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UCL Australia
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Tel: +61 8 8110 9960
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Research at UCL Australia

UCL School of Energy and Resources

Research in the School of Energy and Resources focuses on both the upstream and downstream development of energy and resources, covering a wide range of disciplines - from engineering and economics to environmental science and law. 

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Mullard Space Science Laboratory

The Mullard Space Science Laboratory (MSSL) is a world-leading research organisation delivering a broad science programme that is underpinned by a strong capability in space science instrumentation, space-domain engineering, space medicine, systems engineering and project management.

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International Energy Policy Institute

The International Energy Policy Institute (IEPI) was created to address key policy issues in the mineral, energy and resources industries through intensive and innovative research.

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Research at the IEPI

Professor Stefaan Simons

Professor Stefaan Simons

RESEARCH

International Energy Policy Institute

INTERNATIONAL ENERGY POLICY INSTITUTE

The International Energy Policy Institute (IEPI) was created to address key policy issues in the mineral, energy and resources industries through intensive and innovative research.

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Mullard Space Science Laboratory

MULLARD SPACE SCIENCE LABORATORY

The Mullard Space Science Laboratory (MSSL) is a world-leading research organisation delivering a broad science programme that is underpinned by a strong capability in space science instrumentation, space-domain engineering, space medicine, systems engineering and project management.

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Nuclear-powered submarines 'do-able' for Australia

11 August 2013

12 August 2013

Developing a nuclear-powered submarine may present no greater challenge for Australia than developing its own uniquely modified conventional submarine, according to a green paper published today by University College London.

Developed by UCL’s International Energy Policy Institute in Adelaide, the discussion paper considers in detail for the first time the question: ‘What would it take for Australia to develop a nuclear-powered submarine capability?’

The Director of the IEPI, Professor Stefaan Simons, says the Australia-first research finds a civil nuclear industry does not need to be developed first in order for a nuclear-powered submarine option to become feasible. Indeed, in most cases around the world, defence needs have preceded civil ones. Perhaps more importantly, nuclear-powered submarines have proven operational capabilities – modifying a conventional submarine to deliver Australia’s operational requirements is fraught with risk, he says.

Professor Simons, whose own research includes a focus on nuclear fuel reprocessing, nuclear waste disposal and low carbon energy technologies, says it is possible that Australia would only need to manage short-lived (radioactive) wastes produced during operations and maintenance of such submarines; which could be done within the facilities already planned for development in Australia.

“With the exception of the nuclear fuel in the reactor, all of the radioactive waste produced in the decommissioning of a nuclear submarine should be lower-level and manageable within the planned facilities,” he says.

“It is virtually certain that the fuel would be provided with the reactor. With the modern design trade-offs, indicating that fuelling for life is preferable, issues around refuelling (i.e. the management of spent fuel) would probably not apply and any spent fuel could possibly be the responsibility of the country of origin, depending on negotiations.”

The green paper was developed to kick start an informed debate about what would be the necessary requirements if Australia wished to develop a nuclear-powered submarine capability in Australia.

Professor Simons says the green paper creates a broad non-classified understanding of the requirements for nuclear naval (submarine) propulsion. It identifies the necessary infrastructure, workforce, legislative and regulatory (both national and international) requirements. 

The green paper highlights eight key issues and outlines a further 15 points for policy consideration. The key findings are:

1. Developing a nuclear-powered submarine capability may present no greater challenge than Australia developing its own uniquely modified conventional submarine design and construction capability.

2. A nuclear industry per se does not need to be developed first in order for a nuclear-powered submarine option to become feasible. Indeed, in most cases around the world, defence needs have preceded civil ones.

3. There appears to be little evidence supporting the argument that Australia would be more dependent on its allies if it leased or acquired nuclear-powered submarines.

4. There is a significant global shortage of nuclear regulatory personnel and there are significant challenges in developing this capability, although some already exists in Australia. In practice, the primary training ground for many potential recruits into nuclear safety inspectorates is a nuclear submarine engineering force. The existing nuclear regulatory bodies in Australia would benefit in the long run from the use of [nuclear-powered submarines] by the Royal Australian Navy. 

5. It is virtually certain that the fuel would be provided with the reactor. With the modern design trade-offs indicating that fuelling for life is preferable, issues around refueling  (e.g. the management of spent fuel) would probably not apply and any spent fuel could possibly be the responsibility of the country of origin, depending on negotiations.

6. It is possible that Australia would only need to manage short-lived wastes produced during operations and maintenance [of nuclear-powered submarines], which could be done within the facilities already planned for development in Australia.

7. It is unlikely that any major maintenance of the reactor would take place in Australia, unless a phased approach to procurement took place where, for instance, the first boat would be leased (to provide capability quickly), with more of the final assembly carried out locally for subsequent vessels.

8. With the exception of the nuclear fuel in the reactor, all of the radioactive waste produced in the decommissioning of a nuclear submarine should be lower-level and manageable within the planned facilities.

Download the Could Australia's future submarines be nuclear-powered? green paper. 

For interviews with Professor Simons contact Ms Michaela Mocikova on +61 (0) 8 8110 9981 or m.mocikova@ucl.ac.uk.

ABOUT UCL

Consistently ranked in the world’s top five best universities, UCL established its first overseas campus in Adelaide in 2010.  UCL (Australia) now includes the UCL School of Energy and Resources, Australia, the UCL International Energy Policy Institute and an office of the UCL Mullard Space Science Laboratory.

UCL was founded in 1826 and counts 21 Nobel Prize winners among past and present alumni.