MOF Adsorbents for CO2 Capture from Hydrocarbon Streams
Technology Overview
This invention develops low-cost MOFs for efficient CO₂ capture from flue gas and hydrocarbon streams, offering high surface area, tunable pores, and scalable manufacturing.
CATEGORY
Decarbonization & Emission Reduction 
Marine Environment & Water System TECHNOLOGY READINESS LEVEL (TRL)
Low-Cost MOF Technology for CO₂ Capture
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Efficient CO₂ Capture:
Designed for flue gas and hydrocarbon streams. High adsorption capacity and suitable for industrial carbon capture applications
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High Surface Area & Tunable Pores:
Large surface area for enhanced CO₂ uptake with adjustable pore sizes and surface functionality. Optimised selectivity and performance
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Low-Cost & Scalable Production:
Uses commercially available raw materials. Cost-efficient manufacturing process. Suitable for large-scale deployment
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Next-Generation Solid Adsorbent:
Structural diversity for customised applications. Strong potential for carbon management solutions and supports decarbonisation strategies
Maritime Use Cases
This technology enables vessels to capture CO₂ directly from exhaust gases, helping reduce onboard emissions and supporting compliance with IMO decarbonisation targets. The system can be integrated with scrubber systems or fuel combustion processes to capture and store CO₂ for later disposal or reuse.
In ports with high vessel traffic, MOF-based carbon capture systems can reduce localised emissions from docked ships, cranes, and auxiliary equipment, supporting green port initiatives and regulatory emission controls.
The technology can also be deployed on offshore platforms to capture emissions from hydrocarbon extraction and processing activities, helping improve the sustainability of offshore oil and gas operations while supporting broader carbon neutrality goals.
