Development of new biobased composite materials

Our Research Group has two areas of expertise. The first one involves the development of technologies for producing and modifying synthetic resins, like epoxy, phenolic or polyurethanes. The second area focuses on the modification and processing of materials based on thermoplastic polymers, such as polyolefins or PVC, as well as biobased plastics like PLA or TPS. 

 What we specialize in? 

• Synthesis of phenolic resins using petrochemical and renewable raw materials (such as lignin) for various applications like gelcoats reinforced with natural fibers, fiberboards, water-resistant plywood, wood wool boards, and foams. 

• Technologies for producing bio- and fossil-based basic epoxy resins and glycidyl ethers, and their chemical modification for different applications, like biobased composites and prepregs, coatings, and glues. We are partners in the HE ESTELLA Project, which is developing epoxy vitrimer composites with inherent recyclability (https://estellaproject.eu/)..) 

• Synthesis of fully-biobased non-isocyanate polyurethanes (NIPU). We were partners in the H2020 BIOMOTIVE Project, which focused on the application of NIPU in the automotive industry (https://biomotive.info). 

• Development of synthesis and processing of novel biopolyesters (PEF, PPF) 

• Plasticization of starch and chitosan. 

• Grafting and cross-linking of polymers. 

• Development of polyolefine vitrimers – recyclable crosslinked plastics  

• Bio-based materials (sodium alginate, starch, cellulose, chitosan, etc.) for coating applications, including PFAS-free, antibacterial and water/oil resistant coatings  

• Development of new biopolymer materials (composites, films, foams, packaging materials, etc.), including polysaccharides and polyesters, using fully biodegradable bio-modifiers, bio-fillers and bio-flame retardants.  

• Development of new types of fiber-reinforced, multi-material, and high-filled composites. 

• Determination of the mechanical and rheological properties of polymer materials.  

• Material recycling solutions (mainly recycling of polymeric waste from petroleum-based polymers, but also from biopolymers) with reduced environmental impact in line with the EU's circular economy and zero pollution action plans.

We possess a well-equipped laboratory and advanced technological facilities with processing and testing machines. We are currently seeking partners interested in collaborating on innovative materials, particularly composite materials based on bioplastics and bio-based materials in the context of the Circular Economy. We are also open to other proposals that align with our knowledge and experience.

Contact persons:

damian.kielkiewicz@icso.lukasiewicz.gov.pl

katarzyna.halambiec@icso.lukasiewicz.gov.pl