Flame spray-synthesized Pt/TiO₂ and PtCo/TiO₂ catalysts with 0.7 wt% Pt and 0–0.4 wt% Co were studied in the hydrogenation of furfural to furfuryl alcohol (FA) at 50 °C and 2 MPa H₂. Particle formation under high temperature flame facilitated high Pt dispersion and formation of Pt-TiO_x interface sites, which were beneficial for furfural conversion to FA. Modifying with Co accelerated rutile phase TiO₂ formation, which strongly diminished hydrogenation activity on the (FSP)-PtCo/TiO₂. On the other hand, (I)-PtCo/TiO₂ prepared by conventional impregnation, anatase phase TiO₂ was preserved (> 85%) and both furfural conversion and FA selectivity increased upon increasing Co loading.

研究了在50°C和2 MPa H ₂的糠醛加氢制糠醇（FA）中，火焰喷涂合成的Pt / TiO ₂和PtCo / TiO ₂催化剂，其中Pt / TiO ₂含量为0.7wt％和PtCo / TiO ₂催化剂。高温火焰下的颗粒形成促进了高Pt分散和Pt-TiO _x界面位点的形成，这有利于糠醛转化为FA。用Co改性可加速金红石相TiO _2的形成，从而大大降低了（FSP）-PtCo / TiO _2的加氢活性。另一方面，通过常规浸渍制备的（I）-PtCo / TiO ₂，锐钛矿相TiO ₂ 保留（> 85％），糠醛转化率和FA选择性都随着Co负载的增加而增加。