Following the scan performed was detected and located a network of oil pipelines belonging CONPET Company. This network does not appear on the original map and thus managed to avoid possible problems that may occur during construction or operation period of the solar park.

Articolul Geophysical Scanning for Buried Metal Objects and Utilities (Brașov, România) apare prima dată în BRANTAX.

Using geophysical methods we conducted a four-channel electromagnetic scanning and after that we mapped to locations of possible unexploded bombs. Following decontamination were extracted five unexploded bombs caliber 105 mm and numerous fragments, some of them still dangerous.

Articolul Scanning for Unexploded Bombs / UXO Scanning (Ploiești, România) apare prima dată în BRANTAX.

In some locations the results were clear and interpretable but there were locations where geophysical signal was strongly disturbed by artificial elements buried or surface rail, electric rates, barge docked. The results helped to complete the picture of local geological structure.

Articolul Geoelectrical Prospecting on the Danube (Olt County, România) apare prima dată în BRANTAX.

Georadar (GPR) method was also impossible to use because of the land deformation, boulders layer and gravel surface; all these prevent coherent  and interpretable signal reception. Under these condition we used only electromagnetic induction locator with different frequencies signal. The results  were very good and penetration of passive and active cables or pipelines were avoided.

Articolul Mapping of Buried Utilities and Electrical Lines using Electromagnetic Induction Locator apare prima dată în BRANTAX.

For land with high electromagnetic noise, the results of many buried metal objects, we recommend several complementary geophysical methods to disseminate geophysical signal. Profile positioning was performed with high precision RTK GPS.

Articolul Geophysical Investigations using Vertical Magnetic Gradient apare prima dată în BRANTAX.

For investigating a perimeter of 16 ha, an EM61MK2 was used, a highly effective tool for such explorations and a RTK GPS with high precision for determining the exact measurement paths. The results of these investigations emphasized the areas with a high potential of risk for performing excavation or drilling research.

Articolul Electromagnetic Measurements for Highlighting Buried Metal Objects and Utilities apare prima dată în BRANTAX.

Investigations have revealed a possible slip plane and the particular geological conditions of the area. These investigations helped draft the design of future geotechnical drillings and works for land stabilization.

Articolul Geoelectrical Investigations / Electrical Tomography (Stoiana-Hurezani, România) apare prima dată în BRANTAX.

For establishing the exact geological conditions, geoelectrical cross sections were designed and executed, centered on the axis of wind towers. The result helped design the geotechnical drillings and the foundations for future wind towers.

Articolul Electrical Resistivity Tomography (ERT) for Wind Farm Development apare prima dată în BRANTAX.

For this research three measuring devices were used – Schlumberger, Wenner and dipole-dipole. The results are very convincing and confirm the effectiveness of using geoelectrical devices for identifying underground utilities and the specific geological characteristics of the investigated site.

Articolul Electrical Tomography / Schlumberger, Wenner and Dipole-Dipole apare prima dată în BRANTAX.

The work involved exploring through cross and longitudinal sections of a line of over 8 km of highway with high traffic areas. In these circumstances it was necessary to execute certain profiles at night to avoid disrupting works in progress and traffic.

Articolul Identifying the Characteristics of the Sliding Plan in order to Stabilize the Land apare prima dată în BRANTAX.