CAJ | 학술논문

使用机械振动和超滤组件结合的高频振动剪切超滤膜过滤系统，来考察振动频率、进口压力、料液流量等因素对膜系统渗透通量和分离性能的影响。利用清水、含油污水和0．1％NaOH溶液来研究高频振动剪切超滤膜过滤系统的性能，对比了常规静态错流膜过滤与高频振动剪切膜过滤，验证振动剪切膜过滤方式的可行性和有效性。
사용궤계진동화초려조건결합적고빈진동전절초려막과려계통，래고찰진동빈솔、진구압력、료액류량등인소대막계통삼투통량화분리성능적영향。이용청수、함유오수화0．1％NaOH용액래연구고빈진동전절초려막과려계통적성능，대비료상규정태착류막과려여고빈진동전절막과려，험증진동전절막과려방식적가행성화유효성。
Use of mechanical vibration and ultrafiltration components combined with high frequency vibration of shear uhrafiltration membrane filtration system, the influence of vibration frequency, inlet pressure, and flow of liquid materials factors on the performance of the flux and separation were studied. Using clean water, oily wastewater and 0.1% NaOH solution, the high frequency vibration shear uhrafihration membrane filtration system performance was explored. The conventional static cross flow membrane filtration with high frequency vibration shear membrane filtration was contrasted. The feasibility and effectiveness of the vibration shear membrane filtration method were verified.