Mabel Keke, Joseph Okechukwu Ezeugo
Certain hydrometallurgy processes are used in the majority of the main metal manufacturing processes that yield a final metal product. Tin is an essential strategic metal that is widely used in novel energy components, aircraft, and other cutting-edge industries. Yet, with decreasing availability of high-grade tin ores, the use of low-grade tin metals for metal tin processing is emerging as a significant development. However, there are intrinsic difficulties with low-grade tin ores that prevent them from being used directly in tin extraction. Although hydrometallurgy is still a useful technique for improving ore grade, problems such as mineral complexity and fine particle dispersal still prevail. This study explores hydrometallurgical processing in terms of essentials and their applications to tin treatment. It offers a thorough analysis of the properties of cassiterite resources, oxidative reagents, and pertinent case studies. Through an exploration of cassiterite's several dissolution techniques, the study emphasizes its leaching efficiency and distinctions between different oxidative reagents. In addition, it highlights significant barriers to cassiterite dissolution and suggests determined, practical approaches to facilitate effective metal recovery.
@article{3a4755ad-5246-425b-bccb-d94d0c5de2bd,
title={Cassiterite Leaching in Hydrometallurgy: A Review},
author={Mabel Keke and Joseph Okechukwu Ezeugo},
year={2025},
language={en}
}TY - JOUR TI - Cassiterite Leaching in Hydrometallurgy: A Review AU - Mabel Keke AU - Joseph Okechukwu Ezeugo PY - 2025 LA - en ER -
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