Engineering yolk-shell nanoreactors for advanced catalytic ozonation: Dual optimization of confinement effects and metal synergy for enhanced antibiotic degradation

Key Points

• Enhanced antibiotic degradation achieved through yolk-shell nanoreactors, resulting in significant improvement.
• Key evidence includes a measured increase in degradation rates of specific antibiotics under optimized conditions.
• Observational analysis of catalytic ozonation in nanoreactors reveals the role of confinement and metal interactions.
• These findings highlight the potential for more efficient pollution control strategies in wastewater treatment.