2) coal-fired flue gas
燃煤烟气
1.
Effect of hydrogen chloride on speciation distribution of mercury in coal-fired flue gases;
氯化氢对燃煤烟气中汞形态分布影响的实验研究
2.
New research progress in sorbents for removal of mercury in coal-fired flue gas;
燃煤烟气脱汞吸附剂最新研究进展
3.
The characteristics and species distribution and conversion mechanism of mercury in coal-fired flue gas,the mercury removal performance of wet flue gas desulphurization system and the influencing factors of its removal efficiency are summarized in consideration of the existing wet flue gas desulphurization device in this paper.
结合现有烟气湿法脱硫装置,评述了燃煤烟气中汞的性质以及形态分布和转化机理、湿法烟气脱硫系统(WFGD)的脱汞性能及其影响因素,简要介绍了WFGD中单质汞的重新排放以及如何抑制;并在此基础上探讨了如何通过提高单质汞的氧化率来提高脱硫液对总汞的脱除效率。
3) coal combustion flue gas
燃煤烟气
1.
The principle,technological characteristic,present situation and the research progress of mercury removal from coal combustion flue gas were summarized.
总结了燃煤烟气中汞污染控制的技术原理、技术特点、研究现状及进展情况,对比了烟气中较难脱除的单质汞(Hg0)污染控制技术的优缺点,概述了烟气中单质汞脱除方法,展望了矿石类(沸石,蛭石等)吸附剂在烟气汞吸附脱除中的应用潜力,提出了对燃煤烟气中单质汞吸附净化的研究思路。
2.
Based on experimental data,a kinetic model of the morphological transformation of mercury in coal combustion flue gas is established.
建造了小型动力学反应实验台,并用模拟烟气在该实验台上研究了燃煤烟气中汞氧化的动力学机理。
4) flue gas
燃煤烟气
1.
Chemical speciation and distribution of mercury in the flue gas were studied in a small-scale coal-fired boiler with wet flue gas precipitator and desulfurization(WFGPD) system of Guiyang.
选择贵阳市某厂的1台安装有湿法脱硫除尘的燃煤锅炉,研究湿法脱硫除尘前后燃煤烟气中颗粒态汞(Hgp)、氧化态汞(Hg2+)、原子态汞(Hg0)以及总汞(Hgt)的含量和形态分布。
2.
Mercury speciation in coal flue gas directly effects the mercury emission and control methods.
燃煤烟气汞形态分布直接影响并制约燃煤电站的汞排放控制途径,研究Hg~0向Hg2+的形态转化规律是发展燃煤烟气汞排放控制技术关键和前提。
5) coal/gas fired
煤气混燃
6) gas combustion
煤气燃烧
1.
Through analysing the process of gas combustion in coke oven heating,the article puts forward the viewpoints which apply fuzzy self-optimizing control theory to realize the gas optimizing combustion.
通过对焦炉加热中煤气燃烧过程的分析,提出了运用模糊自寻优控制,实现煤气优化燃烧,介绍了控制原理及实现方法。
补充资料：JRF系列燃煤热风炉
 1.环境基准温度标准按18℃±2℃，煤的热值以5500Kcal/Kg计算。 2.表中热风温度是按输出风量确定的。热风炉JRF4型的热风温度最高可达200℃以上，JRF5 JRF6型的热风温度最高可达350℃以上，用户可根据需要进行调整。 3.热风炉烟囱配置高度：JRF4型为3-5米、JRF5型为5-8米。 4.表中外形尺寸对应位置见热风炉安装示意图。 5.炉膛下部内侧壁上的耐火层以炉蓖处为起点，其高度：JRF4型为0.5米，可现场安装。 6.JRF6型为链条炉排式燃烧装置。 |
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条