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Nuclear Waste Removed From Hanford Site
Index:
Nuclear Waste Removed From Hanford Site
Pantex Nuclear Facility Repairs Costly
NEI Files Petition for Appellate Court Rehearing on EPA's Yucca M
Iran Plans to Build 2nd Nuclear Reactor
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Nuclear Waste Removed From Hanford Site
RICHLAND, Wash. (Aug. 23) - Workers at the Hanford nuclear
reservation Monday celebrated the removal of millions of gallons of
liquid radioactive waste from old, leak-prone tanks.
State and federal officials called the achievement a major milestone
in the decades-long cleanup of the contaminated site.
For 40 years, Hanford made plutonium for the nation's nuclear weapons
arsenal. Now, work centers on a $50 billion to $60 billion cleanup
for a scheduled finish in 2035.
Much of the cleanup involves retrieving and treating 53 million
gallons of highly radioactive waste from World War II and Cold War-
era plutonium production. The liquid, sludge and saltcake sit in 177
aging underground tanks.
Most critical was the liquid waste in 149 tanks that had a single-
wall construction, making them more susceptible to leaks as they
aged. An estimated 67 of the tanks leaked radioactive brew into the
soil, contaminating the aquifer and threatening the Columbia River
less than 10 miles away.
Five years ago, the state complained about the slow pace of the tank
cleanup. The state and the federal Energy Department then agreed to a
court-enforced timetable; more than 3 million gallons of liquid waste
was pumped out of the tanks and transferred to newer, safer doubled-
walled tanks.
The deadline for transferring the waste was Sept. 30, 2004.
"We knew they were literally a threat to the Columbia River, which I
consider the lifeblood of the Pacific Northwest," state Attorney
General Christine Gregoire said at a ceremony Monday.
The focus now shifts to removing the solid waste from tanks. The
Energy Department is required to have all the wastes removed from the
single-walled tanks by 2018.
The tank waste will be turned into glass logs, in a process
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Pantex Nuclear Facility Repairs Costly
AMARILLO, Texas (AP) - Sealant used in a nuclear weapons plant to
prevent plutonium from leaking in case of an accidental blast is
peeling, and a repair job could cost $20 million, a government report
shows.
The Department of Defense's Pantex Plant is the nation's only nuclear
weapons assembly and disassembly plant and technicians work with
radioactive and explosive materials at the complex around the clock.
According to a report by the Defense Nuclear Facilities Safety Board,
sealant had been applied to faulty door welds on underground
workshops at the plant after officials learned that a 6-year-old work
order to repair them was never completed.
The government temporarily halted nuclear weapons operations at the
plant while it repaired the welds with the sealant. Afterward,
operations resumed.
But in a July 21 report, an official with the nuclear facilities
safety board found the sealant was peeling away in places. Now,
safety board officials say sealing potential leak spots could cost
between $15 and $20 million.
Engineers at the plant are studying the extent of the problem and
will report its findings to the safety board.
The cells that contain the subterranean workshops are designed to
prevent the spread of radioactivity in the unlikely event of an
accidental blast. The cells are supposed to collapse inward and trap
radioactive debris.
------------------
NEI Files Petition for Appellate Court Rehearing on EPA's Yucca
Mountain Radiation Standard
WASHINGTON, Aug. 23 /PRNewswire/ -- The Nuclear Energy Institute
filed a formal petition for rehearing today with the U.S. Court of
Appeals for the District of Columbia Circuit seeking review of a
recent decision on the Environmental Protection Agency's compliance
standard for the planned Yucca Mountain, Nev., used nuclear fuel
repository.
NEI's petition for rehearing argues that EPA did, in fact, do what
the court last month said was required under the Energy Policy Act of
1992 to comply with the National Academy of Sciences' 1995
recommendation for a radiation standard for the underground disposal
facility to be built in the Nevada desert.
The court ruled on July 9th that EPA's standard improperly deviated
from the NAS recommendation that the compliance period during which
the repository design must be able to limit the presence of
radionuclides within several miles of the site should encompass a
period beyond 10,000 years. EPA established a radiation protection
standard of 15 millirem for Yucca Mountain -- about the same as an X-
ray.
"We take issue with the court's July decision because the EPA did
what it was supposed to do by starting with the NAS report, factoring
in policy considerations and coming up with a standard," said Michael
Bauser, NEI associate general counsel. "In its ruling the court also
ignored the fact that EPA's 10,000-year compliance standard is
consistent with other waste management practices, dealing with both
radioactive and non-radioactive material, and ensures public health
and safety by limiting radiation exposure to the public of less than
one-20th of natural background levels."
The NAS acknowledged in its 1995 recommendation that it looked only
at scientific issues in its study and advised that the EPA needed to
take policy issues into consideration in developing its standard.
The court's ruling on the length of the compliance period was the one
instance in which the court didn't reject the state of Nevada's many
legal challenges to the federal government's Yucca Mountain program.
Ruling in a group of consolidated cases, the appellate court
addressed and rejected 11 of 12 issues raised by Nevada, including a
constitutional challenge.
The NEI petition also asks the court to reconsider its decision to
allow EPA to include a separate standard to regulate the
concentration of radionuclides in groundwater that are in addition to
regulations that limit total radiation exposures due to possible
releases from the Yucca Mountain repository-a limit that includes
exposure due to the groundwater pathway.
"The separate EPA groundwater standard is in violation of the Energy
Policy Act of 1992 and provides no additional protection as the all-
pathways exposure limit in the regulation includes radiation doses
from any releases through groundwater," Bauser said.
The state-of-the-art disposal facility planned for Yucca Mountain
would isolate used fuel from the commercial nuclear power plants that
supply electricity to one of every five U.S. homes and businesses,
and high-level radioactive waste from U.S. defense programs. The
Department of Energy plans to file a license application with the
Nuclear Regulatory Commission for the Yucca Mountain repository this
December.
Congress endorsed the suitability of the Yucca Mountain site, which
the government hopes to open in the year 2010, in 2002.
The Nuclear Energy Institute is the nuclear energy industry's policy
organization. This news release and additional information about
nuclear energy are available on NEI's Internet site at
http://www.nei.org
-------------------
Iran Plans to Build 2nd Nuclear Reactor
TEHRAN, Iran (AP) - Iran said Sunday that it plans to build a second
nuclear reactor with Russia's help and that at least two other
European states have expressed interest in such a project, brushing
aside U.S. accusations that the Islamic state wants to build atomic
weapons.
Russia is building Iran's first nuclear reactor, which was begun by
West Germany but interrupted during the 1979 Islamic revolution.
Damage caused to the nearly completed facility in Bushehr during
Iran's 1980-88 war with Iraq also led to the postponement of its
planned inauguration from 2003 to August 2006.
Despite the delays and the project's $800 million cost, Iranian
nuclear officials say they want Russia to build more nuclear reactors
to help generate greater amounts of electricity.
The comments Sunday reflect Iran's determination to push ahead with
its nuclear program despite U.S. and international concerns that it
seeks to develop nuclear weapons.
The United States has been lobbying for the International Atomic
Energy Agency to refer Iran's nuclear dossier to the Security
Council, which could impose sanctions. Tehran denies seeking to
develop weapons.
Asadollah Sabouri, deputy head of the Atomic Energy Organization of
Iran, did not say when construction might begin but insisted Russia
was obligated to build more than one nuclear reactor under a 1992
agreement between the two countries.
"We have contracts with Russia to build more nuclear reactors. No
number has been specified but definitely our contract with Russia is
to build more than one nuclear power plant," Sabouri said, adding
that Tehran has carried out several studies and technical reports for
the construction of new facilities.
Despite U.S. pressure, Russia has been reluctant to abandon the
nuclear reactor refit project at Bushehr, a coastal town in southern
Iran.
The spokesman for Russia's Federal Atomic Energy Agency, Nikolai
Shingaryov, told The Associated Press by telephone that he was
unaware of contracts for Russia to help build any more reactors. He
said the two countries have held discussions on building a second
one, as called for in the 1992 agreement, but an actual contract
would be needed to begin construction.
Sabouri said later that Russia will build a second reactor in Bushehr
and that Iran is studying other sites here for more possible
reactors. Most areas in Iran are prone to earthquakes, restricting
choices for setting up nuclear facilities.
He also said at least two European countries had expressed interest
in the projects, but refused to name them.
"They have given us documents expressing their readiness to join the
projects. We welcome them. My message to the Europeans is that we
have to pass the paperwork stage and go for binding contracts as soon
as possible," he said.
Iran insists it is only pursuing nuclear technology to produce
electricity.
"By 2021, Iran's electricity consumption will reach 56,000 megawatts
and we need to have capability to produce 70,000 megawatts of
electricity. Some 7,000 megawatts, about 10 percent, will be met
through nuclear power plants," Sabouri said.
Sabouri said the first Bushehr plant is expected to be operational by
August 2006. It had initially been scheduled to open in 2003, but
Sabouri said repairing damage from the eight-year war with
neighboring Iraq, meeting safety regulations and redesigning the
reactor has taken longer than expected.
Sabouri said the Bushehr complex has the capacity to house at least
four nuclear reactors.
During the Iran-Iraq war, work on a second nuclear reactor in Bushehr
was partly completed before it sustained heavy damage during
fighting. Sabouri said it was unfeasible to repair and rebuild that
facility and Iran planned to construct a new reactor next to it.
Another possible site for building new nuclear reactors would be
Darkhovein, a city close to the Arvand River in Khuzestan Province,
southwestern Iran, Sabouri added.
He also said Russia must provide Iran with nuclear fuel by the end of
2005 at the latest, or the Bushehr plant's inauguration will be
delayed.
Tehran and Moscow have agreed to return the spent nuclear fuel to
Russia.
"There is no ambiguity on returning the spent fuel. The Iranian
government has already made the decision to return the spent fuel
back to Russia. What we haven't agreed on with Russia is the
expenses," Sabouri said
------------------------------------
Sandy Perle
Senior Vice President, Technical Operations
Global Dosimetry Solutions, Inc.
2652 McGaw Avenue
Irvine, CA 92614
Tel: (949) 296-2306 / (888) 437-1714 Extension 2306
Fax:(949) 296-1144
E-Mail: sperle@dosimetry.com
E-Mail: sandyfl@earthlink.net
Global Dosimetry Website: http://www.dosimetry.com/
Personal Website: http://sandy-travels.com/
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