Biomass
Create a route for your biogenic CO₂
Capture biogenic CO₂. Create a route for use or storage.
If your biomass plant is under pressure to reduce CO₂ emissions and create a credible route for its biogenic CO₂, capture can be part of the answer. Recover CO₂ from flue gas with a fully electrified membrane system and route it towards on-site use, external offtake or permanent storage.
Biomass
Create a route for your biogenic CO₂
Capture biogenic CO₂. Create a route for use or storage.
If your biomass plant is under pressure to reduce CO₂ emissions and create a credible route for its biogenic CO₂, capture can be part of the answer. Recover CO₂ from flue gas with a fully electrified membrane system and route it towards on-site use, external offtake or permanent storage.
Biomass
Create a route for your biogenic CO₂
Capture biogenic CO₂. Create a route for use or storage.
If your biomass plant is under pressure to reduce CO₂ emissions and create a credible route for its biogenic CO₂, capture can be part of the answer. Recover CO₂ from flue gas with a fully electrified membrane system and route it towards on-site use, external offtake or permanent storage.
Benefits
Build a business case around your CO₂ emission
For biomass plants, carbon capture can create value by reducing emissions while creating a route for biogenic CO₂ valorisation. The business case depends on your flue gas composition, operating profile and the destination of the captured CO₂.
Create a route for biogenic CO₂
Recover CO₂ from your flue gas and condition the captured stream for on-site use, external offtake or permanent storage.
Lower the energy burden
Use fully electrified, pressure-driven membrane separation without energy-intensive, solvent thermal regeneration in the core capture step.
Build around your operation
Configure a modular, containerised system around your flue-gas volume, site constraints and the intended CO₂ route and extend capacity any time.
Benefits
Build a business case around your CO₂ emission
For biomass plants, carbon capture can create value by reducing emissions while creating a route for biogenic CO₂ valorisation. The business case depends on your flue gas composition, operating profile and the destination of the captured CO₂.
Create a route for biogenic CO₂
Recover CO₂ from your flue gas and condition the captured stream for on-site use, external offtake or permanent storage.
Lower the energy burden
Use fully electrified, pressure-driven membrane separation without energy-intensive, solvent thermal regeneration in the core capture step.
Build around your operation
Configure a modular, containerised system around your flue-gas volume, site constraints and the intended CO₂ route and extend capacity any time.
Benefits
Build a business case around your CO₂ emission
For biomass plants, carbon capture can create value by reducing emissions while creating a route for biogenic CO₂ valorisation. The business case depends on your flue gas composition, operating profile and the destination of the captured CO₂.
Create a route for biogenic CO₂
Recover CO₂ from your flue gas and condition the captured stream for on-site use, external offtake or permanent storage.
Lower the energy burden
Use fully electrified, pressure-driven membrane separation without energy-intensive, solvent thermal regeneration in the core capture step.
Build around your operation
Configure a modular, containerised system around your flue-gas volume, site constraints and the intended CO₂ route and extend capacity any time.
Have a storage or funding pathway taking shape for your biogenic CO₂?
That may be the capture case worth exploring.
Biogenic CO₂
on-site use, external offtake or permanent storage
Have a storage or funding pathway taking shape for your biogenic CO₂?
That may be the capture case worth exploring.
Biogenic CO₂
on-site use, external offtake or permanent storage
Have a storage or funding pathway taking shape for your biogenic CO₂?
That may be the capture case worth exploring.
Biogenic CO₂
on-site use, external offtake or permanent storage
End-to-end solution
Assess first. Validate on your stream. Then scale.
1
Establish feasibility
Review your CO₂ source, flue-gas composition, annual volume, operating hours, biomass feedstock and intended destination. Together, we assess the capture opportunity, operating requirements and conditions for a viable project.
2
Validate with a pilot
Test on your own flue gas to establish relevant performance and operating data. The findings help your team evaluate technical fit and commercial potential before scaling.
Directly installed on plant
3
Deploy & operate
Once the case is proven, configure the full system around your site, operating requirements and CO₂ route. Then integrate and bring it into operation.
End-to-end solution
Assess first. Validate on your stream. Then scale.
1
Establish feasibility
Review your CO₂ source, flue-gas composition, annual volume, operating hours, biomass feedstock and intended destination. Together, we assess the capture opportunity, operating requirements and conditions for a viable project.
2
Validate with a pilot
Test on your own flue gas to establish relevant performance and operating data. The findings help your team evaluate technical fit and commercial potential before scaling.
Directly installed on plant
3
Deploy & operate
Once the case is proven, configure the full system around your site, operating requirements and CO₂ route. Then integrate and bring it into operation.
End-to-end solution
Assess first. Validate on your stream. Then scale.
1
Establish feasibility
Review your CO₂ source, flue-gas composition, annual volume, operating hours, biomass feedstock and intended destination. Together, we assess the capture opportunity, operating requirements and conditions for a viable project.
2
Validate with a pilot
Test on your own flue gas to establish relevant performance and operating data. The findings help your team evaluate technical fit and commercial potential before scaling.
Directly installed on plant
3
Deploy & operate
Once the case is proven, configure the full system around your site, operating requirements and CO₂ route. Then integrate and bring it into operation.
FAQ
Questions about CO₂ capture from biomass
FAQ
Questions about CO₂ capture from biomass
FAQ
Questions about CO₂ capture from biomass
Tell us what you’re trying to improve. We’ll explore what’s possible.
Share the separation challenge you’re dealing with today. We’ll help assess where molecular sieving could improve recovery, capacity, efficiency or emissions and what that could mean for your process.
Tell us what you’re trying to improve. We’ll explore what’s possible.
Share the separation challenge you’re dealing with today. We’ll help assess where molecular sieving could improve recovery, capacity, efficiency or emissions and what that could mean for your process.
Tell us what you’re trying to improve. We’ll explore what’s possible.
Share the separation challenge you’re dealing with today. We’ll help assess where molecular sieving could improve recovery, capacity, efficiency or emissions and what that could mean for your process.