Canada Climate Policy Built on Corrupt Data

Politicians want us to believe that they base their decisions on solid, verifiable evidence. “Evidence-based decision-making,” they call it. But what if the decision is made first and then the data is selected, or left uncorrected, in order to support the now politically correct decision? That would then be “decision-based evidence-making.” In other words, a complete corruption of honest decision-making.

A dramatic scene featuring a green, horned figure holding a fiery globe, surrounded by four scientists in lab coats, bowing in prayer, with factories emitting smoke in the background.

From Science Matters

 By Ron Clutz

Text graphic reading 'CLIMATE DATA COVER-UP?' with a blue background and data wave patterns in the backdrop.

Tom Harris and Todd Royal explain why “official” temperature history from Canada government is distorted to invent warming where very little has actually ocurred.  Their article: Is Canada basing its climate policies on ‘decision-based evidence-making?’ Excerpts in italics with my bolds and added images.

Politicians want us to believe that they base their decisions on solid, verifiable evidence. “Evidence-based decision-making,” they call it. But what if the decision is made first and then the data is selected, or left uncorrected, in order to support the now politically correct decision? That would then be “decision-based evidence-making.” In other words, a complete corruption of honest decision-making.

A speaker at a conference discussing the importance of evidence-based policy in the energy sector, with a quote from Gerard Holland of the Page Research Center.

It seems that Environment and Climate Change Canada (ECCC) is doing exactly that with the country’s temperature data in order to support the government’s mantra that Canada is “warming twice as fast as the global average.” For, if the one-degree anomalous spike in Canada’s “mean temperature” in 1998 is removed from the data, as even ECCC researchers themselves advocated previously should be done to preserve data integrity in cases like this, then Canada is not warming at all and much of the $200 billion spent on the climate file by the federal Liberal government since 2015 is a complete waste.

In 2021, Dr. Joseph Hickey, a data scientist with a PhD in Physics, specializing in complexity science, then an employee of the Bank of Canada, alerted ECCC to this one-degree jump in temperature data across much of Canada, and asked for an explanation. The below graphs of mean, maximum and minimum temperatures constructed with data from three Canadian cities—Moncton (on which Hickey illustrates the step change with red lines), Ottawa and Montreal—are samples of those created by Hickey using ECCC data downloaded on November 11, 2025, data that is the same as that he sent to ECCC researchers as an attachment to his email of June 24, 2021.

Line graphs showing temperature trends in Moncton from 1960 to 2020: Tmean, Tmax, and Tmin with marked average temperatures.
Time series graphs showing average temperature (Tmean), maximum temperature (Tmax), and minimum temperature (Tmin) recorded at Montreal Trudeau Airport from 1960 to 2020.
Three line graphs representing temperature data for Ottawa from 1960 to 2020. The left graph shows the mean temperature (Tmean), the middle graph displays the maximum temperature (Tmax), and the right graph illustrates the minimum temperature (Tmin).

Ignoring their previous position about the need to remove such sudden discontinuities from the data, ECCC staff had little to say and left the anomaly in the record, asserting that it was “probably” a real sudden change in temperature.

Making matters worse, another Bank of Canada employee, economist Julien McDonald-Guimond, had already alerted ECCC by email on December 7, 2020, that he had found more than 10,000 instances of days for which the daily minimum temperature was greater than the daily maximum temperature. Again, ECCC staff had no reasonable justification.

With the Canadian government no longer his employer, so Hickey is now free to tell us all what has been going on behind the scenes. This Hickey did on December 23, 2025, when he published the blockbuster report “Artificial stepwise increases in homogenized surface air temperature data invalidate published climate warming claims for Canada.”

Dr. Hickey shows that, if you apply ECCC’s trend analysis method to their data, you find an increase of 1.74° C (which is statistically significant) from 1948 to 2018. And then, he tells us, if you correct for the one-degree step increase in 1998, you find only a 0.29°C rise. That small change “is indistinguishable from zero,” explains Hickey.

“There is no evidence of warming.”

Map of Canada displaying Tmean values across 302 stations from 1993-2002, with circles indicating data points; larger circles represent higher values
Figure 7: Map showing Sr calculated using Tmean, for the break year 1998 with two five-year windows (1993-1997 and 1998-2002) for the 302 3rd generation AHCCD stations with sufficient data. Circle radius is proportional to the absolute value of Sr. Circle colour indicates Sr ranges as follows: blue: Sr < 0; black: 0 ≤ Sr ≤ 1; red: Sr > 1. Moncton, NB (Sr = 2.74) is indicated with a green circle, for reference.

In Figure 7, AHCCD stations with Sr < 0 are coloured blue, while black indicates 0 ≤ Sr ≤ 1, and red indicates Sr > 1. The AHCCD records with the largest stepwise increases at 1998 are located in Eastern and Central Canada (including the stations listed in Table A), and there are many records with discernible steps at 1998 in the Prairies (provinces of Manitoba, Saskatchewan, and Alberta) and the north of the country. British Columbia remains the main outlier, with most ofits AHCCD stations having no discernible steps at 1998.

Map of Canada displaying temperature trend data from 1998 to 2018, with red circles indicating areas with a negative trend and blue circles showing areas with a positive trend. Circle sizes represent the magnitude of temperature change.
Figure 8: Map of trend in Tmean over the period 1998-2018, for the 3rd generation AHCCD stations with sufficient data, calculated using linear least-squares fitting. Circle radius is proportional to the absolute value of the trend. Blue circles correspond to negative trends (trend < 0) and red circles to positive trends (trend > 0).

In Figure 8, the trend for a particular Tmean record is equal to the slope (°C/year) from a linear least-squares fit to its data for 1998-2018, times 21 years. An AHCCD station was considered to have sufficient data if its record had at least 350 days of non-missing daily data per year for every year from 1998 2018. Approximately two thirds of the AHCCD records with sufficient data have negative trends for 1998-2018 using linear least-squares fitting.

Summation

This report demonstrates Environment Canada’s dismissive response to being alerted to a large, apparently non-climatic artifact in its flagship temperature time-series product, an artifact which could, on its own, be responsible for essentially all of the calculated warming for many Canadian locations over the past six or seven decades. 

The said apparent artifact, referred to as the “1998 step-increase feature” in this report, is a stepwise increase of approximately 1°C in magnitude occurring in 1998 in the annual mean time-series of daily maximum, minimum, and mean temperatures for many stations across Canada in Environment Canada’s Adjusted and Homogenized Canadian Climate Data (AHCCD).

Suppressing Climate Dissent Cannot Prevent Reality from Asserting Itself

Here in the U.S., the second Trump administration has largely pulled the plug on the suite of crazy energy policies marching under the banner of “fighting climate change.” But the same is not true in many other advanced-economy countries, for example Germany, Australia and the UK.

A snowy landscape featuring wind turbines and solar panels, with footprints leading through the snow.

From Manhattan Contrarian

By Francis Menton

Graph showing the percentage of global renewable energy from 1971 to 2023, indicating a slow increase with projections suggesting it will take nearly four centuries to reach 100% renewable energy.

Here in the U.S., the second Trump administration has largely pulled the plug on the suite of crazy energy policies marching under the banner of “fighting climate change.” But the same is not true in many other advanced-economy countries, for example Germany, Australia and the UK.

Consider the UK. In the 2024 election the voters gave a large parliamentary majority to the left-wing Labour Party. The resulting government has doubled down on the policies of Net Zero, fossil fuel suppression, and generating energy from “renewables.” Convinced of their own correctness, and indeed righteousness, the government seeks to silence all dissent from its policies, characterizing disagreement as “misinformation” or “climate denial.”

Meanwhile, however, when it comes to actual energy production, reality keeps asserting itself.

In a January 9 column at Net Zero Watch, Andrew Montford covers the UK government’s latest tactics in enforcing groupthink and silencing climate dissenters. (Full disclosure: I am on the Board of NZW’s American affiliate.). The title of the column is “The antics of the climate clique.” It seems that Parliament has formed a group called the “Energy Security and Net Zero Select Committee,” and that Committee is conducting a series of hearings with the title “Supporting the energy transition.” Andrew’s summary:

It’s very much what you might expect – panel after panel of prominent members of the green blob, with not a dissenting voice heard, either among the witnesses or the panel members. This is no surprise – most select committees are simply choreographed stage shows, carefully designed to maintain narratives and suppress inconvenient truths.

Montford lists witnesses at two recent hearings, all of them members of what he calls the “tightly closed clique” of climate scaremongers:

  • Angharad Hopkinson, a political campaigner from Greenpeace
  • Lorraine Whitmarsh, from the Centre for Climate Change and Social Transformations
  • Stephanie Draper, a climate campaigner
  • Roger Harrabin, ex-BBC Energy and Environment Analyst
  • Bob Ward, PR bod at the Grantham Research Institute on Climate Change
  • Rebecca Willis, ex-Green Alliance, and now an academic at Lancaster University.

Montford’s conclusion:

Everywhere you look – from universities to the academies to the mainstream media there has been a complete shutting out of dissenting voices and an absolute refusal to engage with counterarguments. That is why we are in the disastrous economic state we are.

But then there is reality. You may recall that, back in the early 2000s, the large British oil major then called “British Petroleum” changed its name to BP and began a big rebranding using the tag line “Beyond Petroleum.” Nearly two decades later, in 2020, finding itself still in the oil business, BP decided to double down on its dive into energy transition. This was the time of peak woke. From Forbes, August 4, 2020:

In details released this morning, London-based BP established a battery of targets for 2030. It plans to reduce its oil and gas production by 40% by 2030, from roughly 2.6 million barrels per day currently; increase its investments in renewable energy with the aim of having 50 gigawatts of generation capacity by 2030, up from 2.5 gigawatts last year; and increase the number of electric vehicle charging points it owns from 7,500 to 70,000. And it pledged to undertake no more oil exploration activities in countries where it does not already have some upstream operations.

At the time, some expressed skepticism about BP’s plans, but analysts noted that the goals were sufficiently detailed and specific as to indicate that they “meant business”:

A note by analysts at Sankey Research said that, while skeptics are generally right to harbor “suspicions of a ‘Greenwash’…the scale and scope of these targets is impressive.”  The long list of specifics in BP’s new plan offer evidence that BP means business. It knows that targets unveiled today will be used by investors and environmentalists to hold the company to account a decade from now.

Five and a half years later, but still well short of 2030, it looks like BP’s big shift to renewables didn’t work out. The Wall Street Journal had a piece on January 14, quietly buried on page B3, reporting on BP’s debacle. The headline is “BP Flags $5 Billion Write-Down of Low-Carbon Business.” Excerpt:

BP said it would write down the value of its gas and low-carbon energy division by up to $5 billion, the legacy of an ill-timed move into renewables that left it the least profitable of the major oil companies. The London-based company is now in the early stages of a turnaround aimed at bringing the business back to its roots: drilling for oil and gas. BP has reined in investments in operations geared toward the energy transition, walked away from some renewable projects and abandoned plans to sharply reduce its oil and gas production.

As part of the re-focusing, BP is bringing in a new CEO, and getting rid of the people who steered it in the disastrous direction of “fighting climate change”:

Last month [BP] appointed Meg O’Neill, an outsider considered a fossil-fuel champion, as its next boss. . . . BP has brought in a new team of executives, replacing those associated with the expensive push into renewables.

Montford of NZW takes note of the bigger picture, in which the people in the UK Parliament, despite continuing ability to silence their opposition, are rapidly losing the game:

In the aftermath of Ukraine and Venezuela, and the USA’s withdrawal from both the UN Framework Convention on Climate Change and the IPCC, it is clear that the world is moving on very quickly. Seen in this light, the select committee inquiry can be seen as the last hurrah of a dying movement.

A whimsical scene featuring a flying unicorn with a rainbow mane, soaring above renewable energy sources including wind turbines and solar panels, with a vibrant sky filled with celestial bodies like the moon and Earth.

Human Evolution: ‘Our Ultimate Fate Comes Down to… Three Possibilities’

Over the past couple millennia, a mere blip of Earth’s history, humans have manifestly reshaped the planet – from the physical to the biological. The ground, the oceans, the air, the flora, the fauna – nothing is as it was. And yet, despite this radical transformation, it can seem like we ourselves haven’t changed much at all… 

But that’s an illusion.

A series of silhouettes depicting human evolution, with figures transitioning from a primitive state with torches and spears to a modern man in casual clothing, against a sunset backdrop.

From Watts Up With That?

By Ross Pomeroy

A reconstructed facial depiction of a prehistoric human, showcasing features such as a prominent brow, wide nose, and textured hair.

Everything around us seems to be changing at breakneck speed. Twenty years ago, smartphones were niche products. Twenty years before that, computers were clunky behemoths. Forty years before that, far more Americans traveled by train than by plane. Forty years before that, cars were just starting to supplant horses.

Over the past couple millennia, a mere blip of Earth’s history, humans have manifestly reshaped the planet – from the physical to the biological. The ground, the oceans, the air, the flora, the fauna – nothing is as it was. And yet, despite this radical transformation, it can seem like we ourselves haven’t changed much at all… 

But that’s an illusion.

“Humans are still evolving,” Dr. Scott Solomon, an Associate Teaching Professor at Rice University specializing in ecology, evolutionary biology, and scientific communication, wrote in his forthcoming book Becoming Martian: How Living in Space Will Change Our Bodies and Minds.

Sure, over the last 10,000 or so years, our physical alterations have been relatively muted compared to the changes seen in society and on our planet. Essentially, we’ve shrunk a bit, and our jaws have weakened. But even a little change is still change, and it begs a question: “In the far-flung future, what will happen to us, evolutionarily speaking?”

It’s a question that Solomon considered in his 2016 book, Future Humans: Inside the Science of Our Continuing Evolution. He surmised that our ultimate evolutionary fate could follow one of three basic trajectories.

The first is a standstill – our species will remain roughly as it currently is. But Solomon thinks this is unlikely.

“So far, in the 3.7-­billion-­year history of life on Earth this has not happened to a single species… All species change, some faster than others, but there is no species alive today that has not undergone changes throughout its existence.”

Our second possible fate is extinction. Though the chances of this may seem remote to our brains biased to optimism, the odds are far higher than any of us would like to admit. Extinction, after all, is the norm on Earth – 99 percent of all the species that have ever lived ultimately died out.

“There are an uncomfortably high number of plausible ways this could happen,” Solomon wrote, “including another giant asteroid impact, a super-volcano eruption, nuclear war, catastrophic climate change, the spread of a devastating pandemic, or our sun exploding in a supernova.”

The third possible fate for humanity, which Solomon explored in depth in Becoming Martian, is that at least part of humanity will evolve into a different species. A decade ago, Solomon deemed this path improbable. Humans today are so interconnected that no population could be siloed enough to speciate.

But now, he thinks the chances have risen considerably. Why? Because the world’s richest men are plowing their hefty fortunes into making humans interplanetary. What once seemed science fiction is growing closer to reality with the launch of every large rocket. If a group of humans could colonize another world – Mars, for example – and cease to breed with Earthlings altogether, it may take only ten generations before they grow genetically distinct enough to no longer be considered humans, but rather Martians.

“If we do manage to spread out and survive on planets scattered across our solar system and others, we should expect to evolve, adapt, and speciate everywhere we go,” Solomon wrote.

Like the cornucopia of different creatures inhabiting Charles Darwin’s beloved Galapagos Islands, humans dwelling on different bodies within the solar system could similarly evolve “endless forms most beautiful and most wonderful.”

This article was originally published by RealClearScience and made available via RealClearWire.

New York’s Ridiculous Energy Policy Way Off the Edge of the Cliff

In the case of New York State, the statute in question is the Climate Leadership and Community Protection Act (CLCPA or Climate Act). Among the many requirements of that statute, the most immediate are a mandate for 70% of electricity from “renewables” by 2030 (known as “70×30”), and another mandate for 100% of electricity from “zero emissions” sources by 2040 (“100×40”). I should also mention that the CLCPA in addition contains a deadline of January 1, 2024, for the State Department of Environmental Conservation to issue regulations informing us peasants how these various impossible mandates of the CLCPA were/are going to be achieved. That latter deadline, you will note, has long passed.

Animated character Wile E. Coyote running off a cliff against a blue sky background.

From The Manhattan Contrarian

By Francis Menton

Every time I write about this subject it has gotten yet a little more ridiculous. The background is that back in 2019 New York, both State and City, set themselves targets for “emissions” reductions and energy transformation that are quite literally impossible as a matter of physics, thermodynamics, and cost. And then, just to show who is the boss here, they made the impossible targets mandatory by statute.

In the case of New York State, the statute in question is the Climate Leadership and Community Protection Act (CLCPA or Climate Act). Among the many requirements of that statute, the most immediate are a mandate for 70% of electricity from “renewables” by 2030 (known as “70×30”), and another mandate for 100% of electricity from “zero emissions” sources by 2040 (“100×40”). I should also mention that the CLCPA in addition contains a deadline of January 1, 2024, for the State Department of Environmental Conservation to issue regulations informing us peasants how these various impossible mandates of the CLCPA were/are going to be achieved. That latter deadline, you will note, has long passed.

So here we are, seven years into the CLCPA morass. The 2024 deadline for regulations got completely blown off without any attempt at compliance. With four years to go toward the “70×30” mandate, it would be a gross exaggeration to describe progress toward that target as “negligible.” The wind and solar facilities that were supposed to be generating our electricity by now have mostly not been built, and the few that have been built generate very little and at inconvenient times. The natural gas plants that are the backbone of the current system and were thought to be obsolete and ready for closure have gotten seven years older without any useful upgrades or replacements under construction. And our lightweight Governor, running for re-election, can’t afford to offend the climate activists who are a key part of her base.

So, what is the strategy? As far as I can tell, Hochul’s strategy is to pretend that there is no Climate Act, and hope nobody will call her on it. To use an analogy that I have used before, she is like Wile E. Coyote, having run off the edge of the cliff, and just beginning to notice that he is about to fall to the bottom of the canyon.

A cartoon coyote character running off a cliff against a clear blue sky.

There was Governor Hochul on January 13, just a couple of days ago, delivering her annual “State of the State” address. Here is the full text. Somehow, all mention of the Climate Act and its mandates has magically disappeared. You’ll need to scroll about 80% of the way through the blather of this speech to find any mention of energy policy at all. And when you get there, it’s about nuclear:

And speaking of preparing for the future, we must plan for the energy that industries require. Last summer, I took the bold step of greenlighting the first nuclear power project in a generation, a vital part of our all-of-the-above approach to energy. At the time we set a goal of building one gigawatt of nuclear power. But if there’s one thing I believe, it’s this: Go big or go home. So, I’ve decided to raise the bar to five gigawatts. That’s more nuclear energy than has been built anywhere in the United States in the last 30 years!

“Bold!” Readers may remember that back last June Hochul shocked the world by announcing that she had commissioned a State agency, the New York Power Authority, to go out a build one new 1 GW nuclear plant. At the time, this was no more than a raw concept. There was not so much as a selected site, let alone a proposed design or a vendor. Here seven months later, there still is not a selected site. The State is out inquiring among upstate communities as to which ones might be interested. The last nuclear plants to be built in the U.S. (the Vogtle plants in Georgia) were 14 years from shovels in the ground to commercial operation. Here we are easily three years, and probably five, before shovels in the ground. This is not happening in any relevant time frame.

And I like that line about “our all-of-the-above approach to energy.” You have to wonder if Governor Hochul has even read the CLCPA. Its approach to energy is the opposite of “all-of-the-above.” Some might call the statute’s approach “ban everything that works.”

Over at the Gothamist today, they seek out some environmentalists who are not fooled by Hochul’s pretending not to know about the CLCPA. The headline is “Climate activists find little comfort in Gov. Hochul’s State of the State message.” For example, there is this from a co-founder of the Seneca Lake Guardian:

“Governor Hochul has betrayed New Yorkers. She’s not following the law, plain and simple, and all of us are deeply disappointed in her failure to lead and represent the people when it comes to public health and affordability in this state,” said Yvonne Taylor, co-founder of Seneca Lake Guardian.

And what’s up with that January 2024 deadline for regulations that Hochul just completely blew off? Readers may remember that back in October a State Supreme Court Justice ordered the State to publish the missing regulations by February. He gave the State the several months from October to February so that the administration could go to the Legislature to seek a modification of the statute if they thought the mandates were infeasible. Now we are in mid-January.

So what has the State done? It has appealed the Supreme Court’s ruling. If you are the State of New York in state court, filing an appeal gives you an automatic stay of the court’s order. (Private litigants get no such consideration.). Given the pace at which the appeals court (known as the Appellate Division) moves, that will likely put any decision on whether the State must publish the CLCPA regulations well past November’s election.

Thus, as far as we can tell, Kathy Hochul, along with the citizens of New York State, will live like Wile E. Coyote, suspended in mid-air over the energy canyon, at least through the Fall.

The EU’s Carbon Border Tax Took Effect on January 1

On January 1, the European Union’s carbon border tax came into force. The Carbon Border Adjustment Mechanism (carbon tariff) forces companies exporting aluminum, cement, steel, fertilizer, and other goods with a heavy carbon content into the EU to pay for their products’ carbon emissions. According to the European Union, the tax helps to level the playing field between EU countries with a strict environmental agenda and countries with more lax climate rules.

Graphic illustrating Europe with a green background, featuring a CO2 bubble symbol and the text 'CO2 free' in red, surrounded by yellow stars.

From The Institute for Energy Research

By IER

Map of Europe with the words 'Green Colonialism' prominently displayed, accompanied by stars commonly associated with the European Union.

On January 1, the European Union’s carbon border tax came into force. The Carbon Border Adjustment Mechanism (carbon tariff) forces companies exporting aluminum, cement, steel, fertilizer, and other goods with a heavy carbon content into the EU to pay for their products’ carbon emissions. According to the European Union, the tax helps to level the playing field between EU countries with a strict environmental agenda and countries with more lax climate rules. China and India were displeased with the tax, which they see as protectionism despite it being billed in environmental terms. India is the world’s second-largest steel producer after China and exports as much as 66% of its output to the European Union.

The new EU policy is expected to push countries to adopt their own carbon pricing systems since their exports are eligible for a deduction if they are already taxed by a carbon pricing system in their country. The tax is also designed to prevent “carbon leakage,” which is when companies move production abroad to countries where less stringent climate policies are in place, and costs are lower.

Via RFI, under the terms of the policy, importers of these goods must declare the carbon dioxide emissions embedded in their products. If those emissions exceed EU standards, they must pay a levy on the difference. The purpose of the carbon tax is to ensure foreign producers pay a carbon cost similar to that paid by European companies under the EU’s internal emissions trading system. For the past four years, the price per metric ton of carbon dioxide emissions has fluctuated between €80 and €100. For more than 20 years, European producers in carbon-intensive industries have had to buy carbon permits if they did not reduce their greenhouse gas emissions to levels mandated by the EU. Foreign producers had not been subject to the same costs and standards.

The European Union has targets of a 55% reduction in carbon dioxide emissions by 2030 and a 90% reduction by 2040. To reach the targets, the EU must increase the price of carbon. The tax is expected to generate $2.4 billion in revenue by 2030. Because the number of products covered by the border tax is currently relatively small, the impact will be limited until the EU increases the number of products subject to the tax.

How Foreign Competitors Reacted

According to RFI, several of the European Union’s major trading partners have reacted to the bloc’s carbon border tax by strengthening their own climate policies, even as they publicly criticize the measure. China has expanded its carbon-pricing system, while Turkey has moved ahead with plans for an emissions-trading scheme after years of deliberation, and Japanese officials have cited the EU levy as a catalyst for advancing domestic climate rules. The United Kingdom and Canada are also exploring similar policies.

Russia has filed a complaint at the World Trade Organization, arguing that the policy violates international trade law.

Within Europe, industrial groups warn that foreign producers may under-report the emissions embedded in their exports, potentially eroding the system’s credibility.

As reported by CNBC, the United States has warned that European climate rules could threaten the EU-U.S. trade deal that was struck in late July, establishing a tariff ceiling of 15% for most EU goods from the start of August. The 15% rate was significantly lower than the 30% previously threatened by President Trump, but above the 10% baseline the EU had wanted. According to Energy Secretary Chris Wright, in the absence of significant modifications, the EU’s carbon tax would create “huge legal risks” for U.S. companies selling fossil fuels into Europe.

The Energy Network Media Group reports that an analysis of carbon tax suggested that the fees to be paid for U.S. imports would amount to $409 million annually under the tax’s current scope in a ‘business-as-usual’ scenario. The figure could increase to $1.4 billion if the tax is extended to include upstream, downstream, indirect emissions, and new sectors.

Global Emissions Involved in Trade

Global trade contributes between 20-30% of the world’s annual carbon dioxide emissions, according to the World Trade Organization. In 2015, around eight billion metric tons of carbon dioxide were emitted from the production and transport of trade, or around 25% of global emissions. In 2020, the iron and steel industry contributed around 7% of global greenhouse gas emissions, while the aluminum industry accounted for 3% of global emissions.

Analysis

The Carbon Border Adjustment Mechanism is a tariff implemented by the European Union under the guise of environmentalism and climate policy. Europe’s significant deindustrialization, resulting from high energy prices related to its policies, is forcing the EU to pursue this “beggar thy neighbor” approach with the aim of protecting domestic industries. Even if the tariff helps some industries, it will raise costs for Europeans and the world by discouraging the use of cheap and efficient energy sources. As IER’s Robert L. Bradley Jr. explains in Master Resource regarding carbon tariffs, “They are taxes to punish energy use. Since more than 80 percent of the world’s energy comes from coal, natural gas, and oil, which produce carbon dioxide emissions, a carbon tariff is a tax on the energy that makes modern life possible.”

For inquiries, please contact wrampe@ierdc.org.

The Problem with ‘Peer Review’

In May 2017 a sculpture was displayed at the Moscow Higher School of Economics, believe it or not, in honour of the great secular-rational god Peer Review. The sculpture takes the form of a die displaying on its five visible sides the possible results of review — “Accept”, “Minor Changes”, “Major Changes”, “Revise and Resubmit” and “Reject”.

Peer review. What is it? Why does it matter? Where did it come from? How old is it?

A large concrete cube sculpture with the words 'MAJOR CHANGES' prominently displayed on one side, set in a park area with trees and a building in the background.

From The Daily Sceptic

By James Alexander

Concrete structure with inscriptions discussing major changes and language processing in aphasia.

In May 2017 a sculpture was displayed at the Moscow Higher School of Economics, believe it or not, in honour of the great secular-rational god Peer Review. The sculpture takes the form of a die displaying on its five visible sides the possible results of review — “Accept”, “Minor Changes”, “Major Changes”, “Revise and Resubmit” and “Reject”.

Peer review. What is it? Why does it matter? Where did it come from? How old is it?

A fairly solid academic article – Noah Moxham and Aileen Fyfe, ‘The Royal Society and the Prehistory of Peer Review, 1665-1965’, published in The Historical Journal 61 (2018), pp. 863-889 – begins with an untruth stated by the House of Commons committee on Science and Technology in 2011.

In one form or another, peer review has always been regarded as crucial to the reputation and reliability of scientific research.

Always? Fact-check: False. It’s a lie, or an error. Apparently, many people think that peer review was invented in the 17th century. Not so.

Let me summarise Moxham and Fyfe’s findings:

  • “Peer review” was not named, they say, until the 1970s.
  • In relation to the Royal Society the first editor of the Transactions in the 17th century actually sought copy from authors.
  • In 1751 someone wrote a satire exposing some of the very silly papers that had been published in the Transactions.
  • In 1752 the Royal Society took responsibility, financial and editorial, for the Transactions which, until then, had been informally arranged.
  • In 1774 the Royal Society refused, however, to take collective responsibility for what was published: saying the responsibility remained with the author.
  • In 1831 Babbage asked for more careful consideration of papers and in 1832 written reports on papers were asked for.
  • In 1896 Joseph Lister created committees to deal with submitted papers.
  • In 1936 someone complained that too much “routine research” was being published. This sounds like we are approaching our modernity.
  • By the 1990s peer review was seen as normal.

In other words, what we call refereeing was sometimes evident in the early days, when an editor sought someone else’s opinion, but everything was very informal until the 19th century, and, in fact, there was no firm protocol until the late 20th century.

That is, almost all the glories of science were achieved when the system was informal, or before there was even such a thing as an informal system.

Along the way there is an interesting tale about one John James Waterston, a 19th-century Scot. He was first to venture a kinetic theory of gases. But his paper was dismissed as rubbish by Sir John William Lubbock: indeed, it was archived by the Royal Society, i.e., not returned to the author. Since Waterston had made no copy for himself, he had to rewrite it from scratch. Fifty years later, Lord Rayleigh, recognising the value of the archived original, had it belatedly published. Rayleigh wrote:

The history of [Waterston’s] paper suggests that highly speculative investigations, especially by an unknown author, are best brought before the world through some other channel than a scientific society, which naturally hesitates to admit into its printed records matter of uncertain value. Perhaps one may go further and say that a young author who believes himself capable of great things would usually do well to secure favourable recognition of the scientific world by work whose scope is limited, and whose value is easily judged, before embarking upon higher flights.

To translate into modern terms: send predictable box-ticking rubbish to Nature or Science or the Transactions or the Lancet. And send original science, unless you are well-known to the editors and can overcome their prejudices using wine and biscuits, er, we are not sure where, but somewhere, and good luck.

In conspiratorial circles this state of things is sometimes blamed on, believe it or not, Robert Maxwell. Robert Maxwell, who he?

Well, Jeffrey Epstein’s spiritual father-in-law. Both remarkable Great Gatsbys, and, as such, still unexplained. No one knows how R.M. died. No one knows how J.E. died. They were in Intelligence: query, whose intelligence?

They were in Science, query, but what was their interest in it? They had Money: query, whose money? 

Private Eye made much fun of Capn Bob, but was perhaps less acute, or simply less interested, in Squire Jeff. I thought I’d look into the dark side of this story, but failed, as my library here does not have a copy of John Preston’s recent biography of Maxwell, the older biography is missing, and the only library books about Maxwell were two, yes, two, separate books of jokes about him, both published in 1992, shortly after his death. Incidentally, the jokes were variable: but perhaps the best one I read this afternoon was: “What is the difference between Robert Maxwell and the Royal Navy? One rules the waves and one waives the rules.” Oh go on, there was another one: “What is long, brown and goes fft as it hits the water? Robert Maxwell’s last cigar.” Why have no similar joke books been published about Jeffrey Epstein? There, my friends, is the difference between the 1990s and the 2020s, and also the difference, perhaps, between the UK and the USA.

Anyhow, isn’t it fascinating that, in the more conspiratorial corners of our attempt to make sense of the world, ‘peer review’ is sometimes tangled up in the spokes of Jeffrey Epstein’s fatal bicycle? Not only because Gates, Chomsky et al. were Epstein’s brothers-in-arms, but for the very odd reason that we hear that Robert Maxwell, Ghislaine’s doomed father, not only made his fortune from academic publishing but also invented ‘peer review’.

Let us look into Maxwell. I remember that when I was young Maxwell was one of those unaccountable and unarguable titans, the equal of Murdoch, but that this all exploded when he suddenly died and his empire was found to be established on embezzlement. He died in 1991 (incidentally, when I was an undergraduate at Lubbock’s and Rayleigh’s old college).

Born Jan Hoch in 1923, Maxwell has a story which, in its Wikipedia version, is a bit obscure. He was Czech, served in the British army, and then, after the War, used ‘contacts’ in the Allied Occupation authorities to buy his way into publishing, becoming distributor for Springer-Verlag, publisher of scientific books, and eventually in 1951 buying three-quarters of a publishing firm which he renamed Pergamon Press – oddly, named after a city in Turkey where there used be a king with a good library. Pergamon Press was apparently the source of his fortune: he was eased out in 1969, but bought it again in 1974, and eventually sold it in 1991 for £440 million to Elsevier, which still possesses all its extant titles, all those hundreds of academic journals that Capn Bob launched across the seven academic seas. In the meantime, he bought the Mirror Group in 1984, and this is what made him famous, though it was not what made him rich.

Now, there are all sorts of dubious things about Maxwell. Intelligence: on which side? MI6? KGB? Contacts: who exactly? Involved in German scientific publishing? How? Found the money to buy out Butterworth-Springer. From where? But who cares: he was obviously a hustler, the sort of person who generates money simply by moving about and scraping about. The fact is, there will be dubiety in the original story, but it is very unlikely to concern ‘peer review’. There was no money in peer review, and I doubt Maxwell, though he obviously had some genius, got as far as thinking that one through. He was interested, as I say, in quality (and money) and probably left quality to his well-wined scientist guests to think about.

Nay, the fact is that ‘peer review’ is all about self-affirming bureaucracies. Old journals were amateur and aristocratic affairs. The original Transactions of the Royal Society was paid for by individual subscribers (about 750 in the 19th century), all of whom received a copy, an extra 100 copies printed for use rather than sale. But nowadays the whole thing is a grotesque machine. Elsevier, we are told, has a higher profit margin ­– of course, not absolute profit – than Google or Amazon, because governments, universities and scientists themselves pay for the matter published and also the editing of that matter. It is gratis, goes in a circle, and the unpaid labour then pays for it, via a set of institutions dominated by a logic no one can quite dismiss. All Elsevier has to do is publish something and sell it back to universities whose members have laboured, unpaid, to write for it, and also edited it, reviewed it, etc. It is a grand monopoly capitalist conspiracy surviving on the corpse of collective responsibility.

And peer review costs ‘em nothing.

I don’t have much peer reviewing to do, as I am not a success in any narrow modern academic field: my interests are, cough, too broad (that’s my way of putting it: others would say too shallow). I seem to be on someone’s list for conservatism and tradition, since I published things on these once or twice, and obviously I am 20th on a list of possible names for these subjects. Most of the stuff I read is worthy rubbish, and some of it unworthy. I think only once was I enthusiastic – about a short article in which someone kicked the shins of Jeremy Waldron.

I don’t think anyone complains too much about writing for peer review, and there is certainly not enough opposition to the entire system of peer review (there should be more). What everyone dislikes are the fact that their research is dismissed by peer reviewers for rather arbitrary reasons. Even the most liberal academic complains about this: it is one subject on which almost everyone can agree. Everyone wants peer review for others and intellectual freedom for themselves.

The Guardian has a couple of good articles on peer review and academic publishing. As early as 2003 Michael Eisen argued that everyone should be freely available to everyone. And in 2017 Stephen Buranyi pointed out not only that publishers extract much free work from scientists, but, worse, that “the publishing industry exerts too much influence over what scientists choose to study, which is ultimately bad for science itself”. I’d say that this is part of the problem: the other half is centralisation, not only of publication but also of funding. Research grants are an equally major form of monopoly control. Repeat old research? Here’s a grant. Trying something original? Silence. And worse: in the humanities, trying something controversial? Rejection and perhaps even the beginning of reputational death and cancellation.

It is the Buranyi piece from 2017 that argued that “few people in the last century have done more to shape the way science is conducted today than Maxwell”. Let us see what the argument is. He explains that there was a view after the Second World War that British science was good but British scientific publishing was bad. The directors of Butterworths were ex-intelligence: the Government combined Butterworths with renowned German publisher Springer and hired Maxwell to manage it. When Butterworth decided to get out, Maxwell found £13,000 to buy it. This was in 1951. It was Maxwell’s collaborator, Paul Rosbaud, the scientific editor, who had also previously worked in Intelligence during the War, who worked out what to do.

The scientific societies that had traditionally created journals were unwieldy institutions that tended to move slowly, hampered by internal debates between members about the boundaries of their field. Rosbaud had none of these constraints. All he needed to do was to convince a prominent academic that their particular field required a new journal to showcase it properly and install that person at the helm of it. Pergamon would then begin selling subscriptions to university libraries, which suddenly had a lot of government money to spend.

Interestingly, Maxwell actually at this stage operated a seller’s market, more or less approaching scientists to see if they had anything they had to hand that he could publish, as Oldenburg of the Royal Society had done for the Transactions in the 17th century. 

O tempora, O mores! I know I wish that system was still in place.

Apologies for returning to the Ghislaine-Epstein-Gates-Mandelson-Andrew story, but doesn’t the following excerpt sound as if Maxwell Senior invented the protocol that young Jeffrey was to inherit: with all that hobnobbing with the great and good, including the scientific great and good?

By then, Maxwell had taken Rosbaud’s business model and turned it into something all his own. Scientific conferences tended to be drab, low-ceilinged affairs, but when Maxwell returned to the Geneva conference that year, he rented a house in nearby Collonge-Bellerive, a picturesque town on the lakeshore, where he entertained guests at parties with booze, cigars and sailboat trips. Scientists had never seen anything like him. “He always said we don’t compete on sales, we compete on authors,” Albert Henderson, a former deputy director at Pergamon, told me. “We would attend conferences specifically looking to recruit editors for new journals.” There are tales of parties on the roof of the Athens Hilton, of gifts of Concorde flights, of scientists being put on a chartered boat tour of the Greek islands to plan their new journal.

This, apparently, is the story. Maxwell: journals, more journals, grifting and huckstering, at first 40 journals, then 150, sharpening his suits, buying a Rolls Royce, leasing Headington Hall. He should have stuck to this: he was evidently quite good at it, and could have remained respectable, especially if he had avoided lapsing into embezzlement. (There is no evidence he added young women into any of his inducements.) Not that it was admirable. It was, of course, not admirable at all. Academics did not know how to resist. “If a serious new journal appeared, scientists would simply request that their university library subscribe to that one as well.” And everyone still wonders why Thatcher et al. had to scale the cost of the universities down from the 1980s onwards…

One thing about Maxwell, though: he published what scientists independently wanted to publish. He left editorial decisons to scientists. So, on balance, I think it is unlikely he had anything to do with ‘peer review’. No one mentions ‘peer review’ in relation to Maxwell. Even Brian Cox (no, not that Brian Cox, and, no, not that Brian Cox either), who worked with him at Pergamon for 30 years, and wrote a brief account of their collaboration in 1998, republished in 2002, mentions nothing about peer review. Instead, the achievement is:

In the 40 years between its founding and its sale to Elsevier in 1991, Pergamon published over 7,000 monographs and reference works, and launched 700 journals, 418 of which were still current titles when the company was sold and 400 of which continue to this day to be sold under the Pergamon imprint within Reed Elsevier.

It is about quantity, not quality. And peer review is – supposedly – about quality. I think Maxwell probably trusted the scientists with the science. Peer review was probably just a side-effect, a sort of mechanisation, a way of editors convincing themselves that they had a distinctive ‘field’ for their new journal. If Maxwell was at fault for anything it was for imposing quantity on everyone, after which they worked hard to make the quality match the quantity, which they could only do by narrowing down and intensifying study and increasingly constructing it in terms of what we now, in the great 21st century, call ‘outputs’ and ‘impacts’.

But the story does not matter. Peer review is problematic for reasons not to do with its origin.

Here are some quotations.

The first was uttered by Eric Weinstein, about an hour and a half into a podcast with his brother Bret Weinstein, first published on February 20th, 2020:

Peer review is a cancer from outer space. It came from the biomedical community. It invaded science. The old system, I have to say this because many people who are now professional scientists have an idea that peer review has always been in our literature, and it absolutely mother-fucking has not.

It used to be that an editor of a journal took responsibility for the quality of the journal, which is why we had things like Nature crop up in the first place, because they had courageous, knowledgeable, forward-thinking editors.

I just want to be very clear, because there is a mind virus out there that says that peer review is the sine qua non of scientific excellence yada, yada, yada, bullshit, bullshit, bullshit… and if you don’t believe me go back and learn that this is a recent invasive problem in the sciences. …

When Watson and Crick did the double helix, and this is the cleanest example we have, the paper was agreed should not be sent out for review, because anyone who was competent would understand immediately what its implications were.

There are reasons that great work cannot be peer reviewed. Furthermore, you have entire fields that are existing now with electronic archives that are not peer-reviewed.

Peer review is not peer review. It sounds like peer review. It is peer injunction. It is the ability for your peers to keep the world from learning about your work… because peer review is what happens, real peer review is what happens, after you’ve passed the bullshit thing called ‘peer review’.

Here is another quotation. As Weinstein says, original thought and speculation and brilliance has a vexed relation to peer review. But, as I have said, there is also a problem about money. This is because, unfortunately, all the money comes from great centralised caches nowadays, and this money is thrown about on the basis of peer review. The quotation below is very good, and shows that the Guardian, in the old days, used to put out good opinion pieces. Here is Philip Ball in 2011:

The moral seems to be that really innovative ideas don’t get funded – that the system is set up to exclude them. To wring research money from government agencies, you have to write a proposal that gets assessed by anonymous experts (‘peer reviewers’).

If its ambitions are too grand or its ideas too unconventional, there is a strong chance it will be trashed. So, does the money go only to ‘safe’ proposals that plod down well-trodden avenues, timidly advancing the frontiers of knowledge a few nanometres?

There is some truth in the accusation that grant mechanisms favour mediocrity. After all, your proposal has to specify exactly what you are going to achieve. But how can you know the results before you have done the experiments, unless you are aiming to prove the bleeding obvious?

And if that was not pithy enough, here is Eric Voegelin, one of those great émigre scholars who went to America. This is from Robert B. Heilman and Eric Voegelin: A Friendship in Letters, 1944-1984, p. 312:

If you place money in the hands of academic mediocrities, it will hardly improve scholarship or advance science, but rather increase the social power of mediocrity.

I doubt Maxwell intended that. We might blame him for it: but it was a consequence of what he and others did, not what they actually wanted from the system.

The truth of ‘peer review’ was that it was the means by which bureaucratic controls were imposed, indeed, self-imposed, on intellectual activity. That is it.

James Alexander is a Professor in the Department of Political Science at Bilkent University in Turkey.

The UK is losing the industry that makes everything

Peter Huntsman, CEO of Huntsman Chemicals, delivers some scathing comments: “My biggest costs over the next five years will not be an increase in oil and gas prices, it will be an increase in climate taxes” and “Europe is fast becoming a geriatric Disneyland”.

A worker in a grey jumpsuit stands in an industrial setting, looking down at a large, rusty machine, with the text 'net zero tax crushing British industry' prominently displayed in red.

From NOT A LOT OF PEOPLE KNOW THAT

By Paul Homewood

We should be very frightened about this, but we are inured to it now:

It’s a tale of devastating UK chemical industry deindustrialisation.

Peter Huntsman, CEO of Huntsman Chemicals, delivers some scathing comments: “My biggest costs over the next five years will not be an increase in oil and gas prices, it will be an increase in climate taxes” and “Europe is fast becoming a geriatric Disneyland”.

Sadly, despite the fact that Ed Conway admits Britain has “the highest industrial power costs in the developed world, which is partly down to Net Zero”, the only lame remedy proposed is that our Net Zero strategy needs “a re-think and a re-moulding”.

_____________________________________________________________________________________________

A Good Mix of Sunlight and Rain is Now “Climate Whiplash”

Aussie Agricultural productivity is soaring – but apparently good seasons and a failure to manage fire risk are a climate disaster.

A dramatic scene of wildfires with large flames and thick black smoke rising from the ground amidst a dry landscape at sunset.

From Watts Up With That?

Essay by Eric Worrall

A wild fire burning through dry vegetation with flames and smoke rising among the trees.

Aussie Agricultural productivity is soaring – but apparently good seasons and a failure to manage fire risk are a climate disaster.

Rain one minute, heatwave the next. How climate ‘whiplash’ drives unpredictable fire weather

Published: January 12, 2026 6.08am AEDT
David Bowman
Professor of Pyrogeography and Fire Science, University of Tasmania

After a weekend of extreme heat and windy conditions, more than 30 blazes were still burning in Victoria and New South Wales as of Sunday evening, including major fires in the Otways, near the town of Alexandra in central Victoria, and on the NSW-Victoria border near Corryong. 

…

What role does climate change play in supercharging extreme weather conditions, such as these? The evidence shows it not only turns up the thermostat, it also makes the climate system more erratic.

One emerging aspect of such climate change is “hydroclimatic whiplash” – sudden and often frequent transitions between very dry and very wet conditions. It can feel like the climate system is toggling between lots of different states: floods one minute, bushfires the next. 

…

The forecast for this fire season was not as calamitous as it is proving to be. That’s not a criticism – we have to expect the unexpected. Rather than using the term climate change, which implies a steady and predictable shift, I now prefer the term “climate instability”. 

…

The key point is there are going to be lots more fires. We can’t resent the administrative and financial effort it will take to make our landscapes safer.

…Read more: https://theconversation.com/rain-one-minute-heatwave-the-next-how-climate-whiplash-drives-unpredictable-fire-weather-273104

I am so fed up with greens impeding forestry management, then trying to claim the resulting fire disaster is because of climate change.

It has been a good few years.

Line graph depicting Australia wheat yields from 2015/16 to 2025/26 in tons per hectare, showing fluctuations in yields and a 10-year trend line.
Aussie Wheat Yields. Source USDA

This Summer I barely had to turn on the garden watering system. Every day this Summer has been either blazing hot or wet, plenty of water in the ground, and lots of sunlight to drive growth.

Given such benign growing conditions, why wasn’t more effort made to do controlled burns during the wet periods of the “whiplash”?

Of course, we already know the likely answer to that question.

The evidence of the harm greens cause by opposing sensible forestry management often strangely seems to disappear when everything inevitably goes up in smoke.

Academics trying to describe an unexpected outbreak of benign growing conditions as “climate whiplash” in my opinion just adds to the confusion and helps deflect attention away from the people who in my opinion are the real culprits behind Australia’s fire disasters – irresponsible green activists who are preventing Australian forestry departments from mitigating fire risk.

In my opinion the blood of bushfire victims is on the hands of Australian greens who chain themselves to trees whenever some forestry worker tries to do their job. Fire risks are controllable. What we need is politicians with the guts to control fanatical green activists who prize the lives of a few possums over the safety of Australia’s children. But I’m not holding my breath waiting for that to happen.

How to add 300 gigawatts of nuclear energy by 2050

On May 23, President Donald Trump laid out a four-point plan (via four executive orders) to spark a nuclear energy renaissance in the United States based on his belief that nuclear energy is a superior carbon-free choice to wind and solar.

A digital illustration of a nuclear power plant superimposed with the American flag, highlighting energy production with a scenic backdrop of green fields and blue skies.

From CFACT

By Duggan Flanakin

A person holding a tablet with a digital representation of an atom floating above it, set against a blurred blue background.
Guy in glasses and checked shirt using tablet pc

On May 23, President Donald Trump laid out a four-point plan (via four executive orders) to spark a nuclear energy renaissance in the United States based on his belief that nuclear energy is a superior carbon-free choice to wind and solar.

It was a very tall order.

Achieving his goal of adding 300 gigawatts to the nation’s existing 100 gigawatts of nuclear-generated electricity is quite a challenge, especially since the only new nuclear power plants built in the U.S. this century had massive cost overruns. In the short run, new reactors will be powered by nuclear fission, as fusion technology is still in the developmental stages.

Calling climate change spending one of the biggest malinvestments in human history, Energy Secretary Chris Wright said the 10 trillion dollars invested globally “fighting climate change” has gotten solar up to 1.2 percent of global energy and wind up to 1.4 percent. Moreover, where grid penetration of wind and solar is high, as in Germany, the United Kingdom, and California, power prices have skyrocketed.

America’s nuclear power industry, said Wright, was “destroyed” by climate change policies and “regulatory misunderstandings.” The U.S. needs to quickly add 100 GW of reliable capacity that is there at peak demand, said Wright, and the pathway to doubling U.S. generation capacity is not going through wind and solar.

While multiple nuclear companies are working on small modular reactors and even micro reactors to meet special needs (such as powering remote mining operations or for various military purposes), the only pathway to doubling – and eventually quadrupling – U.S. energy capacity is through building large reactors – but not with multi-billion-dollar cost overruns and decades-long delays.

To that end, Pittsburgh-based Westinghouse is planning to start construction of the first of 10 new AP1000 reactors by 2030, just as President Trump demanded. Interim CEO Dan Sumner boasted that the 10 reactor-project will drive $75 billion of economic value across the U.S. and create or sustain more than 55,000 jobs across manufacturing, engineering, and construction.

Westinghouse’s AP1000 pressurized water reactor has a gross power rating of 3,415 MW thermal and a nominal net electrical output of 1,110 MW electric, and its reactor vessel and internals, steam generator, fuel, and pressurizer designs are upgrades from existing PWRs. Westinghouse promises considerable capital savings and lower maintenance costs than with earlier designs.

Longer term, the challenge is not just to build nuclear energy capacity but to address concerns over growing piles of nuclear waste – including the 95 to 97 percent of nuclear fuel unburned in light-water and pressurized-water reactors. Today’s generation IV and V “fast” reactors, including molten salt reactors, can be designed to burn nearly all of what is now deemed nuclear waste – leaving behind tiny amounts of plutonium that some fear could be turned into weapons.

Another reactor design, long in use across Canada, India, and several other countries, is the CANDU (Canada Deuterium Uranium) heavy-water reactor developed by Canadian scientists and engineers. These reactors, which use deuterium oxide as moderator and coolant and natural (not enriched) uranium as fuel, can be refueled while operating at full power, whereas most other reactors require a shutdown for refueling.

The Darlington unit 1 pressurized heavy-water reactor in Canada holds the world record for continuous operation, at 1,106 days, while China’s CANDU-6 reactor in Qinshan set a new record of 738 days of continuous operation – the longest uninterrupted operation for the design.

Overall, the Canadian nuclear industry has been less hampered by regulations than its American counterpart. The renewed interest in nuclear energy in the U.S. has prompted the Canadian firm AtkinsRéalis to pursue a Nuclear Regulatory Commission license for its CANDU reactors – the only ones in the world that do not rely on enriched uranium.

CANDU reactors not only burn natural uranium, they can also easily use spent, enriched nuclear fuel from light-water reactors. The “nuclear waste” from the CANDU reactors can be used as fuel for the fusion reactors that are promised for the not-too-distant future. The chief concern is the potential for a positive void coefficient, in which reactivity increases as steam bubbles form in the coolant.

AtkinsRéalis Senior Vice President of Nuclear Strategy & Commercialization Zabrina Joahl, who is overseeing the firm’s efforts to place more CANDU reactors worldwide, believes the Canadian reactors can play a major role in fulfilling President Trump’s crusade to quadruple America’s nuclear-generated electricity by 2050.

Joahl, a Montana native who spent two decades with San Diego-based General Atomics, says her frustration with the lack of government support for the U.S. nuclear industry prompted her to take the AtkinsRéalis job. Until now, no Canadian firm has sought an NRC license.

President Trump has opened the door, but next month’s meeting with the NRC may determine whether CANDU reactors can become a part of the U.S. nuclear energy mix.

Joahl, who joined AtkinsRéalis last May, says her firm has major advantages over American nuclear startups, having built and maintained over 30 CANDU reactors worldwide. CANDU reactors are now operating in India, Argentina, China, Pakistan, Romania, and South Korea. India has also built 16 other reactors using a modified CANDU design. The firm is also partnering with EDF in France and the United Kingdom in its new nuclear build program.

Back in 2024, AtkinsRéalis joined with Atomic Energy of Canada Limited (AECL) and Canadian Nuclear Laboratories (CNL) to explore opportunities to collaborate on production of heavy water needed for the CANDU reactors. Canada was already anticipating rapid growth in the nuclear energy industry, including the possibility of new reactors in Ontario.

AtkinsRealis President Joe St. Julian calls CANDU technology “a source of national pride,” and said the new emphasis on producing deuterium also safeguards the supply of the global isotope market with cancer-fighting nuclear medicine. The CANDU reactors in Ontario are the only commercial scale reactors that can produce medical isotopes while also generating electricity; they supply half of the world’s supply of cancer-fighting Cobalt 60.

Canada is also expanding its production of uranium, including developing the Rook I Project in Saskatchewan that NextGen Energy Ltd. says will represent over 23 percent of the world’s uranium production in its first few years of operation. Another Canadian firm, Denison Mines, is also moving forward with its Phoenix in-situ recovery uranium project in Saskatchewan.

Despite any short-term political differences, Canada remains the closest U.S. ally and potential partner in building out the 300 GW of nuclear energy called for in President Trump’s executive orders. While the nonproliferation issue remains unresolved, the revamped NRC will soon decide if CANDU reactors will become a viable option for the much-anticipated U.S. nuclear energy buildout.