Carbon Capture Goes Modular as Carbon Clean and Samsung E&A Join Forces to Scale Industrial Decarbonisation

Carbon Clean and Samsung E&A have announced a strategic alliance designed to accelerate the global rollout of carbon capture technologies, combining advanced modular capture systems with large-scale engineering and construction expertise. The partnership, unveiled in a recent joint statement, reflects growing industrial momentum to make carbon capture more accessible and economically viable for hard-to-abate sectors such as refining, chemicals, and heavy manufacturing.

At the centre of the collaboration is Carbon Clean’s CycloneCC™ technology, a fully modular, columnless carbon capture system designed to significantly reduce the size and complexity of traditional capture infrastructure. Unlike conventional systems, which often require large physical installations and extensive on-site construction, CycloneCC™ units are pre-fabricated and compact, allowing for faster deployment and reduced disruption at industrial sites.

The technology is further enhanced through the integration of Carbon Clean’s advanced solvent system, APBS-CDRMax®, alongside Rotating Packed Bed technology, which intensifies mass transfer and improves efficiency within a smaller physical footprint. Together, these innovations enable carbon capture systems that are not only more compact, but also designed for scalable replication across multiple industrial settings.

Samsung E&A brings extensive engineering, procurement and construction capabilities to the partnership, along with its AHEAD execution model, which emphasises off-site fabrication, early-stage design automation and streamlined project delivery. This approach is intended to shorten construction timelines, reduce on-site complexity and improve overall project predictability, addressing some of the key barriers that have historically slowed carbon capture deployment at scale.

By combining modular technology with industrial-scale execution capability, the alliance aims to address two of the most persistent challenges in carbon capture deployment: cost and complexity. The partners have stated that their goal is to make carbon capture systems more standardised and repeatable, in a similar way to how solar and wind energy infrastructure has been deployed globally over the past decade.

The collaboration builds on an existing working relationship between the two companies, including previous joint projects involving major energy players such as Aramco and MODEC. These earlier engagements have demonstrated the potential for integrating advanced capture technology into large-scale industrial operations, while also validating the scalability of their combined approach.

A key feature of Carbon Clean’s CycloneCC™ C1 Series is its compact design, which represents a significant departure from traditional carbon capture infrastructure. The system is reported to be up to 50 per cent smaller and ten times more compact than conventional setups, with a substantial reduction in structural materials required. Each unit is capable of capturing up to 100,000 tonnes of carbon dioxide per year, making it suitable for a wide range of industrial emitters operating within moderate CO₂ concentration ranges.

The reduced physical footprint is particularly significant for industrial operators where space constraints, retrofit complexity and capital expenditure have historically limited the adoption of carbon capture systems. By shifting to modular, pre-fabricated units, the technology is designed to reduce installation time and enable faster integration into existing industrial facilities.

From an industrial perspective, the alliance reflects a broader trend towards modularisation in decarbonisation technologies. As pressure increases on heavy industry to reduce emissions, there is growing emphasis on solutions that can be deployed quickly, scaled efficiently and integrated into existing operations without requiring full system redesigns.

The partnership also signals a continued convergence between energy technology developers and large engineering firms, as both sides seek to accelerate deployment timelines and reduce financial risk. For Samsung E&A, the collaboration extends its role in supporting energy transition infrastructure, while for Carbon Clean, it provides access to global engineering capacity and execution expertise needed to move from demonstration projects to large-scale industrial rollout.

As global climate targets tighten and regulatory frameworks evolve, carbon capture is increasingly being positioned as a necessary complement to emissions reduction efforts, particularly in sectors where direct electrification remains challenging. The success of modular, scalable systems such as CycloneCC™ will therefore play a critical role in determining how quickly industrial emissions can be reduced in line with net zero commitments.

While still subject to deployment at scale, the alliance between Carbon Clean and Samsung E&A represents a clear step towards industrialising carbon capture technology, shifting it from bespoke, capital-intensive projects towards more standardised, repeatable infrastructure that can be integrated across global industrial value chains.