Major Carbon Capture Dampers Project

Proven Damper Expertise for Carbon Capture Projects – Supporting a Low-Carbon Future

At Damper Technology Ltd (DTL), we are proud to play a role in the global transition toward cleaner energy through our work providing dampers for carbon capture and storage (CCS) projects. With increasing pressure on industries to decarbonise, CCS is emerging as a key technology to meet net-zero targets—particularly in hard-to-abate sectors like power generation, cement, and chemical processing.

We are delighted to announce that DTL are providing industrial dampers for a ground breaking carbon capture project for one of the most ambitious CCS developments in Europe. This milestone reinforces our position as a trusted partner for high-performance damper solutions in critical environmental infrastructure.

What is Carbon Capture and Why is it Important?

Carbon capture and storage (CCS) involves capturing CO₂ emissions at their source—typically from industrial flue gases—then transporting and storing the CO₂ safely underground or using it in other industrial processes. It is recognised by the International Energy Agency (IEA) and the UK Government as a vital part of achieving climate goals.

Without CCS, many industrial sectors would struggle to meet emissions targets while remaining economically viable. DTL are providing dampers for flagship carbon capture project designed to decarbonise multiple facilities across the region, showcasing how shared infrastructure and innovation can drive real impact.

Where are DTL Dampers Used in Carbon Capture Projects?

Industrial dampers play an essential role in the safe and efficient operation of CCS systems. DTL dampers are used throughout the carbon capture process, including:

  • Corrosive Environments
  • Flue Gas Ducting
  • Bypass and Diverter Systems
  • Process Isolation
  • Corrosive Environments: Handling aggressive gas streams that may include particulates, solvents, and residual acids.
  • Flue Gas Ducting: Regulating and isolating high-temperature gas flows upstream of the carbon capture plant.
  • Bypass and Diverter Systems: Managing flow between capture units and exhaust stacks during startup, shutdown, or maintenance operations.
  • Process Isolation: Providing 100% process sealing for safety-critical operations and plant efficiency.

Each damper is engineered for high-integrity sealing, corrosion resistance, and reliable performance in demanding operational conditions.

Why Choose DTL for Carbon Capture Projects?

DTL is uniquely positioned to support carbon capture initiatives with our:

  • Proven Track Record – Extensive experience supplying dampers for power, petrochemical, and energy-from-waste sectors globally.
  • Custom Engineered Solutions – Every project is different. We design and manufacture dampers tailored to exact process, pressure, and temperature requirements.
  • UK-Based Manufacturing – With in-house fabrication facilities and rapid production capacity, we can support time-sensitive project schedules.
  • Global Manufacturing – With fabrication facilities around the world, we can manufacture dampers for carbon capture projects to support your project location.
  • Technical Expertise – Our engineering team understands the integration challenges of CCS and works closely with project designers and EPC contractors.
  • Quality and Compliance – DTL dampers meet rigorous industry standards for safety, sealing performance, and long-term durability.
Partnering for a Sustainable Future

With CCS now moving from concept to construction, DTL is proud to be enabling real progress in decarbonisation. Our role in this major CCS project is just the beginning.

If you’re developing or designing a carbon capture facility, speak to us about how DTL’s damper solutions can support your project goals.

📞 Get in touch or email sales@dampertechnology.com to discuss your requirements.