AirZyme has developed a platform that combines biological insight, computational tools, and experimental validation to select and optimise biocatalysts for carbon capture applications.
Our Process
How the Platform Works
Design & Discovery
We define requirements from the carbon capture process. Wild-type candidates with naturally robust properties are selected using proprietary and public datasets.
Design & Discovery
We define requirements from the carbon capture process. Wild-type candidates with naturally robust properties are selected using proprietary and public datasets.
Process Integration
Biocatalysts are configured for integration into industrial carbon capture processes and unit operations.
Process Integration
Biocatalysts are configured for integration into industrial carbon capture processes and unit operations.
Testing & Evolution
Biocatalysts are configured for integration into industrial carbon capture processes and unit operations.
Testing & Evolution
Biocatalysts are configured for integration into industrial carbon capture processes and unit operations.
Scale & Manufaturing
The platform is designed for scalable manufacturing and industrial deployment using established process design.
Scale & Manufaturing
The platform is designed for scalable manufacturing and industrial deployment using established process design.
"We see strong synergy between Capsol’s capture technology and AirZyme’s BioBoost. By significantly accelerating CO₂ absorption kinetics, BioBoost enables smaller absorber unit, lowering CapEx and OpEx, a key factor for scaling post-combustion capture."
Anders Grinrød,
Head of Innovation, Capsol Technologies
Our Process
How the Platform Works
Design & Discovery
We define requirements from the carbon capture process. Wild-type candidates with naturally robust properties are selected using proprietary and public datasets.
Design & Discovery
We define requirements from the carbon capture process. Wild-type candidates with naturally robust properties are selected using proprietary and public datasets.
Process Integration
Biocatalysts are configured for integration into industrial carbon capture processes and unit operations.
Process Integration
Biocatalysts are configured for integration into industrial carbon capture processes and unit operations.
Testing & Evolution
Biocatalysts are configured for integration into industrial carbon capture processes and unit operations.
Testing & Evolution
Biocatalysts are configured for integration into industrial carbon capture processes and unit operations.
Scale & Manufaturing
The platform is designed for scalable manufacturing and industrial deployment using established process design.
Scale & Manufaturing
The platform is designed for scalable manufacturing and industrial deployment using established process design.
AirZyme Sweden AB Nanna Svartz väg 4 SE-171 65 Solna, Sweden
© 2026 AirZyme Sweden AB. All rights reserved.
AirZyme Sweden AB Nanna Svartz väg 4 SE-171 65 Solna, Sweden
© 2026 AirZyme Sweden AB. All rights reserved.
AirZyme Sweden AB Nanna Svartz väg 4 SE-171 65 Solna, Sweden
© 2026 AirZyme Sweden AB. All rights reserved.
"We see strong synergy between Capsol’s capture technology and AirZyme’s BioBoost. By significantly accelerating CO₂ absorption kinetics, BioBoost enables smaller absorber unit, lowering CapEx and OpEx, a key factor for scaling post-combustion capture."
Anders Grinrød
Head of Innovation, Capsol Technologies
"We see strong synergy between Capsol’s capture technology and AirZyme’s BioBoost. By significantly accelerating CO₂ absorption kinetics, BioBoost enables smaller absorber unit, lowering CapEx and OpEx, a key factor for scaling post-combustion capture."
Anders Grinrød
Head of Innovation, Capsol Technologies
"We see strong synergy between Capsol’s capture technology and AirZyme’s BioBoost. By significantly accelerating CO₂ absorption kinetics, BioBoost enables smaller absorber unit, lowering CapEx and OpEx, a key factor for scaling post-combustion capture."
Anders Grinrød
Head of Innovation, Capsol Technologies
"We see strong synergy between Capsol’s capture technology and AirZyme’s BioBoost. By significantly accelerating CO₂ absorption kinetics, BioBoost enables smaller absorber unit, lowering CapEx and OpEx, a key factor for scaling post-combustion capture."
Anders Grinrød
Head of Innovation, Capsol Technologies