吸收法处理

吸收法处理吸收法处理
  1. Fe(III)盐溶液吸收法处理H2S气体的研究

    Process of H_2S Treatment Using Aqueous Ferric Salt Solution Absorption

  2. 膜吸收法处理高浓度甲醛废气资源化技术研究

    Treatment and resource utilization of high concentration formaldehyde with membrane absorption

  3. 石灰乳吸收法处理轮窑烧砖烟气的研究

    Study of Flue Gas Treatment of Ring Brickkiln with Lime Milk

  4. 次品氧化锌吸收法处理低浓度二氧化硫烟气的工业试验

    Commercial test of zinc oxide absorb low-concentration sulfur dioxide gas

  5. 膜吸收法处理高氨氮废水的研究

    Study of membrane absorption-desorption process for the treatment of high strength ammonia wastewater

  6. 膜吸收法处理焦化厂废水中的氨及苯酚

    Recovery of ammonia and phenol from wastewater of coking mill with membrane absorption

  7. 汽提吸收法处理电镀含氰废水

    Treatment of cyanogen-containing wastewater from plating industry by method of steam stripping adsorption

  8. 化学吸收法处理含铅废气工艺的研究

    Study on Chemical Absorption to Control Lead Dust

  9. 复方液吸收法处理低浓度苯类废气

    Treatment of low concentration benzene organic waste gas by using compound fluid absorption method

  10. 液/液膜吸收法处理氨氮废水过程中渗透蒸馏的抑制

    Inhibition of osmosis distillation by liquid / liquid membrane absorption for the treatment of ammonia wastewater

  11. 氨吸收法处理低浓度SO2烟气在铅锑冶炼上的应用

    Application of Ammonia Absorbed Method to Dispose Low Concentration SO_2 Exhaust in Process of Lead and Tin Metallurgy

  12. 液/液膜吸收法处理含有一定盐分的,具有高浓度氨氮的废水,是可行的,具有广泛的工业应用价值。

    The treatment of high strength ammonia wastewater with a certain salinity by liquid / liquid membrane adsorption is feasible and has wide value of industrial application .

  13. 实验结果表明,采用膜吸收法处理焦化厂剩余氨水中的氨氮及挥发性酚,取得了良好的效果。

    Experimental results indicated that a good effect was achieved by the membrane absorption process for the removal of ammonia and phenol in the residual-ammonia wastewater from coking mill .

  14. 还原吸收法尾气处理装置及CT6-5催化剂工业运行回顾

    Reducing Absorbing Tail Gas Treating Units had Review of Industrial Application of C T6-5 Catalyst

  15. 富氢干气先用化学吸收法进行脱硫处理,再用高压吸附、低压抽真空解吸,从含粗氢的干气中提纯出99.9%(体积分数)的氢气。

    The gas is treated successively by chemical absorption desulfuration , high pressure adsorption and vacuum desorption , reclaiming hydrogen of purity 99.9 % .

  16. 采用微波制样技术,用石墨炉原子吸收法测定水处理剂中痕量镉。

    In this paper the microwave digestion technique was used in the graphite furnace atomic absorption spectrometry determination of trace Cd in water treatment reagent .

  17. 石墨炉原子吸收法测定电子废弃物处理场地附近植物中的钼

    Molybdenum Detecting in Plants around Disposal Site of Electric Wastes by Graphite Furnace Atom Absorption Spectrometry