Nuclear Information
and Resource Service
202.328.0002; f:
202.462.2183; www.nirs.org; nirsnet@nirs.org
For Immediate Release, February 23, 2005
For further information contact: Arjun
Makhijani, IEER, 301-270-5500
Linda Gunter/Michael
Mariotte, NIRS, 202-328-0002
New
Research Indicates Health Risks from Uranium May Be More Varied Than Reflected
in Current Federal Policy
Depleted
Uranium from Proposed
Nuclear
Regulatory Commission and Corporate Options for DU Disposal Risk Long-Term
Violation of Health and Environmental Standards, New Analysis Indicates
The report also discusses recent research on the health effects of DU,
much of it performed at the Armed Forces Radiobiology Institute in
There are currently some 740,000 tons of depleted uranium in unstable
hexafluoride form stockpiled at Department of Energy sites at
The report—released today by the Institute for Energy and
Environmental Research (IEER) and the Nuclear Information and Resource Service
(NIRS)—concludes that unless LES provides at least $2.5 billion dollars
in financial guarantees, it is likely that the people of
“The labeling of depleted uranium as ‘low-level’
waste by the NRC is not going to diminish its dangers,” said Dr. Arjun
Makhijani, principal author of the report and president of IEER. “To
paraphrase Shakespeare, dangerous radioactive waste by any other name would
still pose significant public health risks.”
The report is entitled Costs and
Risks of Management and Disposal of Depleted Uranium from the National
Enrichment Facility Proposed to be Built in Lea County New Mexico by LES.
It provides data showing that depleted uranium is radiologically comparable to
transuranic waste, which is waste that is significantly contaminated with
plutonium and other long-lived radionuclides like it. Federal regulations
define transuranic waste as that which has more than 100 nanocuries per gram of
long-lived transuranic radionuclides that emit alpha radiation. DU has a
specific activity of about 400 nanocuries per gram. Transuranic waste from
U.S. Department of Energy (DOE) facilities is now being disposed of in a deep
geologic repository in
“The people of
“The health risks of depleted uranium may be far more varied than
is recognized in federal regulations today,” said Dr. Brice Smith, Senior
Scientist at IEER and co-author of the report. “Children in the future
may be saddled with a legacy similar to that of the sorry history of lead
poisoning over the past three generations, but this time we are dealing with a heavy
metal that is also radioactive.”
The license application constitutes LES’s fourth attempt to build
a uranium enrichment plant in the
“The NRC has so far failed to back up its claims that radiation
doses from depleted uranium disposal in an abandoned mine would be within
regulatory limits,” said Dr. Makhijani. “Data-free analysis ought
to be unacceptable in any forum, but it is especially so in an environmental
impact statement prepared by a government agency charged with protecting public
health and safety.”
LES may consider shallow land disposal as option; sites in
“Transfer to the DOE cannot be considered a solution to
LES’s waste problem,” said Wenonah Hauter, director of Public
Citizen’s Critical Mass Energy and Environment Program. “The DOE
has yet to take charge of a single spent fuel bundle from nuclear power plant
operators—despite a legal commitment to begin in 1998 and billions of
dollars in payments to the federal government by nuclear electricity
consumers.”
The report can be downloaded in full at www.ieer.org
or www.nirs.org.
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[1] That is, it may cause or contribute to genetic mutations, tumors, birth defects, neurological damage, and cellular level toxicity.