The clean-up and decommissioning of the Sellafield Nuclear Licensed Site is currently estimated by the Nuclear Decommissioning Authority to cost between £60 - 140 billion over a 120-year period. However, this cost will be profoundly influenced by the chosen end-state for the site and research exploring acceptable end states for Sellafield aligns with the priorities of the Nuclear Sector Deal as a critical enabler of reduction in decommissioning costs. Far from a technical or financial matter only, deciding on potential end states involves ethical and environmental considerations that warrant wider debate.
New approaches such as in situ disposal of certain infrastructure with radioactivity present on site could radically alter the technical, environmental and social challenges involved and potentially reduce costs. In addition, the availability and capacity of future radioactive waste disposal facilities including both surface and deep disposal facilities will have a significant influence on which end states are ultimately achievable.
Here, we will take a whole systems approach to consider Sellafield’s possible end states to explore the implications of different options. We will host a series of workshops to identify the technical, ethical, regulatory, socioeconomic, and ecological implications of realizing different end states. This will allow us to formulate the major research questions to be addressed in future research proposals.
The researchers include Katherine Morris (nuclear environment and waste expert), Liz Thomas (heritage and communities peace and reconciliation expert) and Petra Tjitske Kalshoven, (social anthropologist) with Richard Taylor and Francis Livens (nuclear networking via the Dalton Nuclear Institute). The proposal builds on extant connections with industry, government and local and national stakeholders to create a platform for engagement focussed on site end-states through a fully collaborative process.
Notably, the interdisciplinary team will collaborate equitably with all stakeholders in the process so that a holistic research programme will emerge that includes the social and natural sciences alongside engineering and business. Distinctively, this proposal draws together a wide range of disciplines, stakeholders and diverse investigator backgrounds, thereby offering whole-system coverage of a key issue for the UK’s future.
The project will explore a series of credible end state scenarios for the Sellafield Site based on the collective expertise and perspectives of the participants. These scenarios would be accompanied by a detailed list of research questions and an outline route to resolution identifying the expertise, facilities and investment required.
Project contact: Prof Katherine Morris, University of Manchester (email@example.com)
Network News 22 Nov 2018
Our challenges are interconnected, so our thinking has to be too. That's why we at UKERC promote the "whole systems" approach. This week Grant Wilson launches a survey asking how we should teach the next generation of energy researchers.
Blog 15 Nov 2018
On the first IVUGER event, female early-career professionals working in the broad field of decarbonisation of energy, will be gathering. Registration is open.
25 Oct 2018
UKERC and 1010 are delighted to announce that ‘The Heat Network’, a project which forms part of the UKERC Whole Systems Networking Fund is now up and running. The project will use a combination of survey work, workshops and publications to for the first time pull together those researching and innovating around sustainable heating. The first step is a survey.
Ever wondered why there aren’t more women working, innovating and researching in the energy sector?
This new insight paper examines the potential for whole systems energy research to address questions of community resilience.
Networking Fund Event, 9:30 AM - 6:00 PM, 25 June 2018
Imperial College, Central London (venue TBC), United Kingdom