Chromis Technologies and the University of Kansas have earned a U.S. patent for a new fluoropolymer-coated membrane that separates azeotropic refrigerant blends. This game-changing innovation enables high-purity HFC-32 recovery, offering a scalable solution to one of the HVAC industry's toughest environmental challenges.
Chromis Technologies has secured a Japanese patent for its advanced amorphous crosslinked fluorinated copolymers — materials designed to enhance gas separation membranes used in natural gas processing, hydrogen purification, and refrigerant recovery. These high-performance polymers offer exceptional durability, chemical resistance, and selectivity, enabling more efficient and reliable membrane-based gas separation systems.
With help from the Mississippi Manufacturers Association Manufacturing Extension Partnership, Chromis Technologies has increased headcount and expanded its R&D and manufacturing footprint at the Mississippi Polymer Institute as it scales up production of CyclAFlor® Amorphous Fluoropolymers.
In today’s fast-paced manufacturing landscape, technical challenges can often push the boundaries of a company’s in-house expertise. For businesses striving to stay competitive, the right partners and resources can make all the difference. Chromis Technologies and the Mississippi Polymer Institute (MPI) are collaborating to deliver specialty polymers innovation and boost regional economic growth in Mississippi.
SunHydrogen is working with Chromis Technologies to integrate proton exchange membranes into its nanoparticle-based green hydrogen system. Customized CyclAFlor® amorphous fluoropolymers play a key role in enhancing PEM performance — advancing the development of sustainable, solar-driven hydrogen technology. Read the full press release here.