Funded by CR3 ConsortiumContactless Flow Measurement of Molten MaterialsAssessment of Environmental Properties of Non-ferrous Metal Production SlagsMetal Recovery from Industrial By-Products Using BromineStructure Property Relations of Slags, Application and Carbonation PotentialCleaning of Fayalite/Olivine Slags using H2 (and CO): Measurement for the Recovery of Technology elements, e.g. Pb, Zn, Sb, As, etc. from Bath Smelting SlagsGravity-Driven Multiple Effect Thermal System (G-METS) Distillation for Efficient Low-Cost Lead RefiningAdhesive and Sealant Waste ReductionMetal Recovery From Industrial By-Products Using Bromine CompoundsSilver, Gold and PGM Distribution Between Doré and Litharge Slag in Pyrometallurgical Lead RefiningSolar Panel RecyclingKinetics of FeNi-sulfidization in Ni-Matte with Sulphur Injection into MatteRoadmap CO2 Reduction on Lead Blast FurnacesIdentify and Develop Processes to Recover and Produce Saleable Silica from Mine WastesIncreased Gas Injection Efficienct through Sonic Jetting Regime Using Hydrogen and AmmoniaFunded by IndustryRecycling of Red Mud for Recovery of Commercially Viable Value-Added Products
Cleaning of Fayalite/Olivine Slags using H2 (and CO): Measurement for the Recovery of Technology elements, e.g. Pb, Zn, Sb, As, etc. from Bath Smelting Slags
Gravity-Driven Multiple Effect Thermal System (G-METS) Distillation for Efficient Low-Cost Lead Refining
