Table 3 Comparison of reaction condition and yield of various catalysts for hydrogenation of nitrobenzene.

From: Pd on cyclotriphosphazen-hexa imine decorated boehmite as an efficient catalyst for hydrogenation of nitro arenes under mild reaction condition

Entry

Catalyst

Temp. (°C)

Solvent

Time (min)

H2 Pressure

Yield (%)

Reference

1

Pd/B-CP-HIm (0.03 g)

50

H2O: EtOH (1:1)

120

1 atm

100

This work

2

Pd/PPh3@FDU‐12 (8.33 × 10–4 mmol Pd)

40

EtOH

60

10 bar

99

30

3

APSNPa (1 mol%)

r.t

EtOH

120

40 atm

100

31

4

Pd@Per-Pb (0.03 g)

45

H2O: EtOH (1:1)

90

1 atm

98

32

5

Pd@CS-CD-MGQDsc (0.5 mol%)

50

H2O

60

1 atm

97

33

6

PdNP(0.5%)/Al2O3 (0.3 g)

r.t

THF

180

1 atm

100

34

7

Pd@Hal-Hydrogeld + cyclodextrin (2wt%)

50

H2O

120

1 bar

95

35

8

Pd@Hal-biochar (0.03 mol%)

r.t

H2O

60

1 bar

75

36

9

Pd@Hal-TCT-Mete

65

H2O

75

1 bar

100

37

  1. aActivated palladium sucrose nanoparticles.
  2. bPd on composite of perlite and polymer.
  3. cPd on composite of magnetic graphitic carbon dot and chitosan-cyclodextrin.
  4. dCompositeof halloysite nanoclay and hydrogel.
  5. eHalloysite nanoclay decorated with nitrogen containing ligand.