Functional Biomaterials
The Functional Biomaterials line of research explores ways to develop and improve the properties and performance of biological building materials, such as wood.
These include improved resistance against degradation processes, improved fire behavior, service life extension, less maintenance costs, less emissions and raw material consumption. To achieve these goals, we collaborate nationally and internationally with research groups active in the fields of 'life science', chemistry and wood research. We always hold close contacts with relevant stakeholders to keep us updated about the market developments.
Key themes in our research
- Biological Building Materials
- Functions
- Reduction of emissions
(Bio) Chemical Fire Retardants
Wood is an important building material for application in a circular economy. However, fire safety and environmental aspects play an increasingly significant role here. Although the use of flame retardants is often required, their effect on the service life and environment is often detrimental and can be a barrier to recycling.
All projects
- Effect of the (bio)chemical composition of a biological wood coating with Aureobasidium pullulans on its fire-retardant properties
- Production of biopolymers (by the fungus Aureobasidium pullulans) for improved adhesion
- Potential remediation processes with Aureobasidium
- Assessment of potential inorganic wood treatments to improve properties
- Collaboration agreement Gooskens to assess a wood treatment with polypyrrol
Our partners
Collaboration?
Would you like more information? Do you want to explore the possibility of a joint research project? Please contact us!
