At sufficient temperatures, specialty compositions of ceramic membranes can be engineered to transport ions — allowing them to act as selective ion transport ceramics at a molecular level. Active ceramic membranes can be applied to a growing variety of gas-to-chemicals (GTCh), gas-to-liquids (GTL), and solid oxide electrolysis (SOXE), conversion applications.
CoorsTek is working with leading technology partners - applying ceramic membranes to empower new applications in automotive, energy, chemical, and beyond.
Example Applications
Direct Natural Gas to Chemical Conversion
Generating Oxygen on Mars
Converting Natural Gas to Hydrogen for Clean, Efficient Transportation
Creating Pressurized Pure Oxygen
At sufficient temperatures, specialty compositions of ceramic membranes can be engineered to transport ions — allowing them to act as selective ion transport ceramics at a molecular level. Active ceramic membranes can be applied to a growing variety of gas-to-chemicals (GTCh), gas-to-liquids (GTL), and solid oxide electrolysis (SOXE), conversion applications.
CoorsTek is working with leading technology partners - applying ceramic membranes to empower new applications in automotive, energy, chemical, and beyond.
Example Applications
- Direct Natural Gas to Chemical Conversion
- Generating Oxygen on Mars
- Converting Natural Gas to Hydrogen for Clean, Efficient Transportation
- Creating Pressurized Pure Oxygen
