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PBG Geophysical Exploration Ltd.
  • Our offer
  • About
    • Selected projects
    • HSE standards
  • CONTACT
  • exploration geophysics
    • geothermal exploration
    • mineral exploration
    • petroleum exploration
    • integrated interpretation
  • shallow geophysics
  • geophysical methods
    • magnetotelluric method
    • gravity method
    • ERT electrical resistivity tomography
    • VES vertical electrical method
    • IP induced polarization
    • magnetic method
    • microgravity surveying
    • GPR ground penetrating radar
    • EM conductivity method
    • TEM profiling
    • VLF method survey
    • shallow seismic survey
PBG Geophysical Exploration Ltd.
  • Our offer
  • About
    • Selected projects
    • HSE standards
  • CONTACT
  • exploration geophysics
    • geothermal exploration
    • mineral exploration
    • petroleum exploration
    • integrated interpretation
  • shallow geophysics
  • geophysical methods
    • magnetotelluric method
    • gravity method
    • ERT electrical resistivity tomography
    • VES vertical electrical method
    • IP induced polarization
    • magnetic method
    • microgravity surveying
    • GPR ground penetrating radar
    • EM conductivity method
    • TEM profiling
    • VLF method survey
    • shallow seismic survey
  • More
    • Our offer
    • About
      • Selected projects
      • HSE standards
    • CONTACT
    • exploration geophysics
      • geothermal exploration
      • mineral exploration
      • petroleum exploration
      • integrated interpretation
    • shallow geophysics
    • geophysical methods
      • magnetotelluric method
      • gravity method
      • ERT electrical resistivity tomography
      • VES vertical electrical method
      • IP induced polarization
      • magnetic method
      • microgravity surveying
      • GPR ground penetrating radar
      • EM conductivity method
      • TEM profiling
      • VLF method survey
      • shallow seismic survey

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MAGNETOTELLURIC SURVEYS

MT magnetotelluric method is a surface geophysical technique that uses measurements of the natural variable electromagnetic field on the Earth's surface, in order to delineate the distribution of resistivity of the subsurface structures. We recommend MT survey for hydrocarbon exploration as complementary method to regional seismic for tracing layers the identification of which by means of seismic method is insufficient. MT method is particularly useful in areas with complex geological structure. MT measurements are recommend s at every stage of exploration project starting from initial recognition up to documentation of mineral deposits. MT survey consist of measurement with the use of geo-electric techniques with a range exceeding several hundred meters in depth, however depth limits between shallow, mid and deep methods are not strictly defined and depends on geological conditions and targets. 

Our services include  MT, A-MT and CSAMT techniques; MT, A-MT uses measurements of natural variations of electromagnetic field, while in CSAMT variant an artificial electromagnetic field inductive or galvanic-induced in the geological medium is used.  

APPLICATION 

  • recognition of structure and tectonic features of the area 

  • deep crustal research

  • geothermal and water resources exploration  

  • hydrocarbon exploration  

  • mining exploration - copper, rock salt, sulfur   

  • deep crustal research

  • reservoir monitoring 

GEOPHYSICAL EQUIPMENT


System 2000net. ,  PHOENIX GEOPHYSICS

for A-MT/CSAMT/IP/TEM data acquisition 

OUR OFFER GEOTHERMAL EXPLORATION WATER RESOURCES EXPLORATIONMINERAL EXPLORATIONPETROLEUM EXPLORATIONSHALLOW GEOPHYSICS
GEOPHYSICAL METHODSMAGNETOTELLURIC METHOD A-MT, CSAMTGRAVITY SURVEYSERT ELECTRICAL RESISTIVITY TOMOGRAPHY VES VERTICAL ELECTRICAL SOUNDINGIP INDUCED POLARIZATIONMAGNETIC METHODMICROGRAVITY SURVEYTEM PROFILINGEM CONDUCTIVITY EM SURVEYGPR GROUND PENETRATING RADAR SURVEYVLF SURVEYSHALLOW SESIMIC SURVEYS

 PBG Geophysical Exploration Ltd. 

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