Table 7 Comparison of the catalytic performance of the Cu@ZIF-8 with the earlier reported catalysts for the and Biginelli reactions.
From: A copper-doped ZIF-8: a high-performance catalyst for eco-friendly Ullmann and Biginelli reactions
Entry | Catalyst | Reaction condition | Reaction Time (min) | Yield (%) | Ref. |
|---|---|---|---|---|---|
1 | Cu@ZPD | EtOH, Reflux | 10 | 95 | |
2 | Zn-CurOAc Bio-MOF | EtOH, RT | 180 | 88 | |
3 | Ni-DDIA(MOF)-(0.015 mmol) | Toluene, 75 °C | 30 | 53 | |
4 | MIL-101(Cr)–NH-CO-Pr-CO2H-(0.022 mmol) | Solvent-free, 100 °C | 120 | 87 | |
5 | Ni-DDIA(MOF)-(0.005 mmol) | Solvent-free, 80 °C | 30 | 84 | |
6 | 0.2NbCl5-BMImCl (5 mol%) | Solvent-free, 100 °C | 30 | 90 | |
7 | Cu (II)- MOF Derived via Transmetalation − (10 wt%) | Solvent-free, 60 °C | 120 | 86 | |
8 | Fe3O4/pectin/(Co/Cu) MOF | Solvent-free, 85 °C | 30 | 96 | |
9 | PAA/ZIF-67 | Solvent-free, 75 °C | 30 | 94 | |
10 | PTA@MIL-101 (0.006 mmol) | Solvent-free, 100 °C | 60 | 90 | |
11 | Cu@ZIF-8 | EtOH, Reflux | 90 | 90 | This work |