Cracking the Bakken: The New Federal Push Into Tight Rock

The Department of Energy launches a $157 million AI and carbon injection initiative to unlock billions of barrels of trapped North Dakota oil 

19 May 2026

The Department of Energy is placing a $36 million bet on the future of domestic drilling. Teaming up with the University of North Dakota, federal officials recently launched a massive campaign to push carbon dioxide injection directly into the core of the Bakken shale. Total funding for the effort, dubbed Crack the Code 2.0, clears $145 million when factoring in state and private backers.

Getting oil out of ultra-tight rock remains a notoriously difficult engineering problem. Traditional extraction methods leave roughly 90 percent of the oil trapped in place. While carbon flooding has successfully revived traditional reservoirs for decades, the technique has never scaled in unconventional shale. The rock is simply too tight, and the fracture networks are too chaotic.

To solve this, researchers are setting up six distinct field pilots to test various injection pressures and patterns. Instead of evaluating the sites in isolation, an integrated artificial intelligence framework will analyze the incoming data streams simultaneously. The goal is to discover hidden patterns that a human engineer might miss, generating a standardized playbook for commercial operators.

Meanwhile, the strategy also relies on a clever bit of regional teamwork. The carbon used to squeeze more life from the oilfields will be captured directly from North Dakota coal-fired power plants. This setup turns an environmental liability into a valuable industrial tool.

According to Energy Assistant Secretary Kyle Haustveit, the Bakken holds the keys to long term American energy security. If these pilots succeed, they could unlock billions of barrels of previously unreachable fuel. Shale drillers and investors nationwide are watching closely to see if the code finally breaks.