Professor in Textile Chemistry and Scientific Director of CRSTTM, with expertise in sustainable textile processes, functional materials and textile wastewater treatment. My research focuses on the development and characterization of advanced and bio-based materials for pollutant removal, degradation of dyes and other textile contaminants, water treatment and reuse, and environmentally friendly textile processing. I am also involved in research projects addressing sustainable materials, water remediation and cleaner production technologies.
Keywords: Textile wastewater treatment; Functional materials; Pollutant removal and degradation; Sustainable water management.
Topic 1. Integrated Monitoring and Assessment for Sustainable Water Management
We are developing a project on the sustainable treatment, monitoring and reuse of textile wastewater using advanced and circular functional materials combined with digital technologies. The project targets the removal and degradation of dyes and other persistent pollutants, water recovery and reuse, and the reduction of the environmental impact of textile wet processing.
A key component will be the integration of Artificial Intelligence, IoT-based sensors, real-time monitoring and data-driven modelling to optimise treatment processes, predict process performance and support intelligent water management and reuse.
We are looking for complementary partners with expertise in advanced water treatment, membrane technologies, catalytic or adsorbent materials, smart sensors and IoT, Artificial Intelligence and process modelling, Life Cycle Assessment, and pilot-scale or industrial validation.
extile wastewater treatment, water reuse, circular materials, advanced oxidation processes, adsorption and catalysis, artificial intelligence, iot-based monitoring, smart water management, process modelling and optimisation, life cycle assessment.