CCS/CCUS
CO₂ dehydration for storage explained
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Knowledge hub
CCS and CCUS are key technologies for reducing industrial CO₂ emissions. Learn how carbon capture, storage, and utilization work — and what role they play in reaching climate targets.
Carbon capture and storage (CCS) and carbon capture, utilization and storage (CCUS) are among the most important technologies available for reducing CO₂ emissions from industrial sources. By capturing carbon dioxide at the point of emission and either storing it permanently or repurposing it as a valuable resource, these technologies play a critical role in the global effort to limit climate change.
In this knowledge hub, you will find clear and technical explanations of how CCS and CCUS work, what the differences are, and how they are applied across industries such as power generation, cement, steel, and gas processing. Each article is written to give engineers, project developers, and decision-makers a solid understanding of the processes, challenges, and opportunities involved.
FB Group supports CCS and CCUS projects by delivering modular, skid-mounted process units that integrate directly into capture and conditioning systems. With expertise in CO₂ separation, compression, and gas treatment, FB Group helps clients bring carbon capture projects from concept to operation efficiently and reliably. Explore the articles below to learn more about CCS and CCUS technology.