Table 3

Summary of various photocatalysts for toluene oxidation

Photocatalyst Light source(light absorption range) Reaction system Degradationefficiency (%) Stability(min) Reference
Cu2O NWs/Cu mesh 300 W, xenon lamp Static reactor 99.9 ≥1200 [77]
β-Ga2O3 300 W, mercury lamp(≥280 nm) Continuous flow reaction system 77.3 ≥300 [73]
BiOCl-010 300 W, UV light(≥350 nm) Continuous flow reaction system 61.0 ≥30 [68]
Sr1−xBaxTiO3 300 W, high-pressuremercury lamp (≥340 nm) Continuous flow reaction system 73.94 ≥180 [70]
SrTiO3 300 W, mercury lamp(≥390 nm) Continuous flow reaction system 80.0 ≥70 [69]
Sr2Sb2O7 300 W, high-pressure Hg lamp(≥300 nm) Continuous flow reaction system 73.3 ≥420 [71]
Zn-Ti-LDHs 300 W, mercury lamp(≥340 nm) Continuous flow reaction system 75.2 ≥180 [72]
In(OH)3 300 W, UV mercury lamp(≥245 nm) Continuous flow reaction system 57.7 ≥180 [74]
SnO2 125 W, mercury lamp(≥360 nm) Continuous stream reaction system 62.4 ≥150 [76]
LDH/Zn2SnO4 UV light, high-pressuremercury lamp (≥240 nm) Continuous flow reaction system 89.8 ≥300 [78]

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