Friday, August 14, 2009

Biased reporting isn't reporting at all, it's propaganda!

To: The Christian Science Monitor

Date: August 14th, 2009

To The Editor:

Your staff writer, Mark Clayton, is clearly biased in favor of nuclear power. Shame on you.

For example in the third paragraph glowing words appear without quotes. The words are attributed, but the way they appear one immediately assumes the reporter thinks they are statements of fact. Otherwise, he would have made sure that such drastically wrong statements appear in quotes lest they be inaccurately misconstrued.

Nuclear power is not clean or green. There are many things stopping its resuscitation in America, not just money, as Clayton claims. Questioning minds STILL want to know: What will we do with the waste? More educated minds understand the definition of "Ionizing Radiation' precludes a solution, since all possible physical barriers are destroyed by ionizing radiation.

After carrying on as if Federal Loan Guarantees will solve every problem nuclear power has, further proof of the reporter's less-than-hidden bias comes when he points out that T. Boone Pickens' planned wind farm is cited at a cost of ten billion dollars -- said in the article to be about the same as nuclear. Well, it's probably half a new nuclear plant, or even less, IF one were to be built. But the reporter fails to mention that Pickens' plan was for a 4,000 megawatt wind farm. Later in the article the reporter equates 1,000 megawatts of wind power capacity to a single nuclear power plant. So therefore, it's his bias showing.

Next the reporter tells us -- that is, lets the NEI spokesliar tell us -- that nuclear power is the only thing that can provide "the sheer volume of reliable 'base load' power..." Say WHAT? What exactly does the word "reliable" mean to these people?!? One little fire and the plants are down for four months or more, as happened at the nearby San Onofre Nuclear Waste Generating Station, or an earthquake drops out a whole slew of plants in Japan (more than once...). Urgent Reactor Pressure Vessel Head replacement projects brought down France's reactors, as have summer droughts, which are likely to hit us, too, in the coming years, as ever-decreasing water supplies shrivel. Nuclear power is NOT reliable and should NOT be thought of as "base load" -- it's just one more BIG LIE of the media and the nuclear industry. For shame.

Next the reporter blithely tells us that EdF, funded 85% by the French government, isn't big enough to build Calvert Cliffs III by itself and so needs at least 80 to 85% U.S. funding. If building it is such a good idea for France's company, why don't THEY take up the financial risk? Your reporter doesn't seem to even know there's a question to be asked there! Let alone whether the corruption issues at EdF and AREVA and throughout the French nuclear government regulatory structure should be considered a safety issue for American citizens around the proposed new plant (he doesn't mention any of this).

Then the reporter claims the Department of Energy had "plans" for $122 billion in loan guarantees for new nuclear construction last fall, but just didn't have the money. Well, then all they had was pipe dreams. The report then quotes one Veep of one utility saying that without Federal Loan Guarantees, nothing will happen. He could have quoted a dozen V.P.s and CEOs and so forth -- not one will move forward on their own. That should tell us all -- including your reporter -- that we're being scammed.

What Senator Lamar Alexander (R, TN) did at the National Press Club last month was make a buffoon of himself and his audience of media lapdogs. I can't help assuming your less-than-intrepid reporter was there, lapping up Alexander's dogma.

Lastly, the reporter spends considerable time on HOW Federal Loan Guarantees for the nuclear industry might be handed out in the near future. Where he could have been explaining that the waste problem will remain unsolved because it is a physics problem, not a financial one or a political one, or where he could have been mentioning Davis-Besse's hole in its head or Monticello's ECCS's in-operability for 30+ years, and dozens of serious fires, or the secrecy of INPO (even the NRC can't know what INPO knows), or the studies that have shown increased cancer risks around nuclear power facilities, or the lies that accompanied Chernobyl, Three Mile Island, or dozens of other serious accidents -- NO. The reporter wanted to close with nearly a dozen paragraphs assuming Federal Loan Guarantees are inevitable so let's do them right. How nice.

Those Loan Guarantees AREN'T inevitable. Nuclear power is a costly and dangerous solution which doesn't achieve any of society's goals. It's based on lies, inertia, greed, and massive ignorance, not only on the part of most citizens, but also -- obviously -- on the part of reporters (and their editors).

Please read my FREE web-based book (or you can buy a printed copy if you like) THE CODE KILLERS, available at my personal web site:

www.acehoffman.org

Don't let your reporters lie, whether those lies are printed due to ignorance or because the reporter has an agenda he wants to fulfill. The best scientists have known for more than half a century that nuclear power was and is a mistake. All your reporter needed to do was listen to them.

Sincerely,

Ace Hoffman
Independent Researcher
Carlsbad, California USA

The author is the programmer/animator/author of several award-winning educational software titles used in over 100 countries, and has studied nuclear power for more than 35 years.


Main article:
http://features.csmonitor.com/innovation/2009/08/13/nuclear-power%E2%80%99s-new-debate-cost/


Sidebar:
http://features.csmonitor.com/innovation/2009/08/13/the-bumpy-road-to-nuclear-energy/



Issues of safety and waste make way for a focus on funding.

By Mark Clayton | Staff Writer for The Christian Science Monitor/ August 13, 2009 edition

Overlooking the shimmering waters of Chesapeake Bay, the massive twin concrete domes of the Calvert Cliffs nuclear power station's two reactors could soon see a third sister rising alongside them.

If construction begins in Lusby, Md., perhaps by 2012, Calvert Cliffs III will be part of the larger promise of a "nuclear renaissance" of reactor construction sweeping the globe, proponents say.

By providing safe, domestic, moderately priced, and greenhouse-gas-free energy, nuclear power will be "a critical component of America's future," says George Vanderheyden, president of UniStar Nuclear Energy LLC, developer of Calvert Cliffs III.

Yet a new wave of concern is rising ­ not over traditional anxieties such as radioactive waste or weapons proliferation ­ but about the mammoth financial cost of nuclear power and who will bear it.

The big hurdle for Calvert Cliffs III and at least 21 other nuclear power reactors now in the US development pipeline is all about money ­ finding the billions in loans to build them. And the key to getting those loans is winning federal guarantees to back them.

Today, the US has 104 nuclear reactors, providing about 20 percent of the nation's power. No new nuclear plants have been ordered in the US since 1978. This is not because of protestors, but because of a lack of investor funding and Wall Street remembering the ghosts of nuclear power's past ­ massive construction cost overruns, utility defaults, and bankruptcies. Yet these no longer seem to haunt the nuclear industry or its supporters.

A new nuclear enthusiasm has now emerged quite powerfully in Congress.

House Republicans in June unveiled a plan for 100 new US nuclear reactors. A Senate proposal calls for a 20-year construction schedule, costing $700 billion. Industry will pay the full freight, according to the Senate plan. While there must be federal loan guarantees in order to convince Wall Street to fund the projects, in the end, the system will cost taxpayers "zero dollars," it says.

Echoing that push, the Democrat-controlled Senate in May put its stamp on energy-climate legislation that has buried in it the potential for hundreds of billions of dollars in loan guarantees for "clean energy" ­ the lion's share destined for nuclear power, critics say.

"The Senate energy committee has passed legislation that could provide unlimited loan guarantees for new nuclear reactors ," says Michele Boyd, head of the safe-energy program for Physicians for Social Responsibility.

No nuclear plants in the US are under construction yet because they haven't secured federal licenses or loan guarantees, many observers say. Such guarantees would become a huge stimulus for the nuclear power industry, enabling utilities to borrow billions from Wall Street or the federal finance bank.

"Despite industry efforts to frame nuclear energy as the cheapest option, the reality is that nuclear power's very survival has required large and continuous government support," writes Doug Koplow, president of the Boston energy consulting company Earth Track, in a recent analysis of public subsidies for nuclear power. Mr. Koplow tracks $178 billion in public subsidies for nuclear energy for the period from 1947 to 1999. Others have reached similar figures.

ALTOGETHER, NUCLEAR-INDUSTRY BAILOUTS in the 1970s and '80s cost taxpayers and ratepayers in excess of $300 billion in 2006 dollars, according to three independent studies cited in a new nuclear-cost study by the Union of Concerned Scientists.

New guarantees in coming years could also leave US taxpayers picking up the tab if nuclear utilities defaulted on their loans. In 2008, the Government Accountability Office said the average risk of default on Department of Energy guarantees was about 50 percent. The Congressional Budget Office projected that default rates would be very high ­ well above 50 percent."

On that basis, the potential risk exposure to US taxpayers from federally guaranteed nuclear loans would be $360 billion to $1.6 trillion, depending on the number of power reactors built, the Union of Concerned Scientists' study found.

"You want to talk about bailouts ­ the next generation of new nuclear power would be Fannie Mae in spades," says Mark Cooper, senior fellow at Vermont Law School's Institute for Energy and the Environment. Dr. Cooper is among several economic analysts who contend that ­ waste and safety issues aside ­ nuclear energy is too costly.

"Funding nuclear power on anything like the scale of 100 plants over the next 20 years would involve an intolerable level of risk for taxpayers because that level of new nuclear reactors would require just massive federal loan guarantees," says Peter Bradford, a former member of the Nuclear Regulatory Commission and former chairman of the New York State Public Service Commission.

Even if no loans were defaulted on, nuclear would be too expensive, Cooper says. The multitrillion-dollar cost eclipses most energy sources, such as wind power, which also has a sizable up-front capital cost. But wind's lifetime cost is roughly one-third less than current estimates for nuclear, Cooper's and others studies show. So who would want to invest in such costly electricity? Not Wall Street ­ at least not without loan guarantees.

Even during the heady days of 2007, Wall Street's seven biggest banks were wary. In a letter to the Department of Energy, they advised the federal government that they would require 100 percent federal loan guarantees to help finance nuclear power.

In June, using unusually strong language, a Moody's Investor Service report called new nuclear power plants a "bet the farm" credit risk for the 14 utilities pursuing them.

"The nuclear power industry may be correct about wanting those guarantees, but at what risk to US taxpayers?" asks Ellen Vancko, Nuclear Energy and Climate Change Project coordinator at the Union of Concerned Scientists. "The industry assures everyone there is no risk ­ and some believe them."

But industry representatives say the loan-guarantee issue is being hyped by critics and that the industry's own funds ­ paid out to compensate the government ­ will cover any defaults.

The government's two predictions of a 50-percent default rate are "hypothetical" and "an unsupported assertion," according to the Nuclear Energy Institute, the industry trade association.

"There's a misperception about the costs [of nuclear power] going up," says Leslie Kass, director of business policy and programs for the Nuclear Energy Institute. "Yes, we did have rising capital costs ­ along with every other form of [energy] generation. Those costs are starting to tip back down."

While the mantra of nuclear power was once "power too cheap to meter," Ms. Kass admits the next generation of nuclear costs will be considerable. Even so, she contends that large nuclear plant costs compare favorably to a giant $10 billion Texas wind project pursued by T. Boone Pickens, which was recently scaled back.

ONLY NUCLEAR POWER, Kass says, can provide the sheer volume of reliable "base load" power the nation will need going forward ­ and meet the challenge of climate change at the same time by not emitting carbon.
The reason federal loan guaranties are needed, she says, is because Wall Street is still averse to large capital projects of all kinds. "Our challenge, like everyone [else's] is access to capital during a recession." she says.

Whether a nuclear project defaults depends on many factors, but often most heavily on where costs of nuclear construction are headed. Cost estimates to build a new nuclear power plant have more than tripled in the past five years, according to industry-funded reports, industry statements, and detailed studies of new nuclear power generation by a half-dozen independent researchers.

Construction delays are a huge cost. In Finland and France, nuclear-power projects are way behind schedule and over budget, suggesting potential delays and other problems for new US plant construction, says Ms. Vancko with the Union of Concerned Scientists.

Calvert Cliffs III is being built by UniStar, a joint venture of Constellation Energy Group and Électricité de France, which is 85 percent owned by the French government. With cost estimates approaching $10 billion dollars, Calvert Cliffs III is too big for its backers to fund on their own ­ although a spokesman says French financing could cover 15 to 20 percent of the cost, lowering the amount of federal loan guarantees that would be required.

In 2008, Moody's put the cost to build new nuclear reactors at about $7,000 per kilowatt of capacity. That estimate would put the 1,600-megawatt Calvert Cliffs III at around $11.2 billion.

While authorized to grant just $18.5 billion in guarantees for nuclear power, the US Department of Energy last fall had applications for $122 billion in loan guarantees to build 21 proposed reactors.

Most new nuclear projects will live or die based on whether they get those loan guarantees. "We're poised to commence early site preparation this year for the first new nuclear plant in the US in 30 years, but to be clear, we cannot move forward without federal loan guarantees," Michael Wallace, vice chairman of Constellation Energy, said last year.

He's still waiting. However, the goal seems nearer. Last month, the company's Calvert Cliffs III project was selected by the Department of Energy as one of four projects entering a final phase of due diligence for a share of the federal loan guarantees.

OTHERS HAVE BEEN LESS FORTUNATE. Exelon last month dropped its application to build two reactors at Victoria County Station, Texas. Company chairman John Rowe cited a weak economy and "limited availability of federal loan guarantees." Deep in the massive energy-climate bill now being debated in the Senate is a plan that could vastly expand loan guarantees for nuclear power.

At the National Press Club last month, Sen. Lamar Alexander (R) of Tennessee unveiled his $700 billion plan to almost double the number of reactors nationwide.

"Let's take another long, hard look at nuclear power," Senator Alexander says. "It is already far and away our best defense against global warming. So why not build 100 new nuclear power plants in 20 years?"

Plans are moving forward to create a new federal "clean energy bank" ­ a semiautonomous agency that could ladle out funding and guarantees for new nuclear power and other technologies. Such a bank would not be a bad idea, if done properly, many say. Nuclear, "clean coal," wind, and solar energy would all benefit from federal backing. To ensure all technologies get a fair shot at loan guarantees, the House version of the bill has a 30-percent cap on the amount that any one technology could receive.

But the Senate "Clean Energy Development Administration" (CEDA) proposal does not have such a cap ­ which worries Sen. Bernie Sanders, (Ind.) of Vermont. His proposed 20-percent cap on the Senate
version of CEDA was swatted down in an 18-5 vote by members of the Energy and Natural Resources Committee.

Nuclear-industry backers are behind CEDA, but not the House version. "We're not in favor of a cap because our projects tend to be larger," says Ms. Kass, who says a cap would unduly limit nuclear expansion and tilt the playing field.

Others insist a cap is vital.

"If we want to ensure that no one technology receives the bulk of the available funding and financing, a cap on how much investment can be made in any one technology ensures a more level playing field for competing technologies," says Senator Sanders. "It would not be good policy to allow any one energy technology to get the lion's share of government support."

What worries some even more than lack of a cap is how the Senate's CEDA plan would operate with little oversight ­ due to a proposed exemption from the Fair Credit Reporting Act that would otherwise subject such loan guarantees to the congressional appropriations process, says Autumn Hanna, senior program director for Taxpayers for Common Sense.

Under Senate provisions, the CEDA will be overseen by a nine-person board that could potentially hand out unlimited billions in federal loan guarantees for nuclear or any other eligible technology, Ms. Hanna says.
"The big story here is that nine unelected people [could get] unlimited authority to hand out these loan guarantees," Mr. Boyd says. "That's the big issue here."


Subject: http://features.csmonitor.com/innovation/2009/08/13/the-bumpy-road-to-nuclear-energy/


The bumpy road to nuclear energy

Of the 182 construction permits granted by government commissions, 50 were abandoned in construction with billions in investment lost and 28 were closed before their 40-year licenses expired.


By Mark Clayton | Staff Writer for The Christian Science Monitor/ August 13, 2009 edition

In 1974, President Nixon announced Project Independence ­ a plan to build 1,000 nuclear stations. But of the 253 reactors eventually ordered by the US electric industry, 71 were canceled before construction began, according to a tally by the antinuclear group Beyond Nuclear.

Of the 182 construction permits granted by government commissions, 50 were abandoned in construction with billions in investment lost and 28 were closed before their 40-year licenses expired ­ including the Three Mile Island plant's Unit 2.

Gary McCool knows all about the financial pitfalls of nuclear power. Thirty years ago the Plymouth State College reference librarian warned managers at his tiny New Hampshire Electric Cooperative that its plan to purchase 2 percent of the new Seabrook nuclear power plant's generating output when it was completed could push the coop into bankruptcy ­ or perhaps produce the highest electric rates in the nation.

It turned out to be both. Today he's still paying the price of nuclear power ­ even though his coop no longer purchases any. There on his monthly bill is a $6.06 charge for "stranded costs" ­ the cost of paying off the coop's adventure into Seabrook.

It was a calamity echoed nationwide. Several government-owned power companies, including the Washington Public Power System, went bankrupt. Other investor-owned utilities, such as Long Island Lighting Company and Consumers Power, were nearly bankrupted.

This is a sidebar to the full story, Nuclear power's new debate: cost


Contact information for Ace Hoffman:

Ace Hoffman
Carlsbad, California USA
Author, The Code Killers:
An Expose of the Nuclear Industry
Free download: acehoffman.org
Blog: acehoffman.blogspot.com
YouTube: youtube.com/user/AceHoffman
Email: ace [at] acehoffman.org
Founder & Owner, The Animated Software Company



Tuesday, March 24, 2009

Ace Hoffman on Todd Tucker; Harvey Wasserman on Three Mile Island

To: "Editor, Washington Post" <letters@washpost.com>

March 24th, 2009

To The Editor,

Todd Tucker thinks he serves his old shipmates in the U. S. Navy, and SSBN 731 (USS Alabama) in particular, by committing treason against the citizens of the United States and the earth. To attempt to mislead the public is to attempt to destroy our democracy.

He chastises the nuclear industry for "proclaiming that it can construct a reactor that's "inherently safe' .... " However, he immediately shows his true colors by saying "All methods of power generation involve tradeoffs..." For Tucker, everything is dangerous, therefore nuclear power's dangers are insignificant.

Nuclear energy is not safe. Not for subs (I guess Tucker missed the rash of accidents involving nuclear subs lately, any one of which could have resulted in massive releases of radiation and losses of hundreds of seamen) and not for so-called "commercial" reactors which never really pay their way.

The historical evidence is clear: Nuclear power is not green. It is not economical. It kills people every day. Neither Tucker nor the three turncoats of the environmental movement he honors can explain how ionizing radiation is safe for babies, fetuses, zygotes, or anyone or anything else, since, of course, it is NOT safe.

Tucker denigrates concerns about the link between nuclear power and nuclear weapons by focusing on the idea that the only problem is OTHER nations. He says "you couldn't turn a nuclear reactor into a bomb any more easily than you could power your house with a hand grenade." A better analogy is you cannot build a house in which grenades can be safely exploded. The soft tissue of the humans inside will be damaged; the walls of the house will be damaged. Ionizing radiation is like microscopic grenades going off inside you. It ALWAYS damages you. Even natural radiation (such as from K-40) is harmful (just utterly unavoidable). And pssst: Someone should mention to Tucker (as if he doesn't know) that nuclear power plants can release 1000 times MORE radiation than a bomb can -- plus the spent fuel pools, plus the dry storage casks, plus other nearby reactors. Nuclear power plants are weapons for the enemy, as one classic tome put it, about the time Tucker was doing his "stint" in the Navy. Tucker should have surfaced occasionally and breathed in the fresh air of truth.

Tucker claims that Three Mile Island was "the defining event in the history of American nuclear power." Maybe so, but that's only because the American public never learned about how close we came to an even worse accident in 2002 at Davis-Besse, and nor are they informed about thousands -- yes, thousands -- of other near-misses which have occurred. The worst is yet to come. A far more potent "defining moment" for American nuclear power is as inevitable as sunshine and rain. Sooner or later, Three Mile Island will be considered only a precursor...

Why? Because it, and all the other warnings, such as Davis-Besse (not to mention 9-11 and the overflight of Indian Point by American Airlines Flight 11, minutes before it impacted the North Tower) are being ignored.

Tucker claims no one died because of Three Mile Island -- that the health consequences of the radiation which was released are "insignificant." The nuclear industry has repeated this claim so often that the Washington Post doesn't question the utter lack of logic inherent in such preposterous claims. If Tucker wants to chastise the industry for something, this would be a good start.

Where DID all that radiation go? Measurements were spotty, to be sure. But there is no question that during critical periods, the needles pegged -- and the radiation releases went off-scale. It is known that millions of curies of radiation were released, much of it as so-called "short-lived" isotopes. Tucker appears to be confused about the relative impacts of short-lived versus long-lived isotopes, although chances are he really just wants his readers to be confused, hoping they will somehow see BOTH short- and long-lived isotopes as harmless -- each for the opposite reason.

In reality, they are both harmful, and the most harmful are often the ones with neither short- nor long- lives, such as cesium-137 and strontium-90, both with half-lives of about three decades, and both of which (and many others) Tucker conveniently ignores. One of the main reasons certain radioactive isotopes are more harmful than others is that some bioaccumulate in the body. Tucker doesn't even mention this -- but neither does the nuclear industry, another point he could have chastised them for.

Of course, since Tucker doesn't know the EXACT numbers, he assumes ZERO damage globally from Three Mile Island. Statistically, this is about as close to impossible as you can get. But because not one person can claim with absolute certainty that THEIR cancer was caused by Three Mile Island, Tucker (and the entire nuclear industry) sees ZERO damage.

Tucker claims that the growth of nuclear power since Three Mile Island as a percentage of our total electricity mix has been a benefit to the nation, despite what he claims were the misguided attempts of "environmentalists." In reality, the fact that even Three Mile Island failed to shut down the nuclear industry was a horrific mistake which has already saddled America with 50,000 new tons of toxic waste, and will lead to a complete, horrific, costly meltdown sooner or later.

The waste we are being saddled with is so toxic that no container can safely hold it. Make it out of gold if you like -- it might help for a while, but absolutely nothing can safely contain nuclear waste for the eons necessary. That's a physical reality due to the magnitude of the forces involved -- it won't change. And many of the gaseous discharges from radioactive waste are, themselves, also radioactive, and THAT won't change. And some of them -- many of them -- cannot be properly filtered and end up in the environment. The promises of proper containment by the industry are NEVER kept.

Radioactive waste is so toxic that NO amount can be safely released into the environment. And yet spills occur with frightening regularity.

The waste is so toxic for so long (in part because one atomic breakdown usually leads to another (via a radioactive daughter product) and another and another) that no financial trust fund can possibly be set aside which can pay for the proper care of the waste. The total cost will fall on our children, and their children for hundreds of generations, even if there are ZERO transport accidents and ZERO accidents at the destination. Tucker tries to dismiss the problems of the longevity of nuclear waste by saying that "the problem isn't the material's half-life -- it's the level of radioactivity it possesses." Does someone really need to explain to Tucker that it's because of the radioactivity that the longevity matters, or is he just making stuff up if he thinks the public will buy it (having realized, perhaps by their past statements, that he could get these logical fallacies past the Washington Post editors)?

And what destination does Mr. Tucker, the historian, propose for the waste, now that Yucca Mountain is practically dead?

Nothing. He just points out that yeah, this is a bit of a problem for pro-nukers, but "the top environmental concern for most of us is global warming." Pssst: Renewable energy solves the global warming problem. Nukes aren't renewable and if one takes the entire life-cycle into account (as Tucker conveniently does for coal, but not for nuclear) they contribute massively to global warming. Don't bother telling this to Tucker.

The Washington Post is foolish to publish such desperate lies as the nuclear industry is attempting to propagate through people like Tucker. If left unquestioned, Tucker's lies will continue to kill Americans.

Sincerely,

Ace Hoffman (images added 2025), Author, THE CODE KILLERS
www.acehoffman.org
Carlsbad, California USA


Todd Tucker / Washington Post:

At 12:04 AM 3/22/2009 -0500, TODD TUCKER wrote:
>5 Myths on Nuclear Power
>
>By TODD TUCKER
>Sunday, March 22, 2009; B03
>
>Thirty years ago this week, a chain of errors and equipment malfunctions triggered the defining event in the history of American nuclear power: the accident at Three Mile Island. Although no one died and the health consequences were insignificant, the mishap was vivid confirmation that things could go wrong with a nuclear reactor. It almost instantly galvanized popular opposition to this form of power, giving rise to lingering misconceptions about one of our nation's largest sources of electricity. 1. Three Mile Island killed the idea of nuclear power in the United States.
>
>The 1979 accident and the fear it spawned were undoubtedly setbacks to the nuclear power industry. Only recently did utilities even attempt to license new reactors again. But Three Mile Island didn't even kill nuclear power at Three Mile Island. While TMI 2 was destroyed, TMI 1 is still in operation today. In fact, in generating electricity, nuclear power is second only to coal, which produces about half the power we use. Nuclear today produces more electricity than it did at the time of the accident -- about 20 percent compared with 12.5 percent in 1979. 2. Long half-lives make radioactive materials dangerous.
>
>It's impossible to read anything about the problem of nuclear waste without having to consider enormously long periods of time: thousands of years, or tens of thousands, or even longer. The Web site Greenpeace.org, for instance, points out that plutonium 239, a byproduct of uranium fission, "has a half-life of approximately 24,000 years. . . . However, the hazardous life of radioactive waste is at least ten times the half-life, therefore these wastes will have to be isolated from the environment for 240,000 [years]." There seems to be something intrinsically evil about anything that persists for so long. But a long half-life doesn't necessarily make a substance dangerous.
>
>A half-life is a measure of how fast a radioactive material decays. Take Carbon 14. This is a slowly decaying radioactive isotope present in natural carbon, which occurs in all living things. Archeologists and scientists measure the amount of carbon 14 remaining in an object to calculate its age. A useful, radioactive and harmless part of every person, Carbon 14 has a half-life of 5,730 years. Conversely, some short-lived isotopes can be extremely dangerous. Nitrogen 16, which is produced in operating nuclear reactors, emits very high-energy radiation despite its half-life of just 7.1 seconds.
>
>None of this is to say that radioactive waste isn't dangerous or isn't a problem -- even industry boosters identify it as one of the biggest challenges they face. But the problem isn't the material's half-life -- it's the level of radioactivity it possesses. 3. Nuclear power is bad for the environment.
>
>Many nuclear reactor byproducts are dangerous and require careful long-term storage. This is at the root of the fairly widespread belief that nuclear power is incompatible with a concern for the environment, even though its effects compare favorably with coal's.
>
>The top environmental concern for most of us is global warming, and nuclear power is by far the biggest source of emission-free power we currently have, contributing none of the greenhouse gases that coal plants spew by the ton every day. Neither does nuclear power require the decapitation of Appalachian mountains or the construction of billion-gallon sludge ponds. So why won't environmentalists even consider the nuclear alternative? Some have, notably former Greenpeace member Patrick Moore, Whole Earth Catalog founder Stewart Brand and Gaia theorist James Lovelock. But most environmentalists remain constitutionally averse to nuclear power, for reasons that Brand has described as "quasi-religious." 4. Nuclear power is "unnatural."
>
> From Godzilla to Blinky the three-eyed fish on "The Simpsons," many of pop culture's oddest creatures owe their existence to the mutating powers of radiation. It's easy to forget that radiation and nuclear processes are pervasive in the natural world. President Harry S. Truman put it memorably when he presided over the keel-laying of the USS Nautilus, the world's first nuclear-powered ship, in 1952: "Her engines will not burn oil or coal. The heat in her boilers will be created by the same force that heats the sun -- the energy released by atomic fission, the breaking apart of the basic matter of the universe." Cosmic rays bombard us constantly, and radioactive isotopes of common elements are an unavoidable -- and benign -- part of our food supply. Uranium, the primary fuel in most nuclear reactors, is a natural substance found all over the globe, roughly as plentiful as tin. 5. A nuclear power plant is similar to a nuclear bomb.
>
>Not really. Nuclear power plants use fission -- the splitting of uranium atoms to release enormous energy -- to create power. Modern nuclear weapons use nuclear fusion: the fusing together of hydrogen atoms to release even greater amounts of energy. It's true that early nuclear weapons, such as the one dropped on Hiroshima, were fission weapons that used uranium as fuel, but scientists had to overcome incredible technical challenges to get the fuel to compress long enough to reach a "critical mass" that would release explosive levels of energy. A nuclear power plant is a radically different machine, designed with great care to convert nuclear fission into steady power over a period of years. You couldn't turn a nuclear reactor into a bomb any more easily than you could power your house with a hand grenade.
>
>There is one important link between nuclear power and nuclear weapons: Uranium-fueled reactors produce plutonium, a key ingredient in the construction of nuclear bombs. This is why the United States is justifiably concerned about any nations that are building or attempting to build nuclear power plants.
>
>Nuclear power certainly isn't without hazards, and the industry does itself a disservice by proclaiming that it can construct a reactor that is "inherently safe," implying a condition in which nothing bad can ever happen. That's not possible in any manmade creation. It's also easily disproven the instant something bad does happen -- as it did at Three Mile Island. All methods of power generation involve trade-offs, a balancing of risks against returns. We shouldn't evaluate nuclear power any differently.
>
>ssbn731g@yahoo.com
>
>Todd Tucker is the author of "Atomic America: How a Deadly Explosion and a Feared Admiral Changed the Course of Nuclear History."


People Died at Three Mile Island by Harvey Wasserman:


People Died at Three Mile Island


By Harvey Wasserman


www.NukeFree.org

People died---and are still dying---at Three Mile Island.

As the thirtieth anniversary of America's most infamous industrial accident approaches, we mourn the deaths that accompanied the biggest string of lies ever told in US industrial history.

As news of the accident poured into the global media, the public was assured there were no radiation releases.

That quickly proved to be false.

The public was then told the releases were controlled and done purposely to alleviate pressure on the core.

Both those assertions were false.

The public was told the releases were "insignificant."

But stack monitors were saturated and unusable, and the Nuclear Regulatory Commission later told Congress it did not know---and STILL does not know---how much radiation was released at Three Mile Island, or where it went.

Using unsubstantiated estimates of how much radiation was released, the government issued average doses allegedly received by people in the region, which it assured the public were safe. But the estimates were utterly meaningless, among other things ignoring the likelihood that high doses of concentrated fallout could come down heavily on specific areas.

Official estimates said a uniform dose to all persons in the region was equivalent to a single chest x-ray. But pregnant women are no longer x-rayed because it has long been known a single dose can do catastrophic damage to an embryo or fetus in utero.

The public was told there was no melting of fuel inside the core.

But robotic cameras later showed a very substantial portion of the fuel did melt.

The public was told there was no danger of an explosion.

But there was, as there had been at Michigan's Fermi reactor in 1966. In 1986, Chernobyl Unit Four did explode.

The public was told there was no need to evacuate anyone from the area.

But Pennsylvania Governor Richard Thornburgh then evacuated pregnant women and small children. Unfortunately, many were sent to nearby Hershey, which was showered with fallout.

In fact, the entire region should have been immediately evacuated. It is standard wisdom in the health physics community that---due in part to the extreme vulnerability of human embryos, fetuses and small children, as well as the weaknesses of old age---there is no safe dose of radiation, and none will ever be found.

The public was assured the government would follow up with meticulous studies of the health impacts of the accident.

In fact, the state of Pennsylvania hid the health impacts, including deletion of cancers from the public record, abolition of the state's tumor registry, misrepresentation of the impacts it could not hide (including an apparent tripling of the infant death rate in nearby Harrisburg) and much more.

The federal government did nothing to track the health histories of the region's residents.

In fact, the most reliable studies were conducted by local residents like Jane Lee and Mary Osborne, who went door-to-door in neighborhoods where the fallout was thought to be worst. Their surveys showed very substantial plagues of cancer, leukemia, birth defects, respiratory problems, hair loss, rashes, lesions and much more.

A study by Columbia University claimed there were no significant health impacts, but its data by some interpretations points in the opposite direction. Investigations by epidemiologist Dr. Stephen Wing of the University of North Carolina, and others, led Wing to warn that the official studies on the health impacts of the accident suffered from "logical and methodological problems." Studies by Wing and by Arnie Gundersen, a former nuclear industry official, being announced this week at Harrisburg, significantly challenge official pronouncements on both radiation releases and health impacts.

Gundersen, a leading technical expert on nuclear engineering, says: "When I correctly interpreted the containment pressure spike and the doses measured in the environment after the TMI accident, I proved that TMI's releases were about one hundred times higher than the industry and the NRC claim, in part because the containment leaked. This new data supports the epidemiology of Dr. Steve Wing and proves that there really were injuries from the accident. New reactor designs are also effected, as the NRC is using its low assumed release rates to justify decreases in emergency planning and containment design."

Data unearthed by radiologist Dr. Ernest Sternglass of the University of Pittsburgh, and statisticians Jay Gould (now deceased) and Joe Mangano of New York have led to strong assertions of major public health impacts. According to Mangano, one major study "found that the number of cancers within 10 miles of TMI rose from 1731 to 2847 between 1975-79 and 1981-85. A 64% increase. But they 'didn't find any link' with the accident, and suggested the rise might be due to stress." On-going work by Sternglass and Mangano clearly indicates that "normal" reactor radiation releases of far less magnitude that those at TMI continue to have catastrophic impacts on local populations.

Anecdotal evidence among the local human population has been devastating. Large numbers of central Pennsylvanians suffered skin sores and lesions that erupted while they were out of doors as the fallout rained down on them. Many quickly developed large, visible tumors, breathing problems, and a metallic taste in their mouths that matched that experienced by some of the men who dropped the bomb on Hiroshima, and who were exposed to nuclear tests in the south Pacific and Nevada.

A series of interviews conducted by Robbie Leppzer and compiled in a "a two-hour public radio documentary VOICES FROM THREE MILE ISLAND ( www.turningtide.com ) give some indication of the horrors experienced by the people of central Pennsylvania.

They are further underscored by harrowing broadcasts from then-CBS News anchor Walter Cronkite
( http://www.youtube.com/watch?v=n-c1PrCLaRw ) warning that "the world has never known a day quite like today. It faced the considerable uncertainties and dangers of the worst nuclear power plant accident of the atomic age. And the horror tonight is that it could get much worse."

In March of 1980, I went into the region and compiled a range of interviews clearly indicating widespread health damage done by radiation from the accident. The survey led to the book KILLING OUR OWN, co-authored with Norman Solomon, Robert Alvarez and Eleanor Walters ( www.ratical.org/radiation/KillingOurOwn/KOO.pdf ) which correlated the damage done at TMI with that suffered during nuclear bomb tests, atomic weapons production, mis-use of medical x-rays, the painting of radium watch dials, uranium mining and milling, radioactive fuel production, failed attempts at waste disposal, and more.

My research at TMI also uncovered a plague of death and disease among the area's wild animals and farm livestock. Entire bee hives expired immediately after the accident, along with a disappearance of birds, many of whom were found scattered dead on the ground. A rash of malformed pets were born and stillborn, including kittens that could not walk and a dog with no eyes. Reproductive rates among the region's cows and horses plummeted.

Much of this was documented by a three-person investigative team from the Baltimore News-American, which made it clear that the problems could only have been caused by radiation. Statistics from Pennsylvania's Department of Agriculture confirmed the plague, but the state denied its existence, and said that if it did exist, it could not have been caused by TMI.

In the mid-1980s the citizens of the three counties surrounding Three Mile Island voted by a margin of 3:1 to permanently retired TMI Unit One, which had been shut when Unit Two melted. The Reagan Administration trashed the vote and re-opened the reactor, which still operates. Its owners now seek a license renewal.

Some 2400 area residents have long-since filed a class action lawsuit demanding compensation for the plague of death and disease visited upon their families. In the past quarter-century they have been denied access to the federal court system, which claims there was not enough radiation released to do such harm. TMI's owners did quietly pay out millions in damages to area residents whose children were born with genetic damage, among other things. The payments came in exchange for silence among those receiving them.

But for all the global attention focused on the accident and its health effects, there has never been a binding public trial to test the assertion by thousands of conservative central Pennsylvanians that radiation from TMI destroyed their lives.

So while the nuclear power industry continues to assert that "no one died at Three Mile Island," it refuses to allow an open judicial hearing on the hundreds of cases still pending.

As the pushers of the "nuclear renaissance" demand massive tax- and rate-payer subsidies to build yet another generation of reactors, they cynically stonewall the obvious death toll that continues to mount at the site of an accident that happened thirty years ago. The "see no evil" mantra continues to define all official approaches to the victims of this horrific disaster.

Ironically, like Chernobyl, Three Mile Island Unit Two was a state-of-the-art reactor. Its official opening came on December 28, 1978, and it melted exactly three months later. Had it operated longer, the accumulated radiation spewing from its core almost certainly would have been far greater.

Every reactor now operating in the US is much older---nearly all fully three decades older---than TMI-2 when it melted. Their potential fallout could dwarf what came down in 1979.

But the Big Lie remains officially intact. Expect to hear all week that TMI was "a success story" because "no one was killed."

But in mere moments that brand new reactor morphed from a $900 million asset to a multi-billion-dollar liability. It could happen to any atomic power plant, now, tomorrow and into the future.

Meanwhile, the death toll from America's worst industrial catastrophe continues to rise. More than ever, it is shrouded in official lies and desecrated by a reactor-pushing "renaissance" hell-bent on repeating the nightmare on an even larger scale.


Harvey Wasserman has been writing about atomic energy and the green alternatives since 1973. His 1982 assertion to Bryant Gumbel on NBC's TODAY Show that people were killed at TMI sparked a national mailing from the reactor industry demanding a retraction. NBC was later bought by Westinghouse, still a major force pushing atomic power.


************************************************


Contact information for Ace Hoffman appears below:


Ace Hoffman
Carlsbad, California USA
Author, The Code Killers:
An Expose of the Nuclear Industry
Free download: acehoffman.org
Blog: acehoffman.blogspot.com
YouTube: youtube.com/user/AceHoffman
Email: ace [at] acehoffman.org
Founder & Owner, The Animated Software Company



Monday, March 9, 2009

GNEP: Another high crime by the Bush Administration

March 9th, 2009

Dear Readers,

If colluding with a corrupt foreign-government-owned "business" to suck an estimated ONE HUNDRED BILLION DOLLARS from the taxpayers to begin a nuclear proliferation project in the guise of nuclear NON-proliferation isn't a high crime, what, pray tell, is?

GNEP, which stands for Global Nuclear Energy Partnership, is an invention of the Bush Administration. The most significant partner all along has been the French Government, in the corporate form of AREVA, which was cobbled together from several failing French nuclear companies (and a few other things they could grab so they could look green).

GNEP aims to build a taxpayer-funded reprocessing plant for spent nuclear fuel, even though reprocessing would violate U.S. law and pollute wherever it happened. GNEP would allow the failing commercial nuclear industry to go on polluting and generating yet more waste.

GNEP was first announced in 2006, when the U.S. Department of Energy, under Vice President Dick Cheney's control and as part of his secret energy group's secret plan, released their concept -- already well-formed and just needing money -- tens of billions of dollars to start. Areva's executive roster included, at least for a time, a former member of Dick Cheney's own energy team, so they knew exactly what to expect from the Bush Administration.

But things have changed, and Areva is running out of money -- in fact, they may even be bankrupt by the time you read this. If so, they'll walk away from environmental damage in hundreds of locations around the world. (And their proposed fuel fabrication plant in Piketon, Ohio is also obviously unnecessary, and needs to be stopped, too.) AREVA can and should go bankrupt. What then? Do we just keep making more waste anyway, even when "plan B" (and C, and D, and E, etc.) fails, along with "Plan A" (Yucca Mountain)?

We have a chance to stop GNEP by submitting comments regarding GNEP's Preliminary Environmental Impact Statement (PEIS). Comments are due March 16th, 2009 (see below for more information). Stopping GNEP will go a long way towards crippling the nuclear industry, especially their plans for new reactors, because it would highlight the lack of a waste disposal solution.

Steven Chu, Obama's Energy Secretary, recently stopped nearly all progress on Yucca Mountain, which is good, but he doesn't have a better idea, which is bad. Canceling Yucca Mountain means that unless some form of "reprocessing" happens, all spent nuclear reactor fuel will surely continue to be stored unsafely on site where it is created, and that's why the nuclear industry and their friends in government favor GNEP.

GNEP supposedly offers an alternative to long-term storage of nuclear waste. The spin is to call it a "closed cycle" system of reprocessing and reusing nuclear waste. In reality, GNEP just compounds the problem.

GNEP would produce nuclear fuel called MOX, which is made from reprocessed nuclear waste. MOX is more hazardous than regular "fresh" reactor fuel from virgin uranium, because of all the impurities created during its previous use, which are never completely removed.

MOX itself cannot be recycled a second time, so it's not really much of a recycling program. But they like the term -- it sounds green.

Creating MOX is both expensive and very polluting. The byproduct from creating MOX is a horrendous trail of deadly vapors, liquids, partially-solidified radioactive sludge with frighteningly-more radioactive hotspots, crystallized crap with cracks and quap leaking out, and -- perhaps worst of all -- recycled metals which end up (somehow; it's always a mystery to the nuclear industry how this happens) as children's dental braces and titanium craniums.

Some of the waste from MOX production is poured into the oceans, on the pretend assumption that diluting nuclear waste renders it harmless (which is wrong), that it doesn't accumulate in various places on the sea bed (which is wrong), that it isn't taken up by living organisms and then concentrated up the food chain (which is wrong), and that infinitesimal amounts cannot cause the full spectrum of health effects (they can, albeit at lower rates, the lower the dose, in what is now almost universally believed to be a linear progression).

The rest of the MOX waste is stored improperly. You know it's improper because there is no such thing as safe storage of nuclear waste.

The attempts to clean up the waste from the Cold War at Hanford, Washington are a good indication of what will happen to the waste from GNEP. (Hanford is the most polluted site in the Western Hemisphere.) Originally, GNEP was going to be built at the Savannah River Site in Georgia. It is currently being promoted for construction at Hanford.

This author never supported Yucca Mountain because it was not a proper nuclear waste storage method -- unsafe and impractical. And every little bit that spills, kills.

But the problem with stopping Yucca Mountain is that there is no alternative.

One should remember that of the estimated $10 billion dollars already put into studying Yucca Mountain specifically (really, a lot more, I suspect, but they're calling it that), some of it went into possible alternatives to Yucca Mountain. The scientific team was NOT told they could not consider alternatives. Their job was to find the BEST SOLUTION POSSIBLE within time, budget, and other constraints, one of which was LOCATION. Same thing, different place wasn't allowed. But anything else, even in a different place, was, and yet the Yucca Mountain scientists STILL couldn't come up with a better plan.

So what is Steven Chu actually offering? He's NOT offering to shut the nuclear reactors down, despite the fact that they are old, dirty, leaking, and most will cost billions just to replace the parts that are known to be failing -- let alone the potential cost of NOT replacing any critical components. He's not offering any way to get out of our current dilemma. Dry cask storage is extremely dangerous and was NEVER intended to be a long-term solution. Not one community was convinced to allow it to start without being told it was temporary -- "only until Yucca Mountain opens" we were each told. And we tried to say, "but Yucca Mountain will probably never open, and shouldn't -- it's a boondoggle!" but we were always assured that Yucca Mountain would solve the nuclear industry's waste problem. What's a few dry casks for a few years? But a few dry casks turned into dozens, then hundreds, and a few years turned into dozens, and will turn into hundreds, too.

There IS NO OTHER SOLUTION besides Yucca Mountain. GNEP is terrible and doesn't even help. If Chu can kill Yucca Mountain, shouldn't he feel obligated to shut down the nuclear industry, since it is unsustainable? It doesn't generate anything of value for America if all its costs and liabilities are properly included. Shut 'em down NOW!

Instead, Chu and the DOE are pushing GNEP, apparently just so the public won't realize what a dead end nuclear power really is, and how corrupt it makes our government officials.

Ace Hoffman, Carlsbad, California USA (images added 2025)


From: Hanford Watch #1709:

There are 3 messages in this issue.

Topics in this digest:

1. GNEP DEADLINE TO COMMENT MARCH 16
From: Leo Leonardo

2. ARID LANDS - 03-30-2009
From: Leo Leonardo

3. Fw: Nuclear waste coming soon to an interstate near you
From: Lynn Porter


Messages



1. GNEP DEADLINE TO COMMENT MARCH 16
Posted by: "Leo Leonardo" concordiasalus@hotmail.com
Date: Fri Mar 6, 2009 9:08 am ((PST))

URGENT!!!!
GNEP DEADLINE TO COMMENT MARCH 16, 2009. ONLY 10 DAYS LEFT

There are only 10 days left for you to comment on the proposal to double nuclear power and to dispose of more nuclear waste at Hanford. This is the Energy Department's Global Nuclear Energy Partnership Programmatic Environmental Impact Statement (GNEP PEIS).

You remember, that plan to double nuclear power in the U.S. while adding dangerous waste to Hanford, putting nuclear trucks on the road, and risking nuclear weapons proliferation. This is your final opportunity to let USDOE know that it has completely failed to address the risks to the environment and human health from its plan.

­ The EIS does not identify the quantities of wastes that will be produced by GNEP and added to Hanford and other sites.

- The EIS does not evaluate the risks of a foreseeable accident or terrorist attack involving one of the many trucks that would carry spent nuclear fuel through the Northwest and
elsewhere.

- The EIS does not adequately evaluate the proliferation risks presented by "reprocessing" spent nuclear fuel to extract plutonium and uranium that could be used in bomb-making.

- Finally, the EIS plays an inappropriate game of "hide the ball," analyzing risks only at hypothetical sites. The EIS fails to evaluate the environmental impacts of proceeding with GNEP based on a Hanford site-specific proposal. USDOE solicited and paid Hanford contractor TRIDEC for this proposal.

Please, please make it clear to the Obama administration that GNEP should have left with the Bush Administration. Submit your FINAL comments by March 16th to USDOE. You can submit comments: Electronically:

http://www.regulations.gov/fdmspublic/component/main?main=SubmitComment&o=09000064807446b5

Mail:

Mr. Francis Schwartz, GNEP PEIS document manager
Office of Nuclear Energy (NE-5), U.S. Department of Energy
1000 Independence Ave, SW
Washington, D.C. 20585-0119

Refer to the GNEP PEIS CITIZEN'S GUIDE for
your commenting:

http://www.hoanw.org/uploads/hoanw/4%20pg%20GNEP%20PEIS%20Cit%20Guide.pdf

Thank you for making your voice heard to oppose
doubling nuclear power and oppose more than doubling nuclear waste in the U.S.!


Windows Live™ Contacts: Organize your contact list.
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Messages in this topic (1)



2. ARID LANDS - 03-30-2009
Posted by: "Leo Leonardo" concordiasalus@hotmail.com
Date: Fri Mar 6, 2009 9:27 am ((PST))

ARID LANDS upcoming screening of movie on the Hanford Nuclear Reservation.

Please join us on Monday, March 30 at 7 PM at the First UU
Church at SW 12th and Main, Portland,
Oregon, for a screening of Arid Lands, a locally made award winning video on Hanford Nuclear
Reservation. Gerry Polett, ED of Heart of America
will talk about the future of Hanford and
upcoming opportunities for comment on Hanford as
USDOE issues additional Environmental Impact Statements regarding nuclear waste
at Hanford.
Arid Lands screening is being sponsored by Alliance for
Democracy, Community for Earth of the First Unitarian
Church, and Heart of
America Northwest. Hope to see you on March 30.



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Messages in this topic (1)



3. Fw: Nuclear waste coming soon to an interstate near you
Posted by: "Lynn Porter" lporter@efn.org lynnporter97401
Date: Fri Mar 6, 2009 5:37 pm ((PST))

Also see http://hanfordwatch.org -- L.P.

----- Original Message -----
From: Flights of Thought
To: lporter@efn.org
Sent: Friday, March 06, 2009 7:47 AM
Subject: Nuclear waste coming soon to an interstate near you

Action needed, please send your opinion to the DOE before March 16, 2009. This is a nationwide concern, not just those of us in Oregon and Washington. Highly radioactive shipments will traverse the country via rail and interstates if this plan goes through. This article and related links archived here:

http://www.squadron13.com/JackDresser/NuclearWasteComingSoon.htm and copied below for your convenience.
- Gordon

Nuclear waste coming soon to an interstate near you.

By Jack Dresser

Pasco, Wash., is an exceptionally clean, well-kept little city. But as many unhappy homeowners and investors now realize, when something looks too good, you'd better look more closely. Pasco is the gateway to the most contaminated nuclear site in the Western Hemisphere. We attended a U.S. Department of Energy hearing there last Nov. 17, and another the following night in Hood River.

Sixteen years ago Portland General Electric shut down Trojan, Oregons only nuclear power plant. In 2005, the Trojan reactor vessel and other radioactive equipment were removed, encased, barged upstream, and buried in a 45-foot deep pit at the Hanford Nuclear Reservation along the Columbia River and its salmon spawning grounds. Our radioactive leftovers joined Hanfords 44-year repository as the nations nuclear dumpster.

When decommissioned in 1987, Hanford held two-thirds of the nation's high-level radioactive waste stored in 177 underground tanks. These have been leaking into the groundwater and the river despite a massively funded, 19-year cleanup effort.

The Nov. 17 hearing presented a Programmatic Environmental Impact Statement on the Energy Department's earlier proposal to develop a Global Nuclear Energy Partnership presented in May, 2007 at the same locations. The DOE snuck in its mandated hearings far from our population centers, with short and little notice. For good reason.

Under the GNEP plan, nuclear fuel would be produced in the U.S. and other advanced nuclear nations through a reprocessing technology that is yet to be developed. The cost is undisclosed but substantial. Nuclear fuel would be provided to developing countries for their nuclear energy development. In return, we would receive their waste for further reprocessing, an international recycling system that would keep the big boys in control of weapons-grade nuclear material production. The DOE claims the reprocessing site isn't yet selected, but the inside word is that its Hanford.

Most of the waste would be shipped by truck or train through Oregon, primarily along the Interstate 5 and Interstate 84 corridors.

We also attended the earlier hearing, at which local teenagers told us they couldn't swim in the Columbia River or eat the fish they caught. We read the local paper. Despite years of cleanup research and billions of dollars spent, the sources of groundwater contamination still haven't been identified.

We know we're at least close to one major source, a DOE groundwater geologist stated in a Tri-Cities Herald story. If we can find the source, we can clean it up.

Another Herald story the following day reported that Hanford workers have
moved enough radioactive waste through two- and three-inch underground pipes in recent months at the tank farms to fill six Olympic-size swimming pools. These fields of underground tanks, the story continued, hold 53 million gallons of some of Hanford's worst waste contaminated with high-level radiation and hazardous chemicals.

In contrast to the local news, the deceptively soothing DOE handouts had brief and carefully worded descriptions, touting nuclear as an energy source that doesn't pollute the air (never mind the Earth and water). And its proposed system will allegedly be proliferation-resistant (not proliferation-secure), making nuclear materials nearly impossible (not impossible) to divert without detection. They were clearly hedging their pledges, and it wasn't reassuring.

The newly released PEIS addresses areas of controversy, acknowledging irreducible uncertainties.

Can we afford these uncertainties on trucks loaded with nuclear materials rolling through Eugene and Portland on I-5 during rain, snow, fog and rush-hour congestion? The PEIS estimates as many as 35,000 truck shipments per year under one plan, with an average shipping distance of 2,100 miles.

The impact statement also estimates the latent cancer fatalities based upon population densities along the selected routes for incident-free transport, meaning the radiation cannot be fully contained and insulated from the public.

Unsurprisingly, the PEIS sidesteps the probabilities of accident and intentional destructive acts (e.g., terrorist opportunism), and the possible consequences upon those of us who happen to be in the vicinity. Since this hearing, we read of the truck accident in Eastern Oregon that spilled radiological waste from medical laboratories headed for Hanford.

The GNEP proposal can be viewed at www.gnep.energy.gov. Our governor has announced his opposition to the plan, and it is important that the DOE hear from as many potentially affected Oregonians as possible. To comment, call Francis Schwartz toll-free at (866) 645-7803 or send a fax to (866) 489-1891. To e-mail comments, go to www.regulations.gov, search for Francis Schwartz, see Draft Global Nuclear Energy Partnership Programmatic Environmental Impact Statement and click on Send a comment or submission. Comments must be received by March 16, 2009.

Our testimony at the Hood River hearing, and those of numerous highly informed, articulate Oregonians, can be viewed at our Web site, here: http://www.squadron13.com/deployed/081118PascoHoodRiver/

Jack Dresser, a former Army psychologist and a behavioral research scientist, is a member of Veterans for Peace. He lives in the McKenzie Valley near Springfield.

published 3/4/09: http://www.registerguard.com:80/csp/cms/sites/web/opinion/8611560-47/story.csp


(WEBMASTERS NOTE: the full link to submit your comments online is here:
http://www.regulations.gov/fdmspublic/component/main?main=SubmitComment&o=09000064807446b3)


Ace Hoffman
Carlsbad, California USA
Author, The Code Killers:
An Expose of the Nuclear Industry
Free download: acehoffman.org
Blog: acehoffman.blogspot.com
YouTube: youtube.com/user/AceHoffman
Email: ace [at] acehoffman.org
Founder & Owner, The Animated Software Company