WHAT WE DO

Our spectral tomography allows for more accurate geological reconnaissance by filling in information between boreholes, reducing the need for drilling. Successfully delivering information where other non-invasive methods fail.

SIGNAL RANGE:

200-800 MHz

High-frequency antennas are designed to deliver extremely high-resolution images for applications in construction and infrastructure. Ideal for surveying, mapping, and monitoring the health and integrity of infrastructure.

100-500 MHz

Medium frequency antennas provide a balance of depth penetration and resolution, making them a versatile tool for a wide range of applications in the mining and near-surface geophysics.

75-300 MHz

Low-frequency antennas are designed for the deepest penetration, making them ideal for projects requiring the use of non-destructive methods or as a complementary tool for other geophysical methods such as seismic.

SIGNAL RANGE:

200-800 MHz

High-frequency antennas are designed to deliver extremely high-resolution images for applications in construction and infrastructure. Ideal for surveying, mapping, and monitoring the health and integrity of infrastructure.

100-500 MHz

Medium frequency antennas provide a balance of depth penetration and resolution, making them a versatile tool for a wide range of applications in the mining and near-surface geophysics.

75-300 MHz

Low-frequency antennas are designed for the deepest penetration, making them ideal for projects requiring the use of non-destructive methods or as a complementary tool for other geophysical methods such as seismic.

We provide services using our proprietary subsurface imaging technology, and our field team consists of geophysicists and geologists with many years of experience in conducting and supervising works in industries such as construction, mining and the oil&gas.

SERVICE OPTIONS

1. BASIC: Measurements
  • Document explaining the echograms in different frequency ranges,
  • 6 tomography echograms for each route (profile) in a whole range of frequency and in 5 spectral decomposition ranges;
  • 2 echograms in the power spectrum and in a derivative of the power spectrum;
  • Routes maps
  • Digital data in CSV and/or SEGY format information delivery
2. INTERMEDIATE: Measurements + Basic Analytics
  • Document explaining the echograms in different frequency ranges;
  • 6 tomography echograms for each route (profile) in a whole range of frequency and in 5 spectral decomposition ranges;
  • 2 echograms in the power spectrum and in a derivative of the power spectrum;
  • Routes maps;
  • Analysis of the 8 types of echograms for each profile and marking of the spectral anomalies on the 2D echograms;
  • Digital data in CSV and/or SEGY format information delivery
3. ADVANCED: Measurements + Advanced Analytics
  • Document explaining the echograms in different frequency ranges,
  • 6 tomography echograms for each route (profile) in a whole range of frequency and in 5 spectral decomposition ranges;
  • 2 echograms in the power spectrum and in a derivative of the power spectrum;
  • Routes maps
  • Analysis of the 8 types of echograms for each profile and marking of the spectral anomalies on the 2D echograms;
  • Interpretation linked to borehole data;
  • Individual queries valued separately (e.g. estimation of overburden, layer pull, estimation of the volume of deposits, determination of the bottom of the deposit, differentiation of sand in clay or clay in sands);
  • 3D anomalies distribution;
  • Digital data in CSV and/or SEGY format information delivery

We understand that every client’s needs are unique and that sometimes specific problems may arise. We are happy to conduct a Proof of Concept project to determine the best solution for your specific situation. Let us know how we can help.

INTERESTED?

Contact us at: [email protected] – We will be happy to provide you with more information and tailor our solution to your needs.

Sławomir Uherek

Head of Sales