Clean Water: Next Generation Technologies

1. Emerging water recovery processes from dew and light rain.- 2. Capacitive Deionization: A promising water treatment and desalination technology.- 3. Hydrophobic ceramic hollow fiber membrane: Fabrication and potential use in membrane distillation for desalination.- 4. Metal-organic frameworks as emerging materials for desalination.- 5. Nanofiber-based forward osmosis membrane for desalination.- 6. Recent progress and trends in water pollutant monitoring with smart devices.- 7. Water contamination in fish farms.- 8. Advanced Oxidation Processes.- 9. Fenton Related Advanced Oxidation Processes (AOPs) for water treatment.- 10. Prospects and challenges of electrooxidation and related technologies for the removal of pollutants from contaminated water and soils.- 11. Porous composite catalysts for the removal of water organic pollutants: a materials chemist perspective.- 12. Advanced treatment of water polluted by hexavalent chromium.- 13. Microplastic and nanoplastic removal efficiency with current and innovative water technologies.- 14. MEMBRANE BIOREACTOR FOR SEWAGE TREATMENT.- 15. ELECTROCOAGULATION.- 16. Removal of organochlorine pesticides from soil and water.- 17. Recent Patents and modern industrial devices for clean water.

Dr. Jlassi Khouloud is a researcher at Qatar University, Center of Advanced Materials. She obtained a PhD in chemistry from the Paris Diderot (ITODYS) lab in "chemistry of materials and functional surfaces." at the University Paris Diderot in 2015, her main research topic involves the design of reactive and functional polymer and hybrid nanocomposite. She is involved in the interface chemistry of nanoclay using either silanes or diazonium salts bearing polymerization initiator groups or polymer; she has been working recently on carbon and graphene quantum dots for energy conversion and water treatment applications. Dr. Jlassi has over 45 research papers and one book; she serves as editor and reviewer for many international journals. Dr. Jlassi has several international collaborations with France, Turkey, the United States, and India.

Dr. Mohamed M. Chehimi is Senior Research at French CNRS. He obtained a PhD in physical organic chemistry at the University Paris Diderot in 1988 and joined CNRS in 1989. He is expert of XPS surface analysis. His main research topic concerns the development of aryldiazonium salts as new coupling agents in materials science. The applications encompass adsorbents, sensors and actuators, reactive fillers, antibacterial surfaces, and electronic devices. He recently tackled the concept of "waste-to-wealth", designing biochar composites from agro-wastes for environmental remediation purposes. Dr Chehimi has supervised over 25 PhD theses and collaborated with academics from the five continents. He has 390+ research papers, 29 book chapters and 3 patents to his credit. He is the editor of five books and guest-edited nine themed issues. He is a reviewer for several international peer-reviewed journals from historical publishers. He served as Executive Editor-in-Chief of Chemistry Africa (Springer Nature) from 2018 to 2022, and since 2023 he is Editor-in-Chief of Emergent Materials (Springer Nature). He received the