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We utilize cutting-edge technology and multidisciplinary expertise to locate and assess water resources efficiently.
- Surface Geophysics & Borehole Geophysical Surveys
Using electrical resistivity, seismic refraction, and electromagnetic techniques, we map subsurface structures to identify potential aquifers. Borehole logging further characterizes rock formations and water-bearing zones. - Hydrogeological & Hydrological Investigations
We assess groundwater flow patterns, recharge rates, and surface water interactions through field studies, pumping tests, and watershed analysis to ensure sustainable extraction. - GIS-Based Analysis & Remote Sensing Interpretation
Spatial data integration helps identify water sources, land use impacts, and recharge zones. Satellite imagery and drone surveys support large-scale hydrological assessments. - Groundwater Potential & Aquifer Recharge Mapping
By analyzing rainfall, soil permeability, and geological data, we pinpoint high-yield zones and design artificial recharge strategies to enhance water security. - Site Selection for Sustainable Water Development
Our evaluations consider environmental, social, and technical factors to recommend optimal locations for wells, dams, or infiltration systems.
We ensure wells are expertly designed, constructed, and tested for long-term performance.
- Groundwater Well Design & Specification
Custom designs for depth, casing, and screen placement based on aquifer properties, preventing contamination and optimizing yield. - Drilling Supervision & Contractor Oversight
On-site experts monitor drilling operations, ensuring adherence to technical standards, safety protocols, and environmental regulations. - Pumping Tests for Aquifer Performance
Constant-rate and variable-rate tests measure sustainable yield, drawdown effects, and hydraulic conductivity to size wells appropriately. - Step-Drawdown & Recovery Test Analysis
Evaluates well efficiency and identifies losses due to turbulence or clogging, guiding rehabilitation efforts. - Downhole Video Inspection & Well Logging
High-resolution cameras and sensors detect structural damage, biofouling, or sedimentation, informing maintenance needs.
Data-driven strategies for safeguarding water resources over time.
- Groundwater & Surface Water Level Monitoring
Automated sensors track seasonal fluctuations, over-extraction risks, and drought impacts for adaptive management. - Quantity & Quality Assessment
Comprehensive testing for contaminants (nitrates, heavy metals), salinity, and microbiological hazards ensures safe usage. - Long-Term Hydrological Monitoring Systems
Permanent installations provide continuous data on rainfall, evaporation, and flow rates to detect trends. - Real-Time Data Integration & Dashboard Setup
Cloud-based platforms visualize sensor data, enabling instant alerts and informed decision-making for stakeholders.
Advanced simulations to optimize planning and mitigate threats.
- Groundwater & Surface Water Flow Modeling
Predicts impacts of extraction, land-use changes, or climate shifts using MODFLOW, FEFLOW, or MIKE SHE software. - Aquifer Storage & Recovery (ASR) Feasibility Simulations
Tests artificial recharge viability, including injection rates, water quality interactions, and storage capacity. - Flood Hazard Mapping & Predictive Modeling
Identifies high-risk zones using historical data and climate projections, supporting infrastructure resilience. - Water Balance Studies & Climate Resilience Planning
Quantifies supply/demand gaps under drought scenarios and designs adaptation strategies (e.g., rainwater harvesting). - Offshore Fresh Groundwater Modeling
Assesses submarine freshwater reserves for coastal or island communities facing saltwater intrusion.