What Frontier’s $915 Million Commitment to Carbon Removal Means to Direct Air Capture
19 June 2026
The announcement that Frontier has added $915 million in new commitments for carbon dioxide removal (CDR) is a sign that large technology buyers are starting to treat carbon removal as future infrastructure, not just a voluntary credit purchase.
Frontier, backed by buyers including Stripe, Google, Shopify, Salesforce, H&M Group, and most recently, Anthropic, has now increased its total commitment to $1.8 billion. The new funding will be used through what Frontier calls a Growth Advanced Market Commitment, with a focus on longer-term offtake agreements with selected carbon removal companies.
For Direct Air Capture, this is a positive move as the sector needs advancement in the technology and dependable CO2 offtake demand.
Why AI and Tech Companies Are Becoming Major Buyers of Carbon Removal
The growth of artificial intelligence is increasing demand for data centres, electricity, cooling, grid connections and clean power procurement. Large technology firms are already major buyers of renewable energy, but renewable electricity alone does not remove all climate pressure from fast-growing digital infrastructure.
A data centre company can sign power purchase agreements, improve server efficiency, invest in grid upgrades and buy 24/7 carbon-free energy. However, these measures reduce the emissions linked to electricity use but they do not remove all residual emissions across construction, supply chains, backup power, business travel, hardware manufacture and other hard-to-abate activities. (See: Sustainable Data Centres with Direct Air Capture)
This is where carbon removal enters the climate strategy.
Corporate climate targets are moving away from broad offset claims and towards measurable reductions, clear reporting and neutralisation of residual emissions. For companies with net-zero targets, the logic is simple: reduce emissions first and then use high-integrity removals for what cannot yet be eliminated.
AI companies are now exposed to this issue more directly than most. Their growth depends on physical infrastructure and that infrastructure has material, energy and supply chain emissions. As AI demand grows, buyers such as Google and Anthropic have a stronger reason to support carbon removal methods that can be measured, verified and provide storage for CO2 for long periods.
Why Direct Air Capture Is Relevant
Direct Air Capture removes CO₂ directly from ambient air (How does Direct Air Capture Work?). The captured CO₂ can then be stored underground or used in other products and processes.
For corporate buyers, DAC has several features that make it attractive:
- DAC is measurable at the plant level.
- DAC can be linked to durable geological storage.
- DAC is not dependent on avoided-emissions claims.
- DAC can also be located based on access to waste heat (e.g. from data centres) clean energy, CO₂ storage and industrial infrastructure.
Frontier’s new commitment is important as DAC companies cannot move from pilots to industrial deployment on one-off purchases alone. They need multi-year revenue certainty to raise capital, build supply chains, secure equipment and justify larger projects.
How an Advanced Market Commitment Helps CDR
An advanced market commitment is a demand signal. Buyers commit in advance to purchase a product or service if suppliers can meet agreed standards. This model has worked before, for example, it was used in global health to support vaccine development, and Frontier has applied the same idea to permanent carbon removal.
In carbon removal, this structure reduces one of the main risks facing early suppliers: uncertainty over whether buyers will exist when projects are ready to deliver.
Without early demand, developers face a difficult cycle. They need deployment to reduce costs, but they need revenue certainty to finance deployment. Buyers want lower prices and proven delivery but prices usually fall only after projects are built and operated.
An advanced market commitment helps break that cycle. It tells suppliers, investors and project partners that there will be a market for verified tonnes if the technology performs.
The Importance of Long-Term Offtake Agreements to DAC Development
The next phase of carbon removal will not be built through small pilot grants alone but it will require commercial projects with long operating lives. This is especially true for DAC, where capital expenditure, energy supply, storage access and equipment manufacture all need planning.
An offtake agreement gives a project developer a contracted buyer for future tonnes of CO₂ removal. This can help a project reach final investment decision because lenders and investors can see a future revenue stream.
For DAC, longer contracts can support:
- Larger plant design and procurement
- Financing for equipment and construction
- Clean energy sourcing
- CO₂ transport and storage planning
- Monitoring, reporting and verification systems
- Supplier confidence across the value chain
Frontier’s new funding is expected to target longer and larger agreements with a narrower group of high-potential companies. This marks a shift from early discovery towards industrial scale-up.
From Corporate Carbon Credit Buyers to Climate Infrastructure
The first stage of carbon removal was about proving that different methods could work. The next stage is about proving that they can be financed, permitted, built and operated at scale.
That means carbon removal now needs to be treated as infrastructure. They are moving beyond the laboratory and demonstration units to be large physical projects with engineering, planning and regulatory needs.
Corporate demand can start the market, but it cannot carry the full burden alone. Frontier has made this point clearly: governments will need to help create long-term demand through compliance markets, direct procurement, tax support and regulation.
This is where public policy becomes central. Governments can reduce risk by setting standards for what counts as durable carbon removal and they can support early projects through contracts, tax credits or public procurement. Furthermore, they can create carbon market rules that reward verified removals rather than weak offset claims. They can also align infrastructure planning with CO₂ storage, clean power and industrial development.
What Comes Next for Direct Air Capture
The $915 million Frontier commitment is not a final answer for carbon removal, rather, it is a bridge.
It gives selected companies a clearer route from pilot projects to commercial deployment and it gives buyers a way to share diligence and reduce procurement risk. Moreover, it gives governments evidence that private buyers are willing to pay for high-quality removals, provided the standards are credible.
For Direct Air Capture, the way forward is clear. The sector must now prove that it can deliver measurable, durable CO₂ removal while reducing cost and building responsibly. Buyers such as Google and Anthropic can help create the early demand needed to move projects forward, but long-term scale will require policy support.