Using Thermal Imaging Tomography Technology to Explore the Earth's Mineral Resources.

Thermovision Tomography (TVT) technology for prospecting of Earth’s mineral resources.

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Applicable for any terrain
Explore mineral resources in any environment with thermal imaging tomography.
Time-saving & Cost-effective
TVT technology saves time and money in mineral exploration.
100% Remote
RTS enables remote mineral detection without on-site presence.
Zero environmental impact
Prospect using infrared imaging, safeguarding the environment.
15 years of experience
years of
experience
RTS

Remote
Thermovision
Sounding

Remote Thermovision Sounding (RTS) is an Innovative Geophysical method that can be independently applied for prospecting of oil, gas, gold and other mineral resources.

Infrared and visible image processing in the thermal infrared wavelength of 8-14 microns allows to calculate effective density of the flux of thermal radiation and block-fault structures at a given depth, spatial and temporal dynamics of the normalized index of “stress” of vegetation in correlation with deep structure of the geological environment.

Deliverables

Deliverables
3D model of oil & gas deposits and other minerals
3D model of oil & gas deposits and other minerals
Comprehensive hydrocarbon migration pattern / report
Comprehensive hydrocarbon migration pattern / report
Estimated reserves of the block
Estimated reserves of the block
Vertical and horizontal profiles (sections) of geological environment at a given depth
Vertical and horizontal profiles (sections) of geological environment at a given depth
Maps of spectral indicators of environment landscape systems
Maps of spectral indicators of environment landscape systems
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Applications

Applications
Greenfields
Greenfields
Utilizing thermal imaging tomography to identify potential mineral resources in previously unexplored areas.
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Brownfields
Brownfields
Applying Thermovision Tomography (TVT) technology to assess existing mineral resources in areas with prior extraction activity.
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Assessment of existing wells
Assessment of existing wells
Implementing Remote Thermovision Sounding (RTS) to evaluate the condition and potential of current oil, gas, and mineral reserves within established well sites.
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How It Works

How It Works
  1. Processing of Satellite images to create Profile
  2. Mapping the basin of the prospective zone
  3. Analysis interpretation
  4. 3D model of thermal field
  5. Section mapping
  6. 2.5D model of block-fault structure
How It Works

Frequently asked questions

Frequently asked questions
Is Remote Thermovision Sounding indepentend or requires previous seismic or other data?
RTS is a stand-alone geophysical method based on the study of the thermal properties of the geological environment.
What results does RTS provide?
The most important outcome - identification of prospective areas and delineation of oil-bearing/mineral areas. Additionally, we create 3D model of oil-bearing/ mineral zone and estimate its geometric volime.
Can RTS be used offshore?
RTS is effective for both on-/off-shore projects.
Will RTS identify location of seams, thickness and 3D view of seams?
Yes, that’s exactly what we do in our surveys.
What is the processing time of RTS survey?
RTS survey is more time-effective compared to traditional methods. Indicatively, projects of 5000 km2 ~8 months.
Is RTS method able to distinguish gas from oil accumulation?
Yes, identification of a particular type of hydrocarbon depends on a different set of signs, although the conditions of formation may be the same. We use different approaches and instruments for oil analysis and gas analysis.
What is the resolution of RTS?
It depends on resolution of raw satellite images. Average benchmark is 60m, though sometimes images with 20m resolution are available
What is the difference between RTS and other satellite-based technologies?
RTS supports conversion of a field into a depth model, thus we are able to provide models of block-and-fault structure, homogeneity and localize sources of thermal fields.
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