Services

Data Processing and Interpretation

We provide integrated solutions for the processing and interpretation of geophysical data, ensuring high accuracy and reliability to support informed decision-making in exploration projects.

Data Processing and Interpretation

QC technologies

JSC GEOTEK applies quality control (QC) technologies, starting with visual control and ending with express processing of field data.

Data processing

100% subsidiary of JSC GEOTECH, GeoPrime LLC, provides full-cycle standard and advanced processing of 2D/3D/4D/4C seismic data of any complexity.


Processing is performed both in the time domain and in the deep domain using advanced technologies. In case of the Customer’s needs and in complex seismogeological conditions, specialized data processing is carried out.


We use advanced technologies and unique algorithms for modeling and adaptive subtraction of various types of interference, taking into account the influence of near-surface waves, including the CIP tomography method and SWAMI, multiple wave suppression technologies based on modeling — GSMP (Generalized Surface Multiple Prediction), DWD, GDWD for marine data and XIMP (Extended Internal Multiple Prediction) for land data.


The processing process uses all modern migration transformation algorithms (Kirchhoff, WEM, Gaussian Beam, RTM) and the unique tomographic algorithm CIP-Tomo.


Time and depth processing taking into account VTI, HTI and TTI anisotropy, seismic data interpolation technology taking into account the azimuth of beam arrival, the use of borehole information to control processing at all stages (interpretation ISO support) guarantees the most accurate processing result.

Interpretation of data

LLC GeoPrime carries out a full range of research on data interpretation: from collecting geological and geophysical materials and processing control (ISO), to constructing a geological model, assessing resources, calculating reserves and preparing recommendations for drilling and exploration plans.

Data reliability

Ensuring high quality field data is a key factor in the successful use of interpretation technologies, which minimizes risks and improves the accuracy of the geological model, allowing informed decisions to be made based on the results obtained.