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SABC CIRCUIT ENERGY CONSUMPTION OPTIMIZATION

机译:SABC电路能耗优化

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Since 2005, Compafiia Contractual Minera Candelaria (CCMC) has defined various strategies which aim to optimize the usage of the available energy in each of the SAG grinding circuit modules (SABC-A configuration). For this purpose, the use of larger size balls along with operating with an optimum balls/load ratio has been implemented. Additionally, in the ball mills, the amount of balls in relation to the equipment's usable diameter has been optimized. In the pebble crushing circuit, the percentage of material passing 12 mm (1/2 in) product has been increased by 15 percent by: (1) modifying the crusher mantle profile, (2) implementing a strategy for maximizing the power in each crusher, (3) using continuous improvement tools (Lean -^sSix Sigma), (4) redesigning SAG mills discharge grates, and (5) changing discharge grates in order to control the crusher feed size distribution profile. All these activities have improved plant throughput by 1,000 t/d with no significant capital investment. As part of the energy consumption optimization study, we have considered determining the optimum operational rate of each SAG mill, in relation to the mill liner life and also the improving the control strategy in conventional grinding.
机译:自2005年以来,Compafiia合约Minera Candelaria(CCMC)确定了各种策略,旨在优化每个下垂研磨电路模块(SABC-A配置)中的可用能量的使用。为此目的,已经实现了使用较大尺寸的球以及以最佳球/负载比操作的操作。另外,在球磨机中,已经优化了与设备可用直径相关的球的量。在鹅卵石破碎电路中,通过12mm(1/2英寸)产品的材料的百分比增加了15%:(1)改变破碎机披风型材,(2)实现最大化每个破碎机中的功率的策略(3)使用连续改进工具(瘦 - ^ SSIX Sigma),(4)重新设计凹槽铣削炉,(5)改变放电炉,以控制破碎机进料尺寸分布曲线。所有这些活动将植物吞吐量提高1,000吨/天,没有重大资本投资。作为能源消耗优化研究的一部分,我们已经考虑确定每个SAG磨机的最佳运算率,相对于磨机衬里寿命以及在传统研磨中提高控制策略。

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