bamboo charcoal,cylindrical coal,fruit carbon,wood charcoal,and coconut charcoal,were used to prepare Ni/C catalysts for vapor-phase carbonylation of ethanol.

Gas phase carbonylation of ethanol on Ni/C and Ni Zn/C catalysts was investigated under atmospheric pressure.

Study on the halide-and rhodium-free catalytic system for vapor phase carbonylation of methanol Ⅴ. Effect of supports on catalyst performance in vapor phasa carbonylation;

Study on the halide-and rhodium-free catalytic system for vapor phase carbonylation of methanol Ⅵ. Structure characterization of catalysts;

Study on the halide-and rhodium-free catalytic system for vapor phase carbonylation of methanol Ⅳ. The effects of reduction temperature on a novel sulfided Mo/C catalyst;

The vapor-phase carbonylation of methanol over Ni/CNTs catalysts under atmospheric pressure was studied.

The nickel catalyst supported on carbon nanotubes (CNTs), prepared by the incipient impregnation method, was employed for the vapor-phase carbonylation of methanol.

In the situation of propionic acid depending on importation in China, a novel heterogeneous Ni-Zn/C catalyst was investigated for vapor-phase carbonylation of ethanol to propionic acid and ethyl propionate under atmospheric pressure.

The modification of pd/Al_2O_3 catalyst for the vapor decarbonylation of furfural;

Regeneration of Pd-Ni/γ-Al_2O_3 catalysts for the gas-phase decarbonylation of furfural;

Study on preparation of Pt-K/Al_2O_3 Used in Furfural Decarbonylation into Furan-Effects of Different Impregnation Solvents;