Investigation of Recovery of REE from Marvast Placer Deposits in Pilot Scale

Canadian Institute of Mining, Metallurgy and Petroleum
A. R. Mohammadi A. Ojaghi
Organization:
Canadian Institute of Mining, Metallurgy and Petroleum
Pages:
6
File Size:
904 KB
Publication Date:
Jan 1, 2016

Abstract

"The Marvast monazite deposit is located 35 kilometres south - southwest of Marvast in Yazd province of Iran. A representative sample weighing approximately 10 tons was prepared to study the amenability of the ore to physical beneficiation. The size fraction of +1000 µm was removed due to low monazite content and the –1000 µm size fraction was concentrated by the gravity-classification-magnetic methods. According to the results of sample characterization, the representative sample contains 220 ppm REO that is contained in monazite. It was concentrated to 41.5% REO by the above mentioned methods. The recovery of REO in the monazite concentrate was 41.5%.INTRODUCTIONRare earth elements are critical metals in many countries (Gupta, 2005; UK Geological Survey, 2011). Increasing application of these metals in hi-tech industries and price fluctuation caused by Chinese production policy has led other countries to focus on their local resources (UK Geological Survey, 2011). In this case, Iran is not an exception.REE mineralization in Iran is mainly located in the central zone. Regarding the exploration data, these deposits are divided into two categories. The first group is iron ore deposits in which the REE are carried by phosphate minerals. The other group is placer deposits where monazite is the major mineral of the deposit. The Marvast placer deposit is one of these types of deposit (Daliran, 1990; Mokhtari, 2008; Torab, &Lehmann, 2007; Alipour, 2014)."
Citation

APA: A. R. Mohammadi A. Ojaghi  (2016)  Investigation of Recovery of REE from Marvast Placer Deposits in Pilot Scale

MLA: A. R. Mohammadi A. Ojaghi Investigation of Recovery of REE from Marvast Placer Deposits in Pilot Scale. Canadian Institute of Mining, Metallurgy and Petroleum, 2016.

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