Novel biobased furanic-aliphatic polyesters that are biodegradable and have tunable properties
The negative consequences of fossil raw materials are becoming more visible today, with examples including extreme weather and plastic waste pollution in the environment. Commodity
Metabolic engineering of microbial strains for production of long-chain diols and diacids
ACTPAC is a highly innovative and promising project which aims at the bio-chemical conversion of polyethylene (PE) (petroleum-based plastic) into bio-based polyesters (bio-based pl
The first ACTPAC consortium meeting and joint symposium took place on April 11-12 in Aarhus, Denmark
Over the course of two days, the ACTPAC consortium meeting and a joint symposium on chemo/biocatalytic upcycling of plastic wastes and synthetic biology for green transition took p
ACTPAC Virtual Kick-off Meeting – January 15th, 2024
The ACTPAC kick-off meeting has successfully taken place in a virtual setting on the 15th of January 2024. During the meeting, the partners introduced themselves, their expertise a