选择性催化还原法

高尘区选择性催化还原法的主要影响因素分析

Study on main factors of high dust SCR applied to coal-fired power plant

其中以选择性催化还原法应用最为广泛，但是该法消耗大量的NH3并且过量NH3的泄漏导致了二次污染。

The SCR technology has widely applied in commerce , but it consumes a great deal of NH_3 and brings a serious secondary pollution for the leaking of NH_3.The carbons materials such as activated char , activated carbon and activated carbon fibre could be applied in the treatment of NOx .

选择性催化还原法在NOx废气处理中的应用

Application of Selective Catalytic Reduction Method to NO_X Waste Gas Treatment

介绍了选择性催化还原法（SCR）技术及其在中国燃煤电厂的应用，并指出了中国燃煤电厂SCR脱硝技术的发展方向。

The application of selective catalytic reduction technology in coal-fired power plant is introduced and the development orientation of SCR NOx technology is also pointed out .

在治理NOx的诸多技术中，以选择性催化还原法应用最为广泛。

Among all the technologies that used for NOx reduction , SCR ( Selective Catalytic Reduction ) was most widely used and had the best catalytic performance .

选择性催化还原法（SCR）脱除NOx具有较高的效率，是目前工业中应用最广泛的工艺。催化还原NOx的反应过程相当复杂。

Due to complexity of the reaction process , there exist arguments among different researchers on the mechanism for selective catalytic reduction ( SCR ) of NOx .

在我国，多数氮氧化物来自火电厂，其最有效的控制方法是以NH3作为还原剂的选择性催化还原法。

The most effective method for reducing NOx from power plants is selective catalytic reduction ( SCR ) with NH3 as reducing agent .

NOx的治理方法主要有选择性催化还原法（SCR）和选择性非催化还原法。

The principal processes for NOx control from flue gas that have been commercialized are selective catalytic reduction ( SCR ) and selective non-catalytic reduction ( SNCR ) now .

后者又分为选择性催化还原法（SCR）和非选择性催化还原法（NSCR）。

The catalytic reduction consists of selective catalytic reduction ( SCR ) and non selective catalytic reduction ( NSCR ) .

重点阐述了选择性催化还原法（SCR）的原理、流程及主要影响因素，以及催化剂和还原剂的选择与性能比较。

Emphatically expounds the principle , process and main influential factors of selective catalytic reduction ( SCR ) method , as well as the selection and performance comparison of catalyzer and reducing agent .

本文根据陶瓷窑炉的特定燃烧环境，分析了NOx的生成以及对环境的危害，探讨了采用选择性催化还原法&SCR法降低陶瓷窑炉中NOx方法。

It is reported in this paper that NOx 's create of ceramic kiln and it 's pollution to environment were Analyzed , method of reduce NOX of ceramic kiln by adopt SCR method was discussed .

本文介绍了主要的烟气脱硝技术，从技术和经济角度对几种烟气脱硝技术进行了对比与分析，提出了最佳的脱硝技术方案&选择性催化还原法（SCR）烟气脱硝工艺。

This paper introduces key DeNOx technologies . Several kinds of DeNOx technologies are compared and analyzed from economic and technical aspects , the paper puts forward the optimal denitrification plan & Selective Catalytic Reduction .

选择性催化还原法（SCR），作为一种高效的机外净化脱硝技术，已经逐步开始应用于移动源柴油机尾气氮氧化物的控制，它的设计和研究也显得更加重要。

Selective catalytic reduction of NO_X ( SCR ), as an high efficiency way for eliminating NO_X , has began used to reduce NO_X in exhaust gas from floating diesel and its research and design should be paid more attention .

选择性催化还原法（SCR）是目前国际上认为最有前途的柴油机NOx控制技术，该技术已在发达国家得到推广应用。

Nowadays , selective catalytic reduction ( SCR ) with ammonia has been accepted as one of the most promising technologies for the abatement of NOx from diesel engine , which has been extensively used in developed countries and its markets .

以干法选择性催化还原法（SCR）烟气脱氮系统为研究对象，通过对系统机理的研究，建立了包括烟气流量参数、SCR反应器、氨/空气喷雾系统等一系列相应的仿真数学模型。

The system of the dry selective catalytic reduction denitrogenation is studied , through the study of the system mechanism , and a series of corresponding mathematic simulation models including flue-gas flux parameter model , denitrogenation reactor model , ammonia and air sprayer system model etc are established .

用于选择性催化还原法烟气脱硝的催化剂

Catalyst for selective catalytic reduction de-no_x reaction in flue gas

选择性催化还原法脱硝控制系统论述

Discussion on Selective Catalytic Reduction NOx Reduction Control System

选择性非催化还原法降低NOx在水泥工业中的应用

Reducing NO_x with Selective Non - Catalytic Reduction in Cement Industry

选择性非催化还原法脱除NOx的实验研究

NO_x Removal with Selective Non catalytic Reduction

国内已经进行了选择性非催化还原法治理NOx有关的理论和实验室研究，但未见工程应用的报道。

Research about reducing NO_x with Selective Non-Catalytic Reduction has been made in our country , but there is no report about the application in project .

选择性非催化还原法烟气脱氮氧化物工艺

Selective Non - Catalytic Reduction De-NO_x Technology

利用排气后处理的选择性催化还原减氮法（SCR）技术能够大幅度降低NOx排放量，满足排放法规的要求。

By using the technology called Selective Catalytic Reduction , for short SCR , can greatly reduced the amount of nitrogen oxide exhausts in the exhaust emission and meet with requirement of the law of emission .