Draft criteria and
process for siting potential new nuclear power stations published
DEPARTMENT FOR
BUSINESS, ENTERPRISE AND REGULATORY REFORM News Release (2008/148)
issued by The Government News Network on 22 July 2008
The detailed
criteria and process for assessing where new nuclear power
stations could safely and securely be built across England and
Wales have been set out by the Government today.
The consultation on the Strategic Siting Assessment outlines the
process the Government will use for identifying suitable sites for
new nuclear power stations. The Government is proposing to invite
third parties to nominate sites which it will then assess against
a range of criteria.
The consultation also sets out the various criteria that would be
applied in making that assessment - including those that would
automatically rule out sites. The sites identified through this
process will still need to be considered through the planning
process. Government is also publishing an environmental study
alongside the consultation.
The latest development forms part of the measures that the
Government is putting into place to open up opportunities for
nuclear power investment in the UK.
Business Secretary John Hutton said:
"Nuclear power is an essential part of our future energy
mix. And, alongside a ten fold increase in renewables and
investment in clean coal technology, it will help wean us off our
dependency on oil and protect us against the politicisation of
energy supplies.
"So, we must do everything we can to remove any remaining
barriers and open up the UK as the most attractive place in the
world to invest in nuclear power.
"The strategic siting assessment is the next step towards a
Nuclear National Policy Statement. This will help to speed up
planning applications while making clear that safety and
engagement with local communities are key."
The consultation outlines a number of 'exclusionary'
and 'discretionary' criteria:
* Exclusionary criteria relate to the fundamental suitability of
a site and will be used to 'screen out' unacceptable
locations. This includes seismic risk, capable faulting and
proximity to heavily populated areas.
* 'Discretionary' criteria are those that could make a
site unsuitable, subject to further consideration. These include
less absolute issues and will be used to form a balanced view of
the site's suitability, such as flooding, coastal conditions
and areas that are environmentally protected.
The Department expects to have finalised the criteria by early
2009, and will at that time open the invitation for the nomination
of sites that could be suitable for new nuclear generation by
2025. In 2010, a National Policy Statement will be published which
would include a list of the sites assessed as strategically
suitable for building new power stations. Subject to Parliamentary
approval of the Planning Bill, this would in turn guide the work
of the Infrastructure Planning Commission in dealing with specific
planning applications on those sites. It will be the
Infrastructure Planning Commission that would decide on
applications from developers. If approval is given, it is expected
that construction of new nuclear power stations could begin in
2013-2014, in time for producing energy from 2017-2020.
NOTES TO EDITORS
1. The consultation on the Strategic Siting Process will close on
11 November 2008. The SSA consultation and related documents can
be found at http://www.berr.gov.uk/energy/nuclear-whitepaper/consultations/page44523.html
2. Alongside the SSA, a study of the environmental and
sustainability effects of the proposed criteria and a Habitats
Regulations Assessment Screening Report have also been published.
3. This consultation today follows the publication on 10 January
of the nuclear white paper. This set out that the Government
believes it is in the public interest that new nuclear power
stations should have a role to play in this country's future
energy mix alongside other low-carbon sources and that the
Government should take active steps to open up the way to the
construction of new nuclear power stations.