Compact Membrane Systems (CMS) products
Non-Porous Perfluoropolymer Membranes
Non-porous perfluoropolymer membranes can be used to remove dissolved gases from a liquid. This can be done for a number of reasons including unit operations (e.g., removal of dissolved oxygen in your fuel) or for sensing purposes (e.g., removal of gases from transformer oil to sense for degradation and wear on the transformer). In both cases, the removal of gases can be done in real-time, streamlining the process.
Optiperm - Olefin Paraffin Separation Membrane Systems
Compact Membrane Systems provides new, economically attractive technology for separating olefins from paraffins, enabling petrochemical suppliers to achieve higher yield, with less energy intensive and lower cost olefin-paraffin separation. This patented technology extends and enhances existing capital infrastructure — debottlenecking, expanding capacity, and capturing waste streams — with modest capital investment and high returns.
Solvents Dehydration Membrane Systems
Dissolved Gas Removal Membrane Systems
Non-porous perfluoropolymer membranes remove dissolved gases from liquid. Applications include unit operations (e.g., removal of dissolved oxygen in your fuel) or for sensing purposes (e.g., removal of gases from transformer oil to sense for degradation and wear on the transformer).
Oil and Lubricant Dehydration Membranes
Lubricant Dehydration Membrane Technology
CMS membrane technology is the effective, easy to use, and low cost commercial solution for removing free, emulsified, and dissolved water from lubricants and oils.
Marine Lubricant Dehydration Membrane Technology
CMS membrane technology is the effective, easy to use, and cost effective solution for removing free, emulsified, and dissolved water from all types of lubricants used on marine vessels, including new EPA mandated environmentally acceptable lubricants (EALs).
