carbide slag

基本解释

Design and application of carbide slag in propylene oxide production were summarized.
总结了电石渣生产环氧丙烷工艺中的设计与应用。
Under the above test condition the treated wastewater is disposed of by carbide slag that can react with iron ion by flocculation and remove rate of CF and CT in wastewater can reach 60% to 95%.
在上述实验条件下，对还原处理的废水用电石渣进一步处理，使得废水中的铁离子产生絮凝作用，最终废水中氯仿和四氯化碳的去除率可达到60～95%。
The influence on propylene epoxide by lots of mechanical admixture and chemical admixture in carbide slag, and the instability factors in production control were introduced.
介绍了电石渣中的大量机械杂质和化学杂质对环氧丙烷生产的影响及由其所引起的生产控制方面的不稳定因素。

电石渣
Alkaline slurry and salt slurry exacerbated sinter of white clay and carbide slag,there into alkaline slurry is more obviously,which make desulfurization result of white clay and carbide slag reduction.
碱渣和盐泥加剧白泥和电石渣的烧结,其中碱渣尤为明显,使白泥和电石渣的脱硫效果降低。
化学
电石渣