Catalyst and applications thereof in producing citronellal and/or citronellol by using citral
A catalyst, citronellal technology, applied in physical/chemical process catalysts, organic compounds/hydrides/coordination complex catalysts, chemical instruments and methods, etc., can solve problems such as complex procedures and high equipment investment, and achieve flexible operation , flexible switching, and high target product selectivity
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preparation example Construction
[0049] catalyst A 0 , the preparation process parameters of A-J are shown in Table 1:
[0050] Table 1
[0051]
[0052]
[0053] In Table 1: 1. "N" refers to the number of carbon atoms of the modified group in the compound with a modified group; 2. "Palladium / mol%" refers to the palladium element compound (calculated by the palladium element) in the The amount used in the preparation process accounts for the molar mass fraction of the carrier amount. The meanings of "ruthenium / mol%" and "rhodium / mol%" are similar to this, respectively referring to the amount of ruthenium element compound (calculated by ruthenium element) or rhodium element compound (calculated by rhodium element) in the preparation process The molar mass fraction of the carrier amount.
[0054] Taking the preparation of catalyst A as an example, the preparation steps of catalyst A are as follows:
[0055] 5.0g (9.0×10 -3 mol) phthalocyanine with 0.8g (4.5×10 -3 mol) mixed with palladium chloride, ...
Embodiment 1
[0064] A batch reactor was used, catalyst A and substrate citral were loaded, the hydrogen pressure was set to 2MPa, the reaction temperature was set to 50°C, and the illumination wavelength was adjusted to 630nm. was 97.3%, and the citronellol selectivity was 0.1%.
Embodiment 2
[0066] A batch reactor was used, catalyst B and substrate citral were loaded, the hydrogen pressure was set to 2MPa, the reaction temperature was set to 50°C, and the illumination wavelength was adjusted to 630nm. 98.3%, no citronellol is produced.
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