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Experimental Study on MHD Oil Separation from Oil-contaminated Seawater using High Field Superconducting Magnet

机译：高场超导磁体从含油海水中分离MHD油的实验研究

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摘要

A new method for oil separation and recovery from oil-contaminated seawater based on electromagnetic force in an MHD flow train, the magnetohydrodynamics (MHD) oil separation and recovery method is presented in this paper. An experimental facility consists of a superconducting magnet with 10T, an MHD separating cell (MHD channel) with electrodes, a particle mixing tank, a separating tank, and connecting pipes. A series of tests using simulation particles, which have specific gravity very close to oil and very low electric conductivity, have been carried out in different seawater flow rate, electric current and particle diameter. A high separation ratio, more than 0.9 was obtained when the magnetic field was 10T. Experimental result and discussion are presented in this paper.
机译：本文提出了一种基于磁流体动力学中的电磁力从含油海水中分离和回收油的新方法，即磁流体动力学（MHD）油分离和回收方法。实验设备包括一个带10T的超导磁体，一个带电极的MHD分离室（MHD通道），一个颗粒混合槽，一个分离槽和连接管。在不同的海水流速，电流和粒径下，已经使用比重非常接近油且电导率非常低的模拟粒子进行了一系列测试。当磁场为10T时，可获得大于0.9的高分离率。本文介绍了实验结果和讨论。

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