Geological Survey and Point Scanning help identify scientifically suitable drilling locations by analyzing subsurface geological formations and groundwater potential. Borewell failures often occur due to random drilling without understanding lithology, fractures, or aquifer conditions.
Our service begins with a detailed review of regional geology, followed by on-site surveys and geophysical point scanning techniques. By interpreting subsurface conditions accurately, we recommend optimal drilling points with improved probability of groundwater success. This reduces financial risk, prevents unnecessary drilling, and ensures informed groundwater development decisions for farmers, developers, and institutions.
We review geological maps, topography, drainage patterns, lithology, and regional hydrogeological data to understand surface subsurface conditions.
Our team conducts on-site inspections, geological observations, well inventory surveys, and point scanning using appropriate geophysical techniques to gather accurate ground-level data.
Collected geological and geophysical data are analyzed to identify fracture zones, weathered formations, and aquifer-bearing strata suitable for drilling.
We provide a structured technical report with scientifically recommended drilling locations, depth suggestions, and guidance to reduce borewell failure risk.
Farmers, residential landowners, industries, developers, institutions, and infrastructure projects planning new borewells can benefit from geological survey and point scanning.
Point scanning uses geophysical techniques to assess underground formations and detect zones that may contain groundwater, supporting informed drilling decisions.
While no method can guarantee groundwater, scientific survey significantly increases the probability of identifying productive drilling locations.
Depending on site size and conditions, surveys are typically completed within one to two days, followed by data interpretation and reporting.