Nuclear Weapons and Arms Control

The AQ Khan Revelations and Subsequent Changes to Pakistani Export Controls

Brazil's Nuclear Ambitions, Past and Present

The Bush Proposals: A Global Strategy for Combating the Spread of Nuclear Weapons Technology or a Sanctioned Nuclear Cartel?

Bush-Putin Summit, November 2001
на русском (In Russian)

China Enters the Nuclear Suppliers Group: Positive Steps in the Global Campaign against Nuclear Weapons Proliferation

Companies Reported to Have Sold or Attempted to Sell Libya Gas Centrifuge Components

Comprehensive Test Ban Treaty (CTBT)
на русском (In Russian)

DOE's Domestic Nuclear Security Initiatives

Egypt and Saudi Arabia's Policies toward Iran's Nuclear Program

The Emerging Arab Response to Iran's Unabated Nuclear Program

Going Beyond the Stir: The Strategic Realities of China's No-First-Use Policy

IAEA Board Deplores Iran's Failure to Come into Full Compliance: Is Patience with Iran Running Out?

IAEA Board Welcomes EU-Iran Agreement: Is Iran Providing Assurances or Merely Providing Amusement?

Illicit Nuclear Trafficking in the NIS
на русском (In Russian)

Implications of Proposed India-U.S. Civil Nuclear Cooperation

Indo-Pakistani Military Standoff: Why It Isn't Over Yet

The International Uranium Enrichment Center at Angarsk: A Step Towards Assured Fuel Supply?

Iran and the IAEA: A Troubling Past with a Hopeful Future?

Is Syria a Candidate for Nuclear Proliferation?

The New IAEA Resolution: A Milestone in the Iran-IAEA Saga

North Korea's Nuclear Weapons Program and the Six-party Talks

Nuclear Conflict in the 21st Century: Reviewing the Chinese Nuclear Threat

Nuclear Posture Review
на русском (In Russian)

Nuclear Proliferation and South Asia: Recent Trends

Nuclear Submarine Dismantlement
на русском (In Russian)

Nuclear Trafficking Hoaxes: A Short History of Scams Involving Red Mercury and Osmium-187

Practical Steps for Improving U.S. Nonproliferation Leadership

Presidential Nuclear Initiatives: An Alternative Paradigm for Arms Control
на русском (In Russian)

Plutonium Disposition
на русском (In Russian)

Radiological Materials in Russia
на русском (In Russian)

Reykjavik Summit: The Legacy and a Lesson for the Future

Risks of Plutonium Programs

The Role of Security Assurances: Is Any Progress Possible?

Russian Spent Nuclear Fuel
на русском (In Russian)

Russia's Nuclear Doctrine
на русском (In Russian)

The Second NPT PrepCom for the 2005 Review Conference: Prospects for Progress

Seven Years After the Nuclear Tests: Appraising South Asia's Nuclear Realities

Sixty Years After the Nuclear Devastation, Japan's Role in the NPT

Submarine Dismantlement Assistance

Tactical Nuclear Weapons (TNW)
на русском (In Russian) 

Tactical Nuclear Weapons in Germany: Time for Withdrawal?

Taiwan and Nonproliferation

The Treaty of Moscow
на русском (In Russian) 

UN Disarmament Committee Forecasts Troubled Nonproliferation Future

UN General Assembly Tackles Nonproliferation and Disarmament After Disappointing Summit

U.S.-Russian Civilian Nuclear Cooperation
на русском (In Russian)

Will Saudi Arabia Acquire Nuclear Weapons?



Biological Weapons
The Anti-plague System in the Newly Independent States, 1992 and Onwards: Assessing Proliferation Risks and Potential for Enhanced Public Health in Central Asia and the Caucasus
Assessing the Threat of Mass-Casualty Bioterrorism
на русском (In Russian)
The Biological Weapons Convention (BWC)
на русском (In Russian)
Biological Weapons Convention (BWC) Compliance Protocol
на русском (In Russian)
Developments in the Biosciences: Do Recent Scientific and Technological Advances Lower the Threshold for the Proliferation of Biological Weapons?
на русском (In Russian)
The Fifth Conference of the Biological and Toxin Weapons Convention (BWC)
на русском (In Russian)
International Assistance for Anti-plague Facilities in the Former Soviet Union to Prevent Proliferation of Biological Weapons
на русском (In Russian)
Is the Avian Influenza Virus a Suitable Agent for a Biological Weapon?
Lessons from Select Public Health Events Having Relevance to Bioterrorism Preparedness
на русском (In Russian)
The Next Generation of Sensor Technology for the BioWatch Program
Security and Public Health: How and Why do Public Health Emergencies Affect the Security of a Country?


Chemical Weapons
Dusty Agents and the Iraqi Chemical Weapons Arsenal
на русском (In Russian)
First Review Conference of the CWC: Coming of Age
Global CW Assistance
Industrial Chemicals as Weapons: Chlorine
The Seventh Conference of State Parties to the Chemical Weapons Convention (CWC)
на русском (In Russian)
Vinalon, the DPRK, and Chemical Weapons Precursors
на русском (In Russian)
What to Expect at the Eighth Conference of State Parties to the CWC


Missiles, Missile Defenses, and Delivery Vehicles
A Look at National Missile Defense and the Ground-Based Midcourse Defense System
Addressing the Spread of Cruise Missiles and Unmanned Air Vehicles (UAVs)
Examining China's Debate on Military Space Programs: Was the ASAT Test Really a Surprise?
Future Space Security
на русском (In Russian)
Japan's Space Law Revision: the Next Step Toward Re-Militarization?
Radiological and Nuclear Detection Devices
Russia's Approach to the U.S. Missile Defense Program
на русском (In Russian)
Space Security and Bush Administration Policy: Results of the First Term
Taiwan's Response to China's Missile Buildup
Theater Missile Defense (TMD) and Northeast Asian Security
на русском (In Russian)
Unmanned Air Vehicles as Terror Weapons: Real or Imagined?


General Nonproliferation Topics
The Chechen Resistance and Radiological Terrorism
China's White Paper on Nonproliferation: Export Controls Hit the Big Time
Department of Homeland Security: Goals and Challenges
на русском (In Russian)
DP World and U.S. Port Security
The European Union and the Arms Ban on China
G8 10 Plus 10 Over 10
на русском (In Russian)
The Global Partnership 2004
Global Submarine Proliferation: Emerging Trends and Problems
Instability in Georgia: A New Proliferation Threat?
Iraq's WMD Scientists in the Crossfire
Islamist Terrorist Threat in the Tri-Border Region
на русском (In Russian)
Kazakhstan's Proposal to Initiate Commercial Imports of Radioactive Waste
на русском (In Russian)
The Mitutoyo Case: Will Japan Learn from its Mistakes or Repeat Them?
Nonproliferation Assistance to the Former Soviet Union
на русском (In Russian)
North Korea's 11th Supreme People's Assembly Elections
Nuclear Watch—Pakistan: The Sorry Affairs of the Islamic Republic
Radiological Materials in Russia
на русском (In Russian)
To Comply or Not to Comply: Outline of the UN Inspections Mechanism in Iraq
на русском (In Russian)
Unlocking the Impasse: Who Holds the Key to the Conference on Disarmament
Was Libyan WMD Disarmament a Significant Success for Nonproliferation?
Weapons of Mass Destruction in Central Asia
на русском (In Russian)
Weapons of Mass Destruction in the Middle East
на русском (In Russian)
Will Emerging Challenges Change Japanese Security Policy?

Issue Brief
redline

Illicit Nuclear Trafficking in the NIS
Scott Parrish, Senior Research Associate
CNS NIS Nonproliferation Program
March 2002

Issue Introduction | Issue Brief | Relevant Resources

Issue Brief

The threat that weapons-useable nuclear material could be stolen from a nuclear facility in the newly-independent states of the former Soviet Union (NIS) and smuggled to a transnational terrorist group or proliferant state represents a significant threat to international security. While analysts have been monitoring this threat since the early 1990s, concern has intensified since the events of September 11, 2001, which vividly demonstrated that terrorists will not hesitate to use weapons of mass destruction if they are able to obtain them. Evidence of attempts by Usama bin Laden and his Al-Qa’ida network to acquire nuclear material has further reinforced these concerns. As the acquisition of weapons-useable nuclear material remains the principal hurdle to the construction of nuclear weapons, it is critical that these materials—highly-enriched uranium (HEU) and plutonium—be adequately guarded against theft.

The Scale of the Threat

It has been estimated that only a few kilograms of plutonium, or several times that amount of HEU, would be needed to make a primitive nuclear weapon, with the amount depending on the composition of the material, the type of weapon, and sophistication of the design. This quantity of weapons-useable nuclear materials would be relatively easy to transport and smuggle. Both plutonium and HEU emit low levels of radiation and can be difficult to uncover with passive detection equipment. While a number of countries in the world possess significant stocks of these materials, the largest inventory in the world is held in the NIS: an estimated 1,350 metric tons of plutonium and HEU, enough to produce approximately 40,000 nuclear weapons. More than 99% of this material is located in Russia, with smaller stocks held in other NIS, including Kazakhstan, Belarus, Ukraine, and Uzbekistan. Much of this material is contained in Russian nuclear weapons, but roughly 600 metric tons, is stored in other various non-weapon forms at more than 50 sites. Since the collapse of the Soviet Union, there have been frequent reports of thefts and attempted thefts of nuclear materials in the NIS. The Center for Nonproliferation Studies of the Monterey Institute of International Studies (CNS) has maintained an open source database of reported nuclear trafficking incidents in the NIS since 1991. The overwhelming majority of these incidents involved materials that cannot be used to make nuclear weapons, such as low-enriched uranium and industrial and medical radiation sources.

Looking closely at the available open source evidence, one can identify 14 confirmed proliferation-significant cases involving the theft or attempted theft of HEU or plutonium from nuclear facilities in NIS (see Table below). In five of these cases, the material was exported beyond the NIS before it was recovered. In seven other cases, the material was seized before it left the NIS. In one case, the whereabouts of the stolen material remains unknown. In an additional case, an attempted theft at a Russian nuclear facility was thwarted before the conspirators removed the material from the site. All of these incidents are of concern because of the type and quantity of material involved and because of the circumstances surrounding them.

Nuclear Trafficking Patterns, 1991-2001

The majority of these nuclear trafficking incidents took place in the early and mid-1990s. Ten of them occurred between 1992 and 1995, the last being the June 1995 seizure of 1.7 kg of HEU by Russian police in Moscow. In all ten of these cases, the material involved had been stolen from Russian nuclear facilities, ranging from nuclear submarine fuel storage sites to research institutes to fuel fabrication facilities. In most of these cases, the material was stolen by an individual employee of the facility motivated by dire economic circumstances. These thieves were generally amateurish in their attempts to market the stolen nuclear material. They either attempted to find a purchaser themselves, or else used personal contacts to connect with middlemen or brokers, who were often no better at finding a market for the stolen materials. Even in those cases when the thieves succeeded in removing HEU or plutonium from the NIS, they moved it to Western or Central Europe rather than heading south in the direction of potential customers in the Middle East and Asia. In most reported cases, the only purchasers these sellers found were undercover police agents.

From 1995 to 1998, there was a three-year period in which no confirmed incidents involving illicit trafficking in HEU and plutonium from the NIS were reported in open sources. It should be noted, however, that the exact date of the theft of approximately 2 kg of HEU from a research institute in Sukhumi, Georgia remains unknown. The material disappeared sometime between 1992 and 1997, but has not yet been recovered. This apparent three-year hiatus prompted some analysts to argue that the threat of illicit nuclear trafficking had receded, citing increased efforts by NIS states—with international assistance—to improve the safeguarding of nuclear materials. Others, however, argued that the lack of confirmed cases since 1995 did not necessarily indicate that illicit trafficking had ceased. These “pessimists” pointed out that the apparent lull could instead be the result of more sophisticated smuggling techniques, the use of new smuggling routes, or the operation of well-organized groups of insiders at nuclear facilities. They argued that the amateurish “visible” nuclear black market observed in the cases described above may be a very poor representation of an “invisible” nuclear black market that has largely escaped detection.

Since 1998, a handful of new cases has suggested that the “pessimists” have a point. While clear evidence of a well-developed “invisible” illicit market in weapons-useable nuclear material has not emerged, these cases demonstrate the presence of many of the key elements of such a market. For example, unlike the earlier cases involving disgruntled individual employees, the December 1998 attempted theft of 18.5 kg of HEU from an unspecified nuclear facility in Chelyabinsk Oblast, Russia, involved an organized group of facility employees. Although this group was thwarted before it could steal any nuclear material, the case underlines the continuing threat posed by sophisticated insider conspiracies. In contrast to the earlier cases of trafficking in which material was exported to Western Europe, the new cases, including the seizure of HEU in Bulgaria in May 1999 and Georgia in April 2000, suggest that nuclear materials may now be headed south, toward possible buyers in the Middle East and Asia. More sophisticated middlemen and brokers have also been engaged in marketing nuclear materials in recent years. A March 1998 case in Italy involving research reactor fuel stolen from the Democratic Republic of the Congo (formerly Zaire) offers evidence of organized criminal involvement in illicit nuclear trafficking. According to U.S. and Italian media reports, an Italian organized crime group was trying to market the fuel to either a Middle Eastern state or terrorist organization. The involvement of organized crime makes this case significant, even though the reactor fuel involved was only enriched to 19.9% uranium-235, just below the threshold for HEU. This case does not provide direct evidence that Russian-organized crime groups or arms traffickers are acting as middlemen and brokers for smuggled nuclear materials. But it does suggest that at least some organized crime groups have decided that the potential profit of engaging in such activities justifies the risk.

Taken together, these cases suggest the possible existence of an “invisible” market in which nuclear material is stolen by sophisticated insider conspiracies at NIS nuclear facilities and smuggled toward potential customers in the Middle East and Asia; the smugglers may follow southern smuggling routes through Southeast Europe and the Caucasus (or perhaps through Central Asia, although no proliferation-significant cases involving HEU or plutonium have yet been confirmed there). It should also be noted that in addition to the 14 confirmed cases discussed above, there have been other cases involving the theft or loss of HEU and plutonium from NIS facilities about which there is insufficient open source evidence to reach any firm conclusions. The reported July 2001 seizure of 5g HEU in Paris--although publicly unconfirmed by French authorities--may involve material from the NIS. In another instance, an official of the Russian nuclear regulatory agency, Gosatomnadzor, said in November 2001 that there had been an incident involving a serious loss of nuclear material during 2000-2001. Additional details of this incident have not been revealed, however. There are also reports that the Russian official who first revealed the December 1998 attempted theft of HEU in Chelyabinsk was reprimanded for publicly revealing the incident. Such incidents strongly suggest that there may be additional nuclear trafficking that has been concealed by NIS authorities, remain unpublicized, and may form a key part of an “invisible” market. Recent discussion of Usama bin Laden’s repeated attempts to purchase nuclear materials, including hints by U.S. officials of evidence recently uncovered in Afghanistan, as well as earlier cases involving the activities of Iraqi and Iranian agents seeking weapons of mass destruction technology in Russia, make it clear that there are potential purchasers for smuggled nuclear material.

Policy Options

Despite these troubling signs, there is no clear evidence that any significant quantities of HEU or plutonium have been smuggled out of the NIS to potential end users, be they terrorist organizations or states. In addition, regardless of the reappearance of nuclear trafficking incidents since 1998, significant steps have been taken by Russia and other NIS, in cooperation with the United States and additional members of the international community, to improve the security of their nuclear materials and better guard their borders. The U.S. Department of Energy Material Protection, Control, and Accounting (MPC&A) program is working cooperatively with NIS facilities to upgrade the security of nuclear materials. The MPC&A program has reported that as of July 2001, it had already installed rapid or comprehensive security upgrades covering 37% of the roughly 600 metric tons of nuclear material in the NIS. Still, at current funding levels, all NIS facilities will not receive fully upgraded security and accounting systems until end of fiscal year (FY) 2007. However, even after these upgrades have been completed, their continued effective operation must be sustained by adequate funding and political support both from NIS countries and the international community. Such longer-term support is particularly important for facilities in the non-Russian NIS, which often receive less attention than their Russian counterparts.

Continued and intensified international and bilateral cooperation is clearly necessary if the threat of illicit nuclear trafficking in the NIS is to be adequately addressed. When it first took office, the Bush administration sought significant cuts in the FY 2002 budgets of nonproliferation assistance programs to the NIS. Congress, however, restored most of these cuts. In the aftermath of September 11, the Bush administration has recognized the importance of these programs and, for FY 2003, has requested funding comparable to that appropriated by Congress in FY 2002. While this change is a positive step, further acceleration of these programs, especially the MPC&A program, deserves consideration. While funding levels are important, both the United States and the NIS also need to place a higher political priority on these programs and provide them with clear strategic leadership, which has been lacking in recent years. The United States, its allies, and NIS states, in the context of the post-September 11, 2001, war on terrorism, should also institute intelligence-sharing in the area of illicit nuclear trafficking. Finally, member states should mandate greater cooperation and coordination between international organizations that are responsible for addressing the threat of illicit nuclear trafficking, such as the International Atomic Energy Agency, the World Customs Organization, and Interpol.

TABLE: Overview of Confirmed Proliferation-Significant Incidents of Fissile Material Trafficking in the NIS, 1991-2001

Scope Note: This table describes incidents involving trafficking in HEU and plutonium in the NIS that CNS considers both confirmed and proliferation-significant. Confirmed cases are those that have been reported by multiple, independent, reliable sources. Proliferation-significant incidents are those in which (1) more than miniscule quantities of HEU or plutonium are involved; or (2) other aspects of the incident, such as the characteristics of the material involved, or the circumstances surrounding its theft, raise unusual concerns in terms of proliferation. [1]

CASE NAME & DATE OF DIVERSION
MATERIAL DIVERTED
ORIGIN OF MATERIAL
RECOVERY OF MATERIAL
Podolsk
5/92-9/92
1.5 kg of 90% HEU
Luch Scientific Production Association, Podolsk, Russia
10/9/92: Russian police operation intercepted the smuggler, an employee of Luch facility, in the Podolsk train station.
Vilnius, Lithuania

early 1992
About 100 g of
50%
HEU
Institute of Physics and Power Engineering, Obninsk, Russia
5/93: Approximately 100 g of HEU discovered in Vilnius bank vault embedded in portions of a shipment of four metric tons of beryllium.
Andreeva Guba
7/29/93
1.8 kg of 36% HEU
Naval base storage facility, Andreeva Guba, Russia
7/29/93: Russian security forces arrested the thieves before they could smuggle the material out of Russia.
Tengen
Unknown
6.15 g of Plutonium-239
Unconfirmed; possibly Arzamas-16, Russia
5/10/94: Police in suspect’s apartment for another reason, stumbled upon the cache of plutonium.
Landshut
Unknown
800 mg of 87.7%
HEU
Unconfirmed; likely Obninsk
6/13/94: Undercover German police acted as potential customers in a sting operation.
Sevmorput
11/27/93
4.5 kg of 20% HEU
Naval shipyard, Sevmorput, Russia
6/94: The brother of a suspect asked a co-worker for help finding a customer. The co-worker notified authorities.
Munich
Unknown
560 g MOX fuel; 363 g of Plutonium-239
Unconfirmed; likely Obninsk
8/10/94: Undercover German police acted as potential customers in a sting operation. In a related seizure in July 1994, German police had seized a small sample of plutonium-uranium MOX powder.
Prague
Unknown
2.7 kg of 87.7%
HEU
Unconfirmed; likely Obninsk
12/14/94: Anonymous tip to police giving the material’s location (a parked car). In two instances in June 1995, Czech authorities recovered small additional amounts of HEU believed to be from the same source.
St. Petersburg [2]

Unknown
3.05 kg of
90%
HEU
Unconfirmed; likely Machine Building Plant, Elektrostal, Russia
6/8/94: Russian news agencies report that in March 1994, Russian Federal Security Service agents arrested three suspects attempting to sell about 3 kg of HEU. Russian officials have confirmed the incident.
Moscow

May 1994
1.7 kg of
HEU
Elektrostal
6/8/95: In a sting operation, Russian Federal Security Service agents arrested three suspects trying to sell HEU, one of whom was an employee of Elektrostal.
Sukhumi

Unknown
Approximately 2 kg of
90%
HEU
I.N. Vekua Physics and Technology Institute, Sukhumi, Georgia
12/97: Russian inspection team visited facility, which had been closed by 1992 Abkhazian-Georgian conflict, and found facility abandoned, and material included in 1992 inventory missing. Material has not been recovered.
Chelyabinsk Oblast, Russia

Unknown
18.5 kg of
HEU
(enrichment level unspecified)
Unknown, possibly Mayak Production Association, Chelyabinsk-70, or Zlatoust-36
12/17/98: Russian Federal Security service reports that it thwarted an attempt by workers at a nuclear facility in Chelyabinsk Oblast to steal 18.5 kg of nuclear material. 10/00: Russian Ministry of Atomic Energy official confirms incident involved HEU.
Dunav Most, Bulgaria

Unknown
10 g of
76%
HEU
Unknown
5/29/99: Bulgarian customs officers discovered HEU hidden in the trunk of a car crossing from Bulgaria into Romania. Driver said he had obtained material in Moldova.
Batumi, Georgia

Unknown
920 g
30%
HEU
Unknown
4/19/00: Georgian police arrested four suspects and seized HEU.

Sources:
[1] The International Atomic Energy Agency (IAEA) maintains a table of “Confirmed Incidents with Plutonium or High-Enriched Uranium,” listing 18 incidents. The table below notes only 14 incidents. The discrepancy results from different criteria used to compile the two charts. The IAEA table includes 3 incidents which are not clearly linked to the NIS. These cases are not included in the chart below. The IAEA chart also includes two small seizures linked to the 1994 Prague case as separate incidents and one seizure linked to the 1994 Munich case as a separate incident. These are noted under the Munich and Prauge incidents in the chart below, but are not listed as separate incidents. The IAEA chart also includes three small seizures involving a few grams of plutonium in Kyrgyzstan, Latvia, and Georgia, which CNS judged not to be proliferation-significant. Overall, of the 18 incidents listed by the IAEA, the chart below covers 12 (but only 9 are listed separately). The chart below also describes five incidents not included in the IAEA chart: the Podolsk incident, the Andreeva Guba incident, the Sevmorput incident, the Chelyabinsk incident, and the Sukhumi incident. The IAEA includes only incidents that have been verified by member states, and these cases, although noted in multiple open-source reports, may not have been reported as trafficking incidents to the IAEA. The IAEA table also does not list incidents prior to 1993, which accounts for the absence of the 1992 Podolsk incident.
[2] This case is included in the list of confirmed trafficking incidents largely on the basis of reports made to IAEA by the Russian Federation. Additional corroborating evidence, however, is not readily available.

Introduction | Issue Brief | Relevant Resources

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CNSThis material is produced independently for NTI by the James Martin Center for Nonproliferation Studies at the Monterey Institute of International Studies and does not necessarily reflect the opinions of and has not been independently verified by NTI or its directors, officers, employees, agents. Copyright © 2007 by MIIS.

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