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Energy Companies May Be On Cusp Of Uncorking Next Massive Oil, Gas Boon

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From the Daily Caller News Foundation

By David Blackmon

 

These companies, all run by smart business people, continue to invest many billions of capital dollars in these risky, long-term projects even as “experts” like the bureaucrats at the International Energy Agency (IEA) continue to predict demand for crude oil is about to peak in the next few years.

Constantly advancing technology has always been the driver behind the advance of the oil-and-gas industry since the first successful U.S. well was drilled by Edwin Drake near Titusville, Pennsylvania, in 1859. The Drake well was drilled to a then unheard-of depth of 69 feet using the most primitive equipment imaginable.

This week, 165 years later, U.S. oil giant Chevron announced it had achieved first production in its Anchor field in the Gulf of Mexico. At its shallow depth, underground pressure in the Drake well would have been negligible, just enough to force the oil up out of the ground. The Anchor semi-submersible floating production unit (FPU) that was started up by Chevron this week enables the capture of massive volumes of oil and natural gas from underground formations up to 34,000 feet below sea level at pressures up to 20,000 pounds per square inch.

“The Anchor project represents a breakthrough for the energy industry,” said Nigel Hearne, executive vice president, Chevron Oil, Products & Gas. “Application of this industry-first deepwater technology allows us to unlock previously difficult-to-access resources and will enable similar deepwater high-pressure developments for the industry.”

Chevron says seven deepwater wells will be tied into the Anchor FPU, which has the capacity to capture, process and transport as much as 75,000 barrels of oil and 28 million cubic feet of natural gas every day. The company estimates reserves in the field of 440 million barrels of oil equivalent with current technology. But, again, the technology deployed by the industry advances every day, meaning a far bigger amount of oil and gas will ultimately be recovered over the coming years.

Other major oil companies, like BP, are also beginning to deploy similar high-pressure technology that they and analysts believe will help them tap into billions of new barrels known to exist in deep, high-pressure formations in various parts of the world. Globally, BP says it believes deployment of advanced technology could help it access up to 10 billion barrels of known high pressure reserves.

Reuters quotes Wood Mackenzie principal analyst Mfon Usoro as saying the new high pressure technologies could enable companies like BP and Chevron to unlock as much as 2 billion barrels of known reserves in the Gulf of Mexico alone. “The industry has done their bit to safely deliver the barrels, with the new technology,” she said, adding: “These ultra-high-pressure fields are going to be a big driver for production growth in the Gulf of Mexico.”

On the same day Chevron made its announcement, Chinese national oil company CNOOC  announced the completion of what it believes is the largest offshore platform on Earth, the Marjan facility. The giant platform, which serves similar functionality as the Anchor FPO, will now be shipped 6,400 nautical miles to the Persian Gulf, where it will facilitate the full development of Saudi Arabia’s deepwater Marjan Field.

It is important to keep in mind that the mounting of these massive offshore facilities and drilling of the deepwater wells are all long-term, multi-billion-dollar projects. These are facilities designed to handle the production from these deepwater fields for decades, not just a few years until the vaunted energy transition takes away all the demand for the commodities being produced.

In addition to the projects in the Gulf of Mexico and Persian Gulf, all the companies mentioned here are involved in aggressive efforts to discover and produce oil and gas in deepwater regions around the world. CNOOC, for example, is a 20% owner in the prolific Stabroek block development offshore of Guyana operated by ExxonMobil. Chevron stands to become a 30% owner in that same development via its proposed buyout of Houston-based Hess Corp.

These companies, all run by smart business people, continue to invest many billions of capital dollars in these risky, long-term projects even as “experts” like the bureaucrats at the International Energy Agency (IEA) continue to predict demand for crude oil is about to peak in the next few years. Meanwhile, OPEC says it believes demand for crude will keep rising through at least 2045, perhaps longer.

Someone will be right, and someone will be wrong. Regardless, we can rest assured that advancing technology in the industry itself will ensure there will be no shortage of supply.

David Blackmon is an energy writer and consultant based in Texas. He spent 40 years in the oil and gas business, where he specialized in public policy and communications.

Featured image credit:  (Screen Capture/PBS NewsHour)

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Bjorn Lomborg

We need to get smart about climate

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From the Fraser Institute

APPEARED IN THE FINANCIAL POST

By: Bjørn Lomborg

Canada’s chattering classes claim that climate change is one of the country’s pre-eminent threats. This is extraordinary. Canada is experiencing a productivity slowdown, the worst decline in living standards in 40 years, and growth rates that lag most developed economies. Geopolitical threats loom, the healthcare system is under stress and education is faltering. Yet the federal government has spent or committed more than $160 billion on climate initiatives since 2015, and is funneling $5.3 billion to help poor countries respond to climate change.

Like most nations, Canada faces tough decisions in coming decades. Resources spent on climate will not be not available for health, education, security or boosting prosperity.

Global warming is a real problem. Science has shown quite clearly that more CO₂, mostly from fossil fuel use, increases global temperatures. Climate economics has shown how this brings both problems and benefits (for instance, more deaths caused by heat, fewer by cold) but, overall, more problems than benefits. More CO₂ means higher social costs, so reducing CO₂ does have real benefits.

But climate policies also have costs. They force families and businesses to use more expensive energy, which slows economic growth. You might have heard otherwise but if the new ways really were cheaper, no regulations or mandates would be needed.

If climate change were treated like any other political issue, we would openly recognize these trade-offs and try to balance them to get the most climate benefits for the least cost, recognizing that climate policies need to compete against many other worthy policies.

But in two important ways the climate conversation has gone off the rails.

First, people say — wrongly — that global warming is an existential challenge, risking the end of mankind. Of course, if the world is about to end, it follows that any spending is justified. After all, if a world-obliterating meteor is hurtling towards us, we don’t ask about the costs of avoiding it.

Second, it is also often claimed — somewhat contradictorily — that the green transition will make energy cheaper, societies safer and everyone richer. In this “rainbows and unicorns” scenario, there are no trade-offs and we can afford climate policy and everything else.

Both claims are repeated ad nauseam by Canadian politicians and activists and spread by media hooked on selling climate catastrophes and green utopias. But both are quite untrue.

That is why I’m writing this series. I will outline how many of the most sensationalist, scary climate stories are misleading or wrong and ignore the best climate science. Being data-driven, I will show you this with the best peer-reviewed data and numbers.

Climate deaths chart

So: Is climate change the world’s all-encompassing problem today? One way to test this is to look at extreme weather, which we constantly hear is having an ever-larger impact on our societies. But the data paint a very different picture (see chart).

We have good evidence for the number of people killed in climate-related disasters, i.e., floods, storms, droughts, and fires. (We’ll look at temperature deaths next week.) A century ago, such disasters routinely killed hundreds of thousands, even millions of people in a single disaster. On average, about half a million people a year died in such disasters. Since then, the death toll has declined precipitously. The last decade saw an average of fewer than 10,000 deaths per year, a decline of more than 97 per cent.

Of course, over the past century the world’s population has quadrupled, which means the risk per person has dropped even more, and is now down by more than 99 per cent. Why this great success story? Because richer, more resilient societies with better technology and forecasting are much better able to protect their citizens. That doesn’t mean there is no climate signal at all, but rather that technology and adaptation entirely swamp its impact.

In the same way, climate’s impact on overall human welfare is also quite small. In proportion to the total economy, the cost of climate-related disasters has been declining since 1990. Looking to the future, the best estimates of the total economic impact of climate change come from two major meta-studies by two of the most respected climate economists. Each shows that end-of-century GDP, instead of being 350 per cent higher, will only be 335 per cent higher.

“Only” becoming 335 per cent richer is a problem, to be sure, but not an existential threat. Despite that, as this series will show, many of the most draconian climate policy proposals so casually tossed around these days will do little to fix climate but could dramatically lower future growth and the opportunities of future generations.

We need to get smart on climate. This series will map out how.

Bjørn Lomborg

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Energy

There is no better time for the Atlantic to follow the Pacific as the next stage of Canadian energy development

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Premier Tim Houston says it’s time for Nova Scotia to develop its energy industry

In late January, Nova Scotia Premier Tim Houston announced that natural resources would become a major focus of his government, stating that it was time to, “We can’t expect Nova Scotia to prosper when we ban industry after industry after industry.”

It was announced that his government would look into fracking for natural gas, uranium mining, and lifting fossil fuel extraction moratoriums along the coast.

Atlantic Canada is poised to become the next major player in Canada’s energy expansion. With growing global demand for clean energy, a shift toward resource independence, and the looming threat of U.S. tariffs, provinces like Newfoundland and Labrador and Nova Scotia are taking bold steps to develop their energy sectors. Recent developments in liquefied natural gas (LNG), offshore oil, green hydrogen, and critical minerals are positioning the region as a crucial pillar of Canada’s energy future.

Donald Trump’s threats to impose tariffs on Canadian energy exports have forced Canada to reassess its reliance on the United States as its primary customer. This shift has already played out in Quebec, where the government is reconsidering its stance on LNG projects. Similarly, Atlantic Canada recognizes the need to diversify its energy exports to Europe and Asia. With vast offshore oil reserves and new LNG projects in the works, the region is set to capitalize on international markets.

Premier Houston has emphasized the importance of local resource development to secure the province’s economy. Though he has walked back on previous comments about revisiting the Georges Bank offshore drilling moratorium, his government is clearly focused on increasing natural resource production. The seafood industry, a vital component of the region’s economy, has expressed concerns about potential energy developments affecting fisheries, but a balance must be struck to ensure both industries thrive.

Newfoundland and Labrador Premier Andrew Furey has made it clear that offshore oil will continue to play a key role in the province’s economy for decades. Addressing industry leaders, Furey positioned Newfoundland as the future “energy capital of North America,” highlighting new offshore projects and hydrogen development. ExxonMobil’s $1.5 billion investment in offshore infrastructure underscores industry confidence in the region’s potential.

Despite dubious global forecasts suggesting oil demand will peak in the coming years, Newfoundland and Labrador believes its high-quality, low-emission crude will remain in demand, particularly in Europe and Asia. Additionally, the province is exploring hydrogen production, backed by federal incentives and private investment. Companies like World Energy GH2 are pushing forward with large-scale green hydrogen projects, despite local opposition from residents concerned about the environmental impact of wind farms.

As British Columbia emerges as an LNG powerhouse, Atlantic Canada is following suit. The region’s proximity to European markets gives it a significant advantage, particularly in light of geopolitical instability affecting global energy supplies. With European nations scrambling to secure reliable energy sources, Atlantic Canada’s LNG potential is more valuable than ever.

Much like British Columbia, where First Nations have played a central role in LNG expansion, Atlantic Canada has an opportunity to develop Indigenous-led energy projects. Federal tax incentives and emissions regulations will shape how LNG projects move forward, ensuring they align with Canada’s climate commitments while driving economic growth.

The combination of Trump’s tariffs, shifting global energy markets, and renewed provincial interest in resource development has created a perfect storm for Atlantic Canada’s energy sector. With strong government backing, significant private investment, and growing international demand, the region is well-positioned to become a major energy player.

As Canada navigates this new era of energy expansion, Atlantic Canada’s strategic location, resource wealth, and commitment to innovation make it a natural frontier for growth. Whether through LNG, offshore oil, hydrogen, or critical minerals, the region’s energy sector is set to thrive in the coming decades.

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