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本文使用了作者们提出的模型对加拿大 Brenda 矿粗选流程进行了变更加水量对流程指标及稳定性影响的研究。模拟结果表明在不同增水地点加入大致相等量的水后,浮选指标及过程被破坏后重新稳定所需要的时间是大不相同的。在扫选精矿中增加用水量,对过程的影响最小;在第二次精选精矿中增加给水,对精矿品位的提高最显著;而在第二次精选精矿中增加给水则对过程重新恢复平衡所需要的时间也最长;在精选回路中中矿的增加量也最大。一个稳定了的回路,像一个有机体一样,当某一点的平衡被破坏后,回路本身会自动进行调整以获得重新平衡。
In this paper, we use the model proposed by the authors to study the influence of the added water on the process index and stability of the rough selection process in Brenda mine in Canada. The simulation results show that the time required to re-stabilize the flotation index and the process after it is destroyed after adding roughly equal amounts of water at different water-filling locations is quite different. Increasing the amount of water used in the sweeping concentrate has the least effect on the process. Increasing the water supply to the second concentrate increases most significantly the grade of the concentrate; while in the second concentrate, increasing the water supply It takes the longest to regain the process balance and the largest increase in the beneficiation circuit in the selected circuit. A stable circuit, like an organism, will automatically adjust itself to rebalance once the balance of a point has been destroyed.