Geotechnical drilling characterizes the rock mass, ensuring the stability of slopes, tunnels, and tailings deposits by obtaining essential samples for designing safe mining excavations
Comprehensive engineering and optimization solutions for major projects and processes within the national and international mining industry.
Our team of experts, established since 2012, specializes in geological, geotechnical, and mining engineering, ensuring superior technical proficiency at every stage of the project
We strive for the perfect balance between safety and cost-efficiency, applying continuous improvement criteria and strict adherence to current regulatory frameworks to maximize the profitability of your mining investment.
We provide critical knowledge transfer through training in industry-leading software such as Rocscience, Leapfrog, and MineSight, optimizing the performance of technical teams.
Ageommining stands out as a national leader due to our participation in large-scale mining projects, always operating under an ethical culture of professionalism and social responsibility.
We are a multidisciplinary technical team specialized in strategic planning and comprehensive operational control of mining processes. Our scope ranges from critical initial exploration stages to the execution of advanced technical operations, always ensuring resource optimization and high safety standards under current regulations
We build trust-based relationships through measurable results that strengthen operational integrity and contribute to the technical and economic sustainability of our clients. We foster long-term partnerships sustained by verifiable outcomes, safeguarding operational stability while providing efficiency and management control.
We offer comprehensive consulting and technical management solutions for the mining industry. Our approach combines technological precision with years of operational experience to ensure the functional and financial viability of every project, from exploration to execution.
Detailed evaluation of mining projects, short, medium,
and long-term design and planning, along with topographic
surveys and leach pad design.
Our team of experts, established since 2012, provides
comprehensive solutions for both surface and underground
mining planning and operation. We focus on achieving the
optimal balance between operational safety and economic
profitability, applying high levels of technical skill in
the evaluation of national and international mining
projects. Our scope ranges from initial pre-feasibility
studies to advanced management of critical infrastructure
and technical personnel training.
Focus on 2D and 3D stability analysis, pre-feasibility and
feasibility geotechnical modeling, as well as specialized
instrumentation and monitoring in surface and underground
mines.
We implement an integrated geomechanical methodology that combines structural and geotechnical field surveys with specialized rock mechanics laboratory testing. This integration allows us to determine and calibrate representative design parameters of the rock mass (UCS, deformation modulus, GSI, RMR, Q, among others), reducing geotechnical uncertainty. Based on the correlation between observed behavior in excavations and laboratory results, we adjust support criteria and fortification schemes according to real ground conditions, optimizing stability, deformation control, and operational efficiency.
Generation of 3D geological models, resource estimation
through block modeling, and execution of drilling
campaigns with high-precision lithological and structural
logging.
We provide high-precision geological services focused on generating 3D models that facilitate strategic decision-making. Our methodology includes everything from lithological and structural mapping in the field to advanced resource estimation using block modeling. We specialize in transparent and validated database management, allowing for rigorous ore control and accurate interpretation of exploration targets.
Regional and local studies including hydrological
balances, pumping tests, numerical modeling, and design of
water management strategies in mining
environments.
We develop regional and local hydrogeological studies designed to manage water resources efficiently and sustainably in the mining environment. Our technical capacity allows us to perform everything from complex hydrological balances to numerical aquifer modeling to predict operational impact. We offer comprehensive solutions in well design, construction, and maintenance, always ensuring compliance with the physical-chemical and water parameters required by regulations.
Application of geophysics for groundwater exploration,
soil analysis, terrestrial and aerial magnetometry, and
advanced downhole camera inspection.
We apply cutting-edge geophysical methods for non-invasive resource prospecting and technical subsurface characterization. Our experience covers groundwater exploration, aerial and terrestrial magnetometry, and the application of geophysics oriented toward geotechnics. Through the rigorous interpretation of seismic and ground-penetrating radar (GPR) data, we provide critical information about ground structure, optimizing safety in the construction of mining infrastructure.
We explore the latest advancements in geological and mining engineering, sharing key experiences from our field projects and specialized training programs in industry-leading software.
Geotechnical drilling characterizes the rock mass, ensuring the stability of slopes, tunnels, and tailings deposits by obtaining essential samples for designing safe mining excavations
Our training strengthens technical competencies in the use of geomechanical software and mining technologies. We transfer knowledge regarding data interpretation and advanced monitoring to reduce operational risks.
We implement technology for capturing precise geospatial data, essential for the detailed control of mining works. We utilize total stations and GPS to ensure infrastructure accuracy.
A strategic process that ensures safety and efficiency in mining operations, particularly underground. It integrates visual inspection, advanced instrumentation, and technical analysis to guarantee operational continuity.
Technical visits are crucial for direct field supervision, auditing adherence to original geomechanical designs. They facilitate the early identification of structural risks and the validation of protocols.
