For investors eyeing the rapidly expanding carbon capture and storage (CCS) market, a critical hurdle has consistently presented itself: the profound lack of standardized, verifiable performance data for post-combustion carbon capture (PCC) technologies. Despite numerous pilot projects and extensive research, existing datasets remain fragmented, inherently incomparable, and plagued by inconsistencies in flue gas composition, operational conditions, and measurement protocols. This data vacuum breeds significant uncertainty, compelling industrial operators across high-emitting sectors like cement, natural gas combined cycle (NGCC) power generation, waste-to-energy, and aluminum production to adopt overly conservative design margins. The direct consequences are tangible: stalled final investment decisions (FIDs), escalating project risks, and a slower pace for essential industrial decarbonization.
De-Risking Carbon Capture: TCM’s CESAR1 Benchmarking Initiative
Addressing this pervasive data deficit, the Technology Centre Mongstad (TCM), a world-leading facility for CO2 capture technology testing, is poised to launch a groundbreaking initiative. In Q4 2026, TCM will roll out the CESAR1 Sector Benchmarking Campaign. This ambitious program aims to generate an independently validated PCC performance dataset, rigorously supported by third-party review and verification. Its core objective is to establish a licensor-independent benchmarking framework specifically for amine-based PCC systems, providing crucial support for Front-End Engineering Design (FEED) validation across eight diverse industrial flue gas conditions.
At the heart of this campaign lies the CESAR1 solvent, a meticulously characterized aqueous blend of 2-amino-2-methyl-1-propanol (AMP) and piperazine (PZ). Its robust foundation in peer-reviewed science and its independence from proprietary licensing constraints are paramount. This neutrality ensures the generated dataset will serve as an unbiased, universal benchmark for evaluating and comparing various solvent-based PCC technologies. The campaign’s scope is impressively broad, encompassing eight distinct sector-specific environments that represent a significant cross-section of industrial PCC applications: Power (specifically NGCC), Bioenergy with Carbon Capture and Storage (BECCS), Cement production, Steel manufacturing, Aluminum smelting, Petroleum Refining, Waste-to-Energy facilities, and Pulp & Paper mills. This wide-ranging assessment promises to deliver actionable intelligence for investors and developers across the industrial spectrum.
The Technology Centre Mongstad is set to launch its pivotal CESAR1 Sector Benchmarking Campaign in Q4 2026, aiming to standardize CO2 capture performance data and accelerate industrial decarbonization efforts.
Comprehensive Data for Informed Investment Decisions
For each targeted sector, TCM will implement a structured experimental matrix, executing tests under both steady-state and dynamic operating conditions. This dual approach is vital for understanding real-world operational complexities and variability. The campaign will meticulously track key performance indicators (KPIs) that are directly relevant to both technical feasibility and financial viability:
- **Capture efficiency** will be analyzed in relation to crucial energy metrics, including specific reboiler duty and overall utility demand. This data directly correlates to operational expenditure (OpEx) and the economic attractiveness of a PCC solution.
- **Solvent management** will undergo rigorous examination, focusing on degradation mechanisms and potential emissions. This includes quantifying amine slip, nitrosamines, aldehydes, ammonia, aerosol formation, and volatile organic compounds (VOCs). Understanding these factors is critical for assessing environmental compliance risks, health and safety implications, and the long-term integrity of the capture process.
- **Dynamic and part-load operation** will be thoroughly evaluated, scrutinizing operational stability and transient response. Industrial facilities rarely operate at constant full load, making this data essential for designing flexible, resilient, and economically viable capture systems.
- **CO2 product quality** and impurity characterization will be a key focus, providing essential data for the subsequent transport and storage phases. Impurities can significantly impact pipeline specifications, storage site requirements, and overall project costs.
Crucially, all test conditions, analytical protocols, and data processing methodologies within the CESAR1 campaign will be predefined and subjected to review by an independent third party. This stringent oversight ensures reproducibility, transparency, and unimpeachable technical integrity, offering investors unparalleled confidence in the resulting data.
Strategic Advantages for Participating Stakeholders
Organizations choosing to participate in the CESAR1 campaign stand to gain substantial technical and strategic advantages. The initiative establishes an independently validated operational reference for PCC under authentic industrial operating conditions. This reference material will prove invaluable for validating design assumptions and gaining a deeper understanding of system performance across a multitude of operating scenarios, directly translating into reduced engineering costs and accelerated project timelines. Participants will also secure direct access to TCM’s state-of-the-art facilities and, more importantly, to its cadre of technical experts whose unparalleled experience spans diverse capture technologies, from start-up behavior and solvent management to emissions control and system integration.
Beyond direct operational insights, the structured, high-fidelity dataset produced by CESAR1 will unlock advanced modeling and digital applications. This includes sophisticated process simulation, the development of robust digital twins, and data-driven optimization strategies. These capabilities are becoming increasingly indispensable for implementing efficient, fleet-wide decarbonization strategies and maximizing the return on investment in carbon capture infrastructure.
More broadly, engagement in this pre-competitive collaboration offers several compelling benefits for stakeholders navigating the complexities of industrial decarbonization:
- **Access to a technology-neutral operational baseline:** Within solvent-based PCC systems, this independently reviewed and validated data promises to accelerate CCS deployment while significantly mitigating investment risk.
- **Enhanced in-house expertise:** Direct engagement with TCM’s subject matter experts will foster the development of crucial operational and engineering capabilities within participating organizations.
- **Verified environmental performance data:** Obtaining trusted data on emissions and environmental impact under genuine industrial operating conditions is vital for regulatory compliance and ESG reporting.
- **Precise CO2 product quality data:** This detailed information will inform optimal compression, conditioning, and transport interface specifications, reducing the likelihood of costly redesigns or operational bottlenecks.
- **Investment-grade evidence base:** The campaign delivers robust, evidence-backed performance data, providing a solid foundation for project development, securing financing, and demonstrating regulatory adherence.
The CESAR1 Sector Benchmarking Campaign directly confronts one of the primary impediments to large-scale PCC deployment: the critical absence of a trusted, standardized, and sector-relevant performance reference. By delivering high-fidelity, independently reviewed, and validated data under truly representative industrial operating conditions, TCM is set to unlock significant investment potential and accelerate the global energy transition. Organizations keen on shaping and leveraging this unique, invaluable dataset are strongly encouraged to engage with TCM and become integral partners in the CESAR1 Sector Benchmarking Campaign.
