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Release time:

2020-04-02

Affiliation of Author(s):

资生院

Journal:

HYDROMETALLURGY

Key Words:

LATERITE LEACH SOLUTIONS; ZINC HYDROMETALLURGY; GOETHITE; FLOCCULATION; SPECTROSCOPY; MECHANISM; REM

Abstract:

The application and development of goethite process were hindered by the poor filterability of the precipitate and the great loss of nickel in nickel hydrometallurgy. In this study, the effects of pH on the goethite precipitation and the mechanism of the nickel loss were investigated. The goethite precipitation at a lower pH (2.4 to 3.0) guaranteed a higher recovery of nickel at the cost of the filterability of the precipitate. Then a novel process, magnetic seeding and separation, was proposed to improve the filterability of iron residues and simplify the iron removal process. The iron precip

Co-author:

Yue Tong, Tang Honghu, Hu Yuehua, Sun Wei, Han haisheng

Indexed by:

Unit Twenty Basic Research

Document Code:

23

Discipline:

矿业工程

Document Type:

J

Volume:

156

Page Number:

182-187

ISSN No.:

0304-386X

Translation or Not:

no

Date of Publication:

2015-07-01