Ozone catalytic decomposition comparison of the catalysts in this study and in publications.

Catalyst	Conc.a (ppm)	RHb (%)	SVc (mL g−1 h−1)	S BET d (m2 g−1)	Conv.e (%)	Rate (mmol g−1 h−1)	SAf (mmol m−2 h−1)
MnO2	120	50	600 000	90	63	2.0	2.3 × 10−2
MIL-100(Fe)	45	45	200 000	1726	100	0.4	2.3 × 10−3
Ce-OMS-2	40	90	600 000	200	90	0.96	4.8 × 10−3
α-MnO2	14	∼1	660 000	80.7	100	0.41	5.1 × 10−3
α-MnO2	50	22	540 000	52.4	99	1.2	2.3 × 10−2
		70			25	0.3	5.8 × 10−3
H-MnO2	120	50	600 000	228	60	1.9	8.5 × 10−3
H-δ-MnO2	3000	Dry	600 000	206	100	80	3.9 × 10−1
MnFe0.5Ox	10 000	90	12 000	262	90	4.8	1.8 × 10−2
MnOx	1000	Dry	120 000	116.2	98.5	5.3	4.5 × 10−2
CoOx	1000	Dry	120 000	67.0	88.1	4.7	7.0 × 10−2
Ag-H-MCM	4400	Dry	114 000	574	97.8	22	3.8 × 10−2
LaFe0.95Ni0.05O3	1000	Dry	240 000	18.7	97.7	10	5.3 × 10−1
		RH			93	9.9	5.3 × 10−1
Cu2O-1 : 2.5	1000	Dry	240 000	26.5	100	10.7	4 × 10−1
		90			100	10.7	4 × 10−1
Cu2O-1 : 2.5	3000	Dry	240 000	26.5	100	32	1.2
		90			95	31	1.17

^aOzone initial concentration.

^bRelative humidity.

^cSpace velocity.

^dSpecific surface area determined by BET method.

^eOzone conversion.

^fSurface specific catalytic activity.