Driving innovation in the fight against climate change
Pioneering Heat Exchanger Technology for a Sustainable Future
Key Benefits of Our Heat Exchanger Solutions for Carbon Capture:
- Optimised Energy Efficiency: Our heat exchangers ensure that the energy required for carbon capture processes is used efficiently, minimising operational costs and environmental impact.
- Advanced Thermal Management: We provide precise temperature control for chemical reactions involved in CO₂ capture, ensuring peak performance at all stages.
- Durability and Reliability: Built to withstand harsh industrial environments, our heat exchangers offer long-lasting, reliable service in carbon capture systems.
- Scalability: From small pilot plants to large-scale commercial operations, our solutions are designed to scale with your technology.
Carbon Capture Solutions
Direct Air Capture (DAC) is revolutionising how we address global carbon emissions. This groundbreaking technology captures CO₂ directly from ambient air, offering a scalable solution to remove greenhouse gases and reduce global temperatures. However, DAC systems are energy-intensive, requiring precise temperature control to optimise performance and minimise energy consumption. That’s where our expertise comes in.
Our industrial heat exchangers and capture towers are designed to meet the unique thermal challenges of DAC, providing efficient heat or mass transfer, temperature regulation, and energy recovery. Whether it’s cooling systems, air-liquid exchangers, or regenerative heat exchangers, we offer tailor-made solutions that enhance the efficiency and sustainability of DAC processes.
Carbon capture by desublimation is an excellent alternative to other complicated separation methods. All you need is a cold source, so this is a great solution for LNG plants or vessels.
- The purpose of desublimators is material separation through phase change.
- Desublimation is a cryogenic material separating process.
- Desublimation can be an attractive alternative to adsorption and absorption separation methods.
