脱氯剂

高效脱氯剂与气体中HCl高温脱除的研究

A Study of Sorbents for Chloride Removal from High Temperature Gas

常温脱氯剂与HCl气体反应动力学的研究

Study of Kinetics of Reaction between Normal - Temperature Antichlor and Gaseous HCl

高温煤气中HCl气体与脱氯剂的反应动力学

Reaction Kinetics of Sorbent for Chloride Removal with HCl in a High-temperature Coal Gas

在HCl气体和碱金属蒸气同时存在条件下，高铝土脱除碱金属的效率高达79.5%，TCl1脱氯剂脱除HCl气体的效率为100%

It is also found that the simultaneous removal of HCl and alkali metal vapor with higher efficiency is feasible .

城市生活垃圾热解和燃烧过程中在温度超过600℃，垃圾中的有机氯和无机氯都将转化为HCl气体，而此时脱氯剂失去效果。

For MSWs , organic and inorganic chlorine can transform into HCl gas completely when temperature was over 600 ? ℃ .

研究了NC型脱氯剂脱除石脑油中微量氯化物的特性，测定了各种因素对氯容量的影响。

The characteristics of removal of trace chorine compounds from naphtha by NC dechlorinating agent were studied . The effects of all kinds of factors on chlorine capacity were determined .

介绍了催化重整工艺中HCl的来源与危害，讨论了脱氯剂在预加氢及重整氢和再生气脱氯中的应用及其特点。

The use of dechlorination absorbents in catalytic reforming process was necessary due to the formation of hydrogen chloride and its harmfulness .

采用BCA为防脱氯剂，甲醇为溶剂，用自制催化剂进行加氢还原2，5-二氯硝基苯制备了2，5-二氯苯胺。

Using methanol as solvent , BCA as anti-dechlorine agent , 2,5-dichloroaniline was prepared by hydrogenation of2,5-dichloronitrobenzene in the presence of self-prepared catalyst .

催化重整装置氯的腐蚀及脱氯剂CT-72的工业应用

The Industrial Application of Dechlorination Agent CT-72 in Catalytic Reforming Unit

JX-5B型脱氯剂在重整装置中的工业应用

Industrial application of jx-5b dechlorination adsorbent in catalytic reforming plant

采用自制的高温钙系脱氯剂，通过微型反应器研究了温度、空速、HCl浓度、脱氯剂粒度以及操作压力对脱氯剂穿透氯容的影响，并测定了脱氯剂的穿透曲线。

The impact of temperature , gas velocity , HCl concentration , dechlorination agent particle diameter and operating pressure on the break-through was studied using high-temperature dechlorination agent and miniature reactor , and associated break-through curves are calculated .

一种新型高温脱氯剂的基础性研究

Study on a new dechlorinating agent for high temperature gas

催化重整系列脱氯剂的研究与应用

Development and application of dechlorination absorbents for catalytic reforming

高温煤气净化高效脱氯剂的研究

Study on sorbents for chloride removal from high-temperature gas

高温煤气脱氯剂的研制

Development of a hot coal gas dechlorination agent

脱氯剂的开发及应用

Development and Application of Antichlor

T406型脱氯剂已工业应用于混合二甲苯和氢原料的脱氯，使用效果良好。

This agent has been commercially used in the dechlorination of mixed xylenes and hydrogen feedstocks with good results .

单独脱除的研究得出，脱氯剂的氯容量随反应温度的增大而提高。

The results indicated that the chloride content of sorbent increases with the increase of temperature and / or reaction time .

应用脱氯剂是解决炼油二次加工装置氯腐蚀问题的最有效措施之一。

Application of a dechlorination agent is one of the most effective measures to solve the problems of chlorine corrosion for secondary processing units in refinery .

选取亚硫酸钠为脱氯剂，利用发光细菌法考察了脱氯作用对降低由余氯引起的生物毒性的效果。

By selecting sodium sulfite as dechlorinating agent , photobacteria method was used to investigate the effect of dechlorination on reduction of biotoxication incurred by residual chlorine .

在检测过程中，采集水样时需加入一定量的脱氯剂，以防止在运输过程中生成新的氯仿。

During the water sample collection , a certain amount of dechlorination agent should be added into the water sample in order to prevent the additional chloroform generation during transportation .

以有机磷螯合剂、有机高分子分散剂、杀菌灭藻剂、渗透剂、脱氯剂和脱氯催化剂为基础，获得了一个反渗透系统专用复合添加剂MZ-1010。

From organic phosphorus chelating agents , organic high molecular dispersant , germicide , penetrant , inorganic reducing agent and a transition metal catalyst , a composite chemical used in reverse osmotic system is worked out .

该脱氯剂适用于原料气和原料油精脱氯，净化度可达≤0.1×10-6，氯容高，使用温度为室温至350℃。

It is suitable for the final removal of chlorine from the feed gas and feed oil , its degree of purification can be ≤ 0.1 × 10 - 6 , it is high in chlorine capacity , and its working temperature is room temperature to 350 ℃ .

分析了脱氯反应的原理和吸收模型，开发出HSD-T-1型脱氯剂。

An analysis is made of the principle and absorption model of the dechlorination reaction , and the Type HSD-T-1 antichlor is then developed .

基于对脱氯机理的认识，通过对活性组份筛选和制备方法研究，成功研制出以JX-5A脱氯剂为代表的JX系列高温脱氯剂，穿透氯容达到50%以上。

In view of the knowledge of the dechlorination mechanism , by screening active component elements and studying preparation methods , JX series high-temperature dechlorinating agents are developed with success , with JX-5A agent as the representative , the breakthrough chlorine capacity of which is over 50 % .