1) decalcifying agent
脱钙剂
1.
Industrial application of decalcifying agent in the decalcification process for Sudan crude;
脱钙剂在苏丹原油脱钙工艺中的工业化应用
2.
Effect of decalcifying agent KR-1 on extraction decalcifying and desulting process of Liaohe ultra-high viscosity oil;
KR-1原油脱钙剂对辽河超稠原油脱钙、脱盐效果的影响
3.
Development of new high efficiency decalcifying agent for crude oil with characteristics of highly-efficient;
新型高效原油脱钙剂的研制
2) decalcification agent
脱钙剂
1.
Commercial experiment of decalcification agent in crude electric desalting
脱钙剂CC827494在原油电脱盐中的应用
2.
The study demonstrates that organic calcium removal rate increases with increasing amount of decalcification agent addition, injected water, reactor temperature and reaction time.
结果表明:有机钙的脱除率随着脱钙剂加入量、注水率、反应温度、反应时间的增加而提高;脱钙反应在弱酸性溶液中进行较为有利,脱钙剂水溶液的pH值以6。
3.
A high efficiency decalcification agent RPD-Ⅱhas been developed for the crude with high calcium content.
针对高含钙原油开发研制了RPD Ⅱ新型高效原油脱钙剂 ,考察了脱钙剂注剂量、原油性质、油水混合强度、注水率和注水pH值等对脱钙效果的影响 ,结果表明 ,在剂钙比为 3～ 4时 ,原油脱钙率达到 90 %以上。
3) de-calcification agent
脱钙剂
1.
Decalcification effect of RPD-Ⅱ type de-calcification agent and its influence on electric desalting operation system have been researched by commercial test and the result shows that the improved RPD-Ⅱ de-calcification agent has an excellent decalcification effect.
工业试验研究了RPD Ⅱ型脱钙剂的脱钙效果及其对电脱盐系统操作性能的影响。
2.
Aimed at the properties of Karamay viscous crude oil, de-calcifying technology for high calcium crude oil has been studied with self-developed de-calcification agent KR-1 and extraction process.
针对克拉玛依稠油性质 ,利用自行开发的KR 1脱钙剂 ,采用萃取脱钙工艺进行了高钙原油脱钙技术研究 ,对影响该技术脱钙效果的主要因素进行了详细考察 ,并根据实验室推荐的优化脱钙工艺条件 ,进行了工业化应用试验。
4) Calcium-based sorbent
钙基脱硫剂
1.
Experimental study on the new-type calcium-based sorbent shell;
贝壳类新型钙基脱硫剂的试验研究
2.
Limestone (CaCO 3) is a commonly-used calcium-based sorbent.
以反应动力学为基础 ,考虑 CO2 在产物层中的扩散影响、分解过程中 Ca O的高温烧结作用及 CO2 的烧结影响 ,模拟研究钙基脱硫剂石灰石 (Ca CO3 )在不同的反应温度、气氛及颗粒粒径下的分解特性及生成 Ca O的比表面积变化情
5) KAL decalciilcation additive
KAL型脱钙剂
6) calcium based sorbent
钙基脱硫剂
1.
Using ortho experiment, it was investigated how each one of preparation conditions affected the characteristics of the product when hydrating high reactive calcium based sorbents.
结果表明 ,水合时间、水合温度Ca(OH) 2 /CaSO4的质量比 ,以及飞灰 / (Ca(OH) 2 +CaSO4)质量比四个条件对脱硫剂比表面积的形成有显著的影响 ;从而由单因素实验得出一最佳钙基脱硫剂制备条件组合。
2.
By way of experiments investigated is the effect on pore structure fractal dimension of calcium based sorbents under calcination conditions of various temperatures, atmospheres and sintering durations as well as the effect of fractal properties on the sulfating ability of the sorbents.
通过实验的方法 ,研究钙基脱硫剂在不同温度、气氛及烧结时间等煅烧条件下 ,对孔结构分形维数的影响 ,以及分形特性对脱硫剂的硫化能力的影响。
补充资料：硼钙石,水化硼酸钙,硬硼钙石
CAS：12007-56-6
分子式：B4CaO7
中文名称：四硼酸钙；硼酸钙；硼钙石,水化硼酸钙,硬硼钙石
英文名称：Boron calcium oxide；Calcium borate；boric acid (h2-b4-o7), calcium salt ；boron calcium oxide (b4cao7)；calcium tetraborate；colemanite
分子式：B4CaO7
中文名称：四硼酸钙；硼酸钙；硼钙石,水化硼酸钙,硬硼钙石
英文名称：Boron calcium oxide；Calcium borate；boric acid (h2-b4-o7), calcium salt ；boron calcium oxide (b4cao7)；calcium tetraborate；colemanite
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