The evidence consistently shows that nuclear energy – even aside from its noxious and socially unacceptable character – is just too expensive, writes Ludwig Heinrich.
PROFESSOR LESLIE KEMENY, in the Fairfax Press on September 27, 2012, made the following claim:
‘To international energy experts [the shaping of] Australia’s climate-change policy appears to be the product of political pragmatism and green pseudo-science.’
In a hilarious example of “pseudo-science” (one of Kemeny’s favourite terms), he then goes on to say:
‘Readers of The Canberra Times may well be impressed by an article such as ”ACT to get Australia’s biggest solar power plant” (September 6, p2). But are they aware that the cost of their energy could escalate by a factor of eight? And would they be advised that their supply would be unreliable and insecure unless their 10 megawatt solar plant was permanently connected to the NSW baseload grid?’
On the basis of what arcane arithmetic does he extract the factor of eight increase in energy costs? And why does he think it necessary to connect to the NSW baseload grid?
Well, part of that is that he has not understood either the economics nor the technologies he writes about. Professor John Quiggin has elsewhere noted that baseload power is a myth, and he and others have shown that it is an artifact of our old ways of doing things. Our large centralised power generating systems could not and cannot be varied to match demand, so instead they churn out power at all times and sell it at a discount when there is low demand. As well as being economically silly, this also contributes to more pollution.
The notion that somehow supply would be unreliable and insecure is another zombie argument from the nuclear club, who like to dismiss renewable energy systems without understanding them, on the basis that they compete with their large insecure generating systems. And yes, I did say insecure; a nuclear plant is intrinsically insecure. It is fueled by a toxic substance and throughout the entire cycle requires a high level of security and oversight. Of course, it is also insecure in the sense of being a target for terrorism and a prime military target, whereas distributed renewable systems do not share this flaw. There is another insecurity associated with nuclear power too — in that, after Fukushima, local citizenry may feel rather insecure as well.
On the matter of continuity of supply, it is worth noting that the downtime of nuclear plants is in the order of around 10 per cent to deal with faults and cyclical maintenance. Does Kemeny suppose that, in those situations, we do without power — or would it also need to connect to the grid?
Later in the article, Kemeny waxes even more lyrical about the benefits of nuclear power when he says:
‘A ”big” Australia needs to rely on clean nuclear power for cost-effective carbon pollution reduction and energy security. Only this energy source can provide industry and domestic users with electricity at a generating cost below $3 per megawatt hour and potable water production at under $2 per cubic metre.’
In the first place, I wonder about the notion that nuclear energy is clean. That it is a low-carbon producing power generating technology, I have no doubts — but how clean is uranium mining? And how will you clean up after Fukushima? Which brings us to the most risible element of Kemeny’s article, the claim that nuclear power production makes economic sense. As I have remarked elsewhere, once one adds in the security, decommissioning, financing and insurance costs nuclear power is simply too expensive. Nor does it make sense to ignore the non-financial cost — the loss of social amenities, the added militarisation and the diminished sense of security that nuclear power entails.
Kemeny clams that without a policy whereby a quarter of our energy is supplied by nuclear:
‘…Prime Minister Julia Gillard’s ”Clean Energy Pathway”, Climate Change Minister Greg Combet’s ”clean coal” and ”renewable” mantra and former prime minister Kevin Rudd’s concern for ”the greatest ethical problem facing humanity” are merely symbolic gestures and political spin.’

Prof Leslie Kemeny is Australia’s most prolific opinion columnists over the last 40 years, according to Crikey.
Well, Kemeny certainly knows how to spin.
There have been a number of studies that have shown that Australia can meet all its energy needs through renewables and all he has to offer are hat-tips to the International Energy Agency, Martin Ferguson and the head of the China Nuclear Energy Industry — hardly unbiased witnesses to his claims.
Kemeny then goes global in his song of praise but, to jump to the chase, why doesn’t he point out that to use nuclear energy systems to address global climate change, it would require some 11,000 new reactors worldwide? Or that many of these would need to be located in failed states and countries currently beset by internal wars?
Kemeny tells us that the Green concept of replacing Australia’s hydrocarbon-fuelled electricity industry with renewables is ‘naive’. But obviously he has not consulted a dictionary to find out what that word means. He, and the other promoters of nuclear energy, are the ones who are naïve — in that they show no knowledge or wisdom. It is not green groups or even Green Parties that have stalled the nuclear juggernaut — it is accountants, actuaries and economists, who have consistently shown that nuclear energy – even aside from its noxious and socially unacceptable character – is just too expensive.
When will the nuclear industry and its shills learn this lesson?

This work is licensed under a Creative Commons Attribution-NonCommercial-NoDerivs 3.0 Australia License








4 Comments
thank you for the article Ludwig, I feel as though I have been educatd, it’s all the extra bits that the mainstream don’t mention that makes the difference. I may be wrong here but I remember reading some time that Thorium reactors were the better option when the idea of nuclear power was first being considered, the problem was that you cannot make bombs from Thorium, so obviously we went uranium when we never really needed to. Am I right in this?
Sorry skydog but the claims for Thorium are mostly spin.
I think it is most clearly stated by Professor George Dracoulis, Department of Nuclear Physics at Australian National University says: “Some of the rhetoric associated with thorium gives the impression that thorium is, somehow, magical. In reality it isn’t.
The primary fuels would involve fissile material, including in some proposals, thorium mixed with highly-enriched (ex-weapons) plutonium-239.”
The US Department of Energy has found that reactors fueled with thorium and uranium do not provide any clear advantages over uranium-only reactors in terms of waste management, proliferation risk, safety, economics, or sustainability.
This report is 5 years old but has a good discussion of pros & cons
Science or Fiction – Is there a Future for Nuclear? (Nov. 2007) – A publication from the Austrian Ecology Institute about ‘Generation IV’ and Fusion reactors. http://www.ecology.at/ecology/files/pr577_1.pdf
And, for more viewpoints you could look at:
http://theconversation.edu.au/thoughts-from-a-thorium-symposium-4545
http://www.miningaustralia.com.au/news/thorium-can-t-deliver-on-its-promises-report (just echo reportage but by Mining Australia)
http://kevinmeyerson.wordpress.com/2012/04/26/thorium-nuclear-information-resources/
Also skydog it’s worth reading Noel Wauchope’s article at http://www.independentaustralia.net/2012/environment/in-dispraise-of-integral-fast-nuclear-reactors/ That article is mostly about Integral Fast Reactors but Noel shows the lengths the nuclear industry is willing to go to in hiding facts about the performance and requirements of reactors.
Meh fission… Fusion is the future!