What 14 New Climeworks Deals Reveal About the Next Phase of Carbon Removal Demand

Why a 450,000-Tonne Booking Matters More Than a Single Headline Contract

Fourteen new deals matter because they show a shift from one-off buying to portfolio offtake. A 450,000-tonne booking is not just a large number. It is a signal that carbon removal demand is becoming more programmatic, more multi-year, and more tied to procurement planning.

That matters for buyers because the value is no longer only the nominal tonnage. The real value is future supply certainty. In durable CDR booking, especially for DAC offtake, companies are paying to secure delivery years ahead, not just to buy credits in the spot market. That changes how corporate net-zero procurement is budgeted, approved, and managed.

The scale also matters because the market is still small relative to the need. WRI estimates that global durable CDR removals today are a little over 1 Mt per year. Against that backdrop, a single 450,000-tonne portfolio is material. It is a meaningful share of the demand that can actually be contracted today.

For enterprise buyers, this kind of booking can be used to cover residual Scope 1 and Scope 2 emissions, hard-to-abate emissions, and future voluntary or compliance-adjacent claims. The practical move is often to structure annual tranches rather than buy everything at once. That gives buyers more control over timing, budget allocation, and delivery risk.

The bigger question is what this says about confidence in permanent removal. If the volume matters more than the headline contract, then the real story is buyer belief in durable carbon removal and in the ability of suppliers to deliver at scale later.

What This Deal Batch Suggests About Buyer Confidence in Durable Carbon Removal

A batch of 14 deals suggests diversification, not concentration. Buyers appear to be spreading exposure across technology, delivery timing, and vendor risk instead of relying on a single flagship contract. That is a sign of a more mature procurement mindset.

This also fits the broader market shift toward more sophisticated carbon removal procurement. Buyers are no longer just testing the category. They are building a risk-managed portfolio. For durable CDR, that usually means balancing permanence, delivery certainty, and claims defensibility.

Pricing signals support that view. According to The State of Carbon Dioxide Removal, the average contract price for DACCS rose from 315 USD/t in 2024 to 593 USD/t in 2025. That is a strong signal that willingness to pay for premium durable removals remains high.

Quality is clearly driving that willingness to pay. Enterprise buyers want high-integrity removals, robust MRV, geological storage, and third-party verification. Those features make the claim easier to defend and reduce reputational risk.

The buyer base is also broadening. Corporate buyers across finance, software, industrials, and consumer brands are using multi-year carbon removal agreements to support net-zero roadmaps and ESG procurement. These deals are often long dated, sometimes around 10 to 12 years, and can scale over time.

The next question is how buyers are purchasing. The market is moving from pilot orders to multi-contract procurement, and that changes the whole structure of demand.

How the Market Is Shifting From Pilot Purchases to Multi-Contract Procurement

The market is moving from pilot purchase behavior to portfolio sourcing. That means buyers are stacking contracts across different removal types instead of treating carbon removal as a single test buy.

This is where multi-contract procurement becomes important. A CDR portfolio strategy can combine DACCS, BECCS, enhanced weathering, and other durable carbon removal sourcing options to manage cost, risk, and delivery. Supplier diversification matters because buyers do not want to depend on one technology or one delivery pathway.

Climeworks’ own move into portfolio offerings is a useful market signal. It suggests that buyers want more flexible structures for volume, timing, and alignment with corporate targets. The market is asking for more than a single product.

For procurement teams, phased procurement is becoming the default logic. A buyer may start with a pilot contract for a few thousand tonnes, then add a second offtake for ramp-up years, then a third to cover reporting needs or claims. That is a practical way to build a durable carbon removal book over time.

This evolution raises the central economic question. Why does DAC still command a premium when it is expensive compared with other removal types?

Why Direct Air Capture Still Commands Premium Demand Despite High Costs

DAC commands premium demand because it offers permanence, measurability, and location flexibility. The CO₂ is captured directly from the air and then stored geologically, which makes the removal claim easier to defend than in many more heterogeneous pathways.

The cost side is still a challenge. The IEA notes that current DAC and DACCS costs remain high, even as public support and industrial scaling aim to bring them down over time. That creates a market where buyers pay for quality rather than commodity pricing.

The pricing data fits that picture. In 2025, the average DACCS contract price reported in The State of Carbon Dioxide Removal was 593 USD/t. That is far above more mature removal categories and points to quality-forward procurement.

For companies with net-zero targets, DAC can work as an anchor instrument. It can cover the hardest residual emissions while other, lower-cost removals cover part of the portfolio. That is a blended CDR procurement approach, and it is becoming more common.

If buyers keep accepting the premium, then the real challenge shifts away from demand. The bigger issue becomes supply, future capacity, and whether the market can scale in a bankable way.

What This Means for Supply, Scale-Up, and the Race to Secure Future Removal Capacity

Supply is now the bottleneck. Climeworks says it has 30+ operational projects under development and test facilities combined, and that its third-generation technology has been under large-scale validation since 2024. That suggests an industrial pipeline exists, but it still needs to become megaton-scale delivery.

Market data points in the same direction. ClimeFi reports that durable CDR commitments reached 29.2 MtCO₂ in Q2 2025, with $3.9B in buyer spending. Even with that growth, quality supply remains tight.

Long offtake contracts are important because they help finance final investment decisions, project finance, and supply-chain buildout. For developers, the ability to sign capacity today for future delivery can reduce non-delivery risk and make projects more bankable.

That also creates a competitive race. Buyers, aggregators, and intermediaries that secure capacity now may get priority on scarce supply before prices rise further. In a market like this, timing matters as much as price.

The main takeaway from the 14 deals is not the number itself. It is that the market is entering a phase of capacity pre-booking, where demand, finance, and industrial scaling are starting to line up.