Profile | DEVELOPER

Logo	Name	Type	Year of Establishment	Industry Tag
	Flinders University	Academia	1966
Hi we’re Flinders University! Flinders University is leading PFAS research, focusing on remediation technologies and sustainable alternatives. They have developed a polymer-carbon blend to remove PFAS from water and are exploring seaweed-based biopolymers as eco-friendly food packaging coatings.
	eVent Fabrics	Industry Player	2003	Textile
Hi we’re eVent Fabrics! eVent® Fabrics, a developer of waterproof, breathable, and windproof fabric laminates, introduced a high-performance laminate featuring PFAS-free membrane.
	Temple University	Academia	1884
Hi we’re Temple University! Temple University is a major U.S. public research university known for programs in environmental science, engineering, and public health. Temple researchers are developing advanced PFAS removal and destruction approaches—including electrochemical and adsorption-based treatments—and studying PFAS exposure and health impacts in urban water systems to inform safer remediation strategies.
	iFabric Corp	Industry Player	1985	Textile
Hi we’re iFabric Corp! iFabric Corp. develops and commercializes performance textile technologies, including fluorine-free durable water-repellent coatings for apparel designed to reduce bacterial contamination without using fluorinated chemicals.
	Zeus	Industry Player	1966	Material
Hi we’re Zeus! Zeus Industrial Products Inc. develops advanced polymer solutions and has introduced the PFX portfolio, including a next-generation catheter liner designed as an alternative to film-cast PTFE.
	Chungnam National University	Academia	1952	Material Water Treatment
Hi we’re Chungnam National University! Chungnam National University is involved in developing technologies to trap and detect pollutant compounds such as PFOA from complex samples without pretreatment for environmental and food safety analysis.
	Korea Research Institute of Chemical Technology (KRICT)	Academia	1976	Material Water Treatment
Hi we’re Korea Research Institute of Chemical Technology (KRICT)! Korea Research Institute of Chemical Technology has developed a trap-based microfluidic device that enables one-step extraction and detection of pollutants such as PFOA from complex samples without pretreatment for environmental and food safety analysis.
	Swansea University	Academia	1920
Hi we’re Swansea University! Swansea University is involved in research on a carbon-based photocatalyst designed to use sunlight to degrade PFAS contaminants.