Title: Canadas International Efforts to Combat Nuclear Terrorism Dr. Nicole Evans Global Initiative Technic
1Canadas International Efforts to Combat Nuclear
TerrorismDr. Nicole EvansGlobal Initiative
Technical Workshop on Anti-Nuclear Smuggling
Assistance5-6 September 2007
2Overview
- Canadian international assistance programs to
help prevent nuclear terrorism are multifaceted. - They work to comprehensively address the threat
of nuclear terrorism. - Canadas Global Partnership Program (GPP) is
spending over 200 million to implement GICNT
Principles 1-5.
3GICNT Principles
1. Improve accounting, control and physical
protection systems for nuclear materials and
radioactive substances 2. Enhance security of
civilian nuclear facilities 3. Improve the
ability to detect nuclear materials and
radiological substances and prevent illicit
trafficking in them 4. Improve capabilities of
participants to search for, seize and establish
safe control over unlawfully held material 5.
Improve capabilities for response, mitigation and
investigation 6. Prevent the provision of safe
haven to terrorists and financial or economic
resources to terrorists 7. Improve our
respective national legal and regulatory
frameworks and 8. Promote information sharing.
4The Nuclear Threat
- There is an unacceptable risk that terrorists may
acquire a nuclear device. - A relatively simple, Hiroshima-style nuclear bomb
can be built using open source blueprints and
only 15 kg of highly-enriched uranium (or 4 kg of
plutonium for a slightly more sophisticated
device). - Terrorists have formally been charged with
seeking nuclear weapons and materials to make
them, and a fatwa has been issued authorising the
use of nuclear weapons against civilians. - Open sources reveal that several terrorist groups
have the capabilities, if not the materials,
necessary to construct a crude nuclear device. - The most effective way to prevent nuclear
terrorism is to prevent access to weapons usable
nuclear materials.
5The Radiological Threat
- Highly radioactive materials can be used to
construct a radiological dispersal device, or a
dirty bomb, in which conventional explosives
are used to disperse radioactive materials. - Documents describing the construction of dirty
bombs have been found in many conflict areas,
from Afghanistan to Chechnya. Many believe that
terrorist groups have the capabilities and the
intent, if not the materials, to construct dirty
bombs.
6Methodology
- In order to prevent nuclear smuggling, several
elements need to be addressed. - Canada employs a layered, defence-in-depth
methodology for its international nuclear
security assistance programs - Nuclear and other radiological materials are
secured in a room, building and then facility - Materials are secured during transportation
- Movement across international borders is detected
and interdicted. - Sustainability considerations are integrated into
all of Canadas GPP projects. - Canadas current focus is on countries of the
former Soviet Union due to the sheer quantity of
materials located in the region, but we are
considering geographic expansion.
7Program delivery mechanisms
- Bilateral (government-to-government)
- Third-party (piggybacking)
- Multilateral (International Atomic Energy Agency)
8Physical Protection of Nuclear Materials
(including in transportation)
- Canada is currently working bilaterally at five
Russian nuclear facilities, in both civilian and
defence sectors. - It is anticipated that Canadas bilateral
physical protection program will continue to grow
within the programs envelope. - Through its 8 million contribution to the IAEA
Nuclear Security Fund, Canada is also funding
physical protection upgrades to nuclear
facilities in other countries, as well as
supporting the development of a physical
protection training centre in Obninsk, Russia. - This aspect will remain a key focus of Canadas
strategy for international assistance to help
prevent nuclear terrorism.
9Recover, secure and dispose of highly radioactive
sources
- Canada has recently completed two bilateral
projects to help remove, secure, dispose and
replace highly radioactive sources in Russia
currently powering navigational devices
(radioisotope thermoelectric generators, or
RTGs). - In cooperation with the US Global Threat
Reduction Initiative (GTRI), Canada will remove,
secure, dispose and replace RTGs along Russias
Northern Sea Route (Artic Ocean). It is
anticipated that this cooperation will continue
beyond 2008. - In cooperation with Norway, Canada has removed,
secured, disposed and replaced RTGs in the White
Sea. - Canada is also working through the IAEA to
recover radiological sources. - Canadas Counter-Terrorism Capacity Building
Program is working with MDS Nordion to undertake
a needs assessment mission to Georgia and, if
orphaned sources are identified, help to safety
dispose of them.
10Strengthen border security capabilities
- In cooperation with the US Second Line of Defence
(SLD), Canada is working to strengthen Ukrainian
border security capabilities. - Through the IAEA Nuclear Security Fund, Canada is
also funding border security upgrades to Ukraine
and other countries in the region.
11Plutonium production and disposal
- A key element in Canadas long-term strategy to
help prevent nuclear terrorism is to reduce the
overall quantity of nuclear materials. - Canada contributed 9 million to the US-led
project to shut-down the last weapons-grade
plutonium producing reactor in Zheleznogorsk,
Russia (EWGPP). - Canada will also support international efforts to
dispose of 34 tonnes of plutonium that has been
declared as excess by Russia.
12Conclusion
- The threat of nuclear terrorism hangs over all of
us, and we are working hard to ensure that this
threat diminishes. - Addressing this threat demands a concerted and
coordinated international effort to prevent
nuclear smuggling. - As part of this effort, Canadas Global
Partnership Program is implementing a
comprehensive, cohesive set of international
assistance projects.