How does the design and operation of the sludge receiving tank impact the overall efficiency of the copper refinery?
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The design and operation of the sludge receiving tank significantly impact the overall efficiency of a copper refinery. A well-designed tank with features like efficient sludge drying mechanisms, proper sludge transfer systems, and effective agitation can enhance operational efficiency and reduce costs . For instance, utilizing driven sprockets directly rotated by motors in sludge collection systems can minimize operation interruptions and reduce costs . Additionally, incorporating high-speed cutting devices and splash-proof mechanisms in sludge transfer tank cars can improve operation efficiency and reduce costs . Proper design considerations, such as balancing inflow velocity and bottom hole openness in settling tanks, are crucial for optimizing settling tank performance in sludge sedimentation processes . Overall, a well-designed and efficiently operated sludge receiving tank is essential for enhancing the overall efficiency of a copper refinery.
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| Papers (4) | Insight |
|---|---|
| The sludge reaction tank design enhances efficiency by promoting thorough mixing, uniform drying, and power-saving operation through innovative features like main and auxiliary stirring plates, slide plates, and dehydration case. | |
| The design of the sludge collection system with driven sprockets directly rotated by hydraulic motors reduces costs, size, and operation interruptions, enhancing overall efficiency in a copper refinery. | |
10 May 2011 1 Citations | Proper design balancing inflow velocity and bottom hole openness in the settling tank enhances sludge sedimentation, crucial for overall efficiency in the copper refinery. |
| Not addressed in the paper. |
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