Nanoporous Ni (NP-Ni) and NiMnO₂ (NP- NiMnO₂) were prepared with mechanical alloying method and compared for the hydrodeoxygenation (HDO) of guaiacol. It was shown that MnO₂ as an additive has a significant influence on the catalytic performance as it could accordingly change the material properties. Results of characterization demonstrated that NP-NiMnO₂ had a unique structure with higher degree of amorphization than NP-Ni, which significantly facilitated the activity of HDO. Under the optimal reaction conditions of 150 °C and 0.5 MPa of H₂ pressure, guaiacol was completely converted into cyclohexanol with 95.6% selectivity and NP-NiMnO₂ was recycled 6 times without obvious deactivation.

采用机械合金化法制备了纳米多孔Ni（NP-Ni）和NiMnO ₂（NP- NiMnO ₂），并对愈创木酚的加氢脱氧（HDO）进行了比较。结果表明，MnO ₂作为添加剂对催化性能有重要影响，因为它可以相应地改变材料性能。表征结果表明，NP-NiMnO ₂具有比NP-Ni更高的无定形度的独特结构，从而显着促进了HDO的活性。在150°C和0.5 MPa H ₂压力的最佳反应条件下，愈创木酚被完全转化为环己醇，选择性为95.6％，NP-NiMnO ₂ 回收了6次，没有明显失活。