Specifications and Product Details:

This device is designed specifically to address the problems of engineering geology, hydrogeology and ecology. The main advantage is the ability to scan information on the physical properties of the environment and individual sub-surface discontinuities. This feature is implemented through the use of a phase structure of signals reflected on subsurface heterogeneities to receive images of objects, using holographic processing

Advantages

Relatively slow change of the carrier frequency of the probing signal makes it possible to evaluate the electrical characteristics of the environment directly in the radar data.

Our technology has no known analogues. Advantages over conventional methods and geo-research and hydrogeology (drilling) are:

- Efficiency of work performance (speed of execution of works several times faster);

- Significant reduction in the cost of works by reducing drilling (number of wells required is reduced by several times);

High-resolution in all three dimensions (depth and horizontal plane);

Weakening of interfering signals arising from the effects of reflections from various objects on the ground (communication engineering structures, buildings, electrical wires, etc.).

Areas Of Use

1. Diagnosis of the soil beneath the surface of cities, industrial centers and buildings (evaluation of moisture soil layers, the detection of pipeline leaks). Estimate the degree of hydration, the presence of soil and tunnel decompression;

2. Diagnosis of the subsurface structure and assessment of soil landslides. Mapping zones of subsurface distribution of liquid petroleum products as a result of leakage from storage sites in industrial areas;

3. Assessment and monitoring of subsurface soil structure (including the mapping of groundwater levels at depths up to 25m);

4. Identification and mapping of subsurface petroleum accumulations zones at depths up to 20m as a result of leaks from their places of storage and transportation, and other environmental accidents;

5. Detection of voids, and less dense substance soil decompaction as a result of geological changes or anthropogenic influences;

7. Determining the status of foundations and building structures of existing facilities;

8. Detection and identification of mines, explosive charges, shells and other ammunition, including plastic-coated to a depth of 30 meters;

9. Mapping of underground communication facilities (cables, pipelines, tunnels);

12. Mapping of subsurface zones in archaeological excavations.