Specialty gases & emission control
Make dilute gases easier to treat or enabel their recovery
Specialty gases include high purity gases, special species or special gas blends. The production and recovery of these gases can be highly complex and costly due to limitations of traditional thermal separation such as distillation.
Specialty gases & emission control
Make dilute gases easier to treat or enabel their recovery
Specialty gases include high purity gases, special species or special gas blends. The production and recovery of these gases can be highly complex and costly due to limitations of traditional thermal separation such as distillation.
Specialty gases & emission control
Make dilute gases easier to treat or enabel their recovery
Specialty gases include high purity gases, special species or special gas blends. The production and recovery of these gases can be highly complex and costly due to limitations of traditional thermal separation such as distillation.
Pressure-driven molecular separation
Modular integration
Routes to treatment or recovery
Pressure-driven molecular separation
Modular integration
Routes to treatment or recovery
Specialty Gases & Emission Control
Our technology
Concentrate target gases by molecular size
High-precision molecular sieving separates suitable target gases from process and exhaust streams. The resulting concentrated stream can be routed towards treatment, destruction or further purification and potential reuse, depending on the application.
Specialty Gases & Emission Control
Our technology
Concentrate target gases by molecular size
High-precision molecular sieving separates suitable target gases from process and exhaust streams. The resulting concentrated stream can be routed towards treatment, destruction or further purification and potential reuse, depending on the application.
Specialty Gases & Emission Control
Our technology
Concentrate target gases by molecular size
High-precision molecular sieving separates suitable target gases from process and exhaust streams. The resulting concentrated stream can be routed towards treatment, destruction or further purification and potential reuse, depending on the application.
A targeted unit. Built around your system.
We configure a compact separation unit around your gas stream, available space and existing treatment or recovery equipment. Integration covers the required connections, utilities and conditioning so the output matches the needs of the next process step.
A targeted unit. Built around your system.
We configure a compact separation unit around your gas stream, available space and existing treatment or recovery equipment. Integration covers the required connections, utilities and conditioning so the output matches the needs of the next process step.
A targeted unit. Built around your system.
We configure a compact separation unit around your gas stream, available space and existing treatment or recovery equipment. Integration covers the required connections, utilities and conditioning so the output matches the needs of the next process step.
Benefits
Improve the economics of treatment and recovery
Recover valuable gases
Where recovered gas can meet the required specification, separation and purification can create a route to reuse.
Recover valuable gases
Where recovered gas can meet the required specification, separation and purification can create a route to reuse.
Increase purity of gases
Molecular sieving can enable to purify gas mixtures that are challenging or impossible to treat with other separation approaches.
Increase purity of gases
Molecular sieving can enable to purify gas mixtures that are challenging or impossible to treat with other separation approaches.
Reduce the volume sent to treatment
Concentrate target gases into a smaller stream so downstream equipment has less total gas to process.
Reduce the volume sent to treatment
Concentrate target gases into a smaller stream so downstream equipment has less total gas to process.
Could a smaller, more concentrated stream improve your treatment or recovery case?
Industries
See where separation could improve treatment or recovery
Industries
See where separation could improve treatment or recovery
Industries
See where separation could improve treatment or recovery
End-to-end solution
From screening to unit integration
1
Screen the stream
Share the target gases, concentration, flow and current treatment. We review the gas pair and intended outcome to assess whether molecular sieving is a suitable route to explore.
2
Establish feasibility
Assess the separation objective, operating conditions, downstream requirements and integration constraints. Compare the potential treatment or recovery benefit with the costs and requirements of the complete system.
3
Validate with a pilot
Test under relevant stream conditions to establish separation performance, output composition and operating requirements. Use the findings to evaluate technical fit and commercial potential.
Directly installed on plant
4
Define and integrate the unit
Where testing supports the case, define the separation unit and its interfaces with your site team and relevant engineering or abatement partners. Agree the downstream route and requirements for deployment.
End-to-end solution
From screening to unit integration
1
Screen the stream
Share the target gases, concentration, flow and current treatment. We review the gas pair and intended outcome to assess whether molecular sieving is a suitable route to explore.
2
Establish feasibility
Assess the separation objective, operating conditions, downstream requirements and integration constraints. Compare the potential treatment or recovery benefit with the costs and requirements of the complete system.
3
Validate with a pilot
Test under relevant stream conditions to establish separation performance, output composition and operating requirements. Use the findings to evaluate technical fit and commercial potential.
3
Validate with a pilot
Test under relevant stream conditions to establish separation performance, output composition and operating requirements. Use the findings to evaluate technical fit and commercial potential.
End-to-end solution
From screening to unit integration
1
Screen the stream
Share the target gases, concentration, flow and current treatment. We review the gas pair and intended outcome to assess whether molecular sieving is a suitable route to explore.
2
Establish feasibility
Assess the separation objective, operating conditions, downstream requirements and integration constraints. Compare the potential treatment or recovery benefit with the costs and requirements of the complete system.
3
Validate with a pilot
Test under relevant stream conditions to establish separation performance, output composition and operating requirements. Use the findings to evaluate technical fit and commercial potential.
Directly installed on plant
4
Define and integrate the unit
Where testing supports the case, define the separation unit and its interfaces with your site team and relevant engineering or abatement partners. Agree the downstream route and requirements for deployment.
FAQ
Your specialty-gas separation questions
FAQ
Your specialty-gas separation questions
FAQ
Your specialty-gas separation questions
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.