Table S3. A summary of the performance of various NPMCs for ORR under AEMFC. Power Max. Power Max. Power Catalyst Temp. Ionomer Membrane density density density Pressure Catalyst loading Oxidant Ref. (Company) (Company) @ 0.65 V (NPMC cathode)a (Pt/C cathode)b (kPa) (mg cm-2) (mW·cm-2) (mW·cm-2) (mW·cm-2) AS-4 A901 This m-FePhen-C 1 188 272 206 50 O2 180 (Tokuyama) (Tokuyama) work I2 In-house Fe-N/C 2 260 379 536 80 O2 atm S1 (Acta S.P.A) membrane I2 In-house CNT/HDC 2 178 221 525 50 O2 atm S2 (Acta S.P.A) membrane AS-4 A201 HNCS 4 50 68 80 60 O2 atm S3 (Tokuyama) (Tokuyama) N,S,Fe aQAPS-S8 aQAPS-S8 doped 4 113 164 Not presented 60 O2 100 S4 (In-house) graphene Fumion FAA Fe/Co-NpGr 2.5 30 35 60 50 O2 atm S5 (Fumatech) (FumaTech)
Table S3. A summary of the performance of various NPMCs for ORR under AEMFC. Catalyst Catalyst loading (mg cm-2) Ionomer (Company) Membrane (Company) Power density @ 0.65 V (mW·cm-2) Max. Power density (NPMC cathode)a (mW·cm-2) Max. Power density (Pt/C cathode)b (mW·cm-2) Temp. Oxidant Pressure (kPa) Ref. m-FePhen-C 1 AS-4 (Tokuyama) A901 (Tokuyama) 188 272 206 50 O2 180 This work Fe-N/C 2 I2 (Acta S.P.A) In-house membrane 260 379 536 80 O2 atm S1 CNT/HDC 2 I2 (Acta S.P.A) In-house membrane 178 221 525 50 O2 atm S2 HNCS 4 AS-4 (Tokuyama) A201 (Tokuyama) 50 68 80 60 O2 atm S3 N,S,Fe doped graphene 4 aQAPS-S8 aQAPS-S8 (In-house) 113 164 Not presented 60 O2 100 S4 Fe/Co-NpGr 2.5 Fumion (Fumatech) FAA (FumaTech) 30 35 60 50 O2 atm S5
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