1)air staged combustion technology空气分级燃烧技术
1.The Shenmu bituminous and Yangquan lean coal are tested,the research of air staged combustion technology tes is executed in the one-dimensional flam furnace.本文以神木烟煤和阳泉贫煤为试验对象,在一维火焰炉上对其进行了空气分级燃烧技术模拟试验研究。
2.The reformation for low NOx emission of one 420t/h boiler in thermal power plant was introduced detaily,in which air staged combustion technology was used to reduce the NOx concentration.介绍了某电厂利用空气分级燃烧技术对420 t/h锅炉燃烧器进行的低NOx排放改造情况,对锅炉改造前、后的NOx排放浓度进行了对比分析。
2)MACT staged combustion technologyMACT分级燃烧技术
1.The NOx emission in Yuhuan thermal Power Plant is reduced by the adoption of PM-burner and MACT staged combustion technology.介绍了玉环电厂采用PM型燃烧器和MACT分级燃烧技术,降低了NOx生成量。
3)Staged combustion technique分级燃烧技术
英文短句/例句
1.APPLICATION PROBLEM STUDY OF LOW NO_x STAGED COMBUSTION TECHNOLOGY低NO_x燃料分级燃烧技术应用探讨
2.Research and Numerical Simulation on Staged Combustion to Reduce NOx Exhaust of 400t/h Tangential Firing Boiler;400t/h四角切圆煤粉炉分级燃烧技术降低NOx排放的研究与数值模拟
3.Numerical Research on deNOx Technology of Fuel Staged Combustion;燃料分级低NOx燃烧技术数值研究
4.The Air Fractional Combustion Reduces the NO_x Emissions Technology the Research;空气分级燃烧降低NO_x排放技术的研究
5.Reference on step conversion of coal gasification and carbocoal combustion is offered by the research on pyrolysis carbocoal.热解半焦的研究为煤气化及半焦燃烧的分级转化技术提供了参考。
6.Analysis of European and American technical regulation of flammability for textiles欧美各国纺织品燃烧性技术法规分析
7.The Development of Combustion Analytical System of Internal Combustion Engine Based on Virtual Instrument Technology;基于虚拟仪器技术的内燃机燃烧分析系统开发
8.Precombustion technology for 240 spark plug gas engine240火花塞式燃气机预燃燃烧技术研究
9.Application of CFD Technology to Combustion and Decomposition in Precalciners;分解炉内燃烧与分解的CFD技术应用研究
10.Primary Studies on Applications of Stratified Combustion in Backward Moving Chain Grate Boilers正转链条炉排锅炉分层燃烧技术应用初探
11.Technical and Economic Analysis and Comparison of Oxy-Fuel Fired Float Furnace全氧燃烧浮法玻璃熔窑的技术经济分析对比
12.NUMERICAL INVESTIGATION OF MIXING AND COMBUSTION ENHANCEMENT BY SHUNTING IN SUPERSONIC FLOWS分流技术强化超声速混合及燃烧的数值模拟
13.Research and Analysis Towards Utility Boiler Using Oxygen Enrichment Technology for Combustion电站锅炉采用富氧燃烧技术的研究分析
14.Application of Plasma Combustion Technology in High Ash Content Bituminous Boiler等离子燃烧技术在高灰分烟煤锅炉的应用
15.Application Analysis of High Temperature Air Combustion Technology in Ceramic Kiln高温空气燃烧技术在陶瓷窑炉的应用分析
16.Measurements of major species in a high-pressure combustion using single-pulse spontaneous Raman scattering单脉冲喇曼散射技术测量高压燃烧场组分浓度
17.Research on the Characteristics of MSW(Municipal Solid Waste) Oxygen-enriched Combustion Based on Computational Fluid Dynamics利用CFD技术对城市生活垃圾富氧燃烧特性分析
18.Engineering Economic Analysis of Melting Solar Glass With Pure-Oxygen Combustion全氧燃烧熔制太阳能玻璃工程技术经济分析
相关短句/例句
MACT staged combustion technologyMACT分级燃烧技术
1.The NOx emission in Yuhuan thermal Power Plant is reduced by the adoption of PM-burner and MACT staged combustion technology.介绍了玉环电厂采用PM型燃烧器和MACT分级燃烧技术,降低了NOx生成量。
3)Staged combustion technique分级燃烧技术
4)staged-air combustion空气分级燃烧
1.Numerical simulation of low-NO_x emission in a coal-fired utility boiler with staged-air combustion;燃煤锅炉空气分级燃烧降低NO_x排放的数值模拟
5)air-staged combustion空气分级燃烧
1.Numerical Simulation of Air-staged Combustion for a Pulverized Coal-fired Boiler Furnace in One-dimensionality;一维煤粉锅炉空气分级燃烧数值模拟
2.The principles of NOx exhaust reduction by air-staged combustion was described in this paper.阐述了空气分级燃烧降低NOx的排放机理及影响分级燃烧NOx生成的主要因素。
3.The theory and technical key of reducing NOx emission with combined air-staged combustion,having a best applied effect,was described.阐述了电站锅炉采用空气分级燃烧降低NOx排放的原理及其技术关键。
6)high temperature air combustion technology高温空气燃烧技术
1.The paper describes the application of high temperature air combustion technology in soaking-Furnace, analyses the insufficiensy, discusses the improvement.介绍了高温空气燃烧技术在均热炉上的应用情况,对应用中出现的问题进行了分析,并提出了解决方案。
2.It is searched that development application predication of high temperature air combustion technology and natural gas energy resources technology for heat treatment industry in China.概要论述了国内外热处理能源技术发展现状及应用前景 ;探讨了我国研究、开发热处理工业高温空气燃烧技术与天然气能源应用的关键技术和关键设备 ,并提出了初步设
3.Numerical simulations about applying high temperature air combustion technology to rebuild a cell pit furnace were carried out.系统研究了高温空气燃烧技术改造均热炉的各种方案 。
延伸阅读
空气分级空气分级air staging 嫩烧速度和嫌烧温度降低，燃烧生成CO;而且燃料中N将被分解成大量的HN、HCN、eN、NH3、NH:等，它们相互复合生成NZ，或将已有的NO二还原分解，从而抑制了燃料N仪的生成.然后，将燃烧空气的剩余部分以二次风形式送人，使嫩料进人空气过剩区(作为第二级)嫩尽。虽然这时空气量多，但由于火焰温度较低，热力Nox降低，在第二级内也不会生成较多的NO二，因而，使总的NO二生成量降低。由于空气分级燃烧可以同时明显地降低燃料NO二和热力NO二，因而是一种有效的低N认燃烧技术，已得到广泛应用。 空气分级燃烧有两类，一类是燃烧室中的空气分级，另一类是单个燃烧器的空气分级。燃烧室中的分级是在主燃烧器上部装设专门的空气分级喷口(见二次嫩料再然烧).单个燃烧器的分级既可以是内分级混合的方式，如双调风旋流嫩烧器，也可以是外分级混合方式，如直流嫩烧器的顶部燃尽风(OFA)，或部分二次风从主火嘴周围的一些空气喷口送人。燃烧器分级时，NO二降低约40%，综合采用嫩烧器分级与燃烧室分级时，Nox可降低60%以上。 空气分级燃烧使姗料燃烧推迟，燃烧器区域还原性气氛增强，必须正确组织分级嫩烧，否则将可能降低锅炉运行经济性，出现燃烧器区域炉膛结渣或腐蚀，如果组织得恰到好处，还可减轻结渣或腐蚀。kongq一fenj.空气分级(a ir staging)将供燃料嫩烧所{的空气分阶段送人炉膛。先将理论空气量的80%左.从燃烧器送人，使燃料在缺氧富燃料条件下嫩烧，嫩.
