Industrial precision.
Commercial sense.
Recover more value from existing processes with molecularly precise separation. Engineered around your process and delivered as a complete system, brought into operation on site.
Developed at ETH Zurich
No separation chemicals
Patented membrane technology
Developed at ETH Zurich
No separation chemicals
Patented membrane technology
90%
Sieving saves 90% Energy
+8%
production capacity from an existing process
Developed at ETH Zurich
No separation chemicals
Patented membrane technology
Benefits
Turn separation challenges into stronger process economics
Are valuable molecules being lost in off-gas or flare streams? Is separation limiting production capacity? Or are you looking for a more efficient way to bring emissions down? UniSieve targets the separation points where better performance can translate directly into stronger process economics.
Benefits
Turn separation challenges into stronger process economics
Are valuable molecules being lost in off-gas or flare streams? Is separation limiting production capacity? Or are you looking for a more efficient way to bring emissions down? UniSieve targets the separation points where better performance can translate directly into stronger process economics.
Benefits
Turn separation challenges into stronger process economics
Are valuable molecules being lost in off-gas or flare streams? Is separation limiting production capacity? Or are you looking for a more efficient way to bring emissions down? UniSieve targets the separation points where better performance can translate directly into stronger process economics.
+8%
production capacity from an existing process
Unlock more capacity
Remove separation bottlenecks that limit production from existing assets.
+8%
production capacity from an existing process
Unlock more capacity
Remove separation bottlenecks that limit production from existing assets.
+8%
production capacity from an existing process
Unlock more capacity
Remove separation bottlenecks that limit production from existing assets.
90%
Sieving saves 90% Energy
Recover more product
Recover valuable molecules from off-gas and process streams that would otherwise be lost, flared or destroyed.
90%
Sieving saves 90% Energy
Recover more product
Recover valuable molecules from off-gas and process streams that would otherwise be lost, flared or destroyed.
90%
CO₂ captured from the incoming gas stream
Recover more product
Recover valuable molecules from off-gas and process streams that would otherwise be lost, flared or destroyed.
25,000 tonnes
of CO₂ captured per year
Control emissions
Reduce emissions with more efficient separation, without relying on energy-intensive or chemical-heavy treatment.
25,000 tonnes
of CO₂ captured per year
Control emissions
Reduce emissions with more efficient separation, without relying on energy-intensive or chemical-heavy treatment.
25,000 tonnes
CO₂ captured from the incoming gas stream
Control emissions
Reduce emissions with more efficient separation, without relying on energy-intensive or chemical-heavy treatment.
Multiple separation ranges
Membrane technology
Separation by molecular size
When your gas stream enters the membrane, a pressure difference drives molecules towards the crystalline pores. Molecules that pass more readily through form the permeate stream; those that are retained continue as the retentate stream. The result is two streams with different compositions.
Multiple separation ranges
Membrane technology
Separation by molecular size
When your gas stream enters the membrane, a pressure difference drives molecules towards the crystalline pores. Molecules that pass more readily through form the permeate stream; those that are retained continue as the retentate stream. The result is two streams with different compositions.
Multiple separation ranges
Membrane technology
Separation by molecular size
When your gas stream enters the membrane, a pressure difference drives molecules towards the crystalline pores. Molecules that pass more readily through form the permeate stream; those that are retained continue as the retentate stream. The result is two streams with different compositions.
End-to-end solution
From membrane technology to a complete industrial solution
At the core sits UniSieve’s proprietary membrane technology. It enables continuous gas separation at molecular level, using far less energy than conventional methods and allowing valuable components to be recovered and reused. From there, we engineer the complete solution around the process and take it through integration, commissioning and operation on site.
End-to-end solution
From membrane technology to a complete industrial solution
At the core sits UniSieve’s proprietary membrane technology. It enables continuous gas separation at molecular level, using far less energy than conventional methods and allowing valuable components to be recovered and reused. From there, we engineer the complete solution around the process and take it through integration, commissioning and operation on site.
1
Identify the opportunity
Review your CO₂ source, concentration, annual volume 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.
1
Identify the opportunity
Review your CO₂ source, concentration, annual volume 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.
Gas separation solutions
One separation platform. Three industrial applications.
Gas separation solutions
One separation platform. Three industrial applications.
Gas separation solutions
One separation platform. Three industrial applications.
Resources
Stay up to date with the latest news
Resources
Stay up to date with the latest news
Resources
Stay up to date with the latest news
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.