Seismic surveys

Seismic surveys are a highly effective method for studying the deep structure of the Earth’s crust, based on recording and analyzing the parameters of elastic waves generated within the geological medium. This technology is considered the gold standard for investigating basement structures.

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Main methods of seismic surveys
Innovative active 2D and 3D seismic surveys

Exploration Service conducts highly efficient 2D seismic surveys using advanced field technologies.

The method provides rapid acquisition of reliable data on regional geological structures and key structural elements across large territories.

Due to the high mobility and efficiency of our solutions, we rapidly establish a reliable geological framework for further licensing, evaluation, and drilling.

Next-generation passive seismic surveys

Exploration Service actively implements passive seismic methods based on recording natural microseismic vibrations of the Earth.
We use highly sensitive Tromino systems, which allow us to:

  • conduct surveys without the use of active sources
  • significantly reduce environmental impact
  • operate effectively in both remote, hard-to-access areas and urban environments

Passive seismic surveys are a cost-effective tool for early-stage geological exploration and serve as an excellent complement to active methods.

Energy-efficient seismic sources

Exploration Service employs a unique source technology using a 1,200 kg drop weight, which provides:

  • high signal repeatability
  • an optimal frequency spectrum
  • reliable stratigraphic coverage to depths of up to 5 km

This method is an environmentally safe alternative to traditional sources and is ideal for projects requiring high signal accuracy and stability.

Technological advantage of Exploration Service

Next-generation wireless seismic systems

In our projects, we use innovative wireless Stryde receiver systems, which provide:

  • rapid deployment without cable infrastructure
  • high observation density
  • stable recording of weak signals across a wide dynamic range

This system architecture enables efficient operation in challenging and remote areas, reducing both costs and project timelines.

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