AGCOS EM Technology Advantages

  • AGCOS’s supplies turn-key broadband super-multifunction geophysical EM data acquisition systems for all known ground EM methods and a wide range of applications, scope of resolved tasks and exploration depths:
    • All-in-One EM Receivers GEPARD-4 & GEPARD-8 with support for 18 ground EM methods
    • Wide depth of investigations – 0 to 150 000m (method dependent)
    • All terrain, all climate, all season technology
  • Cost-effective, compact, portable, user friendly geophysical EM instruments which are based on the latest electronic hardware and computer technologies and do not require PC or any external devices to carry out field data acquisition
  • EM technologies (hardware and services capabilities) provided by AGCOS are indented to provide effective, precise and robust results on any terrain, any climate and any season
  • Multifunction and cutting-edge capabilities as well as numerous operator defined DAQ settings of the AGCOS’s hardware and software complex allow to make adjustments during the course of the field surveys to achieve desired results with greater accuracy while increasing productivity and reducing field survey costs
  • AGCOS was first in the world to implement simultaneous wideband EM data acquisition (43kHz to 10,000 seconds), interchangeable electric and magnetic channels, flexible sampling rates, gains and DAQ recording settings in its data acquisition systems which allowed to increase flexibility and convenience of equipment setup and operation during various field surveys with a complex of geophysical techniques
  • AGCOS was first in the world to introduce wide spectrum of precision field tripods for magnetic sensor installation on any terrain or climate which significantly increased accuracy and productivity of field surveys
  • AGCOS has a know-how environmentally friendly shallow marine EM technology (coastal shelf and transition zones) for solving offshore exploration tasks
  • The Magnetovariational Profiling method (MVP) is new environmentally-friendly electroprospecting technique for mining exploration which allows to detect anomalies located away from measurement profiles, target drilling during the course of field surveys, reduce amount of measurement sites and, hence increase productivity and reduce survey costs, as well as provide robust  estimation of parameters of detected anomalies in the field without carrying out inversion