石灰乳

永平铜矿选矿厂石灰乳供给系统的改造实践

The Transformation of Lime Cream Supply System of Concentrating Mill at Yongping Copper Mine

介绍了新开发的石灰乳法制饲料防霉剂丙酸钙的生产工艺过程及工艺条件，对600t/a的工厂设备选型、工厂经济分析也作了介绍。

Introducing process and condition of production of new developing lime cream methods for feed grade calcium propionate , also introducing 600t / a factory equipment type choice and factory economic analysis .

以盐田中度卤水为原料，石灰乳为沉淀剂制备Mg（OH）2粉体。

Mg ( OH ) 2 was prepared by addicting lime milk to middling concentration brine of brine pan .

在小试装置上做了石灰乳与纯碱溶液的吸收对比实验，结果表明：石狄乳对NOX的吸收效果高于纯碱溶液，并且能够生产出合格的亚硝酸钙产品。

The result shows that the absorption facts of the former to NOx is higher than the latter , and the lay-product calcium nitrite can be obtained .

利用果胶废水中的Al（Ⅲ）和石灰乳沉淀，并用炉渣、活性碳脱色的方法，处理盐析法提取果胶的工艺废水。

Using Al (ⅲ) in pectin wastewater and lime white for precipitation , and using slag and activted carbon for decoloration , the wastewater from the process of extracting pectin by the salting out method is treated .

结果表明，石灰乳对NOX的吸收效果优于纯碱溶液，并且能够生产出合格的亚硝酸钙产品。

The results show that the absorption of NOx by milk of lime is better than by soda ash solution , and up-to-grade calcium nitrate product can be produced .

该法用铁将硝基苯类还原成苯胺类，然后通过石灰乳中和生成Fe（OH）2胶体，吸附苯胺类，达到去除硝基苯类的目的。

First , nitrobenzene is reduced to aniline by iron , then aniline is removed by the absorption of Fe ( OH ) 2 colloid which is produced from neutralization of the reduced waste liquor with lime white .

用三辛胺萃取醋酸废水中的醋酸，加入白云石灰乳反萃，可制得环保型除冰剂醋酸钙镁盐（CMA）。

Calcium magnesium acetate ( CMA ) can be prepared by extraction of acetic acid from dilute acetic acid wastewater using trioctylamine and then by back extraction using dolomite lime .

本文将磷化废液先与酸洗废液混合，生成磷酸亚铁Fe3（PO4）2沉淀，将沉淀分离后余下的废液再与漂洗废水合并后，用石灰乳处理排放。

The spent phosphating solution is first mixed with pickling waste solution to form ferrous phosphate Fe_3 ( PO_4 ) _2 precipitate . After seperation , the liquid is combine with rinse waste water . and treated with some lime milk before discharge .

中和反应条件：石灰乳浓度5%，柠檬酸浓度50%，反应温度60℃，反应时间1h，产品收率高、质量好、安全无毒。

The neutralization reaction showed when the conditions were as follows : 5 % milk of lime , 50 % Calcium Citrate , temperature 60 ℃ , reactant time 1 hour , the product has high of product receipt rate , excellent quality , security and innocuity .

以循环碱液替代石灰乳提镓

Gallium extraction with recycle alkaline liquor in place of lime milk

石灰乳吸收法处理轮窑烧砖烟气的研究

Study of Flue Gas Treatment of Ring Brickkiln with Lime Milk

白云石灰乳处理含铅废水的研究聚丙烯酰胺水凝胶隆乳术后并发症的处理

The Research of Treatment of Waste Water Containing Lead By DoLomite Milk

回转式石灰乳除砂机的设计与使用

Design and Application of Rotary Classifier for Milk of Lime

石灰石&石灰乳二段中和法处理矿山酸性废水

Two stage neutralization of lime stone and lime treat mineral acidic wastewater

石灰乳输送泵的失效分析与优化设计

Failure Analysis and Optimization Design for Lime Milk Transfer Pump

碱液制备石灰乳的工艺技术研究

Research on the Process Technology of Aqueous Alkali - prepared Lime White

用石灰乳提纯亚硝酸钙工艺条件研究

Study on the Process Parameters of Purifying Calcium Nitrite by Lime Cream

废气的净化处理过程要求有石灰乳的连续流。

The flue gas cleaning process demands a continuous flow of lime-milk .

德兴铜矿石灰乳检测精度探讨

Study on lime milk measuring accuracy in Dexing Copper Mine

石灰乳动力循环给料系统的设计

Design to Dynamic Cycle Feeding System for Lime Cream

石灰乳吸收法治理含氯废气的研究

Study on Treatment of Waste Gas Containing Chlorine by Lime Cream Absorption Method

三级石灰乳中和法处理制酸污水的实践

Practice of three-stage neutralization process by lime milk for treating acid waste water

卤水-石灰乳法制备氢氧化镁的研究

Preparation of magnesium hydroxide with brine and lime milk

石灰乳碳化反应的热力学

Thermodynamics of Carbonization Reaction of Lime White

石灰乳是生产化工产品环氧丙烷的主要原料之一。

The lime cream is one of main materials to produce the chemical product epoxypropane .

石灰乳在阳极焙烧净化系统和污水处理系统中的运用

Application of Lime Milk for Gas Purification and Contaminated Water Treatment in Anode Baking Process

结果：石灰乳法提取效率优于其它方法。

RESULTS : The efficiency of lime water collection is better than that of other methods .

石灰乳中和/曝气沉淀工艺处理钛白粉酸性废水

Lime Milk Neutralization , Aeration and Sedimentation for Treatment of Acid Wastewater from Titanium Dioxide Production

管道化溶出系统中矿浆与石灰乳混合过程的模型实验与数值计算

The model experiment and numerical calculation for process of mixing bauxite slurry and lime milk in tube digestion elements