Climate-Obsessed Pols Blew Canada’s Opportunity

Jamie Sarkonak summarizes the bogus start to Canada Federal elections in his National Post article Liberals pledge to make Canada a superpower after years of preventing it.  Excerpts in italics with my bolds and added images.

A tattered Canadian flag is shown on top of a building in downtown Calgary on Friday, Jan. 17, 2025 where the U.S. Consulate is located. Photo by Jim Wells/Postmedia

 

Sunday’s edition of the Financial Times included the oft-made observation that Canada is brimming with potential, and the oft-made conclusion that this country would be much better off if it simply developed its God-given gifts.

The article, Unlocking Canada’s Superpower Potential by Tej Parikh, made the bullish case for this country’s future prospects: Canada is geographically huge and loaded with natural resources — on paper, at least, it has the makings of an actual global superpower.

“‘Canada absolutely has potential to be a global superpower,’  but the nation has lacked the visionary leadership and policy framework to capitalise on its advantages.”

It was, with gentle vagueness, a condemnation of the federal Liberal government and what is now being called Canada’s “lost decade”: a period of 10 years in which the current government ratcheted up onerous environmental and Indigenous-consultation requirements and, where ministerial approvals are concerned, delayed decisions, all geared at keeping undeveloped parts of Canada in their natural state.

Terms like “circular economy” and “just transition” are the Liberal synonyms for this no-growth agenda, which has delivered us a fraction of a percentage of GDP growth per capita from 2014 to the end of 2024 — a time period in which peer countries have managed double-digits.

For anyone who missed all bad governance robbing Canadians of superpower prosperity, this brief video exposes the crimes against the citizenry.  For those who prefer reading, I provide below a transcript from the closed captions.

Transcript

This is Alberta the fourth largest Province and home to about 4.6 million people. It ranks third in GDP just behind Quebec and first in GDP per capita primarily off the back of oil and gas extraction. While its discovery in the first half of the 20th century has brought Canada riches, for reasons from political to economic it never reached its full potential as an energy superpower, and Canadians as a whole lose out. We’ll be diving into how its energy policies have evolved and the path it is on whether for natural gas, nuclear, hydrogen and more.

Canada has the third largest proven oil reserves and by most estimates in the top 20 in terms of natural gas reserves. It is a top 10 producer of oil and gas, meaning it is engaged in extracting processing and supplying of these resources for domestic production.

Natural Gas

For natural gas exports it is in the top six, all of which goes to the US via pipelines. To export across water requires Investments to build liquid natural gas or LNG facilities to cool the gas into a liquid state in a process called liquefaction. In 2024 the the first export terminal will finally be completed in Kitimat BC called LNG Canada with gas coming through the coastal gas tank pipeline set to complete after 5 years of construction and a price tag that jumped from 6.6 billion to 14.5 billion.

But don’t expect other facilities to be constructed anytime soon. On February 9th 2022, 2 weeks before the Russian invasion of Ukraine, the federal and Quebec governments rejected approval of an LNG plant in Saguenay that would have allowed for the export of Western Natural Gas to European markets.

They cited increased greenhouse gas emissions
and lack of social responsibility.

While most of the natural gas is located in Northern Alberta and BC in the Montney formation, there is also gas in the Atlantic provinces. However New Brunswick, Newfoundland and Labrador, and Nova Scotia have all banned the process of fracking used for shale gas development over safety fears, thereby losing out on tens of billions of economic potential. Ironically the same provinces import a lot of natural gas extracted from the US through the process of fracking, Quebec also has natural gas resources but in April 2022 banned all oil and gas extraction in the province.

This means not only are pipelines from western Canada rejected from going through Quebec, natural gas extraction and export facilities in these provinces have been rejected as well. The demand if not met by Canada will be filled by other countries that might not share the same values nor care about the environment, with the jobs, millions in royalties and taxes going elsewhere. Since 2011, of the 18 proposed LG export projects including five on the East Coast. only the Kitimat project has proceeded with the others being cancelled, blocked or abandoned.

While the US in the same time frame has built seven LG facilities, five more under construction and approved 15, enabling them to go from a net importer to a top three exporter in the world. Australia has 10 LG facilities with the majority built in the 2010s helping to satisfy energy demand from Asian countries and to help them move away from coal. Qatar too has benefited greatly from extracting its resources as European countries look for alternatives to Russian gas.

These three countries have all signed decades-long deals to supply natural gas. Yet when Japan, South Korea, and Germany showed interest in Canadian LG, the Prime Minister said, “There has never been a strong business case.” While critics point out that natural gas is a fossil fuel contributing to greenhouse gas emissions, it emits 40% less than coal and 30% less than oil.

Nuclear Energy

We can’t talk about energy policy without mentioning nuclear, because it does not emit greenhouse gases while being a reliable source of energy, not dependent on the wind blowing or the sun shining. Currently nuclear supplies 58% of Ontario’s electricity needs and 15% Nationwide with all but one of the 19 nuclear reactors. The one located outside of Ontario is in New Brunswick. No new reactors have been completed since 1993. Meanwhile coal is still used to generate 6% of Canada’s electricity needs despite the country having the third largest uranium reserves, the fuel needed for reactors.

But on September 19th 2023, Canada did reach a $3 billion deal to finance nuclear power . . .in Romania. In fairness this deal does support the export of made in Canada Candu style reactors. An industry in which historically Canada has been a leader. Any discussion should include nuclear, as one of the trends in the nuclear industry is small modular reactors or SMRs which should be easier to manufacture and transport enabling its use in remote regions.

Hydrogen

Another Trend that the federal government has prioritized in the 2023 budget relates to hydrogen. 16.4 billion has been allocated over 5 years for “clean” Technologies and “clean” hydrogen tax credits, which are subsidies for costs in setting up equipment to produce green hydrogen. When the German Chancellor Olaf Schultz arrived in Canada in August 2022 asking for LNG, Canada instead offered green hydrogen created by wind turbines generating electricity to perform electrolysis by splitting water to produce hydrogen. It is both inefficient and expensive to produce green hydrogen meaning there is little business case for it without subsidies, since more than 99% of hydrogen is currently produced using fossil fuel. While green hydrogen will likely play a role in industrial processes, such as replacing coal used in steel production or creating ammonia in fertilizer production, its role in transportation is likely negligible. Furthermore using hydroelectricity, nuclear or natural gas to create hydrogen plays into Canada’s strengths in a way that solar or wind does not, as we’ll see shortly.

Solar and Wind

A big part of Canada’s net zero emissions by 2050 plan involves solar and wind energy, yet one of the biggest beneficiaries of that shift would be China given its dominance in the Clean Energy Solution space, whether solar panels, wind turbines or EVS. From the mineral extraction to the processing, refining and Manufacturing, there is much demand for critical minerals like copper cobalt nickel lithium and Rare Earth elements chromium zinc and aluminum. China owns stakes in many mines around the world including Canadian ones extracting these minerals to control the supply chain. According to 2022 data from the International Energy Agency, their share of refining is 35% for nickel, 60% for lithium, 70% for Cobalt and a whopping 90% for Rare Earth.

This dependence on one country means the power to squeeze Supply or raise prices at any moment, which is a big reason why on August 16th 2022 the Biden Administration signed the ironically named Inflation Reduction Act which provides 369 billion of funding for clean energy projects. The intention is to not only reshore to the US but also Near shore or Friend shore to allies like Canada, Whether in mining of critical minerals to manufacturing.

Canada acted decisively a few months later in the same year to force
three Chinese companies to sell their stakes in Canadian mining companies
. . . Oh wait just kidding.

In all seriousness the country and especially Quebec can play a role in the supply chain so long as projects can be approved in a timely manner which really is the underlying theme of this video. Having these minerals also incentivizes battery and auto manufacturing companies to invest in factories, helped massively by subsidies of course. 13 billion over 10 years is what took Volkswagen to commit to a battery plant in Southern Ontario. Likewise 15 billion in subsidies was committed for a Stellantis LG battery plant in Windsor and other projects like this. That’s a lot of money with these two subsidy awards not expected to break even for 20 years according to the Parliamentary budget office. And that’s if these Legacy auto companies like Stellantis and Volkswagen will be relevant by that time.

That’s the kind of energy policy decisions made in Canada in recent times,
and why we haven’t leveraged our natural resources into Superpower.

Mark Carney’s Climate Obsession Worse than Trudeau’s

The future of Canada’s badly governed energy sector is further threatened by replacing Trudeau with Carney. Terry Newman explains in his National Post article Mark Carney’s climate obsessions will put Trudeau to shame.  Excerpts in italics with my bolds and added images.

Don’t trust his pledge to turn Canada into an energy superpower

For all of Carney’s supposed superior knowledge of the world and markets, the art of provincial negotiations and incentives for private investment in natural resources appears to have already escaped his grasp. There’s evidence to suggest this is because, at heart, Carney is likely to be a fully fledged ESG prime minister (ESG being short for environmental, social, and governance principles being imposed on business).Unfortunately, everything Carney’s said and done up until this point suggests not only that he’d fail to unite Canadian provinces to create this energy super-economy, but that’s he’s not actually interested in doing so in the first place.

The Liberal party may have a new face, but Carney’s insistence on keeping an emissions cap and industrial carbon tax in place — both products of Justin Trudeau’s Liberal government — doesn’t invoke much confidence in his energy superpower plan.

Since the Liberals came to power in 2015, they implemented the Impact Assessment Act, which slowed approvals, the federal industrial carbon pricing system (2018) and the oil and gas emissions cap (slated for 2026) — all with the goal of reducing greenhouse gas emissions from the oil and gas sector to net zero by 2050.

Since 2015, many projects have been stalled or cancelled, including the Northern Gateway Pipeline (cancelled by government in 2016, citing a federal ban on tanker traffic and Indigenous opposition); the Energy East Pipeline (cancelled by the company in 2017, citing regulatory hurdles and low oil prices); Pacific NorthWest LNG (cancelled in 2017 due to market conditions and regulatory delays); the MacKenzie Valley Pipeline (cancelled in 2017 due to low gas prices and regulatory uncertainty); Énergie Saguenay LNG (cancelled in 2021, rejected by Quebec government over emissions concerns, not challenged by the federal government); Bay du Nord Offshore Oil (shelved in 2022, citing high costs and regulatory uncertainty); Teck Frontier Mine (cancelled in 2020, amid climate policy debates); and the Keystone XL Pipeline (cancelled 2021, due to failure to secure a U.S. permit and Canadian regulatory costs).

The only thing that’s changed about the Liberal party is the addition of Carney, and his record suggests that he will be driven by climate policy, at least as much as the Liberals have been, and potentially much more so. He was, not so long ago, the United Nations’ special envoy on climate action and finance and he founded and co-chaired the Glasgow Financial Alliance for Net Zero (GFANZ), resigning on Jan. 15, the day before he threw his hat into the Liberal leadership race.

These roadblocks long predate Carney’s ascension, and he has yet to explain how the Liberal government suddenly has either the ability or desire to address them.

Where’s the evidence Carney will be less stringent on energy projects and, therefore, better for the Canadian economy than his predecessor? If anything, especially given his longstanding ESG obsessions, all evidence appears to point to the contrary — that Mark Carney could be even more dedicated to strangling Canada’s resource economy than Trudeau.

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March 25, 2025 at 10:08AM

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March 25, 2025 at 09:48AM

GBE To Pay £200 Million For Solar Panels On Schools

By Paul Homewood

 

Miliband has also announced he will spend £200 million of taxpayers’ money on solar panels for schools and hospitals:

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Hundreds of schools, NHS trusts and communities across the UK will benefit from new rooftop solar power and renewable schemes to save money on their energy bills, thanks to a total £200 million investment from the UK government and Great British Energy.

In England around £80 million in funding will support around 200 schools, alongside £100 million for nearly 200 NHS sites, covering a third of NHS trusts, to install rooftop solar panels that could power classrooms and operations, with potential to sell leftover energy back to the grid. The first panels are expected to be in schools and hospitals by the end of summer 2025, saving schools money for the next academic year.

Great British Energy’s first investment could see millions invested back into frontline services, targeting deprived areas, with lifetime savings for schools and the NHS of up to £400 million over around 30 years.

Estimates suggest that on average, a typical school could save up to £25,000 per year, whilst the average NHS site could save up to £45,000 per year on their annual energy bill if they had solar panels with complementary technologies installed such as batteries.

https://www.gov.uk/government/news/great-british-energy-to-cut-bills-for-hospitals-and-schools

Miliband is bragging that school budgets will be boosted because of these saving. This however is a sleight of hand – it is merely using taxpayer money in GBE to pay some of the school costs, instead of allocating them to the Education Dept.

The obvious question is this – if solar panels are so cost effective, why don’t schools themselves pay for them out of their own budgets?

The answer is equally obvious – they are not cost effective, as Miliband’s own press release admits.  Note this sentence:

“lifetime savings for schools and the NHS of up to £400 million over around 30 years.”

But solar panels won’t last thirty years, or anything like it. If they are lucky, they might last half as long before they become a liability.

And over 15 years, they will only just manage to pay back the original investment, never mind cover finance costs. DESNZ savings are also based on the cut in energy bills, but nowhere do they seem to have factored in maintenance costs, which will eat into these. No business would consider wasting so much money in this way.

Overall, it does not look like the taxpayer will see any return at all on their money.

And all for what? The solar panels will inevitably be made in China, with a massive carbon footprint from the coal power used to manufacture them.

When GBE was first set up, we were assured it would soon be turning a profit. How can they do this though, when they are handing out £200 million without any obligation for it to be paid back?

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March 25, 2025 at 09:21AM

Seismic Data Suggests Ocean’s Worth of Water Lies Beneath Surface of Mars

From Legal Insurrection

The volume of water is estimated to be enough to cover Mars in an ocean about a mile deep.

Posted by Leslie Eastman 

Scientists have discovered a significant reservoir of liquid water deep beneath the surface of Mars, marking a major breakthrough in our understanding of the Red Planet’s water cycle and potential for habitability

The discovery was made using data from NASA’s Mars InSight lander, which recorded seismic activity on Mars for four years before its mission concluded in December 2022. By analyzing the velocity of seismic waves from Marsquakes, researchers could infer the presence of liquid water in the planet’s rocky outer crust.

Three billion years ago, Mars was covered with oceans and flowing rivers of water. Today, the Red Planet’s landscape is starkly different, with no liquid surface water—just patches of frozen water ice—and rocky channels and dry lakebeds where rivers and lakes once were.

But miles beneath its surface, Mars might contain a massive reservoir of water trapped within the nooks and crannies of porous, volcanic rock, according to a new study published Monday in the journal Proceedings of the National Academy of Sciences. If extracted, researchers say it would be enough water to create a planet-wide ocean about a mile deep.

Data from NASA’s InSight lander, a robot designed to study the deep interior of Mars, revealed the underground ocean. Still, the water is not a single, giant reservoir; it’s instead encased within the miniature cracks of the planet’s crust, between about 7 and 13 miles deep. The findings could help researchers piece together what happened to all the water on Mars billions of years ago—and it might be the next place to look for signs of life.

Using data collected by the SEIS (Seismic Experiment for the Interior Structure) instrument, researchers Ikuo Katayama of Hiroshima University and Yuya Akamatsu of the Research Institute for Marine Geodynamics in Japan believe that the seismic waves show that the underground water is 6-12 miles deep beneath the barren surface.

SEIS was the first ever seismometer to operate on Mars, and it was sensitive to three different types of seismic wave emanating from marsquakes. These were: P-waves, which oscillate back and forth similar to how a sound wave propagates; S-waves which oscillate up and down, perpendicular to the direction of travel; and surface waves, which travel along the surface of Mars similar to ripples in a pond.

The new research was focused on the subterranean P-waves and S-waves. P-waves are the faster seismic waves, while S-waves are slower and cannot travel through water because liquid does not permit that kind of oscillation perpendicular to motion. Seismometers measuring these two different types of seismic wave can help reveal the density and composition of the underground medium (such as water, or rock) through which those waves travelled, based on how strong their signals are and how long it took them to reach the seismometer.

With that in mind, Katayama and Akamatsu honed in on two transitional regions in the seismic data, where there appear to be sudden changes in the properties of the interior of the Red Planet at depths of 6.2 to 12.4 miles (10 and 20 kilometers), very close to where previous studies claim to have found evidence for liquid water.

This finding is a good news/bad news for those hoping to colonize Mars.

The good news is that there is potentially available water on the planet, which can be mined and recycled for use. As with groundwater on Earth, Mars water resides in cracks and crevices.

The bad news is that there is a potential for microbial life in that water.

On Earth, these water-filled rocks can host microbes even while buried deep in the crust, said Michael Manga, study author and professor of planetary geology at the University of California at Berkeley. Since liquid water is one of the basic requirements for life as we know it, does that mean Mars could also host microbes underground?

“That’s the bazillion-dollar question,” Manga added.

And such life would make the calculations and decisions related to exploring and colonizing Mars challenging.


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March 25, 2025 at 08:03AM