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We begin by scanning the area—either by vehicle or vessel—using advanced sensors that detect electrostatic, thermal, and gravitational signals from beneath the surface.
The collected signals are processed and interpreted to identify fluid types, map structures, and determine depth, boundaries, and hydrocarbon column characteristics.
Within days, we deliver comprehensive maps and detailed reports including depth charts, productivity maps, and resource abundance visuals.
The search for underground resources has long been costly, time-consuming, and uncertain. Erdrex introduces GRS Technology, a revolutionary exploration device that redefines how we detect oil, natural gas, and groundwater. Leveraging the latest scientific advancements, GRS is the first of its kind in the world—offering faster, deeper, and more accurate results than ever before.
The GRS Device is a medium-sized, multi-sensor system built for deep subsurface exploration. Equipped with laser radar, GPS, and multiple electronic systems, it identifies resource-rich zones with high precision. Operating both onshore and offshore, it can scan up to 6000 meters underground, unaffected by surface materials like cement or metal.
Detects the boundaries between hydrocarbons and water by analyzing electrical properties of reservoir fluids.
Analyzes variations in gravitational fields to locate hydrocarbon-bearing formations and estimate their depth and structure.
Uses thermal radiation differences to distinguish oil from gas and map reservoir heat flow.
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Exploration in under a week with full reporting
Distinguishes between oil and gas at each point
Measures water-oil contact (WOC) depth
Maps geological boundaries and formation depth
Calculates hydrocarbon column thickness
Generates productivity and abundance maps
After analyzing the data and taking the exact coordinates of the points via GPS, we draw the dimensions of the field.
A depth map of the explored field accurately is exported. This map indicates the distribution of the depth of the hydrocarbon-bearing structure.
Finally, an abundance and productivity maps related to the explored field itself will be exported.
Example of a column chart of hydrocarbon-bearing stratigraphy in an explored field