What’s funding like in the CCUS market right now?

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Summary
CCUS funding is weaker right now. Far fewer companies are raising, total recorded capital has fallen sharply, and the market has lost the large growth rounds that used to sit at the top of the financing stack.
The headline 86.5% decline in recorded capital is too dramatic if read literally. The previous period was inflated by several exceptional transactions, especially BKV dCarbon Project's up-to-$500 million commitment, but the slowdown remains substantial even after those deals are stripped out.
The cleanest deterioration is breadth. Eighteen companies raised in the latest 12 months versus 32 previously, and four aligned monthly periods produced no qualifying deal at all.
Typical successful rounds have actually held up. The median rose slightly from $5.4 million to $5.9 million, which means the problem is less about every round shrinking and more about many companies no longer getting funded in the first place.
The market has also lost its upper financing layer. There were no current rounds above $50 million, while the previous period contained five, including three of at least $100 million.
New-company entry has become especially scarce. First financings fell from 14 to three, while follow-ons now account for more than four-fifths of current deals, giving previously funded companies a much clearer advantage.
CO₂ utilization is the major exception to the broader slowdown. It expanded from five to 12 deals and now represents more than half of current recorded capital, helped by companies linking carbon conversion to fuels, chemicals, materials and identifiable industrial customers.
Direct air capture moved the other way. DAC fell from nine deals to one, while conventional carbon capture systems fell from 12 financings to two, so the contraction is not just a missing-megadeal story.
Investor participation has thinned as well. We identified 34 unique disclosed investor names in the current period versus 62 previously, even though investor disclosure was actually better in the latest dataset.
The companies still winning larger rounds tend to arrive with something concrete to build next: a demonstration plant, an industrial unit, a commercial deployment or a defined scale-up program. The current CCUS market still funds technical risk, but it is asking for a clearer route from technology to deployment.
Written by the New Market Pitch teamWe track new markets so founders and investors can move faster. About us

In our report covering the carbon capture market, you will always find fresh funding data, taken straight from our own verified funding database.
All funding deals in the CCUS market over the last 24 months
Below is the table listing all the deals. You can find our methodology at the end of this page.
If you want a deeper understanding of the market and its current dynamics, get our report covering the Carbon Capture Market.
| Company | Category | Date | Stage | Deal size | What they do | Region | Lead investors | Country |
|---|---|---|---|---|---|---|---|---|
| Mantel | Carbon Capture Systems | August 2026 | Series A | $18.3M | Develops molten-borate systems that capture CO₂ directly from high-temperature industrial flue gas in boilers, kilns and furnaces. | North America | Not disclosed | United States |
| HexSeed Technology Limited | CO2 Utilization Platforms | August 2026 | Seed | >$812K | Converts captured CO₂ into lab-grown industrial diamond coatings and advanced materials for power electronics. | Europe | Carbon13 | United Kingdom |
| Carbonology Co., Ltd. (上海碳生万物科技有限公司) | Direct Air Capture | June 2026 | Series A | ≈$18.5M | Develops integrated direct-air-capture systems that convert atmospheric CO₂ with green hydrogen into e-SAF and other carbon-based products. | Asia-Pacific | YRD Investments; Gaorong Ventures; BioTrack Capital | China |
| D-CRBN | CO2 Utilization Platforms | May 2026 | Series A | $20.4M | Builds electrified plasma reactors that convert captured industrial CO₂-rich gases into carbon monoxide and syngas for fuels, chemicals and materials. | Europe | Astaia | Belgium |
| CrewCarbon | CO2 Storage Services | May 2026 | Series A | $19M | Uses alkaline minerals in wastewater systems to improve treatment while permanently removing CO₂ as stable bicarbonate. | North America | Burnt Island Ventures | United States |
| Reduciner | CO2 Utilization Platforms | May 2026 | Seed | $4.2M | Converts captured industrial CO₂ into carbon monoxide and activated carbon using an electrified thermochemical process. | Europe | Voima Ventures; Lifeline Ventures | Finland |
| Inherit Carbon Solutions AS | CO2 Storage Services | April 2026 | Unknown | ≈$4.3M | Develops carbon-removal projects that capture biogenic CO₂ from biogas operations and arrange its transport and permanent geological storage. | Europe | Not disclosed | Norway |
| Carbonyx | CO2 Utilization Platforms | April 2026 | Seed | ≈$879K | Uses electrochemical processing to turn mineral-rich industrial waste and CO₂ into useful materials while permanently mineralizing the CO₂. | North America | WUTIF Capital | Canada |
| Sequestra | CO2 Utilization Platforms | March 2026 | Seed | $3.5M | Develops accelerated-carbonation systems that permanently bind CO₂ in industrial mineral residues and turn the carbonated material into usable construction inputs. | Europe | VSE Beteiligungs-GmbH | Austria |
| Rubi Laboratories | CO2 Utilization Platforms | March 2026 | Unknown | $7.5M | Uses a cell-free enzyme system to capture waste CO₂ and convert it into cellulose and other industrial materials. | North America | AP Ventures; FH One Investments | United States |
| Intrinsic Foundries | CO2 Utilization Platforms | February 2026 | Seed | $1.4M | Builds microbial biorefinery systems that capture industrial CO₂ and convert it into high-value biochemicals. | Asia-Pacific | Transition VC | India |
| Phathom Technologies | Carbon Capture Systems | February 2026 | Seed | $2.9M | Develops point-source carbon capture systems that convert captured biogenic CO₂ into dissolved bicarbonate for durable ocean storage. | North America | Propeller Ventures | Canada |
| Co-Reactive | CO2 Utilization Platforms | January 2026 | Seed | $7.8M | Mineralizes captured CO₂ with silicate minerals or metallurgical slags into CO₂-negative supplementary cementitious materials. | Europe | High-Tech Gründerfonds (HTGF) | Germany |
| Forge Minerals Ltd | CO2 Utilization Platforms | January 2026 | Seed | $1.4M | Converts waste CO₂ into stable, high-purity carbonate minerals such as magnesium carbonate for industrial use. | Europe | Sustainable Ventures; The Conduit Impact Fund | United Kingdom |
| LimeNet | CO2 Storage Services | December 2025 | Seed | $8.2M | Produces decarbonized lime used to remove atmospheric CO₂ through ocean alkalinity enhancement and store it as seawater bicarbonate. | Europe | CDP Venture Capital SGR; Fassa Bortolo | Italy |
| Carbonova Corp. | CO2 Utilization Platforms | December 2025 | Seed | $3.7M | Converts captured CO₂ and methane into carbon nanofibers for advanced-material applications. | North America | Not disclosed | Canada |
| OXCCU | CO2 Utilization Platforms | September 2025 | Series B | $28M | Develops catalysts and reactors that directly convert CO₂ and other waste-carbon gas streams with hydrogen into sustainable fuels and chemicals. | Europe | Not disclosed | United Kingdom |
| Enadyne | CO2 Utilization Platforms | September 2025 | Seed | ≈$8.2M | Develops modular non-thermal plasma-catalysis reactors that convert industrial CO₂ into chemicals such as methanol and ethylene. | Europe | Amadeus APEX Technology Fund; Energy Capital Ventures | Germany |
| Brineworks | Direct Air Capture | September 2025 | Seed | ≈$5.9M | Develops an electrochemical direct-air-capture system that captures CO₂ while co-producing hydrogen for e-fuels and other utilization pathways. | Europe | SeaX Ventures | Netherlands |
| DACLab | Direct Air Capture | September 2025 | Seed | $3M | Designs, licenses and manufactures modular low-temperature direct-air-capture systems for sequestration and CO₂-utilization projects. | North America | Peter Relan | United States |
| Carbon CryoCapture Co., Ltd. (株式会社カーボンクライオキャプチャー) | Carbon Capture Systems | September 2025 | Seed | ≈$404K | Designs and develops CO₂ capture plants using a proprietary rubber-based absorbent for separating CO₂ from concentrated industrial gas streams. | Asia-Pacific | Incubate Fund | Japan |
| Equatic | Carbon Capture Systems | August 2025 | Series A | $11.6M | Uses seawater electrolysis to remove atmospheric CO₂, permanently store it as bicarbonate/carbonate species, and co-produce hydrogen. | North America | Catalytic Capital for Climate and Health (C3H); Kibo Invest | United States |
| Peak Cluster Limited | CO2 Transport Infrastructure | July 2025 | Unknown | $81.2M | Develops a CO₂ transport pipeline connecting Peak District cement and lime capture sites to offshore storage in Morecambe Bay. | Europe | Not disclosed | United Kingdom |
| Climeworks | Direct Air Capture | July 2025 | Series D+ | $162M | Develops and operates direct air capture systems that remove atmospheric CO₂ for permanent storage and carbon-removal services. | Europe | BigPoint Holding; Partners Group | Switzerland |
| Aircapture | Direct Air Capture | June 2025 | Series A | $50M | Develops modular direct-air-capture systems that remove atmospheric CO₂ for on-site industrial use and permanent sequestration. | North America | Larsen Lam Climate Change Foundation | United States |
| BKV dCarbon Project, LLC | CO2 Storage Services | May 2025 | Unknown | $500M | Develops, constructs and operates U.S. CCUS projects that capture and permanently store industrial CO₂ in geological formations. | North America | Not disclosed | United States |
| RepAir Carbon | Carbon Capture Systems | April 2025 | Series A | $15M | Develops modular electrochemical systems that capture and concentrate CO₂ from dilute industrial emissions and ambient air. | Middle East | Taranis Carbon Ventures; Extantia Capital | Israel |
| novoMOF AG | Carbon Capture Systems | April 2025 | Unknown | $5.4M | Develops and manufactures metal-organic-framework sorbent materials for point-source CO₂ capture systems. | Europe | GTT Strategic Ventures | Switzerland |
| Skytree | Direct Air Capture | April 2025 | Series A | Not Disclosed | Builds modular direct-air-capture machines that capture atmospheric CO₂ onsite for utilization or permanent removal. | Europe | Division Q | Netherlands |
| ARK Capture Solutions | Carbon Capture Systems | March 2025 | Seed | >$2.4M | Develops modular hybrid equipment for capturing CO₂ from low-concentration industrial flue gases. | Europe | Aperam Ventures; Seeder Fund | Belgium |
| Homeostasis | CO2 Utilization Platforms | March 2025 | Seed | $600K | Converts CO₂ from atmospheric and industrial sources into high-purity synthetic graphite and other solid carbon materials. | North America | Not disclosed | United States |
| Carbon Reform | Carbon Capture Systems | March 2025 | Seed | $5.5M | Builds retrofit HVAC systems that capture and permanently mineralize CO₂ from building air while reducing ventilation energy requirements. | North America | Not disclosed | United States |
| Spiritus | Direct Air Capture | March 2025 | Series A | $30M | Develops passive-sorbent direct air capture systems with low-temperature CO₂ desorption and permanent sequestration. | North America | Aramco Ventures | United States |
| Mitico | Carbon Capture Systems | February 2025 | Seed | $4.3M | Develops modular granulated-metal-carbonate sorbent systems for capturing and purifying CO₂ from industrial post-combustion flue gases. | North America | Exergon | United States |
| ReCarber | CO2 Storage Services | February 2025 | Seed | ≈$5.5M | Develops, commercializes and finances BECCS projects that capture biogenic CO₂ and permanently store it underground. | Europe | Luminar Ventures; Spintop Ventures; Course Corrected | Sweden |
| 44.01 | CO2 Storage Services | February 2025 | Series A | $5M | Permanently stores captured CO₂ by injecting it into reactive rock formations and accelerating its mineralization into solid carbonate. | Europe | Not disclosed | United Kingdom |
| Sequestra | CO2 Utilization Platforms | February 2025 | Seed | ≈$1.1M | Develops carbonation technology that permanently binds CO₂ in industrial residues such as steel slag, incineration ash and concrete waste. | Europe | Not disclosed | Austria |
| Origen | Direct Air Capture | January 2025 | Series A | $13M | Develops limestone-based direct air capture systems that remove atmospheric CO₂ and enable its permanent geological storage. | Europe | Barclays Climate Ventures | United Kingdom |
| Terradot | CO2 Storage Services | December 2024 | Series A | $54M | Deploys enhanced rock weathering on agricultural land to remove atmospheric CO₂ and durably store it through mineral weathering products. | North America | John Doerr | United States |
| Heirloom | Direct Air Capture | December 2024 | Series B | $150M | Develops limestone-based direct air capture systems that extract atmospheric CO₂ for permanent storage. | North America | Future Positive; Lowercarbon Capital | United States |
| Everest Carbon | CO2 Storage Services | December 2024 | Seed | $3M | Develops in-field alkalinity sensors that measure and verify durable CO₂ removal from enhanced rock weathering projects. | North America | Carbon Removal Partners | United States |
| Barton Blakeley Technologies Limited | CO2 Utilization Platforms | November 2024 | Seed | ≈$3M | Deploys modular industrial systems that capture CO₂ emissions and permanently convert them into synthetic silica while generating clean energy. | Europe | Elbow Beach Capital | United Kingdom |
| SeaO2 | Carbon Capture Systems | November 2024 | Seed | >$2.2M | Develops electrochemical Direct Ocean Capture systems that extract CO₂ from seawater for permanent removal, storage, or utilization. | Europe | Not disclosed | Netherlands |
| Rhinoflux Inc. | Carbon Capture Systems | October 2024 | Seed | $1.4M | Develops integrated bioenergy plants that generate electricity while capturing high-purity CO₂ from biomass conversion. | Asia-Pacific | Not disclosed | Japan |
| Turnover Labs | CO2 Utilization Platforms | October 2024 | Seed | $1.4M | Uses electrolysis to convert impure industrial waste CO₂ directly into chemical building blocks that replace petroleum-derived feedstocks. | North America | Pace Ventures; GC Ventures | United States |
| Cool Planet Technologies | Carbon Capture Systems | October 2024 | Series A | $25.6M | Develops compact membrane-based systems for capturing CO₂ from industrial point-source emissions. | Europe | Taranis Carbon Ventures | United Kingdom |
| OOYOO | Carbon Capture Systems | October 2024 | Seed | $3.1M | Develops membrane-based gas-separation systems for low-cost capture of CO₂ from industrial gas streams. | Asia-Pacific | Kyoto University Innovation Capital | Japan |
| Octavia Carbon | Direct Air Capture | October 2024 | Seed | $3.9M | Builds direct-air-capture machines that remove atmospheric CO₂ for subsequent permanent geological storage. | Africa | Lateral Frontiers; E4E Africa | Kenya |
| Paebbl | CO2 Utilization Platforms | October 2024 | Series A | $25M | Mineralizes captured CO₂ into permanently carbon-storing mineral material for use in construction products. | Europe | Capnamic | Sweden |
| JCCL, Inc. | Carbon Capture Systems | October 2024 | Series A | $2.7M | Develops and commercializes low-cost CO₂ separation and capture materials, modules and capture equipment. | Asia-Pacific | Keio Innovation Initiative; DBJ Capital | Japan |
| Phlair | Direct Air Capture | September 2024 | Seed | ≈$13.4M | Develops hydrolyzer-based electrochemical Direct Air Capture systems that remove CO₂ from ambient air through a pH-swing process. | Europe | Extantia Capital | Germany |
| Mantel | Carbon Capture Systems | September 2024 | Series A | $30M | Develops high-temperature molten-borate systems that capture CO₂ from industrial flue gases in boilers, kilns and furnaces. | North America | Shell Ventures; Eni Next | United States |
| Carbyon | Direct Air Capture | September 2024 | Series A | ≈$16.9M | Develops fast-swing solid-sorbent Direct Air Capture machines that capture CO₂ directly from ambient air. | Europe | Not disclosed | Netherlands |

In our research about carbon capture, we turn what is vague and complex into simple, useful visuals. Market maps like this one show you at a glance where every startup stands.
Is CCUS funding actually weaker right now?
Yes. The CCUS funding market is clearly weaker today when we look at how many companies can raise and how much capital is available, even though the typical successful round has held up.
We found 18 qualifying financings in the latest 12 months, compared with 32 in the preceding period. Recorded capital fell even harder, from $1.177 billion to $158.8 million.
The average round collapsed from almost $38 million to $8.8 million, although that comparison is heavily distorted by several giant transactions in the earlier period. The median tells a very different story: it edged up from $5.4 million to $5.9 million.
This is why the market looks worse from almost every angle related to access to funding, while the companies that still manage to raise are often getting perfectly respectable rounds.
| Metric | Current L12M | Previous 12M | Change |
|---|---|---|---|
| Deals | 18 | 32 | -43.8% |
| Funded companies | 18 | 32 | -43.8% |
| Recorded capital | $158.8M | $1.177B | -86.5% |
| Median round | $5.90M | $5.40M | +9.3% |
| Average round | $8.82M | $37.97M | -76.8% |
| Largest round | $28M | $500M | -94.4% |
| Zero-deal monthly periods | 4 | 0 | +4 |
Is the 86.5% drop in CCUS funding really as bad as it looks?
The CCUS funding slowdown is real, but the 86.5% headline drop makes the deterioration look much more extreme than ordinary rounds suggest.
The earlier period was packed with megadeals. BKV dCarbon Project was recorded at $500 million, Climeworks raised $162 million, Heirloom raised $150 million, Peak Cluster raised roughly $81 million and Terradot raised $54 million. The latest period had no deal above $50 million.
BKV needs particular care. Its announced $500 million was an investor commitment that could be drawn over five years rather than $500 million transferred when the joint venture was announced. BKV later reported that the outside investor had contributed $17.9 million by the end of 2025. We kept the $500 million announced amount in the headline comparison because that is how the financing was recorded, but treating it like a conventional $500 million closing clearly exaggerates the old baseline.
The slowdown survives every sensible adjustment. Removing all rounds above $50 million cuts the decline to 30.9%. Excluding rounds above $100 million leaves a 56.5% decline. Even deleting BKV entirely still leaves the latest period roughly three-quarters below the old one.
So headline dollars overstate the crash, while the underlying slowdown remains substantial.
| Comparison | Current L12M | Previous 12M | Change |
|---|---|---|---|
| All recorded capital | $158.8M | $1.177B | -86.5% |
| Excluding >$100M rounds | $158.8M | $365.2M | -56.5% |
| Excluding >$50M rounds | $158.8M | $230.0M | -30.9% |
| Previous period with BKV removed | - | about $677M | - |
| Largest deal / total capital | 17.6% | 42.5% | -24.9 pp |
| Top 3 / total capital | 42.4% | 69.0% | -26.6 pp |
| Top 5 / total capital | 65.6% | 80.5% | -14.9 pp |

In our market report about carbon capture, we always try to gather several sources and make estimates that make sense, so you can work with solid numbers.
Are fewer CCUS companies actually getting funded now?
Yes. Far fewer CCUS companies are getting funded today, and this is probably the cleanest evidence that the market has become harder.
We counted 18 funded companies versus 32 one year earlier. Because every company raised only once inside each comparison period, the drop in funded companies exactly matches the drop in deals.
The monthly pattern makes the contraction easier to picture. Four of the latest twelve aligned monthly windows had no qualifying CCUS funding announcement at all. Every monthly window in the preceding year had at least one.
Average monthly deal activity fell from 2.67 financings to 1.50. The busiest month still produced four deals, so activity has not disappeared. It has simply become much more intermittent.
For founders, that is a meaningful deterioration even when the rounds that do close remain reasonably sized.
Are CCUS investors mostly backing existing winners now?
Yes. CCUS investors are overwhelmingly putting money into companies that have already raised before, while new entrants have become much rarer.
Only three current deals were first financings, compared with 14 in the preceding period. Their share of activity fell from 43.8% to 16.7%.
Meanwhile, 15 of the latest 18 deals were follow-ons. Follow-ons now represent 83.3% of the market, up from 53.1%.
BKV makes the dollar comparison for first financings messy because its $500 million commitment sits in the previous period. The deal count is much harder to dismiss: 14 first-time financings became three.
Interestingly, the three newcomers that did raise were not limited to tiny checks. Their median first financing was $4.2 million, up from $2.69 million previously. Investors are still willing to fund a new CCUS company when they like it; they are simply doing so far less often.
For now, CCUS fundraising looks much more like a selection process among companies that already have investors than a market constantly creating a fresh crop of funded startups.
Have CCUS round sizes actually shrunk?
No. Typical CCUS rounds have held up, while the market has lost its large growth financings.
As seen above, the median round increased slightly from $5.4 million to $5.9 million. The interesting shift is further up the distribution.
Seven current deals sit between $5 million and $20 million, and another two are between $20 million and $50 million. Those two bands together account for almost 86% of current capital.
At the same time, the entire $50 million-plus layer disappeared. The previous period had five financings above that threshold, including three of at least $100 million. Today there are none.
That combination explains why the average round has fallen so much while the median has barely moved. A company capable of attracting a $5 million, $10 million or $20 million round can still find capital. What has become much harder to find is the $50 million to $150 million growth check needed for aggressive industrial scale-up.
The weak point in CCUS financing these days sits at the top of the market rather than across every round size.

Our document detailing everything you need to know about carbon capture gets updated several times a month, so you always get the latest view of where things stand.
Which part of CCUS has the most funding momentum right now?
CO₂ utilization is easily the strongest part of the CCUS funding market right now.
The category went from five deals to 12 while total CCUS deal activity was falling. Capital increased from $31.2 million to $87.6 million, and the median utilization round rose from $1.4 million to $3.93 million.
This breadth makes the shift convincing. OXCCU raised $28 million for its Series B and is moving from its OX1 demonstration plant toward the larger OX2 plant. D-CRBN raised €17.5 million and has moved from industrial pilot validation toward demonstration units and initial commercial deployments. Co-Reactive raised €6.5 million to push its mineralization process from prototype toward industrial use.
Several smaller utilization companies also raised, so the category is not hanging on one transaction.
The money is increasingly following technologies that turn captured carbon into fuels, chemicals or materials and can show a plausible industrial customer on the other side.
| Category | Current deals | Previous deals | Current capital share | Previous capital share |
|---|---|---|---|---|
| CO₂ Utilization Platforms | 12 | 5 | 55.2% | 2.6% |
| CO₂ Storage Services | 3 | 5 | 19.8% | 48.2% |
| Carbon Capture Systems | 2 | 12 | 13.4% | 6.8% |
| Direct Air Capture | 1 | 9 | 11.6% | 35.5% |
| CO₂ Transport Infrastructure | 0 | 1 | 0% | 6.9% |
Is direct air capture funding collapsing?
Yes. Direct air capture has gone through the sharpest funding reversal anywhere in the CCUS market.
DAC fell from nine deals to one. Recorded capital dropped from $417.8 million to about $18.45 million.
The earlier period contained both a decent number of DAC companies and heavyweight financings. Climeworks alone raised $162 million to continue scaling its technology. Other DAC companies were also able to raise Seed and Series A capital.
The latest period has only Carbonology's Series A in our qualifying dataset. Carbonology itself is hardly standing still: the company broke ground on a 1,000-ton DAC-to-e-SAF pilot in 2026 and said its new capital would support that project, process scale-up and commercialization. The problem is the absence of peers raising alongside it.
That makes the DAC contraction unusually broad. Investor interest has thinned across the category at the same time that large DAC rounds have vanished.
For now, DAC has clearly lost the funding momentum it had a year earlier.
What happened to funding for carbon capture systems?
Funding for carbon capture systems became dramatically narrower, although the companies that survived the cut can still raise meaningful money.
Deal count fell from 12 to two. That is an 83% contraction in one year.
Yet the median deal among those two current financings was about $10.6 million, compared with $3.7 million previously. Mantel accounts for the larger transaction, with roughly $18.3 million raised in 2026.
Mantel is also a good example of what gets funded now. By the time of the financing, the company was talking about commercial deployments across power and heavy industry rather than an early laboratory program. Its new investors included Constellation Technology Ventures, and the money was earmarked for projects already moving toward deployment.
This is a harsh selection environment. A dozen funded capture-system companies became two, while the surviving companies were still capable of raising eight-figure rounds.

In our report covering the carbon capture market, we look at what the winners do differently, so you can learn from the best instead of guessing.
Are CCUS investors becoming more selective?
Yes. CCUS investors look considerably more selective now, and the change shows up in both the number of active investors and the type of companies receiving money.
We identified 34 unique disclosed investor names in the latest period, down from 62. That roughly 45% decline closely tracks the contraction in funded companies.
Reporting quality cannot easily explain the change. At least one investor was disclosed for 94.4% of current deals, compared with 84.4% previously. We actually have better investor visibility in the latest period.
Repeat activity also dropped sharply. Seven investor names appeared in more than one deal in the previous year; only Fassa Bortolo did so in the latest period.
Strategic investors remain important, but they have not filled the gap. Corporate or strategic investors participated in 44.4% of current deals, down from 53.1%. Their typical check remained fairly stable, with a median strategic-backed round of about $13.3 million versus $14 million previously.
Stage labels add an interesting twist. Early-stage deals still make up more than 80% of the market, almost unchanged year over year. The selectivity therefore shows up much more clearly in which companies receive another check than in a wholesale move toward late-stage rounds.
Investors still fund technical risk. These days they simply appear to be concentrating that risk on fewer teams.
Is Europe taking over more of CCUS funding now?
Europe has taken a much bigger share of current CCUS funding, although the shift is partly amplified by the disappearance of giant North American deals.
European companies completed ten of the 18 current financings and received 54.6% of recorded capital. Europe had 28.7% of capital in the preceding period.
North America moved from 69.1% to 32.9%. BKV's $500 million commitment and Heirloom's $150 million round explain a large part of that old dominance, so the capital-share swing looks more dramatic than the deal counts.
Europe's current position has a broader base. OXCCU in the UK, D-CRBN in Belgium, Co-Reactive in Germany and Sequestra in Austria are part of a group of ten separate European deals.
Asia-Pacific also moved from 0.6% to 12.5% of capital, although only two companies raised there. Carbonology's financing does much of the work, which makes that regional jump much less broad than Europe's.
Europe currently looks like the most consistently active CCUS funding region in our data, while North America has lost the exceptional transactions that previously dominated global dollars.
What does a CCUS startup need to show to raise money now?
The strongest CCUS rounds today increasingly go to companies that can show real industrial progress and explain exactly what the next tranche of capital will build.
OXCCU is a good example. Its OX1 plant had already taken the technology out of the lab, and its Series B is supporting commercialization and the next scale-up step around OX2. The company currently describes OX2 as its second demonstration plant on the road toward commercial SAF production.
D-CRBN had already validated its plasma technology at industrial pilot scale before raising €17.5 million. By late August 2026, the company was discussing operation under real industrial conditions and several demonstration projects moving toward commercial deployment. Its funding is being used for industrial units, engineering capacity and rollout.
Carbonology shows a similar pattern on the DAC side. Its current work includes a 1,000-ton DAC-to-e-SAF pilot, while its Series A was tied to the pilot line, e-SAF process scale-up and the move from technical validation toward commercialization.
Mantel's financing is another version of the same story: capital going into large-scale projects that are already being developed for real industrial sites.
Our database does not contain a standardized milestone field for every deal, so this part should not be pushed too far. Still, the best-documented current rounds repeatedly show investors funding a concrete next deployment rather than a vague promise to keep developing the technology.
That is a higher bar for execution, especially once a CCUS company wants an eight-figure round.

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Is the CCUS market actually becoming more mature?
The funded part of the CCUS market is becoming more mature operationally, while the financing ecosystem around it has become thinner.
Follow-on rounds dominate current fundraising, and several of the most important deals are funding demonstration plants, commercial deployments and industrial scale-up. That points to companies moving further along the path from scientific validation to deployment.
The financing ladder itself looks less developed. There are no $50 million-plus rounds in the latest period, fewer investors are active, and very few new companies are entering the funded cohort.
A healthy maturing market would ideally produce both: companies graduating into larger rounds and enough new startups entering behind them. Current CCUS funding is much stronger on the first half of that progression than the second.
That leaves a more experienced group of surviving companies operating inside a smaller capital market.
Is CCUS funding healthier, weaker or simply different than a year ago?
CCUS funding is weaker overall today, but the surviving market is more disciplined and far less dependent on a handful of enormous deals.
The weakness is hard to argue away. Funding reaches fewer companies, new-company formation has dropped sharply, fewer investors are active, and the market has lost its entire megadeal layer.
At the same time, typical rounds remain healthy enough for the companies that make it through the filter. Capital is also spread more evenly among current deals, and CO₂ utilization has built genuine momentum across several companies.
The biggest structural change is selectivity. A year ago, CCUS supported a wider mix of new entrants, capture companies, DAC startups and enormous scale-up rounds. Today, money is concentrated on a smaller existing cohort, with particularly strong interest in companies that can connect carbon technology to an industrial product, customer or deployment.
That makes the market weaker in breadth, more demanding in practice and further along operationally among the companies that continue to attract capital.
What really changed over the last 12 months?
The biggest change is access. Far fewer CCUS companies are raising money, and first-time financings have become especially scarce. The current market gives existing companies a much larger advantage.
The second change is the disappearance of large growth rounds. Mid-sized financings are still getting done, while the $50 million-plus part of the market has effectively gone quiet.
The third change is the rotation toward CO₂ utilization. Utilization gained deal count, capital and round size at the same time that DAC and conventional carbon capture lost substantial breadth.
Investor participation has also narrowed. Fewer investor names are active and repeat investing is less common, even though disclosure in our research is better than it was in the previous period.
Finally, the companies winning larger rounds increasingly arrive with industrial proof and a specific scale-up plan. OXCCU, D-CRBN, Carbonology and Mantel all show different versions of that pattern.
The 86.5% decline in recorded funding is the easiest headline and also the most misleading one to stop at. As pointed out above, megadeals make that number look especially brutal. The deeper change is a smaller, more selective CCUS financing market that still supports serious rounds for companies capable of showing where the technology goes next.
Our methodology
We analyzed CCUS fundraising across two consecutive 12-month periods: 20 September 2025 to 19 September 2026 for the current period, and 20 September 2024 to 19 September 2025 for the comparison period.
The dataset focuses on qualifying private-company equity financings above our $300,000 minimum deal-size threshold. Debt, grants, loans, public offerings, unconverted convertibles, SAFEs and financings where the equity component could not be isolated were excluded from deal value. When a package mixed equity and non-dilutive capital, we recorded only the identifiable equity component; for CREW Carbon, that means $19 million of equity rather than the full $25 million package.
We used a strict CCUS definition: the qualifying activity had to represent the company's overwhelming core business at the time of financing. Duplicate reports of the same round were consolidated, while extensions, additional closes and tranches were treated separately only when public evidence supported distinct financing events.
Dates, stages, investor roles, previous rounds, milestones and use-of-funds information were recorded only when they could be supported publicly. We did not infer stages from round size, assume investor roles, fill in undisclosed deal values or turn vague financing announcements into precise numbers.
BKV dCarbon Project required special treatment because the announced amount was an up-to-$500 million investor commitment over five years rather than a conventional one-time cash closing. We retained the announced amount in the headline dataset, then tested the comparison without BKV and without other large rounds so the result would not depend on one unusual structure.
We also ran a separate completeness and quality-control pass to look for missed deals, recheck both date boundaries, confirm the equity nature and minimum size of transactions, reassess whether companies genuinely belonged in CCUS and catch duplicate reporting. Where sources disagreed, approximate or uncertain values stayed approximate or uncertain rather than being silently cleaned up.
Key sources used in the analysis include BKV on the dCarbon joint venture and its up-to-$500 million commitment, BKV's subsequent SEC filing on actual investor contributions, Climeworks on its $162 million financing, OXCCU on its $28 million Series B, D-CRBN on its €17.5 million Series A, Mantel on its 2026 strategic financing, Co-Reactive on its €6.5 million seed round, CREW Carbon on the equity and non-dilutive split in its funding package, and Carbonology on its 1,000-ton DAC-to-e-SAF pilot.

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