Advanced engineering and analytics solutions designed to optimize performance across mining, metals, and mineral processing plants.
Metals, mining, and mineral processing operations must deliver higher throughput, better recovery, lower energy consumption, and reliable plant performance under changing feed and operating conditions. From mine operations and ore handling to crushing, grinding, beneficiation, smelting, refining, and steel production, every process stage depends on stable equipment, optimized flow, and data-driven decision-making.
Experiqs supports mining companies, metals producers, mineral processing plants, OEMs, EPC teams, and industrial operators with advanced engineering solutions using CFD simulation, FEA analysis, process modelling, bulk material flow studies, thermal analysis, AI/ML, digital twins, and plant performance optimization.
resilience and profitability.
Experiqs supports this transformation with simulation-led engineering, digital twins, AI/ML-driven industrial modelling, process optimization, and Industry 4.0-enabling solutions. We combine physics-based engineering with plant data and operational intelligence to help industrial teams improve throughput, recovery, energy performance, reliability, and decision-making across critical systems and process sections. This keeps the page aligned to Experiqs’ core capability stack while making the message more market-facing and sector-specific.
Metals, mining, and mineral processing plants often struggle with feed variability, process bottlenecks, unstable throughput, low recovery, high energy consumption, excessive wear, dust generation, unplanned downtime, and limited real-time process visibility. High-temperature operations also face thermal imbalance, refractory stress, off-gas inefficiency, fuel losses, and equipment reliability risks.
Experiqs helps solve these challenges through CFD simulation, FEA analysis, process modelling, multiphysics simulation, reliability engineering, AI/ML models, and digital twin development. Our approach helps teams improve throughput, recovery, energy efficiency, equipment life, safety, and operational decision-making across critical plant systems.
Bottleneck Analysis: Studying process constraints across crushing, grinding, classification, beneficiation, smelting, and refining operations.
Throughput Improvement: Improving line balance, material movement, equipment utilization, and process stability for higher production.
Operating Condition Optimization: Evaluating process behaviour across changing feed, load, temperature, flow, and equipment conditions.
Crusher & Mill Performance Analysis: Evaluating flow behaviour, wear zones, loading patterns, and operating limitations.
Classification Efficiency Improvement: Improving cyclone, screen, and separator performance for better particle size control.
Specific Energy Reduction: Identifying opportunities to reduce power consumption while maintaining required product quality.
Flotation & Separation Studies: Evaluating slurry flow, residence time, mixing, air distribution, and recovery performance.
Feed Variability Management: Understanding how ore variability affects grade, recovery, reagent use, and downstream process stability.
Recovery Optimization: Supporting process changes that improve mineral recovery, yield, and product consistency.
Slurry Flow CFD: Simulating solid-liquid flow behaviour, velocity distribution, settling risk, and pressure drop.
Pipeline & Pumping Analysis: Evaluating flow rate, hydraulic losses, pump performance, and operating stability.
Erosion & Wear Prediction: Identifying high-wear zones in bends, pumps, valves, chutes, pipelines, and process equipment.
Chute, Hopper & Conveyor Flow Analysis: Studying bulk material movement, blockage risk, segregation, and impact zones.
Dust & Spillage Reduction: Identifying flow paths and transfer issues that contribute to dust generation, spillage, and material loss.
Transfer Point Optimization: Improving material flow, reducing wear, and increasing reliability in handling systems.
Furnace, Kiln & Roaster Analysis: Evaluating temperature distribution, heat transfer, combustion behaviour, and thermal efficiency.
Refractory & Thermal Stress Studies: Assessing thermal gradients, refractory stress, hot spots, and structural durability.
Fuel & Energy Optimization: Improving combustion efficiency, heat utilization, and specific fuel consumption.
Stress & Deformation Analysis: Assessing crushers, mills, chutes, tanks, ducts, frames, supports, vessels, and rotating equipment.
Fatigue & Life Assessment: Studying cyclic loads, vibration, impact forces, thermal stress, and long-term durability.
Design Strengthening: Identifying weak regions and improving equipment reliability without unnecessary overdesign.
Ventilation CFD: Simulating airflow in process buildings, underground areas, equipment zones, and enclosed plant spaces.
Dust Dispersion Analysis: Studying dust generation, movement, extraction effectiveness, and exposure risk zones.
Off-Gas & Duct Flow Optimization: Improving gas flow distribution, pressure drop, heat transfer, and emission control system performance.
Failure Investigation: Identifying root causes of equipment failure, wear, vibration, overheating, or process instability.
Predictive Maintenance Support: Using simulation and data models to detect early signs of degradation and maintenance risk.
Downtime Reduction: Supporting reliability improvements for mills, crushers, conveyors, kilns, furnaces, pumps, fans, blowers, ducts, and utility systems.
Process Digital Twins: Creating physics-based and hybrid models for plant sections, assets, utilities, and critical process units.
AI/ML Industrial Modelling: Building soft sensors, anomaly detection models, forecasting tools, and optimization algorithms.
Plant Decision Support: Converting plant data into actionable insights for operations, maintenance, production, and leadership teams.
Our expertise is applied in diverse sectors, including:
By working with Experiqs, metals, mining, and mineral processing teams gain higher throughput, improved recovery, reduced energy consumption, better process stability, lower wear, stronger equipment reliability, and faster root cause identification.
Our simulation-led and data-driven engineering approach helps reduce unplanned downtime, improve plant efficiency, support decarbonization goals, strengthen operational visibility, and scale digital transformation from pilot studies to plant-wide performance improvement.
Partner with Experiqs to transform complex ideas into validated, industry-ready engineering solutions
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Whether you’re exploring a new R&D initiative, seeking advanced simulations, planning experimental validation, or evaluating product feasibility—our experts are ready to assist you.
Whether you’re exploring a new R&D initiative, seeking advanced simulations, planning experimental validation, or evaluating product feasibility—our experts are ready to assist you.
