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IAEA: Questions Remain About Libya
Paul Kerr
A May 28 report from International Atomic Energy Agency (IAEA) Director-General
Mohamed ElBaradei fills in some key missing details about Libyas
now-dismantled nuclear weapons program, while acknowledging that holes
remain in the account. Additionally, Tripoli has disclosed that some
materials it ordered from foreign sources remain unaccounted for,
prompting concerns in Washington that third parties may have acquired
them.
ElBaradei told the agencys Board of Governors June 14 that outstanding
questions about Libyas program include the origin of nuclear
material Libya imported in 2000 and 2001, as well as the source of
highly enriched uranium (HEU) and low-enriched uranium (LEU) contamination
on Libyan gas centrifuge equipment.
The report marked ElBaradeis second account of the program since
Tripolis December 2003 announcement that it would give up its
nuclear, chemical, and longer-range missile programs. The latest report
notes that Libya has provided prompt, unhindered access to all
locations requested by the [a]gency and to all relevant equipment
and material declared to be in Libya, but adds that Libya has
not always been able to provide adequate documentation for its account
of its nuclear activities. IAEA inspectors have visited multiple sites
to verify the absence of weapons activities and continue to conduct
inspections, the report says.
ElBaradeis first report in February sketched the outlines of
Libyas clandestine uranium- enrichment program, which had been
underway since the early 1980s. (See ACT, April 2004.) The
program planned to use thousands of gas centrifuges, which spin uranium
hexafluoride gas at very high speeds to increase the concentration
of weapons-grade uranium-235. The technology can be used to produce
LEU to fuel civilian nuclear energy reactors, but it can also be used
to produce HEU for weapons. As of December, Libya had centrifuge components
and some complete centrifuges, but did not possess an operating enrichment
facility.
Libya received considerable foreign assistance for its nuclear program,
especially from a clandestine procurement network run by Abdul Qadeer
Khan, the father of Pakistans nuclear weapons program. Beginning
in 1997, this network supplied Tripoli with centrifuges and components
based on a basic design known as the L-1 and, beginning in 2000, a
more advanced design known as the L-2.
Despite apparent good-faith efforts, the Libyans and foreign governments
have had trouble accounting for Libyas nuclear wares.
For example, the Bush administration has touted Italys October
2003 seizure of a shipment of centrifuge components en route to Libya
with contributing to Tripolis disarmament decision and an indication
of the success of Western intelligence efforts. But IAEA officials
said another container of advanced L-2 components onboard the same
ship escaped the attention of the authorities that searched
the ship. (See ACT, March 2004.)
Furthermore, an IAEA official told Arms Control Today June
21 that Libyan officials have said that they had not received some
of the centrifuge components that they ordered. This means that Libyan
officials were duped by Khans suppliers, the materials were
returned to sender, or a third party has them, a Department
of State official said June 18, adding that the matter is still being
investigated.
In another development, IAEA inspectors found that some of both the
more basic and more advanced Libyan centrifuges had been contaminated
with traces of HEU and LEU. Both types of enriched uranium were found
in a test facility for the L-1 centrifuges. The two L-2 centrifuges,
along with related components, had traces of HEU. The agency is still
trying to identify the exact source of the material, but the report
suggests that Libya did not attempt to test centrifuges with nuclear
material, which might have indicated a more advanced program. Rather,
it suggests that the components were already contaminated when Libya
received them.
The report shed further light on Tripolis attempts to develop
the capability to convert uranium oxide into uranium hexafluoride.
Libya began its attempts to acquire a uranium-conversion facility
no later than 1981 and ordered a modular conversion
facility from an unnamed Far Eastern country in 1984.
Components for the facility began arriving two years later. Libya
conducted small scale uranium-conversion experiments between
1983 and 1989, as well as limited experiments again after
1994. But none of these tests were carried out in a full-scale conversion
facility and none of the experiments produced uranium hexafluoride.
The IAEA has said Libya acquired its nuclear material in two phases.
Libya exported uranium in 1985 to an unnamed nuclear-weapon
state, which then processed it and shipped the resulting products,
including uranium hexafluoride, back to Libya later that year. Libya
used Khans network to acquire two additional shipments of uranium
hexafluoride in September 2000 and February 2001. The IAEA is still
trying to determine the origin of that material.
A report earlier this year from Malaysias inspector general
of police stated that, according to U.S. and British intelligence
officials, uranium hexafluoride was shipped from Pakistan to Libya
in 2001. Additionally, the IAEA has uncorroborated information,
but no proof, that North Korea may have supplied Libya
with nuclear material, the agency official said.
The IAEA board adopted a resolution in March finding that Libyas
past clandestine nuclear activities constituted non-compliance
with its IAEA safeguards agreement but also praising Libyas
subsequent cooperation and dismantlement efforts. Because of these
efforts, the resolution requested that ElBaradei report Libyas
noncompliance to the UN Security Council for information purposes
only. Although the council had the option of taking action against
Tripoli, a security council presidents statement instead praised
Libyas cooperation in an April resolution. The United States,
in cooperation with the United Kingdom and Russia, has removed the
most important components of Libyas nuclear weapons program.
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