Proceeding contribution from Bishop of Southwell and Nottingham (Bishops (affiliation)) in the House of Lords on Thursday, 16 February 2006. It occurred during Parliamentary proceeding on Energy Policy: Nuclear Power.
Energy Policy: Nuclear Power
My Lords, a key question is: how imminent is this environmental crisis and catastrophe? According to James Lovelock’s recent publication, The Revenge of Gaia, we face huge upheavals in the climate and environment within the next 20 to 50 years. It may simply be too late to do anything—a hard thing for humans to face, particularly those of us in the West who like to think we can control our destiny. Even Lovelock thinks there are things we can do. He advocates nuclear power. There are reasons why nuclear power may be the answer—fuel security, for example. To be able to generate the energy we need in our own country must be preferable to relying on sources within politically unstable territories, as the noble Lord, Lord Jenkin, mentioned. Another reason is having nuclear as part of a mixed economy with renewable energy. Renewable energy sources can be created close to people’s homes where populations are sparser, but the current development of renewable technologies cannot provide enough constant energy to fuel larger conurbations. A nuclear power plant near a city will ensure energy in the vast quantities and concentrations needed, while renewables could work elsewhere. Another reason is generating power close to where it is needed. The environmental cost is reduced and the efficiency of energy is greatly increased if the energy does not need to travel. This could be the case for nuclear power stations close to cities. I also suggest that it could meet some of the concerns expressed by the Campaign to Protect Rural England. Yet another reason is that the technology is well developed. We should be in a position to open more nuclear power stations now, whereas renewables technology is still in its infancy by comparison. If the problem needs a solution urgently, nuclear power may be the way to go. If there are some reasons for nuclear power, there are also reasons why it may not be the answer. Let us look at some of the statistics on uranium mining. About 36,000 tonnes of uranium are mined each year to meet current needs. The European Commission estimates there may be only 2 to 3 million tonnes of exploitable uranium sources globally. On current projections of nuclear capacity, uranium mining operations will need to increase by 100 per cent within 10 to 20 years, at which rate uranium will run out within 30 to 40 years. Again, on the practical reality of new-build nuclear reactors, optimistic predictions are that they will not be ready until 2021 because of the time taken to design the reactors, gain the consent of the Nuclear Installations Inspectorate and the Environment Agency, gain the formal planning permission and then build the thing, by which time old nuclear reactors will be coming out of service. Although the technology is ready, the capacity to use it is not. Nuclear may not be the answer because of waste issues, which have already been mentioned. Claims that highly toxic spent uranium fuel rods can be made safe have not been fulfilled yet. We leave a deadly legacy to the generations that come after us. Research and development into new technology to neutralise waste residue will cost us a phenomenal amount of money and there are uncertain delivery dates. Another reason for not having nuclear is profligacy. Nuclear allows us to be profligate. Reduced energy sources or renewable energy sources, which demand us to live more simply, place constraints on human greed. With nuclear power we are using the energy source that gives us as much energy as we want and then leaves the mess to future generations. There are profound ethical issues concerning energy. Some may say, ““What about nuclear fusion?”” Nuclear fusion is claimed by some to be the answer. It does not use uranium and is, therefore, in theory limitless. Its waste products are thought to be less toxic than those of nuclear fission. However, the technology is still relatively new; there are problems in the containment of such energy; and even if the waste is less toxic, it is still toxic. Mr Carl Hughes, the UK head of energy, infrastructure and utilities at Deloitte, writing in the preface to its recent publication, 2020 Vision, stated:"““Given the differing agendas of key stakeholders in the energy policy debate, and the need to strike the right balance between ensuring security of supply, reducing emissions and optimising affordability, finding an acceptable solution to this challenge will be both technically and politically demanding. Compromise, which is never popular, will be essential if the Government is to succeed.""““We look across the whole of the energy and fuel supply value chains to take an holistic view of the challenges ahead. While we do not purport to have found ‘the solution’, we believe that we have created an agenda for discussion that reflects our conclusion that the UK is unlikely to achieve its overall objectives if decisions about the future of power generation are left entirely to the private sector. It is, we believe, up to Government to set policy and facilitate development of the necessary market levers that will incentivise investment in the most appropriate infrastructure and technology””." I return to the issue I raised at the beginning: is it simply too late to do anything about our climate and environment in the midst of what I believe is our growing energy debate? I refuse to be pessimistic. As Sir Nicholas Stern says on the economics of climate change:"““it is not too late to take actions to avoid the worst impacts of climate change. If Government set clear, credible, and long-term incentives, then businesses and individuals will respond, and emissions can be shifted to a more sustainable pathway””."
Secondary information
- Type
- Proceeding contribution
- Reference
- 678 c1307-9
- Session
- 2005-06
- Chamber / Committee
- House of Lords chamber
- Subjects
- Decommissioning Carbon dioxide Energy Electricity generation Energy supply EU internal trade Imports Natural gas Radioactive waste Nuclear power Nuclear fuel reprocessing Nuclear power stations Pollution control Staff Prices Security Waste management THORP Sellafield Nuclear Installations Inspectorate Energy Policy Progress Review
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- View this Proceeding contribution on www.publications.parliament.uk
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