Plutonium Sampling at Los Alamos National Laboratory
Cost of RECA Chart
In 1985, US President Ronald Reagan and Russian President Mikhail Gorbachev declared that “a nuclear war cannot be won and must never be fought.”
New & Updated
Undisclosed delays plague atomic programs, cost billions to fix
“The Trump administration wants $3.1 billion more this year than last for the Energy Department’s nuclear weapons budget, but internal government documents show the raise is devoted substantially to covering previously undisclosed cost overruns and avoiding years of new delays in the majority of U.S. atomic weapons programs.”
ARTICLE BY: JOHN M. DONNELLY | rollcall.com
The new NNSA budget request is the latest example of the agency’s long-running problems
The Trump administration wants $3.1 billion more this year than last for the Energy Department’s nuclear weapons budget, but internal government documents show the raise is devoted substantially to covering previously undisclosed cost overruns and avoiding years of new delays in the majority of U.S. atomic weapons programs.
The administration has sold the 25 percent budget boost for the National Nuclear Security Administration only in broad terms as necessary to maintain America’s nuclear deterrent. However, the additional funds are needed not so much to advance capabilities as merely to keep troubled programs from falling further behind, according to the “official use only” correspondence obtained by CQ Roll Call.
LANL Plans to Release Up To ~100,000 Curies of Radioactive Gas
Santa Fe, NM – On March 11, the Los Alamos National Laboratory (LANL) sent the federal Environmental Protection Agency a formal notice that the Lab will intentionally release up to some 100,000 curies of tritium, a radioactive isotope of hydrogen gas, beginning April 17, 2020.
An internal Lab document states that actual “anticipated emissions” could be half that because of tritium remaining behind in equipment but offers no documentation to substantiate it. During the 1980’s LANL arbitrarily used a self-declared “building shielding factor” not approved by the EPA that reduced its legally required annual calculated radioactive air dose to the public by a third. When that reduction was disallowed LANL was in fact in legal violation of the Clean Air Act. With that as an example, undocumented reductions in radioactive doses claimed by LANL should be viewed with suspicion.
More Information on Tritium’s Significant Hazards
Routine Radioactive Releases from U.S. Nuclear Power Plants. An update to our comprehensive list and map of all operating U.S. reactors and where they release radioactivity into the air and water. Every nuclear power reactor dumps radioactive water, scatters radioactive particles, and disperses radioactive gases as part of its routine, everyday operation. It doesn’t take an accident. Federal regulations permit these radioactive releases. Any exposure to radiation increases the risk of damage to tissues, cells, DNA, and other vital molecules, potentially causing genetic mutations, cancers, leukemias, birth defects, and reproductive, cardiovascular, endocribe, and immune system disorders.
The pamphlet lists all reactors operating at the October 2015 press time. For an up to date track of reactors as they close, please visit our Reactors Are Closing page
[This pamphlet is broader than just tritium, but tritium plays a significant part. See especially the discussion of how hazardous even a couple of curies of hazardous radioactivity, badly handled, can be.]
Reports
Leak First, Fix Later: Uncontrolled and Unmonitored Radioactive Releases from Nuclear Power Plants
UPDATED!
Leak First, Fix Later: Uncontrolled and Unmonitored Radioactive Releases from Nuclear Power Plants. May 2015. Newly revised and updated from the original, Leak First is a Beyond Nuclear report on the persistent and ongoing leaking of radioactive effluent into ground and surface water from uninspected and unmaintained buried piping under every nuclear power plant.
UPDATED!
Executive Summary. May 2015.
Note: New leaks occur often and at multiple nuclear reactor sites. Watch this page for updates on new leaks and spills.
LANL waste is unearthed at housing site
A utility crew found hazardous waste buried on land the U.S. Energy Department had transferred to Los Alamos County, stalling work on an affordable housing project.
ARTICLE BY: SCOTT WYLAND | santafenewmexican.com
The discovery of low-level radioactive waste 7 to 12 feet in the ground off DP Road last month prompted the state Environment Department to write a letter that ordered the agency to supply more information about the waste, how it got there and how the agency planned to avoid future incidents.
The state agency is “extremely concerned” about the contamination unearthed on a former Los Alamos National Laboratory site and “the potential threat to human health and the environment,” wrote Kevin Pierard, the department’s Hazardous Waste Bureau chief, in a Feb. 28 letter.
Pierard demanded Energy Department and lab officials submit data on the site and the sources of contamination, as well as tests and investigations that were conducted.
“We are currently investigating and characterizing the waste located at the site to determine the extent of the contamination,” Energy Department managers wrote in response.
The waste was placed in three drums and moved to another site for further analysis, the Energy Department said. Crews have fenced off the construction site, covered it with tarp and posted signs to keep people out, the letter said.
What is real national security? Comprehensive public health or more nuclear weapons?
Public Health as a National Security Concern
“Different perspectives on what “security” means compete for attention, and the literature that brings public health and national security together forces those in public health to contemplate these different perspectives and how they relate to the public health mission of protecting population health.” — Fidler, David P., “Public Health and National Security in the Global Age: Infectious Diseases, Bioterrorism, and Realpolitik”
