摘要
基于我国目前比较成熟的炼焦工艺,如果将日常生活中产生的废塑料等固体垃圾粉碎后与煤配合炼焦,不仅可以回收白色垃圾,而且可综合提高资源的利用率。本文对焦炭工业分析、粒焦反应性等进行了研究。研究表明:当废塑料与炼焦煤配比在1%时,焦炭反应性降低。
Based on the relatively mature coking process,corporate coking with coal and pulverized waste plastics or other solid wastes in daily life will not only recycle plastic garbage,but also promote comprehensive exploitation of resources.Study was carried out on the industrial analysis and reactivity of coke. The results showed that when the ratio of waste plastic to the coal for coking is 1%,coke reactivity decreases.
出处
《甘肃冶金》
2015年第6期50-52,123,共4页
Gansu Metallurgy
关键词
废塑料
焦炭
反应性
waste plastic
coke
reactivity
