Our Services

Specialties

Geotechnical projects for pit slopes, tailings and waste rock disposal structures, construction supervision, inspection and monitoring.

Water availability assessment, water and mass management plan, drainage projects, hydrological/hydraulic projects for water and tailings dams.

Development of models and technical details for earthworks and underground works, including quantity surveys and cost estimates to support execution.

Studies and analyses to define slope angles for pit excavation;
Development of 3D geomechanical models;
Monitoring and supervision of works;
Geotechnical assessment for studies of masses and dam foundations, waste rock piles, tailings, and industrial waste;
Geotechnical design of earth/tailings/waste masses with stability and percolation analysis;
Location assessments of mine structures;
Earthworks projects;
Underground works projects;
Geological-geotechnical characterization for industrial areas’ foundations;
Studies and projects for hazardous waste disposal;
Location studies for better use of tailings, waste rock, and industrial waste disposal, including scheduling, monitoring, inspection, and execution of geotechnical field and laboratory investigations and tests;
Inventory of springs, registration and measurement of flow, and monitoring of water levels in wells;
Quantitative surveys for earthworks and rockfill, covering the various stages of project execution;
Geotechnical monitoring.

Assessment of surface and groundwater availability;
Water use rights permits;
Water management plans and master plans;
Water and mass balances (tailings dams);
Hydrometric monitoring;
Design and dimensioning of surface drainage systems;
Pit dewatering studies;
Various hydraulic dimensioning;
Pumping studies;
River hydraulics studies;
Hydrological/hydraulic studies and projects for reservoirs, dams, and piles;
Development of projects for implementing databases in multidisciplinary activities;
Development of stochastic simulation models (GoldSim);
Development of CFD (Computational Fluid Dynamics) models.