分析了影响结晶系统沉降效果的各个因素，提出了提高晶体沉降效果的改进措施。
The various factors influencing the sedimentation effect of the crystallization system were analyzed, and the measures taken for improving were proposed.
针对酮苯脱蜡结晶系统，采用相关积分理论实施优化控制，是近年来新出现的一种调优技术。
It is a new arisen technology of optimization in recent years to implement a control of optimization by correlative integral theory in plant of emergence cere with by ketone and benzene.
另外，将配一个晶闸管控制器？，以调节结晶系统中的浆液浓度，以防生产参数发生较大的变化。
Additionally a thyristor control will be supplied in order to adjust the slurry concentration in the crystallization system in case of larger variations of the production parameter.
此外为了调节结晶系统中的浆液浓度，防止生产参数发生较大的变化，该泵还配有一个可控硅控制器。
Additionally a thyristor control will be supplied in order to adjust the slurry concentration in the crystallization system in case of larger variations of the production parameter.
通过对结晶系统工作情况的分析，对其进行设备改造，同时运用变频器进行运行控制方式的改进，起到改善工作状况、节约能耗的作用。
The paper analyzed the circumstance of crystallization system, altered the equipments, and used frequency converter to improve the control mode, which can improve work condition and save energy.
隔膜电解法是我国主要烧碱制备方法之一，蒸发结晶系统是以去除电解液中氯化钠等杂质和提高烧碱浓度为主要目的的制烧碱关键工序。
The evaporation and crystallization is the key procedure in the preparation of caustic soda, aiming at the removal of NaCl and increasing the concentration of NaOH solution.
隔膜电解法是我国主要烧碱制备方法之一，蒸发结晶系统是以去除电解液中氯化钠等杂质和提高烧碱浓度为主要目的的制烧碱关键工序。
The evaporation and crystallization is the key procedure in the preparation of caustic soda, aiming at the removal of NaCl and increasing the concentration of NaOH solution.
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