Why The Pro-Nuclear Movement Is Winning

Viewed as politically radioactive just a decade ago, after the Fukushima accident, nuclear power is today coming back in a big way.

“Abandoning Nuclear Power Would Be Europe’s Biggest Climate Mistake,” screams Bloomberg today. “If Biden is serious about the climate crisis, he should put nuclear on the table,” opined a contributor to The Los Angeles Times on Wednesday. “The Dream Is Possible,” tweeted French President Emmanuel Macron, earlier this month.

Viewed as politically radioactive just a decade ago, after the Fukushima accident, nuclear power is today coming back in a big way. The pro-nuclear movement is growing like gangbusters in even hostile nations like Belgium, Germany, and Australia. The world’s largest economies including Japan, Britain, and France are returning to nuclear energy. And it is becoming increasingly clear to liberals and conservatives alike that only nuclear can achieve global prosperity and environmental sustainability.

Naturally, anti-nuclear activists are alarmed by all of this. This morning I received a menacing letter from an anti-nuclear university professor in Britain demanding that I tell him “why you maintain your own ostensibly ‘green’ advocacy of nuclear power, at a time when this case is more difficult to sustain.”

The politically-motivated magazine Boston Review asked “Is Nuclear Power Our Best Bet Against Climate Change” that went out of its way to smear me as promoting “climate denial” for promoting our largest source of zero-emissions energy.

The main reason for the success of the pro-nuclear movement is the failure of renewables and the global energy crisis. The share of global energy from fossil fuels is unchanged since 1980 because solar and wind do not replace fossil fuel power plants, and, in fact, depend upon them. Only baseload hydro-electric and nuclear power plants can replace fossil fuels.

And over-investment in unreliable renewables and underinvestment in nuclear, hydro-electricity, and natural gas, over the last decade, directly resulted in today’s energy shortages, skyrocketing electricity prices, and a return to coal around the world.

But there is another reason for the pro-nuclear movement’s success that may come as a surprise. For decades, nuclear energy supporters have promoted the idea that nuclear energy is a compliment to intermittent solar and wind energies. Pro-nuclear people have argued that we should emphasize the risk of climate apocalypse for why nations should build nuclear plants.

And nuclear boosters have argued that, when educating policymakers, journalists, and the public about the technology, we should emphasize the deficiencies of existing nuclear plants, and promote next generation technologies.

As an outsider to the nuclear science and technical community, these arguments made increasingly little sense to me, as time passed. Natural gas and hydroelectric dams are compliments to intermittent solar and wind, because their output can be easily and efficiency turned up or down, whereas nuclear plants are most efficiently run at full-power.

Climate change is real but climate alarmism is dishonest and alienates many people who support nuclear energy for other reasons. And futuristic nuclear plants are a long ways off, which means it’s misleading at best, and self-destructive at worst, to hype nuclear technologies that only exist on paper.

The most important thing is to tell the truth about nuclear, I argued to friends and colleagues, starting in 2016, and build an honest pro-nuclear movement worldwide around the truth. Anti-nuclear people have been lying about the technology for decades. For pro-nuclear people to have any credibility, we must tell the truth, the whole truth, and nothing but the truth, about nuclear power.

And we must build our movement on the basis of the truth, and push back against those who exaggerate climate change, who suck up to the renewable energy industry like battered wives, and who sell fairy tales about magical nuclear reactors.

More than anything else, my colleagues at EP and I argued, we must humanize nuclear. How? By being like Marie Curie. She was the first woman to win a Nobel Prize and the first person, and only woman, to win two Nobel Prizes, one for physics, in 1903, and the other for chemistry. But more important than any of her many recognitions, Marie Curie was the first atomic humanist, someone who puts the power of the atom in service of the the world.

When World War I broke out, she went to the French government with a plan: she would create and oversee 200 hundred mobile medical units — which would become known as “petites Curies” — to use x-rays to diagnose injuries and radium to sterilize infected tissue.

Not everybody agreed, and Environmental Progress and I paid a heavy price for telling the whole truth about nuclear. Many pro-nuclear people found that they were more welcomed by polite society, dominated as it is by Malthusian environmentalists and renewable energy advocates, by claiming to be pro-renewables and to favor only “advanced designs,” not “legacy nuclear plants.”

Some ostensibly pro-nuclear people ridiculed us for organizing pro-nuclear demonstrations in places like Munich, Germany, where the vast majority of the public was against us. And others even went so far as to speak out against building new nuclear plants, with the idea that doing so would win over climate alarmists (spoiler alert: it didn’t).

See more here: substack.com

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Comments (4)

  • Avatar

    Allan Shelton

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    The US, for one, have had nuclear powered ships and subs for quite a long time.
    Have they caused any major problems??
    Instead of one giant nuclear plant serving a large area, build multiple small plants.
    They could be installed near existing power stations and tie into the existing grids.
    Surely, building new, improved small reactors would be better than solar and wind by a long way.

    Reply

    • Avatar

      JaKo

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      The most serious problem with such a powerful technology is REGULATION.
      Who regulates? Government agencies. Who are the most corrupted people on Earth? … I rest my case.
      The second one is again about corruption: Japanese should never have allowed a technology which require 24/365.25 babysitting — Fukushima Daiichi was a proof of that.
      Anyone who would suggest building a nuclear power-plant on the edge of Yellowstone Caldera or on the Hawaii Big Island should be placed in permanent custody in a well padded room and not be allowed to build and rake millions in profit (GE, Toshiba etc.)
      Human factor, aka corruptibility, is looming large, see the IPCC, FDA, any alphabet combination agency rings with it, it’s deafening.
      Cheers, JaKo

      Reply

    • Avatar

      JaKo

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      I’m sorry Allan,
      I clicked on the reply to your post while I meant to rant on my own.
      So, I have to have something to suggest to follow up on your suggestion: Russkies have a Power Generating Ship (Akademik Lomonosov) which can (barely) sail, but when docked, it can supply about 70MWe (2 reactors of 35MWe each) of electric power or about four times equivalent of that in heat (e.g. steam for industry or housing) or combination thereof; while it is a typical soviet endeavor — no profit, just electricity and heat, you could ask the people in far-north-east Russia if useful 😉
      BTW, nuclear power reactors as used in military applications are not very efficient, these would generate all sorts of thing but profit; e.g. the ones proposed for the Aussie China annoying submarines are designed with no refueling in mind, therefore of very limited capacity; well, ‘very limited’ — one 53# 4″ x 20″ mostly hollow CanDU bundle is worth about 1GWh (our Northern Ontario home uses about 22MWhe per year)! See, you’re right about the wind and solar — bloody puny in comparison…
      Cheers, JaKo.

      Reply

  • Avatar

    Joseph Olson

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    Uranium based Light Water Reactors are insane nuclear time bombs, in fuel processing, transportation, reactor isotopes and spent fuel waste. Read about the isotopes for reactor construction materials Iron, Carbon, Calcium and Silicon. You have been LIED to by the military-industrial-media complex

    “Exposing NIST Jenga Game” at VeteransToday > 102 isotopes for gamma absorption

    Reply

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