Focus area I - From renewable raw materials to recyclable materials
The transition to a bioeconomy requires new concepts for the use of renewable resources. The increased use of local, renewable raw and residual materials as an alternative to petrochemical base materials forms the basis for sustainable industrial production. In this context, the development of new resource-efficient strategies plays a central role.
Innovative approaches for the synthesis of functional intermediates, polymers and active pharmaceutical ingredients are required to enable the biological transformation of industries. In addition, the corresponding substances and materials must be equipped with specific properties. In focus area 1, we are working on the targeted use of novel monomers from renewable raw materials for the production of intermediates with multiple uses and reusable polymers. At the same time, we are developing high-quality active pharmaceutical ingredients and bio-based coatings that enable functionalization with value-enhancing properties. Our research approaches make an important contribution to the resource turnaround and create new economic opportunities for industry.

BL1-1 AMLSyn
Establishment of a robust cell system for the biotechnological production of alpha-methylene lactones, in particular tulipalin A

BL1-2 BioCapa
Development of a production process for bio-based caprolactone

BL1-3 Bio4Clean
Functional diols and diamines as building blocks for new sustainable functional polymers based on regionally available sustainable raw materials for use in detergents and cleaning agents

BL1-4 AROUND
Alternative routes for sustainable diamines based on biobased raw materials

BL1-5 ProPhos
Application of novel technological concepts for phosphorus recovery from biomass for the production of bio-based polyphosphates

BL1-6 Bio-CO2 polymers
Development of a multi-enzymatically mediated CO2 conversion to DHA-based polymers

BL1-7 EBRA
Development of disposable products with biobased coatings derived from regional agricultural waste streams of the food industry

BL1-8 BioProNuk
Biocatalytic production technology for nucleotide sugars – Valorization of renewable raw materials