脱硫吸收塔结构及荷载形式复杂，常规设计计算方法不能给出其应力和变形分布情况。
The structure and load form of the absorbing tower is complex and regular design and calculation method cannot give its distribution condition of the stress and deformation.
本文介绍了旋转喷雾干法烟气脱硫中试装置的试验情况，对吸收塔的运行条件进行了研究。
The experimental circumstances of the title research in a pilot plant scale are presented, and the performing conditions of the absorption tower have been studied.
实际运行也证明：文丘里吸收塔烟气脱硫的气液传质高，液气比低，无结垢，负荷适应强。
As shown in practical operation, this technology has some advantages such as high efficiency of gas to liquid mass transfer, low liquid to gas ratio, no fouling and good adaptation of load etc.
在电力脱硫中我公司产品主要应用于烟气脱硫管道、吸收塔、喷淋主管、尾气吸收塔等防腐设备。
As for electric desulphurization, our products are mainly used for anticorrosive equipment like flue gas desulphurization pipe, absorbing tower and main sprinkler pipe.
结果表明，提高吸收塔烟气流速可强化传质过程，显著地提高脱硫率，同时减小液气比。
The test results indicate that operation at high flue gas velocity improves the mass transfer effectively, increases SO 2 removal efficiency significantly and decreases gas liquid ratio.
结果表明，提高吸收塔烟气流速可强化传质过程，显著地提高脱硫率，同时减小液气比。
The test results indicate that operation at high flue gas velocity improves the mass transfer effectively, increases SO 2 removal efficiency significantly and decreases gas liquid ratio.
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