Institute TOMS in collaboration with LITS company successfully commissioned a wet high intensity magnetic separator (WHIMS). After our specialists сompleted the training, TOMS laboratory was accredited to run test works using this equipment.
In December 2025, the team of specialists who developed and implemented the innovative process was awarded the Russian Federation Government Prize in Science and Technology
In October 2025, Institute TOMS in cooperation with FINGRI company successfully commissioned a pilot vertical mill for fine grinding testworks.
Institute TOMS acted as a silver sponsor of the 21st MINEX Mining and Exploration Forum that took place in Moscow on 8-9 October, 2025.
Moscow International Mineral Processing Congress (MIMPC-2025) brought together leading specialists in the field of solid mineral processing, researchers, equipment and reagent manufacturers to share their experience, discuss issues and possible solutions.
Mineral processing
Gravity and Magnetic Separation
- Testing of ores and processing products on concentrating tables and jig separators
- GRG, E-GRG, and GAT tests
- Tests in centrifugal concentrators with bach-type discharge of concentrate (Knelson, Falcon)
- Tests in centrifugal concentrators with continuous discharge of concentrate (Knelson KC-CVD)
- Tests in hydrocyclones (Krebs U2)
- Study of magnetic properties of ores using an electromagnetic tube-type analyzer
- Dry magnetic separation using a belt-type separator
- Wet magnetic separation using a drum electromagnetic separator
- Gravity analysis to assess the possibility of specific gravity separation of a head coarse ore into fractions
- Laboratory dense media separation of ore
- Testing of ores and processing products in spiral separators and on sluices
- Development and up-scaled testing of gravity separation flowsheets in a continuous mode
Flotation
- Flotation in mechanical cells by Russian manufacturers and Metso Denver cells (USA)
- Flotation in pneumatic-mechanical cells Outotec (Finland)
- Flotation in pneumatic cells Pneuflot Humboldt (Germany), Imhoflot H-Cell (Germany), Jameson Cell (Australia)
- Optimal flotation conditions selection:
– optimal grind size for flotation feed
– optimal depressor type and rate
– optimal pH-regulator type and rate
– optimal collector type and rate
– optimal pulp density
– optimal frother type
– kinetics by operations
– flowsheet structure
- Simulation of upgrading cycles, including ones with ultrafine grinding of rougher concentrates
- Flotation in open and closed flowsheets
- A wide variety of flotation reagents from leading suppliers
Thickening and filtration
- Thickening tests (conventional and high-capacity thickeners FLSmidth)
- Pilot tests in a high-rate thickener (Delkor)
- Filtration tests in ceramic filters and press-filters (Bakor, FLSmidth, Diefenbach, Roxia)
- Filtration in pilot press-filters
- Parameters and design of semi-dry storage for tailings from processing plants
Pilot testing facilities
- Pilot testing of ores using various process flowsheets (gravity separation, gravity separation – flotation, gravity separation – leaching, gravity separation – flotation – leaching)
- Flexible process flowsheet of a pilot plant capable to treat continuously up to 3–5 tonnes of ores (the plant's throughput 20–100 kg/h)
- A set of tests to study physical-mechanical and process properties of ores allowing deposits mapping to be performed, an efficient process flowsheet to be advised, and recommendations for process design criteria and feasibility study to be provided.
