Table 7 Comparison of different aniline removal methods from aqueous solutions.
Methods | Aniline Removal Efficiency (%) | Features | References |
|---|---|---|---|
photochemical decomposition (TiO₂/H₂O₂/UV) | 98.00 | Laboratory conditions (pH = 7.5, NPs = 55 mg/L, contact time = 62.5 min, and initial aniline concentration = 1 mg/L,) UV irradiation | in This study |
Corona Plasma | 98.50 | Short reaction time 7.5 min | |
Liquid Emulsion Membrane | 98.53 | High efficiency in membrane system | |
CoFe₂O₄/PAA | 93.00 | Oxidation using peracetic acid | |
US + H₂O₂ | 95.91 | Optimal pH ≈ 3; reaction time: 45 min | |
Fenton process | 72.57 | 1100 mg/L of H2O2, 70 mg/L of Fe2+ and 40 min of reaction time | |
Ozonation | 93.57 | Ozone dose: 22 mg/L; neutral pH; reaction time: 120 min | |
UV + CuO | 90.16 | Reaction time: 90 min | |
UV + ZnO | 76.30 | Alkaline pH; reaction time: 90 min | |
Edible Fungus residue Activated Carbon (EFAC) | 86.74 | Activated carbon derived from mushrooms |
