How carbon removal tech is adapting to Trump's energy agenda

The carbon removal technology sector, once heavily reliant on federal climate incentives and environmental regulations, is undergoing a significant strategic realignment in response to the Trump administration's energy agenda. Industry leaders are recalibrating their business models, targeting new markets, and emphasizing economic benefits beyond carbon reduction to maintain viability in a policy environment that appears less favorable to climate-focused technologies.

Carbon removal technologies, which include direct air capture (DAC), enhanced mineralization, bioenergy with carbon capture and storage (BECCS), and other approaches designed to extract CO2 from the atmosphere, have seen substantial investment growth over the past five years. Global investment reached approximately $1.2 billion in 2023, a 45% increase from 2022, according to the Carbon Removal Leadership Forum. However, this growth has been heavily dependent on supportive federal policies, including tax credits established under the Inflation Reduction Act that offered up to $180 per ton of captured CO2.

With the Trump administration signaling a rollback of climate regulations and a renewed emphasis on fossil fuel production, these policy foundations are shifting. The administration has already moved to rescind several executive orders related to climate action and has indicated potential changes to the implementation of the 45Q tax credit for carbon capture and storage.

"We're seeing a fundamental recalibration of the carbon removal market," said Sarah Chen, CEO of Atmosphere Carbon, a direct air capture startup that recently secured $85 million in Series B funding. "The companies that will thrive in this new environment are those that can demonstrate clear economic value beyond carbon credits, whether through product outputs or industrial applications."

One key adaptation strategy involves diversifying revenue streams. Companies like Climeworks, which operates direct air capture facilities in Iceland and Norway, are expanding their focus on selling captured CO2 for commercial applications rather than solely relying on carbon offset markets. Their CO2 is used in beverage carbonation, greenhouse enrichment, and synthetic fuel production, creating more stable revenue streams independent of fluctuating carbon credit prices.

"The economics of carbon removal have always been challenging, but policy uncertainty makes diversification essential," noted Michael Greenstone, an economist at the University of Chicago and former chief economist for the Obama administration's Council of Economic Advisers. "Companies that can identify markets where CO2 has inherent value will be more resilient to policy changes."

Market data supports this shift. A recent report from BloombergNEF indicates that revenue from carbon utilization applications grew by 67% in 2023, outpacing growth in traditional carbon credit sales. The report projects that by 2028, utilization applications could account for 40% of carbon removal revenue, up from approximately 15% in 2023.

Strategic partnerships are another critical adaptation mechanism. Carbon removal companies are forming alliances with industrial emitters who can utilize captured CO2 or benefit from on-site carbon capture solutions. For example, Oxy Low Carbon Ventures, the investment arm of Occidental Petroleum, has partnered with several direct air capture companies to develop integrated systems that capture CO2 from both the atmosphere and industrial point sources.

"We're seeing increased interest from industrial companies that view carbon removal as both an environmental solution and a potential cost-saving measure," explained Jennifer Wilcox, former Assistant Secretary for Fossil Energy and Carbon Management at the Department of Energy and now a professor at Boston University. "When companies can capture CO2 and use it in their own processes or sell it as a feedstock, the business case becomes much stronger without relying solely on government incentives."

Financial markets are also responding to these strategic shifts. Venture capital funding for carbon removal companies with clear utilization pathways raised 2.3 times more per deal than those focused exclusively on carbon credits in the first quarter of 2024, according to PitchBook data. This suggests that investors are increasingly favoring business models with multiple revenue streams and reduced policy dependency.

International markets present another avenue for adaptation. While U.S. policy uncertainty creates challenges, other regions are implementing supportive frameworks. The European Union's Carbon Border Adjustment Mechanism and Canada's carbon pricing system continue to create demand for carbon removal technologies. Companies like Carbon Engineering are expanding their international operations, establishing partnerships in the Middle East and Asia where carbon removal aligns with both climate goals and economic development objectives.

Technology innovation is accelerating as companies seek to reduce costs and improve efficiency. Direct air capture costs, which currently range from $250 to $600 per ton of CO2, are projected to decrease by 50-70% over the next decade through technological advancements, according to the International Energy Agency. Companies are developing new sorbent materials, more efficient energy systems, and modular designs that can be deployed at various scales.

"The technology is advancing faster than many predicted," said Jennifer Wilcox. "As costs continue to decline, carbon removal becomes increasingly viable even without substantial policy support, particularly for applications where the captured carbon has intrinsic value."

The regulatory environment remains a wildcard. While the Trump administration has signaled reduced support for climate technologies, some states and private sector initiatives are stepping in to fill the gap. The U.S. Climate Alliance, a coalition of 24 states committed to climate action, continues to implement carbon reduction policies. Meanwhile, corporate buyers are increasingly seeking carbon removal solutions to meet their own sustainability commitments, creating a growing voluntary market.

"The private sector is becoming an increasingly important driver of carbon removal adoption," said Nate Fortune, head of carbon removal at Microsoft. "Even as federal policy evolves, companies with ambitious climate targets are continuing to invest in carbon removal to offset emissions that are difficult to eliminate through other means."

As the carbon removal industry navigates this period of policy uncertainty, the companies that demonstrate adaptability, technological innovation, and diversified business models appear best positioned for long-term success. The transition away from heavy reliance on federal incentives may ultimately result in a more robust and commercially viable industry, even if the near-term path is challenging.

"The carbon removal sector is entering a phase of market-driven growth rather than policy-driven growth," concluded Sarah Chen of Atmosphere Carbon. "This shift will separate the technologies with genuine commercial potential from those that were primarily dependent on government support, ultimately leading to a stronger, more sustainable industry."