Sirona DAC Modular Strategy: 2 Projects, a Cella Minerals Deal, and 3 Offtake Agreements (2025-2026)

DAC Project Scaling, Sirona’s 2 International Deployments Test Modular Model

The Direct Air Capture industry’s growth is constrained by the high capital costs and extended timelines of industrial-scale projects, prompting a strategic shift toward modular, factory-built systems designed to accelerate deployment and drive down costs. In 2025, Sirona Technologies demonstrated the viability of this model by moving from development to the operational launch of two international pilot projects, signaling a different path to scale than capital-intensive megaprojects.

Sirona’s Decentralized Project Model

Unlike competitors focused on building single, large industrial sites, Sirona’s strategy is centered on the mass production of standardized, container-based DAC units. This approach aims to accelerate the learning curve by deploying smaller units globally, gathering operational data from diverse environments, and rapidly iterating on the technology. The company’s development of five generations of its DAC machines in just two years highlights this agile innovation cycle, which is fundamental to its plan to achieve low-cost, large-scale carbon removal.

Validating the Modular Approach in 2025

The strategy was validated with the commissioning of two key projects in 2025.

• Project Jacaranda in Kenya became operational in January 2025. This flagship pilot, developed in partnership with Cella Minerals, utilizes solar power for DAC and mineralization for permanent carbon storage, targeting the removal of one million tonnes of CO₂ by 2030.
• Project Moringa in Oman saw its first unit commissioned in October 2025. This project also leverages solar power and has an initial capacity of 300 tons per year, with plans to scale to 1, 800 tons per year in 2026.
• In May 2026, Sirona announced Project Furu in Norway, its first major European facility. The project targets a capture capacity of 10, 000 tonnes per year by 2029, representing a significant step up in scale for its modular design.

3 Offtake Agreements, Sirona De-Risks Modular DAC with Forward Credit Sales

Sirona secured critical market validation and financial de-risking for its modular DAC projects between late 2025 and early 2026 through a series of carbon credit offtake agreements. These deals provide the revenue certainty needed to finance new capacity and build commercial confidence in a market where corporate demand for high-quality carbon dioxide removal (CDR) is projected to exceed 40 million tonnes per year by 2030.

Securing Commercial Confidence with IMC

The first major commercial validation arrived in November 2025, when the global trading firm IMC purchased permanent carbon removal credits generated by Project Jacaranda. This agreement represented an important milestone, demonstrating that buyers are willing to commit to offtake from Sirona‘s modular, decentralized projects. Such forward purchases are essential for de-risking early-stage projects and securing the financing required for manufacturing and deployment.

Building Momentum with Wild Assets and Patch

Following the IMC deal, Sirona announced a landmark purchase agreement with Wild Assets in January 2026. This was followed by a multi-year offtake agreement facilitated by the carbon marketplace Patch in March 2026. This sequence of agreements demonstrates growing momentum and establishes a commercial pathway for financing future expansion, which is critical in a market where over 24 CDR companies are competing to scale projects.

Table: Sirona Technologies Commercial Agreements (2025-2026)

Sirona’s 2 Key Partnerships for DAC and Storage Integration (2025)

Sirona‘s 2025 strategy relied on key partnerships to assemble a complete direct air capture and storage (DACCS) value chain. These collaborations combined its capture technology with permanent storage solutions and created early use cases for its carbon credits, proving the integration required for commercial operations.

Cella Minerals for Permanent Sequestration

The partnership with Cella Minerals is fundamental to Sirona‘s operations in Kenya. Launched in February 2025, the collaboration integrates Sirona’s solar-powered DAC units with Cella’s carbon mineralization process, which provides a durable and verifiable storage solution. This end-to-end integration at Project Jacaranda serves as a critical demonstration of a complete and operational DACCS system.

Innoptus Solar Team for Offset Demonstration

In June 2025, Sirona partnered with the Innoptus Solar Team, a Belgian student engineering project, to offset the team’s flight emissions. While smaller in scale, this collaboration showcases a practical application for DAC-generated carbon credits in neutralizing hard-to-abate emissions from sectors like aviation. It provides a tangible example for other corporate buyers considering high-quality carbon removal offsets.

Table: Sirona Technologies Key Partnerships (2025)

Kenya and Oman, Sirona’s Geographic Focus on Renewable Energy Hubs

In 2025, Sirona strategically bypassed traditional industrial centers to deploy its initial DAC units in emerging clean energy regions like Kenya and Oman. This geographic strategy is designed to optimize for two key inputs: abundant, low-cost renewable energy and favorable geology for permanent carbon mineralization, creating a replicable model for global expansion.

Sirona’s Strategic Site Selection

The selection of Kenya and Oman for its first two major projects was deliberate. Both locations offer high solar irradiance, which is critical for powering Sirona‘s DAC process. Furthermore, the partnership with Cella Minerals in Kenya leverages local geological formations suitable for mineralization, providing an integrated and permanent storage solution. This approach contrasts with projects located purely for industrial or policy incentives and instead focuses on optimizing the fundamental energy and storage inputs for DAC.

European Expansion with Project Furu

While its initial deployments focused on solar-rich regions, Sirona expanded its geographic footprint with the announcement of Project Furu in Norway in May 2026. This project, targeting 10, 000 tonnes of capture capacity, marks its entry into the European market. The location likely takes advantage of Norway’s abundant renewable energy resources and established expertise in carbon capture and storage infrastructure, signaling a multi-pronged geographic strategy.

Technology Validation, Sirona Advances from R&D to Commercial Pilots

Sirona rapidly advanced its DAC technology from development to commercial pilot deployment in 2025, demonstrating the viability of its modular, container-based systems through the operational launch of two international projects. This transition marks a critical step in proving that its factory-based manufacturing approach can deliver operational assets faster than conventional project development cycles.

From Iteration to Containerization

The company’s ability to develop five generations of its technology in just two years enabled the finalization of its first commercial “plug-and-play” DAC container. This standardized unit is the core of its mass-production strategy, designed to be built on an assembly line in Belgium and shipped globally. This model aims to drive down costs through manufacturing efficiencies rather than on-site construction scale, a distinct approach from competitors building large-scale facilities.

Operational Proof Points in 2025

The operational launches of Project Jacaranda in Kenya (January 2025) and Project Moringa in Oman (October 2025) serve as the primary validation points for the technology. These projects moved Sirona from a technology developer to a commercial operator. They provide essential real-world performance data on energy consumption, sorbent durability, and operational reliability in different climates, which is needed to secure further offtake agreements and finance the next phase of expansion.

SWOT Analysis, Sirona’s Modular Strategy and Market Execution

Sirona‘s key strength lies in its agile, modular deployment model, which positions it as a capital-efficient player in a high-cost industry. However, it faces significant threats from the high costs inherent to the DAC sector and intense competition from large-scale, state-backed projects from energy majors like Petrobras and Occidental.

Table: SWOT Analysis for Sirona’s DAC Initiatives

Sirona’s 2026 Scaling Test, Project Furu and Project Moringa Expansion

The critical determinant for Sirona‘s success in the next 12 to 18 months will be its ability to execute the planned capacity scaling at Project Moringa and advance the development of the larger Project Furu in Norway. These projects are the next test of its manufacturing-led model and its capacity to translate modularity into meaningful cost reductions.

If Sirona Hits Manufacturing Targets

If Sirona successfully scales Project Moringa to its planned 1, 800-ton-per-year capacity in 2026 and makes tangible progress on the 10, 000-ton Project Furu, watch for an acceleration in new offtake agreements and announcements of new projects in other geographies. This would provide strong evidence that its factory-based model is working and can be scaled predictably, likely attracting further investment and larger commercial partners.

If Scaling Falters or Costs Remain High

Conversely, if there are significant delays in the Moringa expansion or the development of Project Furu, or if the cost per ton does not show a clear downward trend from the initial $400-$600 range, watch for a slowdown in new credit purchases. This would indicate the modular approach is not yet delivering on its core economic promise, potentially making it difficult to finance the ambitious scaling required to meet its 2030 targets.

The questions your competitors are already asking

This report covers one angle of direct air capture commercialization. The questions that matter most depend on your work.

• Cost comparison modular versus large scale carbon capture plants
• Carbon mineralization projects and companies
• Companies buying carbon removal credits 2026
• Occidental Stratos project status and timeline

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