湿法脱硫

  • 网络Wet desulfurization;fgd;wfgd
湿法脱硫湿法脱硫
  1. 石灰湿法脱硫过程中pH条件对结垢的影响研究

    Study on effects of pH value on scale formation in wet FGD process with lime

  2. 高效简易湿法脱硫技术的试验研究和应用

    Efficient and Easy-to-operate Wet FGD : Its Pilot and Full-scale Experiments

  3. 湿法脱硫pH值控制系统的分析与改进

    Analysis and Improvement on pH Control System of Wet Desulfurization

  4. 石灰湿法脱硫过程中Ca(OH)2碳酸化问题的研究

    The research on Ca ( OH ) _2 carbonation in desulfuration process with wet Lime

  5. 还原软锰矿湿法脱硫生产MnSO4·H2O初步扩大试验

    An Additional Experiment on Wet Desulphurization with Reduced Pyrolusite to Produce MnSO_4 · H_2O

  6. 燃气湿法脱硫(H2S)液的再循环研究

    Recycle research of wet desulfurization ( H_2S ) liquid on gas

  7. 脱硫系统pH值控制的最小二乘法辨识对湿法脱硫系统中密度测量法的探讨

    Desulphurization System pH Value of the Least-squares Method to Identify Control The discussion of density measure in wet desulphurization

  8. HT型高效湿法脱硫技术

    High Efficiency and Wet Process of Desulfurization Technology of HT Model

  9. 烟气CFB干法脱硫与湿法脱硫的比较及应用前景

    Comparison Between Dry CFB and Wet Flue Gas Desulfurization and the Application Prospects

  10. 湿法脱硫协同蒸汽相变脱除燃煤PM(2.5)的试验研究

    Wet Flue Gas Desulfurization and Simultaneous Removal of PM_ ( 2.5 ) Fine Particles from Coal Combustion by Heterogeneous Condensation

  11. 利用所建立的并流有序降膜式湿法脱硫装置进行了循环浆液pH值对石灰石-石膏湿法脱硫过程影响的试验研究。

    By using a parallel-flow orderly falling-film type wet desulfuration device , an experimental study was performed of the impact of the pH value of the circulating slurry on a limestone-gypsum wet desulfuration process .

  12. 湿法脱硫系统(无GGH)不设置烟气旁路方案探讨

    Discussion on Setting by-pass Flue or not for Wet Desulfurization System

  13. 基于湿法脱硫技术的钢渣脱硫剂性能研究用含BaO脱硫剂渣洗钢液脱硫工艺的试验研究

    Performance Study of Steel Slag as an Absorbent Based on Wet Flue Gas Desulfurization Technology Experimental research on desulphurizing process by BaO slag washing

  14. 通过对脱硫系统的分析,结合湿法脱硫经常存在的问题,首次提出湿法脱硫溶液的最小pH值或最小浓度的概念,并指出:当溶液的pH值一定时,存在最小液气比。

    The concept of the minimum pH or minimum concentration of a wet desulphuration solution is put forward for the first time through the analysis of the desulphuration system and combining the problems of wet desulphuration .

  15. 浅谈600MW机组湿法脱硫吸收塔的工艺设计

    Discussion about 600 MW Unit Wet Desulphurization Absorber Design Technique

  16. 湿法脱硫除尘产物中CaSO3分解的研究

    Decomposition mechanism of CaSO_3 generated in the wet desulfuration process

  17. 湿法脱硫OMC工艺的探讨

    Discussion of OMC Process

  18. 简要叙述了湿法脱硫OMC工艺在重油裂解气过程中的工艺参数的确定,同时比较了相对于改良A。

    The author presents briefly the definition of parameters in OMC process , by comparing with the improved A.

  19. 以空气和SO2混合气体作为模拟烟气,以Ca(OH)2悬浮液作为吸收剂,在一个新型撞击流气液反应器中进行了湿法脱硫试验研究。

    An experimental investigation on the wet desulfuration was conducted in a new type impinging stream reactor with air and SO_2 mixed gas as simulation fume and Ca ( OH ) _2 suspended liquid as adsorbent .

  20. 300MW烟塔合一机组取消烟气旁路湿法脱硫系统的运行

    The operation of no gas bypass in FGD for the 300 MW unit with gas duct and cooling tower integration

  21. 50%以上的火力发电机组烟气湿法脱硫系统设置气气换热器(GGH)。

    More than 50 % of wet flue gas desulphurization system thermal power generating units set gas gas heater ( GGH ) .

  22. 指出以碱性物质钙作为SO2吸收剂的湿法脱硫方法存在设备昂贵、运行费用高、占地大、污水处理设置庞大等不足之处。

    Alkalic substance calcium is the absorbefacient to SO_2 . This wet means for desulphurization has some deficiency such as costly equipment , high running expense , large occupation of land , bulky sewage treatment establishment etc.

  23. 本文通过对河北南网几个大型电厂脱硫系统GGH结垢情况的调查,总结了其结垢的危害和原因,对湿法脱硫系统中GGH结垢成因分析和结垢GGH清洗技术进行了深入研究。

    Through the investigation on the GGH scaling situation of some large-scale power plants in Hebei Southern Power Grid , the hazard and cause analysis were maked .

  24. 通过对单回路、逆流、石灰石/石灰FGD系统腐蚀区域的分析,详细介绍了湿法脱硫工艺中影响材料性能的因素、材料选择步骤及其决策因素。

    By analyzing the corrosion region in single circuit , counter current , limestone / gypsum FGD system , the affected factors on material performance in wet flue gas desulfurization , material selection and its decision factors are introduced .

  25. 气-气换热器(Gas-GasHeatExchanger,GGH)在湿法脱硫装置系统中是仅次于吸收塔的重要设备,它的作用是将原烟气冷却和净烟气再加热。

    Gas-Gas Heat exchanger ( GGH ) is one of the most important equipment in the system of wet desulfurization equipments , and its importance is lower than absorption tower . Its effect is cooling the original flue gas and reheating the net one .

  26. 湿法脱硫石膏浆液的品质及其控制措施

    The quality of gypsum slurry and its control in wet FGD

  27. 烟气湿法脱硫脱水结构的试验研究

    Experimental Research on Wet Desulphurizing and Dewatering Structure for Flue Gas

  28. 高硫焦炉煤气湿法脱硫工艺新改进

    New improved gas wet desulfurization technology for high sulfur coking oven

  29. 一种新的湿法脱硫强制氧化技术

    New Technology of Forced Oxidation for a Wet Flue-gas Desulfurization System

  30. 石灰、石灰石是最常用的湿法脱硫剂。

    Lime and limestone are the most common wet SO_2 absorbent .