Sustainable Processing of Bauxite Residue for Environmental Benefits
Sustainable Materials Processing Laboratory at the University of Toronto is focusing on innovative ways to neutralize acidic soil, treat mining wastes, and recover metals using bauxite residue. The research also delves into the properties of hot metal and steel, emphasizing steelmaking processes for
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Unveiling Earth's Riches: Resources, Minerals, and Sustainability
Australia is known for its abundant natural resources, including coal, gas, minerals, and metals. However, the country faces challenges with water scarcity. The Earth's crust holds valuable resources essential for everyday items and fuels. Understanding the importance of using resources wisely for a
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Rawmin Mining and Industries Pvt. Ltd.
Rawmin Mining and Industries Pvt. Ltd. is a family-owned private mining company founded in 1951 with a strong governance structure and a focus on mining and exporting bauxite and iron ore. Recognized by the Government of India as a Star Export House, Rawmin is committed to ethical and socially respo
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Comparing Indigenous Laterite and Bauxite with Imported Activated Alumina for Fluoride Adsorption in Rural Northern Ghana
This study compares the effectiveness of indigenous laterite and bauxite with imported activated alumina for use in small-scale fluoride adsorption filters in rural Northern Ghana. It discusses the study area, the issue of fluorosis, and potential solutions using different sorbents. Physical and che
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Utilization of Bauxite Residue for Phosphorus Recovery in Wastewater
This study explores the potential of using bauxite residue, a by-product of the aluminum industry, as an adsorbent for phosphorus recovery in wastewater treatment. With the increasing demand for phosphorus and declining phosphate rock supplies, alternative methods like utilizing bauxite residue coul
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Lightweight and Corrosion-Resistant Metals: Aluminium and Titanium
Two metals, Aluminium and Titanium, known for their low density and resistance to corrosion, are essential in various industries. Their extraction processes are expensive due to energy requirements and multiple stages involved. Aluminium is extracted from bauxite using the Bayer process, while Titan
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