1. Geophysical technology for remote search and prospecting of mineral deposits Deep Vision ®

2. 2 Five from the six of wild cat wells is dry* *From data of Russian State Institute of Oil and Gas

3. 3 Three – five years term of opening of new deposit by traditional methods

4. 4 Probability of opening of new deposit by traditional method not exceed 30% From data Utah Division of Oil, Gas and Mining, 2007-2010 years From data Kansas Geological Survey (www.kgs.ku.edu), 2008 year

5. 5 It is required 123123 To accelerate terms of the search Increase credibility of the search Decrease costs of the search Is it possible?

6. 6 Technology of “direct” search of mineral deposits We developed technology “Deep Vision” for the search of oil, gas, water, geothermal water, gold and other mineral deposits. Superweak NMR interactions lies in the base of our technology. Deep Vision ®

7. 7 Possibilities of the “Deep Vision” technology Territorial applicability – no limitations (any in-land or shelf area) Sounding depth – from 0 to 6 km underground Detectable minerals – water (also geothermal), oil, gas, different metals in ore bed Success ratio – for hydrocarbons and water reserves >90% Duration of work – typically 4 months Safety – the method is environment - friendly and completely safe for people

8. 8 For ensuring of quality and efficiency of search we use two stages: Remote investigations – search mineral deposits by means of analog satellite photo. Prospecting stage – expedition directly on site and prospecting by means of mobile equipment.

9. 9 Services on base of “Deep Vision” technology ServiceDescriptionTerm Testing of territory Presence or absence of mineral deposits on a territory 1 month Remote investigation Revelation of deposits on the inspected territory, drawing of their ground contours and calculation of their occurrence depths 2 months Prospecting of deposit Measurement of exact parameters of deposits, obtainment of 3D shape of real deposits, choice of optimum points for effective drilling, calculation of extractable reserves 2 months

10. 10 Comparative Efficiency MethodsConducted works Results (for an area ~1000 sq. km) EffectivenessDuration Wells for opening Traditional Space survey Geological survey Geophysical survey Searching boring < 60 % 3 – 5 years 6*6* Deep Vision Remote investigations Prospecting on site > 90 % 4 – 6 months 1 *From data of Russian State Institute of Oil and Gas

11. 11 Results of work - map of investigated area with contours of found deposits - detailed information about deposits - square of deposits - extractable volume of minerals (oil, gas or water) - depths of bedding - optimal points for productive drillings - thickness of productive horizons - 3D model of deposits with cuts - for water deposits approximate inflow will be calculated - for geothermal deposits information about temperature of water will be additionally shown

12. 12 How does “Deep Vision” technology work? At the first part of our work analog satellite space picture of the territory is used, which will be activated inside of research nuclear reactor. It is necessary for “revelation” of “hidden” information about searched substance.

13. 13 How does “Deep Vision” technology work? After treatment inside of reactor, transferring of hidden images by means of special wave scanner occurs and mathematic calculation of results is conducted. Duration of first part of work is near 2 months

14. 14 How does “Deep Vision” technology work? Second part of work is conducted directly on site by means of group of specialists with using of mobile equipment. The tasks of second part of work are more accurate definition of borders and depths of deposit, choosing the optimal points for drilling Duration of second part of work is near 2 months

15. 15 How does “Deep Vision” technology work? Definition of depths of bedding by means of mobile complex equipment (NMR)

16. 16 Patented in Ukraine METHOD OF DIRECT SEARCH OF MINERALS BY MEANS OF ELECTROMAGNETIC WAVES Patent’s number: 142344 Inventor: Maryna Kholodova (UA) Patent’s formula: 1. A method of searching for minerals using electromagnetic waves, characterized in that the reference sample of the mineral is first irradiated using electromagnetic waves of different frequencies and pulse shapes to determine the resonant response frequencies; After determining the irradiation parameters (frequency, pulse shape) that cause the response on the reference sample of the mineral …..

17. 17 We will be glad to see YOU as our client!!! v.kholodov@gmail.com www.geoDeepVision.com DEEP VISION®