Heterogeneous Fenton Oxidation Using Magnesium Ferrite Nanoparticles for Ibuprofen Removal from Wastewater: Optimization and Kinetics Studies

Table 3

Comparison data of apparent pseudo-first-order rate constant () for IBP degradation using various Fenton-like catalysts and photocatalysts.

Catalysts	Conditions	, min^-1	References
TiO2; TiO2-boron nitride nanocomposite	g L^-1,  mg L^-1, , UV light irradiation,  min	0.047; 0.054	[10]
Fe-zeolite catalyst (of ZSM5 type)	g L^-1,  mM, ,  mg L^-1, °C,  min	0.014	[23]
Recycled rusted iron particles	g L^-1,  mM, ,  μg L^-1, °C,  min	0.140	[35]
Zeolite-TiO2-UV/ultrasound/H2O2	g L^-1,  mM, , °C,  min,  W	0.031	[36]
Ultrasound/BaTiO3 nanowires/piezoelectric catalytic persulfate	g L^-1,  mM,  mg L^-1,  min	0.082	[37]
Co3O4 : Bi (1 : 2) nanocomposite	g L^-1,  mg L^-1, , °C,  min, visible light irradiation	0.094	[38]
TiO2/UV; g-C3N4/Vis	g L^-1,  μg L^-1, , °C,  min,  W; g L^-1,  μg L^-1, , °C,  min,  W	1.000; 0.030	[39]
FeOx-MnOx/SBA-15	g L^-1,  mM,  μg L^-1, , °C,  min	0.032	[40]
10 wt% g-C3N4/MIL-68(In)-NH2	g L^-1,  mg L^-1, , °C,  min,  W	0.017	[41]
MgFe2O4	g L^-1,  mM,  mg L^-1, , °C,  min	0.091	This study