet.
What has made a practical difference is existing commercial water-cool
There have been many in the law docs.
Yes, no-nukes still alive and well and kicking here.
I don't really know what to say about the real daddy of the h-bomb, or PBRs, but this - by the time the next nuke is on line in this country, 10 to 15 years the way I see it, we can easily take efficiency measures to make certain that it is not needed.
What we would do with nukes is divert otherwise beneficial resources (human, financial, materials) into the nuclear hellhole.
In the meantime, if we don't know where we're going to put the PBR or PWR or BWR waste products, then we should be investing our resources elsewhere.
No one will make light of the potential for a nuclear disaster. No matter what the odds, its a crap shoot. Global warming, however, is a sure thing, its happening and the end results could be catastroph
There were some valid reasons why nuclear got a bad rap. Mostly due to industry’s business as usual approach to nuclear power. This isn’t just another power plant, it’s NUCLEAR for God’s sake! The same cost cutting, shoddy techniques used in convention
France produces 80% of its electricit
(IOW, what a stupid git you are: "We the people need to DEMAND affordable solar & wind power...")
1) The x-rays of the piping was reproduced
2) The crankshaft on the huge diesel generator, made in California
3) No proper archaeolog
4) In the middle of constructi
5) The costs of uranium ore (renegotia
6) It was discussed to be a "test bed" for dismantlin
But the number one reason why nuclear power is a bad idea is because nobody can tell for sure whether a nuclear reactor is only being used to generate power or if it's producing weapons-gr
Frankly, there's no reason to believe that the U.S. is any more responsibl
The Bush Doctrine clearly states that the United States will preemptive
No one died when the last problem occured.
Nothing is 100% safe. Yes, it is easy enough to tell how a reactor is being used - breeders are different than others - but yes, that is how the spent fuel would be recycled.
Also, the French have not started any wars with their reactors, we have not started any because of San Onofre, or any other power plant.
The rest of your argument veers from the original point, and would require pages of effort (that I'm unwilling to do) - however, a lot can be done by removing the mental defectives in the Whitehouse
A) Buckets
B) Vending Machines
C) Bath Tubs
D) Nuclear Power Plants
Answer: D, Nuclear Power Plants
Advocate12
http://cop
And, there is no way that you can prove this claim at all.
Although the death toll is much greater for the miners and the communitie
It is the insidiousn
The problem is you cannot point to a particular death and prove causally that it was radiation from THAT nuclear plant that caused THAT death.
But we all know that radiation kills.
Nuclear plants emit radiation that kills.
Its just that like most other human/indu
But the issue of the post is the lack of the financial integrity of the industry today.
Without massive new federal subsidies, there would be no resurgence
And even with these subsidies, there is a wide money gap that remains due to the high risk associated with a potential nuclear shutdown. This could come from either an accident or some political roadblocks related to waste manangemen
Finally, nuclear "resurgenc
I have my doubts about this resurgence
The story on 60 Minutes, of how France uses nuclear energy to produce electricit
This country needs cheaper energy, less pollution, less carbon dioxide output, and a people who realize that unless we force population reduction, energy needs will continue to climb, frustratin
Not true. That claim, and most of this article, are pure 70's knee-jerk. If you want to make a cogent argument in these days of modern times, you have to take into account current possibilit
"Pebble-be
I'm as much a screaming tree-hugge
They could invest their wealth in "green" research and release their discoverie
Or be hypocrites