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March 15, 2017 by Nukewatch Leave a Comment

Borehole Test Proposals Repeatedly Rejected by Local Communities

The Energy Dept. has been met with broad opposition from communities targeted for a borehole “test site” to study the theory of deep disposal of certain radioactive wastes. If a demonstration confirms the theoretical basis for the concept, waste could be placed “in the bottom mile” of a 3-mile-deep hole, under a “plug” of as-yet-undetermined material. Competing designs of potential “plugs” are among dozens of unresolved borehole questions.

By Kelly Lundeen

Spring 2017 Quarterly

Since early 2016, the Department of Energy (DOE) has been looking for a site for a Deep Borehole Field Test for radioactive waste. Over a period of nine months, proposals were rejected in half of the targeted locations due to public opposition, so in December the DOE wrote a new contract to make people believe that there would be no radioactive waste in their future. The DOE revised its request for proposals to appear more “consent-based.” Four contractors were chosen to help this proposal gain public acceptance in four locations. At all four sites there has been public outcry, but in Quay County, New Mexico the resistance was so strong that the County Commission rescinded its previous approval. The three remaining sites are Otero County, New Mexico; Haakon County, South Dakota; and Pecos County, Texas.

Borehole background

The first test borehole will be eight inches wide and three miles deep, with mock “waste” to be placed only in the bottom mile. Borehole disposal is being considered for compact packages of radioactive waste that have no potential for reuse, such as cesium and strontium capsules from Hanford, Washington’s nuclear weapons production; untreated calcine high-level radioactive waste currently stored at the Idaho National Laboratory (IDL); salt wastes from electro-metallurgical treatment of sodium-bonded fuels; and some DOE-managed waste reactor fuel currently stored in cooling pools at IDL and at the Savannah River Site in South Carolina. Other forms of rad waste have not been ruled out for borehole disposal, including deadly used reactor fuel.

Why a borehole?

Boreholes are promoted by the DOE and the contractors that could profit from their development. Since the radioactive waste would be two miles below the surface, borehole proponents claim it is too far from the overlying rocks to affect the water table or surface environment, and it won’t be affected by the climate or human activities. Contractors promise between five and 20 local jobs in the test period alone. Before the plan was rejected in Quay County, New Mexico, project representatives hoped some $30 to $40 million would come into the county. They said that a borehole study gives local schools a unique learning experience in science and technology.

Reno Red Cloud, Natural Resources Regulatory Agency Director of the Oglala Sioux Tribe in South Dakota, addresses a Rapid City, South Dakota mining firm. The Haakon County, South Dakota borehole proposal is located in unceded 1851 and 1868 Ft. Laramie Treaty territory, between the Oglala, Rosebud, and the Cheyenne River Sioux tribes’ reservations—all of which are nuclear-free zones. Photo by Tatyana Novikova, Native Sun News Today.

What could go wrong?

Despite all the advertised benefits of accepting a borehole “test,” some sites have refused to let their land be a science experiment. The DOE insists that the boreholes will not contain radioactive waste. However, the assurances have left many local residents and politicians skeptical. Commissioner Ronny Rardin of Otero County, New Mexico, described the public’s opposition in his district. “They not only said no, they said hell no.”

A panel of experts that joined the DOE in presenting to the US Nuclear Waste Technical Review Board (NWTRB) in December 2015 expressed concerns about the complexities of the structural and scientific properties of the Earth at the level the waste would be placed. “Surprises should be expected,” the panel said. Surprises found in previous deep borehole drilling included active water flows, tectonic stress, irregular permeability, and microbial activity which can corrode steel casings and degrade seals on canisters. The NWTRB complained, “It does not appear that the DOE sufficiently considered how one might recover from an accident involving a waste emplacement package stuck in the borehole… It is not clear whether a stuck [and] leaking waste package could be retrieved during operations, as DOE assumes, or whether such waste package would be left in place.” This was the concern in Sweden when its deep borehole research was halted.

Leaving much to be desired, the DOE responded to this NWTRB concern by simply saying that the agency would “develop a description of the handling operations… prior to implementation. Risk analyses will be conducted for handling and emplacement operations and important potential accident scenarios.”

Borehole disposal is the renewal of a once-abandoned scheme developed by the DOE for its mounting problem of radioactive waste. With three remaining potential borehole test sites, the agency may be able to move to the next phase of permitting and draft some work plans. However, the DOE has yet to verify boreholes’ clear advantages over other radioactive waste disposal possibilities, or to guarantee that testing sites won’t become permanent dumps.

—Exchange Monitor, Feb. 17; Native Sun News Today, Feb. 15, 2017; Alamogordo Daily News, Feb. 10, 2017 & May 27, 2016; US Nuclear Waste Technical Review Board, June 9, Jan. 2016 & Oct. 21, 2015; Albuquerque Journal, Nov. 4, 2013; Blue Ribbon Commission on America’s Nuclear Future, January 2012.

Filed Under: Newsletter Archives, Quarterly Newsletter, Radioactive Waste

March 15, 2017 by Nukewatch Leave a Comment

Unaccounted Radioactive Iodine Plume Reported Across Europe

Chart by French Institute for Radiation Protection and Nuclear Safety, press release, Feb. 13, 2017; & Independent Barents Observer, Kirkenes, Norway, Feb. 19, 2017

By John LaForge

Spring 2017 Quarterly

A plume of radioactive iodine-131 was detected “in the ground-level atmosphere” over large areas of Europe during the month of January 2017, France’s Institute for Radiation Protection and Nuclear Safety (Institute de Radioprotection et de Süreté Nucléaire, or IRSN) reported February 13. The source of the reactor-borne contamination remains unknown.

The agency noted that because iodine-131 has a relatively short hazard life (half of it decays away in eight days), its detection “is proof of a rather recent release.”

The IRSN was unable to identify the source of the radio-iodine, but its press release noted that it was certainly “of anthropogenic origin,” the result of a release from a nuclear reactor or a reactor fuel facility accident. The agency acknowledged that “iodine-131 in the air could come from an incident with a nuclear reactor.”

The Independent Barents Observer reported that a monitoring station in Svanhovd, Norway was the first to measure the airborne iodine-131 during the second week of January. IRSN noted that, “The preliminary report states it was first found during week 2 of January 2017 in northern Norway. Iodine-131 was also detected in Finland, Poland, Czech Republic, Germany, France and Spain, until the end of January.”

The highest documented amounts of the radio-iodine were reported in Poland and Spain (see chart). Both the IRSN and the Barents Observer accounts called the observed amounts of radio-iodine “tiny,” and IRSN also used the phrase “trace amounts”—the scientific term-of-art that refers to very small volumes of radioactive isotopes.

Airborne radioactive materials are ordinarily measured in terms of the number of atomic disintegrations (Becquerels) in a given cubic meter of air. France’s IRSN said, “At Svanhovd, [Norway] measurements in the period January 9-16 show levels of 0.5 micro Becquerel per cubic meter air.” A micro Becquerel is one-millionth of a Becquerel.

Neither of the accounts noted that airborne iodine-131 can be ingested by breathing or by swallowing contaminated food or water, nor that internal radioactive contamination is more dangerous than external exposures. Iodine-131 accumulates in the thyroid gland where it is associated with the development of thyroid cancer.

Filed Under: Newsletter Archives, Nuclear Power, Quarterly Newsletter, Radiation Exposure

March 15, 2017 by Nukewatch Leave a Comment

Spikes in Radioactive Emissions from Nuclear Power Stations

These data were from Gundremmingen, a boiling water reactor in Southern Germany. The chart shows that normal emission concentration (of noble gases) during the rest of the year was about 3,000 Becquerels-per-cubic-meter (3kBq/m³), but during refueling on Sept. 22, 2011 this sharply increased to ~700 kBq/m³, with a peak of 1,470 kBq/m³, in other words a “spike.” This data shows that NPRs emit much larger amounts of radioactive noble gases during refueling than during normal power operation. From the new data, Nuremberg physicist and statistician, Dr. Alfred Körblein, estimated … that about two thirds of the NPR’s annual emissions occur during refueling.

By Dr. Ian Fairlie

Up until very recently, it was impossible to obtain information on the time release patterns of radioactive emissions from nuclear power reactors (NPRs). Despite requests, British nuclear utilities and UK government regulators repeatedly refuse to publish any time-related data. Averaged annual emissions were released. But not monthly, weekly, daily, or hourly real-time emission data.

I [believe] most radioactive emissions from nuclear reactors are not spread evenly across the whole year, but happen during short refueling periods which occur about once every year or two and which last a few days or so.

These short spikes could explain a matter which has puzzled radiation protection agencies for decades: the reason for apparent increases in childhood leukemias near NPRs all over the world. Governments have insisted that these increased leukemias could not be caused by radioactive emissions from NPRs, because their estimated radiation doses were 100-1,000 times too low. But these estimates are riddled with uncertainties, and they don’t take the time patterns of radioactive emissions into account.

In September 2011, International Physicians for the Prevention of Nuclear War (IPPNW) in Germany released a press notice which contained data on half-hourly releases of radioactive noble gases from an NPR for the very first time anywhere in the world. This information is shown in the chart below for seven days in September 2011.

How was this data released?

In May 2011, German Green Members of Parliament entered the Bavarian State Parliament for the first time where they formed the Government in coalition with the Socialist Party. After several requests, the new Bavarian Government insisted that the state nuclear regulator release non-averaged data on emissions. The highly reluctant nuclear regulator was compelled to respond. In other words, the Green MPs obtained the data because they had the political power to force its release: there is a lesson here for environmentalists.

Why is this data important?

In order to refuel, reactor pressure vessels must be opened up. This releases large volumes of radioactive gases and vapors to the local environment. These include noble gases, H-3 (tritium), carbon-14, and iodine-131. Until now, nuclide amounts had only been published as annual averages throughout the world. Now, non-averaged values have been made available for scientific evaluation for the first time.

Could these spikes explain leukemia increases near reactors?

Yes. People living near nuclear power stations and downwind from them will be exposed to high doses of radiation during these emissions spikes—much higher than from releases during the rest of the year. Estimates range from 20 to 100 times higher. Recently the British National Dose Assessment Working Group published guidance on “Short Term Releases to the Atmosphere.”

This states that “…doses from the assessment of a single realistic short-term release are a factor of about 20 greater than doses from the continuous release assessment.” An older German study indicated that these doses could be a factor of 100 greater. …

Therefore higher doses from emission spikes could go a long way to explaining the increased incidences of child leukemias near NPRs shown by KiKK (2007 German government report) findings. IPPNW Germany warns of the probable health impacts of such large emission spikes. “Especially at risk are unborn children,” the physicians said..

“When reactors are open and releasing gases, pregnant women can incorporate much higher concentrations of radionuclides than at other times, mainly via respiration,” said Reinhold Thiel, member of the German IPPNW Board. “Radioactive isotopes inhaled by the mother can reach the unborn child via the blood and placenta with the result that the embryo/fetus is contaminated (‘labelled’) by radioactive isotopes. This contamination could affect blood-forming cells in the bone marrow later resulting in leukemia. This provides a plausible explanation for the findings of the KiKK study published in 2007 and 2008—that [children under five] living near nuclear power plants are considerably more at risk of cancer, particularly leukemia, than children living further away,” Thiel said.

—Ian Fairlie, an independent consultant on radioactivity in the environment, was head of the Secretariat of the British government’s Committee Examining Radiation Risks from Internal Emitters. He posted a longer version of this article Jan. 19, 2012.

Filed Under: Newsletter Archives, Nuclear Power, Quarterly Newsletter, Radiation Exposure

March 15, 2017 by Nukewatch Leave a Comment

B61-12: United States’ New, More “Usable” Nuclear Bomb

The Nov. 10, 2015 Guardian did a recap of the issues raised by the B61 replacement. An excerpt:

“… In non-proliferation terms however the only thing worse than a useless bomb is a ‘usable’ bomb. Apart from the stratospheric price, the most controversial element of the B61 upgrade is the replacement of the existing rigid tail with one that has moving fins that will make the bomb smarter and allow it to be guided more accurately to a target. Furthermore, the yield can be adjusted before launch, according to the target.

“The modifications are at the center of a row between anti-proliferation advocates and the government over whether the new improved B61-12 bomb is in fact a new weapon, and therefore a violation of President Obama’s undertaking not to make new nuclear weapons. His administration’s 2010 Nuclear Posture Review said life extension upgrades to the US arsenal would ‘not support new military missions or provide for new military capabilities.’

“The issue has a particular significance for Europe where a stockpile of 180 B61s is held in six bases in five countries. If there is no change in that deployment by the time the upgraded B61-12s enter the stockpile in 2024, many of them will be flown out to the bases in Belgium, the Netherlands, Germany, Italy and Turkey.

“The row has had a semantic tone, revolving on what the definition of ‘new’ is, but arguably the only definition that counts is whether the generals and officials responsible for dropping bombs view its role in a different light as a result of its refurbishment. Referring to the B61-12’s enhanced accuracy on a recent PBS Newshour television program, the former head of US Strategic Command, Gen. James Cartwright, made this striking remark: ‘If I can drive down the yield, drive down, therefore, the likelihood of fallout, etc, does that make it more usable in the eyes of some president or national security decision-making process?’ And the answer is it likely could be more usable.”

Filed Under: Newsletter Archives, Nuclear Weapons, Quarterly Newsletter

March 15, 2017 by Nukewatch Leave a Comment

Profit and Puffery Keep New Nuclear Weapons in Production

By John LaForge

Editor’s Note: Defense attorney Kary Love of Michigan, who has repeatedly represented nuclear disarmament and Plowshares activists at trial, suggests that focusing attention on nuclear weapons’ corporate profiteers might prove effective.

Kary Love writes: Despite the dedicated work of many, the business of nuclear weapons prevails. Assuming “arguendo” that enough H-bombs to destroy a rogue, criminal state actor are a necessary evil, until all nukes are eliminated, a business model based on constantly upgrading and increasing the arsenal cannot be justified. Yes this appears to be the strategy of US nuclear weapons corporations. Unless this model is derailed, political and legal barriers to disarmament have little impact. Perhaps a change of strategy would be of benefit: Rather than targeting governmental installations, consider a program focused on corporate sponsors of the infrastructure. Recall that corporate liability for enforcing slave labor and making poison for gas chambers at Nuremberg Tribunals was acknowledged. Divestiture movements, public shaming, and moral condemnation, may bear fruit from such an approach (think South Africa), in addition to boycotts of consumer divisions of guilty firms, and, since corporation charter laws usually require “operation in the public interest” charter revocation campaigns could also be launched.

Storage bunkers at Büchel Air Base in Germany, where up to 20 US B61 free-fall nuclear bombs are deployed for use on German Tornado jet fighter/bombers. The base will be the object of 20 weeks of protest, March 26 to August 9, 2017. For 20 years, peace activists have organized protests at Büchel demanding withdrawal of the US H-bombs.

Major B61-12 Contractors: Boeing, Lockheed Martin, Bechtel, Orbital ATK…

A giant partnership known as Consolidated Nuclear Security Corp. (CNS) runs the Pantex bomb factory in Texas, and the Y-12 facility in Oak Ridge, Tennessee. CNS members include Boeing, Lockheed Martin, Bechtel National, Orbital ATK, and others.

Boeing has designed and is producing a new tail kit for the rebuilt B61 free fall nuclear bomb with steerable fins that will radically improve target accuracy, arguably giving it new military capabilities despite denials at the highest levels of the US government. Boeing’s contract with the US Air Force is estimated to total $1.8 billion.

Jay Coghlan of Nuclear Watch New Mexico tells Nukewatch that Lockheed Martin, the world’s biggest military contractor, is now at Y-12 in Tennessee and Pantex in Texas. Lockheed Martin is likely to bid again on the Los Alamos Lab (LANL) contract when that comes up in 2017, and in effect the firm is making the B61 the world’s first “smart” nuclear bomb. Sandia is the lead lab for the B61 “Life Extension Program,” which is expected to cost at least $10 billion.

“It is believed that all nuclear weapons that are being rebuilt through Life Extension Programs are receiving new or rebuilt ‘secondaries,’ the thermonuclear components that put the ‘H’ in H-bomb,” Coghlan said.

The secondaries are being manufactured at the Y-12 complex run by Consolidated Nuclear Security.

Bechtel National says that it “puts the United States on the cutting edge of missile development.” Along with Lockheed Martin, it operates the Ronald Reagan Ballistic Missile Test Site, formerly called the Kwajalein Missile Range, on Kwajalein Atoll in the Pacific.

Orbital ATK, Inc. (formerly AlliantTech Systems), headquartered in Dulles, Virginia, designs and builds missile propulsion systems, military electronics, and precision weapons, armament systems, and large- and small-caliber ammunition—including the 20-pound, 120mm, armor-piercing depleted uranium shells that travel 3000 meters in 2 seconds and contain 10 pounds of uranium-238.

Honeywell, which runs the Kansas City Plant in Missouri, and was recently awarded the contract to run the Sandia Labs based in New Mexico, makes all the non-nuclear components for the nuclear warheads inside the B61 “family” including the planned B61-12.

Integrated Technology Corp., based in Florida and Rhode Island, is an information management firm; while Fluor Federal Services, Inc., a wholly owned subsidiary of Fluor Corporation of Irving, Texas, provides engineering, procurement, construction, commissioning, operations, maintenance, and project management.

Longenecker & Associates, Inc. is a consulting firm that provides specialized, technical and management services to nuclear industries, particularly the planning of “startup and commissioning” of nuclear systems and facilities. The B61’s final assembly is at Pantex, in Panhandle, Texas, the military’s final stop for assembly and delivery of nuclear weapons. Pantex also replaces parts and components to extend the deployment of nuclear weapons.

“Today all three national nuclear weapons laboratories—Los Alamos, Sandia, and Lawrence Livermore—have contributed to the design, with Sandia acting as the ‘lead’ laboratory. The B61 was originally a LANL design,” Coghlan said.

Criticized as an unnecessary make-work project, nuclear weapon “Life Extension” programs are defended as “modernization” and “improvement.” The Livermore Laboratory’s Weapons and Complex Integration Directorate website says it works to keep the nuclear arsenal “safe, secure and reliable.” The slogan “safe, secure, reliable,” sounding like a Bayer aspirin commercial, is the PR veneer and conscience-soothing mantra used throughout the entire weapons complex. The Y-12 site says its “core mission is to ensure a safe, secure, and reliable US nuclear deterrent.” The Sandia National Lab’s “primary mission is ensuring the US nuclear arsenal is safe, secure, and reliable.”

Rather than a “safe and secure” nuclear weapons stockpile for “deterrence,” the real thrust of so-called “modernization” is to radically increase US nuclear warfighting capabilities. (See this article.)

Taking Doomsday to the Bank

Consolidated Nuclear Security (CNS) Corp., runs both the Pantex bomb factory, Hwy 60 & FM 2373, Panhandle, TX 79068; and the Y-12 facility, Bear Creek Rd., Oak Ridge, TN 37830.

Boeing Defense, Space and Security, PO Box 516, St. Louis, MO 63166; 314-232-0232.

Bechtel National, 50 Beale St., San Francisco, CA 94105; 415-768-1234.

Lockheed Martin, 6801 Rockledge Dr., Bethesda, MD 20817; 972-603-9818.

Orbital ATK, HQ, 45101 Warp Dr., Dulles, VA 20166; 703-406-5000.

Honeywell’s Kansas City Plant: 14520 Botts Rd., Kansas City, MO 64147; 816-488-2000; & New Mexico location, 2540 Alamo SE, Bldg A., Albuquerque, NM 87106; 505-267-4020.

Integrated Technology Corp., 1228 North Stadem Dr., Tempe, AZ 85281; 480-968-3459.

Fluor Federal Services Corp is headquartered near the infamous Hanford Nuclear Reservation at George Washington Way, Richland, WA 99354; 509-376-6808.

Longenecker & Associates, Inc. 2514 Red Arrow Dr., Las Vegas, NV 89135; 702-493-5363.

Filed Under: Newsletter Archives, Nuclear Weapons, Quarterly Newsletter

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