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. 2022 May 3;12(21):13319–13329. doi: 10.1039/d2ra02103j

Results of selective hydroconversion of dodecanoic acid into dodecane-1-ol over Ru–MoOx catalysts on various supports and PGM metal based catalysts.

Entry Catalysta Conversionb (%) Yieldb(%) Ref.
Dodecane-1-ol n-Dodecane Othersc
1 Ru–MoOx/C >99 89 9 2 This work
2 Ru–MoOx/C–TiO2 99 68 23 8 This work
3 Ru–MoOx/γ-Al2O3 80 63 10 7 This work
4 Ru–MoOx/SiO2 72 52 12 8 This work
5 Ru–MoOx/ZrO2 55 53 0 2 This work
6d Ru–MoOx/TiO2 >99 20 80 0 This work
7e Pt–MoOx/TiO2 >99 2 86 8 13
8e Pt/Nb2O5 >99 7 60 21 74
9f Ni3Sn2/TiO2 85 80 3 2 34
a

The amount of Mo was arround 0.025 mmol (based on the precursor). Reaction conditions: catalyst, 0.065 g; lauric acid, 3.2 mmol; solvent, 2-propanol: H2O, 5 mL (4.0 : 1.0 volume ratio), 170 °C; H2 40 bar, 7 h.

b

Conversion and yield were determined by GC using an internal standard technique.

c

Dodecyl dodecanoate is included as the esterification of lauric acid and dodecane-1-ol. The carbon balance was 93–96% for all the catalysts.

d

At 230 °C, 40 bar, 7 h.

e

At 180 °C, 80 bar, 4 h.

f

At 160 °C, 30 bar 20 h.