This paper describes an algorithm for optimizing process flow diagrams, as well as the order in which the parameters of mineral waste recycling equipment should be optimized. We developed a flow chart for this waste-recycling process-train design analysis algorithm. When comparing different mineral-waste recycling process train options, it is best to use an generalized specific action criterion based on the total power consumption of the machinery, the total weight of equipment, and the average cycle time per unit volume (or weight) of recycled end product. We have developed an engineering technique for evaluating equipment systems, which enables selection of the most efficient mineral waste recycling equipment for production of end products of a given quality under certain specific production conditions, subject to the constraint that unit cost be minimized. A sample comparison is made to determine the efficiency of various types of equipment when producing finely-ground limestone from recycled limestone waste.

本文描述了一种优化工艺流程图的算法，以及应优化矿物废料回收设备参数的顺序。我们为这种废物回收过程-列车设计分析算法开发了一个流程图。在比较不同的矿物废料回收工艺流程选项时，最好根据机器的总功耗、设备的总重量和每单位体积（或重量）的平均循环时间使用广义的特定动作准则。回收的最终产品。我们开发了一种评估设备系统的工程技术，可以选择最有效的矿物废料回收设备，以在某些特定生产条件下生产特定质量的最终产品，受到单位成本最小化的约束。进行样本比较以确定使用回收的石灰石废料生产细磨石灰石时各种类型设备的效率。