fishinggiftsformen| Baotou Steel Co., Ltd.: Barun Branch successfully overcame the problem of high energy consumption of three-stage ball mills

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[Baotou Steel Co., Ltd.: Barun Branch successfully overcame the problem of high energy consumption of three-stage ball mills] Securities Times e Company News, according to Baotou Steel, the high energy consumption of ball mills has always restricted the green development of mineral processing systemsfishinggiftsformenone of the problems. Recently, Baotou Steel Barun Branch has adopted a series of measures to reduce energy consumptionfishinggiftsformen...

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[Baotou Steel Co., Ltd.: Barun Branch successfully overcame the problem of high energy consumption of three-stage ball mills] Securities Times e Company News, according to Baotou Steel, high energy consumption of ball mills has always been one of the problems that restrict the green development of mineral processing systems. Recently, Baotou Steel Barun Branch has adopted a series of measures to reduce energy consumption and successfully overcome the problem of high energy consumption of the three-stage ball mill. The power consumption of the ball mill has been reduced by nearly 1000 kilowatt-hours per hour, and the grain size requirements of the ground mineral products have been guaranteed. It provides new reference for the green and low-carbon development of the mineral processing industry. Barun Branch of Baotou Steel Co., Ltd. uses multi-performance nano-composite ceramic balls to replace traditional grinding medium steel forging, realizing fine control of the particle size of ground mineral products. By optimizing grinding processes and parameters, the energy consumption and grinding of the ball mill are effectively reduced. Cost. In response to the problem of high energy consumption of the three-stage ball mill, the technicians and operators of Baotou Steel Barun Branch worked together and also studied and proposed a series of effective solutions. Among them, the screen combination is optimized to control the particle size distribution of the materials entering the grinding process, improve the stability of the grinding process, and adjust the power factor of the mill itself to reduce the grinding energy consumption to a certain extent and achieve an effective reduction in energy consumption.