NPF LOZA LLC offers the folowing solutions

BGF method solves the following problems: 

 

1. The application of the BGPh-method at the reconnaissance stage allows choosing perspective areas for setting up seismic operations, thereby reducing the financial costs and terms of work;

2. The use of the BGPh-method in the area where seismic operations have already been conducted, seismic structures for prospecting and evaluation drilling have been identified and recommended; it is possible to classify these structures as promising (where there are anomalies such as “oil deposit”) or in the category of unpromising, where such anomalies are absent;

3. BGPh-studies conducted on the area of old deposits, identify zones with industrial oil, where the water cut of the products does not exceed 75-80%. Therefore, the areal monitoring of the developed field can be conducted in order to identify “washed” zones, as well as isolated areas (“bypassed oil”), which are not affected by operation;

4. The BGPh-method allows to determine the quality of the reservoir within the oil deposit

5. Real-time registration  the BGPh- anomalies in digital form, continuously along the working profile. The intensity of the BGPh-anomaly is measured in conventional units (cu), in the range from 0 to 100 cu.

6. Identification of tectonic faults.

7. The BGPh-method, under favorable conditions, makes it possible to determine the presence of a second, more deep-lying oil deposit under the upper deposit and to delineate it.

8. Search for favorable sites for drilling hydro-geological wells. In this area, there is good experience, more than ten hydro-geological wells were drilled at recommended points to supply farmers with drinking water. The success rate is up to  100%;

9. Search and exploration of gold-bearing zones in sedimentary deposits and in bedrock. Successful prospecting works were carried out on the Amambay gold bearing site, where the forecast based on the results of the BHF studies correlates well with the results of schlich testing and with the results of aerospace interpretation;

10.  Mapping of heterogeneous geological objects - tectonically destructed zones, quartz veins, deposits of nephrite and other minerals;

11. Detailed research in archaeological excavations - identification and tracing of buried foundations, contours of residential buildings, burial places and similar objects.