The Biocatalytic
The Biocatalytic
Engine
Engine
for Carbon Removal
for Carbon Removal

High-performance biocatalysts engineered to accelerate capture kinetics and significantly reduce energy demand across multiple CO₂ pathways.

High-performance biocatalysts engineered to accelerate capture kinetics and significantly reduce energy demand across multiple CO₂ pathways.

About

About

Building the Next Generation of Carbon Capture

Building the Next Generation of Carbon Capture

Building the Next Generation of Carbon Capture

AirZyme develops engineered biocatalysts that replicate and accelerate natural CO₂ conversion pathways. By optimizing these biocatalysts for industrial conditions, we enable faster capture kinetics and lower energy demand. The platform integrates across point-source capture, direct air capture, direct ocean capture, and accelerated weathering systems.

AirZyme develops engineered biocatalysts that replicate and accelerate natural CO₂ conversion pathways. By optimizing these biocatalysts for industrial conditions, we enable faster capture kinetics and lower energy demand. The platform integrates across point-source capture, direct air capture, direct ocean capture, and accelerated weathering systems.

AirZyme develops engineered biocatalysts that replicate and accelerate natural CO₂ conversion pathways. By optimizing these biocatalysts for industrial conditions, we enable faster capture kinetics and lower energy demand. The platform integrates across point-source capture, direct air capture, direct ocean capture, and accelerated weathering systems.

Where AirZyme Works

Where AirZyme Works

Carbon Capture Pathways

Carbon Capture Pathways

Carbon Capture Pathways

Point Source Capture

Point Source Capture

Point Source Capture

Biocatalyst-enhanced systems improve CO₂ absorption at engineered interfaces, increasing capture rates while reducing energy demand in industrial processes.

Direct Ocean Capture (DOC)

Direct Ocean Capture (DOC)

Direct Ocean Capture (DOC)

Biocatalysts accelerate the conversion of dissolved CO₂ at solid–fluid interfaces, enabling effective ocean-based carbon removal.

Direct Air Capture (DAC)

Direct Air Capture (DAC)

Direct Air Capture (DAC)

Integrated biocatalyst systems accelerate CO₂ uptake from ambient air with high efficiency and modular deployment.

Accelerated Weathering

Accelerated Weathering

Accelerated Weathering

Catalytic enhancement of CO₂ hydration at reactive interfaces increases mineral carbonation rates for permanent storage.

Performance Highlights

Performance Highlights

Validated performance in point-source carbon capture systems.

Validated performance in point-source carbon capture systems.

Validated performance in point-source carbon capture systems.

A Biomimetic Approach to Carbon CaptureIntroduce AirZyme’s enzyme-based biocatalyst platform inspired by nature.

A Biomimetic Approach to Carbon CaptureIntroduce AirZyme’s enzyme-based biocatalyst platform inspired by nature.

A Biomimetic Approach to Carbon CaptureIntroduce AirZyme’s enzyme-based biocatalyst platform inspired by nature.

3× Faster CO₂ Uptake

Enables smaller absorbers and higher system throughput.

30% CapEx / OpEx Reduction

Driven by reduced equipment size and lower energy demand.

Industrial Stability

Engineered for reliable operation under industrial conditions, replacing conventional chemical promoters.

Funded Pilot Projects

Validating our technology in real-world carbon capture systems.

Validating our technology in real-world carbon capture systems.

Validating our technology in real-world carbon capture systems.

BioBoost

BioBoost

BioBoost

Funded by the Swedish Energy Agency and developed with Capsol Technologies and Stockholm Exergi to validate biocatalyst-enhanced point-source carbon capture with improved kinetics and reduced energy demand

Funded by the Swedish Energy Agency and developed with Capsol Technologies and Stockholm Exergi to validate biocatalyst-enhanced point-source carbon capture with improved kinetics and reduced energy demand

Funded by the Swedish Energy Agency and developed with Capsol Technologies and Stockholm Exergi to validate biocatalyst-enhanced point-source carbon capture with improved kinetics and reduced energy demand

BioDAC

BioDAC

BioDAC

Funded by CarbonFix and Vinnova to advance a biocatalyst-enabled membrane suitable for direct air capture and low-concentration CO₂ streams

Funded by CarbonFix and Vinnova to advance a biocatalyst-enabled membrane suitable for direct air capture and low-concentration CO₂ streams

Funded by CarbonFix and Vinnova to advance a biocatalyst-enabled membrane suitable for direct air capture and low-concentration CO₂ streams

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.