GRAVICON structures its material expertise into four distinct groups based on origin, physical properties, and processing complexity.
This classification reflects the practical engineering approach used to select optimal beneficiation technologies.
Materials
GRAVICON technologies are engineered for beneficiation and processing of a wide spectrum of primary mineral resources and technogenic materials using gravity-based separation as the core method. Our solutions are applied where material properties, density contrast, moisture, and contamination level allow efficient physical separation of particle size classes from 0.1 to 100 mm without chemical reagents.
Materials We Process
GRAVICON structures its material expertis
Technogenic & Secondary Materials
Ferroalloy and metallurgical slags, secondary mineral residues.
Primary Mineral Resources
Coal, metallic and non-metallic ores, diamonds, industrial minerals.
Coal Waste Dumps & Terrikon Processing
Large-scale coal waste deposits converted into low-ash coal products with short payback periods.
Complex Industrial Waste Processing
Red mud recycling with recovery of iron concentrate, silica sand, non-ferrous and rare earth elements.
Environmental & ESG Impact
GRAVICON structures its material expertise into four distinct groups based on origin, physical properties, and processing complexity.
This classification reflects the practical engineering approach used to select optimal beneficiation technologies.
GRAVICON structures its material expertise into four distinct groups based on origin, physical properties, and processing complexity.
This classification reflects the practical engineering approach used to select optimal beneficiation technologies.
GRAVICON structures its material expe