Onshore and offshore drilling
We provide comprehensive drilling solutions for both onshore and offshore projects, covering exploration, production, and well monitoring. Our services include site assessment, drilling operations, equipment selection, safety management, and environmental compliance. By leveraging advanced technology and experienced personnel, we ensure efficient, safe, and cost-effective drilling operations in challenging terrestrial and marine environments.
Soil and rock laboratory testing
Our asphalt and binder testing services, performed according to ASTM standards, ensure the quality, performance, and durability of paving materials. We test properties such as penetration, softening point, viscosity, ductility, flash and fire points, binder grading, and Marshall stability of asphalt mixes. These tests help guarantee reliable pavement performance, optimized mix design, and long-lasting road and infrastructure construction.
Geological surveys including geological and geotechnical mapping
We conduct detailed geological and geotechnical surveys, including mapping of soil, rock formations, and subsurface conditions to support construction, mining, and infrastructure projects. Our surveys identify site-specific hazards, stratigraphy, and material properties, providing essential data for foundation design, slope stability, excavation planning, and safe project execution. Accurate mapping ensures informed decision-making and efficient, risk-managed development.
Interpretive reporting of field and laboratory test results
We provide detailed interpretive reports of field and laboratory test results, translating raw data into actionable insights for engineering, construction, and geotechnical projects. Our reports include analysis, conclusions, recommendations, and compliance verification with relevant standards, helping clients make informed decisions, optimize designs, and ensure project safety and efficiency.
Hydrological studies
We provide comprehensive hydrological studies to evaluate surface water and groundwater behavior, including flow analysis, flood risk assessment, water availability, and drainage planning. These studies support infrastructure design, water resource management, environmental compliance, and sustainable development by providing accurate data for decision-making and project planning.
Measurement of pore water pressure and groundwater level
We provide accurate measurement of pore water pressure and groundwater levels to assess soil stability, seepage conditions, and foundation performance. Using piezometers and monitoring wells, our services help evaluate the behavior of saturated soils, support slope stability analysis, and guide safe and efficient design and construction in geotechnical and civil engineering projects.
Measurement of settlement
We provide precise measurement of soil and structural settlement to monitor deformation and ensure stability of foundations, embankments, and structures. Using settlement gauges, inclinometers, and level surveys, our services help identify potential risks, evaluate construction performance, and guide design adjustments or remedial actions to maintain safety and long-term structural integrity.
Measurement of ground movement
We provide precise monitoring and measurement of ground movement to assess stability, detect deformations, and prevent structural failures. Using inclinometers, settlement markers, GPS, and other geotechnical instruments, our services help identify potential hazards, guide mitigation strategies, and ensure the safety and reliability of infrastructure and construction projects.
Measurement of pressure/ stress and strain
Accurate assessment of pressure, stress, and strain is critical for understanding the behavior of soils, rocks, and structural elements under load. Using specialized sensors, strain gauges, and load cells, these measurements provide vital data for structural analysis, foundation design, material testing, and performance evaluation, ensuring safety, durability, and reliability in engineering projects.
Investigation, monitoring and analysis for slope stability
Ensuring slope stability is vital for safe construction and infrastructure development. Comprehensive investigation, continuous monitoring, and detailed analysis of slopes allow identification of potential landslides, soil movements, and geotechnical risks. Using inclinometers, piezometers, and other instrumentation, data is collected and interpreted to guide design, mitigation measures, and long-term safety strategies.
CPT by Insitu Vane and Seismic Cone
Advanced in-situ testing techniques such as the vane shear test and seismic cone penetration test (CPT) provide detailed insight into soil strength, stratigraphy, and dynamic properties. These methods enable accurate assessment of shear strength, stiffness, and soil layering, supporting foundation design, slope stability analysis, and safe geotechnical engineering solutions.
Cone Penetration Test (Manual)
Manual cone penetration testing (CPT) provides direct, on-site evaluation of soil properties, including resistance, stratification, and consistency. By pushing a standardized cone into the ground and recording resistance values, this method delivers valuable data for foundation design, soil classification, and geotechnical analysis, ensuring safe and reliable construction planning.
Pressure meter Test
The pressure meter test evaluates in-situ soil stress-strain behavior and deformability under controlled loading. By expanding a cylindrical probe within a borehole, the test measures soil pressure, modulus, and strength parameters, providing essential data for foundation design, embankment stability, and geotechnical engineering analysis.
Plate Bearing Test
The plate bearing test assesses the load-bearing capacity and settlement characteristics of soil in the field. By applying a controlled load to a steel plate placed on the ground and measuring deformation, this test provides critical data for foundation design, pavement construction, and earthwork projects, ensuring stability and safe structural performance.
Down Hole Shear wave Velocity Test
We provide precise measurement of concrete coating and overlay thickness to ensure uniform application and compliance with design specifications. Using non-destructive techniques, our services help verify protective coatings, detect inconsistencies, and support quality control, maintenance planning, and long-term durability of concrete structures
