烟气脱硝,flue gas denitrification英语短句,例句大全

烟气脱硝,flue gas denitrification
1)flue gas denitrification烟气脱硝
1.Application of OF-SCR flue gas denitrification technology in the retrofit project;OI~2-SCR烟气脱硝技术在改造工程中的应用
2.Effects of SO_2,NH_3 and temperature on non-thermal plasma flue gas denitrification;非热等离子体烟气脱硝中的二氧化硫、氨和温度的效应
3.Application for selective catalytic reduction technology for flue gas denitrification选择性催化还原烟气脱硝技术应用

英文短句/例句

1.Study on Mn-based Catalytic Materials of SCR at Low-temperature;烟气脱硝Mn基低温催化剂性能研究
2.Numerical Simulation and Study of SCR De-NO_x System of Flue Gas;SCR法烟气脱硝系统数值模拟研究
3.Numerical Simulation and Advanced Control of SCR Flue Gas DenitrificationSCR法烟气脱硝数值模拟及先进控制
4.Research & Development of Denitrification Device for 600 MW Power Unit600MW机组SCR烟气脱硝装置技术开发
5.OPERATION MODE AND CONTROL OF SCR FLUE GAS DENITRIFICATION SYSTEMSSCR烟气脱硝系统的运行方式及控制
6.Experimental Studies on Low-temperature Selective Catalytic Reduction of NO on Magnetic Iron-based Catalysts低温磁性铁基SCR烟气脱硝的实验研究
7.Situation of production and application on selective catalytic reduction flue gas de-NO_x catalystsSCR烟气脱硝催化剂生产与应用现状
8.Experimental Study of Flue Gas Denitration by Using a Honeycomb Type SCR(Selective Catalytic Reduction) Catalyst蜂窝式SCR催化剂烟气脱硝试验研究
9.Factors Influencing the Denitrification Efficiency of Wet Flue Gas Urea/Lime Technology尿素-石灰湿法烟气脱硝的影响因素
10.Study on the Disadvantageous Influence of SCR Denitrification SystemSCR烟气脱硝系统的负面影响研究
11.Research on SCR flue gas denitrification system design for thermal power plants火电厂SCR烟气脱硝工艺系统设计
12.Study on SCR technique for flue gas denitrification in coal-fired power plants燃煤电厂SCR烟气脱硝技术的研究
13.Metal oxide sorbent-catalyst for combined removing SO_2 and NO_x from flue gas烟气联合脱硫脱硝一体化吸收/催化剂
14.Experimental Study on Flue Gas Denitrification by Selective Non-catalytic Reduction Technology非催化烟气还原脱硝法脱硝特性的试验研究
15.Experimental Study of Activated Carbon-based Desulfurization/Denitration of Flue Gas and Design of Waste Liquid-based Flue Gas Desulfurization活性炭烟气脱硫脱硝集成工艺研究及废液燃烧烟气脱硫方案
16.Review of HC-SCR flue gas denitrification technology烟气HC—SCR脱硝技术的研究进展
17.STUDY ON THE ACTIVITIES OF V_2O_5/ACF CATALYST FOR THE CATALYTIC REDUCTION OF NO AT LOW TEMPERATUREV_2O_5/ACF催化剂用于烟气低温脱硝的研究
18.Experimental Studies on Simultaneous Desulfurization and Denitrification by Flue Gas Circulating Fluidized Bed;烟气循环流化床同时脱硫脱硝实验研究

相关短句/例句

flue gas denitration烟气脱硝
1.Effect of flue gas denitration plant on air preheater;烟气脱硝装置对锅炉空预器的影响
2.Maceration method was introduced to prepare catalyst for flue gas denitration by loading Cu on ACF,and impact of baking temperature,method of catalyst loading,kinds of copper salt and amount of loading in the catalyst preparation on catalytic activity was discussed.介绍了采用浸渍法在活性炭纤维(ACF)上负载铜盐制备烟气脱硝催化剂的方法,探索了催化剂制备过程中焙烧温度、催化剂的负载方式、铜盐负离子的种类、催化组分负载量对催化剂催化活性的影响规律,实验结果表明,最佳焙烧温度范围为250～300℃,多次浸渍负载比一次浸渍负载效果要好,采用Cu(NO3)2作为负载铜离子的溶液,催化性能更好。
3)flue gas De-NOx烟气脱硝
1.In recent years, the State Environment Protection Administration of China has approved about twenty power plants to construct flue gas De-NOx equipment.近年来国家环保总局已批复20个左右的电厂要求安装烟气脱硝装置,采用的工艺有SCR、SNCR和SNCR+SCR组合,但使用较多的还是SCR工艺。
2.Coal-fired power plants in China are to be equipped with flue gas De-NOx systems in the near future to meet the even more strict criteria for pollutant emission.为满足日趋严格的环保要求,我国燃煤火电厂今后将逐步建设烟气脱硝装置。
3.In recent years partial new-approved coal-fired power plants were required to install flue gas de-NOx equipment.我国法规与标准对燃煤电厂NOx的控制主要是以低NOx燃烧为控制原则,与发达国家初期控制NOx的政策类同,同时炉内低NOx燃烧技术也是发达国家后期进一步控制NOx加装烟气脱硝的重要前置控制。
4)Denitrification[di:naitrifi'kei??n]烟气脱硝
1.Study on the Denitrification of Flue Gas by Pulse Corona Discharge;脉冲放电烟气脱硝的研究
2.SCR denitrification is the technology which can make NOX deoxidized when NH3 and NOX react effect of catalyze.选择性催化还原(Selective Catalytic Reduction,SCR)烟气脱硝是利用NH3和NOX在催化剂作用下使NOX还原的技术,于20世纪80年代开始逐渐应用于燃煤锅炉。
5)SCR flue gas denitrationSCR烟气脱硝
6)flue gas De-NO_x technology烟气脱硝技术
1.The principle,characteristic and its appli- cation in our country of common flue gas De-NO_x technology were analyzed.随着经济的发展,有效控制燃煤造成的大气污染已经刻不容缓,特别是控制燃煤过程中的氮氧化物,烟气脱硝技术显得相当重要。