Experimental evaluation demonstrates efficient micropollutant degradation in aqueous solutions, highlighting the dual adsorbent and catalytic capacity of a zinc-doped framework.
Key Points
Degradation of persistent micropollutants reached high efficiency using zinc-doped frameworks, outperforming single-metal catalysts through enhanced physical interactions at natural pH.
Over 99% of fluoxetine and 93% of rhodamine b degraded under optimized conditions, demonstrating potent catalytic oxidation with peroxymonosulphate.
Response surface methodology optimized peroxymonosulphate activation conditions, while cycling trials verified structural and catalytic stability for water treatment.