The Real Barriers to CCUS Adoption Are No Longer Awareness, but Deployment
The market has moved beyond first-stage awareness
There was a time when carbon capture, utilisation and storage had to fight for relevance in mainstream energy and industrial discussions. That is much less true today. The strategic case for CCUS is now widely understood in the sectors that matter most. Policymakers know that some heavy industries cannot decarbonise through electrification alone. Investors recognise that the climate challenge in cement, chemicals, refining and other hard-to-abate sectors is not disappearing. Industrial operators understand that pressure is building from regulation, finance, procurement standards and broader expectations around emissions performance. In that sense, the awareness challenge has already been met.
The current market data supports this shift. The Global CCS Institute’s 2025 report says there were 77 commercial CCS projects in operation as of July 2025, with 47 in construction and a pipeline of c. 961 projects globally. That is not a sign of a sector struggling to justify its existence. It is a sign of a sector that has entered a more serious commercial phase. But that next phase is more demanding. It is no longer enough for the market to agree that CCUS matters in principle. The harder question is what still stops projects from becoming deployable at scale.
Why deployment is now the real bottleneck
The answer is increasingly clear: the main barriers are practical, not philosophical. Technologies still need to be integrated into complex industrial sites. They still need to manage energy burden and capital intensity. They still need a credible route for the captured CO2 after the point of separation. They still need confidence from operators who are rightly cautious about anything that could affect uptime, throughput or operating economics. In other words, the market is no longer primarily debating relevance. It is wrestling with implementation.
This is a critical distinction because it changes what good thought leadership looks like. A generic article arguing that CCUS is important no longer moves the conversation very far. The market is now far more interested in questions such as: how difficult is retrofit? How large is the operational burden? What is the impact on site energy demand? How robust is the route from capture to storage or utilisation? How well does the technology fit the realities of a live plant rather than an idealised project concept? These are the deployment questions that now determine adoption.
The difference between pipeline growth and real adoption
The expansion in the global CCS pipeline is significant, but it should not be confused with frictionless commercial rollout. A large number of projects in development tells us that the market opportunity is real and that the need is increasingly recognised. It does not mean that every operator now finds implementation straightforward. In fact, the scale of the pipeline may increase the importance of deployment quality, because the market will become more selective about which technologies can actually reduce risk rather than simply add another layer of complexity.
This is especially true in industrial environments where carbon capture must fit around existing process equipment, constrained footprints, changing flue gas conditions and demanding production cycles. Adoption decisions in such settings are rarely driven by headline capture rates alone. They are shaped by site practicality, integration burden and commercial credibility. The more the market matures, the more important those factors become.
Why Tree Associates focuses on reducing friction
At Tree Associates, we believe this shift from awareness to deployment is one of the most important dynamics in the current CCUS market. The future winners in the sector are unlikely to be the companies that simply repeat why capture matters. They are more likely to be the companies that make the pathway to implementation easier. Our carbon capture technology reflects this. It is designed not only to capture CO2, but to convert it into liquid form ready for sequestration or reuse. That matters because the approach thinks beyond the first technical step and toward the broader operational pathway.
The Ukraine pilot matters for the same reason. It is not just a proof-of-concept story. It is a signal that we are validating performance in a demanding industrial environment rather than relying on abstract claims. In a market increasingly shaped by deployment friction, that is strategically important. Operators do not need more reassurance that the climate challenge exists. They need greater confidence that solutions can fit the reality of industrial adoption.
What deployment-led leadership should look like now
For Tree, this creates a strong content and positioning opportunity. The company can speak credibly about the fact that the next phase of CCUS will be won through practical implementation. That includes honest discussion about retrofit constraints, energy integration, modularity, downstream handling and the difference between an idea that sounds compelling and a solution that can actually be installed. This tone matters because it reflects market maturity. A serious sector wants serious analysis.
At Tree Associates, we believe the carbon capture conversation now needs to move closer to the lived decisions that industrial operators face. The world has largely accepted that CCUS will have a role in the hardest sectors. The priority now is turning that strategic acceptance into practical adoption. That means the market needs technologies built not just to impress on paper, but to reduce the barriers that still make deployment difficult in reality.
Closing thought
The next phase of CCUS will not be defined by awareness. It will be defined by which technologies make deployment easier to justify, finance and deliver. At Tree Associates, that is the standard we hold ourselves to.
