Geotechnical studies are the foundation for safe and effective design and implementation of civil, mining, and infrastructure projects. By identifying soil and rock engineering properties, analyzing subsurface behavior, evaluating geotechnical hazards, and proposing stabilization measures, these studies play a crucial role in reducing technical risks, optimizing costs, and increasing structural durability.
Specialized Services Offered
• Soil and rock drilling and sampling (UD, Cre, and Disturbed)
• Field and laboratory testing
• Geotechnical modeling and analysis (including slope stability, settlement, structural displacement, and liquefaction)
• Geotechnical design studies for structures (foundations, piles, retaining walls, and protective structures)
• Ground improvement studies (grouting, jet grouting, dynamic compaction, stone columns)
• Geotechnical studies and design for tunnels, dams, and underground spaces
Applications
• Civil projects: buildings, towers, bridges, tunnels, excavations, and dams
• Road projects: subgrade evaluation and improvement, slope and trench stability
• Infrastructure projects: power plants, pipelines, tanks, large industries, and critical facilities
• Mining projects: stability of open-pit mine slopes, underground space analysis
• Renewable energy: site assessment, ground stability, base design, and risk analysis for solar, wind, hydro, biomass, and geothermal projects
