reactive iron

The zero-valence iron process is a competitive method for treating reactive brilliant orange X-GN wastewater because of its high efficiency and low price.

从以上结果可见，零价铁法处理活性艳橙X-GN染料废水成本低廉，处理效果好，具有很好的应用前景。

The high-chromium iron-base composite coating by reactive plasm.

基材表面制备了高 铬铁 基复合涂层.

Decoloration kinetics of dye Reactive Black k-br by zero-valent iron

零价铁对活性黑K-BR脱色动力学

Discussion on the applicability of permeable reactive ( zero-valent iron) barriers to the remediation of groundwater around a uranium tailings site

用零价铁渗滤墙技术修复我国铀尾矿地下水的探讨

Kinetics of reactive brilliant red X-3B reducing degradation by iron metal

零价铁还原降解活性艳红X-3B的动力学研究

On the basis of static tests, the effect of dynamic wastewater treatment by a reactive column which uses iron filings as feeding material is studied. It is successfully used in practical treatment of electroplating wastewater.

在静态实验的基础上，研究了以铁屑为填料的反应柱动态处理废水的效果，并成功地运用于电镀废水的实际处理。

Study on the performance and kinetics of photocatalytic degradation of reactive brilliant orange using iron pillared montmorillonite under visible light irradiation

铁柱撑蒙脱石可见光催化降解活性艳橙性能及动力学研究阴-阳离子表面活性剂复合柱撑蒙脱石的制备与表征

Progress of the study of reactive iron cycling in the paleo-ocean and its applications to the genesis of Cretaceous anoxic-oxic sedimentary transition

古海洋活性铁循环研究进展及对白垩纪缺氧-富氧沉积转变的启示

Current research shows that iron metal can be used as the reactive material for converting heavy metal cations and halogenated hydrocarbons to immobile or non-toxic species.

大量研究表明，应用金属铁作为活性渗滤墙材料，可以去除地下水中的重金属以及有机污染物。

The mechanism of decolorization process for artificial reactive brilliant red X-3B dyeing wastewater with mixing iron filings was studied.

人工配制活性艳红X-3B染料废水，与铁屑混合利用摇床进行脱色过程机理研究。

KD-800 was used in combination with iron and steel pickling waste water and polyacrylamide for a flocculation and decolorization test of printing and dyeing waste water mainly containing reactive dyes, while factors affecting decolorization, controlling conditions, etc.

KD-800与钢铁酸洗废液和聚丙烯酰胺联合使用，对以活性染料为主要成分的印染废水进行混凝脱色试验，对脱色影响因素和控制条件等进行了研究。