Monday, January 22, 2007

Open Letter To Our Readers In The Grassroots

TMI Was Only A Partial Meltdown
Open Letter To Grassroots

First, to those who have so far joined in signing both our petition, and our open letter to Greenpeace, on behalf of Green Nuclear Butterfly, I extend our heartfelt thanks. (This includes a special thanks to the three groups in Michigan who joined our cause today.)

Many individuals and groups on both sides of this Nuclear Plant re-licensing issue are watching the Green Nuclear Butterfly blog closely...we make the nuclear industry nervous, and some on the anti nuclear side of the fence wonder if we are too confrontational, too controversial in our message. One activist has told us that her organization believes we lead by example, stated the old adage that you get more bees with honey in life. As much as I and the Green Nuclear Butterfly would like to agree with her when it comes to this issue, we cannot, as it is simply NOT TRUE.

As I have said before, the slogan of, "Thinking Globally but acting locally" in this battle is backwards. By keeping us isolated, by making the re-licensing issue a local issue for each separate community, we are losing to the NRC, and to the nuclear industry. Like it or not, the FIX is in, and all you have to do is look at the numbers so far...we are losing 48-0. We are losing because Idaho National Labs, MIT, DOE, NRC, NEI and the entire nuclear industry need America's aging reactors to continue operating for at least another 20 years if they have any hope of their dream of a Nuclear Renaissance becoming a reality. In short, the deck has been DELIBERATELY and MALICIOUSLY stacked against us.

Let's pose a question here...how many of your local and federal officials have told you to your face that they SUPPORT a safety and security assessment of your reactor? I know of five at Vermont Yankee who submitted a written request for this very thing to Mr. Diaz of the NRC...of course that request was denied. Here in my own area, Congressman John Hinchey introduced a bill asking for a Safety and Security Assessment of Indian Point, and the other three members of Congress around the plant co-signed said bill. It was read twice at committee level, and sent to sub-committee where it died a quick death. They could tell us, "WE DID ALL WE COULD", and walk away. Problem is, it is a lie. Work the numbers for yourselves. We are 103 communities with an average of 3 members of Congress representing the area around each reactor. The numbers for the Senate represent lower numbers, but the same percentage scale as in the Congress. If every member of Congress who is paying LIP SERVICE to the local reactor communities signed onto ONE BILL asking for a Safety and Security Assessment at every nuclear facility in America, asked for a Moratorium on every license renewal application, they would have a VETO PROOF MAJORITY.

Problem is, that reality will not happen as long as the grassroots remains divided, isolated and alone. We can not win this fight locally, we cannot win this fight being nice and baking cookies. We might though be able to draw to an inside straight if we all join as one. Ask yourselves, "Has being NICE worked for the 48 reactor communities who have lost so far?" As much as the NRC and the nuclear community would like to think they own us, these are our communities, our towns, our cities and we need to speak as one in demanding our voices not only be heard, but that it carry weight.

The Green Nuclear Butterfly is confrontational, but it is not the voice of a singular soul crying in the wilderness. The Green Nuclear Butterfly, our movement belongs to any one who wants to join. Our blog has a standing invitation to any one in the anti-nuclear movement to send in articles, to have them published and heard. In short, the Green Nuclear Butterfly is the sum of our parts, and as the number of parts grow, so shall our voice. Join us, become a part of something that just might work...if you think about it, what do you have to lose? 30 years ago, Greenpeace started in a garage...today, they are crusaders for many noble environmental causes, with an annual budget approaching 100 Million Dollars. So far, they are noticeably absent in this fight, and we need them, this is OUR HOUR OF NEED...if they will not step in, then we will build our own movement one grassroots person, one grassroots organization at a time as our voice grows and sweeps across America.

Inside Security Breach At Entergy, Or Pro Nuke Nut Job?

WE are sharing a comment sent in on our "What If" article from this weekend, but doing it in the form of an article so that we can address some of the points that it raises. Secondly, we are sharing it for another reason...if the writer of the comment is putting out this information, and (a big if) the details about Indian Point Security are for real, this comment amounts to a very serious Security Breach at the Indian Point Plant...one of their own, or at least someone with some very serious inside information is posting it onto the Green Nuclear Butterfly Blog to refute the points made in Royce Penstinger's historical fiction piece. For ease of reading, Green Nuclear Butterfly's responses have been bolded and GREENED.

Anonymous has left a new comment on your post "Indian Point...A Story of What If? Will You Survi...":

Hey man ! You've outdone yourself! Great fiction piece.

Thank You...I prefer to think of it as Historical Fiction. IF you follow many of the links embedded in the story, you'll see the events are not as far fetched as Indian Point and the NRC would like us to think they are.

I have some questions, though. Since it was blizzard conditions, how did the commando force get to the two jump-off spots? Didn't the coast guard cutter pick them up on radar, as they approached? Why didn't the Coast Guard's quadruple 50's Gatling guns hit them while on the rock face?

First, the work is fiction, but since we are on the subject, I could think of several ways. Further, not so sure that Coast Guard Cutter is docked in front of the plant 27/4 as your question infers. You, much like the NRC wants to give the licensee every assumed advantage that you can. IE, our troops, Indian Point's security staff would and could do everything right. Despite George Bush and the NRC sweeping the web clean, there is still plenty of anecdotal evidence to be found that would leave the average person shaking their head at the nuclear industry's ability to take care of a serious terrorist attack on the facilities. For instance, though they claim it is nothing, Entergy cannot even locate a simple leak in the spent fuel pool of Reactor 2...yet, you would have us believe their security staff would function perfectly. Perfectly like the control room personnel found sound asleep in one of the Entergy plants?

How did they go up the rock face in the snow? Did they use cross country skis? Didn't the cross country skis fuck them up at the jersey barriers?

Sure you would disagree, but this author believes a small force under cover of darkness could approach the facility unseen in kayaks from either direction on the Hudson...further, they could stage across the river to shorten distances. Again, you seem intent on convincing the public that Indian Point is not assailable. Until the NRC conducts a real force on force test at Nuclear Reactors based on some of the real life scenarios that could happen, their assertion that the sites are safe are nothing more than water cooler assurances.

Where did they practice?

Does it matter? Canada, Russia, Alaska to name just three locations that would provide adequate weather conditions for Arctic training, as well as areas of remoteness away from prying eyes. Again, does it matter where they trained? The hijackers that smashed planes into the World Trade Centers trained right here in the United States, right under the noses of those keeping and eye out for them. They did not target just one facility, they targets four planes, and four buildings....they succeeded in seven out of eight of their primary objectives.

If it was real blizzardy, kayaks would have obviously swamped. Power boats might have, too.

Nice try...I did not say it was BLIZZARDY! I stated the system had STALLED, that there was NOT ENOUGH WIND to blow the system north, or out to sea. Tipping motor boats? What, are you saying the NRC and Indian Point need to factor in a typhoon in helping them keep terrorists away from the nuclear reactors?

How come the dogs didn't start barking? Those fuckin dogs bark at turkeys, and deers, and even squirrels. Were they very small commandos, smaller than a turkey?

First, you would have us believe that carefully trained guard dogs are being left out on a bitterly cold winter night in the middle of a snow storm with eighteen inches of snow already on the ground? Do the ANIMAL RIGHTS GROUPS KNOW THIS? Secondly, dogs and other animals have a habit of HUNKERING down during a storm of this magnitude. Lastly, you discount the reality that dogs can be taken out with silent means of death.

How come the remote capacitive motion sensors on the hillside didn't pick them up? Deer set them off all the time.How did they get past the razor wire, without breaking the circuit? (I can understand video being whited out, but not the other systems).

There's a good one...remote capactitive motions sensors...even states the location of these things. Deers set them off all the time. Let me guess, in the middle of a snow storm like the one in the story, there is NO CHANCE that a brief trip of these censors wouldn't be discounted, written off as a deer? Though I do thank you for admitting one layer of Reactor Safety could be rendered ineffective with something as a snow storm.

How come the covert iron foxhole firing positions didn't set up a cross fire? How about the elevated firing towers? How did they get a vehicle past the 8 foot high 360 degree concrete wall? How come the resident national guard tanks didn't respond? How the fuck did they get into, and out of, all the confusing razor wire cul-de-sacs in the second fence line, or the third fence line, or the fourth?(they are ALL electrified).

I see, the FENCE at Indian Point is safe, secure and vital, but the fence at our Southern Border will not work? To use the adage oft quoted by the Pro-Illegal Alien factions, built a 25 foot fence, and someone will build a 26 foot tall ladder. Sure that these obstacles would not be enough to stop our own nation's special forces, but we are TOLD TO BELIEVE no other nation, or terrorist group has the ability to have similarly trained forces that they can insert into any given area in America?

Did the two nearby state trooper barracks fail to respond?

Here's a wake up call for you...in most snow storms, staff at Highway Patrol barracks are STRETCHED, most of the officers dealing with various accidents or motorist emergencies.

Did the Regular Army troops at camp smith get taken out beforehand? Their 12 tanks, and heavy weapons are only 6 minutes away, usually.

Like the way you snuck in that word USUALLY...nice try. Problem is, many of the reservists that do their time there go out to dinner and for a few drinks at various locations here in Peekskill. Those tanks might be six miles away, but they are not ready for RAPID DEPLOYMENT in the best weather, let alone a snow storm as described in the article.

And just how did these birds get a major meltdown to go out of the dome? didn't the dome hold it in, like at three mile island?

IAEA documents admit that they cannot come up with formula to completely discount either a hydrogen or steam explosion of a reactor core. Further, numerous documents are out there that admit the industry and NRC don't really understand brittling at a reactor, nor what the effects of this brittling would have in such a case as a hydrogen explosion inside the core. In fact, despite the NRC's wrongful generic re licensing hoodoo voodoo, one of the Commissioners at the NRC has admitted publicly that no two reactors are alike, each has their own unique set of risks.

Did they send another team to try to make a hole in the dome? How did they get near the dome, since the outside is totally inaccessible at the bottom, made so by the 345 KV high tension lines, the ones where the tree cutter got zapped 4 years ago.? If they went inside the dome to blow a hole in it, how did they find their way through the 5 successive airlocks into the radiation area? Who told them all the security codes? Did they blow the airlocks with C4? If they did , an automatic scram would have locked them in, AND shut the plant down.

I'm not the security expert, though you seem to desperately want our readers to believe you are. How many of us have watched controlled explosives take down buildings 50 times as large as the reactors at Indian Point in less than 30 seconds? Yet, you would have us believe that it's impossible for dedicated professions would not have the know how to overcome various obstacles in their desire to complete their mission. If terrorists have managed to get their hands on weapons to pierce the armor of tanks, surely they can find something that would open four or five doors? I'm sure they are not worried about making it all look pretty.

Didn't the isolation breakers at Buchanan switch yard operate to prevent the blackout spreading? Did your guys send a team over there first to lock those breakers shut?

Let's reverse this question...has the NRC factored this into their Force on Force exercises? In their mock attacks, have they sent a security detail over to guard these isolation breakers?

Were they old retired Con Ed guys, only Con Ed knows how to open or shut that stuff, or even where the controls are in the yard.

Oh, that's reassuring? Such important controls, and no one knows how to open or shut the stuff, or where it is located except old Con Ed guys?

Did they try to find the control room? Weren't they fooled by the ten dead end fake cul-de-sac mock control room passages, the ones nobody but the operators know about?

How reassuring...if no one but the operators know about these ten dead end fake cul-de-sac mock control room passages, HOW DO YOU KNOW ABOUT THEM?

Didn't the automatic bulletproof stainless steel shutters and isolation blast doors operate to isolate the control room? Did the control room go on its emergency air system? Didn't the second team evacuate like they're supposed to, into the alternate safe shutdown bunker, so that even if a nuke worker was a commando, the main control room would have lost the ability to melt the place down anyway?

For starters, if someone had actually gotten this far into Indian Point, there are all kinds of ways to create problems that could result in core meltdown. For instance, one would assume, that those bent on mischief in this case, destruction of the reactor's core could attack the reactor at it's weakest point...say for instance the flow through pipe that drives the steam turbines? Not sure here, but I would think someone shutting down the flow pipe that allows steam/pressure to leave the reactor would cause a serious issue of concern? Further, find it interesting here, that in your entire rebuttal of my piece of fiction you STEERED AWAY from discussing the very vulnerable spent fuel pools. What, afraid to admit that a few armor piercing rounds fired into the bottom of said pools would create serious havoc in and of itself?

Other than those few obvious mistakes, the rest makes quite a story. Hangin out with ME, might make a writer out of you yet, Sherm! Just be honest with me. You lit a spliff before writing it, right?

Be nice if ME identified him/herself for our readers, for the NRC, for the plant. If any of what "ME" shared is true, Indian Point has a VERY SERIOUS SECURITY BREACH, and it would seem one on the inside.

The Commenter's Full Original Text is below:

Anonymous has left a new comment on your post "Indian Point...A Story of What If? Will You Survi..."

Hey man ! You've outdone yourself! Great fiction piece. I have some questions, though. Since it was blizzard conditions, how did the commando force get to the two jump-off spots? Didn't the coast guard cutter pick them up on radar, as they approached? Why didn't the coast guard's quadruple 50's gatling guns hit them while on the rock face?how did they go up the rock face in the snow? Did they use cross country skis? Didnt the cross country skis fuck them up at the jersey barriers?Where did they practice? If it was real blizzardy, kayaks would have obviously swamped. Power boats might have, too. How come the dogs didn't start barking? Those fuckin dogs bark at turkeys, and deers, and even squirrels. Were they very small commandoes, smaller than a turkey? How come the remote capacitive motion sensors on the hillside didn't pick them up? Deer set them off all the time.How did they get past the razor wire, without breaking the circuit? (I can understand video being whited out, but not the other systems). Howcome the covert iron foxhole firing positions didn't set up a cross fire? How about the elevated firing towers? How did they get a vehicle past the 8 foot high 360 degree concrete wall? How come the resident national guard tanks didn't respond? How the fuck did they get into, and out of, all the confusing razor wire cul-de-sacs in the second fence line, or the third fence line, or the fourth?(they are ALL electrified). Did the two nearby state trooper barracks fail to respond? Did the Regular Army troops at camp smith get taken out beforehand? Their 12 tanks, and heavy weapons are only 6 minutes away, usually. And just how did these birds get a major meltdown to go out of the dome? didn't the dome hold it in, like at three mile island? Did they send another team to try to make a hole in the dome? How did they get near the dome, since the outside is totally inaccessible at the bottom, made so by the 345 KV high tension lines, the ones where the tree cutter got zapped 4 years ago.? If they went inside the dome to blow a hole in it, how did they find their way through the 5 successive airlocks into the radiation area? Who told them all the security codes? Did they blow the airlocks with C4? If they did , an automatic scram would have locked them in, AND shut the plant down. Didn't the isolation breakers at Buchanan switchyard operate to prevent the blackout spreading? Did your guys send a team over there first to lock those breakers shut? Were they old retired Con Ed guys, only Con Ed knows how to open or shut that stuff, or even where the controls are in the yard. Did they try to find the control room? Weren't they fooled by the ten dead end fake cul-de-sac mock control room passages, the ones nobody but the operators know about? Didn't the automatic bulletproof stainless steel shutters and isolation blast doors operate to isolate the control room? Did the control room go on its emergency air system? Didn't the second team evacuate like they're supposed to, into the alternate safe shudown bunker, so that even if a nuke worker was a commando, the main control room would have lost the ability to melt the place down anyway? Other than those few obvious mistakes, the rest makes quite a story. Hangin out with ME, might make a writer out of you yet, Sherm! Just be honest with me. You lit a spliff before writing it, right?

Sunday, January 21, 2007

Another Part of The Rubberstamp Puzzle

Our Government, DOE and NRC Selling Us Down River

So, you think your towns aging relic of a reactor should be closed, is your community tired of having to deal with the elevated risk factors as these old dinosaurs slowly begin to die? TO BAD, the NRC is rubber stamping the license renewals of at least 85 percent of the fleet, and short of Congressional Action, there may not be much we can do about it...I stumbled across this very disturbing article this evening, and suggest every grassroots activists in America read it carefully. It further confirms the contention of the Green Nuclear Butterfly that our government is trying to force us to play host to unsafe reactors because they have decided Nuclear Energy should be a part of our nation's energy portfolio...problem is, don't we deserve honest, straight forward relicensing procedures that are NOT FIXED GOING IN? One other disturbing note in all of this...is this rule why GREENPEACE is not stepping into this fight? Jim Riccio is the nuke point person for Greenpeace in Washington, DC...he is the same Jim Riccio quoted in the article. Seems to me, that if Greenpeace does not step in immediately on this issue, they are by their actions saying they are fine with, and endorse this crime against humanity being visited upon Nuclear Reactor Host Communities. Riccio is Greenpeace's point man on Nuclear, he pointed out this plan to RUBBER STAMP re-licensing six years ago. The Executive Director of Greenpeace has NO EXCUSES...if he refuses to step in, he is saying Greenpeace is fine with the environmental RAPE of 103 American Communities.

NRC 20-Yr Plant Extensions

To: RADSAFE
Subject: NRC 20-Yr Plant Extensions
From: Susan Gawarecki
Date: Tue, 17 Oct 2000 17:05:44 -0400
Organization: ORR Local Oversight Committee

+++

This article came to me electronically today, although the news is obviously dated I hadn't heard about it. Would this be considered a "pro-nuclear power" decision by the existing administration?

My personal opinion of the major party candidates is that they are both very comfy with the petroleum industry, which gives them plenty of incentive to ignore the nuclear power question. As a geologist, I think this would be very good for my [original] profession!

The biggest problem with an energy policy is that it forces the candidates to make difficult trade-offs, as all forms of energy generation (not to mention transmission) have environmental or political consequences. I'm sure they find it easier to just not deal with it.

Please note that the opinions expressed in the article below (or that of the activist organization that distributed it) do not necessarily reflect the opinions of me or my organization.

Regards,
Susan Gawarecki

NRC 20-Yr Plant Extensions - Patching Nuclear Power
J.A. Savage, Albion Monitor
September 25, 2000

In a hushed quest to allow an expected 85 percent of the nation's nuclear reactors to live beyond mandatory retirement, the nuclear industry talked the federal government into allowing a generic 20-year extension on the life of reactors. The public only has until October 16 to let the Nuclear Regulatory Commission (NRC) know what it thinks of the government's plan to allow license renewal instead of decommissioning.

According to the NRC, the only public meeting on the re-licensing plan has been held at its Maryland headquarters. The government's process effectively shuts out any public input on extending plant licenses, said Public Citizen senior policy analyst Jim Riccio. "Most of the public is not aware of the issues until they land in their laps, by way of their local nuclear plant."

Here's where the "generic" part of re-licensing comes in. Instead of having an "in my backyard" approach for concerned citizens, the generic license extension puts the onus in a generic somewhere-else land. "By making something generic, they don't have to deal with the public," Riccio added.

What few nuclear critics are hip to the industry/government move, are focusing on safety issues. "During the early stage of life and the late stage, the failure rate for both man and machines is generally higher than during middle age; the reliability of both man and machines is generally lower during the early and late stages. The prudent and proper course of action is to retire aging nuclear plants before they reach the point where reliability drops off markedly," notes Dave Lochbaum, Union of Concerned Scientists' nuclear safety engineer. The nuclear industry claims it deserves generic safety rules for re-licensing because its safety track record has only gotten better over the years, now that its reactors are in middle age.

In a fortunate acronym for nuclear critics, the generic re-licensing program is called "GALL"- -for Nuclear Power Plant Generic Aging Lessons Learned. The "generic" part appears most important to both industry and government.

"Aging is the same no matter if the [reactor] maker is GE, Westinghouse or Combustion Engineering," said Electric Power Research Institute manager of life-cycle management, John Carey, who added that the weather surrounding a particular reactor is the only difference.

Long known as an aging problem is the brittleness of the metal enclosing the reactor core. The reactor gets bombarded with electrons for years and the metal becomes brittle. EPRI, for one, believes that brittleness is not a problem. "Many plants even at 60 years won't reach that [threshold] level of embrittlement. There's probably none that will at 40," said Carey.

While most of the government's and critics' attention is focused on reactor safety during aging, the industry's impetus admittedly has to do with short-term financial gains that come with a second license and the value added to a plant for resale.
"In a deregulated, competitive business, a fully depreciated nuclear plant (beyond its original 40-year license) is a tremendous asset. It can sell its power at marginal cost, which is very competitive. Such a plant would have significant profit potential," notes the industry group Nuclear Energy Institute. In other words, once ratepayers have paid off the construction investment, the primary expense of nuclear plants disappears and the only ongoing costs to owners are fuel, safety expenditures and staffing. Less tangible opportunity costs like guaranteed ecological preservation are not a part of the calculations.

The NRC's attempt at generic guidelines for license renewal had been sitting around in various stages since the early 1990s. It was goosed into action, though, when Baltimore Gas & Electric's (Constellation) Calvert Cliffs became the first facility to ask for a 20-year extension. Calvert Cliffs (in the NRC's back yard) was approved this March. Duke's Oconee plant in North Carolina followed suit in May.

License renewal does not come without a price, however, as keeping that license means an owner has to invest in anti-aging technology - a.k.a. capital investments.

Like plastic surgery fixes the fissures and sags in an aging body, keeping a past-prime nuke in shape "depends on how much money you have," Carey. For instance, replacing a steam generator, a typical aging problem, costs about $150 million. Shareholders might be loath to invest that kind of capital in an old plant. But, the beauty of re-licensing is that any such investment can be amortized over an extra 20 years, even if the plant owners do not plan to run the plant that long. Thus, license renewal tucks in the short-term operating costs of nuclear plants.

Public Citizen's Riccio, says that the 20 year extension "shifts the risk of future operation from the stockholder to the ratepayer." Riccio believes that the specter of early shutdowns with their attendant stranded asset risk is driving re-licensing. Fitch ICBA analyst Ellen Lapson explained the early shutdown scenario, "Towards the end of the life of a plant, if there's no re-licensing then there's less reason to invest capital."

Using the medical metaphor again, that means there's a choice between euthanasia (decommissioning) because the patient is too expensive to keep up and take the risk of having to pay all those exorbitant hospital bills, or pump more money into the patient--say an aging pop singer, a la Diana Ross--in the expectation the survival will allow payback when the star makes a comeback tour.

A 20-year extension also "enhances the value of the plant if [owners] decide to get out of the business," said Bob Wood, NRC senior licensing financial policy advisor. He added that no owner had confessed that intent directly.

But the industry's unstated intent appears known to the NRC. "GenCos are snatching up economically uncompetitive facilities," noted Christopher Grimes, NRC chief of license renewal and standardization.

But economics can also kill a re-license. Yankee Rowe, a poster-child nuclear facility, scrapped its plans to live beyond middle age because it would have cost too much money just to prove to the NRC that it could do the repairs needed for re-licensing. EPRI's Carey blamed it on the small size of the plant and the economics of energy in New England.

The other economic benefit to plant owners is that when a plant gets a 20-year life extension, payments into its decommissioning fund also gets drawn out another 20 years, allowing another decrease in short-term operating expenses, noted Fitch's Lapson.

Like a boomer turning 40, the limit for what constitutes old-age in a nuke was "arbitrary," said the NRC's Grimes. "In the Atomic Energy Act of 1956, everybody said 40 years ought to be enough," said Grimes, adding that the arbitrary number was based on financing available to owners. "We looked into what might be life-limiting aging effects. In 1991 the first rule was issued on aging effects. It concluded Mother Nature doesn't care how long the NRC's license term is."

As Stated Before, Relicensing FIX is In...NRC Rubber Stamping...The DOE PROOF

Many have already LABELED me a conspiracy NUT...oh well, I can live with that, as well as the other negative aspersions a few pro nuclear fruit loops seem intent on tossing my way...the growth of our readership tells the tale. I bring this issue up, as once again, I am bringing up the claim that host communities ARE NOT being given a fair and just re licensing process. The NRC, DOE, the nuclear industry, and perhaps others have colluded to Rubber Stamp every application for renewal that crosses the desk of someone at the NRC. I've asked before, where is and attorney to file a RICO CASE on behalf of the citizens?
NERAC, DOE and others starting back in the late 90's decided that nuclear should be given a rebirth, so a two pronged attack was born. or is that hatched? (NERO and GNEP) To move the goals forward, the Nuclear Power 2010 Initiative was born to puta new plan for a new generation of reactors in front of the NRC for approval on or before the year 2010...problem was, they had a SERIOUS PROBLEM. America's fleet of 103 aging reactors were a desolate, motley group with more problems among them than Paris Hilton, Brittany Spears and Michael Jackson put together. Leaking spent fuel pools, tritium leaks, strongium 90 releases, and for good measure, radioactive water leaking from the bottoms of the reactor cores.
The problem was a simple one...they needed, and still need these ticking time bombs to make the road to their vision of tommorow possible. Some would like to deny this, jump in at this point in the article and accuse me of being a heretic, point their fingers in my face and chant to any one that would listen...LIAR, LIAR, LIAR. Problem is, I am not lying...DOE says as much in their own documents. I've only selected part of the article to share here, but you can read the entire article for yourself. Then ask yourself the REAL QUESTION. If George W. Bush, the DOE, Idaho National Lab, NEI, NRC and the nuclear industry decided they NEEDED these aging reactors to create a Renaissance for Nuclear Power here in America, do you really think they would give ANY COMMUNITY a fair and honest relicensing process? I have deliberately highlighted some key phrases in RED that you should pay close attention to.
Nuclear renaissance At What Cost?
In fact, nuclear power plants already provide 20 percent of the electricity consumed in the United States. There are currently 104 nuclear power plants in 31 states. However, the Department of Energy forecasts that by 2020, the United States will almost double its electrical power consumption to more than 800,000 megawatts. To supply that power will require 1,300 to 1,900 new U.S. power plants, many of which could be nuclear. [figure: U.S. nuclear power plants]

But to expand the use of nuclear power, we must ensure that existing nuclear power plants continue to operate safely beyond their original design lifetime of 40 years, simplify reactor regulations without compromising reactor safety, and build new nuclear power plants that are simpler, cheaper, safer, and less prone to terrorist attack. In addition, we must dispose of spent nuclear fuel both safely and securely and prevent the diversion of weapons-grade nuclear material from existing power plants. Several Los Alamos programs address these issues.

Reactor Safety, Security, and Economics (Anyone else find it odd that public safety is NOT mentioned here?)

Los Alamos scientists first began to work with reactor fuel--specifically, uranium and plutonium--during the Manhattan Project because these elements also fuel nuclear weapons. Since then, Los Alamos studies of uranium and plutonium have contributed to both weapon and reactor science. [figure: Omega West Reactor]

One of the more recent reactor-related programs at Los Alamos has improved the safety of existing power reactors. In 1998, at the request of the U.S. Nuclear Regulatory Commission (NRC), Los Alamos scientists began studying a problem with the emergency core-cooling systems of nuclear power plants.

Normally, a nuclear reactor's core is cooled in a bath of water under high pressure; the core and bath are contained in a large vessel. A break or leak in the pipes that circulate water to and from the vessel or in the vessel itself could lead to excessive core heating. The emergency system cools the core if the regular cooling system fails.

What The Nuclear Industry Does Not Want You To Know

ROUTINE RADIOACTIVE RELEASES FROM NUCLEAR REACTORS - IT DOESN’T TAKE AN ACCIDENT

What you are not supposed to know:

1. It doesn’t take an accident for a nuclear power plant to release radioactivity into our air, water and soil. All it takes is the plant’s everyday routine operation, and federal regulations permit these radioactive releases.

2. Radioactivity is measured in "curies." A large medical center, with as many as 1000 laboratories in which radioactive materials are used, may have a combined inventory of only about two curies. In contrast, an average operating nuclear power reactor will have approximately 16 billion curies in its reactor core. This is the equivalent long-lived radioactivity of at least 1,000 Hiroshima bombs.

3. A reactor’s fuel rods, pipes, tanks and valves can leak. Mechanical failure and human error can also cause leaks. As a nuclear plant ages, so does its equipment - and leaks generally increase.

4. Some contaminated water is intentionally removed from the reactor vessel to reduce the amount of the radioactive and corrosive chemicals that damage valves and pipes. The water is filtered and then either recycled back into the cooling system or released into the environment

5. A typical 1000-megawatt pressurized-water reactor (with a cooling tower) takes in 20,000 gallons of river, lake or ocean water per minute for cooling, circulates it through a 50-mile maze of pipes, returns 5,000 gallons per minute to the same body of water, and releases the remainder to the atmosphere as vapor. A 1000-megawatt reactor without a cooling tower takes in even more water--as much as one-half million gallons per minute. The discharge water is contaminated with radioactive elements in amounts that are not precisely known or knowable, but are biologically active.

6. Some radioactive fission gases, stripped from the reactor cooling water, are contained in decay tanks for days before being released into the atmosphere through filtered rooftop vents. Some gases leak into the power plant buildings’ interiors and are released during periodic "purges" and "ventings." These airborne gases contaminate not only the air, but also soil and water.

7. Radioactive releases from a nuclear power reactor’s routine operation often are not fully detected or reported. Accidental releases may not be completely verified or documented.

8. Accurate, economically-feasible filtering and monitoring technologies do not exist for some of the major reactor by-products, such as radioactive hydrogen (tritium) and noble gases, such as krypton and xenon. Some liquids and gases are retained in tanks so that the shorter-lived radioactive materials can break down before the batch is released to the environment.

9. Government regulations allow radioactive water to be released to the environment containing "permissible" levels of contamination. Permissible does not mean safe. Detectors at reactors are set to allow contaminated water to be released, unfiltered, if below "permissible" legal levels.

10. The Nuclear Regulatory Commission relies upon self-reporting and computer modeling from reactor operators to track radioactive releases and their projected dispersion. A significant portion of the environmental monitoring data is extrapolated – virtual, not real.

11. Accurate accounting of all radioactive wastes released to the air, water and soil from the entire reactor fuel production system is simply not available. The system includes uranium mines and mills, chemical conversion, enrichment and fuel fabrication plants, nuclear power reactors, and radioactive waste storage pools, casks, and trenches.

12. Increasing economic pressures to reduce costs, due to the deregulation of the electric power industry, could further reduce the already unreliable monitoring and reporting of radioactive releases. Deferred maintenance can increase the radioactivity released - and the risks.

13. Many of the reactor’s radioactive by-products continue giving off radioactive particles and rays for enormously long periods – described in terms of "half-lives." A radioactive material gives off hazardous radiation for at least ten half-lives. One of the radioactive isotopes of iodine (iodine- 129) has a half-life of 16 million years; technetium-99 = 211,000 years; and plutonium-239 = 24,000 years. Xenon-135, a noble gas, decays into cesium-135, an isotope with a 2.3 million-year half-life.

14. It is scientifically established that low-level radiation damages tissues, cells, DNA and other vital molecules – causing programmed cell death (apoptosis), genetic mutations, cancers, leukemia, birth defects, and reproductive, immune and endocrine system disorders.

THIS INFORMATION SHEET IS INTENDED FOR REPRINTING AND, THEREFORE, IS NOT COPYRIGHTED

Nuclear Information and Resource Service
6930 Carroll Avenue Suite 340, Takoma Park, MD 20912
301 270 6477; 301 270 4291
nirsnet@nirs.org; www.nirs.org

Premeditated Random Murder

First, I'd like to thank Sally for this article...she's very plugged in to the efforts in Vermont to shut down another delapidated and failing Entergy nuclear reactor known as Vermont Yankee. We are pleased to welcome her aboard here at the Green Nuclear Butterfly.

Her first contribution is a long one, but well worth the read. In many ways, it shows the callous attitude of both the NRC and nuclear industry in wrongfully moving risk evaluation into a mode of cost benefit analysis, wherein the cost to the licensee is weighed against the ills to society, or more specifically the ills to the communities being forced to host these ticking time bombs. Bottom line...to make nuclear affordable to investors, the NRC has allowed safety to take a second or even third seat to licensee cost considerations. Acceptable deaths attributed to a plant might be fine for Entergy, but are not acceptable to the host communities.

Premeditated Random Murder

Friends:

I would like to share some thoughts and an article on the impossibility of containing nuclear pollution, which is at the core of the nuclear controversy.

It is utterly impossible to contain 100% of the radioactive toxins produced in a nuclear reactor, whether under normal operations or during unplanned "burps" or accidental releases. There is no safe level of radiation exposure. Dr. John Gofman, a pre-eminent Manhattan Project nuclear scientist and medical physician pointed this out in 1979, in his excellent and still very timely book IRREVY, AN IRREVERENT ILLUSTRATED VIEW OF NUCLEAR POWER. In the course of his scientific career, Gofman came to believe that commercial nuclear power was no less than "premeditated random murder" since the monstrous amounts of pollution reactors generate contain the longest lived and deadliest toxins not only to man but to future generations of humans and other living beings, and are virtually impossible to contain. Back in 1979 Gofman wrote that "Every responsible organization studying radiation injury now holds that cancer, leukemia, and genetic damage must be considered to be essentially proportional to dose, down to the very lowest radiation doses." After excruciating feet dragging, The National Academy of Science's BEIR VII Committee confirmed this only last year. Gofman states, "In one year of operation , a 1000-megawatt nuclear power plant generates fission products (like Strontium-90 and Cesium 137) in a quantity equal to what is produced by the explosion of 23 megatons of nuclear fission bombs--or more than one thousand bombs of the Hiroshima-size." Any leakage of fission products, noble gases, or particulates from a nuclear reactor will translate into leukemias, solid cancers, and genetic damage if encountered by human beings. In this context, we face a fight to free Vermont from the yoke of the nuclear pollution industry. And we have a steep road ahead.

By way of illustration....First, we face a lack of general awareness, second, a lack of a culture of radiation protection in Vermont. In addition to the storage of over 25 million curies of radioactive Cesium in the seven story-high, unprotected spent fuel pool (over 12,000 Hiroshimas), our local reactor, Entergy Vermont Yankee (ENVY--one of the seven deadly sins) is unmonitored and untested as far as Tritium leaks are concerned. Vermont's original (circa 1971) Public Service Board orders on radiation protection specified radioisotope monitoring BEFORE DILUTION. The VDOH monitors Tritium not BEFORE dilution, in groundwater wells on the reactor site, but AFTER any Tritium in the groundwater is majorly diluted by 16,000 cubic feet per second on average of Connecticut River Water coming down from the Connecticut Lakes 200 miles north at the headwaters in New Hampshire. No one knows whether ENVY leaks Tritium, no one can bat an eye.

Drinking water at the Vernon School, across the street from the reactor and just a thousand yards away is not tested for Tritium. At a NRC meeting regarding ENVY's 20% uprate a few years ago, my ancient parents who trekked over the mountains for the meeting just for the amusement of hearing the suits lie, were shocked to find a sign on the drinking fountain: Do not drink the water. When I enquired with the VT Dept. of Health Radiological Division, I was told that they thought the Vernon School water had Uranium in it. Uranium! Asked about the high radiation readings inside the school of 19.4 mrem, just .6 mrem under the FENCELINE LIMIT, DOH employees Carla White and Larry Crist testified before the Vermont Public Service Board that they thought it was Radon. They were measuring gamma radiation. Radon is an alpha emitter. When asked about this, they said some of the Radon daughter-products were gamma emitters. To have that much gamma from a Radon daughter, you had to have one whopping Radon problem in the school. Asked if they tested for Radon, these public servants said "No, that's done by another department at the VT Dept. of Health." Asked if they had informed the Radon department, they said "No that is up to the town." Asked if they had informed the town, they said "Well, No, they hadn't." And there they are, within spitting distance of the reactor.

Well water from the house nearest (actually, AT) the "limiting location" at the ENVY boundary, (the hottest spot on the perimeter) is not tested for Tritium. It would be, according to the Advisory Committee on Reactor Safeguards, the recipient of 500 Roentgens of lethal N-16 shine within 15 minutes, in the event of a design basis accident. That is enough radiation to melt eyeballs.

The VDOH and Agency of Nat Resources permit ENVY to dump radioactive septic sludge on fields on site. The entire alphabet of fission products and radioisotopes present in this sludge make it too hot to send to commercial septic haulers. IN ORDER TO SAVE MONEY, ENVY was granted permission to spread the sludge on-site, on the surface, on fields next to the CT River, saving them the cost of shipping it out with their "low-level" waste to Barnwell, SC. The septic waste contains toxic radionuclides. These may wash into the river in downpours, or percolate into the soil, attach to colloidal soil particles and migrate into the ground water and the river. As far as I can tell, there are no onsite groundwater wells monitoring where, or how fast, this stuff migrates.

ENVY also received permission from the NRC to stockpile 150 cu. meters per year of radioactive contaminated soil onsite, in unlined, uncovered, piles. That's about eight huge dumptruck loads per year. Where the contamination comes from, they don't say. Certainly not from the reactor, which they claim is clean and emits virtually nothing.

The following lengthy article from Riverkeeper, which is a must read for all who care about environmental and social justice, illustrates the human cost of these reactor leaks, once they are REVEALED to their communities. How many more communities are unaware of their danger, thanks to lax oversight by the NRC and complicit and irresponsible state Departments of Health who look in the wrong places or use the wrong assays for radioactive pollutants?

Civic Solutions
The story of Braidwood highlights how a corporation, aided by the federal agency charged with regulating it, can elude responsibility for serious safety problems. It also exemplifies the strength and unity of a community when threatened. Godley, Braidwood and Wilmington citizens, who would never characterize themselves as “activists,” came together in a time of uncertainty and forced their elected representatives – from the local to state to federal levels – to pay attention and act to protect their community. Until residents stood up and recognized their important role in the democratic process, repeated assaults on their environment fell through the cracks of federal and state agencies.

http://switchstudio.com/waterkeeper/issues

Invisible Poisons
By Lisa Rainwater, Riverkeeper

Experts estimate that a quarter of the nation’s 65 reactor sites have radioactive leaks. In many instances they go undetected for long periods of time. Local elected officials and the public are kept in the dark even longer. Regardless of your view on the merits or shortcomings of nuclear power with respect to national energy policy, the immediate threat of radioactive leaks from existing nuclear power plants is an ongoing, increasing problem that cannot be ignored.

Radioactive waste created as a byproduct of generating electricity at nuclear power plants remains deadly for up to 300,000 years. There are 50,000 tons of this waste in spent fuel pools and dry casks at commercial nuclear power plants across the United States. The federal government has yet to find a long-term way to deal with this radioactive waste.

In the last decade, numerous U.S. nuclear power plants have reported radioactive leaks into groundwater, public waterways and the drinking water of local communities. More than half of these leaks have occurred since 2005. These are invisible poisons that cannot be detected by sight, smell or taste. They are also some of the most dangerous toxins known to mankind. Yet there is no law or regulation requiring state or local notification of “unplanned” spills or leaks at nuclear power plants. Local officials and the public must rely on the openness and integrity of nuclear power plant operators and government officials to be kept informed of such leaks.

The response from government and the corporate world continues to be consistent and routine: “There is no threat to public health and safety.” Such “no threat” statements offer little reassurance to the people living next to the Braidwood nuclear plant located 60 miles south of Chicago. They’ve been on bottled water since March 2006 due to a six million gallon leak of radioactive tritium into their groundwater over the course of a decade.

The health impacts and psychological effects of radioactive waste leaking from a nuclear power plant can be daunting to nearby communities. It can also be a call to action. Just ask the people living near the Braidwood nuclear facility.

Welcome To Godley
A hazy, Midwestern summer sky hung low with rain, as I drove out of Chicago on a humid July day to meet with residents living near the Braidwood nuclear power plant in Will County, Illinois. My route brought me through the city, past suburban box stores and strip malls and finally to the local charm of small bedroom communities an hour south of the third largest city in the United States.

Several of these small communities dot a contaminated landscape, a landscape that is polluted with radioactive tritium. The communities of Godley, Braidwood and Wilmington have been most directly affected by the six million gallon tritium spill that began to flow silently into the Kankakee River and groundwater nearly a decade ago. Yet until 2005, the communities had no idea that they were drinking from potentially contaminated wells and fishing in heavily polluted waters. They received no warnings from Exelon, the owner and operator of the two-unit Braidwood nuclear power facility, or from the Nuclear Regulatory Commission, the federal agency charged with “protecting public health and safety through regulation of nuclear power.”

Since the discovery of the radioactive contamination, this blue-collar community has been trying to force the corporation and federal government to face the issue head-on and to sort out the details of the problem. Exelon, the country’s largest nuclear power corporation, owns the two Braidwood reactors capable of generating 2,400 megawatts of electricity. Braidwood is built on 4,000 acres of land and is separated from neighboring communities by a series of interconnected ditches that serve as troughs to collect effluent and plant runoff. Under the ground, miles of pipes – blowout lines – run in an interconnected maze toward the Kankakee River, carrying legal and illegal radioactive discharge to the 90-mile waterway.

A sea of day lilies greets visitors to the Godley Park District, which lies a short distance from Braidwood and its troughs. The facility is a recreation center for the communities around the plant. Immaculate and well maintained, it signifies the sense of pride shared by staff and area residents in their community. In a small alcove along a corridor stands a water fountain, a typical fixture in most public places in the Midwest, but this one stands dry, a constant reminder that this community has lost one of its most basic needs and rights: safe, clean potable water.

It has been a whirlwind year for residents of this rural community. In December 2005, the Nuclear Regulatory Commission officially notified the Godley community that Exelon had released more than six million gallons of tritium from the Braidwood plant into the Kankakee River and into groundwater. The Nuclear Regulatory Commission also notified the community that tritium had been found in one of the private wells used for drinking water. Exelon and federal officials had known about the illegal leak for nearly a decade, but only released information to the public after a community drinking water well tested positive for tritium. Godley was thrust into the national spotlight as the poster child community for what can go wrong at a nuclear power plant and with the government agencies that regulate it.

Tritium is a radioactive isotope that when inhaled, ingested or absorbed by the skin can cause cancer, birth defects, miscarriages and genetic damage. It is a by-product of nuclear power found in the water used to cool the reactor and water used to cool spent fuel rods.

At the moment there is less focus on the ecological impacts to the Kankakee River than with the potential health effects on the human population that may have been exposed to tritiated water for nearly ten years. Now, as a protective measure, the town is on bottled water – 20 gallons a week per household, complements of Exelon. The bottled water, however, cannot replace what was lost. Twenty gallons is not nearly enough to both drink, cook with and bathe in so, as one resident explained, “We just jump in the shower quickly, and jump back out.”

“Water is such a basic need. Letting anything degrade it – that is just wrong,” explains Joe Cosgrove, the mild-natured Parks Director who has become nuclear watchdog, mediator, confidant, researcher and beacon of light for the residents of Godley. “In our community we weren’t activists. We were just concerned for our safety. I believe it [Braidwood nuclear facility] could be run safe,” he declares, still holding out optimism for a situation that only seems to worsen with each news release from the Nuclear Regulatory Commission.

The NRC Safety Dance
The Nuclear Regulatory Commission is the federal agency charged with overseeing the commercial nuclear power industry and the proper handling and storage of radioactive waste produced at nuclear power plants. The Atomic Energy Commission previously held this job. But in the 1960s concerns grew over the conflict in the agency’s mission of promoting nuclear power and regulating the nuclear industry to protect public health and safety. Congress responded to this dangerous contradiction by abolishing the Atomic Energy Commission and creating the Nuclear Regulatory Commission in January 1975.

In recent years, members of Congress, two former commissioners and national nuclear watchdog groups have raised concerns that the Commission has embarked on a similar path that its predecessor did three decades ago. And with what’s been characterized as a ‘nuclear renaissance’ in the U.S. on the horizon, the Commission could find itself in a precarious safety dance rife with conflicts of interest.

The latest concerns revolve around the fact that the Nuclear Regulatory Commission withheld information about the tritium leaks at Braidwood for nearly a decade and that it has withheld similar knowledge from local officials and the public at other sites as well. The people living near Braidwood are hardworking, family-oriented, church-going folk striving to give their children better lives than they had growing up. Their lives are severely impacted by a massive leak of a colorless, odorless radioactive poison, a federal agency that failed to notify them promptly and a nuclear power corporation whose deep pockets extend to political candidates, but not to the communities they poison.

Braidwood is currently the only nuclear community forced to drink bottled water due to tritium leaks, but such leaks at U.S. nuclear plants are on the rise. And there is growing concern that other communities are not being informed about what’s going on at their nuclear plant. Case in point: Indian Point in Buchanan, New York.

Secret Leaks
Nearly a month passed before the Nuclear Regulatory Commission notified elected officials and the public of a tritium leak discovered at the Indian Point nuclear power in August 2005. Unlike Braidwood, the Indian Point leak does not stem from two or three major radioactive spills, but rather a slow, persistent leak containing a cocktail of deadly radioactive isotopes, including tritium, strontium-90 and cesium-137. No one knows for sure how long it has been leaking (estimates range from a few years to a decade), from where it’s leaking (though definitively from at least one spent fuel storage pool) or at what volume. It is known that a large radioactive plume is currently migrating through the groundwater under the plant, but its size, depth and migration pattern are still unknown. In 2006, the public was informed that the radioactive leak is now more than likely seeping into the Hudson River, a source of drinking water for towns in the Hudson Valley and, in the event of a severe drought, for New York City.

Situated on the banks of the Hudson River, 24 miles north of New York City, Indian Point has been under public and political scrutiny since the terrorist attacks of September 11, 2001. Led by environmental and public health groups, and a large bipartisan coalition of federal, state and local elected officials, safety, security and emergency planning issues have been at the forefront of efforts to shut the plant down. Now that the plant is leaking radioactive poisons into the environment, public concern has increased further. At a Nuclear Regulatory Commission public hearing in March 2005, more than 500 local residents showed up to voice their concerns over the safety of the plant. In April 2006, Riverkeeper filed a Notice of Intent to Sue the plant’s owner for the leak. The owner, Entergy Nuclear Northeast, is a subsidiary of Entergy – the second largest nuclear power plant owner in the country.

It is disconcerting to a community when it learns that a nuclear plant is leaking radioactive pollutants. It is also troubling to learn that the Nuclear Regulatory Commission has no formal regulatory measures in place to monitor such leaks, to notify local elected officials and the public or to require immediate remediation of such onsite leaks.

Prompted by the growing list of leaks and no formal regulatory process, the Union of Concerned Scientists and 22 national and regional watchdog groups – including Riverkeeper – formally petitioned the Nuclear Regulatory Commission in early 2006. The petition called for all nuclear power plant operators to provide information on their methods for measuring leakage of radioactive toxins. The groups also sought answers to questions regarding industry compliance with federal regulations and the health risks to the public.

While nuclear watchdog groups and environmental organizations continue to pressure the Commission to increase and improve oversight of the industry, the Nuclear Energy Institute – the lobbying arm of the industry – is discouraging the Commission from implementing tougher standards for the nuclear industry.

Nearly six months after the Union of Concerned Scientist’s petition was submitted, the Commission issued a draft decision stating that the agency was satisfied with the industry’s proposed voluntary reporting initiative and would seek no further regulatory actions. It appears that federal regulation has become synonymous with industry self-regulation. The public interest coalition is currently seeking to reverse this decision.

In its decision, the Nuclear Regulatory Commission noted that “all available information on those [radioactive] releases shows no threat to the public health and safety.” That information isn’t much comfort for Godley residents, who continue to rely on 20 gallons per week of bottled water. Godley resident Linda Schott’s major concern is what health impacts leaks have had and will continue to have on her family and neighbors. A mother of four and grandmother of eleven, she quietly notes, “Female health problems are common in the area.” She and her daughter have suffered from them, and many of her friends have as well. “Covering things up and lying to us is not being a good neighbor. And that’s basically what they did.”

Exelon & Atom, The Crime-Fighting Dog
Schott is frustrated. This isn’t the first major safety problem that Exelon has tried to ‘cover up.’ In 2000, approximately 5,000 gallons of diesel fuel oil spilled onsite migrating into the ditches that separate plant property from neighboring property owners. Local government officials were not notified of the leak. At a public hearing Exelon initially claimed that the fuel originated from stormwater runoff from parking lots. It was later confirmed that the diesel fuel oil came from leaking underground pipes from storage tanks for back-up power generators, vital equipment found at nuclear plants. The Godley Park District filed a lawsuit against Exelon in 2001 when a measurable amount of xylene was found in one of the Park District’s drinking water wells, but quickly ran out of money to fund litigation against a multi-billion dollar corporation. Exelon reported $79 billion in assets, with $26.9 billion in revenues in 2003. The Parks Department’s annual budget and its legal resources to combat the pollution from the nuclear plant is paltry by comparison.

Exelon’s mishandling of the spills has bred community mistrust for the corporation. Pearl Jones, whose property abuts the draining ditches, noted, “We’ve heard so much and you don’t really know what’s going on.”

This pervasive mistrust has not gone unnoticed. Since Exelon’s troubles at Braidwood, the corporation has tried to curry favor with the community. In 2001, it launched “Fishing for the Cure,” an annual bass competition with proceeds going to a local charity. In April 2006, it purchased a crime-fighting dog, Atom, for the local police department. Exelon also sponsors the community’s July 4th fireworks display. The generosity Exelon peppers on the community, however, pales in comparison to the more than $500,000 that Exelon’s political action committee spent in the 2002 congressional election cycle.

Big money, however, is not about to deter Joe Cosgrove this time. “I’m fortunate to have community members that support my work for the Park District,” he explains, when asked how he keeps going. His latest battle with Exelon over the tritium leaks has propelled him into an entirely new role. He is a point person in the community for federal and state regulators, local government officials, government and private attorneys, the media, and, of course, his neighbors. Perhaps Cosgrove’s greatest credibility factor is that he isn’t looking to shut down the nuclear plant, he simply wants the corporation to take responsibility for the spills and their impacts on the community. “We hold them to a higher standard. They’re not a chocolate factory. They’re a nuclear plant,” he says.

The six million gallon tritium contamination leak stems from safety breaches at Braidwood. The source is a five-mile pipe that flushes water from the plant’s cooling lake into the Kankakee River. Beginning as early as 1996, large volumes of tritiated water began leaking from these underground pipes. In 1998, a valve broke, allowing approximately three million gallons of contaminated water to leak into the river and the groundwater. The same problem occurred in 2000, releasing an additional three million gallons into the environment.

While Exelon searches for answers to the leak, they are facing growing pressure from the community and its elected officials. The current linchpin in the Braidwood case is over a new public waterworks system for surrounding communities. For decades, private, shallow sandpit wells ranging from five to 12 feet deep have been the source of drinking water for Godley residents. So far, one private drinking water well, and 28 test wells have tested positive for tritium, with levels up to 11 times higher than the standard deemed “safe” by the federal government. Neighboring Wilmington has different problems. In 1990, this city stopped drawing drinking water from wells due to high levels of radium discovered during routine testing. Believing that the Kankakee River was a safe alternative, Wilmington opted to draw its drinking water from the river. But now that the river has been contaminated with tritium, officials are again looking for a safe water source.

In February 2006, Exelon agreed to pay a portion of the costs to build a public water system. Negotiations, however, broke down when elected officials asked Excelon to pay the full costs of the new system, estimated at $12 million. The bill to restore safe drinking water to the community is a minute fraction of the earnings and assets of the company, which are derived in part from its operations in the community. In March 2006, Illinois Congressman Jerry Weller wrote a letter to Exelon Chairman John Rowe stating, “I believe Exelon bears the sole responsibility, both logistical and financial, to ensure local residents have a clean and reliable drinking water source. I was somewhat dismayed to learn Exelon pledged only to cover costs not paid by federal, state and local governments, as if those funds are to be a given.” State agencies have begun to put the heat on Exelon. The Illinois Environmental Protection Agency issued an order against Exelon for violating sections of the state’s Groundwater Act. The corporation can be fined up to $10,000 per day for each violation.

Unlike the diesel fuel spill, for which Cosgrove found himself and the Park District alone in battling a multi-billion dollar corporation, he now has the legal support of state and local governments backing him and effected residents. Illinois Attorney General Lisa Madigan and Will County State’s Attorney James Glasgow have filed a lawsuit against Exelon for releasing tritium into the groundwater at the Braidwood plant. The suit, filed in March 2006, alleges that tritiated water was released at eight locations at the plant on six occasions since 1996. Several of the leaks, according to the lawsuit, occurred due to “inadequate maintenance and operation” of vital systems.

Some residents of Godley have also filed a class action suit against Exelon for property damage and compensation for “loss of use and enjoyment of property.” Meanwhile, Exelon is moving ahead with the purchase of properties in the area, buying an adjacent horse track and thoroughbred ranch and boarding up the property with flimsy fencing plastered with “No Trespassing” signs. But owners of the trailer homes near the Braidwood plant have not received the same generous buyout offers. Pearl Jones has received no offer. Of the effluent ditch sidelining her property, she says, “it doesn’t even freeze in the winter like it used to. Kids used to skate on it. Now it smells like stag water.”

This is the kind of anecdote one hears all over Godley for, as in many small towns across the country, people here are willing to take the time to share their stories, if given the opportunity. In discussions with residents I was told about the strange occurrences to befall the village of Godley over the last few years: a champion competition dog whose hair turned orange after jumping into one of the plant’s ditches; several litters of deformed puppies born from a champion breeder’s bitch; and goats at a local hobby farm that had numerous unexplained miscarriages. Several respected community members also spoke quietly with me about the cancer deaths of two cleanup workers in their thirties, and a third also in his thirties dying of cancer; a significant increase in medically-required hysterectomies in young and old women alike; and an increase in thyroid problems throughout the population at large.

The health problems and concerns of area residents are beginning to receive needed attention. In June 2006 Illinois Senator Dick Durbin announced that the Federal Agency for Toxic Substances and Disease Registry (ATSDR) agreed to conduct an independent health study of the Godley and Unincorporated Reed Township area. The study will investigate potential health impacts of tritiated water. Durbin’s request of the federal agency stemmed from a report conducted by the Concerned Citizens Awareness Group, a local community group that documented over 60 cases of cancer in residents living within a three-mile area of an outlet pipe from the Braidwood plant during a 20-year period. The residents of Godley are now anxiously awaiting the findings of the ATSDR study.

Other members of the Illinois Congressional delegation have also stepped up their efforts with regard to the tritium leak and Nuclear Regulatory Commission oversight.

Political Meltdown
Politics and nuclear power have always had a symbiotic relationship. In 1953, President Dwight D. Eisenhower announced his “Atoms for Peace” initiative, which sought to shift American and world perspectives on nuclear technologies from one of war and destruction to one of peace and energy production. In 1979, President Jimmy Carter banned the reprocessing of spent fuel – which creates weapons-grade plutonium as a byproduct – out of concern over nuclear proliferation. And a strong band of Nevadan elected officials have prevented the Department of Energy from opening the nation’s proposed high-level waste repository at Yucca Mountain. Now, with a pro-nuclear administration in the White House, another approach and another shift in thinking about nuclear power has entered public discourse.

Since the near meltdown at Three Mile Island in 1979 and the Chernobyl disaster in 1986, no new licenses for U.S. nuclear power plants have been approved. But that hasn’t prevented the industry from testing the waters and paving the way for a new wave of nuclear power plant construction. Spurred on by the Nuclear Energy Institute and the extensive promotion of nuclear expansion by the Bush Administration and a handful of U.S. Members of Congress, notions of an American ‘nuclear renaissance’ have reached near-mythical proportions in the media and on Capitol Hill. Nuclear power has been connoted as ‘green,’ a ‘cure to global warming’ and a ‘solution to our foreign oil dependency,’ without discussion of the legacy of nuclear contamination and pollution.

Big money can be traced from nuclear political action committees and lobbying groups to President Bush, Vice President Dick Cheney, Sen. Pete Domenici, Sen. Mary Landrieu, Sen. James Inhofe, Rep. John D. Dingell, Rep. Lindsey Graham and Rep. Ralph M. Hall. Those who have received the heftiest campaign donations are also the strongest and loudest proponents of the expansion of nuclear power – primarily through billions of dollars in taxpayer subsidies for the construction of these facilities.

In the 2002 election cycle, according to Public Citizen’s 2003 report Hot Waste, Cold Cash, the nuclear industry contributed over $4 million to U.S. House of Representatives election campaigns, nearly a million of which went to those working on the energy bill. Nuclear political action committees sent a total of $3 million in contributions to the U.S. Senate from 1998 to 2002. In return, the Energy Policy Act of 2005 provides over $13 billion in subsidies and tax breaks to the nuclear industry. The Energy Policy Act also renewed the Price-Andersen Act, an insurance policy for the nuclear industry that caps liability payouts in the event of a nuclear disaster at $10 billion. These most recent subsidies are on top of the $145 billion in subsidies given to the nuclear industry over the last five decades. In comparison, renewable energy received $5 billion in subsidies during that same time frame.

Financial incentives are not the only benefits of hefty campaign contributions. Policy changes are also key to guaranteeing a nuclear renaissance. Under the Bush administration, the Nuclear Regulatory Commission has changed its regulations to make it not only easier to site and permit new nuclear power plants, but also to swiftly add an additional 20 years of operation onto currently operating plants. The Commission has already approved license extensions for 44 reactors, while eight are currently under review and approximately 30 more are slated for submission within the next decade. Three early site permit applications for new reactors are already before the agency.

It seems that a steady stream of taxpayer money, all-powerful energy conglomerates and influential powerbrokers may be just the right formula to bring the nuclear industry back from near extinction.

But while U.S. politicians seem quick to push new plants, polls suggest that the public doesn’t want them. A 2005 International Atomic Energy Agency poll of citizens in 18 countries (including the U.S.) on their opinions on nuclear power found that, “While majorities of citizens generally support the continued use of existing nuclear reactors, most people do not favor the building of new nuclear plants.”

Civic Solutions
The story of Braidwood highlights how a corporation, aided by the federal agency charged with regulating it, can elude responsibility for serious safety problems. It also exemplifies the strength and unity of a community when threatened. Godley, Braidwood and Wilmington citizens, who would never characterize themselves as “activists,” came together in a time of uncertainty and forced their elected representatives – from the local to state to federal levels – to pay attention and act to protect their community. Until residents stood up and recognized their important role in the democratic process, repeated assaults on their environment fell through the cracks of federal and state agencies.

That is not to say it wasn’t an uphill battle. Christine Anne, a former resident of Godley, felt that Exelon’s behavior was in large part due to prejudices against the community, “They just don’t care about us. Exelon made a decision on the people of Godley – they’re low-income, low-educated, poor folk on the other side of the railroad track.” But when faced with the incredible power of big government and the influence of multi-billion dollar energy corporations, what community in America cannot be viewed as poor folk from the other side of the track?

These barriers make it all the more important that the residents of Godley are no longer fighting the tritium battle alone. Godley Park District director Joe Cosgrove seems pleased that state and federal elected officials have become actively involved. But he also realizes that they are a long way from bringing certainty or justice to a community that has repeatedly been lied to and mistreated. He pauses for a moment when thinking about his newfound second career protecting his community. “You have to find something for the people – some solution, some justice. For us the basic thing,” he reflected, “is a safe and secure drinking water supply. Community awareness is the second solution – when government and elected officials know they’re held accountable, they act.”

He may have to wait a while longer for the first solution, but the second seems to have already happened and is now well on its way toward maturity.

Radioactive Isotopes Created by Nuclear Power Plants

Tritium (H3)
12.3 Year Half-life
• Radioactive isotope of hydrogen.
• Byproduct of nuclear fission at nuclear power plants.
• Replaces hydrogen in water molecules, forming ‘tritiated water.’
• If absorbed in liquid form, concentrates in soft tissue and organs.
• Exposure increases risk of cancer, miscarriages and genetic defects.

Strontium (SR-90)
29.1 Year Half-life
• Byproduct of nuclear fission at nuclear power plants.
• One of the most hazardous constituents of nuclear waste.
• Behaves chemically like calcium, concentrating in bones and teeth.
• Internal exposure linked to bone cancer and leukemia.

Cesium (CS-137)
30.13 Year Half-life
• Metal byproduct of nuclear reactor waste.
• Moves easily through the environment, making it difficult to clean up.
• Absorbed by breathing in contaminated dust, handling irradiated equipment or drinking contaminated water containing a dissolved form of cesium.
• Exposure increases risk of cancer.

Indian Point...A Story of What If? Will You Survive? Do You Want To?

Have You Bought Your REACTOR Core Melt Down Shelter Yet?

The warning signs of a structure ready to collapse were all there, but no one wanted to listen, especially not the NRC, nor our Congressman John Hall. I and others like me were heretics, anti nuclear zealots out to beat up on CRIMES AND CORRUPTION OF THE NEW WORLD ORDER NEWS: NRC: Nuclear Workers Fear Retribution ~ Entergy, bent on closing viable, safe, secure and vital reactors in: http://www.counterpunch.org/stclair01172004.html

Indian Point 2 and 3...after all, who were we to demand the closure of two CO2 emissions free energy production units that were generating a daily cash flow beyond the imagination. The strontium-90 found on site and in the fish of the Hudson was ignored, blamed on anything and everything but Entergy, on their nuclear reactors. The Journal News had broken the story of the leaking fuel pools, so the powers that be had admitted to, but down played that problem, describing it as a small leak that they were aware of. 250,000 gallons a small leak? Our sources guessed that figure was understated, the real number at least five fold in volume. Our calls of alarm fell on the deaf ears of those who had bought into Entergy, NuStart, DOE, even the president's claims that nuclear was the new safe GREEN energy of the future, the Mother of a new Hydrogen Economy just over the next horizon.

My body riddled with cancers, distorted with growths and obscene moles of every kind, I have been told I am one of the lucky ones; I've lived to tell the tale, I remain behind after even the ghosts have gone, in what is now a ghost town, a ghost community that stretches South to what used to be New York City, and North almost to Albany. Perhaps I was too stubborn to die, or perhaps I wanted the chance to bitterly tell our government, the NRC, I told you so. For whatever reason, I survived, have lived to tell the tale.

Over the years since the incident I've traveled extensively through this desolate wasteland, collected over 23,000 skulls of those fortunate enough to have died in the first few hours as the twin cores melted down, plumes growing bigger and moving out to cover the land. There are a few others like myself, scavengers in a strange land. No one bothers us, the area still considered too radioactively contaminated for any kind of human habitation, but then we are no longer looked upon as human, seen and referred to as the Pointer's, those unfortunate enough to have survived, quarantined in the living hell that is the fall out from the event the experts said would never, could never be.

It had been your typical winter day, Channel 12 warning us that the snow that had been falling for the past day would continue, a Nor Easter that had stalled out right on top of us, the slight breezes swirling back and forth not enough to blow the storm further north or out to sea. We had 18 inches of snow already on the ground; they were predicting 8-12 more before the system would run out of steam. We were in one of those casual states of emergency that most ignored, the weatherman has instructed us to stay in doors and off the roads. But cabin fever saw a few brave souls trying to make it to the Walmart that used to be out on Route 6. My wife and I, we were hunkered down, had decided shoveling out the cars could wait until tomorrow, or perhaps the next day, as she would not be driving into the Bronx for work until the following Monday, the snow giving us and unexpected long weekend break snuggled up by the fire, warm cookies cooling on a plate as we sipped hot chocolate with just a touch of Grand Marnier.

Unknown to us, to the rest of the millions of people snow bound in their homes, apartments and condominiums, events had already started unfolding over at Indian Point, our lives, the lives of millions, the future of the world about to change in ways we never would have imagined.

The storm saw Indian Point working short handed, but no one was particularly concerned. Security had been pulled in from the perimeters; no one would be out and about in this kind of weather anyway. Besides, a few of the workers from the night shift were snoozing in the cafeteria, or watching TV in vacant offices, having made the decision that driving home was not a real option. Perhaps the technician in the control room missed the first few warning lights flashing red, maybe the guard in charge of scanning the bank of security monitors had turned away to chat with a buddy had missed the squad of men dressed in white arctic suits quietly, stealthily moving up from the woods along the rivers edge. Years later I retrieved the video streams from the hulking skeleton of the site, was able to piece this part of the history together from them.

These men moved with purpose, 27 of them in all, moving in from two different points of attack, one up, and one down river from the reactors. The first guard encountered by the group of 12 men coming in from the north never had a chance, standing just outside his running vehicle having a smoke; they made swift work of him. Switching to the streaming video from monitor 2 I watch as the second group of 15 men, all heavily armed move purposely to one of the spent fuel pools. I sit quietly, still stunned that no alarm had rung yet, amazed that none of us sitting in our homes, safe, secure, and vital had heard the sirens wailing call of warning, telling us an imminent danger was about to strike.

Switching again, the group of 12 had split up into two groups of six, one group on foot, the other in a commandeered vehicle belonging to a now dead guard…back to the other video, six plant guards burst into sight, two intruders die, but all six guards gave their life in the struggle.

My mind wondering back, remembering the day, it was at that moment that the sirens finally began to wail their sullen song…we’d heard it before, did not give it a second thought until a special Breaking News Alert interrupted our show. A reporter came on, obviously fighting to appear calm. “We interrupt to bring you this breaking news…there is a security breach at Indian Point. We are trying to get more details, but we suggest you make plans in case it becomes necessary to shelter in place.

We sat stunned, not sure what to do when the second announcement came…”The announcer was gone; instead we saw on our screen a military officer, his face grim, his words harsh. We have declared a state of Emergency for the area within the ten mile circle of Indian Point, we are recommending that all citizens begin implementing their plan to shelter in place. Stay tuned to this station for further details.

I’d read the Emergency Plan sent out by the folks from Emergency Management, had recognized its inherent flaws. On many occasions I’d raised concerns with Andy Spano’s office, spoken to NRC about the problems with their plan to shelter us in our homes. My words falling on closed minds, I’d created my own plan, but had hoped, even prayed I’d never have to put it into action. That hope was gone, something was happening at the plant, and with a deep sinking despair I kissed my wife’s tear away and told her to begin gathering the cats and bringing anything she could grab in the way of food and medicines from the rest of the house.

I threw on my parka and winter boots and rushed out into the dark as the hour approached six P.M. The snow was deep, the 10 degree temperature biting at my cheeks as I ripped open the door to our shed and began pulling out the five gallon containers of gasoline I’d stored there for just this event. One in each hand, ten trips back and forth and I had them lined up by our back porch door. Back to the shed again, and three more trips had three large military foot lockers lined up beside the containers of gas…my wife opened our back door and together we got everything inside and closed our door to the world and began moving into the basement not sure what was coming next.

My wife had turned on the TV in our kitchen, and coming up for my third group of gas cans I was STUNNED to hear the same military officer saying, “the control room has been compromised.” Fear sent the adrenalin coursing through every cell of my body, I screamed to my wife…get the fucking cats! MOVE GOD DAMMIT, we are running out of time!” I raced to get the trunks safely into the basement, stored the cans of gas in the room that housed our oil tank. My wife came stumbling down the stairs, tears streaming down her face, four of our cats in her arms.

She had her jobs to do, and I had mine…I started taping up, sealing off our windows. She ran into the downstairs bathroom and hooking a small hose up to the sink started to fill up one of the three large coolers we had bought for the purpose of having extra water on hand, and then ran upstairs to gather our other three cats, and grab those little mementos that women can’t seem to live without. I ran into the bathroom, put a lid on one cooler, and started filling another, then went back to taping up our windows.

My wife came down with another arm load of stuff; I had to smile seeing my favorite bottle of Scotch, and two pounds of gourmet coffee in the basket she was carrying. I was on the landing taping up our side door…she knew she was running out of time to safe guard her treasures and darted past me up the last five stairs into the kitchen. I briefly opened the door, and placed the insulation I’d bought for just this purpose up against the storm door, and closed the door. A piece of three quarter inch plywood was nailed into place as my wife appeared again, throwing stuff down the stairs to save herself some time.

Just as I finished putting up the last piece of tape over the plastic on this outside door my wife pleaded…help me DAMMIT, we have to get this stuff downstairs. Sometimes, my wife amazes me…she’d managed to gather twelve plastic laundry baskets full of stuff. Bottles of wine from the dining room, our wedding albums, pictures of her Mom and Dad, noodles from the kitchen cabinet that a friend had given us for Christmas. Smiling despite myself I told her to start sliding them over, and I ran each one down the short flight of steps, until there was but one left. Turning off the kitchen lights, she picked the basket up as I shut the door to our kitchen and sealed the door…our sheltering had officially begun.

On my way down the stairs I threw the emergency switch on our furnace, the instructions from the manual had seen me implement other plans for heat. We had almost five hundred gallons of oil in our basement, I’d had a friend put in a small system that would allow us to heat the three small rooms we were now in, both of us knowing if things got rough that we would bunker down in the utility/laundry room that I had equipped with a steel door, three dead bolts to lock us safely deep within. The gas was for our generator, but with luck the two solar panels on our roof would provide enough electricity for keeping in touch with the outside world, powering a small electric stove I’d installed in the corner of the laundry room, right beside the sink and keep a few other luxuries running for awhile.

After turning on the portable TV, my wife began putting her supplies away, setting up house, as if we both knew it would be awhile before we would again see the world outside of the bunker we had so carefully planned. I’d cleared out the four foot crawl space behind the washer and dryer and had moved in a full size bed months ago…she was busy putting on sheets, and had somehow managed to grab our favorite pillows from the master bedroom up in the attic.

Our basement windows were sealed off with plastic, but taking no chances I’d had them fitted with steel frames, and I began bolting down the quarter inch plate steel covers to keep intruders from getting in. Next I pulled the three foot lockers into the utility room, stored two of them away under the stairs, and opening the third started stacking ammunition onto shelves I’d build just for this purpose. My wife frowned…she never did like guns, but she turned away and started placing pictures around, doing her best to make this stark room seem at least a little bit like home.

We had both been keeping half an ear on the television as we worked, both stopped when it was announced that they had another BREAKING NEWS UPDATE. “Spent fuel pools have been compromised, a fire has erupted in the fuel pool for reactor two, a small plume has been reported by emergency personnel now at the perimeter of the site. The National Guard now has troops being deployed to Indian Point, and the president has ordered NORAD to scramble fighter jets to the area.” I reached out for my wife, held her close, hugged her tight and lied, “We’ll be fine, sweetie, we have everything we need to get through this.

I knew then it was too late, the event NRC wanted to discount was occurring, nothing any one could do would stop the chain reaction that was about to occur. Fighting my own tears, I gently pushed my wife away and said lets get to work, we have things to do. I checked our batteries, they were fully charged, pushed the button to make sure the exhaust fan system I had worked up for the heater was functioning, assuring myself that we could keep the fumes from the oil heating system down now that our boiler was shut down. I dragged our coolers into the utility room, pushed them under the sink. Screw gun in hand, I began putting up the brackets over the toilet, then placed a board over them. A large 100 gallon collapsible water container was opened up, and the hose again turned up…gravity would let us flush the toilet even if we lost our water supply from the outside world.

My wife had managed to put most of her things away, and had dumped both buckets of ice from our twin refrigerator freezers into a stainless steel cooler that sat beside the sink, it’s lid altered to include a chopping block counter top to complete our small kitchen. Looking around, I was pleased…we had one small room that could serve as our den. Both our laptops were there, plenty of pencils and paper, and of course every bit of art supplies my wife could cram in. Both my easels were there, the room finished off with an old love seat sofa and a ratty chair. The large room still had our gym equipment in it, and over by the stairs sat a table and four chairs that could be moved into the utility room if things got tough.

We had a very small but full bath with shower, though no guarantees how long that would be of any use, and the utility room would serve as both kitchen and bedroom, and as long as public water held out, we might even be able to wash a few clothes. The wall behind the boiler was floor to ceiling shelves, each of them filled with every kind of dried and canned food you could think of, lined up on the floor were gallons and gallons of spring water, and more than a few cases of our favorite soda’s and some Lipton tea. Perhaps best of all, two small closets had been converted into a wine cellar years before…at least our dinners would maintain a certain touch of normalcy…”sweetie, which would you prefer, red or white?”

It was while taking stock of our situation that the lights flickered came back on…my wife, “Honey, I’m scared”…then went off for good.

The sirens blared on as I felt my way through the dark to the small table and grabbed a flashlight. “We’re fine honey; everything is going to be OK. Why don’t you pick out a bottle of wine while I light a few candles?”

I retrieved three tea candles, and once their soft warm glow lit the utility and main basement rooms up, I made my way into the small oil tank room and switched us over to our solar battery system. The lights briefly came on, but we went around turning off all of them to conserve the stored power that we had. The TV was left on, the refrigerators and freezer left plugged in…the food in these would run out long before we would have to worry about the power being used, but for now we could at least eat well, keep our strength up for the days ahead, at most maybe a few weeks?

That first night, in fact many of the first nights were eerily beautiful. It was just the two of us alone in our basement, the fear of the events unfolding outside bringing us intimately closer than we’d perhaps ever been. We’d shared two glasses of wine over a simple dinner that first night, though we’d promised in our plan we would have only one. We’d moved the small TV into our small make shift den, lit another tea candle and curled up on the sofa under a quilt to put off the time before having to turn on the heating system, begin using up our precious fuel.

We felt the first explosion even before we heard it, the earth moaning as if being ripped to her core, and in some ways she was as Reactor Three was the first to be breeched, the steam and hydrogen ripping the dome off with ease as a cloud of radioactive particulates lifted into the heavens, mixing with the gently falling snow. Ten minutes later when the News Break came in, we already knew…the reports doubted anyone within one mile of the plant had survived, National Guard, Emergency First Responders and the invasion force all dead. It would be another two hours before the second reactor exploded, my wife curled up, whimpering in my arms.

The incident as it was called took down the grid in seventeen states, New York plunged into darkness as Dante’s inferno rained down a radioactive hell on those the hypothermia did not take. As the days and weeks went by, as reports trickled in, the number of dead grew until it exceeded 3.5 million souls. After the second day we had decided to limit our intake of reports, spending our days listening to CD’s, drawing, writing, reading, crying and doing what we could to survive. For safety we’d moved the kitchen table into the utility room, and once dinner was served, would lock ourselves in. We’d turn in early, usually around nine and lay awake in our little bed watching the reports for a few hours before blowing out our tea candle and trying to get some sleep. We both felt weak, had developed coughs, and occasionally brought up blood…try as we might, we could not keep out the poisons that would eventually deform our bodies, slowly change us into something ugly and diseased, make us into what the world would come to know us as, the Pointers who had survived.

Royce Penstinger
GNB publisher

Post-scriptum by RemyC:
Caution, this is only fiction... It has not happened... This is NOT a news item... Yet, this Orson Wellsian "War of the World" radio broadcast scenario is sadly, all too plausible.

I'm very cautious of such writings, because I know the power of manifestation... It was only two weeks after the movie China Syndrome hit the big screen that Three Mile Island nearly consumed half of Pennsylvania. It was only two days after this blog posted verbatim concerns the nuclear industry has about long term viability of weld joints, that folks in Minnesota ducked another bullet caused by, guess what? Failing weld joints... forcing Entergy to send out a Nationwide advisory to all its other plants, omitting Indian Point from the mix, because IP is a pressurized water reactor (PWR). All the others mentioned, including Monticello, are boiler water reactors (BWR).

Royce's b-horror frightfest above, echoes another such rant, written by Helen Caldicott and read aloud September 17th, 2006 to a crowd of two hundred in White Plains. IPSEC sells the DVD. You can read Helen's chapter on Indian Point going critical in "Nuclear Power Is Not the Answer."