根据我国钨资源中白钨比例日益增加且日益复杂难选的现状,指出在钨冶金工业中加强白钨矿处理新工艺,抑制杂质和净化除杂( 特别是钼) 新工艺研究的必要性,以及与选矿有机配合,由完全处理标准精矿转变为因厂制宜、因矿制宜适当处理次精矿、复杂矿甚至难选钨中矿的必要性,简单介绍了近年来我国在这方面的新成就,特别是钨矿物原料热球磨碱分解工艺及新除钼工艺的情况 According to the fact that the proportion of white tungsten in tungsten resources is increasing day by day and increasingly complex and refractory, the necessity of strengthening the new process of tungsten scheelite in tungsten metallurgy industry, inhibiting the impurity and purifying the new process of impurity removal (especially molybdenum) As well as with the organic processing beneficiation, from the complete conversion of the standard concentrate into a factory system should due to mine should be appropriate to deal with the secondary concentrate, complex ore or refractory tungsten ore necessity, a brief introduction of our country in recent years in this regard Of the new achievements, especially the tungsten mineral raw material ball mill alkali decomposition process and the new molybdenum removal process