Natural polymers
This theme explores the properties of natural polymers as multifunctional materials as alternatives to petrochemical-based polymers. By doing so, our researchers offer a pathway to reduce the long-term environmental impact of plastic pollution.
Natural Polymers are formed through biological processes and can be extracted from plants, animals, and microorganisms. They are renewable, biodegradable, and abundant in functionalities not achievable with conventional polymers. We conduct research at the intersection of fundamental and applied research, exploring the relationship between structure and properties to develop designed materials that combine adequate properties and sustainability.
Topics
Topics includes:
- Nanocellulose extraction and modification
- Bio-polyelectrolyte complexes for adhesives, films, and coatings
- Design of multifunctional materials for packaging, coatings, and food systems
- Protein valorization for emulsions and films
- Hybrid polysaccharide materials composed of agar, alginate, chitosan, and others
Our Projects
Sustainable Nanocellulose: From Biomass Valorization to Biomedical Interfaces.
My research focuses on engineering nanocellulose across full value chain, from sustainable biomass conversion to functional biomedical systems. I develop green one-pot processing statregy to transform agricultural waste into advanced nanocellulose with tailored surface chemistry and colliodal property.
Sustainable Nanocellulose: From Biomass Valorization to Biomedical Interfaces
My research focuses on engineering nanocellulose across full value chain, from sustainable biomass conversion to functional biomedical systems. I develop green one-pot processing statregy to transform agricultural waste into advanced nanocellulose with tailored surface chemistry and colliodal property.
Sustainable Nanocellulose: From Biomass Valorization to Biomedical Interfaces.
My research focuses on engineering nanocellulose across full value chain, from sustainable biomass conversion to functional biomedical systems. I develop green one-pot processing statregy to transform agricultural waste into advanced nanocellulose with tailored surface chemistry and colliodal property.
Sustainable Nanocellulose: From Biomass Valorization to Biomedical Interfaces
My research focuses on engineering nanocellulose across full value chain, from sustainable biomass conversion to functional biomedical systems. I develop green one-pot processing statregy to transform agricultural waste into advanced nanocellulose with tailored surface chemistry and colliodal property.
Contact us
Do you have a question about sustainable polymers? Please contact our expert.
Research themes
Physical Chemistry and Soft Matter
Physical Chemistry and Soft Matter, led by Jasper van der Gucht, is interested in phenomena at the nanoscale.
Follow us on social media
Stay up-to-date and learn more through our social channel.