rougher cleaner flowsheet

简明释义

粗选 精选撂图

英英释义

例句

1.In the mineral processing industry, the design of a rougher cleaner flowsheet is crucial for maximizing recovery rates.

在矿物加工行业，设计一个粗选清选流程图对最大化回收率至关重要。

2.The engineers presented a new rougher cleaner flowsheet that improved the efficiency of the extraction process.

工程师们提出了一种新的粗选清选流程图，提高了提取过程的效率。

3.When optimizing the rougher cleaner flowsheet, we need to consider both the feed characteristics and the desired product quality.

在优化粗选清选流程图时，我们需要考虑进料特性和所需产品质量。

4.The rougher cleaner flowsheet was modified to include additional flotation stages for better separation.

为了更好的分离，粗选清选流程图被修改以包括额外的浮选阶段。

5.By analyzing the rougher cleaner flowsheet, we identified several bottlenecks in the current operation.

通过分析粗选清选流程图，我们识别出当前操作中的几个瓶颈。

作文

In the field of mineral processing, the term rougher cleaner flowsheet refers to a specific sequence of operations designed to separate valuable minerals from their ores. This flowsheet is crucial because it outlines the steps taken to achieve optimal recovery rates and concentrate quality. The rougher cleaner flowsheet typically consists of two main stages: the rougher stage and the cleaner stage. During the rougher stage, the ore is crushed and ground to liberate the valuable minerals. This process involves the use of flotation cells where chemicals are added to help separate the minerals from the gangue materials. The rougher concentrate produced at this stage contains a mixture of valuable minerals and impurities. The aim here is to maximize the recovery of the valuable minerals while minimizing the amount of waste material. Once the rougher concentrate is obtained, it is sent to the cleaner stage. The purpose of this stage is to refine the rougher concentrate and produce a higher-grade product. In the cleaner stage, additional flotation cells are employed, and the conditions are optimized to enhance the separation of the valuable minerals from the remaining impurities. This stage may involve multiple cleaning steps to ensure that the final concentrate meets the required specifications for further processing or sale. The efficiency of a rougher cleaner flowsheet can significantly impact the overall success of a mining operation. A well-designed flowsheet will not only improve recovery rates but also reduce the costs associated with processing. Factors such as reagent selection, cell design, and operational parameters play a critical role in the effectiveness of the flowsheet. Moreover, advancements in technology have allowed for the development of more sophisticated rougher cleaner flowsheets. Automation and real-time monitoring systems can help optimize the performance of each stage, leading to better control over the process and improved outcomes. As the industry continues to evolve, the importance of understanding and effectively implementing a rougher cleaner flowsheet cannot be overstated. In conclusion, the rougher cleaner flowsheet is a fundamental concept in mineral processing that encompasses the critical stages of separating valuable minerals from ores. By optimizing each step of the flowsheet, mining operations can achieve higher recovery rates and produce concentrates that meet market demands. As technology progresses, the potential for enhancing the efficiency of these flowsheets will only increase, making it an exciting area for ongoing research and development in the field of mineral processing.

在矿物加工领域，短语粗选清选流程图指的是一种特定的操作顺序，旨在将有价值的矿物从其矿石中分离出来。这个流程图至关重要，因为它概述了实现最佳回收率和精矿质量所采取的步骤。粗选清选流程图通常由两个主要阶段组成：粗选阶段和清选阶段。在粗选阶段，矿石被破碎和研磨以释放有价值的矿物。这个过程涉及使用浮选槽，在其中添加化学药剂以帮助将矿物与脉石材料分离。在这个阶段产生的粗选精矿包含有价值矿物和杂质的混合物。这里的目标是最大限度地回收有价值的矿物，同时最小化废料的数量。一旦获得粗选精矿，它就会被送往清选阶段。这个阶段的目的是精炼粗选精矿并生产出更高品位的产品。在清选阶段，使用额外的浮选槽，并优化条件以增强有价值矿物与剩余杂质的分离。这个阶段可能涉及多次清选步骤，以确保最终精矿符合进一步加工或销售的要求。一个有效的粗选清选流程图可以显著影响矿业操作的整体成功。设计良好的流程图不仅可以提高回收率，还可以减少与加工相关的成本。试剂选择、槽设计和操作参数等因素在流程图的有效性中起着关键作用。此外，技术的进步使得开发更复杂的粗选清选流程图成为可能。自动化和实时监控系统可以帮助优化每个阶段的性能，从而更好地控制过程并改善结果。随着行业的不断发展，理解和有效实施粗选清选流程图的重要性不容低估。总之，粗选清选流程图是矿物加工中的一个基本概念，涵盖了将有价值矿物从矿石中分离的关键阶段。通过优化流程图的每一步，矿业操作可以实现更高的回收率，并生产出符合市场需求的精矿。随着技术的进步，提高这些流程图效率的潜力只会增加，这使得矿物加工领域的研究与开发成为一个令人兴奋的领域。