Facing the explosive energy demand driven by AI, traditional oil giant Exxon Mobil is planning to apply its core "carbon capture technology" to an unexpected new field—providing low-carbon power solutions for AI data centers to achieve large-scale emission reductions.

During the company's earnings call last Friday, Exxon Mobil CEO Darren Woods revealed that the company is engaged in "fairly advanced discussions" with multiple power suppliers and tech firms. The goal is to deploy carbon capture technology to reduce emissions from AI data centers reliant on natural gas-powered electricity.

Woods explicitly stated that the company aims to capture 90% of CO₂ emissions from natural gas power plants supplying data centers. He confidently emphasized that for "hyperscale" tech companies seeking low-emission facilities, Exxon Mobil's solution may be "the only realistic option" in the short to medium term.

This move comes at a critical juncture. Over the past two years, the market has seen a clear divergence: utility stocks tied to AI computing power demand—such as electricity, natural gas, and nuclear energy—have surged, while traditional oil exploration and refining stocks linked to oil prices have underperformed. Exxon Mobil's new strategy could forge a fresh connection between traditional energy stocks and high-growth tech themes.

**AI's Surging Energy Demand, Natural Gas Emerges as an Alternative** The rapid growth of AI has created massive energy needs, particularly for reliable, 24/7 power.

Previously, the tech industry primarily relied on procuring renewable energy to offset data center emissions. However, to ensure power supply stability, companies are now turning to nuclear and natural gas. The reliability of natural gas makes it a viable backup or primary solution for meeting the substantial and steady power demands of data centers.

For instance, Meta has signed an agreement with Louisiana utility Entergy to power a data center campus using natural gas. This trend highlights that despite tech firms' emission reduction goals, the practical need for reliable electricity is creating new applications for traditional energy sources like natural gas.

**Exxon Mobil's Emission Reduction Plan** Seizing this opportunity, Exxon Mobil's proposed solution is not an energy transition but a technological overlay. The company plans to apply its expertise in carbon capture, transport, and storage (CCS) to address emissions from natural gas power generation.

"We've identified locations, have existing infrastructure, and unquestionably possess the technical expertise in capturing, transporting, and storing CO₂," Woods said during the call. He noted that the company is in talks with power firms to help them decarbonize their plants.

Exxon Mobil's target of capturing up to 90% of CO₂ emissions is highly appealing to tech companies and power suppliers dependent on natural gas but facing emission reduction pressures. Woods' remarks suggest that negotiations have reached an advanced stage.

**A New Growth Path for Traditional Energy Giants** Exxon Mobil's strategy is seen as a shrewd pivot to directly align its business with the hottest market theme—AI. By providing emission reduction services for AI's "picks and shovels"—energy infrastructure—the oil giant is carving out a new growth avenue.

In recent years, traditional energy firms like Exxon Mobil faced significant pressure amid the ESG (Environmental, Social, and Governance) wave. Now, by positioning carbon capture as a critical enabler for AI development, the company can not only improve its environmental image but also tap into the massive capital expenditures of the AI sector.

As Woods stated, Exxon Mobil may be the only company capable of delivering such services at scale in the near term. If successful, this strategy could not only generate new revenue streams but also reshape investor perceptions of traditional energy firms' role in the future energy landscape.