Aircapture has secured $50 million in Series A funding to grow its modular Direct Air Capture (DAC) systems. These systems remove carbon dioxide (CO₂) from the air and can be installed at factories, plants, and other high-emission sites. This funding will help scale production, improve technology, and meet rising demand from industries wanting to reduce emissions.
This funding round shows increasing confidence in DAC solutions. As climate rules tighten, industries feel pressure to decarbonize quickly. With this investment, Aircapture aims to speed up its role in the carbon capture race.
How Aircapture’s DAC Tech Works
Aircapture’s modular DAC units are compact and flexible. Each unit captures CO₂ each year. Their plug-and-play design allows for quick deployment and scaling based on emission levels.
This setup is ideal for industrial players needing cost-effective, fast carbon solutions. The ability to scale helps companies meet climate goals and adapt to new environmental regulations.
Matt Atwood, founder and CEO of Aircapture, said,
“This investment allows us to meet a critical, underserved need in the $70 billion, opens new tab industrial CO₂ market while decreasing the deployment and operational cost of large-scale carbon removal. Our model delivers high-purity atmospheric CO₂ directly at the point of use, creating immediate economic value and significantly reducing the footprint of traditional CO₂ supply chains. With this funding, we’re expanding our technology deployment, accelerating project financing and manufacturing, and continuing to reduce the cost of direct air capture—making large-scale carbon removal a global reality.”
Where the $50M Funding Will Go
The Series A funds will mainly support faster production and scaling of DAC modules. As more companies look for ways to cut emissions, Aircapture wants to meet that demand.
A large portion of the funding will also go toward refining technology, expanding manufacturing, and possibly developing CO₂ reuse applications. With governments launching net-zero plans and industries pledging carbon neutrality, DAC firms like Aircapture are seeing strong investor interest.
One lead investor remarked that the carbon capture sector is at a turning point. Modular DAC is now viewed as a practical, near-term climate solution.
Environmental Impact of Aircapture’s Modular DAC Systems
Aircapture’s systems pull CO₂ from ambient air and can be deployed on-site. This is important because many traditional systems need to transport CO₂ over long distances, increasing costs and emissions. Aircapture captures CO₂ right where emissions occur.
The captured carbon is not just stored—it can be reused. CO₂ can be repurposed in beverages, packaging, construction materials, or synthetic fuels. By turning carbon waste into valuable products, Aircapture reduces emissions and creates marketable value.
This closed-loop model fits well into the circular carbon economy, offering both environmental and economic benefits.
Carbon Markets Are Heating Up
Aircapture’s expansion comes at a time of rapid growth in carbon markets. Experts predict the global carbon market will reach $100 billion by 2030. The voluntary carbon market (VCM) alone is expected to grow from $2 billion to $10 billion in that time.
Corporations are increasingly paying for verified carbon removals, especially as consumers demand climate accountability. Many buyers are willing to pay up to $200 per tonne for permanent CO₂ removal. This makes Aircapture’s system an attractive option for businesses focused on high-quality offsets.
According to the IEA, the world needs to capture 6 billion tons of CO₂ annually by 2050 to meet climate targets. This goal is steep, but modular DAC systems like Aircapture’s can help bridge the gap with immediate and scalable solutions.
Sectors That Stand to Gain the Most
Industries with high CO₂ needs, like food and beverage, packaging, and manufacturing, can benefit from Aircapture’s DAC units. These sectors often depend on fossil-based or ethanol-derived CO₂, which poses environmental and supply chain risks.
Switching to captured CO₂ offers a cleaner, more secure option. It helps these companies meet their net-zero commitments. As energy prices rise and ESG expectations grow, using sustainable CO₂ becomes a competitive edge.
Aircapture’s units can be installed at production sites, reducing emissions and reliance on long-haul CO₂ delivery. This is a major win for both the climate and costs.
The Economics of Carbon Capture
According to the World Resources Institute, current Direct Air Capture (DAC) costs range between $250 and $600 per tonne, depending on factors like the technology used, the energy source, and the scale of deployment.
However, with supportive policies and faster market adoption, these costs could drop significantly, potentially reaching $150 to $200 per tonne within the next 5 to 10 years.
The U.S. Inflation Reduction Act (IRA) and the Infrastructure Investment and Jobs Act (IIJA) are investing billions in carbon capture technologies. These policies provide tax credits and funding for projects focused on long-term CO₂ removal and job creation.
What’s Next for Aircapture?
With new funding, Aircapture plans a global rollout. The company will first target industrial locations with large emissions, where technology can make the biggest impact.
The team is also investigating novel ways to use captured CO₂.
For example, turning it into e-fuels, green construction materials, or low-carbon chemicals could create significant new revenue streams while enhancing climate benefits.
The next 5–10 years are critical. As countries increase climate action and industries seek effective decarbonization tools, Aircapture aims to lead the way. Its modular, ready-to-deploy DAC systems offer a unique path forward in a rapidly evolving carbon economy.
