NdFeB계 희토류 자석 스크랩에서 에멀젼 플로우 공법을 이용한 중희토류의 용매추출 공정 연구

In this study, emulsion flow equipment was newly manufactured by modifying the shape of the oil phase nozzle and the filter pore size. An experiment to find the optimal conditions for separating Nd and Dy in the chlorinated rare earth aqueous solution recovered from the dissolution process of the sp...

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Published in한국생산제조학회지 Vol. 31; no. 4; pp. 233 - 239
Main Authors 김병준(Byeong Jun Kim), 김용성(Young Sung Kim)
Format Journal Article
LanguageKorean
Published 한국생산제조학회 01.08.2022
Subjects
기계공학
Emulsion flow
NdFeB magnet
Rare earth
Solvent extraction
Separating
Online AccessGet full text
ISSN2508-5093
2508-5107
DOI10.7735/ksmte.2022.31.4.233

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Abstract In this study, emulsion flow equipment was newly manufactured by modifying the shape of the oil phase nozzle and the filter pore size. An experiment to find the optimal conditions for separating Nd and Dy in the chlorinated rare earth aqueous solution recovered from the dissolution process of the spent Nd magnet was performed with this equipment. The emulsion filling rate was the highest at 100% when the nozzle for spraying oil phase inside the cylinder was type B with a jaw height of 5 mm above the filter and the filter pore size was 40 to 100 μm (P2). Therefore, it was confirmed that these are the most optimal emulsion process conditions in the nozzle when separating Nd and Dy by the emulsion flow method. KCI Citation Count: 0
AbstractList In this study, emulsion flow equipment was newly manufactured by modifying the shape of the oil phase nozzle and the filter pore size. An experiment to find the optimal conditions for separating Nd and Dy in the chlorinated rare earth aqueous solution recovered from the dissolution process of the spent Nd magnet was performed with this equipment. The emulsion filling rate was the highest at 100% when the nozzle for spraying oil phase inside the cylinder was type B with a jaw height of 5 mm above the filter and the filter pore size was 40 to 100 μm (P2). Therefore, it was confirmed that these are the most optimal emulsion process conditions in the nozzle when separating Nd and Dy by the emulsion flow method. KCI Citation Count: 0
Author 김병준(Byeong Jun Kim)
김용성(Young Sung Kim)
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DocumentTitleAlternate Study on the Solvent Extraction Process of Heavy Rare Earth Using Emulsion Flow Method from NdFeB Based Rare Earth Magnet Scrap
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NdFeB magnet
Rare earth
Solvent extraction
Separating
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Title NdFeB계 희토류 자석 스크랩에서 에멀젼 플로우 공법을 이용한 중희토류의 용매추출 공정 연구
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