Energy
444,000 semi-loads of food? Just another day on planet Earth

From the Frontier Centre for Public Policy
By Terry Etam
At 100 million b/d, the world consumes a billion barrels of oil every ten days. Eleven billion barrels of recoverable reserves will meet the world’s needs for about 110 days, or just under four months. And global demand continues to grow.
The scope of this discussion goes far beyond oil demand. It is imperative that people understand energy demand, and particularly so on a global scale.
A friend of mine, always with a keen eye on interesting things, passed on an interesting quote from the CERA Week energy conference the other week. The head of the International Energy Forum mentioned a surprising statistic, as quoted by Javier Blas on Twitter: “Heathrow airport in London uses more energy than the whole African nation of Sierra Leone [population ~8.5 million].” Yikes!
Here’s another one that turned up randomly in the feed by a credible source: “If we keep growing our energy usage (2.9% CAGR last 350 years) we will use more energy in the next 25 years than in all prior human history. 3x in 39 years and 9x by the end of the century.”
Energy is an amazing topic, both sources and uses. The sheer scale of what we require for our present lifestyle is mind-blowing when placed in concrete contexts like above. In the abstract, the numbers don’t mean anything. The world consumes over 100 million barrels of oil per day. So what? Is that a lot? Sure it’s a big number but so is 8 billion people. Either stat is hard to wrap one’s head around.
Consider the following with respect to oil consumption/production: ExxonMobil made waves recently for a large oil discovery offshore Guyana, in an era when there aren’t that many discoveries being made (the flip side of the demand for oil/gas companies to return money to shareholders means exploration generally takes a back seat). Reuters picked up the story: ExxonMobil announced a new discovery, one of 30 since 2015, in a 6.6 million acre area that to date has been found to hold 11 billion barrels of recoverable oil, which also equals the country’s total. The results are significant, moving Guyana up to 17th on the world’s petroleum reserve rankings, similar to Norway, Brazil, or Algeria.
Now compare that number to consumption. At 100 million b/d, the world consumes a billion barrels of oil every ten days. Eleven billion barrels of recoverable reserves will meet the world’s needs for about 110 days, or just under four months. And global demand continues to grow.
The scope of this discussion goes far beyond oil demand. It is imperative that people understand energy demand, and particularly so on a global scale.
Look at this history of global energy consumption chart from Our World in Data:
It’s nuts. But it coincides very well with the rising standard of living attained by humanity, particularly in the west, an increase the rest of the world wants to emulate.
Consider the following statistics if you think that trajectory is going to slow down or reverse any time soon.
Africa has about 1.2 billion people, or roughly 15 percent of the earth’s population. Yet Africa accounts for 2 percent of global air traffic. By contrast, Europe has a population of about 740 million, and accounts for 31 percent of global air traffic.
What if Africans decide they want to live like Europeans, air-travel-wise, which is not just justified on moral grounds but actually more functionally logical, because Europe covers only 1/3 of Africa’s size of 30 million square kilometres?
What if the rest of the world wants to enjoy air conditioning to the extent the US does (and why on earth wouldn’t they)? According to the US Energy Information Agency, nearly 90 percent of US households use air conditioning, and virtually every office building does as well. The US has about 130 million households for 330 million people, or about 2.5 people per household. If Africa had a similar ratio, they would have 480,000,000 households, and if a similar proportion had AC there would be 430,000,000 households with AC. It’s safe to say that today in Africa the number of households with AC is far closer to zero than 90 percent. (Even communists/hardcore socialists support near-universal air conditioning, though they call it a ‘right’ by way of that fuzzy but firm ‘gimme that’ appropriation way of theirs.)
Now add in India, with another 1.4 billion people, and do the same math. A billion air conditioners worth of global demand is not a ridiculous estimate, not when considering Pakistan, Bangladesh, Indonesia, parts of South America… in addition to Africa, India…
Consider even food, and the logistical magnum opus required to keep countries food-riot-free. A typical western website says that the average person consumes 3-4 pounds of food per day. Let’s say the rest of the world isn’t so lucky, and we’ll call it 2.5 pounds per day for a global average (each new cruise ship drags the world average up considerably). There are 8 billion of us schlepping around planet earth. A semi trailer can carry about 45,000 pounds of cargo. So every day, the equivalent of about 444,000 semis full of food are forklifted out of trucks and down the gullets of 8 billion upturned mouths. Every freaking day, without a break.
And that’s just food. What about IKEA. And Costco. And Home Depot. And Walmart. And all the other stuff in our world.
And billions more people are striving to fill up the SUV (yes, everywhere you go, SUV) at their local Costco/Home Depot/Walmart, as soon as one arrives in their community.
Ah hell, I give up. The scale of all this stuff is unfathomable. And yet it all gets where it needs to go, every day, as long as there’s energy.
Any singular household staple must be there, in abundance, or all hell breaks loose. Remember Covid > toilet paper? What happens as soon as there is even a rumour of a shortage? Social deviants, which are harder to eradicate than (and just as useful as) STDs, get into gear and begin hoarding in order to resell at a profit. It just happens, one of the unfortunate costs of living in a free society. (I’m not suggesting that those people should be found and beaten with a tire iron, but then again I’m not suggesting that they shouldn’t.)
When we think of energy consumption, we tend to think of our hilariously comfortable lives in western nations, where supermarkets are perpetually full, where gasoline and heating fuels are available 24/7/365 at reasonable prices, where flying wherever and whenever we want, with minimal hassle, is one step away from being viewed as a human right. We are correct in that our energy consumption per capita in the west is very high. But on an outright total consumption basis, individual country statistics are pretty wild. And saddening, in some ways.
First the wild part: You would expect (or I did anyway) the US to be either at the top of the consumption pile or close; it is and has been an economic juggernaut for a century. But not even close: in 2022, the US consumed about 96 exajoules of energy, which is a lot – that number equals the consumption of India, Russia, Japan and Canada combined. But way out in front is China, with 2022 consumption of 159 exajoules. No one should be surprised China leads the world in renewables installation and coal fired power plant construction. They need it all.
Where it gets sad is to wander further down the list to the lowest consumers. The site linked above shows a graphic of the world, with each country colour-coded for total energy consumption. The lowest on the colour scale is a pale yellow representing 20 exajoules per year. The scale rises up through blues and towards a dark navy which represents China at the top of the heap.
Most African countries, and some South American ones, do not even warrant a definition in the legend at all, and are simply greyed out. They have so little energy consumption they hardly even make it onto the raw data table. Hundreds of millions of people live like that. But only as long as they have to.
It is very sobering to see how much of the world lives, and how very far they are from the West’s standard of living. The West’s leaders push the concept of ‘electrify everything’, a concept that only makes sense if one is looking no further than their backyard and has zero feel for the true global situation. In much of the world, they would just as happily get behind the slogan ‘electrify anything’.
It is hard to imagine this energy consumption trajectory falling; we’d be very lucky if it stayed flat. But that seems like an unrealistic hope. The developing world clearly has every incentive and right to advance towards the West’s standard of living, and if they get close global energy consumption will head off further into the stratosphere. Here in the West, we play cute little games like a forced switch to EVs, while ignoring almost totally any common sense commentary on the subject (For example, Toyota’s 1:6:90 rule which states that for the same amount of raw materials to manufacture one EV, Toyota can make six plug-in hybrids or 90 hybrids, and in doing so would achieve 37 times the emissions reduction of a single EV. Yet Toyota is scorned for such logic on the grounds that “Toyota’s reluctance to fully embrace EVs can hinder innovation in the EV industry.” Note that there is no challenge to the facts themselves, just a bruising of the ego of the think tanks.)
Anyone that provides energy of any kind should roll up their sleeves, there’s a lot of work to be done, and those who wish to hunt for energy villains will get run over, in due course.
Terry Etam is a columnist with the BOE Report, a leading energy industry newsletter based in Calgary. He is the author of The End of Fossil Fuel Insanity. You can watch his Policy on the Frontier session from May 5, 2022 here.
Economy
Latest dire predictions about Carney’s emissions cap

From the Fraser Institute
According to a new report from the Parliamentary Budget Officer (PBO), the federal government’s proposed oil and gas emissions cap will curtail production, cost a not-so-small fortune and kill a lot of jobs. This news will surprise absolutely no one who’s been paying attention to Ottawa’s regulatory crusade against greenhouse gases over the past few years.
To be precise, according to the PBO’s report of March 2025, under the proposed cap, production for upstream industry oil and gas subsectors must be reduced by 4.9 per cent relative to their projected baseline levels out to 2030/32. Further, required reduction in upstream oil and gas sector production levels will lower GDP (inflation-adjusted) in Canada by an estimated 0.39 per cent in 2032 and reduce nominal GDP by $20.5 billion. And achieving the legal upper bound will reduce economy-wide employment in Canada by an estimated 40,300 jobs and fulltime equivalents by 54,400 in 2032.
The federal government is contesting the PBO’s estimates, with Jonathan Wilkinson, federal minister of Energy and Natural Resources of Canada, claiming that the “PBO wasted their time and taxpayer dollars by analyzing a made up scenario.” Of course, one might observe that using “made up scenarios” is what making forecasts of regulatory costs is all about. No one, including the government, has a crystal ball that can show the future.
But the PBO’s projected costs are only the latest analysis. A 2024 report by Deloitte (and commissioned by the federal Treasury Board) found that the proposed “cap results in a significant decline in GDP in Alberta and the Rest of Canada.” The main impacts of the cap are lower oil and gas activity and output, reduced employment, reduce income, lower returns on investment and a higher price of oil.
Consequently, according to the report, by 2040 Alberta’s GDP will be lower by 4.5 per cent and Canada’s GDP will be lower by 1 per cent compared to a no-cap baseline. Cumulatively over the 2030 to 2040 timeline, Deloitte estimated that real GDP in Alberta will be $191 billion lower, and real GDP in the Rest of Canada will be $91 billion lower compared to the no-cap (business as usual) baseline (in 2017 dollars). Employment also took a hit in the Deloitte report, which found the level of employment in 2040 will be lower by 2 per cent in Alberta and 0.5 per cent in the Rest of Canada compared to a no-cap baseline. Alberta will lose an estimated 55,000 jobs on average (35,000 in the Rest of Canada) between 2030 and 2040 under the cap.
Another 2024 report by the Conference Board of Canada estimated that the “oil and gas productions cuts forecasted lead to a one-time, permanent decline in total Canadian real GDP of between 0.9 per cent (most likely outcome) to 1.6 per cent (least likely outcome) relative to the baseline in 2030. This is equivalent to a loss of $22.8 to $40.4 billion (in 2012 dollars)… In Alberta, real GDP would fall by between $16.3 and $28.5 billion—or by 3.8 per cent and 6.7 per cent, respectively.”
Finally, a report by S&P Global Commodity Insights (and commissioned by the Canadian Association of Petroleum Producers) estimated that a “production cut driven by a stringent 40% emission cap could cause $75 billion lower upstream spend and $247 billion lower GDP contribution (vs. a no cap reference case).”
All of these estimates, by respected economic analysis firms, raise serious questions about the government’s own 2024 Regulatory Impact Analysis, which suggested that the proposed regulations will only have incremental impacts on the economy—namely, $3.3 billion (plus administrative costs to industry and the government, estimated to be $219 million). According to the analysis, the “proposed Regulations are expected to result in a net decrease in labour expenditure in the oil and gas sector of about 1.6% relative to the baseline estimate of employment income over the 2030 to 2032 time frame.”
But according to the new PBO report, the costs of the government’s proposed cap on greenhouse gas emission from Canada’s oil and gas sector will be costly and destructive to the sector, it’s primary province (Alberta), and its employees in Alberta and across Canada. All this in the face of likely-resurgent U.S. oil and gas production.
Now that policymakers in Ottawa have seemingly recognized the unpopularity of the consumer carbon tax, a good next step would be to scrap the cap.
Economy
Welcome to the Era of Energy Realism

The Honest Broker
Roger Pielke Jr.
Every year for the past 15 years, JP Morgan publishes an outstanding annual energy report by Michael Cembalest. Last week JP Morgan published its 2025 edition and today I share five important figures from the many in the report, which I highly recommend.
Cembalest’s top line:
[A]fter $9 trillion globally over the last decade spent on wind, solar, electric vehicles, energy storage, electrified heat and power grids, the renewable transition is still a linear one; the renewable share of final energy consumption is slowly advancing at 0.3%–0.6% per year.
You can see that in the figure below — my graph using data from the 2024 EI Statistical Review of World Energy — which shows the proportion of global energy consumption from all carbon-free sources. Since 2012, that proportion has increased from about 14% to a bit over 18%. Exactly as Cembaest observes — that increase has been linear. At that rate of change the world would hit 100% carbon-free sometime after 2200.

Let’s take a look at some of the figures I found most interesting in the JP Morgan Report.
Solar Reality Check

“. . . when you boil it all down, solar power accounts for ~2% of global final energy consumption, a figure we expect to reach 4.5% by 2027. Even if these solar trends continue into the 2030’s, human prosperity will be inextricably linked to affordable natural gas and other fossil fuels for many years.
Human prosperity, in places where it thrives, relies heavily on steel, cement, ammonia/fertilizer, plastics, glass, chemicals and other industrial products which are energy- intensive to produce. . . these products currently rely on fossil fuels for 80%-85% of their energy.
And remember, prosperity itself is energy-intensive: among the tightest relationships in economics is the connection between a country’s per capita GDP and its per capita energy consumption.”
I remain very bullish on solar, but it won’t displace much fossil fuels anytime soon.
Electrify Everything is Proceeding Slowly

“Remember this key aspect of the energy transition: until an energy use is electrified, it’s hard to decarbonize it using green grid electrons. And while grid decarbonization is continuing at a steady pace, the US has made little progress increasing the electricity share of final energy consumption for the reasons discussed in last year’s “Electravision” piece. One major obstacle: transmission line growth is stuck in a rut, way below DoE targets for 2030 and 2035. Another obstacle: shortages of transformer equipment, whose delivery times have extended from 4-6 weeks in 2019 to 2-3 years. . . “
The panel on the rgiht above indicates that the U.S. was never going to meet the emissions reduction targets of the Biden Administration — which has been clear for several years now.

“The US is not unique with respect to the slow pace of electrification, although a few countries are making faster progress. Over the last decade China made the largest advance, bringing it in line with the OECD.
Part of the challenge may simply be the long useful lives of existing industrial plants, furnaces, boilers and vehicles. In other words, electrification might accelerate as their useful lives are exhausted. But the high cost of electricity compared to natural gas (particularly in places without a carbon tax) is another impediment to electrification that is not easy to solve since this ratio reflects relative total costs of production and distribution.”
(In order to coerce users, a carbon tax is necessary)
Energy Dependence and Independence

“The US has achieved US energy independence for the first time in 40 years while Europe and China compete for global energy resources. China’s imports are similar to Europe in energy terms but half as much as a share of domestic energy consumption. Energy intensive manufacturing has shifted to the developing world since the mid 1990’s. China is negotiating with Russia and Turkmenistan regarding future gas pipeline projects. China has the benefit of time: China gas imports are projected to reach 250 bcm by 2030 vs 170 bcm in 2023, almost all of which can be met by already contracted supplies. What was Taiwan thinking by shutting down nuclear power which has fallen from 50% to 5% of generation? Taiwan is now one of the most energy dependent countries in the world, resulting in rising economic costs if China were to impose a blockade.”
The Trump administration’s trade war with Canada risks upending North America’s energy dominance. What can they be thinking?
Fossil Fuels Falling and Rising

“Fossil fuel shares of final energy are falling faster in China, Japan and Europe than in the US. Growth in fossil fuel consumption is slowing but no clear sign of a peak on a global basis. Hydraulically fractured oil and gas account for 60%+ of US primary energy consumption. Global LNG export capacity is set to expand by one third by 2030. Coal consumption is roughly flat in final energy terms as rising EM consumption offsets falling OECD consumption.”
US Secretary of Energy Chris Wright spoke at an energy conference in Houston, and his remarks have been transcribed by Robert Bryce. Here is an excerpt:
Let’s do a quick survey of energy access today. Roughly one billion people live lives remotely recognizable to us in this room. We wear fancy clothes, mostly made out of hydrocarbons. We travel in motorized transport. The extra lucky of us fly across the world to attend conferences. We heat our homes in winter, cool them in summer, store myriad foods in our freezers and refrigerators, and have light, communications and entertainment at the flip of a switch.
Pretty awesome.
This lifestyle requires an average of 13 barrels of oil per person per year. What about the other seven billion people? They want what we have. The other seven billion people, on average, consume only three barrels of oil per person per year versus our 13. Africans average less than one barrel.
We need more energy. Lots more energy. That much should be obvious.
Read Wright’s speech alongside Cembalest’s energy analysis — We are at long last in an era of energy realism.
The Honest Broker
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