Letter from the Ministry of Fuel and Energy of Ukraine
According to the letter from the Ministry of Fuel and Energy of Ukraine dated November 25, 2009, No. 33/1-05/21106, the company VITAVA d.o.o. participated in the improvement of the scientific methodology and the modernization of the technical infrastructure of the “SEARCH” Remote Sensing System.
The system demonstrated high efficiency in the detection and exploration of mineral resources, including uranium ore deposits, gas fields, underground water reserves, and more.
Conclusions of Independent Institutions
According to assessments by leading experts from the National Academy of Sciences of Ukraine, Taras Shevchenko National University of Kyiv, as well as other governmental and independent institutions, the “SEARCH” geophysical system provides effective and rapid surveying and delineation of mineral deposits across large areas, at depths of up to 5,000 meters, without the need for exploratory drilling.
List of Letters, Conclusions, and Recommendations
- Recommendation letter from the Institute of Applied Problems of Ecology, Geophysics and Geochemistry (Kyiv, Ukraine), No. 23 dated 09.11.2009, regarding uranium ore and oil & gas deposits in Mongolia;
- Reference from the Center for Management and Marketing in Earth Sciences of the Institute of Geological Sciences of the National Academy of Sciences of Ukraine, No. 33 dated 09.11.2009;
- Conclusion from the Scientific and Production Center for Nuclear and Chemical Technologies of the Ministry of Fuel and Energy of Ukraine, No. 405/ятц dated 10.11.2008, regarding potable water deposits in Mauritania;
- Conclusion from the same Center, No. 403/ятц dated 10.11.2008, regarding potable water reserves in Mongolia;
- Conclusion from the same Center, No. 431/ятц dated 12.12.2010, regarding industrial-scale potable water deposits on the island of Cyprus;
- Reference from the Center for Management and Marketing in Earth Sciences of the Institute of Geological Sciences of the National Academy of Sciences of Ukraine, No. 33 dated 09.11.2009 (duplicate entry).
Scientific Publications
- Stepchenko V.N. (Center of Aerospace Technologies, Bulgaria), Rodna V.A. (Special Center of Aerospace Technologies “TSENTAVR”, Ukraine), Bagryantsev V.A. (Center of Aerospace Technologies, Bulgaria), Shel V.A. (TSENTAVR, Ukraine)
Brief Description of Radio-Thermal Imaging Technologies in Geology Based on Oil and Gas Condensate Fields
Open - Stepchenko V.N., Bagryantsev V.A., Rodna V.A. (Ukraine)
Basics of Thermal Imaging Technologies and Their Application Experience,
Scientific and Technical Journal “World of Geotechnology”, Issue 1(61), 2019, Zaporizhzhia - Kovalev N.I., Lyamtseva I.V. (Sevastopol National University of Nuclear Energy and Industry, Ukraine)
Application Experience of the Remote Geoholographic Complex for the Rapid Detection of Radioactive Sources and Contaminated Marine Sediments - Kovalev N.I., Pukhliy V.A., Soldatova S.V. (SNUNEI)
Application of the Remote Geophysical Complex “POISK” for Solving Engineering and Geological Exploration Tasks
Open - Stepchenko V.N., Rodna V.A., Bagryantsev V.A., Shel V.A., Komsulov Kh.
Application of Radio-Thermal Imaging Technology for the Detection of Lithium Ore Deposits
Open - Stepchenko V.N., Rodna V.A., Bagryantsev V.A., Shel V.A.
Application of Radio-Thermal Imaging Technology for the Detection of Platinum Group Metal Ore Deposits, Including Palladium
Open - Pukhliy V.A., Kovalev N.I. (SNUNEI)
On the Response of a Receiver Circuit in the Earth’s Magnetic Field
Open - Pukhliy V.A., Kovalev N.I. (SNUNEI)
On Solving the Cauchy Initial Problem for an Autodyne
Open - Kovalev N.I., Lyamtseva I.V. (SNUNEI)
Remote Detection and Delineation of Subsurface Water Flow Boundaries Using the “POISK” Remote Geoholographic Complex
Open - Kovalev N.I., Soldatova S.V., Frolova L.A. (SNUNEI)
The Innovative “POISK” Complex within an Integrated Approach to the Search and Monitoring of Polluting Objects in the Azov-Black Sea Basin - Kovalev N.I., Gokh V.A., Soldatova S.V., Lyamtseva I.V. (SNUNEI)
Application of the “POISK” Remote Geoholographic Complex for the Detection and Delineation of Hydrocarbon Deposits
Open - Kovalev N.I., Pukhliy V.A., Soldatova S.V. (SNUNEI)
Study of the Formation Mechanism of Subsurface Freshwater near Magmatic Centers of Extinct Volcanoes Using the POISK Resonance-Test Complex
Open - Kovalev N.I., Soldatova S.V., Belyavskiy G.A. (SNUNEI)
Potential Use of the “POISK” Complex for Detecting Environmentally Hazardous Objects in Water and Mapping Contaminated Underwater Sediments
Open - Kovalev N.I., Lyamtseva I.V. (SNUNEI)
Experience in Using the Remote Geoholographic Complex for the Rapid Detection of Radioactive Sources and Contaminated Marine Soil - Kovalev N.I., Gokh V.A., Pukhliy V.A. (SNUNEI)
On the Formation Mechanism of Subsurface Freshwater Near Magmatic Centers of Extinct Volcanoes and Its Use for the Disposal of Liquid Radioactive Waste