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.
石灰硝化装置是石灰乳制备系统的核心设备之一。
The lime nitrification device is one set of core equipment in the lime-milk preparation system.
石灰乳是生产化工产品环氧丙烷的主要原料之一。
Research on quality controlling technique in production process of active lime milk;
放出的二氧化硫经石灰乳吸收用来制备亚硫酸氢钙。
The dissipated sulfur dioxide was absorbed by the lime cream and applied for preparation of the calcium hydrogen sulfite.
含砷浸出液经石灰乳沉砷后可返回浸出工序重复使用。
The leach solution can be reused after arsenic precipitation with ciml milk.
测试了石灰乳放置时间和碳化时间对碳酸钙悬浮液脱水过程的影响。
The effects of placing time and carbonization time of lime white on dehydration process of calcium carbonate suspension have been tested.
与烧碱、氨水等碱化剂不同，石灰乳具有碱化率高，用药量少，价格低等优势。
Different from sodium hydroxide and ammonia and other alkalizers, the lime milk has many advantages, such as high rate of alkalinization, low dosage and low price.
石灰乳作为碱化絮凝海水淡化技术的重要助剂，其品质对预处理效果至关重要。
The lime milk, as important auxiliaries for the alkalify flocculation of seawater desalination pretreatment, its quality is crucial for the effect of desalination pretreatment.
采用改进铁氧体共沉淀法，用石灰乳溶液作中和剂，从污泥浸出液中去除铜、锌。
Copper and zinc in sludge extract were removed by improved ferrite coprecipitation process using lime milk as neutralization reagent.
本技术是石灰乳脱硫治理燃煤烟气新技术，采用了具有国家专利权的脱硫部件及设备。
The technology integrated with patented parts and equipments is a new process for desulphurisation with lime milk. It was a key project tackled by Hunan province.
利用石灰乳、氢氧化钠、硅酸钠等化学药剂按不同配制比例对豆粉进行改性，制备豆胶；
Sodium hydroxide, milk of lime, and sodium silicate with various proportions were used to modify soy flour-based adhesive.
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.
其目的是研究和优化石灰消化工艺，分析石灰消化反应机理，找到最佳的消化操作条件，提高石灰乳的活性。
Through studying and optimizing lime slaking process, it analyzed the mechanism of lime slaking reaction and found the optimum operating conditions to increase the activity of lime milk.
目前国内大部分企业均采用石灰乳一次性中和处理方法，处理结果既不能达标排放，而且大量的沉渣也会对环境造成二次污染。
The most common method is primary neutralization with lime milk, but the result is not satisfied the discharge standard and deposits will pollute environment once again.
目前国内大部分企业均采用石灰乳一次性中和处理方法，处理结果既不能达标排放，而且大量的沉渣也会对环境造成二次污染。
The most common method is primary neutralization with lime milk, but the result is not satisfied the discharge standard and deposits will pollute environment once again.
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