介绍了制氧站循环冷却水系统除垢清洗及水质稳定技术处理。
Scaling, cleaning and water quality stability disposal technology of the circulation cooling water system of the oxygen making works are presented.
注入水水质的好坏不仅与水处理设备、水处理流程有关，而且还与化学处理程序即水质稳定技术有关。
Water quality not only concerns with water-treating equipments, the flow of water treating, but also concerns with the water quality stable technology.
本文主要介绍了用高硬度水做高炉循环冷却水的水质稳定处理技术研究。
The article mainly presents the technical research on the water quality stabilization treatment of high-hardness water in blast furnace circulating cooling system.
该研究结果为焦化废水回用的后续技术处理，筛选水质稳定药剂配方提供了依据。
This discovery provides the coking wastewater recycling with evidence for follow-up treatment technique and for selecting water quality stabizers.
结论在规定的技术参数下运行，多效蒸馏器制备的注射用水质量稳定、可靠。
Conclusion Under the specified operation parameters, the quality of water by multi-effect still is steady, reliable.
目前中小型化肥厂普遍采用水质稳定剂技术处理补充水和循环水，尽管提高了水的利用率，却仍有少量污水排放；
Water quality Stabilizer is widely used to treat make-up water and circulated water, its usage is increasing, but small amount of polluted water is needed to be drained.
采用复配絮凝剂和复合水质稳定剂进行了试验，研究出适合于高炉煤气洗涤水系统的锌垢去除新技术。
The cause of Zn scale formation in the washing water system is found theoretically. An experiment by using composite flocculant and complex water quality stabilizer are conducted.
采用复配絮凝剂和复合水质稳定剂进行了试验，研究出适合于高炉煤气洗涤水系统的锌垢去除新技术。
The cause of Zn scale formation in the washing water system is found theoretically. An experiment by using composite flocculant and complex water quality stabilizer are conducted.
应用推荐