Biotechnological PFAS-degradation

Image shows part of the molecule perfluorooctanesulfonic acid, in the background an aerial photo of a stretch of coast

There are compounds so stable and inert that their potential for innovation and industrial applications seemed endless … and they have been produced in huge amounts. Their global accumulation in both environments, wildlife and humans, however, have lots of detrimental effects, but since they are so stable, there is nothing that we can do – or is there?


Growth factors are not only essential components of the cell culture medium for pharmacological products as Per- and polyfluoroalkyl substances (PFASs) are a group of synthetic chemical compounds featuring fluorine atoms on an alkyl chain. They are more commonly denominated as “forever chemicals” or more scientifically “persistent organic pollutants”. Currently more than 10,000 PFAS are known with polytetrafluoroethylene (aka Teflon) being probably the most famous one, but they are also used in cosmetics, textiles, plastics, firefighting foams, ski wax, and many more … Their carbon-fluoride backbone is one of the strongest known bonds in organic chemistry resulting in an extremely long environmental half-life. There are many health concerns associated with PFAs such as various cancers, low sperm count and mobility, lower birth weight, inflammatory bowel disease, etc. Today PFAS are spread globally and start to bioaccumulate with highest concentrations in top predators and humans. Since the bond is so strong and since the compounds are so new to nature, some believe them to be microbiologically inert and to persist in the environment for tens of thousands of years.


acib has gone beyond the limits of current state-of-the-art for many years and expanded the limits of what enzymes and microbes can do. Although synthetic compounds might be labelled as non-biodegradable, with our tools in laboratory evolution we can mimic millions of years of natural evolution to come up with the right tools to tackle even PFASs. In addition, we have successfully tapped the power of so-far undiscovered microbes and can also envisage to visit sites of high PFASs contaminations to look for microbes able to not only survive but to degrade PFASs under these conditions.

Project Offer

Under protection of a CDA/NDA we provide you with professional strategies for biotechnological degradation of PFASs of your choice. IP developed in such a project would fully belong to you as our investor/industrial partner.


Prof. Dr. Reingard Grabherr, Prof. Dr. Georg Gübitz, Prof. Dr. Harald Pichler, Dr. Birgit Wiltschi, Dr. Christian Gruber

Available for:

Joint Research Project, Contract Research, Investments

Development status:

Technology Readiness Level 1-2


Will be generated for you as our industrial partner / investor


PFAS, PFOS, PFOA, POSF, Bioaccumulation, Forever Chemicals, Persistent Organic Pollutants, Environmental Pollutants, Health Risks, Biocatalysis, Biodegradation, Directed Evolution

Dr. Martin U. Trinker
Director Business Development & Fundraising
Krenngasse 37
8010 Graz
+43 316 873 9316