Skip to main content
. 2022 Dec 3;12(23):4299. doi: 10.3390/nano12234299

Table 1.

Comparison of photocatalytic activity associated involving materials with polar cores and/or side-chains.

Organic
Photocatalyst
Experimental Conditions Light Source HER
(μmol h−1 g−1)
EQE
(%)
Ref.
P10 25 mg photocatalyst;
25 mL H2O, MeOH, TEA (1:1:1);
Pd 0.4 wt. %
300 W Xe,
>420 nm filter
3260 11.6
(at 420 nm)
[48]
PyDTDO-3 10 mg photocatalyst;
90 mL 1.0 M ascorbic acid at pH 2.53, 10 mL DMF;
Pd 16 ppm
300 W Xe,
>420 nm filter
16,320 3.70
(at 420 nm)
[82]
PBDTTS-1SO 2 mg photocatalyst;
9 mL 1 M ascorbic acid at pH 4, 1 mL NMP;
Pd 0.69 wt. %
Pt 3 wt. % (b)
350 W Xe,
>380 nm filter
97,120 13.5
(at 420 nm)
[85]
PDPP3B-O4 25 mg photocatalyst;
60 mL H2O, TEA (5:1);
Pd 0.20 wt. %
Pt 1 wt. % (b)
300 W Xe,
>400 nm filter
5530 5.76
(at 450 nm)
[96]
FS-TEG 25 mg photocatalyst;
22.5 mL H2O, MeOH, TEA (1:1:1);
Pd 0.3 wt. %
300 W Xe,
>420 nm filter
2900 10
(at 420 nm)
[95]
PBDTBT-7EO 2.5 mg photocatalyst;
50 mL 0.2 M ascorbic acid at pH 4;
Pt 3 wt. % (b)
Residual Pd (a)
300 W Xe,
>420 nm filter
12,800 0.3
(at 600 nm)
[94]
PF6A-DBTO2 5 mg photocatalyst;
50 mL H2O, MeOH, TEA (3:1:1);
Pd 1.37 wt. %
300 W Xe,
>420 nm filter
21,930 8.28
(at 405 nm)
[99]
P-HEG-10 5 mg photocatalyst;
10 mL H2O, MeOH, TEA (1:1:1);
Pt 5 wt. % (c)
Pd 0.024 wt. %
300 W Xe,
>380 nm filter
10,800 18.19
(at 420 nm)
[100]
PFBr-PhCN 2.5 mg photocatalyst;
50 mL 0.2 M ascorbic acid at pH 4;
Pt 3 wt. % (b)
Pd 1.32 wt. %
300 W Xe,
filter not specified
15,320 0.42
(at 450 nm)
[111]
PSO-FNBr 2.5 mg photocatalyst
100 mL H2O, 7.5 vol% TEOA
Pt 3 wt. % (b)
Pd 0.21 wt. %
Xe (d),
>420 nm filter
14,500 0.9
(at 450 nm)
[116]

(a) Pd amount not specified. (b) Pt wt% value inferred in photodeposition. (c) Pt deposition process not specified. (d) Power not specified.