A Mechanistic and Analytical Study of a Magnetically Separable Fe3O4/g-C3N4/SWCNT Photocatalyst: A Kinetic, GC-MS Degradation Pathways and AAS Leachate Analysis. (PubMed, Luminescence) - Jun 19, 2026 - "Scavenger studies identified photogenerated holes as the dominant reactive species (h+ > •O2 - > •OH), while GC-MS analysis revealed stepwise degradation through demethylation and ring-opening pathways with identified intermediates (chlorogenic acid, phenylindane, and caffeine) leading toward complete mineralization...The nanocomposite exhibited good reusability, retaining approximately 71% of its original activity after four cycles with facile magnetic recovery. This study highlights the strong potential of the developed system for efficient, scalable, and recyclable wastewater treatment applications."
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Abdullah Ali Alamri; Hassien M Alnashiri; Hatem A Al-Aoh; Humaira Parveen; Mohammad Saood Manzar; Mohd Imran; Mona O Albalawi; Muhammad Shahid Rashid; Mukul Sharma; Omer Aga; Sally Mostafa Khadrawy; Sayeed Mukhtar; Syed Kashif Ali
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