進行了各种国產硬臘及软臘,特别是国產抚顺页岩软臘,氧化制取合成脂肋酸的研究。 关于加速氧化的研究亦获得了一定的结果,表明改变加入催化剂方式及在泡沫状态下氧化均可达到加速氧化的目的。 对于简化分离流程方面亦提出了一个新的方案,该方案在半工業装置上得到了完满的结果。 关于工業上通用的KMnO_4、Na_2CO_3及氧化臘混合催化剂的作用机理,亦進行了一定的工作,获得了结果。 A variety of domestic hard wax and soft wax, especially the domestic Fushun shale soft wax, oxidation of synthetic fat acid research. The research on accelerating oxidation also obtained some results, indicating that changing the method of adding catalyst and oxidation in foam state can achieve the purpose of accelerating oxidation. A new solution has also been proposed for streamlining the separation process, which has achieved a satisfactory result on semi-industrial installations. On the industrial common KMnO_4, Na_2CO_3 and oxidized wax mixed catalyst mechanism of action, but also carried out a certain amount of work, get the result.