Table 4 Comparison of the results acquired for epoxidation of cyclooctene catalyzed by the IUST-1 catalyst with some previous reports.

From: Amino-induced cadmium metal–organic framework based on thiazole ligand as a heterogeneous catalyst for the epoxidation of alkenes

Entry

Catalyst

Support

Oxidant

Condition(°C)/solvent

Epoxide Conv%

Refs.

1

PW12/MIL-101

Cyclooctene

H2O2

Reflux/CH3CN

76

34

2

UiO-66-Mo(CO)3

Cyclooctene

TBHP

Reflux/CH3CN

98

35

3

Co-MOF-150-2

Cyclooctene

C9H12O2

Air/Reflux

78.5

36

4

PW-MOFa

Cyclooctene

H2O2

Reflux/CH3CN

83.5

37

5

Mo@UiO-67

Cyclooctene

TBHP

Reflux/ CH2Cl2

100

38

6

(THA)2[W2 O3(O2)4]

Cyclooctene

H2O2

Reflux/ CH3CN

100

39

7

TMU-16-NH2

Cyclooctene

TBHP

Reflux/CHCl3

83

40

8

UiO-66-NH2-SA-Mo

Cyclooctene

TBHP

Reflux/CH2CH2Cl2

97

41

9

CoPMA@UiO-bpy

Cyclooctene

H2O2

Reflux/CH3CN

91

42

10

IUST-1

Cyclooctene

TBHP

Reflux/CCl4

99.8

This work

  1. a[Cu(Phen)(4,40-bpy) (H2O)]2[PW12O40] (4,40-bpy), (abbreviation: PW-MOF).
  2. Significant values are given in Bold.