Table 1.

Oxidation reactions of various metalloporphyrin MOFs.

Entry	Ref.	MOF	Linker	Metal Node	Porphyrin Centre	Model Reaction Conditions	Yield (%)
1	[46]	PCN-222	Fe-TCPP	Zr6O4OH4(COO−)8(OH)4(H2O)4	Fe		–
2	[50]	PCN-224	M–TCPP–Cl	Zr6O4OH4(COO−)6(OH)6(H2O)6	Ni, Co, Fe		42
3	[48]	PCN-223	TCPP	Zr6O4OH4(COO−)12	Fe		99
4	[54]	PCN-600	M–TCPP	Fe3O(COO−)6OH	Mn, Fe, Co, Ni, Cu		–
5	[81]	Fe-PMOF-3	Fe-TCPP	${\left[\text{Fe}(\text{OH}){\text{O}}_4\right]}_{\mathrm{n}}^{6+}$	Fe		61
6	[82]	Hf-PCN-222	Fe-TCCP-Cl	Hf6O4OH4(COO−)8(OH)4(H2O)4	Fe		90
7	[88]	NUPF-2Y	TCPP	[Y9OH12O2(COO−)12]−	Fe		96
8	[92]	MMPF-3	Co-dcdbp	[Co2(μ2-H2O)(H2O)4]3(COO−)12	Co		95.7
9	[94]	MMPF-20	Ni-dcdbp	[Ni3(COO−)8]+	Ni		55
10	[63]	ZJU-18	Mn-OCPP	[Mn5Cl2(COO−)4]9+	Mn		>99
11	[78]	In-Co(TBP)-MOF	In-TBP, Co-TBP	[In(COO−)4]−	In-Co		100
12	[91]	ZnMnRPM	Zn-TCPP,Mn-porphyrin-Cl	Zn4O(COO−)6	Zn-Mn		>60