Gas Treating Technology
To help refiners and gas processors meet their sulfur removal targets and today’s stringent emission regulations, we provide world-class gas treating technologies. Jointly developed by BASF and ExxonMobil, OASE® sulfexx™ technology provides selective sulfur removal and high energy efficiency. FLEXSORB™ SE and FLEXSORB™ SE Plus technologies are designed for selective removal of H2S in the presence of CO2 using proprietary severely sterically hindered amines.
These exceptional gas-treating technologies are designed to enable:
- Low operating costs and energy consumption
- Low capital costs
- Environmental benefits
Our Process
Our Applications
OASE® sulfexx™ technology
Backed by robust technical support, OASE sulfexx solvent enables selective removal of hydrogen sulfide (H2S) while minimizing the co-absorption of carbon dioxide (CO2).
Learn moreFLEXSORB™ technology
Proven in over 100 commercial units worldwide, the FLEXSORB suite of gas-treating technologies and absorbents enables processing of sour gas streams while helping to meet emission regulations and sulfur recovery objectives.
Learn moreFeatured resources
-
ExxonMobil Catalysts and Licensing LLC and BASF Corporation to demonstrate the next generation of high performance selective solvent to decrease sulfur emissions
Innovative technology improves selective removal of H₂S and minimizes absorption of CO₂ from gas streams.
-
ExxonMobil Catalysts and Licensing LLC, BASF Corporation form gas treating alliance for natural gas processing and petroleum refining
The alliance leverages ExxonMobil and BASF’s collective expertise to meet customer needs.
-
A Particle of Difference
How ExxonMobil Catalysts and Technology Licensing solves shared challenges through expertise, specialty catalysts, technology licensing and collaboration.
-
ExxonMobil Catalysts and Technology Licensing – summary of technologies offered
Learn about the cutting-edge, proprietary catalysts and advantaged process technologies that ExxonMobil provides for refining, gas and chemical needs.