News


October 20, 2025
Commissioning of a FINGRI Pilot Vertical Mill

In October 2025, Institute TOMS in cooperation with FINGRI company successfully commissioned a pilot vertical mill for fine grinding testworks.

October 13, 2025
Institute TOMS took part in the 21st MINEX Mining and Exploration Forum

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.

March 17, 2025
Institute TOMS was a member of the organizing committee and a sponsor of MIMPC-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.

February 10, 2025
Institute TOMS took part in the international scientific symposium Miner’s Week 2025, February 3-7

Institute TOMS took part in the international scientific symposium Miner’s Week 2025 held by MISIS University, February 3–7. The specialists of Mining audit and consulting department delivered a report on advanced approaches to create geometallurgical block models and assess process variability of ores.

December 30, 2024
Institute TOMS was assessed as consistent with the criteria of the national accreditation system

Institute TOMS was assessed and passed as consistent with the criteria of the national accreditation system.

Main page/Design works

Design works

Design of mining and processing facilities and infrastructure is one of the core activities of Institute TOMS.

Institute’s specialists carries out design works and elaborate design documentation for greenfield construction, renewal and retrofitting projects for the following metal ore mining and processing facilities:

  • hazardous and highly hazardous industrial facilities such as processing plants, gold plants, mining and processing complexes, heap leaching plants, crushing and sorting complexes, hydraulic structures including tailing ponds;
  • infrastructure facilities: power supply utilities including main step-down substations, package transformer substations, power transmission lines and others; water supply and disposal facilities such as water intake and discharge plants, waste disposal works, water treatment plants; heating, venting and conditioning facilities including boilerhouse; other utility systems (communication networks, compressed air and gas lines); storage facilities, including chemical and hazardous chemical stores, concentrate store media store, fuel and lubricant storage, commodities and materials storage; laboratory facilities, e.g. assay and fire assay laboratories, technical control division; mechanical repair shops; permanent accommodation and offices; facilities for mine rescue and fire brigades; shift camps; indoor and outdoor pipelines and networks; and other facilities required to ensure functioning of a plant.

Institute TOMS develops all types of design documentation in compliance with relevant valid regulatory documents (Decrees of the Government of the Russian Federation, Orders of the Ministry of Natural Resources and Environment, federal laws, Russian State Standards (GOSTs), Russian Construction Rules and Regulations (SNiPs), and other documents regulating requirements to design of ore mining facilities):

  • design philosophy for implementation of a processing plant project, i.e. main design solutions and main technical/process solutions with comparison of process flowsheet options, PFDs, layout solutions, as well as scoping and trade-off studies;
  • different types of studies to check feasibility: FS, PFS, BFS;
  • basic design documentation for greenfield projects;
  • basic design documentation for reconstruction projects;
  • detailed documentation to construct mining and processing facilities;
  • design sudy for primary mineral processing;
  • retrofitting of hazardous facilities;
  • informational 3D, 4D, and 5D models of a facility with minimum LOD 300, and LOD 400 for the process solutions part;
  • presentation graphics, drawings, and animated images for existing facilities and facilities under design.

Application of BIM technology as a key work tool for elaboration of 3D information models of a plant being designed allows considerable amount of work of any complexity to be performed in the shortest time possible and at a high quality of design deliverables.

Institute TOMS guides the developed design documentation through the relevant expert reviews until the receipt of an affirmative expert report:

  • basic design documentation for hazardous industrial facilities must be submitted for appraisal to:

- the Federal Service for Supervision of Natural Resources to undergo the state ecological appraisal; and
- the Federal Autonomous Institution “Main Department of State Expertise”;

  • detailed design and front end engineering design documentation is not subject to any expert appraisals but must be approved by a client directly;
  • design study for primary mineral processing needs to be approved by the Central Commission on development of solid mineral deposits of the Federal Agency for Mineral Resources;
  • documentation for technical retrofitting must be submitted for an expert appraisal of industrial safety to a properly licensed.

Institute TOMS provides qualified design supervision for a facility construction period.

 

Examples of completed projects

Gold processing plant at Aleksandrovskoye deposit, Trans-Baikal Territory, 0.75 Mtpa, 2013
Gold processing plant at Ametistovoye deposit, Kamchatka Territory, 0.6 Mtpa, 2015
Alluvial gold processing plant, Trans-Baikal Territory, 1999
Modular gold plant at Badran deposit, Republic of Sakha (Yakutia), 2001

Gold processing plant of 0.8 Mtpa at Zapadnoye deposit, Irkutsk region, 2005
Grinding section of gold processing plant at Zapadnoye deposit, Irkutsk Region, 2005
Modular gold plant at At-Uryakh deposit, Magadan Region, 2007
Copper processing plant of 4 Mtpa at Nurkazgan deposit, Kazakhstan, 2007

Copper processing plant of 4 Mtpa at Nurkazgan deposit, Kazakhstan, 2007 Crushing in HPGR, ball grinding, flotation
Gold processing plant at Tardan deposit, Republic of Tuva, 2005
Gold processing plant of 1.5 Mtpa at Belaya Gora deposit, Khabarovsk Territory, 2013 Grinding section (SAG-BM)
Modular gold plant at Kedrovskoye deposit, Republic of Buryatia, 1997

Gold processing plant of 1.5 Mtpa at Belaya Gora deposit, Khabarovsk Territory, 2013 Ball grinding, classification
Dzhida tungsten&molybdenum processing plant, Republic of Buryatia, 2008
Modular gold plant at Badran deposit, Republic of Sakha (Yakutia), 2001 Ball grinding in rubber roller mills, three-stage centrifugal separation
Modular gold plant at Shkolnoye deposit, Magadan Region, 1997 Ball grinding, fine screening, two-stage centrifugal separation

Gold processing plant of 8 Mtpa at Vasilkovskoye / Altyntau deposit, Kazakhstan, 2009 HPGR - BM - Gravity - Flotation - UFG - Leachox - CIL
Gold processing plant at Vasilkovskoye / Altyntau deposit, Kazakhstan HPGR
Gold processing plant at Vasilkovskoye / Altyntau deposit, Kazakhstan Classification
Gold processing plant at Vasilkovskoye / Altyntau deposit, Kazakhstan Flotation section

 

Reference list for design works

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