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- SPECIATION AND ANALYSIS OF MERCURY IN COAL COMBUSTION FLUE GAS 燃煤烟气中汞的形态及其分析方法
- A Scrubber with Fibre Railing Panels for Coal Combustion Flue Gas 燃煤烟气纤维栅洗涤器
- REMOVAL OF ELEMENTAL MERCURY FROM COAL COMBUSTION FLUE GAS 燃煤烟气中单质汞的净化脱除
- coal combustion flue gas 燃煤烟气
- FORMATION AND ANALYTICAL METHODS OF TRACE ELEMENTS EXISTING IN FLUE GAS DURING COAL COMBUSTION 燃煤烟气中痕量元素的形态及其分析方法
- Dynamic Monitoring of Flue Gas Composition During Clean Coal Combustion in Industrial Boiler 工业锅炉洁净燃烧烟气成分的动态监测分析
- Experiment of the Macromolecular Chitosan to Remove Mercury in the Flue Gas of Coal Combustion 高分子化合物壳聚糖脱除燃煤烟气中汞的实验研究
- Conversio of CO_2 and CO in Flue Gas from Coal Combustion in the Presence of a Pulsed Corona Field 燃煤烟气CO_2和CO在脉冲电晕场中的转化
- Uncompleted combustion product in flue gas decreased. 炉气和烟气中不完全燃烧产物减少。
- Prestbo E M.Bloom NS Mercury speciation adsorption (MESA) method for combustion flue gas:methodology,artifacts,intercomparison,and atmospheric implications 1995 詹靖.;徐明厚
- In order to provide bases of designing electrostatic precipitator for cleaning flue gas of coal water slurry (CWS) combustion, characteristic of CWS combustion is reviewed. 为了提供水煤浆燃后烟气电除尘净化的设计依据,评述了水煤浆的燃烧方式及特点;
- combustion flue gas apparatus 燃烧排气测定器
- The Experimental Research for the Pulverized Coal Combustion accompanied with the Oil Gas. 煤粉炉掺烧油田伴生气的试验研究。
- Steam generation from this hot flue gas is a last resort option. 从这种高温烟道气生产蒸汽是一种最后的选择。
- Principle of coal combustion on stationary grate and moving grate is explained. 阐述了煤在固定炉床和活动炉床上的燃烧机理。
- The major factors is excess air and flue gas temperature. 影响注汽锅炉运行热效率的主要因素是排烟温度和空气系数,测算分析表明,大部分注汽锅炉二者均超标。
- Deodorization of sewage treatment plant, incinerator flue gas. 污水处理场、焚化炉废气除臭。
- The emissions in the flue gas shall comply with EU directives. 烟气散发物应符合欧盟指标。
- combustion flue gases 燃煤烟气
- The U-GAS? technology, which we license from the Gas Technology Institute, gasifies coal without many of the harmful emissions normally associated with coal combustion plants. 与其它气化技术相比，U-GAS?的最大优势在于其更灵活的燃料适应性，可使用各等级的煤（包括低质煤、高灰高水含量煤等较于高质煤炭廉价的煤种）、煤渣制品及生物质原料；
