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Study of the Desulfurization Process and Gas-Solid-Liquid Phase Distribution under the Complex Humidification Conditions in Dense Tower

机译:复合加湿条件下致密塔脱硫过程及气固两相分布的研究

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In making the gas-solid-liquid phase analysis, based on the collaborative study of the internal and external humidification ratio of desulfurization efficiency, determine the humidifier ratio within 60% to 75%, that can make the best balance between the respective merits of a simple tower humidifiers tower humidifier way, optimizing the overall desulfurization reaction, effectively reducing the sticky wall, stick in the desulfurization efficiency and reduce the wall to achieve a balance between the balance, without increasing the sorbent and process water, under the premise can promote the desulfurization reaction, improve the desulfurization sorbent utilization and efficiency, help desulfurization reaction system is stable, efficient and economic operation, the gas-liquid-solid three-phase to achieve better synergy.
机译:在进行气固液相分析时,基于对内外增湿率的协同研究,确定增湿率在60%到75%之内,这可以使A的各个优点之间达到最佳平衡。简单的塔式加湿器塔式加湿器的方式,优化了整体脱硫反应,有效降低了壁的黏性,在脱硫效率上降低了黏性,减少了壁之间达到平衡的平衡,在不增加吸附剂和工艺用水的前提下,可以促进脱硫反应,提高脱硫吸附剂的利用率和效率,帮助脱硫反应系统稳定,高效,经济地运行,使气-液-固三相相达到较好的协同作用。

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