The VEGA company specializes in the design, manufacture and implementation of electrical exploration equipment for land and sea magnetotelluric sounding. In-house electrical exploration stations are used to perform a set of direct geophysical (non-seismic) and geochemical methods.
In addition, the company has been refining and reinterpreting geological and geophysical materials (gravimetry, magnetometry, seismic, etc.) for more than 10 years in order to identify areas that are promising for oil and gas within large licensed areas. During this period, the company’s specialists performed similar work in the Komi Republic (Timan-Pechora OGP), in the Volgograd region (the northern side of the Caspian syneclise), in the Kaliningrad region (Baltic syneclise), in the Krasnoyarsk Territory (Predtaymyrsky trough), in the Islamic Republic of Iran (Kurin trough, Zagros province), in the USA (Nevada, Montana), in the UAE, etc.
The company possesses modern geophysical instruments (VMTU-10 electrical prospecting stations with a state certificate for induction sensors), Sintrex-CG5 gravimeters, satellite-based sensors, original geochemical methods, its own laboratory facilities and does not use subcontractors when performing work.
Terrestrial field geophysical and geochemical work and generalization of geological and geophysical materials
2004 year. Generalization of materials of gravimetric and magnetic surveys, comparison of analysis results with seismic data and identification of areas promising for the search for hydrocarbons.
Customer - OAO "LUKOIL", scope of work - 90,000 km2, North-West Russia.
2004-2005. Conducting a complex of ground-based geophysical work on separate structures inside the identified zones in order to determine the priority of their commissioning: gravity exploration on a scale of 1: 50 000, magnetic exploration on a scale of 1: 50 000, electrical prospecting in a correlation version and geochemistry.
Customer - OOO Lukoil-Kaliningradmorneft, scope of work - 450 km2, Kaliningrad region, Baltic syneclise.
2004 year. Creation of a geological and geophysical basis (according to magnetometric, gravimetric and seismic data) and refinement of the prospects for licensed areas, their linking into a single structural position, assessment of adjacent areas for the prospect of hydrocarbon exploration.
Customer - OOO Lukoil-Komi, scope of work - 350,000 km2, Timan-Pechersk oil and gas condensate field, Denisovskaya Depression.
2005 year. A complex of ground-based geophysical works (gravity exploration on a scale of 1:50 000, electrical exploration of KMTZ, geochemistry) in licensed areas in order to determine the oil prospectivity of structures identified by seismic data.
The customer is OOO Lukoil-Nizhnevolzhskneft, the scope of work is 300 km2, Volgograd Region, the northern side of the Caspian Depression.
2005 year. Conducting a complex of ground-based geophysical work (magnetic exploration, gravity exploration, geochemistry and electrical exploration) on promising structures.
Customer - OOO Lukoil-Komi, scope of work - 200 km2, Timan-Pechersk oil and gas condensate field, Denisovskaya Depression.
2006-2007. Re-processing and re-interpretation of gravimagnetic surveys at the Moghan block for the purpose of a zone forecast of oil and gas potential.
The customer is the Iranian National Oil Company (NIOC), the scope of work is 8,000 km2, Northwest Iran, and the Kuriinskaya Depression.
2006-2007. Conducting experimental and methodological and prospecting electrical prospecting and gravimagnetic studies at the Lali block.
ЗCustomer - Iranian National Oil Company (NIOC), scope of work - 120 linear kilometers, Southwest Iran, Zagros basin.
2008-2009. Electrical exploration according to the MT-AMT method in LUKOIL-Kaliningradmorneft licensed areas in order to determine the sequence of commissioning of structures prepared according to seismic data.
Customer - LLC Lukoil-Kaliningradmorneft, scope of work - 200 km2, Kaliningrad Region, Baltic Syneclise.
2010 year. Geochemical studies using radio-sorber technology.
Customer - Gazprom Dobycha Nadym LLC, Nyakhobskaya Square, Nadym District.
2010-2011. Electrical exploration according to the MT-AMT method (as part of a cooperation of contractors).
Customer - Dewhurst Group LLC, scope of work - 500 km2, USA, Nevada, Montana.
2012-2014. Performing high-precision gravimetric surveys.
Customer - OAO Yakutskgeofizika, scope of work - 1 800 linear kilometers, Republic of Sakha (Yakutia), Olguydah object.
2012-2013. Maintenance of high-precision gravimetric works.
The customer is OAO Yakutskgeofizika, the scope of work is 900 linear kilometers, the Republic of Sakha (Yakutia), the Aldan-Amginsky facility.
2013 year. Performing MT-AMT profiling and high-precision gravimetric shooting.
The customer is an Iranian company, the scope of work is 320 km2, 2 500 physical points, Islamic Republic of Iran.
2016 year. Mapping of a kimberlite pipe using MT-AMT sounding.
The scope of work is 65 physical points, Leningrad region.
2017 year. Performing MT-AMT soundings to determine the applicability of electrical exploration in oil exploration.
Customer - United Arab Emirates.
Geochemical work on the technology of passive adsorption of hydrocarbons in soil-ground air
2012 year. Carrying out a complex of geophysical (non-seismic) and geochemical works.
The customer is the branch of Messoyakha GPN-Razvitie LLC, the scope of work is 300 km2, Tazovsky district of the Yamalo-Nenets Autonomous Okrug, East Messoyakhskoye field. 9 promising areas were identified, a forecast of prospects for 5 design wells was given.
2013 year. Carrying out a complex of geochemical works.
The customer is the branch of Messoyakha GPN-Razvitie LLC, the scope of work is 200 km2, Tazovsky district of the Yamalo-Nenets Autonomous Okrug, East Messoyakhskoye field. The forecast on the prospectivity of 2 wells is given.
2014 year. Field geochemical work, data processing and interpretation.
The customer is the branch of Messoyakha GPN-Razvitie LLC, the scope of work is 450 km2, the Tazovsky District of the Yamalo-Nenets Autonomous District, the East Messoyakhskoye field.