| DaveSouthwoodJones |
Reviving the graphical heat balance method: A strategic tool for energy efficiency and decarbonization in the alumina industry |
| ErrolJaeger |
Mechanical Vapor Recompression in the Bayer Process: A Feasibility Study |
| BradHogan |
Evaporation Retrofit with Mechanical Vapour Recompression – A Pathway to Decarbonisation |
| AndrewFurlong |
Alumina Production Growth in a Decarbonised World |
| DarrenBambrick |
Alumina Calcination using renewable electricity for zero emissions alumina production |
| MichaelReid |
Vaudreuil refinery’s electric boiler journey |
| MikeSisley |
Process Steam Carbon Reduction in a High-Temperature Alumina Refinery. |
| JohnClark |
Solid bio pellet fuels as an alternative to coal |
| StevenYu |
Heat and water recovery from alumina calciner stack offgas – a technology review |
| FrancoisDelannoy |
Diversity of Applications for the Mechanical Vapour Recompression Technology. |
| ThomasConnor |
Decarbonising Rio Tinto’s Australian Alumina Refineries |
| WoeiSaw |
Assessment of Multi-stage Mechanical Vapour Recompression Process for Decarbonizing Steam Generation in an Alumina Refinery |
| WoeiSaw |
Feasibility Study of Steam Recovery from Steam Calciner for the Digestion Process |
| RobClegg |
Reduction and Elimination of Digestion Steam in the Bayer Refinery with KX Reboiler-Condenser Heat Exchangers |
| SebastienFortin |
Removing and recycling the coarse fraction of bauxite residue: our approach for Vaudreuil alumina refinery |
| SimonGravel |
Conversion to filtered tailings: Commissioning and ramp-up of Rio Tinto Vaudreuil's Bauxite Residue Filtration Plant |
| ChrisYoung |
Economically and Sustainably Recycling Bauxite Residue into Saleable Critical Minerals |
| TakuoHarato |
Sumitomo's Differential Etraction Process Revisited: Operation Results, Potentials and Challenges for Sustainable Alumina Refineries |
| EfthymiosBalomenos |
Holistic Resue of Bauxite Residue – Pilot Results from the Removal Project |
| FabioOliveira |
Autoclaved Monoliths Incorporating Large Contents of Residues from the Alumina Industry |
| RichardHaynes |
Production of manufactured soil (Turba) from bauxite residue - an overview of its development |
| RichardHaynes |
Physical properties of manufactured soil (Turba) produced from bauxite residue |
| RonanCourtney |
Is modified bauxite residue an appropriate soil forming ingredient - lessons from field trials |
| KonstantinosKollias |
Exploring a joint bauxite residue registration under REACH: Challenges and opportunities |
| Markus Samuel Rebmann |
Development of concretes with different strength classes and variations of untreated bauxite residue consumption |
| Marcio Barata |
Bauxite By-Products as Mineral Admixtures for Portland Cements |
| Roberto Romano |
Strategies for safe, low-cost, and low-processing intensity large-scale applications for bauxite residue with Portland cement |
| LachlanGraham |
Modelling Impeller Erosion in Alumina Precipitators |
| DanielBortoleto |
Novel methodology to evaluate antifoam programs from Nalco Water applied in the alumina trihydrate precipitation |
| DamienBoudeville |
Continuous Optical Measurement and Real-time Control of Bauxite Particle Size Distribution in the Grinding Process |
| AlistairGillespie |
OXALATE PROCESS OPTIMISATION IN THE BAYER REFINERY |
| FranzMeck |
Filtration Of Digester Blow-Off - An Option For The Refinery Design Of The Future |
| György (George)Bánvölgyi |
Updated Improved Low Temperature Digestion (ILTD) Process in the Face of the Sustainable Development Goals |
| LeanneSharp |
Application of Ultrasonic Attenuation for Online Monitoring of Particle Size in Bayer Red Mud Slurries |
| SamiAlbastaki |
Application of Split Growth in a Greenfield Alumina Refinery |
| RonghuaLi |
Packaged Technology and Industrial Application of Roasting Desulfurization of High Sulphur Bauxite |
| SureshYadav |
Hydrate Particle Size Distribution Control Strategy in a Greenfield Alumina Refinery |
| FrancoisVoelker |
Enzymatic Process for Dextran Production and Utilization in Bayer Process |
| JohnMcFeaters |
40 YEARS OF PROCESS SIMULATION WITH A FOCUS ON ENERGY AND CARBON |
| ScottDoig |
Reduced Wear and Improved Operating Efficiency Through Control of Slurry Flow in Alumina Refineries |
| ElaineTolentino |
Development of ATR-FTIR System for Bayer Process Liquor Analysis |
| Alexander Suss |
Production of Sodium Carbonate and Alumina from Dawsonites |
| Ian Stephenson |
The Design and Implementation of Sized Split Digestion in Alcoa |
| SushilJadhav |
Multipurpose Dynamic Simulator: Application of Industry 4.0 |
| OscarSantiago |
Integral tailings management solution delivering on ESG commitments for the Amazon: case study from MRN |
| RobertoSeno Junior |
ReAL (Recycling Aluminum): Sustainable Recycling Technology for Multilayer Packaging |
| VictorCruz |
New tool for Environmental Safety Diagnosis: Chemical Signature of an Alumina Refinery |
| AllanReis |
A mathematical approach for estimating silica reduction in bauxite desliming with hydrocyclones |
| GeraldoDuarte |
Amazonian Bauxite beneficiation using a reverse flotation circuit |
| EmilioDal Pai Neto |
Efficiency of Gallium Extraction from Bauxite |
| JohnAnawati |
Destruction of Bayer Process Oxalates and Caustic Regeneration via Hydrothermal Treatment |
| ElaineTolentino |
Bauxite Ore Body Knowledge and Digestion Extraction Efficiency for Worsley Granitic Ore Transition |
| Petra Mühlen |
Application of NIR mineral phase analysis in Bauxite ore in the example of Chalco |
| Raisa Cardoso |
REAL-TIME METEOROLOGICAL MONITORING AS A SAFETY STRATEGY AND RISK ASSESSMENT IN THE INDUSTRIAL SECTOR |
| Raisa Cardoso |
Use of native fish as bioindicators of disturbance in the aquatic ecosystem of the Amazon |
| JoseGomes |
Formation of Sodalite and Cancrinite from Illite under Bayer digestion conditions. |
| BenceKutus |
Hydrolysis and neutralization processes of hydroxido sodalite |
| AirongSong |
Development of Solvent Extraction Rig for Solvay’s MAXYIELD Technology to Remove Organics from Bayer Process |
| PálSipos |
Synthesis, characterization and dissolution of bauxite residue (BxR) components relevant to acid neutralization |
| ChiaweiLin |
Cation exchange in feldspathoid formed in carbonate-containing Bayer liquors |
| YvetteSzabó |
Synthesis and neutralization reactions of katoite phases |
| HowardJohnson |
Hydrate and Alumina Breakage Index |
| StevenPsaltis |
Impact of particle morphology on hydrate size distribution |
| MártonSzabados |
Mechanochemically modified dissolution of kaolinites in industrial spent Bayer liquor |
| DanielPropes |
Passive Cation Exchange and Nutrient Bioavailability of Bayer Process Feldspathoids under Simulated Arid, Irrigated Conditions |
| FatemehBaheddin |
Utilizing Carbon Fiber Waste in Brine Desalination and CO2 Capture through Activation Process |
| YassirMakkawi |
Biomass Pyrolysis: Potential for Bauxite Residue Amendment and Mitigation of Climate Change |
| WaqasAhmad |
Halophytic Biomass Conversion: Co-Pyrolysis of Salicornia and Date Palm (Phoenix dactylifera) for Energy Products |
