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News Release from: CCLRC | Subject: Hiper project
Edited by the Laboratorytalk Editorial
Team on 02 February 2007
Fusion energy: Hiper project to be led
by the UK
CCLRC has endorsed a submission to the European Commission in which the UK will take the lead role in a three-year project to prepare the case for construction of the proposed HiPER laser facility
The European 'High Power Laser Energy Research' facility, Hiper, is a major science project being designed to demonstrate a high technology solution for a long-term supply of environmentally clean energy, while supporting a broad base of fundamental research Hiper will be designed to investigate the newest concept for efficient generation of power from fusion - the power of the sun
This article was originally published on Laboratorytalk on 4 Jan 2005 at 8.00am (UK)
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A demonstration that energy can be produced from laser driven fusion is already due in the period 2010-2012, initially in the USA and subsequently in France.
The Hiper project has been designed to move from this scientific proof of concept to establish a credible route towards a commercial power plant, using a new technique known as 'fast ignition'.
While the pursuit of a future clean energy source is the principal goal of Hiper, the capability offered by a state-of-the-art laser has not escaped the wider scientific community.
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Proposals to make use of Hiper are being incorporated into the design, covering fields as diverse as extreme material science, astrophysics in the laboratory, miniaturised particle accelerators, and a wide array of fundamental physics studies.
A consortium of over 50 senior laser and plasma scientists from ten countries have worked over the past two years to prepare the conceptual design of Hiper.
This proposal was recently accepted onto the European Roadmap for future research facilities.
The upcoming 'preparatory phase' project is anticipated to last three years, preparing the case for construction of this euro800m facility.
This phase will seek funding from the EC, co-funding from major laser institutions and will make use of existing research facilities across Europe.
This project will coordinate the large European laser community to ensure maximum societal benefit is obtained from their work.
A key aspect of this will be to use the Petal laser facility under construction in Bordeaux.
This is an intermediate scale laser which will be directly linked to the Hiper project to ensure the rate of progress is as fast as possible.
The future location of Hiper will be explored over the next three years.
Mike Dunne, director of the Central Laser Facility, said: "The UK is the leading potential host, consistent with the wider drive for the UK to take a leading position in high profile science with strong economic impact".
Demonstration of energy production from laser driven fusion is expected in the period 2010-2012 from the National Ignition Facility, an extremely large laser nearing completion in California.
A similar facility is under construction in Bordeaux, called Laser MegaJoule.
The Hiper conceptual design has been produced by over 50 senior scientists from the UK, France, Germany, Greece, Italy, Spain, Portugal, Poland, Czech Republic and Canada.
The construction cost of Hiper is estimated at euro800m.
The timeline for construction is: two years conceptual design (now completed); three years preparatory phase design; five years construction; two years commissioning.
Operation is therefore anticipated towards the end of the next decade, assuming funding is granted.
The European roadmap is published by ESFRI.
It outlines opportunities for future large scale science facilities.
Following this, the European Commission (EC) announced dedicated funding as part of Framework Programme 7 to progress these facility projects to the point at which construction decisions can be made.
The deadline for proposals to make use of this funding is 2 May 2007.
The ESFRI roadmap consists of 35 scientific opportunities and CCLRC has a particular interest in several of them:.
An upgrade programme for ESRF, the most powerful high energy synchrotron light source in Europe.
An upgrade at the Institut Laue Langevin to enhance the production of slow neutrons - the most cost effective response in the short to medium term to users' requirements.
The case for a next generation neutron source, ESS, planned to be the world's most powerful source of neutrons which will serve 4000 users annually across many areas of science and technology.
Options for developing new light sources based on Free Electron Lasers, including demonstration and technological development phases (4GLS).
The case for the Hiper (high power laser energy research facility) laser project to demonstrate a high technology solution for a long-term supply of environmentally clean energy.
The Council for the Central Laboratory for the Research Council is one of eight UK research councils and is one of Europe's largest multidisciplinary research organisation supporting scientists and engineers across the world.
It operates world-class large scale research facilities, provides strategic advice to the government on their development and manages international research projects in support of a broad cross-section of the UK research community.
The Central Laser Facility (CLF) at the CCLRC Rutherford Appleton Laboratory is one of the world's leading laser facilities providing scientists from universities in the UK and Europe with an unparalleled range of state-of-the-art laser technology.
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