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采用能量色散分析法于钼精矿矿浆在线检测，解决小矿浆流取样、在线能谱峰位自校正和优化建模等问题。根据实时分析得出的钼、铅、铜品位，及时调整药剂的给药量，调节浮选槽矿浆液位的高低，选择合适的排矿时机（浮选钼精矿刮泡时间及刮泡量）。经一年多的工业生产运行，钼精矿生产稳定，产品达到国际市场高钼（＞５０％Ｍｏ）、低铅（＜０．０４％Ｐｂ）的质量要求，企业经济效益显著，钼精矿在线检测的测量精度优于２％。能量色散分析法在钼精选过程首次应用成功，为实现钼浮选过程最佳控制创造了条件，也为浮选过程在线检测的推广应用积累了经验。
The method of energy dispersive analysis is applied to the on-line detection of molybdenum concentrate pulp, which solves the problems of small stream sampling, on-line peak self-tuning and optimization modeling. According to the real-time analysis of molybdenum, lead and copper grades, timely adjustment of the dosage of medicament, adjust the level of ore slurry in the flotation cell, select the appropriate timing of the ore discharge (flotation molybdenum concentrate scraping time and the amount of foam ). After more than a year of industrial production and operation, the production of molybdenum concentrates is stable and the products meet the quality requirements of high molybdenum (> 50% Mo) and low lead (<0.04% Pb) in the international market. The enterprises have obvious economic benefits and molybdenum concentrate Measurement accuracy of online inspection is better than 2%. For the first time, energy dispersive spectrometry has been successfully applied in the molybdenum selection process, which has created conditions for the optimal control of molybdenum flotation process and accumulated experience in the application of on-line detection of flotation process.