Time to Grow Up: Australia’s Idiotic Ban On Nuclear Power Has to Go Right Now

In power-starved Europe, nuclear is back in vogue, principally because it’s cheap and reliable and doesn’t depend on the weather or Russian dictators who supply the gas to fill the gaps when the sun sets and/or calm weather sets in.

There’s a reason that the French enjoy power prices half that suffered by their German neighbours: the former run on safe, reliable and affordable nuclear power; the latter wedded to the notion that civilised nations can run on sunshine and breezes.

Renewable energy rent-seekers hate nuclear because it works and provides the perfect answer to those fretting about carbon dioxide gas. The wind and solar cult claim that there is no other way to save the planet from the dreaded CO2 than carpeting it in solar panels and wind turbines.

Well, there is no other way of providing 24 x 365 power without generating CO2 emissions, than stand-alone nuclear (stored hydro and geothermal can, but the former relies on regular rainfall and suffers output restrictions during droughts; the latter is location specific).

In the current global energy climate, Australia’s legislated ban on nuclear power is beyond embarrassing; it’s positively idiotic.

Australia holds the world’s largest uranium reserves and, despite its shifting policy of limiting the number of mines and states that have banned them, is the world’s third-largest uranium exporter. Happy to export it, but too dim to use it ourselves.

That Australia, among the world’s largest uranium exporters, doesn’t rely on nuclear power astonishes those from the 30 countries where you’ll find nearly 450 nuclear reactors currently operating – including the French, Americans, Canadians, Japanese and Chinese. Another 15 countries are currently building 60 reactors among them. Nuclear power output accounts for over 11% of global electricity production. But not a lick of it in Australia.

In 1998, the Federal government enacted legislation that prohibits nuclear power generation in any form. The Environment Protection and Biodiversity Conservation Act and the Australian Radiation Protection and Nuclear Safety Act, specifically prohibit nuclear fuel fabrication, power, enrichment or reprocessing facilities.

As Tony Grey points out below, it’s high time Australia got with the nuclear program.

With cheap SMRs, we can’t afford not to go nuclear
The Australian
Tony Grey
8 September 2022

The nuclear debate in Australia has entered a new phase. While opinion polls show a clear majority of Australians support nuclear power, there are still dyed-in-the-wool opponents who will not concede that issues such as radiation and waste disposal that once dogged the industry have been resolved. Defeated by the facts and public opinion, they have moved recently to create a false claim that nuclear costs too much, even the emerging new-generation small modular reactors.

Climate Change and Energy Minister Chris Bowen seems to be of this view. Perhaps he has been influenced by a report published by the CSIRO in July that concluded just that. While this institution deserves the highest respect for its work in science, regrettably its opinions on the economics of SMRs, which have the latest nuclear technology, are open to challenge.

Relying on the views of GHD, a subcontractor engaged by the CSIRO, the report states: “SMR nuclear typically costs 50 to 100 per cent more than large-scale nuclear.” It used the top of its estimated range in arriving at its cost estimate for SMRs. That contention is at odds with the findings of organisations that are actually involved in the nuclear industry.

The companies developing SMRs (including NuScale, Rolls-Royce and Hitachi) and the Minerals Council of Australia are unequivocal that SMRs in fact are cheaper than large-scale nuclear plants. As the World Nuclear Association points out, “SMR construction time and capital cost are considerably less than large-scale nuclear reactors.” That is largely due to SMRs being constructed in modular (or one design) form.

Perhaps the error, which results in such a significantly overstated cost estimate, can be partially explained by the fact this report is out of date. The GHD advice to the CSIRO was dated 2018 and was based on a report in 2015.

Somehow, the well-known tendency of technology to become cheaper as it benefits from economies of scale and the learning curve seems not to have been taken into account. Also, the report admits only one stakeholder in the nuclear field contributed a submission to the authors.

The MCA reports that, based on the figures from three of the most advanced SMR developers, even with conservative assumptions that include higher than anticipated construction costs, “SMRs could be Australia’s lowest cost 24/7 zero emission power source”.

This accords with the work done by Tony Irwin, a nuclear engineer who has run nuclear plants in Britain for 30 years. He concludes that, after appropriate adjustments for firming costs (back-up power when renewables don’t operate), and other factors such as the cost of new grids to support renewable energy sources, SMR capital costs are less than half those of wind and solar.

The issue of costs has not deterred the US, Canada, Britain and at least eight other countries from investing in SMRs. The International Energy Agency has listed more than 50 SMRs in development around the world. This would not be happening if the costs were too high. Indeed, so attractive are SMRs considered to be that the Canadian government invested $US20m ($29.7m) to assist in the licensing of a 195MWe SMR for its power grid.

Bill Gates sees the advantage of SMRs in providing a firming role to solar and wind when the sun doesn’t shine or the wind blow, and he has teamed up with Hitachi to build them.

The World Economic Forum predicts the global market for SMRs will be worth up to $US300bn a year by 2040.

Flawed contentions about costs should not be used as a justification to prevent Australia, the only G20 economy not to use nuclear energy, from enjoying its emissions-free benefits. At the very minimum, nuclear should be in the mix as an option.

For that to occur, the federal and state legislation prohibiting the use of nuclear power in Australia needs to be repealed. It should be the market that decides on whether the costs of SMRs justify the investment.

The Intergovernmental Panel on Climate Change says its temperature target cannot be reached without the contribution of nuclear power. Our government speaks of urgency in responding to the threat of climate change. Australia cannot afford more political delay in freeing up nuclear.
The Australian

About stopthesethings

We are a group of citizens concerned about the rapid spread of industrial wind power generation installations across Australia.


  1. ” issues such as radiation and waste disposal that once dogged the industry”

    These were never real issues. They only “dogged the industry” because a lot of money was spent on propaganda to raise them as false accusations.

    If Tony Grey wants to help nuclear, he should stop conceding the lies of the past.

    Plain old large scale nuclear which currently exists is better than any other any energy choice and always has been.

    SMRs will offer lower capital costs for entry.

    It remains to be seen whether their unit cost of energy will be higher or lower than current large scale nuclear. Estimates from several years ago all showed that while you could get into SMRs for well under $1B in capital, the unit cost of the electricity generated would be close to twice that from a “traditional” large scale reactor.

    Large scale reactors cost a lot to build and take a while to complete, but once done they generate soooooo much energy it’s hard to beat them.

  2. Craig Lucanus says:

    Why focus on SMRs? Korea builds Gen3 around the world cheaply.

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