Affiliation
National Institute of Marine Sciences and technologies INSTM-Tunisia
Shipboard training
Research subject
Advanced detection, characterization, and removal of microplastics from water matrices
Supervisor
Dr Sana Ben Ismail
Short CV
I am a marine chemist and PhD candidate specializing in the detection, characterization, and removal of microplastics from aquatic environments. With a strong foundation in chemistry, my research focuses on advancing analytical and remediation strategies to better understand and mitigate emerging pollutants in water systems.
My doctoral work integrates both field based and laboratory approaches, including microplastic sampling using manta nets, advanced identification through FTIR spectroscopy and microscopy, and the development of innovative depollution techniques such as magnetic extraction processes. This comprehensive methodology supports improved water quality assessment and contributes to the protection of marine ecosystems.
I have actively contributed to international research and capacity building projects, including Plastic Busters CAP and COMMON, where I was involved in environmental monitoring, pollution assessment, and collaborative scientific activities. Through my strong engagement in fieldwork, particularly microplastic sampling campaigns in the Gulf of Tunis conducted in collaboration with the National Institute of Marine Sciences and Technologies of Tunisia, I have developed solid practical expertise in marine environmental monitoring.
Building on this experience and commitment, I participated in the NF-POGO SEAmester VIII (2025) intensive shipboard training programme aboard the research vessel R/V SA Agulhas II. This opportunity recognized my active involvement in field campaigns and research activities. The programme provided hands-on training in oceanographic techniques, including CTD deployments, plankton sampling, and in situ data collection, while fostering collaboration within an international scientific community. It significantly enhanced my practical skills, deepened my understanding of marine systems, and strengthened my engagement in global ocean science networks.
Through my research and international experiences, I am committed to developing sustainable and innovative solutions to address microplastic pollution and to contributing to the long-term protection and resilience of aquatic ecosystems.
