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U.S. Nuclear Waste Dirty-Bombs New Mexico with Plutonium

By William Boardman | Reader Supported News | March 30, 2014

It was Valentine’s Day when the nation’s only radioactive nuclear waste facility first released radioactive particles including Plutonium and Americium into the atmosphere of New Mexico and beyond, including Texas, Oklahoma, and Mexico. Earlier that same day, the New Mexico Environment Department opened the public comment period on an application to modify and expand that nuclear waste facility, which the department said it planned to allow.

The first thing the U.S. government and the government contractor running the supposedly secure radioactive waste project did immediately when faced with the first-time-ever release of radioactivity from the underground site was – not tell anyone, anything. They told no one the truth for four days, even though the truth didn’t seem all that bad, as such things go. Unless contradictory data emerged, this would seem to be a brief release of a relatively small amount of very dangerous isotopes from nuclear weapons waste stored half a mile underground in a salt deposit. While the full scope of the release remains unknown weeks later, it seems clear that this was no Fukushima, except for the operators’ default to instant deceit.

The next day, February 15, 2014, the U.S. Dept. of Energy, which is responsible for the project issued “Event News Release No. 1,” a reassuring press release about “a radiological event” (not further defined), misleadingly stating that “a continuous air monitor detected airborne radiation in the underground” (NOT a release into the air). [emphasis added]

The press release expanded on its false reassurance by saying: “Multiple perimeter monitors at the [facility’s] boundary have confirmed there is no danger to human health or the environment. No contamination has been found on any equipment, personnel, or facilities.” No one was exposed, the press release implied, and added further details to reinforce the “no danger to human health or the environment” claim that is so often the first thing the nuclear industry says about any “event,” regardless of what people may or may not know to be true. Other press releases maintained this official story for several days.

Nuclear industry lies are rational in terms of protecting interests

According to that story, “there were no employees working underground at the time,” and the 139 employees at the surface had to be “cleared by radiological control technicians” and test negative for contamination before they were allowed to leave the site, something of an odd precaution for radiation that was reported only underground. The official story did not mention that the underground part of the facility had been closed down for the previous nine days, since February 5, when a 29-year-old salt truck had caught fire, forcing the evacuation of all 86 employees then working underground.

To be fair to the folks running the underground nuclear repository, which bears the anodyne name Waste Isolation Pilot Plant (WIPP), when the continuous air monitoring system first detected radioactivity being released on February 14, 2014, the system automatically shut down air exchange with the outside, at least according to the U.S. Dept. of Energy (DOE), which describes the facility this way:

“WIPP, a cornerstone of DOE’s [nuclear waste] cleanup effort, is the nation’s first repository for the permanent disposal of defense-generated transuranic radioactive waste left from research and production of nuclear weapons. Located in southeastern New Mexico, 26 miles east of Carlsbad, WIPP’s facilities include disposal rooms excavated in an ancient, stable salt formation, 2,150 feet (almost one-half mile) underground. Waste disposal began at WIPP on March 26, 1999.”

The waste isolation mine was designed to last 10,000 years without leaking. As of 2014, WIPP had more than 1,000 employees and a $202 million annual budget.

Among the details that remain unclear about this WIPP accident are how long it took the system to detect the release and how much Plutonium and Americium were released. The government’s initial position was none. That wouldn’t last long.

On February 17, the Carlsbad Environmental Monitoring and Research Center (CERMC) posted on its Facebook page that it “is currently processing and analyzing ambient air filters from our air samplers located near the WIPP facility. We should have results by the end of the week which will give some indication as to whether any radiation was released into the environment. Hopefully CEMRC will get its filters from the exhaust air shaft at the WIPP site soon so we can analyze those for radionuclides as well. Lastly, remember that adults living within a 100-mile radius of the WIPP site can receive a free whole body count to see what types and levels of radiation are in their lungs and/or whole body…”

Government admits radioactive release, says: don’t worry, be happy

It wasn’t until February 19 that the Energy Dept. issued a press release acknowledging the reality of the airborne release of radioactivity. And this was only after that day’s edition of the local newspaper, the Current-Argus in Carlsbad, had already reported on the Carlsbad Environmental Center’s news release about higher than normal levels of radioactivity including Plutonium and Americium. The government belatedly confirmed the report, without apology, instead putting a positive spin on it, even though officials had been denying it (or perhaps had not known about it) for days. Under the headline “Radiological Monitoring Continues at WIPP” – even though the radiation was detected a half mile away – the new DOE release said:

“Recent laboratory analyses by Carlsbad Environmental Monitoring and Research Center (CEMRC) found some trace amounts of americium and plutonium from a sampling station located on the WIPP access road. This is consistent with the fact that HEPA [high-efficiency particulate absorption] filters remove at least 99.97% of contaminants from the air, meaning a minute amount still can pass through the filters. As noted by the CEMRC, an independent environmental monitoring organization, the levels found from the sample are below the levels established by the Environmental Protection Agency to ensure public health is protected.”

The Carlsbad Environmental Center, a division of the College of Engineering at New Mexico State University, is a quasi-governmental agency. Besides monitoring the waste project, the center has been a contractor for government labs – the Los Alamos National Laboratory and the Sandia National Laboratory – as well as the Nuclear Waste Partnership, a private contractor. The center also works with the U.S. Dept. of Homeland Security on issues relating to conventional explosives used to spread radioactive materials (or, in the words of the website: “issues involving Homeland Security particularly those involving radiation dispersal devices (RDDs or dirty bombs).”

Radiation reached Carlsbad by February 24, but officials did not say this publicly until March 10. A week later they denied the report, saying the Carlsbad radiation came from somewhere other than the waste plant. They didn’t say where.

Dirty bomb or accident – different intent, same effects

Anyone making a dirty bomb would be delighted to use Plutonium as a terror weapon, because Plutonium is very deadly, and remains deadly for a long time (Plutonium 239 has a half-life of 24,000 years). A lot of Plutonium will kill you very quickly at close range, especially if it’s been made into a bomb, which the U.S. proved pretty definitively at Nagasaki in 1945. But even a tiny amount of Plutonium, inhaled and lodged in your lungs, can kill you slowly. In that sense, what happened at the nuclear waste isolation facility was that its operators managed to set off a small dirty bomb. No wonder they claimed no one was exposed.

Talking about dirty bombs or even RDDs is not a preferred public relations approach for most of the nuclear industry, even when their facilities actually become radiation dispersal devices (RDDs). The spin is always about how safe everyone is and how trivial the level of radiation exposure is. The public relations pattern with the New Mexico waste project release is standard – and fundamentally dishonest, as it has been always. On February 24, the Energy Dept. produced another press release with the benign headline, “WIPP Reports New Environmental Monitoring Date” with text that included:

“Dose assessment modeling, which calculates potential radioactivity exposure to people, from the release data showed a potential dose of less than one millirem at each of the environmental sampling locations. A person receives about 10 millirems from a single chest x-ray procedure. The average person living in the United States receives an annual dose of about 620 millirem from exposure to naturally occurring and other sources of radiation.”

Even though the basic assertions here may be factually true in a narrow sense, the implied argument – that there’s nothing to be concerned about – is a lie. First note the use of “potential” – twice – which makes clear that the “dose of less than one millirem” – which could potentially be much more – has little meaning for understanding reality. The statement is careful NOT to use “maximum” or any other limiting word. The first sentence implies a full body dose, the next sentence executes a bait and switch, referring to a chest X-ray which delivers a targeted dose. The last sentence pretends to put it all in perspective by trivializing the earlier doses in the context of an average annual dose of 620 millirem.

Plutonium: one millionth of a gram, officially “safe,” can be lethal

In this press release and thousands like it, the government lies with an apparently reasonable tone, good enough to persuade the New York Times and others. But it’s a big lie, because governments know that no radiation exposure is good for anyone, that any exposure is a risk. The honest discussion would be over how much radiation a person can tolerate and remain healthy for a reasonable time. There are many correct answers to that depending on the particular conditions of exposure. It is dishonest to conflate “naturally occurring and other sources of radiation” because “other sources” are mostly from nuclear medicine, power plants and warheads – all sources created by deliberate human choice.

The deeper lie is in the suggestion that, since a person gets 620 millirem a year, what harm can come from a little bit (or a lot) more? The answer is that great harm can come from very limited exposure, although that’s not necessarily likely. The official “acceptable” body dose of Plutonium is less than one millionth of a gram, and even this amount can eventually be lethal, because Plutonium that gets into the human body doesn’t all come out. It tends to concentrate in the blood, muscle and bone. Americium behaves similarly in the human body. Another official lie embedded in government language is the suggestion that 620 millirem is somehow “safe.” It’s not. It’s already too great an exposure, and the effects of radiation are cumulative.

A particularly articulate internet post, Bobby1’s Blog of Februray 22 (and later revisions), challenged the official story as to both the amount of radioactive material released, how far it had spread, and the danger it posed.

But the official spin works. Matthew Wald of the Times has been writing about nuclear issues for years, yet on February 25 he still managed to start his piece with error-filled credulity: “Almost two weeks after an unexplained puff of radioactive materials forced the closing of a salt mine in New Mexico that is used to bury nuclear bomb wastes, managers of the mine are planning to send workers back in and are telling nearby residents that their health is safe.” The mine was already closed when the so-called “puff” of Plutonium and Americium created conditions that no one can honestly call “safe.” The rest of his piece reads like Wald is also on the DOE payroll.

Energy Dept. said no one was contaminated – that was false

On February 26, in a letter to residents of the Carlsbad area, DOE field manager Jose Franco made what appears to be the first official admission that workers at the waste pilot plant had suffered internal radioactive contamination. Franco wrote that “13 Waste Isolation Pilot Plant (WIPP) employees that were on site the evening of February 14 were notified that they have tested positive for radiological contamination.” Previously the agency had said there were 139 employees on site at the time of the release, and no external radiation was detected on any of them.

“It is premature to speculate on the health effects of these preliminary results, or any treatment that may be needed,” Franco wrote, adding that the contamination was “likely at very low levels” and “predominantly americium-241, material which is consistent with the waste disposed of at the WIPP. This is a radionuclide used in consumer smoke detectors and a contaminant in nuclear weapons manufacturing.”

Franco said it would probably take weeks to establish a credible estimate of the contamination dose these 13 employees received. The Times of February 27 carried the story on page A16 and online with Matthew Wald downplaying its importance. Local media gave the development more scrutiny, since the implications were clear: among other things, officials had no idea why there was a Plutonium release, they had no idea how much Plutonium was released, they had no idea how far the Plutonium had traveled, and they had no idea how many people had been contaminated (the number of contaminated employees later rose to 17, and then to 21).

Actually the detected level of Plutonium was millions of times higher than officials first acknowledged

On March 2, another articulate online post, Pissin’ On The Roses, presented a cogent argument that the Plutonium release had been much greater than the official story allowed. Basing the conclusion on public and leaked documents, the blog argues that the numbers are inconsistent and make sense only by assuming that the radioactive release lasted about 33 minutes: “When we ‘followed the math’, the story didn’t square with what the public was told, ie ‘the release was less than EPA reportable requirements’ (supposedly 37bq/m^3 for Plutonium). In fact, the math showed levels thousands of times greater than EPA reportable requirements for Plutonium.” But there was no report to the EPA.

Almost a month later, Southwest Research and Information Center, an independent organization that focuses on health, environmental, and nuclear issues, used Energy Dept. data to reach a similar, but more extreme conclusion: that the release actually lasted more than 15 hours.

Asking questions is a problem: we might find the wrong answers

Actually, the U.S. Environment Protection Agency (EPA) was stalling, apparently reluctant to get involved with protecting the environment around the government’s only underground nuclear weapons waste storage site, now that it had begun releasing radiation for the first time. On February 27, New Mexico’s two U.S. Senators wrote directly to EPA administrator Gina McCarthy, asking for the EPA’s independent assessment of the “event,” as well as deployment of EPA assets to New Mexico to assess the situation independently. Senators Martin Heinrich and Tom Udall, both Democrats, noted that since “the Environmental Protection Agency (EPA) is the primary regulatory authority in regard to any releases of radioactive materials to the environment from the Waste Isolation Pilot Plant,” the EPA should do more than merely monitor the Energy Dept. and other agencies involved.

The EPA stonewalled. In effect, the Democratic administration in Washington had this answer for two Democratic senators: Drop dead. The EPA said it at greater length, but not until March 5, and then in a letter from the regional administrator, not the administrator in Washington. “We are still evaluating the situation,” wrote Ron Curry, without ever saying why the primary regulatory authority was refusing to “conduct independent studies.”

“As you know, the EPA’s primary regulatory responsibility is to ensure that any releases of radioactive material from the WIPP facility are below the EPA exposure limits for members of the public,” the regional bureaucrat began, launching a paragraph of denial and irresponsibility. Curry said that the EPA would “inspect” the work of others and, so far, “it is very unlikely that any exposures would approach these regulatory limits or represent a public health

concern.” EPA doesn’t know this, EPA has no independent way of knowing this, and as of March 5, EPA had no interest in knowing this independently, even as the primarily responsible regulator.

Besides, Curry added, “we note that the available information supports the conclusion that nearly all of the radioactive material was retained within the filtration system… [and] that radiation levels have declined significantly….”

Translation: that’s what we’ve been told officially and that’s good enough for us.

Also on March 5, the Energy Dept. issued a press release asserting more apparently good news: “Follow-up testing of employees who were exposed… shows exposure levels were extremely low and the employees are unlikely to experience any health effects as a result…. [tests] came back negative for plutonium and americium, the two radioactive isotopes that were detected in preliminary bioassays.” The release does not offer an explanation for this reported atypical behavior of ingested Plutonium and Americium.

Area residents received a letter from DOE dated March 5 containing an identical reassurance. It also expressed hope that workers might be able to re-enter the mine the following week, for the first time since the February 5 salt truck fire.

Fear of more Plutonium? Expert says: Don’t lick your iPhone charger!

During February, in response to continued rising public concern, the Energy Dept. started holding regular public meetings. On March 6, five nuclear waste officials appeared at a sparsely attended public forum billed by the Energy Dept. as a “WIPP Recovery Town Hall Meeting” at the Civic Center in Carlsbad. The almost 90-minute session (recorded by DOE with low quality audio) featured David Klaus from the Department of Energy (DOE), David Huizenga from DOE’s Office of Environmental Management, Joe Franco from the DOE Carlsbad Field Office, Farok Sharif from Nuclear Waste Partnerships [he was later removed from the job and replaced] and Fran Williams from Energy Dept. contractor UCOR, who told the audience flatly: “There are no health impacts to you, to your family, the members of your community from the event.”

Williams, Director of Environmental, Safety, Health and Quality for Oak Ridge National Laboratory’s contractor UCOR has 35 years of experience in her field, health physics and occupational medicine. Although the “Town Hall” received little coverage, Williams made the most news with her comments 57 minutes into the meeting, about radiation levels in the region: “They’re down at the levels of licking your iPhone charger. I’m not trying to be funny; I’m trying to equate radiation exposure to something that you can understand…. I hope that helps. ”

“Many left Thursday night’s meeting [March 6] with the Department of Energy uneasy,” reported Albuquerque TV station KRQE. “They pleaded for more information about the underground radiation leak last month that seeped radiation outside, but many remain frustrated and concerned for their safety.

The DOE tried to reassure people they are safe even though the underground storage areas remained sealed off.”

The next night (March 7) the local Republican Congressman, Rep. Steve Pearce, held his own town hall meeting. The long time backer of the Waste Isolation Pilot Plant (whose private contractors contributed to his campaigns) promised to ask tough questions. Pearce said, “I will hold their feet to the fire.”

Other than his meeting with Energy Secretary Ernest Moniz and New Mexico’s two senators the day before, Pearce’s involvement in events at WIPP appears largely limited to cheerleading, as in his February 5 press release saying everything was fine after the fire and his February 15 press release saying everything was fine after the release of radioactivity.

Radioactive waste isolated for 10,000 years – until it’s not

More than three weeks after the detection of airborne Plutonium, no one had been able to re-enter the salt mine to assess conditions underground or to determine the cause of the accident. WIPP was built without underground surveillance cameras. Officials at the Energy Dept. and other agencies have refused to speak publicly about the issues or to answer reporters’ questions on the record. Even their public bromides began to diverge, with DOE suggesting that WIPP would be operational in the near future, while the NM Environmental Dept. issued a legal notice saying WIPP would “be unable to resume normal activities for a protracted period of time.”

On March 8, the Albuquerque Journal News published a story that said, “No one knows yet how or why a waste drum leaked at southeast New Mexico’s Waste Isolation Pilot Plant on Valentine’s Day, triggering alarms, exposing workers and setting off a cascade of events that could cripple the nation’s radioactive waste disposal system.”

Reviewing Dept. of Energy records, the Journal concluded that there were only two likely scenarios for the February 14 accident:

(1) If a waste drum’s contents overheated, that might cause a spontaneous explosion that spread radioactive debris. Planners in 1997 contemplated this possibility before WIPP opened, and gave odds of it happening as 10,000 to 1.

(2) If the roof in one of the salt cavern rooms fell, that might rupture one or more waste drums and lead to the spread of radioactive debris. Planners gave the odds of that happening as one in a million.

The most likely cause of an accident, planners thought, would be mishandling of waste drums by workers, but there were no workers underground on February 14.

The next day, March 9, DOE announced that remote testing of areas not in the path of the radiation release showed “no detectable radioactive contamination

in the air or on the equipment lowered and returned to the surface. Air quality results were also normal. These results were expected….” DOE suggested that workers might be sent down the mine before the end of the week.

The Energy Dept also announced that four more workers had been contaminated by ingesting Plutonium or Americium at “extremely low levels,” bringing the total to 17 workers contaminated. [On March 27, DOE would announce four more being tested for contamination, raising the total to 21.] The DOE also announced that there would be no workforce layoffs during “recovery efforts” for which there is no estimated end point.

A fire suppression system is useful when there’s a fire

One of the problems for the workers underground on February 5, when the 29-year-old salt truck caught fire, was that the truck’s onboard automatic fire suppression system had been deactivated. Emergency teams put out the fire and evacuated the tunnels without any injuries other than six workers needing treatment for smoke inhalation. Rep. Pearce promptly issued a press release calling it a “minor fire” that posed no threat to public health or safety, which appeared true at the time.

But the deactivated fire protection on the truck turned out to be just the first of a host of shortcomings and failures relating to the waste plant, problems that are still being uncovered.

“This accident was preventable” was the understated conclusion of the Accident Investigation Board in the Dept. of Energy in its 187-page report released March 13. The Board’s four-week investigation included at least two pre-accident visits to the mine, which has been inactive since February 5. The Board praised the workers and their supervisors for responding quickly, knowledgeably, and cooperatively to minimize the emergency. The Board found extensive fault with management’s performance over a longer period of time, finding that maintenance programs were ineffective, fire protection was inadequate, preparedness was inadequate, emergency management was ineffective – and that these criticisms had been made before, some more than once. According to one news report:

“At a community meeting in Carlsbad on Thursday to preview the report, the lead investigator, Ted Wyka, praised the 86 workers who were half-mile underground in the mine when the fire started, saying they ‘did everything they could’ to tell others to evacuate.

“But a number of safety systems and processes failed, Mr Wyka said. Emergency strobe lights were not activated for five minutes and not all workers heard the evacuation announcement. One worker also switched the air system from normal to filtration mode, which sent smoke billowing through the tunnels.”

New Mexico’s senators, in a joint statement, found the Board’s report “deeply concerning” and urged DOE management to take the critique seriously and fix the shortcomings. For his part, Rep. Pearce “applauded” the DOE for “a candid, transparent report” that demonstrated how poorly they had been doing their job for many years.

Senators Heinrich and Udall have written to Labor Secretary Thomas Perez, asking why his agency has failed to carry out its responsibility under federal mine safety law, which requires the Mine Safety and Health Administration “to inspect WIPP no less than four times a year.” Records show that WIPP was inspected twice – instead of 12 times – ­in the past three years

With WIPP closed, Los Alamos waste has to be trucked to Texas

The Los Alamos National Laboratory has been a disaster waiting to happen for years, a disaster that almost happened in 2011 as wildfires approached the facility where radioactive waste was stored in roughly 20,000 steel drums above ground. The fires were held back, but the waste is still there, scheduled for “permanent” storage at the underground waste plant before the next fire season in the summer. Now that can’t happen because WIPP is leaking, and closed.

On March 20, the Energy Dept and its contractor, Nuclear Waste Partnership, announced plans to truck the Los Alamos waste to West Texas for temporary storage at Waste Control Specialists, another government contractor. DOE “has committed to the state of New Mexico to removing several thousand cubic meters of TRU waste from LANL by June 30, 2014. The waste will be moved to WIPP for final disposal once the site reopens. “

According to DOE, it has already moved most of the Los Alamos waste, which “consists of clothing, tools, rags, debris, soil, and other items contaminated with small amounts of radioactive elements, mostly plutonium.”

On March 21, the New Mexico Environment Department withdrew its temporary permit that would have allowed the waste plant to expand. That’s the same permit that the department said on February 14 that it would approve at the end of the 60-day public comment period. The permit would have allowed WIPP to build two new disposal vaults in the salt mine. According to the news release:

“NMED [NM Environment Dept.] cannot move forward on the WIPP’s request to open additional underground storage panels and for the other requested permit modifications until more information is known about the recent events at the WIPP,” said Environment Secretary Ryan Flynn. “Just as NMED needs more information to make informed decisions on permit modifications, the public also needs more information about the radiation release in order to provide informed input during the public comment period. Once NMED has all of our questions answered, we will proceed with consideration of a revised draft Permit.”

With so many other questions to be answered, the question of whether WIPP will ever re-open gets harder to answer with any certainty. There have been numerous reports, by DOE and others, of further radioactive leaks from the site – none of them known to be large and all considered officially “safe.” As Arnie Gundersen at Fairewinds notes, DOE says that when the WIPP ventilation system is set on filtration mode, its air filters collect 99.97% of all the radioactive particles headed for the atmosphere. Accepting that capture rate as correct, Gunderson points out that, mathematically, if the filters are 99.9% effective (which he doubts), that means that out of every 1,000 minutes there is one unfiltered minute. In other words, the radioactive leak continues, albeit slowly, even when the filters work at peak capacity (which is not a constant). Just since February 14, Gundersen calculates, perfectly functioning filters would still have allowed another half hour of contamination into the environment.

Nuclear supporters continue to minimize any danger. Plutonium and Americium are heavy elements, the argument goes, so they fall to the ground quickly. And they stay there unless there’s a lot of wind. No one knows now just how much Plutonium or Americium the waste plant has already emitted, or how much it will emit. But anyone who cares to know knows that this is spring in the southwest, when the winds pick up and dust storms have already happened this year.

April 5, 2014 Posted by | Deception, Mainstream Media, Warmongering, Nuclear Power, Timeless or most popular | , , , , , , | 2 Comments

IPPNW to Prime Minister Abe: “Cancel Rokkasho”

The co-presidents have sent the following letter to the Prime Minister of Japan, Shinzō Abe, urging him to halt plans for nuclear fuel reprocessing, calling the program “unnecessary and hazardous” and “not consistent with Japan’s stated support for achieving a world freed from nuclear weapons.”

September 23, 2013

Your Excellency,

We write on behalf of physicians in 62 countries to express our concern at Japan’s intention to start commercial operation of the Rokkasho spent nuclear fuel reprocessing plant next year, and to urge your government not to proceed with the operation of the Rokkasho plant.

The goal of our federation is to safeguard global health from the threat of nuclear annihilation, which the World Health Organization has identified as “the greatest immediate threat to human health and welfare”. In 1985 IPPNW was awarded the Nobel Peace Prize for performing “a considerable service to mankind by spreading authoritative information and by creating an awareness of the catastrophic consequences of atomic warfare.”

Nuclear weapons could not exist without fissile materials – highly enriched uranium and plutonium. If humanity is to enjoy a healthy and sustainable future, we must achieve a world freed from nuclear weapons, before they are ever again used. We are in a race against time to ensure this. Achieving a world free of the extreme humanitarian threat posed by nuclear weapons will require not only disarmament, but also minimising and wherever possible eliminating further production of fissile materials, and wherever possible eliminating existing stocks. Extreme levels of security are required for any remaining fissile material. This will be a massive task that cannot be undertaken too soon. The authoritative International Panel on Fissile Materials estimated global stockpiles in January 2013 to be 1390 tons of highly enriched uranium, with 31 countries possessing at least 1 kg; and 490 tons of separated plutonium. Each US nuclear weapon is known to contain on average just 4 kg of plutonium.

Japan already possesses 44 tons of plutonium – enough for more than 5000 nuclear bombs, even allowing a high quantity of 8 kg of plutonium per weapon. Japan is the only country without nuclear weapons to be separating plutonium from spent reactor fuel. Further accumulation of nuclear weapons-usable material is a concern for the international community, particularly for Japan’s North-east Asian neighbours. These concerns are accentuated by the lack of forseeable uses for this large and growing quantity of plutonium. Some Japanese politicians over the years have indeed drawn attention to the potential nuclear weapons arsenal that could be produced from such a plutonium stockpile within just a few months. Whatever the Japanese government’s current stated intention, which we have no reason to doubt, political intentions can change very quickly in comparison to the half-life of plutonium. Further, the mere existence of such a stockpile poses a risk of diversion and theft, and fuels fissile material production programs and the drivers for nuclear proliferation in other countries.

Japan’s policy of separating plutonium from spent reactor fuel represents a dangerous precedent for other states to push for similar programs. The inherent technical difficulties of adequately safeguarding nuclear reprocessing plants, and risk of diversion of separated plutonium adds to these risks.

This facility is especially concerning in the context of the North-east Asian region, where the proliferation of nuclear weapons is already a serious concern.

We understand that on 31 January 1997 the Japan Atomic Energy Commission promised that Japan would not hold surplus plutonium, and that this decision was endorsed by the national Cabinet on 4 February 1997. Further, on 5 August 2003, the Japan Atomic Energy Commission required electric power companies to publish plans for use of plutonium prior to separating plutonium from spent fuel. The commencement of commercial operation at the Rokkasho reprocessing plant would run counter to these decisions and thereby raise questions about Japan’s consistency and reliability.

As the people and government of Japan well know, any future use of nuclear weapons would have catastrophic humanitarian consequences. For this reason, IPPNW is working with other partners in the International Campaign to Abolish Nuclear Weapons for a global ban treaty to correct the anomaly that the worst of all indiscriminate weapons are the only ones not yet subject to explicit legal prohibition. As a State Party to the conventions on cluster munitions and anti-personnel landmines, we hope Japan would support efforts to ban nuclear weapons as well.

Given Japan’s already huge stockpile of nuclear weapons-usable material, the opening of the Rokkasho reprocessing plant appears both unnecessary and hazardous. Adding to an already large plutonium stockpile is not consistent with Japan’s stated support for achieving a world freed from nuclear weapons.

We encourage your government to reconsider its decision to start commercial operations at Rokkasho and to declare that such operations will not proceed. Such a decision would be widely welcomed around the world and would support rather than undermine global health.

Yours sincerely,

Tilman Ruff, Co-President

Ira Helfand, Co-President

Robert Mtonga, Co-President

Vladimir Garkavenko, Co-President

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September 25, 2013 Posted by | Militarism, Timeless or most popular | , , , , , , , , , | Leave a comment

NASA’s Dangerous Alliance With the Nuclear Industry

By KARL GROSSMAN | CounterPunch | July 30, 2012

World Nuclear News, the information arm of the World Nuclear Association which seeks to boost the use of atomic energy, last week heralded a NASA Mars rover slated to land on Mars on Monday, the first Mars rover fueled with plutonium.

“A new era of space exploration is dawning through the application of nuclear energy for rovers on Mars and the Moon, power generation at future bases on the surfaces of both and soon for rockets that enable interplanetary travel,” began a dispatch from World Nuclear News. It was headed: “Nuclear ‘a stepping stone’ to space exploration.”

In fact, in space as on Earth there are safe, clean alternatives to nuclear power. Indeed, right now a NASA space probe energized by solar energy is on its way to Jupiter, a mission which for years NASA claimed could not be accomplished without nuclear power providing on board electricity. Solar propulsion of spacecraft has begun. And also, scientists, including those at NASA, have been working on using solar energy and other safe power sources for human colonies on Mars and the Moon.

The World Nuclear Association describes itself as “representing the people and organizations of the global nuclear profession.”  World Nuclear News says it “is supported administratively and with technical advice by the World Nuclear Association and is based within its London Secretariat.”

Its July 27th dispatch notes that the Mars rover that NASA calls Curiosity and intends to land on August 6th, is “powered by a large radioisotope thermal generator instead of solar cells” as previous NASA Mars rovers had been. It is fueled with 10.6 pounds of plutonium.

“Next year,” said World Nuclear News, “China is to launch a rover for the Moon” that also will be “powered by a nuclear battery.” And “most significant of all” in terms of nuclear power in space, continued World Nuclear News, “could be the Russian project for a ‘megawatt-class’ nuclear-powered rocket.” It cites Anatoly Koroteev, chief of Russia’s Keldysh Research Centre, as saying the system being developed could provide “thrust… 20 times that of current chemical rockets, enabling heavier craft with greater capabilities to travel further and faster than ever before.” There would be a “launch in 2018.”

The problem—a huge one and not mentioned whatsoever by World Nuclear News—involves accidents with space nuclear power systems releasing radioactivity impacting on people and other life on Earth. That has already happened. With more space nuclear operations, more atomic mishaps would be ahead.

NASA, before last November’s launch of Curiosity, acknowledged that if the rocket lofting it exploded at launch in Florida, plutonium could be released affecting an area as far as 62 miles away—highly-populated and including Orlando. Further, if the rocket didn’t break out of the Earth’s gravitational field, it and the rover would fall back into the atmosphere and break up, potentially releasing plutonium over a massive area. In its Final Environmental Impact Statement for the mission, NASA said in this situation plutonium could impact on “Earth surfaces between approximately 28-degrees north latitude and 28-degrees south latitude.” That includes Central America and much of South America, Asia, Africa and Australia.

The EIS said the costs of decontamination of plutonium in areas would be $267 million for each square mile of farmland, $478 million for each square mile of forests and $1.5 billion for each square mile of “mixed-use urban areas.” The Curiosity mission itself, because of $900 million in cost overruns, now has a price of $2.5 billion.

NASA set the odds very low for a plutonium release for Curiosity. The EIS said “overall” on the mission, the likelihood of plutonium being released was 1-in-220.

Bruce Gagnon, coordinator of the Global Network Against Weapons & Nuclear Power in Space, for more than 20 years the leading opposition group to space nuclear missions, declared that “NASA sadly appears committed to maintaining its dangerous alliance with the nuclear industry. Both entities view space as a new market for the deadly plutonium fuel… Have we not learned anything from Chernobyl and Fukushima? We don’t need to be launching nukes into space. It’s not a gamble we can afford to take.”

Plutonium has long been described as the most lethal radioactive substance. And the plutonium isotope used in the space nuclear program, and on the Curiosity rover, is significantly more radioactive than the type of plutonium used as fuel in nuclear weapons or built up as a waste product in nuclear power plants. It is Plutonium-238 as distinct from Plutonium-239.  Plutonium-238 has a far shorter half-life–87.8 years compared to Plutonium-239 with a half-life of 24,500 years. An isotope’s half-life is the period in which half of its radioactivity is expended.

Dr. Arjun Makhijani, a nuclear physicist and president of the Institute for Energy and Environmental Research, explains that Plutonium-238 “is about 270 times more radioactive than Plutonium-239 per unit of weight.” Thus in radioactivity, the 10.6 pounds of Plutonium-238 being used on Curiosity is the equivalent of 2,862 pounds of Plutonium-239. The atomic bomb dropped on Nagasaki used 15 pounds of Plutonium-239.

The far shorter half-life of Plutonium-238 compared to Plutonium-239 results in it being extremely hot. This heat is translated in a radioisotope thermoelectric generator into electricity.

The pathway of greatest health concern for plutonium is breathing in a particle leading to lung cancer. A millionth of a gram of plutonium can be a fatal dose. The EIS for Curiosity speaks of particles that would be “transported to and remain in the trachea, bronchi, or deep lung regions.” The particles “would continuously irradiate lung tissue.”

There hasn’t been an accident on the Curiosity mission.  But the EIS acknowledged that there have been mishaps previously—in this space borne game of nuclear Russian roulette. Of the 26 earlier U.S. space missions that have used plutonium listed in the EIS, three underwent accidents, it admitted. The worst occurred in 1964 and involved, it noted, the SNAP-9A plutonium system aboard a satellite that failed to achieve orbit and dropped to Earth, disintegrating as it fell. The 2.1 pounds of Plutonium-238 fuel on board dispersed widely over the Earth.  Dr. John Gofman, professor of medical physics at the University of California at Berkeley, long linked this accident to an increase in global lung cancer. With the SNAP-9A accident, NASA switched to solar energy on satellites. Now all satellites and the International Space Station are solar powered.

The worst accident of several involving a Soviet or Russian nuclear space systems was the fall from orbit in 1978 of the Cosmos 954 satellite powered by a nuclear reactor. It also broke up in the atmosphere as it fell, spreading radioactive debris over 77,000 square miles of the Northwest Territories of Canada.

In 1996, the Russian Mars 96 space probe, energized with a half-pound of Plutonium-238 fuel, failed to break out of the Earth’s gravity and came down—as a fireball—over northern Chile. There was fall-out in Chile and neighboring Bolivia.

Initiatives in recent years to power spacecraft safely and cleanly include the launch by NASA last August 8th  of a solar-powered space probe it calls Juno to Jupiter.  NASA’s Juno website  currently reports: “The spacecraft is in excellent health and is operating nominally.” It is flying at 35,200 miles per hour and is to reach Jupiter in 2016. Even at Jupiter, “nearly 500 million miles from the Sun,” notes NASA, its solar panels will be providing electricity.

Solar power has also begun to be utilized to propel spacecraft through the friction-less vacuum of space. The Japan Aerospace Exploration Agency in 2010 launched what it termed a “space yacht” called Ikaros which got propulsion from the pressure on its large sails from ionizing particles emitted by the Sun. The sails also feature “thin-film solar cells to generate electricity and creating,” said Yuichi Tsuda of the agency, “a hybrid technology of electricity and pressure.”

As to power for colonies on Mars and the Moon, on Mars, not only the sun is considered as a power source but also energy from the Martian winds. And, on the Moon, as The Daily Galaxy  has reported: “NASA is eying the Moon’s south polar region as a possible site for future outposts. The location has many advantages; for one thing, there is evidence of water frozen in deep dark south polar craters. Water can be split into oxygen to breathe and hydrogen to burn as rocket fuel—or  astronauts could simply drink it. NASA’s lunar architects are also looking for what they call ‘peaks of eternal light’—polar mountains where the sun never sets, which might be perfect settings for a solar power station.”

Still, the pressure by promoters of nuclear energy on NASA and space agencies around the world to use atomic energy in space is intense—as is the drive of nuclear promoters on governments and the public for atomic energy on Earth.

Critically, nuclear power systems for space use must be fabricated on Earth—with all the dangers that involves, and launched from Earth—with all the dangers that involves (1 out of 100 rockets destruct on launch), and are subject to falling back to Earth and raining deadly radioactivity on human beings and other life on this planet.

Karl Grossman, professor of journalism at the State University of New York/College of New York, is the author of the book, The Wrong Stuff: The Space’s Program’s Nuclear Threat to Our Planet. Grossman is an associate of the media watch group Fairness and Accuracy in Reporting (FAIR). He is a contributor to Hopeless: Barack Obama and the Politics of Illusion.

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July 30, 2012 Posted by | Environmentalism, Nuclear Power, Timeless or most popular | , , , , | Leave a comment

Sellafield: The dangers of Britain’s nuclear dustbin

RT | July 10, 2012

Britain’s nuclear industry is again the center of controversy. The UK has the biggest stockpile of Plutonium in the world, but there are no definite plans for how to get rid of it – and the delays are costing the UK taxpayer billions.

­A record number of radioactive particles have been found on beaches near the Sellafield nuclear plant, in North West England. The authorities who run it admit it’s the most radioactive place in Western Europe but insist it’s safe.

Sellafield is where all storage of radioactive materials and nuclear reprocessing in the UK takes place. It was once at the heart of plutonium manufacturing for the British atomic weapons program.

Despite the controversy that surrounds the plant, there are plans to build new reactors at Sellafield. The government has approved initial plans to build a fast PRISM reactor on the site. Most locals are against it. They want the UK government to commission a safety study into Sellafield’s effects on the health of the local population.

Janine Allis-Smith has a lot of experience of dealing with the fallout from Sellafield. She is a senior campaigner from Cumbrians Opposed to a Radioactive Environment (CORE) and lives only a few miles from the plant. Her son was diagnosed with Leukaemia and she blames Sellafield.

She told RT, “Kids play on the beaches, they get sand in their clothes.” This sand, she explains, could contain dangerous radioactive particles released from the nuclear complex and “Parents have a right to know the risks”.

Anti-nuclear campaigners are demanding the beaches be closed or at least signs put up warning the public of the potential danger.

Sellafield has been monitoring a number of beaches near the plant since 2006, when it was ordered to do so by the UK government’s Environment Agency after the discovery of a highly radioactive particles. Between 2010 and 2011, 383 radioactive particles were found and removed.

However, locals claim they are not sufficiently informed about the pollution at the site. Allis-Smith explained that they are fulfilling the legal minimum requirement, so that although information is available, no-one knows about it. The local council has refused to become involved.

A study in the 1980’s found that over ten times the national average of childhood Leukaemias occurred near Sellafield. Thirty families tried to take the company who then ran the site to court and lost.

“There has never been a proper investigation into the environmental impact of the plant and there should be.” Allis-Smith said.

Cold war legacy

It is not surprising that people like Allis-Smith are worried. Behind the razor wire, security guards and public relations campaigns, Sellafield is home to some of the most radioactive buildings in Europe.

The UK has the largest stockpile of Plutonium anywhere in the world and it’s all stored at Sellafield. Plutonium is used for the manufacture of nuclear weapons and is extremely radioactive with a half-life of 25,000 years.

According to Francis Livons, research director of the Dalton Nuclear Institute in Manchester, this 113 tonne Plutonium mountain is the historical consequence of the British nuclear weapons programme in the 1950’s and 60’s and of over 60 years of reprocessing nuclear fuel. Since the late 1980’s the plant has been plagued by technical failures and, according to Livons, and a lack of political will to invest in new technology that works. He also said a vast amount of other nuclear waste stored at Sellafield “is not in a good state at-all.”

It is the task of the Nuclear Decommissioning Authority (NDA) to clean all this up. The plans are to pay the French company Areva, who have proved their technology works, to build a new mixed oxide fuel (MOX) plant.

The other option is to let the US-Japanese GE-Hitachi build a new fast PRISM reactor on the site to burn the plutonium and produce electricity. This is a more elegant engineering option but the reactor is totally unproven and is decades away from completion.

The GE-Hitachi plans have been met with dismay by many locals, despite the prospects of large scale job creation in the area. Martin Fullwood, campaign co-ordinator at CORE has branded the proposals “absolute nonsense”.

Livons admits that the fast reactor plans are extremely ambitious, given that this type of reactor has never been built anywhere in the world before.

Fullwood says Sellfield is “A can of worms” and believes “The NDA are clutching at straws”. However, he concedes that something must be done about the nuclear waste. But Livons says “The NDA is finally beginning to get to grips with what is a really nasty problem that lots of governments have tried to run away from. Things are finally starting to happen.”

Sellafield is a legacy of cold war decision making and will remain a problem for decades, and will cost the UK taxpayer tens of billions of pounds to clear up. The British public are worried new reactors built in the UK will also be mismanaged. The government and scientists maintain that modern nuclear power stations are much cleaner and more efficient than the old ones.

If new nuclear does go ahead in the UK then the technology will be French, Japanese or American. Britain’s post war dreams of being a world leader in nuclear energy lie in radioactive ruins in Sellafield.

Douglas Parr, the head scientist at Greenpeace, told RT, “Sellafield is a monument to the huge failings of the British nuclear industry.”

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July 11, 2012 Posted by | Environmentalism, Militarism, Nuclear Power, Timeless or most popular | , , , , , | Leave a comment