The Faculty of Chemical Technology (FCT) specializes in synthesizing and characterizing functional materials, with key applications in sustainability, energy, and human health. FCT actively collaborates internationally, developing advanced organic photoconductors for renewable energy applications, electroactive materials for OLEDs and semiconductors, and sustainable materials for environmental remediation. Health-focused research includes bioactive compound synthesis, biomedical materials, advanced drug-delivery systems, alternative protein technologies, and circular economy approaches to food safety and resource efficiency. The Faculty emphasizes partnerships with multinational companies and integration into global research infrastructures. Additionally, FCT investigates synthetic biology and metabolic engineering to produce high-value biomaterials and microbial solutions supporting sustainable health innovations.
Expertise:
Analytical chemistry capabilities: Development of sensitive analytical protocols for detecting contaminants and bioactive compounds, supported by infrastructure including NMR spectroscopy, LC-MS/MS, GC-MS/MS, ICP-MS, FTIR, Raman spectroscopy, and microscopy techniques, ensuring precise characterization and quantification of chemical substances in various matrices.
Advanced polymer materials development: Expertise in synthesis, functionalization, and application of novel polymeric materials and composites with a focus on sustainable packaging and bio-based solutions. Laboratories are equipped with facilities for polymer synthesis, extrusion, injection moulding, and comprehensive material characterization.
Biodegradable polymer technologies: Experience in creating biodegradable polymer formulations, including foams and functional coatings, aimed at reducing environmental pollution. Ongoing research addresses the control of polymer degradation kinetics and sustainable applications.
Environmental engineering and remediation: Development of innovative methods for pollutant monitoring, control, and remediation, including chemical, biological, and advanced oxidation processes, with an emphasis on addressing real-world environmental pollution challenges and resource recovery.
Sustainable food technologies: Development, processing, and application of functional food materials and bioproducts using advanced extraction, fermentation, encapsulation and structural design methods, aimed at improving health, preventing chronic diseases, and promoting sustainable diets.
Circular economy and waste valorisation: Expertise in developing sustainable waste-to-resource conversion methods, including chemical recycling, valorisation of agricultural and industrial by-products, and lifecycle assessments, substantiated by ongoing national research projects.
Industry Collaboration: Established and active collaboration with industry partners across sectors including food processing, packaging, chemical manufacturing, biotechnology, and environmental services, facilitating the practical application of research findings, knowledge transfer, and joint development of innovative solutions.