Our group has published new results on the use of TEMPO-oxidised cellulose nanofibrils for selective heavy metal ion removal from contaminated water streams. The study, published in Advanced Sustainable Systems, […]
The Ajimathew Lab is delighted to welcome three new PhD students joining the group this autumn to work on nanochitin, antibacterial composites, and AI-assisted synthesis. The students will be co-supervised […]
The Ajimathew Lab is proud to announce continued support from the Wallenberg Initiative Materials Science for Sustainability (WISE) for the Circulab automated materials discovery platform. Circulab integrates high-throughput synthesis, inline […]
Stockholm University researchers have developed an innovative method to produce textiles with reduced environmental impact by utilizing forestry residues and textile waste instead of conventional cotton and polycotton materials. The […]
Professor Aji Mathew’s research group at Stockholm University is developing methods to recycle textiles containing both natural and synthetic fibers. The textile sector carries significant environmental consequences. Approximately 63 percent […]
Bark beetles have devastated forests across Sweden and Europe since the hot summer of 2018. Sweden alone loses approximately 10 million cubic meters of timber annually, while Europe experiences roughly […]
Stockholm University researchers have secured nearly 5 million euros in EU funding for an ambitious four-year project launching in 2023. The BIO-Lush consortium, spearheaded by Professor Aji Mathew from the […]