Submit an Article
Become a reviewer
Vol 189
Pages:
310-312
Download volume:
RUS
Article

Intensification of anion sorption of iridium with highly basic anionite amp from sulfate solutions

Authors:
G. V. Petrov1
V. N. Kovalev2
About authors
  • 1 — Saint Petersburg State Mining Institute (Technical University)
  • 2 — Saint Petersburg State Mining Institute (Technical University)
Date submitted:
2010-07-02
Date accepted:
2010-09-08
Date published:
2011-03-21

Abstract

The results of studies on the intensification of the process of sorption extraction of iridium with highly basic anion exchanger AMP from sulfate solutions has been done. The effect of oxidant on the parameters of sorption of iridium has been described. Dependence of extraction of iridium in the sorbent from the temperature of the process and flowing anionite has been established. The perspective of the method of anionite sorption of platinum metals with highly basic sorbent AMP has been proved.

Область исследования:
(Archived) Physical chemistry, benefication and metallurgy
Funding:

None

Go to volume 189

Similar articles

Forecasting by middle stratum ash content powerful compound structure deposits
2011 R. A. Takranov, U. Gundsambuu
Distribution of groups of trace elements elements by types metasomatic rocks and ores in the Elov nickel deposit
2011 O. P. Mezentseva, I. V. Talovina
Methodology of rehabilitation move plants, animals in the development of draft comprehensive development area and its economic assessment
2011 A. O. Kharchenko
Experimental and theoretical studies and justification of geotechnology of stock pile formation from pelletized gold-bearing ores in order to enhance its filtration properties
2011 S. B. Tataurov
Experimental setup for research Influence of vibromechanical treatment on mechanical properties of welded joints
2011 O. F. Khafizova, V. I. Bolobov
The physical breadboard model of dynamically counterbalanced drilling string with swinging movement with the asynchronous electric drive powered by inverter laboratory experimental researche
2011 V. V. Ivanik