Review Article
Chemocatalytic Conversion of Cellulose into Key Platform Chemicals
Table 4
Overview of sorbitol yields from the conversion of cellulose in the typical catalytic system.
| | Entry | Substrate | Solvent | Catalyst | Pretreatment | T/°C | t/min | Yield/% | Ref. |
| | 1 | Cellulose | H2O | Ni4.63Cu1Al1.82Fe0.79 | Heating-stirring | 214.85 | 180 | 68.07 | [288] | | 2 | MCC | H2O | 5%Ru/NbOPO4-pH2 | Ball-milling | 160 | 1440 | 69.1 | [289] | | 3 | MCC | H2O | 3.0%Ru/SiO2-SO3H | Ball-milling | 150 | 600 | 61.2 | [290] | | 4 | MCC | H2O | 0.4%Ru/AC | Ball-milling | 205 | 60 | 68.0 | [291] | | 5 | Cellulose | H2O | 0.4%Ru-3%Ni/AC | Ball-milling | 205 | 60 | 70.0 | [292] |
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