Refrigerants
Create a recovery route for mixed refrigerant streams
Separate mixed streams. Create a route towards reuse.
Mixed and off-spec refrigerant streams can be difficult to bring back to specification. We assess whether molecular sieving can separate suitable refrigerant pairs so recovered components can move towards further purification, reclamation and potential reuse.
Refrigerants
Create a recovery route for mixed refrigerant streams
Separate mixed streams. Create a route towards reuse.
Mixed and off-spec refrigerant streams can be difficult to bring back to specification. We assess whether molecular sieving can separate suitable refrigerant pairs so recovered components can move towards further purification, reclamation and potential reuse.
Refrigerants
Create a recovery route for mixed refrigerant streams
Separate mixed streams. Create a route towards reuse.
Mixed and off-spec refrigerant streams can be difficult to bring back to specification. We assess whether molecular sieving can separate suitable refrigerant pairs so recovered components can move towards further purification, reclamation and potential reuse.
Benefits
Recover more value from mixed refrigerant streams
Mixed or off-spec refrigerant streams can still contain valuable components. For suitable refrigerant pairs, molecular sieving can create a separation step towards further purification and potential reuse.
Separate mixed or off-spec streams
Separate suitable refrigerant components so they can move towards further purification and potential reuse.
Keep more refrigerant in use
Where separation and purification can achieve the required specification, recovered components can move back towards reuse rather than treatment or destruction.
Build around your existing reclamation process
Add a containerised separation step alongside your current reclamation equipment. The core separation process uses no solvents, water or heat.
Benefits
Recover more value from mixed refrigerant streams
Mixed or off-spec refrigerant streams can still contain valuable components. For suitable refrigerant pairs, molecular sieving can create a separation step towards further purification and potential reuse.
Separate mixed or off-spec streams
Separate suitable refrigerant components so they can move towards further purification and potential reuse.
Keep more refrigerant in use
Where separation and purification can achieve the required specification, recovered components can move back towards reuse rather than treatment or destruction.
Build around your existing reclamation process
Add a containerised separation step alongside your current reclamation equipment. The core separation process uses no solvents, water or heat.
Benefits
Recover more value from mixed refrigerant streams
Mixed or off-spec refrigerant streams can still contain valuable components. For suitable refrigerant pairs, molecular sieving can create a separation step towards further purification and potential reuse.
Separate mixed or off-spec streams
Separate suitable refrigerant components so they can move towards further purification and potential reuse.
Keep more refrigerant in use
Where separation and purification can achieve the required specification, recovered components can move back towards reuse rather than treatment or destruction.
Build around your existing reclamation process
Add a containerised separation step alongside your current reclamation equipment. The core separation process uses no solvents, water or heat.
Do you have mixed or off-spec refrigerant streams that you cannot currently reclaim?
That may be the stream worth testing first.
Do you have mixed or off-spec refrigerant streams that you cannot currently reclaim?
That may be the stream worth testing first.
Do you have mixed or off-spec refrigerant streams that you cannot currently reclaim?
That may be the stream worth testing first.
Application development
Screen the refrigerant pair. Validate the separation. Then integrate.
1
Screen the refrigerant pair
Share the refrigerants in the stream, their concentrations and flow, how the stream is handled today and the specification you need. We assess whether molecular sieving is a suitable route to explore.
2
Establish feasibility
Assess the separation objective, operating conditions, downstream requirements and integration constraints. Define what the complete process would need to achieve.
Directly installed on plant
3
Validate and define integration
Test on your own stream to establish separation performance, output composition and operating requirements. Where testing supports the case, configure the separation unit around your reclamation process and downstream route, then define the requirements for integration.
Application development
Screen the refrigerant pair. Validate the separation. Then integrate.
1
Screen the refrigerant pair
Share the refrigerants in the stream, their concentrations and flow, how the stream is handled today and the specification you need. We assess whether molecular sieving is a suitable route to explore.
2
Establish feasibility
Assess the separation objective, operating conditions, downstream requirements and integration constraints. Define what the complete process would need to achieve.
Directly installed on plant
3
Validate and define integration
Test on your own stream to establish separation performance, output composition and operating requirements. Where testing supports the case, configure the separation unit around your reclamation process and downstream route, then define the requirements for integration.
Application development
Screen the refrigerant pair. Validate the separation. Then integrate.
1
Screen the refrigerant pair
Share the refrigerants in the stream, their concentrations and flow, how the stream is handled today and the specification you need. We assess whether molecular sieving is a suitable route to explore.
2
Establish feasibility
Assess the separation objective, operating conditions, downstream requirements and integration constraints. Define what the complete process would need to achieve.
Directly installed on plant
3
Validate and define integration
Test on your own stream to establish separation performance, output composition and operating requirements. Where testing supports the case, configure the separation unit around your reclamation process and downstream route, then define the requirements for integration.
FAQ
Questions about refrigerant separation and reclamation
FAQ
Questions about refrigerant separation and reclamation
FAQ
Questions about refrigerant separation and reclamation
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.