1) chemical recirculation combustion process
化学循环燃烧法
1.
The advances in research of new processes for separation and capture of CO_2 were introduced,including electrochemical process,membrane process and chemical recirculation combustion process.
介绍了CO2分离捕集最新工艺———电化学法、膜法、化学循环燃烧法的研究进展。
2) Chemical-looping combustion
化学循环燃烧
1.
Chemical-looping combustion(CLC) is a new and promising combustion technology for its capability to separate and(capture) CO_2 and to eliminate NO_X at the same time.
化学循环燃烧工艺是当前集分离捕集CO2和根除NOX为一体化的新型燃烧技术。
3) circulating fluidized bed combustion
循环流化床燃烧
1.
The Circulating Fluidized Bed Combustion---An accessible technology of clean coal combustion;
循环流化床燃烧──一项实用洁净燃煤技术
2.
A comprehensive model of circulating fluidized bed combustion (CFBS) is presented, based on the assumption that a descending dense phase and a rising lean phase coexist at every location within the riser.
利用循环流化床内气－固两相流动基础方面的研究成果， 提出床内气固浓－淡流动模型， 建立适用不同结构参数的循环流化床燃烧模型， 考虑了床内气体、固体颗粒的返混、循环过程以及煤燃烧、污染气体的生成和分解、颗粒磨损等过程。
3.
The results show that the coal properties such as volatile matter,ash content,and carbon content play an important role on the ash formation during circulating fluidized bed combustion.
5MW的循环流化床燃烧炉上对 4种不同煤种分别进行燃烧试验 ,对燃烧产生的灰渣的分析结果表明了煤种特性如挥发分、灰分和含碳量等对循环流化床燃烧过程的灰渣形成及其排放特性有很大影响 ,并获得了煤中挥发分、灰分及含碳量对底渣粒径及其含碳量、飞灰粒径及其含碳量、飞灰份额及燃烧效率等影响特性 ,对循环流化床锅炉的设计和运行有一定的指导意义。
4) CFBC
循环流化床燃烧
1.
The control on burning coal s pollutant about CFBC technology;
循环流化床燃烧技术对燃煤污染物的控制
2.
Investigation for the Mechanism of Agglomeration in the Process of CFBC;
循环流化床燃烧过程结渣机理的研究
3.
The emission specific property of NOx and SO2 in circulating fluidized bed combustion that was conducted in 1 MWth CFBC pilot plant of the nation power thermal engineering research institute by using the engineering coal, limestone and bituminous was summarized in this paper.
总结了在国电热工研究院1MWthCFBC试验台上进行的工程煤种和石灰石及烟煤在循环流化床燃烧试验中NOx及SO2排放特性。
5) circulating combustion
循环燃烧
1.
The principle and structure of multiple in-furnace cerculating combustion technology of a CFBC boller comprlsing lnner circtilating combustion technoloby of furnace lower portion dense-phase region and circulating combustion teehology of furnace upper portion rare-phasa region are discussed in the present paper.
本文论述了由ＣＦＢＣ锅炉炉膛下部密相区内循环燃烧技术与炉膛上部稀相区空间循环燃烧技术所构成的炉内多重内循环燃烧技术的原理与结构。
6) chemical combustion method
化学燃烧法
补充资料：循环流化床燃烧
循环流化床燃烧
circulating fluidized bed combustion
xunhuan Iiuhuaehuang ronshao循环流化床燃烧(cioulating fluidized bed Colr山us-tion)一项继传统炉排炉和煤粉炉之后的新型燃煤技术。其燃烧系统主要是由一个流态化燃烧室、物料分离收集的分离器以及使该物料返回燃烧室的返料器所组成。由于炉内床料的热容量大，强烈的掺混和反复的循环再燃，其燃料适应性好，可以高效燃用各类煤种以及煤研石、秸秆甚至垃圾等劣质燃料;由于是低温燃烧，它可以通过添加石灰石进行简便、价廉的炉内脱硫处理，其氧化氮排放亦低，可用于防治二氧化硫和氧化氮排放带来的大气污染和酸雨危害;其负荷调节范围宽，适于发展热电和电力调峰之用;其灰渣活性好，可作建材。 自20世纪70年代末国外首台循环流化床燃烧锅炉问世以来，为了控制大气污染和燃用低质燃料等目的，其应用发展很快，目前正迅速向大型电站锅炉领域渗透。1988年中国首台ro吨/时循环流化床燃烧锅炉投人运转，目前蒸发量达75吨/时容量等级的此型锅炉已广为应用。此项高效、低污染燃煤技术将会对节能和环保发挥深远的影响。 (王达三)
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
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