年处理5000吨电解锰渣锰和氨氮高效分离利用中试技术数据集

年处理5000吨电解锰渣锰和氨氮高效分离利用中试技术项目在对四级逆流洗涤和洗出液回收技术等相关技术的开发，解决了洗出液回用于生产的水平衡问题，将洗出的可溶性锰、氨氮全部回用于锰冶金生产线，解决了污水排放对环境的影响。数据集主要记录了压滤压滤后锰渣中的锰、氨氮、水份与其他金属含量。数据大小48.59MBThe pilot-scale technical project for efficient separation and recovery of manganese and ammonia nitrogen from electrolytic manganese residues, with an annual processing capacity of 5000 tons, developed relevant technologies including four-stage countercurrent washing and eluate recovery processes. This project resolved the water balance problem when reusing the eluate in production, fully recycled the eluted soluble manganese and ammonia nitrogen back to the manganese metallurgical production line, and eliminated the environmental pollution caused by sewage discharge. This dataset primarily records the contents of manganese, ammonia nitrogen, moisture and other metals in the manganese residues after pressure filtration, with a total size of 48.59 MB.

搜集汇总

背景与挑战

背景概述

该数据集源自一项年处理5000吨电解锰渣的中试技术项目，通过开发四级逆流洗涤和洗出液回收技术，实现了锰和氨氮的高效分离与回用，解决了生产水平衡和污水排放问题。数据集主要包含压滤后锰渣中锰、氨氮、水分及其他金属含量的记录数据。