WWIX:废水离子交换
“废水离子交换”是水文学和环境工程领域常用的专业术语,其英文全称为“Waste Water Ion Exchange”。为便于书写与交流,该术语在学术文献和技术文档中常被缩写为“WWIX”。离子交换技术广泛应用于工业废水及生活污水的深度处理过程,能有效去除水中重金属离子及有害溶解物,对提升水质和促进水资源循环利用具有重要意义。
Waste Water Ion Exchange具体释义
Waste Water Ion Exchange的英文发音
例句
- Treatment of waste water of ion exchange resin regeneration in refinery with Fenton reagent
- 用Fenton试剂处理炼油厂离子交换树脂再生废水的研究
- The waste water of ion exchange, condensate and circulating water of evaporation and the tail gas waste heat of rotary kiln are sufficiently and effectively utilized. The consumption of energy and water and the cost of operation are greatly reduced. 4.
- 充分、有效地利用离子交换过程的工艺水,蒸发回收冷凝水,蒸发系统循环水,回收转窑的尾气余热,降低能源消耗和节约水资源,大大减少了运行辅助费用。
- The results show that treating ammoniated waste water by ion exchange Tech. on clinoptilolite is feasible.
- 结果表明:以斜发沸石作为离子交换剂处理氨氮废水是可行的。
- Treatment of Waste Water in Ion Exchange Craft of Wolfram Smelting
- 钨冶炼离子交换工艺废水的治理
- In the process of producing the ATP in the ion interchange craft of wolfram smelting, the liquid containing wolfram generates a great quantities of waste water after the ion exchange craft which contains the Arsenic and the Ammonia Nitrogen.
- 在钨冶炼的离子交换工序生产仲钨酸铵(APT)过程中,含钨料液经离子交换后产生大量的含砷含氨氮废水,碱度高,成份复杂,处理困难。
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