Technology for potassium extraction from underground brines

There is some research available; you can contact me at myben@126.com

This post was last edited by qugd on 2017-12-21 at 15:58. The composition of underground brines varies greatly depending on the region; it is best to conduct a compositional analysis of the brines first. Based on the composition, purposeful separation of components and extraction of useful elements can be carried out by drawing on previous findings from salt lake research institutes. Brine chemical engineering is a relatively complex field of inorganic wet chemical technology; it generally requires high levels of theoretical knowledge and practical experience in dealing with three-component and multi-component phase separations, and it necessitates targeted experiments to guide practical applications. Analytical testing during this period is also very important, as the separation of each useful component may have its own particularities. There is a book titled \"Brine Chemical Engineering\"; the original poster can find it and refer to it. Additionally, there are likely many useful resources available in the journal \"Salt Lake Research\" published by the Qinghai Salt Lake Institute of the Chinese Academy of Sciences.

You should discuss this with some forum members who are familiar with rubidium potassium salts; they have everything related to it

Previously, there was a potassium chloride plant at the Caiyangzi Salt Field in Shouguang, Shandong, but it unfortunately closed down.