Structural model uncertainties can negatively affect all phases of good design and reserve estimation, including drilling and completion. Because natural resources are concentrated in the subsurface, there is a significant level of risk, complexities, and uncertainties associated with their exploration, regardless of whether they are geothermal, groundwater, minerals, or petroleum. When it comes to exploration, sound analysis and, even better, quantification and measurement of uncertainty can guide critical components of target selection, projection of resource volume, and cost allocations. A detailed picture of the project risk and uncertainty must be carried out to increase the chance of project success. Such an assessment should be the driving force behind the entire project life cycle.

Even though the data used to construct a conceptual model is based on good structure, subsurface property, and geological data, there is uncertainty. When we collect these data, we do so strategically and at various scales before consolidating and putting them together in the final analysis. Our approach provides many perceptions regarding epiphanies of the structural model, each of which may be used to identify each source of uncertainty in magnitude, context, extent, and time. Hence, we can measure risk in exploration and drilling based on these realizations and conclusions.

You wish to gain a thorough understanding of risks and structural variations. A quantitative study of seismic uncertainty can explain the risks and structural variations related to a particular opportunity and target. When employed as part of the risk review and decision-making process, our TVT analysis gives a quantitative evaluation and enhanced insight into the usability of your target.

Thermovision tomography allows you to create a precise 3D model of oil and gas reserves and other minerals. It is possible to create a full hydrocarbon migration pattern/report. You can examine the approximate and expected reserves of a block quickly and on large scales. TVT offers high accuracy by pinpointing the precise GPS coordinates of the preferred drilling location. The discovery of vertical and horizontal profiles (sections) of the geological environment at a specific depth and the mapping of spectral markers of environmental landscape systems.

It is critical in drilling operations to be able to assess seismic uncertainties. Using seismic data to evaluate the earth’s characteristics is intrinsically non-unique and complicated. Consequently, uncertainty is underestimated and lacks reliable quantitative data. Our TVT solution enables you to quantify the seismic uncertainty in a mature earth model. You can quantify risks upfront by applying data and statistics to achieve the desired result. Thermovision tomography enables you to make key decisions about drilling risks and opportunities, well placement, and prospect assessment based on the earth model of the technology.