Immobilisation of Active Substances & Microorganisms

Immobilization of Active Compounds and Microorganisms

Immobilization of active compounds and living microorganisms is a powerful strategy with a wide range of applications across biotechnology, environmental science, and medicine. LEARN MORE >>

Microalgae

Next to bacteria and fungi, microalgae play a central role in our field of innovation focused on the immobilization of active ingredients and microorganisms for the biofunctionalization of material surfaces and biotechnological applications. LEARN MORE >>

Antimicrobial Surface Coatings & Testing

There is a growing demand for surfaces coated with antimicrobial agents, both in healthcare settings and in areas where many people are in close proximity. Key transmission points include objects such as handles, door knobs, switches, toilet seats, and

Microbial fuel cells (MFCs)

Microbial fuel cells (MFCs) utilize electroactive microorganisms to generate electricity. Unlike conventional fuel cells, MFCs use carbon-rich substrates such as glucose, acetate, wastewater, or even urine as fuel. These substrates are broken down by anaerobic microorganisms, releasing electrons in

Project: “Wood Preservative”

The project aimed to develop a wood preservative in which the biocidal active ingredient is securely bound both on the surface and within the interior of the treated wood. This binding method prevents the release of harmful substances and