Layout of packed towers and design of internals for a packed tower flue gas scrubber are described. A comparison of dimensions and parameters to that of conventional equipped tower is presented.
论述了填料塔烟道气治理装置的填料层及塔内件的设计，并和传统的塔型尺寸及各种参数进行了比较。
Flue gas with high SO2 concentrations or temperatures reduce the performance of the scrubber.
含有较高二氧化硫含量或者温度的废气将降低洗气器的性能。
To improve the SO2 removal efficiency of impinge stream scrubber for wet flue gas desulfurization, the flow field distribution in the scrubber and its effects on SO2 absorption were studied.
为提高湿法烟气脱硫液柱冲击塔的脱硫效率，研究了塔内流场分布情况及其对SO2。吸收的影响。
Wet flue gas desulfurization (WFGD) is a widely used process for flue gas desulfurization technique and a spray scrubber is a key device in WFGD system.
喷淋塔是湿法脱硫系统的核心设备，它的优化设计时于提高脱硫效率至关重要。
The path line distribution of flue gas in the scrubber becomes more homogeneous with the increasing flue gas velocity at a stationary slurry spray flux.
浆液喷淋量一定时，随烟气流速增大，塔内烟气迹线分布情况趋于均匀。
The path line distribution of flue gas in the scrubber becomes more homogeneous with the increasing flue gas velocity at a stationary slurry spray flux.
浆液喷淋量一定时，随烟气流速增大，塔内烟气迹线分布情况趋于均匀。
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