Hybrid Carbon Capture Systems
Swedish Carbon Capture Trials
Gas-Focused CO2 Technologies
Carbon Capture Systems
Hybrid Technological Systems
Modular Carbon Capture Systems
Industrial Carbon Capture Systems
Solvent-Based Carbon Capture Technologies
Centrifugal Carbon Capture Systems
Solvent-Based Carbon Recapturers
Combined Carbon Capture Technologies
Carbon Capture Absorption Solvents
Hybrid Carbon Removal Projects
Facility-Focused Carbon Capture Initiatives
Carbon Capture Consultation Services
Carbon Capture Device Advances
Modular CO2-Capturing Equipment
Modular Carbon-Capturing Filters
Carbon Capture Compressor Equipment
Ocean-Forward CO₂ Removal Projects
CO₂ Capture Projects
CO2CRC's HyCaps Addresses Two Primary Limitations of Carbon Capture
Kalin Ned — November 13, 2025References: co2tech.au
CO2CRC, through its commercial entity CO2Tech, has engineered a hybrid carbon capture system named HyCaps that integrates solvent absorption and membrane separation into a unified process. This technology is engineered to address two primary limitations of conventional carbon capture — high energy consumption and large physical footprint.
CO2CRC's hybrid carbon capture system utilizes hollow-fiber membranes to separate gas and liquid phases. This design allows for solvent regeneration at lower temperatures without boiling, thereby significantly reducing the energy demand typically required. Furthermore, the membrane configuration provides a vastly increased surface area for chemical reactions within a compact module. This, in turn, makes he technology modular, scalable, and suitable for retrofitting into existing industrial plants with spatial constraints.
CO2CRC's HyCaps hybrid carbon capture system has undergone multiple pilot trials.
Image Credit:
CO2CRC