The review presents advances in the removal of Cr (III) from the industrial effluents
published in the last ten years. Although Cr (III) has low solubility and is less dangerous for …

The global movement toward the pillars of a circular economy has restructured the entire
chain of the primary production sector. Together, increases in the consumption of critical …

The development of monovalent selective ion exchange membranes with excellent
performance is required owing to the continuous refinement of electrodialysis technology …

The demand for critical metals for net-zero technologies, including electric vehicles and
wind/solar energy, puts pressure on extraction and recycling processes. As the treatment of …

Atmospheric acid leaching can be used for processing the nickel laterite ore. The lixivium
composition necessitates Fe3+ separation as the first step in recovering valuable metals …

High salinilty wastewater and carbon dioxide are major hurdles in implementing a
sustainable desalination technology. This study proposes an electrodialysis (ED) technique …

Partial neutralization is typically used to remove Fe 3+ ions from the acid leach solution of
laterite. However, during this process, significant amounts of Mg 2+, Ni 2+, Co 2+, and SO 2 …

With the development of the new energy industry, the demand for iron phosphate and nickel–
cobalt hydroxide precursor materials in the power battery industry has increased sharply …

In recent years, energy conversion and storage technologies have been a research hotspot.
Bipolar membrane reverse electrodialysis (BMRED) is a safe and sustainable way to convert …

The present study demonstrates a detailed analysis of nutrient recovery from the spent
fermentation broth of S. acidocaldarius, an archaeon with high industrial and pharmaceutical …