Photodegradation of pollutants based on ZnSnO₃ materials and their performance.

Materials	Morphology	Light source	Time	Dye	Efficiency (%)	Ref.
ZnSnO3/rGO	Nanosheets	Visible-light	35	MB	85	76
			90	Phenol	72.89
ZnSnO3	Nanocubes	UV	80	RhB	98.1a	99
					76.8
S-ZnSnO3	Hollow cubes	Visible-light	100	RhB	90	147
ZnSnO3/rGO/MoS2	Nanosheets	UV	100	MB	86	153
				RhB	78
ZnSnO3	Hollow cubes	Xe	100	MB	96.52	116
				CIP	85.9
ZnSnO3/rGO	3D folded	Visible	120	CIP	100	154
ZnSnO3	Nanostructures	UV	120	Acid brown 14	92	103
ZnSnO3/rGO	Hollow nanospheres	Visible light	180	Metronidazole	72.5	132
ZnSnO3/ZnO	Nanocubes	UV	60	Phenol	47	151
AgI/ZnSn(OH)6	Nanocubes	Visible light	40	RhB	100	155
			60	TOC	91
ZnSnO3	Nanourchins	UV	90	MO	98	75
				2,5-DCP	95
ZnSnO3/g-C3N4	Nanosheets	Visible	120	Tetracycline	85	156
ZnSnO3/g-C3N4	Nanocubes	Visible	120	Tetracycline	90.8	157
Cu3P/ZnSnO3/g-C3N4	Nanocubes	Xe lamp	60	Tetracycline	98.45	158
CoP/ZnSnO3	Nanocubes	Visible	60	Tetracycline	96.44	159
CDs-ZnSnO3	Nanocubes	Visible	60	Tetracycline	81.76	144
NDs/ZnSnO3	Nanocubes	Visible	120	Tetracycline	90	160
Ag–ZnSnO3	Hollow nanocubes	UV	240	Caffeine	68b	143
					100c

^aPyro-/photo-bi-catalysis.

^bpH = 6.5.

^cpH = 7.5.