Masters Student - Researcher
Spearheaded a pioneering research project focused on the development of a continuous process for recycling textile dyes using ionic liquids, specifically targeting polyester and polycotton blends.Utilized Triethylamine Methanesulfonate (TEA Meso4) as the ionic liquid to remove dyes effectively, preserving fiber integrity while significantly reducing water and energy usage compared to traditional dyeing and recycling methods.Conducted extensive batch and continuous process experiments to optimize critical parameters such as temperature, flow rates, and solvent recovery. The continuous process displayed improved scalability and environmental sustainability, paving the way for potential industrial applications.Addressed key challenges such as maintaining temperature control, consistent flow rates, and solvent recirculation, contributing to the refinement of the recycling system for industrial scale-upโโ.Contributed to the promotion of sustainable dye recycling methods, minimizing water pollution, chemical waste, and carbon footprint within the textile industry, in alignment with circular economy principlesโโโ.