The Case for Looking Beyond the Strait of Hormuz
For decades, the global oil supply chain has been dangerously concentrated around geopolitically volatile chokepoints — none more critical than the Strait of Hormuz. The United States and its European allies have long depended on crude flowing from regions where political instability, conflict, and hostile governments can disrupt supply at a moment's notice. The 1973 oil embargo remains a stark reminder: long gas lines, rationing by license plate number, and an economy held hostage by foreign energy policy. Similar dynamics are playing out in various countries around the world today. The question is no longer whether the West needs to diversify its oil supply — it is where the next reliable, friendly-jurisdiction source will come from.
One compelling answer lies in an unlikely place: Greenland.
The Scale of the Opportunity
Greenland's onshore oil potential is enormous. Independent engineering reports estimate up to 13 billion barrels of recoverable oil beneath the island's surface. To put that in perspective, ExxonMobil's landmark discovery off the coast of Guyana in South America — one of the most significant finds of the past decade — yielded an estimated 10 to 11 billion barrels. Greenland's deposits are in the same league, with one critical advantage: they are onshore, making extraction significantly less expensive than offshore operations.
The crude itself has been tested and identified as light sweet crude, comparable in quality to Brent crude — the global benchmark. At current Brent prices, the full 13-billion-barrel reserve would represent over $1.3 trillion in revenue potential. Even the first exploratory well alone could prove up 2.9 billion barrels, a transformative figure for any energy company and a meaningful contribution to Western supply.
Standing on the Shoulders of ARCO
What makes Greenland's oil story particularly compelling is its geological pedigree. The seismic data underpinning the current drilling program was originally developed by ARCO — the same company that discovered Prudhoe Bay, Alaska, the largest oil field in North America. Prudhoe Bay has served as the economic engine of Alaska for five decades. ARCO identified the Greenland prospect as its number one undrilled target, but geopolitical and logistical circumstances of the era prevented it from being pursued. Approximately $275 million in legacy seismic work has already been invested, providing a robust foundation for current exploration efforts.
The parallel to Prudhoe Bay is not merely symbolic. The same geological methodology that led to one of the most productive fields in North American history now points to Greenland as a basin of extraordinary promise — and the first wells are finally being drilled.
Drilling Plans and Partnerships
The first two exploratory wells are scheduled to be drilled this year. Logistics and operations are being handled by an impressive roster of experienced partners:
- Halliburton is overseeing logistics and service provision.
- IP Engineering, based in Golden, Colorado, is providing wellsite engineers.
- Stampede Drilling, a Calgary-based firm experienced in Arctic conditions from their work in northern Alberta, will handle the drilling itself.
- Dane, a shipping company out of Montreal that has operated in the Arctic Circle since the late 1800s, will manage transport.
The first drill site sits just three miles from the coast, which dramatically simplifies the export logistics. Once oil is confirmed, the proximity to the shoreline means production-to-export timelines could be remarkably short compared to inland or deep-offshore operations.
As the drill descends, it will pass through five different trapping mechanisms — geological formations that can hold oil. This is conventional drilling, not hydraulic fracturing or horizontal drilling, making the wells relatively inexpensive by modern industry standards. The multiple trapping targets also increase the probability of an early discovery.
Strategic Importance: Energy and Arctic Security
The geopolitical dimension of Greenland oil cannot be overstated. The Arctic Circle has emerged as a zone of intensifying strategic interest for both the United States and Europe. Military presence, shipping routes, and natural resources in the Arctic are all subjects of growing competition among global powers. A major oil discovery in Greenland would add energy security to the already significant strategic value of the Arctic for Western nations.
For Europe in particular, which has been forced to rapidly restructure its energy supply chains in recent years, Greenland crude — light, sweet, and priced at Brent levels — would represent a friendly, geographically proximate alternative to Russian or Middle Eastern oil.
The Limits of U.S. Shale
The American shale revolution has been extraordinary. Technological innovation in horizontal drilling and hydraulic fracturing turned the United States into a net exporter of both oil and natural gas — an achievement few predicted two decades ago. However, shale alone cannot solve the broader Western energy security challenge. The industry faces rising costs and shrinking supply as the most productive shale formations mature. Decline rates in shale wells are steep, requiring constant new drilling just to maintain output. The U.S. shale industry, for all its ingenuity, cannot single-handedly insulate the West from supply shocks originating in the Middle East, Russia, or other hostile jurisdictions.
Greenland's onshore conventional reserves represent a fundamentally different kind of resource — one that complements rather than competes with shale, offering long-life production potential from a politically stable, allied territory.
A New Economic Engine
Beyond geopolitics, a major oil discovery would be transformative for Greenland itself. Just as Prudhoe Bay has been the economic engine of Alaska for fifty years, Greenland's oil reserves could underpin a new era of economic development and self-sufficiency for the island's population. Greater energy revenue could accelerate Greenland's path toward economic independence and provide resources for infrastructure, services, and governance.
The Risk-Reward Calculus
Every new basin carries risk. Exploration is inherently uncertain, and the Arctic presents logistical challenges that are not trivial. But the risk-reward profile here is genuinely asymmetric. The downside is a failed exploratory well; the upside is a multi-billion-barrel discovery in a friendly jurisdiction, with light sweet crude, onshore access, coastal proximity for export, and alignment with the most urgent energy security priorities of the Western world.
The first wells will be drilled this year. If successful, they will not just open a new chapter in Arctic energy development — they will fundamentally alter the conversation about where the West gets its oil and how secure that supply truly is.