DAC Partnerships, Hyundai & Corning’s Air Capture Deal, $50 M Raise, and $1 B DOE Hubs (2021 to 2026)

DAC Commercial Projects Signal Shift From R&D to Manufacturing Scale

The Direct Air Capture (DAC) market has shifted from early-stage, grant-funded research and development toward integrated, manufacturing-led commercialization, a change validated by the strategic alliance between Hyundai, Corning, and Air Capture. This move from science projects to bankable infrastructure is driven by a need to de-risk technology scale-up and secure pathways for mass production to meet aggressive cost-reduction targets.

• Between 2021 and 2024, the partnership’s foundation was set with early-stage public funding, including a $12 million Department of Energy (DOE) initiative to support novel DAC technologies. The focus was on foundational R&D, with Air Capture developing its modular system, Corning working on advanced ceramic substrates, and Hyundai exploring climate technologies.
• From 2025 to 2026, the strategy matured into a full commercialization push. Air Capture secured $50 million in a Series A round in June 2025 to deploy its modular systems at industrial sites. This was followed by a formal partnership with Corning in March 2026 to scale the production of its advanced substrates, directly targeting cost and efficiency bottlenecks.
• This new consortium model, which combines a technology startup, a materials science leader, and a global manufacturing giant, directly challenges the established approach of vertically integrated players like Climeworks and Occidental. The objective is to leverage mass manufacturing principles to drive down the cost of DAC from its current range of $400-$1, 000 per ton toward the industry’s $100 per ton target.

$1 B in DOE Funding, Air Capture’s $50 M Series A, and Policy Risks

Capital deployment in the DAC sector has accelerated, moving from small R&D grants to significant private funding rounds and billion-dollar federal programs, yet this growth is exposed to significant policy risk. While private capital like Air Capture’s $50 million Series A validates the commercial potential of modular DAC, the market’s trajectory remains heavily dependent on sustained government support, which has shown signs of uncertainty.

• The primary catalyst for large-scale investment was the U.S. Inflation Reduction Act, which increased the 45 Q tax credit to $180 per ton for sequestered CO₂, and the Bipartisan Infrastructure Law, which allocated billions for programs like the Regional DAC Hubs. This created the financial foundation for major projects and attracted corporate partners.
• Air Capture’s $50 million funding round in June 2025 marks a critical private-sector validation of its decentralized, modular approach, providing capital to deploy systems in the beverage and concrete industries. This follows a period where market leader Climeworks raised $650 million in 2022 for its large, centralized plants.
• However, by early 2026, significant policy headwinds emerged. Reports indicated that two major DAC Hub projects, awarded over $1 billion in federal funding, were stalled due to ongoing audits and potential cancellations by the current administration. This introduces a major risk factor for projects dependent on DOE backing, including early-stage initiatives that have received similar federal support.

Table: Key DAC Investments and Funding Initiatives (2022-2026)

Cross-Industry Alliances, Hyundai and Corning’s Aircapture Consortium

Strategic partnerships are evolving from simple offtake agreements to deeply integrated, cross-sector collaborations designed to solve fundamental manufacturing and materials science challenges. The alliance between Air Capture, Hyundai, and Corning exemplifies this trend, creating a vertically integrated model that combines system innovation, advanced materials, and mass-production expertise to compete with established market leaders.

• The consortium’s structure is purpose-built for scale. The formal partnership in March 2026 between Corning and Air Capture focuses on leveraging Corning’s materials science to produce advanced substrates, directly addressing the core component cost and efficiency of the capture process.
• Hyundai’s role provides a critical pathway to mass manufacturing, a skill set lacking in many pure-play technology startups. This industrial expertise is essential for realizing the cost benefits of Air Capture’s modular design and could facilitate the use of captured CO₂ in applications like e-fuels, a path also being explored by companies like HIF Global.
• This integrated approach contrasts with earlier partnership models, which were primarily focused on securing customers. For example, market leaders rely on large offtake agreements, such as the multi-year deals Microsoft has signed with Climeworks, Heirloom, and Occidental, to de-risk individual large-scale projects.

Table: Strategic DAC Partnerships and Alliances

US Dominance in DAC Pipeline, Hyundai and Global Policy Influence

The United States has firmly established itself as the global center for DAC development, driven by a uniquely supportive policy environment that has attracted significant domestic and international investment. This concentration of activity in the U.S. highlights the critical role of government incentives in shaping the industry’s geography, with nearly all major projects and partnerships, including the Hyundai-Corning-Air Capture initiative, centered there.

• Data from 2025 shows the U.S. accounts for 8.71 million tonnes of announced DAC project capacity, vastly exceeding all other nations combined. This leadership is a direct result of federal policies like the 45 Q tax credit, which provides up to $180/ton for captured CO₂, and the DOE’s DAC Hubs program.
• In contrast, activity outside the U.S. remains limited to smaller-scale or early-stage projects. Climeworks operates its pioneering Orca and Mammoth plants in Iceland to leverage geothermal energy, while Canada and the UK have projects in development. In Europe, Denmark’s government has awarded contracts for point-source capture, such as the deal with Aalborg Portland, but has less momentum on DAC.
• The U.S. policy framework has also attracted foreign industrial players. Hyundai’s participation in the DOE-funded project is a clear signal that global corporations are prioritizing the U.S. market to develop and scale climate technologies, viewing it as the most viable environment for commercialization.

DAC Technology Transitions From Pilot to Megaton Scale

Direct Air Capture technology is at an inflection point, transitioning from small, operational pilots that proved technical feasibility to the development of megaton-scale projects and mass-manufactured systems designed for economic viability. The period from 2021 to 2024 was defined by first-of-a-kind plants, while the period from 2025 onward is characterized by a push for massive scale and cost reduction through divergent technological pathways.

• Between 2021 and 2024, the market was led by Climeworks’ Orca plant in Iceland, which came online capturing 4, 000 tons of CO₂ per year, and Carbon Engineering’s pilot plant in British Columbia. These facilities were critical for validating solid-sorbent and liquid-solvent technologies in real-world conditions.
• The post-2025 era is defined by a significant scaling ambition. Occidental’s Stratos project in Texas, which reached a final investment decision, aims to capture 500, 000 tons per year initially. Simultaneously, the Hyundai-Corning-Air Capture alliance is pursuing a different scaling model focused on mass-producing smaller, modular units.
• The key validation of maturity is the shift in revenue sources from government grants and the premium-priced voluntary market to large, multi-year corporate offtake agreements. Deals like Amazon’s 10-year agreement with 1 Point Five provide the long-term revenue certainty needed to secure project financing for capital-intensive infrastructure.

DAC SWOT Analysis, Hyundai Partnership and Market Risks

The Direct Air Capture sector is positioned for rapid growth, underpinned by strong policy support and growing corporate demand, yet it faces considerable execution risks related to cost, scalability, and policy stability. The strategic alliance involving Hyundai, Corning, and Air Capture is a direct response to these challenges, leveraging industrial-scale manufacturing and materials innovation as its core strengths.

• Strengths: The primary strength is the powerful financial incentive stack in the U.S., including the $180/ton 45 Q tax credit and billions in DOE funding, which creates a bankable foundation for projects. This is coupled with rising demand from corporations seeking high-quality carbon removals to meet net-zero targets.
• Weaknesses: Prohibitively high costs, currently ranging from $400 to over $1, 000 per ton, remain the single largest barrier to widespread adoption. The technology is also highly energy-intensive, with systems requiring 1, 500 to 2, 000 k Wh per ton of CO₂ captured, creating a dependency on abundant, low-cost clean energy.
• Opportunities: The collaboration between Hyundai, Corning, and Air Capture highlights the opportunity to drive down costs through modularity and mass manufacturing, a model distinct from the large-scale, bespoke engineering of competitors. Innovations in sorbents and substrates are projected to help lower costs to $300–$500/t CO₂ by 2030.
• Threats: The industry faces significant policy risk, as demonstrated by the potential cancellation of over $1 billion in DOE DAC Hub funding in 2026. A change in administration or policy priorities could undermine the financial viability of many projects currently in development.

Atmospheric CO2 Levels Show Unabated Rise

The chart directly visualizes the primary external driver for the Direct Air Capture industry, which is the core of the ‘Opportunity’ and ‘Threat’ components in a SWOT analysis. It establishes the fundamental problem—and thus, the market need—that DAC technology aims to solve, making it a foundational element for a strategic assessment of the sector’s risks and potential.

(Source: DieselNet)

Scenario Modelling: Hyundai’s Manufacturing Model vs. Centralized Hubs

The most critical strategic question for the DAC market in the coming years is which scaling model will prove most effective at driving down costs: the centralized, megaton-scale hub approach of Occidental or the decentralized, mass-manufactured modular strategy of the Hyundai-Corning-Air Capture consortium. If the modular approach demonstrates a steeper cost-reduction curve, expect a rapid pivot in investment and partnership strategies across the industry.

• If this happens: If the Air Capture consortium successfully leverages Hyundai’s manufacturing prowess and Corning’s material innovations to achieve significant cost reductions in its deployed units by 2026 or 2027, it will validate the modular pathway.
• Watch this: Monitor the all-in cost per ton and energy consumption data from Air Capture’s initial commercial deployments in the beverage and concrete industries. Compare these metrics against the projected economics of large-scale plants like Stratos and Mammoth. A key signal will be whether the consortium can secure large-volume offtake agreements that are competitive with those signed by Climeworks and Occidental.
• This could be happening: A successful demonstration could trigger a bifurcation of the DAC market. Centralized hubs will continue to focus on pure sequestration financed by carbon markets and 45 Q credits. In parallel, a new market for smaller, co-located modular systems will grow, targeting industrial clients who can utilize waste heat and captured CO₂ on-site, creating a more diversified and resilient industry structure.

The questions your competitors are already asking

This report covers one angle of the new consortium model for scaling Direct Air Capture technology. The questions that matter most depend on your work.

• Which companies are gaining or losing ground in the DAC market as it shifts from vertical integration to manufacturing-led consortiums?
• Hyundai, Corning, and AirCapture activities. Is the partnership progressing from DOE-funded R&D to commercial deployment?
• AirCapture investments and funding. Is its scale-up on track to meet aggressive cost-reduction targets?
• How does AirCapture’s modular DAC system compare to established players like Climeworks for mass production and deployment?

This report does not answer these. Enki Brief Pro does.

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