Separation of tungsten and molybdenum has long been a difficult problem for tungsten metallurgy. Subjected to the objective laws of cognitive processes, tungsten and molybdenum separation methods developed in different periods have their specific applicable conditions. This paper reviewed the separation technologies from the perspective of adaptability to the current tungsten metallurgical process. Among various kinds of technologies, separating under alkaline conditions favorable fits the current basic tungsten decomposition process. Furthermore, we assume it would be a more effective choice to develop a new metallurgical system according to inherent quality of tungsten mineral. Separation methods in acidic solution would become more practical under a clean and efficient decomposition process for tungsten minerals.%钨钼深度分离一直是钨冶金中的一个难题，科研工作者对此进行了持续的深入研究。受制于认知过程的客观规律，不同时期开发的钨钼分离方法都有其特定的适用条件。从不同钨钼分离手段对当前钨冶炼流程适应性的角度综述了各种方法的特点，在各种方法中以碱性条件下的钨钼分离手段最方便与当前钨矿碱法分解工艺衔接。另外，针对钨矿的固有性质，开发新的冶炼体系或许是更有效的选择。比如在酸性体系中若能实现钨矿的清洁高效分解，则酸性条件下的钨钼分离手段将会再次拥有用武之地。
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