Optimize your plant. Reduce losses. Increase your profitability.

Optimization of Mineral Processing Plants

From mine sampling to comprehensive improvement of processing plants.

Our metallurgical optimization services cover all stages of the process, from initial mineral analysis in the mine to technical diagnosis and improvement of each unit stage in the plant.

We apply a data-driven methodology, pilot testing, and metallurgical analysis to identify bottlenecks, reduce losses, and increase recovery efficiency.

We adapt to different types of processes: flotation, leaching, gravity concentration, thickening, among others.

Each solution is designed to improve productivity, increase metallurgical recovery, reduce energy consumption, and achieve high standards of efficiency and sustainability.


Metallurgical Optimization Services

Plant Design and Evaluation

  • Definition of metallurgical design parameters
  • Plant expansion and scaling studies
  • Evaluation of mine-plant interfaces (including transportation and crushing)


Process Modeling and Diagnosis

  • Dynamic modeling of grinding, flotation, leaching or thickening circuits
  • Bottleneck analysis and operational efficiency


Technical-Economic Analysis

  • CAPEX and OPEX cost estimation
  • Cost-benefit analysis of new technologies or improvements


Equipment Selection and Parameter Optimization

  • Equipment sizing according to mineral type and desired performance
  • Fine tuning of operational parameters (pH, times, dosage, etc.)


Management Control and Validation

  • Metal accounting audits and metallurgical reconciliation
  • Implementation of metallurgical KPIs and technical control dashboards


Metallurgical Process Optimization Methodology

We support you from mineral analysis to the implementation of improvements with real impact on the plant. We apply a structured methodology based on data, testing, and technical design to ensure sustainable and measurable results.

Sampling and Mineral Characterization

Representative analysis from the mine to understand metallurgical behavior.

Diagnosis of Existing Processes

Technical evaluation of the plant to detect inefficiencies and critical points in the process.

Metallurgical Optimization Tests

Laboratory and pilot plant tests that validate real opportunities for improvement.

Design of Comprehensive Solutions

Circuit reengineering, parameter tuning, modeling and simulation.

Technical Support and Results Control

Implementation of improvements with monitoring of technical and economic KPIs.

Key benefits

  • 📈 Increased metallurgical recovery
  • 💸 Reduction in costs per ton processed
  • ♻️ Improved energy efficiency and water use
  • ⚙️ Technical validation based on real-world data and testing
  • 🧪 Solutions tailored to each type of mineral and plant

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