The last time the oil industry chased a frontier like this, it changed the map of global energy.<\/p>\n
In 1968, a wildcat well on Alaska\u2019s North Slope unlocked Prudhoe Bay<\/a>, the largest oil field ever discovered in the United States. In 2015, Exxon drilled a well offshore Guyana that opened the Stabroek Block<\/a>, now estimated to hold more than 11 billion barrels of recoverable oil.<\/p>\n Both discoveries started the same way: a small group of geologists drilling a well in a place most of the industry had already written off.<\/p>\n A company called Greenland Energy<\/a> now plans to test a similar frontier.<\/p>\n Its target lies in the remote Jameson Land basin on Greenland\u2019s east coast \u2014 one of the last unexplored petroleum systems in the Arctic.<\/p>\n And the timing may be unusually important.<\/p>\n Greenland has suddenly become a geopolitical flashpoint<\/a>. Washington has pushed to bring the island more firmly under U.S. influence as Arctic shipping routes open and Russia and China expand their presence across the region.<\/p>\n That shift has turned the island into something more than an isolated Arctic territory<\/a>.<\/p>\n It has become a strategic energy frontier.<\/p>\n One of the World\u2019s Most Significant Undrilled Oil Provinces<\/p>\n Greenland Energy was formed to move quickly on the surge of global interest now surrounding Greenland and the Arctic. The structure brings together the project\u2019s operating team, exploration licenses, and public market capital needed to advance drilling in the Jameson Land basin. Veteran oil executive Robert Price, who founded March GL, will lead the company.<\/p>\n Related: Inside North America\u2019s First Fully Integrated Rare Earth Facility<\/a><\/p>\n Its objective is clear: drill the first modern exploration wells in the Jameson Land basin and test what geologists believe could be one of the largest undeveloped petroleum systems in the Arctic.<\/p>\n According to Greenland Energy\u2019s corporate presentation, the basin could contain more than 13 billion barrels of recoverable oil if early geological models prove correct.<\/p>\n The estimate builds on roughly 1,800 kilometers of seismic data collected by Atlantic Richfield<\/a> during exploration campaigns in the 1980s, which modern explorers have since reinterpreted to identify new drilling targets.<\/p>\n Greenland Energy believes the updated interpretation points to a much larger opportunity beneath the basin \u2014 and independent analysts are reaching similar conclusions. A petroleum resources evaluation by Sproule-ERCE reached a similar conclusion, identifying the Jameson Land basin as one of the most significant undrilled oil provinces in the Arctic<\/a>.<\/p>\n Why Jameson Land Looks Familiar to Petroleum Geologists<\/p>\n One reason Jameson Land has drawn renewed interest is its geology.<\/p>\n Long before Greenland and northern Europe were separated by tectonic forces, they formed part of the same sedimentary basin along what geologists now call the Atlantic margin. When the continents pulled apart millions of years ago, the rock layers that once sat side by side were carried with them.<\/p>\n On the European side of that divide, those formations became some of the most prolific oil provinces on Earth. The North Sea fields of Norway and the UK have produced tens of billions of barrels of oil since the 1970s, forming the backbone of Europe\u2019s offshore energy industry.<\/p>\n Jameson Land forms the western edge of the same North Atlantic petroleum system that produced the giant oil fields of the North Sea. Studies<\/a> by the Geological Survey of Denmark and Greenland identify Permian-Triassic source rocks and reservoirs across the Jameson Land basin \u2014 the same formations responsible for many North Sea oil fields.<\/p>\n For geologists studying the basin today, the key elements of a large petroleum system are already in place.<\/p>\n The first company to seriously test that idea was Atlantic Richfield, and it left behind a goldmine of data that advanced technology is now reinterpreting in a promising way. Back in the 80s\u2019, when Atlantic Richfield launched its Jameson Land exploration campaign<\/a>, it was one of America\u2019s largest oil producers.\u00a0<\/p>\n Related: How China\u2019s Rare Earth Ban Backfired into a U.S. Tech Breakthroug<\/a>h<\/p>\n ARCO geologists mapped the basin and collected roughly 1,800 kilometers of seismic data, identifying structures capable of trapping large volumes of oil. Rock samples confirmed an active petroleum system.<\/p>\n But the timing was wrong. Oil prices collapsed<\/a> in the late 1980s, and the cost of operating in one of the world\u2019s most remote Arctic regions proved too high. ARCO surrendered the licenses in the early 1990s, leaving behind a massive seismic dataset. The Wildcatter Behind the Arctic Bet<\/p>\n Leading the effort is veteran oilman Robert Price<\/a>, a Texas wildcatter who has spent more than four decades drilling frontier wells across the United States.<\/p>\n Over the course of his career, Price has helped discover millions of barrels of oil in basins ranging from Oklahoma and Kansas to North Dakota and Montana. Greenland, however, represents a far larger prize..<\/p>\n \u201cI have drilled for and found millions of barrels of oil over my career,\u201d Price said in an interview. \u201cI have never drilled for billions.\u201d<\/p>\n Price founded March GL after reviewing historic exploration data from the Jameson Land basin and concluding the opportunity had never been fully tested. Through the merger with Pelican Acquisition Corporation and Greenland Exploration Ltd., that effort is now forming Greenland Energy \u2014 the company preparing to drill the first modern exploration wells<\/a> in the basin in decades.<\/p>\n The First Wells Planned for 2026<\/p>\n Greenland Energy now plans to drill the wells that could finally answer the question geologists have debated for decades.<\/p>\n The company\u2019s initial campaign will focus on two exploration wells in the Jameson Land basin, targeting large structures first identified in the seismic data collected by Atlantic Richfield and recently reprocessed using modern imaging technology.<\/p>\n Related: Why Trump Wants Magnets More Than Gold<\/a><\/p>\n According to company disclosures, the first well is expected to cost roughly $40 million to drill, with a second follow-up well estimated at about $20 million. The campaign is designed to test whether the basin\u2019s geological model holds up once the drill bit reaches the reservoir.<\/p>\n If successful, the results could confirm the presence of a petroleum system capable of supporting a major new Arctic oil province.<\/p>\n Why Greenland Is Back at the Center of Global Strategy<\/p>\n Greenland is no longer an obscure Arctic outpost.<\/p>\n In recent years the island has become one of the most contested strategic locations<\/a> in the northern hemisphere. President Donald Trump has repeatedly argued that the United States needs Greenland for national security<\/a>, pointing to the island\u2019s position between North America, Europe, and the Arctic Ocean.\u00a0\u00a0<\/p>\n From a military perspective, Greenland anchors the western edge of the Greenland-Iceland-UK gap \u2014 a critical corridor used to monitor Russian naval activity entering the North Atlantic.\u00a0\u00a0<\/p>\n But security is only part of the equation.<\/p>\n
The company is being created through a merger between Texas-based explorer March GL, Greenland Exploration Ltd., and Pelican Acquisition Corporation, a Nasdaq-listed special purpose acquisition company.\u00a0 Currently trading as PELI<\/a>.\u00a0 The transaction is expected to close on March 17th and\u00a0 the combined entity will operate as Greenland Energy Company<\/a> and is expected to trade on Nasdaq under the new ticker GLND.<\/p>\n
Decades later, at the height of a struggle over access<\/a> to this strategic staging ground, Greenland Energy\u2019s exploration team has returned to the basin and reprocessed those seismic records using modern subsurface imaging technology \u2014 the same advanced technology that has helped unlock major discoveries in frontier basins around the world.<\/p>\n