冶金动力
冶金動力
야금동력
METALLURGICAL POWER
2014年
2期
52-54
,共3页
溶盐%自动化%技术优化
溶鹽%自動化%技術優化
용염%자동화%기술우화
salt dissolution%automation%technical optimization
针对莱钢原软化水系统生产操作手动落后、溶盐体力劳动大、无前置过滤器、无化学在线连续监测仪表等缺陷，进行技术优化改进，实现了一键式溶盐、交换器的运行自动化控制等技术优化。
針對萊鋼原軟化水繫統生產操作手動落後、溶鹽體力勞動大、無前置過濾器、無化學在線連續鑑測儀錶等缺陷，進行技術優化改進，實現瞭一鍵式溶鹽、交換器的運行自動化控製等技術優化。
침대래강원연화수계통생산조작수동락후、용염체력노동대、무전치과려기、무화학재선련속감측의표등결함，진행기술우화개진，실현료일건식용염、교환기적운행자동화공제등기술우화。
The original soft water system of Laiwu Steel had the shortcomings of needing heavy manual labour to dissolve salts, no front filters and no online chemical detectors, etc. So a technical upgrading was carried out, which achieved technical optimization effects such as one-key salt dissolution and automatic control of exchanger operation.
