Anion exchange membranes (AEMs) have a wide range of applications. They play a key
role in areas such as water treatment, heavy metal recovery, hydrometallurgy and the …

Electrowinning is a crucial technique for metal recovery from aqueous solutions. A
significant amount of work has already been carried out to optimize the electrowinning …

Traditional industrial pure iron can no longer meet the requirements of many core industries,
such as aerospace, electronic information, and military industries. Thus, high-purity iron has …

Membrane (ion membrane) electrolysis technology has gained a lot of attention and
development because of its function and advantage of making full use of the two-stage …

Green electricity from solar energy has achieved rapid development. However, solar power
is intermittent and fluctuating, whereas industrial productions are generally continuous. To …

Metal processing using microorganisms has many advantages including the potential for
reduced environmental impacts as compared to conventional technologies. Acidithiobacillus …

In this chapter, an overview of current insights of the all‐copper Flow Battery (CuFB) is
presented and discussed. Although early investigations in all‐copper battery systems were …

The possibility of using a membrane electrolytic cell for the electrochemical oxidation of Fe
(II) and purification from impurities of real industrial solutions obtained by atmospheric …

The low-cost production of high-purity metallic iron is of great practical importance. Herein,
we report the direct production of high-purity metallic iron (99.92%) via a one-step …

The study deals with the separation of copper present in produced water [PW]. A field East of
Baghdad was used to collect samples. The efficiency of the anodes used is essential in the …