热力系统疏水回收方式对机组的热经济性有很大的影响。
Thermal system drainage recycling mode has a great influence on heat economy of a power unit.
同时还以埕岛油田附近海域发生的溢油事故为例，进行了溢油回收方式的探讨。
Meanwhile, the method of spilled oil recovery is discussed with reference to the oil spillage accident occurred in sea area around Chengdao oilfield.
本文讨论了反渗透工艺的能量消耗和能量回收方式，详细分析了不同的能量回收方法。
It is the goal of this article to discuss the power consumption of the reverse osmosis process. This article looks at the history of energy recovery, compares the different systems and observes that.
通过研究大学生信用卡透支消费额回收制度，对国家助学贷款的回收方式提出了一些建议。
Through the study on the recovery methods of the college student credit card, this paper puts forward some recovery methods of national student loan.
尤其在水面浮油的回收过程中，回收方式的选择和回收率直接取决于原油的粘性及其粘温特性。
Particularly in the course of recovering the oil floating water surface, the ways and the rate of recovery directly depends on the viscosity and temperature-viscosity of crude oil.
在介绍凝结水回收系统的回收方式和目前国内外常用的回收设备的基础上，对如何选择回收系统和设备作了详细的讨论。
Detailed discussion on the selection of recovery system and equipments are presented based on introduction to condensed water recovery methods and some common recovery equipments used worldwide.
介绍了SCR系统脱硝新技术的原理、性能及其影响因素、实际的工艺系统及其副产品的回收方式等，为电厂进行改造提供一些指导。
The principle, performance and the factors of new SCR De-NO_X technology as well as its real working system are introduced.
介绍了S CR 系统脱硝新技术的原理、性能及其影响因素、实际的工艺系统及其副产品的回收方式等，为电厂进行改造提供一些指导。
The principle, performance and the factors of new SCR De-NO_X technology as well as its real working system are introduced. Also the recycle method of its byproduct is involved in this paper.
此工艺以热氮气作为解吸介质，富集后的解吸气通过冷凝或吸收方式加以回收，实现污染物零排放。
The technique USES hot nitrogen as desorption medium, and recovers the enriched desorption gas in a cooling or absorption manner, thereby realizing zero-release of pollution.
此工艺以热氮气作为解吸介质，富集后的解吸气通过冷凝或吸收方式加以回收，实现污染物零排放。
The technique USES hot nitrogen as desorption medium, and recovers the enriched desorption gas in a cooling or absorption manner, thereby realizing zero-release of pollution.
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