Geophysical survey design using the airborne full tensor gravimetry. Application in mining...

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  1. 1. . cc. : . : , , 2014
  2. 2. . (Business Plan - Daedalus) o . o . o . o Marketing plan. o . . (Full Tensor Gravity) o o o () o o C.
  3. 3. . I.K.E. Spin- Off
  4. 4. . Daedalus Project , : HaaS (Hardware as a Service). . .
  5. 5. . D=3m W=11-16 kg P=4-9 Kg u=5-10 km/h ( ), 4 1.5 beaufort , . : ,
  6. 6. . ()
  7. 7. . (UAsV) UAV 30 . UAV , UAV , , , , . : UAV . .
  8. 8. . (UAsV) o o o . o . o . o . o . o . o . ( )
  9. 9. . (UAsV) & : o (), o (gradiometry). : o , o . : o , o - , o , .
  10. 10. . UAsV 10 , : o , IR . o , CCD, 3D . o . o LIDAR . o Quantum sensor . o SAR ( ImSAR, NanoSAR). o ( - 2kg). o Potassium magnetometer
  11. 11. A. Marketing Plan HAAS , , , (niche market) 500 Daedalus Project
  12. 12. M - - . , : . ( ) A. Porter's Five Force Model
  13. 13. A. SWOT S (, ) W O
  14. 14. A. . . . () . b . () 1 . (ie: part numbers ID, CAD drawings) . manufacturing outsource capability . .
  15. 15. A.
  16. 16. A. - Engineering - Engineering - Engineering - Business Dev & PR - Market Research
  17. 17. A. ($) 1o 2o 3o (, , , ) 10000 20000 30000 60000 75000 95000 (hardware/software) 15000 30000 30000 15000 25000 25000 10000 25000 35000 110000 180000 205000 0 180000 180000 0 0 20000 10000 30000 60000 ( - ) 3000 15000 0 13000 225000 260000 -97000 +45000 +55000
  18. 18. A. 1 Funding (3*3* 8 ) = 15.000 $ = 10.000 $ (online campaigns ) = 5.000 $ events roadshow etc ( 3 ) = 10.000 $ / = 10.000 $ : 50000 $
  19. 19. B. ,
  20. 20. B. () . , . , . , . . .
  21. 21. B. 1972 1976 1984 1996 BGI FTG Q1/1998 BGI Q1/2002 BGI Air FTG Q2/2002 Air FTG Q3/2007 Basler BT- 67
  22. 22. B. Full Tensor Gravity Gradient , , ( 3) .
  23. 23. B. Full Tensor Gravity Gradient Tzz ; Txx Tyy N/S E/W ; Txz, Tyz ; Txy 4 .
  24. 24. B. ( ) , . .
  25. 25. B. (Gradiometers cancel out motion) .
  26. 26. B. Gravity vs Gravity Gradiometry
  27. 27. B. Gravity vs Gravity Gradiometry (mapping) : Fugro Corp Presentation High resolution gravity Vredefort Dome
  28. 28. B. FTG () . , . o . o . o . o .
  29. 29. B.
  30. 30. B. airborne-FTG Air-FTG: , GGT, Gxx, Gxy, Gxz, Gyy, Gyz. Gzz Laplace. Bell Geospace. FalconTM GG: BHP Billiton Lockheed Martin 1994. Falcon GG Gxy (Gxx-Gyy) / 2, HDT (horizontal directional tendency). , GGT . 8 . , Fugro Airborne Surveys , . BlueQube: ARKeX BlueQube , GGT. Air-FTG. BlueQube 2004.
  31. 31. B. , , ,
  32. 32. B. FTG Domingo Sur 2002: 5.145 ..70 2003-2005: 18 70 2006: 3 IOCG 460MT @0,95% CU 0.33 g/t gold
  33. 33. B. FTG ( ) FTG FTG 3D : . (ArkeX)
  34. 34. C. UAsV - , + , FTG + , , , 3d. , FTG .
  35. 35. James Helwig J.H., Bird, D.; Emmet, P.; Dinkelman, M.G.; and Whittaker, R. (2012) Interpretation of Tectonics of Passive Margin of NE Greenland from new seismic reflection data and geological- geophysical constraints. Third Conjugate Margins Conference, Dublin, 2012. Jackson et al (2013) The Sky Above, the Ice Floes, and the Earth Below. Geo ExPro February 2013 David Jackson, he increasing use of Gravity Gradiometry in the Exploration Workflow, ARKeX Ltd, 2013 Potential Theory in Gravity & Magnetic Applications by Richard J. Blakely, 1995 Mithilesh Kumar*, A.K.Khanna, Dr. Rahul Dasgupta, Gravity Gradiometry: Potent Potential Field Method, Airborne 3D Full Tensor Gravity Gradiometry, BellGeo, 2007 Dransfield, M., Airborne Gravity Gradiometry in the Search for Mineral Deposits, BHP Billiton, 2007
  36. 36. ''when applications need space'' Low Altitude Aerial Platform http://www.daedalus.tuc.gr