流体机械2025，Vol.53Issue(4)：30-37,8.DOI:10.3969/j.issn.1005-0329.2025.04.005
基于电控永磁技术的节能型振动筛板塔研究
Research on energy saving reciprocating plate column based on electro-permanent magnet technology
摘要
Abstract
In order to improve the hydrodynamic characteristics and reduce energy consumption of reciprocating plate column,an energy saving reciprocating plate column based on electro‑permanent magnet technology was proposed.Through the finite element simulation of magnetic field,the average magnetic induction intensity of the electro‑permanent magnet device was 1.48 T,which satisfies its feasibility as a driving mechanism.Subsequently,the water-kerosene system was used in a reciprocating plate column with an inner diameter of 55 mm.The results show that with the increase of vibration frequency,the ratio of dispersed holdup decreases first and then increases,up to 16.7%;The sauter mean diameter decreases with the increase of vibration frequency,and the minimum is 2.75 mm;Due to the introduction of the electro‑permanent magnet device,the reciprocating plate column can enter the dispersion zone when the vibration frequency is higher than 1 time/min;Under low frequency vibration,the reciprocating plate column exhibits a mass transfer surface area of up to 314.5 m-1;The electro‑permanent magnet device consumes only 450.8 J/min,indicating a significant energy‑saving effect.The research provides a theoretical basis for the promotion and application of reciprocating plate column based on electro‑permanent magnet technology in processes such as mixing and separation.关键词
振动筛板塔/电控永磁技术/流体力学特性/能量分析Key words
reciprocating plate column(RPC)/electro‑permanent magnet(EPM)/hydrodynamic characteristics/energy analysis分类
动力与电气工程引用本文复制引用
张红升,张德强,郭凯,孟林园,张怡然,钱洪波..基于电控永磁技术的节能型振动筛板塔研究[J].流体机械,2025,53(4):30-37,8.基金项目
国家自然科学基金项目(22308297) （22308297）
河北省自然科学基金面上项目(E2021203043) （E2021203043）
