Did you know that tire abrasion and washing of synthetic textiles are main contributors to microplastic pollution in the environment? There is an urgent need for bio-based and fully biodegradable alternatives. However, some features have been challenging to replace, such as the elasticity of some plastics. Discover how acib has found a solution that can also help combat climate change …
Background
Technology
Offer
acib offers an exclusive opportunity to develop mcl-PHAs based biopolymers featuring characteristics required for your planned purpose(s). We offer to scale up mcl-PHA production from our lab-scale gas fermentation process to a pilot/demo plant, ensuring a seamless transition to industrial-scale production. Intellectual property (IP) generated during the collaboration can transferred to you, our investor/industrial partner. acib has 30+ years of experience and has worked successfully with >250 industry partners. By collaborating with acib, you can be the first to enter the market with highly sustainable and biodegradable mcl-PHAs-derived products!
Experts:
Dr. Regina Kratzer, Dr. Anita Emmerstorfer-Augustin, Prof. Dr. Gregor TrimmelDevelopment status:
TRL 3 (experimental proof-of-concept) for mcl-PHAsTRL 4 (technology validated in lab) for PHB (and PHBHV) production from CO2