- Thermodynamics and Kinetics on the Cementation Reaction of PbCl 2 in the 50 mol%ZnCl 2 –50 mol%KCl Melt with Solid Zinc at 673 K
- Upgrading of Blast Furnace Sludge and Recycling of the Low-Zinc Fraction via Cold-bonded Briquettes
- Comparison of Hydro- and Biohydrometallurgical Extraction of Metals from Waste Li-Ion Batteries of Cell Phone
- Introduction of Steelmaking Process with Resource Recycling
- Selective Zinc Removal from Electric Arc Furnace (EAF) Dust by Using Microwave Heating
- RecoDust—An Efficient Way of Processing Steel Mill Dusts
- Residual Processing in the European Steel Industry: A Technological Overview
- Experimental Investigation and Thermodynamic Modeling of the Distributions of Ag and Au Between Slag, Matte, and Metal in the Cu–Fe–O–S–Si System
- Recovery of Scandium by Crystallization Techniques
- Recovery of Rare-Earth Elements from Neodymium Magnet Waste Using Glycolic, Maleic, and Ascorbic Acids Followed by Solvent Extraction
- Searching for Acidity or the Case of the Missing Chlorine: An Option for a Global Closed Loop Alkalinity–Acidity Cycle for Bauxite Residue Neutralization Based on HCl from PVC Recycling
- A Review on Reclamation and Reutilization of Ironmaking and Steelmaking Slags
- Studies on the Thoria Fuel Recycling Loop Using Triflic Acid: Effects of Powder Characteristics, Solution Acidity, and Radium Behavior
- Separation of Mill Scale from Flume Wastewater Using a Dynamic Separator Toward Zero Wastes in the Steel Hot-Rolling Process
- The Rare Earth Elements Potential of Greek Bauxite Active Mines in the Light of a Sustainable REE Demand
- A Study of the Occurrence of Selected Rare-Earth Elements in Neutralized–Leached Bauxite Residue and Comparison with Untreated Bauxite Residue
- Measures to Decrease and Utilize Steelmaking Slag
- Iron Recovery from Bauxite Residue Through Reductive Roasting and Wet Magnetic Separation
- Diversification of the Ironmaking Process Toward the Long-Term Global Goal for Carbon Dioxide Mitigation
- Recycling of NdFeB Magnets by Electrodischarge Sintering—Microstructure, Magnetic, and Mechanical Properties
