1) desilication of green-liquor
绿液除硅
2) silicon removal
除硅
1.
Experimental research on silicon removal form wheatstraw pulp black liquor with lime sedimentation method;
麦草浆黑液石灰法除硅试验研究
2.
The silicon removal of wheat straw pulping black liquor by means of both processes of the sedimentation and the air-floatation was studied.
用沉淀法和气浮法进行麦草浆黑液除硅工艺研究。
3.
By experiments on the method of silicon removal with CO\-2, a new technological process of soda recovery system is presented here.
分析了麦草浆黑液硅干扰造成的后果,通过CO2除硅方法的研究,提出了碱回收系统的新工艺流程,并引入前处理法和后处理法的概念,得出相关结论。
3) silica removal
除硅
1.
The experimental results show that it has a good effect on silica removal by the process combining coagulation and softening with zinc composite coagulant and silica removal with magnesium compound.
以新疆油田稠油废水为研究对象,采用化学混凝除硅方法对稠油废水进行处理。
4) desilication
[,di:sili'keiʃən]
除硅
1.
In the desilication of aluminate solution, the effects of ratio of soda to alumina, caustic concentration, lime dosage, reaction temperature and retention time on the formation of calcium silicate are investigated.
针对铝酸钠溶液除硅过程 ,研究苛性比、碱浓度、配钙量、温度等对水合硅酸钙形成的影响规律。
5) desilicate
除硅
1.
All data of a 18×40m3 pilot plant scale desilication experiment show it not only efficiently desilicates but .
在制备高硅含量原料的碱法蒸煮液时，把一种主要成份为氧化铝的除硅剂加到配碱槽内（或直接加到蒸煮锅内），通过蒸煮，该除硅剂能与原料中硅生成不溶物附着在浆料上，达到降低黑液硅含量的目的。
6) green liquid
绿液
1.
Crystal mechanism in pipelines while conveying green liquid;
管内绿液输运过程中结盐机理
2.
As for the salt-out phenomena in the transmitting process of green liquid,manifold chemical analytical methods and modern instrumental analytical means are used to mensurate the chemical elements of green liquid and the components of salt-out material in the pipe segment from the green-liquid defecating implement to the digesting equipment.
针对绿液输运过程中的结盐现象,利用多种化学分析方法和现代仪器分析手段,测定了绿液澄清器至消化器管段中的绿液化学组分和盐析物质成分,并对绿液盐析晶体粒径分布进行了测试。
补充资料：绿液
分子式：
分子量：
CAS号：
性质：硫酸盐法制浆中的一个常用术语。指由碱回收系统中回收的熔融物溶解在水中所成的药液。主要成分是碳酸钠和硫化钠，并含有少量的氢氧化钠和硫酸钠等。可用石灰苛化，回收氢氧化钠。
分子量：
CAS号：
性质：硫酸盐法制浆中的一个常用术语。指由碱回收系统中回收的熔融物溶解在水中所成的药液。主要成分是碳酸钠和硫化钠，并含有少量的氢氧化钠和硫酸钠等。可用石灰苛化，回收氢氧化钠。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条