VII International Forum
June 20 - 22, 2023
|
Hotel "Radisson Blu"
|
Chelyabinsk

Seymartec mining. Mining Production Efficiency – 2023

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Program

Day Nº1

HALL 1: STRATEGY FOR ORGANIZING CONTROL AND MANAGEMENT OF TECHNICAL AND PRODUCTION RISKS OF MINING ENTERPRISES

  • Achievements of the leading enterprises of the Russian mining industry
  • Availability of technologies and equipment, sustainability of development in new conditions
  • Planning, management and organizational structures of mining enterprises in the new realities
  • Instruments for financial attraction of investments in the construction and modernization of mining and processing plants
  • Changes in equipment supply mechanisms
  • Strategy for organizing control and management of technical and production risks of mining enterprises
  • Implementation of digital transformation to maintain and increase business margins under deteriorating mining and geological and mining and technical conditions
  • Exploitation of depleted and development of new deposits. Real exchange of experience from the builders of mining and processing plants

HALL 1: OPEN MINING

  • Geotechnical and mining-geological conditions of development
  • The array of mine workings and its conservation
  • Collapse of quarry walls, lining, stability of quarry walls
  • Methods for mining inclined and steeply dipping deposits
  • Geomechanical models of the rock mass
  • Organization of repair work with minimal downtime

HALL 1: DRILLING AND EXPLOSION WORKS

  • Automated drilling control system
  • Seismic impact of blasting on the surface security objects of the mine quarry
  • Drilling and blasting holes and creation of geological 3D models of explosive blocks
  • Computer modeling, forecasting and design of the form of collapse and distribution of components in the production of blasting in open pits
  • Explosion using an electronic initiation (explosion) system and reduction of seismic impact on the array
  • Methods for improving the quality of rock preparation for excavation when using emulsion explosives in quarries with high ledges

HALL №2. UNDERGROUND DEVELOPMENT. SAFETY. MOUNTAIN BREAKS. IMPROVEMENT OF THE DEVELOPMENT SYSTEM. BACKGROUND WORKS. STABILIZING THE QUALITY OF THE ORE FLOW

  • Operational information and control system for ore flow quality stabilization
  • Underground mining models
  • Development of geotechnology for underground mining of ores in deep mines
  • Technical solutions for improving the transportation of hardening backfill mixture to deep levels of mines
  • Analytical system of movement of personnel underground
  • Physical and mechanical properties of rocks and the use of anti-shock unloading measures
  • Roof Management Measures in the Conveyor Road
  • Subsidence, collapses, failures of the earth's surface during underground mining, the fight against water inflows, the fight against the flow of high-pressure water
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HALL №2. INDUSTRIAL SAFETY, GASES, VENTILATION, DUST SUPPRESSION

  • Gas hazard of explosives used in the mining industry
  • Methods of non-destructive testing in assessing the state of concrete lining and fixed space in mine shafts
  • Dust suppression
  • Measures to reduce water inflow into mines
  • The practice of implementing a unified industrial safety remote control system
  • Experience in driving and fixing ultra-deep mine workings
  • Methods for preventing sudden outbursts of rock and gas during mining operations at ultra-deep levels of an underground mine

Day 2 Nº2

HALL 1: AUTOMATED MINING CONTROL SYSTEM ACS GR. DISPATCHING, PRODUCTION MANAGEMENT. GGIS. DIGITAL TWINS

  • Creation of a centralized system of operational management of production
  • Digital control of the entire mining process, including monitoring the implementation of the mining plan, moving ore to the mines, and operating the equipment fleet
  • Automated system for operational management of mining operations
  • Dispatch system, IoT, digital twin, robotics components
  • Mining and geological information system for geological and mine surveying support of mining operations
  • Complex 3d models (digital twin) of the industrial site
  • The Digital Twin of the Mine
  • Digitization of open pit mining
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HALL №1: CYCLIC-FLOW TECHNOLOGIES AND THEIR APPLICATION IN RUSSIAN AND FOREIGN MINING INDUSTRY. INCREASING THE DEPTH OF THE QUARIES AND CUTS

  • Practices of CLT implementation in the domestic foreign industry
  • Feasibility study for the need to use CLT technology
  • The practice of applying CLT for 10 years or more in the CIS
  • Complex supply of equipment for the organization of the central heating center: transportation, storage, shipment

HALL 2: ORE PREPARATION SYSTEM: CRUSHING, GRINDING, CLASSIFICATION

  • Modern methods of ore preparation: self-grinding and high-pressure rolls
  • Ore preparation system: crushing, grinding, classification, computer simulation of the stress-strain state of mills
  • Sampling and Automation of the Grinding Process
  • Innovative digital ore grinding process control system
  • Complexes for magnetic ore picking
  • Solutions for automated sampling and ore sample preparation
  • Technologies for enrichment of complex and technogenic raw materials containing titanium minerals
  • Reducing energy consumption in the process of ore dressing (processes of crushing, grinding and screening)

HALL 2: DEEP ENRICHMENT, IMPROVEMENT OF THE QUALITY OF CONCENTRATES, AGLOMERATE, PELLETS, ENERGY SAVING

  • Modeling of quality indicators of mineral raw materials entering the processing plant
  • Centrifugal concentration as a method of gravitational enrichment
  • Gravity, magnetic separation as the main methods of enrichment. Exchange of experience on improving technology at the enterprise
  • Results of a large-scale modernization of the processing plant conveyors
  • Increase in the overhaul interval of processing equipment
  • Mill audits, material yield strength testing (when assessing the state of mills), ultrasonic flaw detection, non-destructive testing methods
  • Deep enrichment, improving the quality of concentrates, sinter, pellets, saving heat, coke, fluxes, improving the quality of concentrate
  • Obtaining high-quality concentrates: deep processing of raw materials
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HALL 2: WATER ON GOK

  • The practice of using horizontal drainage wells at facilities
  • Deposit dewatering system
  • Mine water treatment
  • The use of deep-lying aquifers for the injection of waters generated at enrichment and production facilities
  • Water consumption during enrichment, closed water supply cycle and its optimization
  • Influence of carbonic groundwater on the efficiency of well in-situ leaching

(Русский) Зал №3: Эффективное управление жизненным циклом основных производственных активов комбината. Импортозамещение

  • (Русский) От управления ремонтами к управлению активами через управление надежностью и рисками
  • (Русский) Жизненный цикл оборудования и его надежность. Эффективное управление жизненным циклом основных производственных активов комбината
  • (Русский) Стратегии и организация работ по обслуживанию и ремонту оборудования
  • (Русский) Планово-предупредительные ремонты, аварийные ремонты, капитальные ремонты
  • (Русский) Как обеспечить внеплановые ремонты для расшивки узких мест на фоне расширения производства
  • (Русский) Эволюция бизнес-процессов планирования. Нормативы на ТОиР и смета на ремонт и ТО

(Русский) Зал №3: Цифровизация управления процессами ТОиР

  • (Русский) Системы диагностики и мобильные технологии сбора данных, мониторинг технического состояния оборудования
  • (Русский) Автоматизация управления процессами ТОиР. АСУ ТОиР.
  • (Русский) Реверс-инжиниринг как альтернатива импортозамещению, цифровые двойники деталей, аддитивные технологии и предиктивная аналитика
  • (Русский) Классификация дефектов и их приоритезация. Приоритеты в ремонтных работах на агрегате
  • (Русский) Мотивация и целеполагание специалиста по надежности и бережливому производству
  • (Русский) Автоматизированный учет времени работы горнотранспортной техники без влияния человеческого фактора
  • (Русский) Организация процессов анализа, планирования, подготовки и проведения остановочного ремонта
  • (Русский) Корректирующее ТО после обнаружения неисправности
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(Русский) Зал №3: Технологии сервисного обслуживания производственного оборудования

  • (Русский) Мероприятия по устранению выявленных в ходе анализа остановочного ремонта проблем
  • (Русский) Восстановление дробилок и грохотов
  • (Русский) Металлическая и резино-металлическая футеровка мельниц
  • (Русский) Обеспечения мобильной работы персонала
  • (Русский) Техническое обслуживание и ремонт основного оборудования обогатительной фабрики
  • (Русский) Планирование ремонтных работ повышенной опасности
  • (Русский) Реверс-инжиниринг и аддитивные технологии на производстве
  • (Русский) Продление ходимости изнашиваемых элементов на ГОКе
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Day 3 Nº3

HALL 1: DIGITALIZATION. INFORMATION SYSTEMS FOR MANAGEMENT OF THE RAILWAY TRANSPORTATION COMPLEX IN QUARRY, UNMANNED TECHNOLOGIES

  • Digital twin of railway logistics, digitalization of the transportation process
  • Implementation of artificial intelligence systems in the transportation process in order to reduce operating costs
  • Reduction of operating costs for the maintenance of railway tracks and high wear and tear of fixed assets of the railway direction at enterprises
  • Lack of a unified center of competence in relation to technological railway tracks
  • The choice of ways to transport raw materials and finished products within the framework of intra-production logistics from the point of view of economic and technical and technological feasibility
  • Reduced operating costs for the maintenance of railway tracks
  • New designs of railway track elements for technological railway tracks

HALL 1: DIGITALIZATION. INFORMATION SYSTEMS FOR MANAGEMENT OF AUTOMOBILE TRANSPORT COMPLEX IN QUARRY, UNMANNED TECHNOLOGIES

  • Information systems for managing the automobile transport complex in quarries, unmanned technologies
  • Implementation of automated control systems for the mining and transport complex (ACS STC) in quarries
  • Simulation modeling of mining transport systems
  • Control and accounting of the quality and quantity of “raw material-product” flows (“mine” - “OF” - “Metal plant”), “smart” logistics of “raw material-product” flows, automatic reporting
  • Mining equipment dispatching system
  • Unmanned Transport Technology, Unmanned System for Mining Trucks
  • Implementation of comprehensive logistics optimization programs: reducing fuel consumption and increasing tire mileage, improving labor safety, reducing the cost of repairing and maintaining roads in a quarry.
  • Monitoring of intra-quarry roads
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HALL 2: FLOTATION ENRICHMENT METHOD

  • Processing of titanomagnetite ores
  • Intelligent system "Digital Advisor" in flotation
  • Increasing ways to extract a useful component
  • Flotation equipment to ensure maximum recovery of the useful component from the ore of the required quality
  • Processing of mineral natural and technogenic raw materials of non-ferrous metals

HALL 2: ENRICHMENT, ENRICHMENT, TAILS

  • Re-enrichment of sludge tailings
  • Reduction of Fe mg losses in tailings
  • Waste treatment solutions: re-extraction of apatity and baddeleyite from waste, reduction of tailings
  • Operation of the concentrate re-enrichment complex
  • Separate neutralization of liquid and solid fractions of tailings and consumption of reagents
  • Tailings thickening: flocculant consumption, pumping, lining, energy costs, tailings, stability of tailings dams
  • Thickening of fine tailings of gold-bearing ores
  • Technology of the automated process of dehydration of enrichment products
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HALL 2: DIGITALIZATION OF THE PROCESS

  • Intelligent simulation of the power consumption of the concentrator
  • Digital twin of processing plant processes
  • Processing of desulfurization tailings of roasting machines and digitalization
  • Intelligent control system and reduction of the human factor in the production of iron ore concentrate
  • smart mill
  • Intelligent tailing
  • Intelligent advisor system for automated control of the technological process of iron ore beneficiation
Registration

Audience of participants from industrial enterprises:

  • CEOs
  • Directors of Strategic Development
  • Technical Directors
  • IT directors
  • Directors of Transport and Logistics
  • MRO directors
  • Health and Safety Directors
  • Main concentrators
  • Chief miners
  • Chief Engineers
  • Main mechanics
  • Main power engineers

Audience of participants from enterprises – solution providers:

  • CEOs
  • Commercial directors
  • Development directors
  • Representative Directors

Author: admin

Conference plan

Registered and invited participants

Results of the last conference SEYMARTEC MINING - 2022
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Venue
June 20 - 22, 2023 | Hotel "Radisson Blu" | Chelyabinsk
454000, Russia, Chelyabinsk, Truda, 179
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