Fraunhofer Institute for Process Engineering and Packaging IVVUsing biotechnology to precisely control industrial processes
Bio-based ester oils for hydraulic applications and photoprotective active ingredients from algae show how versatile biotechnology can already be used today. We are working exactly on such solutions in our laboratories. With the help of biological systems, microorganisms and enzymes, industrial processes can be controlled in a targeted way - efficiently, in a resource-saving manner and with a view to recyclability.
Companies from a wide range of industries are currently looking for precisely such solutions without compromising on performance or cost-effectiveness. Two of our team's current research projects show that this is possible.
In the "EnTE" project, we are developing a bio-based ester oil for hydraulic applications. The chosen approach starts directly with production: Plant-based raw materials and side streams from vegetable oil refining are efficiently converted into biodegradable high-performance lubricants using enzymes. The process conserves resources and is designed for industrial scalability.
The development of bio-based UV protective substances from algae is equally application-oriented. In the "MycoNoS" project, microalgae and cyanobacteria are cultivated biotechnologically to produce mycosporine-like amino acids. These natural photostable molecules absorb UV radiation efficiently. In addition to the development of active ingredients, the focus is also on scalable purification and integration into cosmetic formulations.
Biotechnology opens up a wide range of possibilities for innovative and sustainable products. If you are interested in a biotechnological solution for your application, please contact us.
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