1) gas purification
煤气净化
1.
Start - up and running of coke oven gas purification system of Coking Plant of Baogang;
包钢焦化厂新煤气净化系统的开工及运行
2.
In accordance with some existing problems of gas purification and auxiliary system in the first Project, some processes and devices have been adjusted in the second project as well as the joint between old and new systems are also considered while designing.
根据我厂焦化项目一期工程煤气净化系统及辅助系统存在的问题,在二期工程中对部分工艺和装置进行了调整,同时设计时考虑了新老系统间的衔接。
3.
The present production situation, main technical improvement measure and existing problems of full negative pressure gas purification system which has been commissioned for 15 year are described in this paper.
介绍了全负压煤气净化系统投产15年来的生产现状、主要技改措施和仍存在的问题。
2) gas cleaning
煤气净化
1.
The coke oven gas cleaning technology in Panzhihua Iron & Steel corporation was introduced.
介绍了攀钢二期焦炉煤气净化工艺 ,分析了 10年来工艺运行状况、存在的问题 ,总结了 10年的改造实践经验 ,提出了发展方
2.
This paper points out the problem of the AS system for coke oven gas cleaning in Panzhihua Iron and Steel Corp.
本文介绍了 AS煤气净化系统在攀钢生产运行中存在的问题 ,分析了各种问题对煤气脱硫洗氨效率的影响 ,并提出了治理措施及取得的效果。
3.
The development of gas cleaning technique in our country is introduced, the features of several main kinds of imported gas cleaning technique are analyzed, some opinions presented.
介绍了中国煤气净化技术的发展，并对几种主要引进的煤气净化技术特点做了分析，作者就此提出了几点见解和探讨。
3) coal gas purification
煤气净化
1.
This paper indroduced the technology development,desulphurization mechanism and the application in coal gas purification of TGF high efficiency desulphurization sorbent.
介绍了 TGF煤气高效脱硫剂的技术发展、脱硫机理及其在煤气净化中的应用情况。
5) clean coal gasification
洁净煤气化
1.
The technological process and characteristics of powdered coal gasification,the characteristics of distributed energy system,the process and advantages of combined cycle power generation using clean coal gasification and distributed energy system are expounded.
论述了粉煤气化的工艺流程及其特点、分布式能源系统的特征、洁净煤气化与分布式能源系统相结合的联合循环发电流程及其优势,指出洁净煤气化和分布式能源系统相结合具有广阔的发展前景。
6) cleanup for hot coal-derived gas
热煤气净化
补充资料：净化阶段
分子式：
CAS号：
性质： 石墨炉原子吸收分析程序升温中的清除阶段或称热除残阶段(thermal volatilization residual sample stage)。它是在试样原子化以后，以更高的温度将石墨管中所遗留的试样挥发清除，以保证下一次测定不受影响，即不会有记忆效应。
CAS号：
性质： 石墨炉原子吸收分析程序升温中的清除阶段或称热除残阶段(thermal volatilization residual sample stage)。它是在试样原子化以后，以更高的温度将石墨管中所遗留的试样挥发清除，以保证下一次测定不受影响，即不会有记忆效应。
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