Applications
Energy, Carbon Free: Spring-Energized Seals Applications
Description
Working with key partners in "green" industries such as hydrogen, our energy team have invested in internal research and development to engineer Omniseal® spring-energized sealing solutions for more low-carbon applications: carbon capture and storage and refueling stations. The seals provide reliability and tightness performance that solve the challenging requirements.
Polymer Seals For Carbon Capture & Storage
Polymer Seals For Refueling Stations
More Information
Temperature:
Pressure:
Chemical Compatibility:
Groove Adaptations:
Radial/Face Sealing:
Movement:
From -254°C to 365°C (-425°F to 690°F)
From UHV to 2068 bar
Broad range
Adapted to almost any type of groove
Depending on the application, these seals can be used for both radial and face sealing
Movement can be reciprocating/rotary and/or static/slow angular.
Applications include:
- Reciprocating/rotary motion (APS, 400A)
- Static, Slow Angular Motion (103A, RACO®)
- Cryogenic (103A, RACO®)
- Ultra High Vacuum (RACO®)
- Small size (APS)
- Low friction (APS)
- Back pressure (400A)
- High Temperature (400A)
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Case Studies
Discover in depth information and practical application tips in these use cases
100% (CO₂) Certified Polymers For Carbon Capture & Storage Applications
Because Carbon Capture & Storage (CCS) can achieve significant carbon dioxide (CO2) emission reductions, this process is considered a key and viable option within the portfolio of approaches required to reduce greenhouse gas (CHG) emissions. CCS involves three major steps; capturing CO2 at the source, compressing it for transportation, and then injecting into a deep reservoir at a carefully selected and safe site for permanent storage.
100% NH3 Certified Thermoplastics for Safe Ammonia Transfer
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