CO₂ REMOVAL
We specialise in enhancing the quality of natural gas through our expertise in CO₂ removal. This critical process involves the extraction of carbon dioxide from gas streams, ensuring compliance with pipeline specifications and reducing the risk of corrosion in downstream equipment. Our state-of-the-art CO₂ removal systems consist of membrane-based solutions, including both chemical absorption and physical separation techniques, are designed to efficiently and effectively lower CO₂ levels, improving the overall value of your gas. By focusing on the precision and reliability of our CO₂ removal solutions, we help maintain the safety, efficiency, and profitability of your gas processing operations.
Technical Specifications
Performance Metrics
Amine Circulation Rate: Optimised circulation rates for effective CO₂ absorption, ensuring minimal solvent loss and maximised operational efficiency.
Regeneration Efficiency: Ensures up to 98% regeneration of the amine solution, reducing operational costs and enhancing sustainability.
Pressure Levels: Operates efficiently across a wide range of pressure levels, from 300 to 2000 psi, depending on system requirements.
Materials Used
Absorbers and Contactors: Fabricated from carbon steel with corrosion-resistant linings to ensure durability in acidic gas environments.
Heat Exchangers: Built with high-grade stainless steel to maximise thermal efficiency and longevity in CO₂ removal processes.
Solvent Handling Systems: Utilises robust piping and valves made from stainless steel or corrosion-resistant alloys to maintain system integrity.
Advanced Amine Solutions: Employs specialised amines, such as MDEA or proprietary blends, designed for high CO₂ absorption and easy regeneration.
Applicable Environments
Offshore Platforms: Designed to withstand the challenging conditions of offshore environments, including high humidity, salt exposure, and variable temperatures.
Onshore Processing Plants: Ideal for use in onshore gas processing facilities, providing reliable CO₂ removal to meet environmental and operational standards.
High-Temperature Operations: Engineered to perform in high-temperature environments, ensuring consistent CO₂ removal efficiency.
Remote and Harsh Locations: Suitable for remote and extreme locations where reliable CO₂ removal is critical for safe and compliant operations.