© 2025 ERG Open Innovations
Technology Sessions
Technology Sessions are aimed for exploring cutting-edge advancements in ferroalloys production, alumina and aluminum production, and ore mineral processing.
These sessions bring together world-class experts, international research centers, and leading universities to present their latest developments, research findings, and industrial applications in the field of mining and metallurgy.
Technology Sessions Format:
Technology Sessions Format:
- Present in-person your solutions during the technology session
- Time: 10 min for the presentation + 5 min Q&A
- Presentation format: 16:9 PPT (using your organization’s template)
- Registration deadline for technology session by April 30,2025 (with topic of your presentation)
- Submission deadline for the presentation by May 20, 2025
Technology session topics
Ferroalloys Production
- Improving the productivity and recovery of electric arc furnaces
- Reducing the formation of fine fractions during processes of crushing and grinding of ferroalloys
- Coke-free production of high-carbon ferrochrome, alternative types of reducing agents, and increasing the share of semi coke
- Improving the technology for the production of chromium ore pellets / sinter / extruded briquettes and increasing their quality
- Improving technology efficiency through the implementation of AI tools
Alumina & Aluminum Production
- Methods of preparation, beneficiation of bauxite and aluminum-containing ores at mines
- Beneficiation technologies for bauxite raw materials with high contents of silica, iron oxides, and carbonate compounds
- Ways to improve alumina production and alternatives to the Bayer-sintering technology
- Production of new value-added products
- Improving technology efficiency through the implementation of AI tools
Mineral Processing
- Technologies for the beneficiation of fine classes of chrome
- Innovative beneficiation methods for chromium, iron, manganese, and coal, including waste processing
- Reduction of iron content at the stage of obtaining manganese concentrate from ferromanganese ores in the -10+0 mm size class
- Obtaining various materials from production waste of chromium, iron, manganese, alumina, and coal
- Improving technology efficiency through the implementation of AI tools
Technology Sessions Topics:
Ferroalloys Production
Mineral Processing
Technologies for the beneficiation of fine classes of chrome
Innovative beneficiation methods for chromium, iron, manganese, and coal, including waste processing
Reduction of iron content at the stage of obtaining manganese concentrate from ferromanganese ores in the -10+0 mm size class
Obtaining various materials from production waste of chromium, iron, manganese, alumina, and coal
Improving technology efficiency through the implementation of AI tools
Innovative beneficiation methods for chromium, iron, manganese, and coal, including waste processing
Reduction of iron content at the stage of obtaining manganese concentrate from ferromanganese ores in the -10+0 mm size class
Obtaining various materials from production waste of chromium, iron, manganese, alumina, and coal
Improving technology efficiency through the implementation of AI tools
Alumina & Aluminum Production
Methods of preparation, beneficiation of bauxite and aluminum-containing ores at mines
Beneficiation technologies for bauxite raw materials with high contents of silica, iron oxides, and carbonate compounds
Ways to improve alumina production and alternatives to the Bayer-sintering technology
Production of new value-added products
Improving technology efficiency through the implementation of AI tools
Beneficiation technologies for bauxite raw materials with high contents of silica, iron oxides, and carbonate compounds
Ways to improve alumina production and alternatives to the Bayer-sintering technology
Production of new value-added products
Improving technology efficiency through the implementation of AI tools
Improving the productivity and recovery of electric arc furnaces
Reducing the formation of fine fractions during processes of crushing and grinding of ferroalloys
Coke-free production of high-carbon ferrochrome, alternative types of reducing agents, and increasing the share of semi coke
Improving the technology for the production of chromium ore pellets / sinter / extruded briquettes and increasing their quality
Improving technology efficiency through the implementation of AI tools
Reducing the formation of fine fractions during processes of crushing and grinding of ferroalloys
Coke-free production of high-carbon ferrochrome, alternative types of reducing agents, and increasing the share of semi coke
Improving the technology for the production of chromium ore pellets / sinter / extruded briquettes and increasing their quality
Improving technology efficiency through the implementation of AI tools
Please Register As
Please select the option that suits you and complete the registration.
Please Register As
Please select the option that suits you and complete the registration.
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