From furniture to window frames and indoor walls, whenever something is painted it should dry fast. But did you know that toxic heavy metals such as cobalt are commonly used as siccative to achieve this fast hardening of paints. acib has developed enzymes to not only remove toxicity from paints, but from their whole indoor surrounding as well.
acib has carefully selected and engineered enzymes to survive the conditions found in paints and to cross-link alkyd resins leading to a faster drying of the paint, without the need of toxic metals. Even better, acib can integrate enzymes in water-based decorative paints for the active detoxification of hazardous or malodorous compounds and even bacteriolytic enzymes creating a place for health and well-being. Just imagine the stench of hydrogen sulphide and butyric acid being naturally removed in public toilets or formaldehyde and aromatic compounds being eliminated from your children’s room, while enzyme provide additional protection from potentially harmful bacteria.
acib has also started to develop non-toxic, bio-based compounds with flame-retardant properties to protect wood-based building materials and to meet safety requirements. Such coatings can also be integrated into bio-based hydrogels to protect trees from wildfires without harming the environment.
Experts:Prof. Dr. Georg Gübitz, Dr. Gibson Nyanhongo
Available for:Investment, Joint Research Projects, Contract Research
Development status:Technology Readiness Level 2-4 (Technology validated in lab)
IPR:WO2012085016. More can be generated for our industrial partners / investors
Keywords:Green Chemistry, Bio-Paints, Bio-Based Coatings, Environmentally-Friendly, Enzymatic Degradation, Malodorous Compounds, Toxic Compounds, Flame-Retardants, Hydrogels
Picture credits: Pixabay