Red mud is the byproduct of commonly used Bayer process for extraction of alumina from bauxite ore. Globally, there are approximately 70 million tones of red mud being produced every year. Highly alkaline red mud, usually pH ranges from 10.513 and high caustic causes environmental disposal problem and their reuse. The results show that pH of red mud decreased to standard environmental level using mines water. Sodium ions dominated among the soluble cations, but the sodium ion concentration decreased with increasing duration of storage time due to leaching which causes water pollution. The acid neutralizing capacity of red mud obtained from this study was about 5.5 mol/kg. Mine water neutralization process led to many benefits, including con...
Proposals to use red mud, the waste produced by the extraction of alumina from bauxite ore in the Ba...
Bauxite residue (red mud) is a finely crushed, alkaline by-product of the alumina industry. The appl...
Abstract Batch experiments were conducted to collect data for obtaining insights into the chemical m...
Seawater-neutralised bauxite refinery residues (red mud) have a very high trace metal trapping capac...
Red mud remains the largest environmental issue for the alumina industry due to its high pH (\u3e13)...
Acid mine drainage (AMD) remediation by red mud (RM) can benefit process sustainability and waste va...
Red mud is generated at a rate of up to 175.5 million tons per year. The global stockpile of red mud...
In this study, feasibility of using seawater to neutralize alkaline red mud for its safe disposal ha...
One feature that has not been analysed in the re-use of bauxite residue (or "red mud") is the compar...
Red mud (RM) is a waste product that results from bauxite refining via the Bayer process. Its dispos...
Bauxite refinery residues (BRR) remain the single largest environmental problem for the alumina indu...
This study reports the novel use of alkaline waste material from the alumina refining industry (Baye...
Land disposal of bauxite refining residues produced by the aluminum industry has resulted in areas d...
The Bayer process is the main industrial process covering 90 % of global production of alumina. The ...
This investigation has shown that by transforming free caustic in red mud (RM) to Bayer hydrotalcite...
Proposals to use red mud, the waste produced by the extraction of alumina from bauxite ore in the Ba...
Bauxite residue (red mud) is a finely crushed, alkaline by-product of the alumina industry. The appl...
Abstract Batch experiments were conducted to collect data for obtaining insights into the chemical m...
Seawater-neutralised bauxite refinery residues (red mud) have a very high trace metal trapping capac...
Red mud remains the largest environmental issue for the alumina industry due to its high pH (\u3e13)...
Acid mine drainage (AMD) remediation by red mud (RM) can benefit process sustainability and waste va...
Red mud is generated at a rate of up to 175.5 million tons per year. The global stockpile of red mud...
In this study, feasibility of using seawater to neutralize alkaline red mud for its safe disposal ha...
One feature that has not been analysed in the re-use of bauxite residue (or "red mud") is the compar...
Red mud (RM) is a waste product that results from bauxite refining via the Bayer process. Its dispos...
Bauxite refinery residues (BRR) remain the single largest environmental problem for the alumina indu...
This study reports the novel use of alkaline waste material from the alumina refining industry (Baye...
Land disposal of bauxite refining residues produced by the aluminum industry has resulted in areas d...
The Bayer process is the main industrial process covering 90 % of global production of alumina. The ...
This investigation has shown that by transforming free caustic in red mud (RM) to Bayer hydrotalcite...
Proposals to use red mud, the waste produced by the extraction of alumina from bauxite ore in the Ba...
Bauxite residue (red mud) is a finely crushed, alkaline by-product of the alumina industry. The appl...
Abstract Batch experiments were conducted to collect data for obtaining insights into the chemical m...