International forum
June 29 – 30, 2027
|
Republic of Kazakhstan
|
Astana

Seymartec Energy CIS. Energy supply and energy efficiency in the mining and metallurgy, energy, and oil and gas sectors CIS – 2027

Program

Day Nº1

Hall 1. Session 1. Energy Infrastructure Development Strategy for Industrial Conglomerates: Best Practices Sharing

  • Integrating Renewable Energy Sources into Industrial Plant Power Systems.
  • Leveraging End-to-End Analytics and Big Data to Optimize Corporate-Wide Energy Consumption.
  • Managing Energy Efficiency and Power Supply Reliability Across Geographically Distributed Industrial Assets.
  • Implementing Long-Term Capital Investment Programs for Decarbonization and Carbon Footprint Reduction.
  • Optimizing Corporate Energy Mix and Tariff Management Under Volatile Market Conditions.
  • Digitalizing Centralized Energy Management Processes Across Large Industrial Groups.
  • Deploying Energy Service Performance Contracts (ESPC) as a Capital-Light Modernization Tool.
  • Comprehensive Vendor Platform Solutions for Automated Energy Submetering and Distribution.

Hall 1. Session 2. Environmental Sustainability, Recycled Metallurgy, and Slag Utilization

  • Implementing Capital Investment Programs for the Processing and Utilization of Legacy Metallurgical Slag.
  • Recovering Energy and Thermal Potential from Hot Blast Furnace and Basic Oxygen Furnace (BOF) Slags.
  • Deploying Innovative Technologies and Biological Methods for Advanced Quarry and Mine Water Treatment.
  • Treating Industrial Effluents from Gold Cyanidation Plants with Zero Liquid Discharge (ZLD) Recirculation into the Process Flow.
  • Establishing Fully Closed-Loop Water Recycling Systems for Hydrometallurgical Plants.
  • Automating Acid and Mineralized Effluent Neutralization and Chemical Treatment Facilities.
  • Mitigating Corporate Environmental Impact While Maximizing Resource Conservation.
  • Slag Granulation Equipment, Membrane Wastewater Treatment Systems, and Automated Monitoring Stations

Hall 1. Session 3. Modernization of Pumping Stations and Water Recycling Systems

  • Hydrodynamic Optimization of Impellers and Flow-Passage Geometry Retrofitting for Heavy-Duty Pumps.
  • Applying Wear-Resistant and Polymer Protective Coatings for Cavitation and Scale Mitigation.
  • Eliminating Inefficient Throttling by Retrofitting Mainline Pumps with Variable Frequency Drives (VFD).
  • Automating Closed-Loop Water Recirculation Systems with Continuous Water Quality and Composition Monitoring.
  • Mitigating Hydraulic Losses in Geographically Branched Mainline Water Recycling Networks.
  • Automating Optimal Pressure Control and Stabilization in Industrial Water Distribution Networks.
  • Enhancing the Overall Reliability of Pumping Units in Main Mine Dewatering and Tailings Management Facilities.
  • High-Efficiency Pumping Equipment, Medium-Voltage VFDs, and Automated Water Quality Monitoring Stations.

Hall 1. Session 4. Condensate Recovery, Steam Utilization, and Network Thermal Insulation

  • Implementing Automated, Closed-Loop Pressurized Systems for High-Temperature Condensate Recovery and Return.
  • Reducing Demineralized Water and Thermal Energy Losses via Condensate Return to Boiler Houses.
  • Enhancing Steam Pipeline Energy Efficiency Through Advanced Thermal Insulation Materials.
  • Modernizing Steam and Condensate Systems in Corporate Heat-Treating, Forging, and Press Shops.
  • Optimizing Steam Trap Performance and Automating Steam Supply Management Modes.
  • Assessing the Technical Condition of Thermal Insulation on Extended Inter-Plant Steam Pipe Racks.
  • Utilizing Pressure Reducing and Desuperheating Stations (PRDS) to Optimize Downstream Steam Parameters.
  • Closed-Loop Condensate Recovery Stations, High-Efficiency Steam Traps, and Vendor Insulation Solutions.

Hall 2. Session 2. Cogeneration and Effective Waste Heat Recovery

  • Modernizing Boiler Infrastructure and Constructing High-Capacity Digital Boiler Units.
  • Implementing Trigeneration Systems Leveraging Absorption Chillers for Air Conditioning and Process Cooling.
  • Enhancing the Overall Efficiency of On-Site Corporate CHP Plants Based on Cogeneration Units.
  • Recovering Low-Grade Waste Heat from Process Furnaces and Compressor Stations.
  • Optimizing Thermal Energy Distribution and Minimizing Waste Heat Rejection via Cooling Towers During Summer.
  • Automating Distributed Generation Control Systems and Grid-Tied Parallel Operation.
  • Case Studies of Packaging and Deploying Modular Block Cogeneration Complexes at Energy-Intensive Facilities.
  • Gas Generator Sets, Absorption Chillers, and Vendor Heat-Exchange Equipment

Hall 2. Session 3. Energy-Efficient Industrial HVAC and Plant Heating: Modernization of Thermal Complexes and Secondary Energy Resource Recovery

  • Implementing Infrared and Radiant Zone Heating Systems in High-Bay Industrial Facilities.
  • Deploying General Ventilation Systems with Air Recirculation and Clean Air Heat Recovery.
  • Modernizing Supply and Exhaust Air Handling Units in Foundry and Smelting Bays.
  • Shaving Peak Heating Loads for Production and Administrative Buildings During the Winter Season.
  • Infrared Radiant Heaters, Heat Recovery Air Handling Units, and Automated Zone-Based Climate Control Systems.
  • Revamping Heat-Treating and Coke-Chemical Facilities to Reduce Specific Energy Intensity.
  • Deploying Advanced High-Efficiency Insulation Materials to Minimize Furnace Thermal Losses.
  • Waste Heat Recovery and Flue Gas Recuperation in Smelting and Heat-Treating Shops.
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Hall 2. Session 4. Transition to Energy-Efficient Induction Motors

  • Phased Transition of Induced Draft Fans, Blowers, and Conveyor Drives to Premium Efficiency Motors.
  • Modernizing Drive Systems for Mine Dewatering Auxiliary Equipment and Material Conveyors.
  • Ensuring Operational Reliability of Electric Motors Under Harsh, Dusty, and Corrosive Environments.
  • Feasibility Study and ROI Analysis for Large-Scale Motor Retrofit Programs Across Corporate Facilities.
  • Deploying Soft Starters and Control Cabinets for Heavy-Duty Induction Machines.
  • Optimizing Energy Consumption of Pumping and Conveyor Units via Electric Drive Modernization.
  • Utilizing Advanced Thermal and Analytical Monitoring Systems for Motor Winding Insulation Condition.
  • Severe-Duty Induction Motors, Soft Starters, and High-Efficiency Gearboxes from Vendors.

Day Nº2

Hall 1. Session 1. Enhancing Power Grid Reliability and Power Quality

  • Reducing Energy Losses in General-Purpose Distribution Networks.
  • Phased Replacement and Modernization Programs for Legacy Shop-Floor Transformer Equipment.
  • Upgrading the Energy Efficiency Class of Plant-Wide Distribution and Transformer Equipment.
  • Optimizing Loading Schedules of High-Voltage Step-Down Substations to Reduce No-Load Losses.
  • Enhancing the Throughput Capacity and Reliability of In-Plant Power Transmission Lines.
  • Automating Relay Protection and Telemetry Systems for Substation Power Circuits.
  • Comprehensive Auditing of Actual Energy Losses in Heavy Industry Distribution Networks.
  • Vendor Equipment for Constructing Reliable Shop-Floor Substation and Switchgear Systems.

Hall 1. Session 2. Deploying Submetering Systems (ASTUE) and Shop-Floor Energy Management

  • Deploying Full-Scale Automated Submetering and Technical Energy Accounting Systems (ASTUE).
  • Eliminating Unbalances and Non-Target Losses of Process Gases, Steam, and Electricity.
  • Developing End-to-End Digital Models and Shop-Floor Energy Allocation Accounts.
  • Integrating Process Control Systems (ICS) of Production Lines with Manufacturing Execution Systems (MES) for Energy Management.
  • Enhancing Energy Consumption Transparency at the Shop-Floor, Production-Area, and Unit Levels.
  • Synchronizing Submetering Data with Corporate Enterprise Resource Planning (ERP) Platforms.
  • Real-Time Hourly Modeling and Forecasting of Plant-Wide Energy Balance.
  • Software, Smart Controllers, and Vendor Instrumentation for Building Submetering and ASTUE Systems.

Hall 1. Session 3. Industrial Energy Storage Systems and Peak Shaving

  • Utilizing Heavy-Duty Industrial Energy Storage Systems (ESS) for Peak Load Mitigation.
  • Reducing Capital Outlays and Penalties for Exceeding Coincident Peak Demand Charges.
  • Smoothing Load Profiles of Large Energy-Intensive Units Using Energy Storage Systems.
  • Leveraging Industrial ESS for Voltage Stabilization in Local Shop-Floor Power Grids.
  • Automating Power Distribution Management Across Plant Networks During Peak Demand Modes.
  • Integrating Utility-Scale Energy Storage into Distribution Grids of Mining and Metallurgical Assets.
  • Feasibility Study and Economic Efficiency Analysis of ESS Deployment Across Various Industries.
  • Scalable Containerized and Battery Solutions from Vendors for Demand Side Management and Peak Shaving.

Hall 1. Session 4. Optimization of Dust Collection and Gas Cleaning Systems in Heavy Industry

  • Implementing Automated VFD Control for Dust Collection Exhaust Fans Matched to Production Cycles.
  • Reducing Aerodynamic Resistance in Filtration Equipment and Optimizing Induced Draft (ID) Fan Power.
  • Modernizing Baghouses and Pulse-Jet Compressed Air Cleaning Systems.
  • Constructing and Modernizing Gas Processing Complexes for Deep Off-Gas Recovery and Utilization.
  • Automating Emissions Monitoring and Technical Condition Tracking for Gas Cleaning Equipment.
  • Utilizing Corrosion-Resistant and Wear-Resistant Materials in Dust Collection System Components.
  • Minimizing Non-Productive Energy Consumption Required to Meet Environmental Compliance Standards.
  • Industrial Filtration Units, ID Fans, and Automated Control Valves from Vendors.

Hall 2. Session 1. Digital Transformation of Melting Units and Electric Arc Furnaces (EAF)

  • Reducing Specific Power and Material Consumption in Steelmaking Units.
  • Deploying Automation and Artificial Intelligence Systems to Optimize Heat Melting Modes.
  • Intelligent Arc Phase and Power Regulation During Melting to Maximize Efficiency.
  • Automating Comprehensive Thermal Balance Monitoring Systems for Melting Units and Electric Arc Furnaces.
  • Implementing Predictive Analytics to Prevent Unscheduled Downtime and Failures in High-Capacity Melting Units.
  • Minimizing Material Oxidation and Yield Losses Through Advanced Process Control Systems.
  • Optimizing Furnace Power Profiles Across Diverse Stages of the Operational Cycle.
  • Turnkey Vendor Solutions and Software Suites for Melting Equipment Modernization.

Hall 2. Session 2. Energy Independence and Microgrid Deployment at Remote Mining Sites

  • Designing and Deploying Isolated Power Supply Systems (Microgrids) for Remote Assets.
  • Integrating Alternative Energy Sources into Autonomous Industrial Power Grids.
  • Ensuring Uninterrupted Power Supply for Processing Plants and Open-Pit Mining Complexes under Harsh Climatic Conditions.
  • Utilizing Hybrid Energy Systems Powered by Multiple Generation Sources at Remote Industrial Facilities.
  • Automating Power Allocation and Dispatch in Isolated Grids During Energy Deficits.
  • Capacity Reservation and Peak Load Management in Autonomous Distributed Grids.
  • Reducing the Reliance of Remote Production Facilities on External Utilities and Grid Transmission Lines.
  • Modular and Packaged Vendor Engineering Solutions for Deploying Hybrid Autonomous Generation.

Hall 2. Session 3. Digital Predictive Maintenance (PdM) for Power Equipment: Optimization of Compressor Systems and Compressed Air Networks

  • Implementing Online Condition Monitoring and Vibration Analysis Systems for Power Assets.
  • Leveraging Artificial Intelligence Algorithms to Predict Electrical Power Equipment Failures.
  • Assessing the Remaining Useful Life (RUL) of In-Service Transformers and Heavy-Duty Electric Motors.
  • Transitioning from Calendar-Based Preventive Maintenance to Condition-Based Maintenance (CBM).
  • Vendor IoT Platforms, Wireless Sensors, and Intelligent Diagnostic Equipment.
  • Localizing Compressor Capacity and Decentralizing Geographically Branched Compressed Air Networks.
  • Deploying Variable Frequency Drives (VFD) and Automation Systems on Heavy-Duty Compressor Units.
  • Utilizing Advanced Methods for Real-Time Detection, Localization, and Mapping of Compressed Air Leaks.
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Hall 2. Session 4. Harmonic Mitigation and Power Quality Assurance

  • Suppressing and Filtering Total Harmonic Distortion (THD) Generated by Heavy-Duty Variable Frequency Drives.
  • Protecting Sensitive Industrial Control System (ICS) Electronics from Power Grid Distortions and Noise.
  • Utilizing Fast-Acting Static Var Compensators (SVC) for Phase Imbalance Elimination and Voltage Fluctuations Mitigation.
  • Ensuring Equipment Electromagnetic Compatibility (EMC) in Harsh Operating Environments with High-Capacity Arc Units.
  • Eliminating Voltage Flicker and Stabilizing Busway Voltage at Distribution Substations.
  • Deploying Active and Passive Harmonic Filters and Shunt Capacitor Banks across Shop-Floor Electrical Grids.
  • Continuous Instrumental Power Quality Monitoring Compliant with Industry Standards.
  • Active Harmonic Filters (AHF), Static Compensators (STATCOM), and Network Power Quality Analyzers from Vendors.
Registration

Participants from industrial enterprises:

  • Chief Power Engineers
  • Chief Engineers
  • Heads of Energy Efficiency and Energy Saving Departments
  • Heads of Energy and Automation Departments
  • Heads of Technical Development Directorates
  • Operating Directors
  • Heads of Energy Efficiency and Modernization Departments of Energy Complexes
  • Chief Specialists in Energy Supply Reliability Analysis
  • Heads of Energy Departments
  • Directors of Production Support
  • Directors of the Energy Service

Registered and invited participants

Results of the last conference Seymartec Energy 2026
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Venue
June 29 – 30, 2027 | Republic of Kazakhstan | Astana
Astana
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