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对旋流器应用于液一气分离进行了相关的实验研究,实验过程着重研究了操作参数、物性参数对其分离性能的影响,其中有处理量即入口进料量、压力降、含液浓度等参数,实验得出了理论上存在的分离性能临界,在一定处理量、压力降范围内,随着处理量的增大,旋流器分离性能会逐渐增大,当达到临界点时,分离性能达到最大值,此时若再增大处理量分离性能会呈下降趋势。
The experimental study on the application of hydrocyclone to the gas-liquid separation has been carried out. The experimental process focuses on the influence of operating parameters and physical parameters on the separation performance. Among them, the treatment capacity is the inlet feed, pressure drop and liquid concentration The experimental results show that there is a theoretical criticality of the separation performance. With a certain amount of treatment and pressure drop, with the increase of treatment capacity, the cyclone separation performance will gradually increase. When the critical point is reached, the separation performance Reach the maximum, at this time if you increase the throughput capacity will show a downward trend.