Tony Loves Nukes

The biggest surprise of the week.  Ahead of the results of the government’s review of energy policy, Tony Blair announced to the CBI last night that the nuclear option, involving the construction of somewhere between 6 and 10 new reactors, is the only way to go if we are to avoid ‘a serious dereliction of our duty to the future of this country’.This is an interesting new tack, selling the rebranding of nuke (which I’ve written about before here) as a huggably low carbon energy source on the basis of the well-being of a future constituency of voters.  ‘Won’t someone please think of the children??!?’, indeed.  This question of responsibility gets cashed out by Blair in two ways: firstly, it’s about carbon emissions.  Nuclear energy is apparently the only way we’re going to meet our targets for cutting emissions – if ‘current policy is unchanged’, then by 2025 then there’s gonna be a big shortfall.  Secondly, our responsibility to the future consists in protecting ‘energy security’, by reducing our dependence on imports of gas.

How is this noble acceptance of our obligation to generations yet unborn to be carried forward?

Ministers believe a new generation of nuclear stations will require an extension of the current renewables subsidy to nuclear electricity and some form of pre-licensing agreement to speed up planning permission for new stations.

More public money for the nuclear industry and less accountability via the planning process?  Maybe the eco-fascism about which free-marketeers have been worrying their purdy li’l heads ever since Rachel Carson came on the scene really is just around the corner: the upshot of Blair’s position does seem to be that, for the sake of future generations, we’re all going to have to pay more taxes (tighten your belts!) and accept restrictions on our liberties (don’t even think about complaining when a new reactor + long-term waste storage facilities land on your doorstep).  Because it’s another emergency, folks!  And we still haven’t finished with the last one, the one about brown people who like blowing things up because they’re evil.  You remember? Planes crashed into a building in New York and suddenly everything went all Indiana Jones and the Temple of Doom?

I digress.  Let’s look at this use of the future as a justification for suddenly plunging nuclear-wards.  As Blair understands it, this responsibility consists in precisely two things: cutting carbon emissions and energy security.  Policy has to change within the next 11-20 years.  The missing step in this argument, though, is why, on this definition of our obligations to the future, this change has to be in favour of nuclear.   Further, one might also ask the big question: is this understanding of responsibility and the implied risks we’re running adequate?  Is this a way of successfully dealing with what political philosophers like to call a problem of intergenerational justice?

If energy security is the issue, then consider the following points.  Any form of energy that needs to be imported is suspect.  Cue glib aside about the UK’s vast North Sea uranium reserves – oh, and if responsibility is on the agenda, one might also mention the pollution visited by uranium mining on communities in those far off lands of which we know nothing where it takes place.  Secondly, the reason gas is such an important part of the UK’s energy portfolio is that it’s used for heating.  Greater provision of nuclear power isn’t going to help there – unless there’s a massive move towards electric heating, as happened in France, miraculously about the same time that the French nuclear industry was growing and looking to maximise its advantage.  Coincidentally, electric heating is one of the best ways of wasting energy there is, so presumably a similar move isn’t on the agenda for Blair, what with all his deep concern about energy efficiency and so on.  

As far as carbon emissions goes, then there remains the (except for Blair and David King) entirely unresolved question of just how far nuclear can help, and whether the vast subsidies that will need to be pumped into construction, maintenance and decommissioning might not be better spent on research into improving solar cell efficiency and developing hydrogen fuel.  Whether ‘policy must change’ necessarily equals ‘let’s throw stupid amounts of money at nuclear’ remains unproven.

But if we think a little more about the fundamental problem of the nature of our responsibility to future generations, then it seems Blair is really missing the point, or perhaps ignoring it even though it’s staring him in the face.  As a new justificatory tack to take, this is very interesting.  I don’t remember, say, PFI being sold to us on the basis of our responsibility to the future.  Perhaps because this was an example of the familiar accountant’s practice of future-discounting, whereby the costs and benefits of a policy are assumed to decrease the longer it takes for them to be taken up.  On this assumption, it makes sense to put off costs as long as possible, and seize benefits as soon as possible – crudely, to ensure that whatever you do, you live to reap the benefits and die before you have to pay the costs.  With PFI (if you’re really, I mean, incredibly lucky) you get a hospital in six months, but the cost is spread out over 30 years – and those alive thirty years’ hence find they’re still paying for something which is now in fine falling-down condition.  But then with nuclear energy, we get increased energy generating capacity now, with the huge cost of decommissioning being taken up say 50-70 years in the future.  Will the owners of the plants be able to pay?  Are the current estimated costs accurate?  Or will they go up and up, as the costs of decommissioning nuclear plants tend to?  A lot of uncertainty there, on the basis of which it would arguably be pretty irresponsible to act: but hey, there is the certainty that we’d get more generating capacity if we built more nuclear power plants.  So that’s all right then.

And then the elephant in the room, the waste issue: deep burial is the only game in town, but remains an untested solution.  How after all do you thoroughly test a waste management solution that has to withstand geological events over the course of a few thousand years?  Uncertainty again, so much of it as to arguably make Blair’s claim to be taking responsibility now look like arrant irresponsibility.  As with the issue of the long-term costs of nuclear energy, the waste solution is really for the benefit of the present: deep burial enables to think that we’ve done our duty, once and for all – the problem put out of sight, out of mind. 

Perhaps the bottom line here is that the solution that Blair seems to have already accepted is one that his audience last night would also have found highly acceptable.

If we have to tighten our belts, restrict our lifestyles, and accept more limitations on our liberties because of this new emergency we face, it’s not ultimately for the sake of future generations: it’s for the short- and medium-term benefit of some members of the current generation and their immediate descendants.  Last night Blair used his privileged position to define the risks that hang over us and our descendents, and our responsibilities in the face of them.  The question of what these really are is too important to leave to Tony’s speechwriter, however.

13 comments
  1. Chris Williams said:

    All very well, till you wrote:
    “developing hydrogen fuel”.
    Hydrogen is a transmission mechanism, not a basic fuel. It’s a way of (inefficiently) powering cars and planes without necessarily releasing carbon. But the power to crack the water to make the carbon has to come from somewhere.

  2. Matt said:

    For the time being I’m not getting into the fundamental pro/con question, but I take issue with your economics.

    You note that most heating in the UK is gas-fired, and then go on to say that this means that nuclear plants are ill advised. In contrast, you say, the French do use electricity for heating, and then you insinuate that there was some underhand process by which EdF made this happen.

    If, on the other hand, you think in terms of prices: if the price of electricity drops thanks to the construction of nuclear plants, the difference between the price of electricity and the price of gas may be sufficient to persuade people to make the change to electricity. Given that you already have the plug sockets, the costs of transitioning from one energy source to the other are low. So it’s not at all surprising that such a change might have happened in parallel, and it would not be surprising if a similar change happened in the UK.

    That’s leaving to one side the question of which is the more efficient heating method.

    Secondly: PFI in power projects can often work reasonably well. By putting the burden on the private company to finance construction, the incentives are for the private company to build quickly and efficiently. The incentives are also for electricity to be generated as cheaply as possible, so as to maximise the margin against the price fixed in the PPA. Ultimately that means less inputs per watt of energy delivered to consumers, which in energy security terms is advantageous.

    And that’s leaving to one side the question of whether disposal and decommissioning costs are properly factored in to the project costings.

  3. Matt said:

    Oh, and something else – quite a few older French buildings are heated by communal boilers, which have the potential for greater efficiencies than our on-demand mini-boiler-in-the-kitchen. Most buildings in central Paris that I’m aware of, at any rate.

  4. Matt:

    It was precisely the question of whether the decommissioning costs are factored in that I was concerned about, though – and yes, of course the incentive in PFI projects is to build quickly, to maximise benefits as soon as possible. But the way these incentives are linked with the incentive of burdening future persons with the costs is precisely the problem.

    As far as EdF’s ‘underhandedness’ goes, I believe that they introduced entirely electric heating systems in the 60s, which were incredibly inefficient when supplied by fossil-fuel burning power stations, but which could achieve higher levels of efficiency (though still of course nothing near the communal boilers you mention) if supplied by nuclear power stations. In other words, there was a certain (shall we say) ‘synergy’ between the introduction of this technology and the subsequent nuclearisation of France.

    Peter:
    They do indeed – but then the French political system, with its colossal centralisation, allows major decisions about the future of the country’s energy supply to be taken swiftly and with a minimum of noisy debate (as indeed happened in the 70s, a tale recounted by Andre Gorz among others). Louis Puiseux, an economist working for the EdF, said then that ‘the all-nuclear society is a society full of cops. I don’t like that at all. There can’t be the slightest self-management in a society based on such an energy choice’. On the strong side maybe, but he had a point: this kind of decision is about more than just numbers. It’s a way of strengthening or weakening a particular kind of political system too.  I think there are good political reasons to be concerned about the wholesale adoption of nuclear power as well as ecological ones.

  5. Matt said:

    That comment from Louis Puiseux is interesting – reminds me of the old hyrdaulic theory of the early Chinese bureaucracy.

    Anyway – Tom Burke has published a piece that sounds remarkably like yours.

    http://www.guardian.co.uk/commentisfree/story/0,,1777223,00.html

  6. Chris Williams said:

    Sorry, when I wrote ‘to make the carbon’ in comment #1 above, I actually meant ‘to make the hydrogen’. I got a B for O Level Chemistry, me – now look at me.

  7. I only managed a C at GCSE, so you’re multiple notches up on me, Chris. As to your original point: yep, well taken – the 2nd law of thermodynamics wins again, dammit.

  8. Sunny said:

    Was talking to a friend yesterday, and he said the most enlightening bit about the talk wasn’t what he said about the nukes. It was the fact that Tony Blair effectively told the Labour Party that it was still his party and that he was going to stick around for a bit whether they liked it or not.

  9. David Barry said:

    The most efficient way of using nuclear energy for heating would be to use it in combined heat and power. This would involve using small reactors, on the same scale as those used in Submarines, which would be located in the neighbourhood, and the waste heat left over after generating electricity could be used for district heating. Such schemes were proposed in the 1960’s.

    The very fact that such an implementation is unthinkable gives us some idea of the problems nuclear has…..

  10. Jim B said:

    As Chris Williams pointed out above, suggesting that “developing hydrogen fuel” would be a better use of resources does you no favours. If anything would be worse than building a new generation of nukes, it’d be investing in “hydrogen infrastructure”. Using hydrogen as a fuel is essentially an inefficient way of consuming natural gas (currently). It creates increased dependence on fossil fuels.

    The alternative method of producing hydrogen is to pass massive amounts of electricity through water. In other words, create a significant increase in electricity demand.

    In my view, proposing “a hydrogen economy” (as many politicians blithely do without understanding the physics and engineering issues) is to propose a sharp increase in fossil fuel usage at a reduced energy efficiency, in the short term. And a sharp increase in electricity demand in the medium to long term which will result in a slightly-delayed rush towards nuclear power as nations try to prop up their expensive new hydrogen economy.

    That way madness lies.

    There’s another issue you neglect to mention regarding nuclear power. And for me it’s the deal-breaker. Using current nuclear generation technology is merely replacing one rapidly depleting source of energy (fossil fuels) for another (uranium).
    >
    > [a]t current rates of consumption,
    > existing and estimated uranium
    > reserves recoverable … are
    > sufficient for only about 50-60 years.
    > Growth in the nuclear industry will
    > reduce this period.
    >
    http://www.asno.dfat.gov.au/annual_report_9900/nuc_ind_current_issues.html

    There’s a frying-pan / fire metaphor all lined up to deal with any switch to nuclear power.

  11. Jim B:

    Thanks for the info – need to read up on this hydrogen business, clearly. And fair play too for reminding us of the non-renewable nature of uranium, something that needs to be pointed out right at the beginning of these kind of discussions – can’t think why it slipped my mind.

  12. Dunc said:

    Another couple of points worth bearing in mind on the nuclear issue:

    1. The plants currently regarded as front-runners for any new build in the UK have never been built anywhere before. The designs are untested and we have no real idea of the construction costs.

    2. Any complex system is prone to error or malfunction. When pro-nuke people say that the Chernobyl accident can’t happen again because it was the result of multiple human errors rather than a technical failure, ask them when we eliminated human error.