Some Aspects Of The Physical Chemistry Of Potash Recovery By Solar Evaporation Of Brines ? Introduction

Society for Mining, Metallurgy & Exploration
Pablo Hadzeriga
Organization:
Society for Mining, Metallurgy & Exploration
Pages:
21
File Size:
1654 KB
Publication Date:
Jan 1, 1963

Abstract

There are two places in the world where potash, trade name for potassium chloride, is economically recovered from naturally occuring brines by solar evaporation. One is at the Dead Sea and the other at Wendover, Utah. American Potash and Chemical at Trona, California recovers potash from natural brines, but uses fuel to accomplish evaporation. Under proper meteorological conditions the use of solar evaporation might be desirable from the economical standpoint. Of course, this may not be true when, if by artificial evaporation, a group of very valuable salts are recovered. This is the case of the American Potash operation at Trona. Solar evaporation has its limits. The working temperature is low. We may say, just to cover most areas of the world where solar evaporation may be practical, that it will take place between 18°C and perhaps around 45°C. In most cases the average working temperature expected will be around 25°C.
Citation

APA: Pablo Hadzeriga  (1963)  Some Aspects Of The Physical Chemistry Of Potash Recovery By Solar Evaporation Of Brines ? Introduction

MLA: Pablo Hadzeriga Some Aspects Of The Physical Chemistry Of Potash Recovery By Solar Evaporation Of Brines ? Introduction. Society for Mining, Metallurgy & Exploration, 1963.

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