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Meeting 2025 TMS Annual Meeting & Exhibition
Symposium Bauxite Residue Valorization and Best Practices
Presentation Title Bauxite residue valorisation in a zero emission, zero waste and sustainability policy context
Author(s) Christina Meskers, Casper Van der Eijk
On-Site Speaker (Planned) Christina Meskers
Abstract Scope Bauxite residue valorisation is difficult. The processes and the technologies need to work, the economics need to be right, the environmental footprint should be low, and product specs need to be met. These are the requirements in a nutshell. More and detailed requirements have been added by society at large and the policy maker in particular: zero emission and zero waste, climate resilience, ‘do not significantly harm’ principle, biodiversity and land use, product regulations, to name a few. Furthermore, existing and new standards play a role. This brings new technical-environmental-economic challenges, questions and dilemmas. To get new technologies into (industrial) practice, also the challenges posed by the broader societal context need to be overcome. Using the bauxite residue valorisation processes developed in the EU HARARE project as a case study, these will be explored.
Proceedings Inclusion? Planned: TMS Journal: Journal of Sustainable Metallurgy
Keywords Extraction and Processing, Recycling and Secondary Recovery, Sustainability

OTHER PAPERS PLANNED FOR THIS SYMPOSIUM

A linear programming-based approach for creating cements from bauxite residue
Assessing the Carbonation Potential of De-alkalized Bauxite Residue Using Different Carbonation Methods
Assessment of High Temperature Valorisation Routes for Bauxite Residue towards Cementitious Binders: A Case Study on Vitrification
Bauxite residue valorisation in a zero emission, zero waste and sustainability policy context
BR valorisation: can we see it differently?
Developments in EGA’s bauxite residue roadmap
Hydrogen-driven Sustainable Multi-metal Recovery Approaches for Bauxite Residue: A Comparative Analysis
Innovative Hydrometallurgical Methods for Extracting Metallic Oxides from Bauxite Residue
Optimising bauxite residue for use as a soil component
Pelletization and hydrogen reduction of bauxite residue in pilot scale
Processing routes of Bauxite Residue and its Valorisation Potential: Various case studies demonstrated at pilot scale
Recovery of alumina and soda from high tatania containing bauxite residue
Recovery of Titanium from Production Residues via Physical and Chemical Processing
Red mud to produce sustainable iron and steel - A thermodynamic analysis
Revolutionizing Mineralogy Prediction in Sulfoaluminate Cements: A New Modified Bogue Equation for Elevated Bauxite Residue Content
Study of Ceramic Material Manufacturing with Red Mud and Fayalite Slag
Synergistic pyrolysis with Refuse-Derived Fuel (RDF) can neutralize bauxite residue (BR)
The effect of freeze-thaw cycle on mechanical and morphological properties of bauxite residue-based geopolymer
Towards scalable autoclaved masonry units: how bauxite residue feedstock characteristics impact performance
Utilizing Mining Tailings for Sustainable Steel and Rare Earth Element Recovery

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