2) blowing air
吹风气
1.
The factors affecting safety and economic operation of blowing air residual heat recovery unit are summarized based on the operating conditions in our plant and the other plants at home so as to prolong its operation and maximally dig out its potential.
结合我厂及国内吹风气余热回收装置的运行情况,对影响吹风气余热回收装置安全、经济运行的因素进行总结,以求提高装置的运行周期,发挥其最大潜能。
2.
The paper presents the disadvantages of intermittent gas preparation in medium-sized nitrogenous fertilizer plant with coal as raw material and introduces blowing air centralized after heat recovery process and up/down flowing gas sensible heat recovery process suitable for the modification of the intermittent gas preparation.
阐述中氮肥间歇式煤造气技术存在的弊端 ,介绍适于间歇制气改造的吹风气余热集中回收工艺和上、下行煤气显热回收工艺。
3) blowing gas
吹风气
1.
Application of Centralized recovery technology for blowing gas in M-sized nitrogenous fertilizer plants;
吹风气集中回收技术在中型氮肥厂的应用
2.
The article elaborates production principles and characteristics of s emi-water gas and necessities of rec overing residual heat from blowing gas.
阐述了半水煤气的生产原理、生产特点和吹风气余热回收的必要性,介绍了余热回收装置的工艺流程、主要设备的选型,并对整个装置进行了经济效益分析。
4) Upward air blown gas
上吹风气
5) aeration
[英][,eiə'reiʃən] [美][,eə'reʃən]
充气，吹风
6) blowing-air recovery
吹风气回收
1.
The paper summarizes the necessity of blowing-air recovery, presents the project selection and the engineering design and equipment selection for the medium sized nitrogenous plants its raw material is coke combining the circumstance of Shijiazhuang Fertilizer Corporation, points out some questions about technologic design and the solution to it.
简述了中氮厂吹风气回收的必要性,结合本厂情况阐述了以焦炭为原料的中氮厂进行吹风气回收时方案的选定、装置的设计和选型,并指出具体设计中应注意的问题及解决方案。
补充资料：采气工艺(见天然气开采工艺)
采气工艺(见天然气开采工艺)
gas production technology
，一‘J\匕乙吕天然气开采工艺pro以uetionteehnology)见
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