Seymartec mining. Mining Production Efficiency – 2023

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5 +
Speakers
150 +
Delegates
350 +
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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
Application of systems with self-caving ore

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
Overall effectiveness of the digital transformation strategy of a mining holding
Application of artificial intelligence in the mining industry
Digitalization of underground surveying works
Unmanned technologies, robotization
Digital GOK, digital twin of a quarry, system of digital advisers
Dispatching and operational control systems
MES, ERP, electronic document management

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
Reconstruction of the factory without stopping production, introduction of an automated process control system
Reduction of wastes from the enrichment process, their use
Efficient methods for processing, transporting and storing waste rock after processing

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
(Русский) Предиктивные технологии в ТОиР
(Русский) Системы для комплексной автоматизации процессов ТОиР в части паспортизации и контроля технического состояния, эксплуатации и управления ремонтами производственного оборудования и техники
(Русский) Импортозамещение ТОиР: как управлять производственными активами с помощью российского ПО
(Русский) Аудит системы ТОиР

(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
(Русский) Профилактическое обслуживание по фактическому техническому состоянию
(Русский) Снижение простоев до нуля. Производственные практики
(Русский) Полное сервисное обслуживание оборудования
(Русский) Общие инструменты обеспечения надёжности: диагностика, визуализация, аудит

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
Automated positioning system for miners and vehicles in an underground mine
Tires: condition monitoring, replacement planning, statistics and analytics, tire accident prevention, cost accounting for maintaining a working tire fund, purchase cost forecast
Increase in the average technical speed of transport and tire mileage
Reduced specific fuel consumption
Unmanned vehicles on the gok
The use of machine vision in transport
Predictive analytics methods for organizing supply chains

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
Improvement of tailing pulp storage technology, dumping

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