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Mineral Exploration

At CRS Engineering, we transform geological knowledge into strategic decisions.

We transform geological knowledge into strategic decisions. Our team combines experience, technology and a modern vision of exploration to offer precise, agile and results-oriented solutions. We are the technical partner that drives trust and minimizes uncertainty in every phase of the project.

Within the field of mining exploration, the following activities are carried out:

Research Campaign Planning

  • We design research campaigns adapted to the geological particularities of each project, defining clear objectives, optimal methodologies and efficient work sequences. Our planning integrates technical, logistical and economic criteria to ensure that each exploration phase provides real value and reduces uncertainty, guaranteeing a safe, orderly development with verifiable results that allow safe progress towards the next phases.

Exploration QA/QC

  • Our QA/QC guarantees safe, orderly development with verifiable results. Reducing errors, optimizing processes and guaranteeing solid information for subsequent studies, ensuring decisions based on accurate data.

Mining Exploration and Research

  • We identify and evaluate opportunities with a global and rigorous vision. We combine geology, geochemistry and geophysics to offer a complete characterization of the subsurface, providing a robust technical basis that helps determine the true potential of the resource and helps make strategic decisions.

Geological Studies and Cartography

  • We carry out precise geological studies and high-quality cartography that allow us to understand the behavior of the terrain and guide exploration and engineering work. Taking data on the ground and the geological cartography generated is an essential tool to guide exploration, engineering or territory management work.

Advanced Structural Geology

  • We analyze in depth the deformation of the rock mass by studying faults, fractures, folds and tectonic systems. This information is essential to predict the distribution of mineralization, evaluate geomechanical conditions and design exploration or exploitation strategies that reduce operational risks and optimize results.

Geochemical Prospecting

  • We detect anomalies that make the difference
  • We implement geochemical prospecting programs focused on detecting anomalies that may indicate mineralization on the surface or at depth. Through systematic sampling and advanced chemical analysis, we generate spatial models that allow us to delimit areas of interest, prioritize objectives and optimize exploration efforts towards areas with the greatest mineral potential.

2D and 3D Seismic Interpretation

  • We turn seismic data into clear, actionable knowledge.
  • The analysis of 2D sections and 3D volumes allows the identification of lithological contacts, deep structures and areas likely to host resources, providing a solid technical basis for geological models that improve planning precision and minimize uncertainties when making investment decisions.

Drilling Control and Interpretation

  • We monitor and analyse drilling campaigns to extract the maximum value from every metre drilled. The lithological, structural and mineralogical description, integrated with geotechnical and geochemical data, makes it possible to generate coherent geological models that define the continuity and quality of the resource and are geared towards decision-making.

Exploration Data Analysis

  • We integrate and process large volumes of information using advanced analysis and modeling techniques. This analysis allows you to validate results, reveal non-obvious patterns and build predictive models that increase the efficiency and reliability of the project and drive safe and rapid decision-making.

Artificial Intelligence (Machine Learning)

  • We develop mineral prospectivity maps from geoscience databases using advanced machine learning techniques. We integrate and pre-process heterogeneous information (geophysics, geology, geochemistry, mineralogical indices, etc.), from which our models capture non-linear relationships to identify complex patterns associated with mineralisation and ultimately generate robust predictions for metallic or non-metallic substances.
  • These predictions, which incorporate the quantification of uncertainty, support decision-making with solid analytical support, which is key when planning exploration work and attracting potential investors.

Reservoir Modeling

  • We develop accurate 3D deposit models that represent the geometry, distribution and variability of the ore. Our models make it possible to estimate resources, visualise scenarios and plan mining strategies with a high level of precision and with a comprehensive view of the deposit.

Mineral Resources Evaluation

  • We quantify resources with international standards and technical rigor (quantifying volumes and qualities of the mineral with different levels of certainty). Our estimates combine geology, geostatistics and economic criteria, offering a rigorous basis for project viability and decision making, providing clarity and confidence to the project.