With the TVT, there is no need for cumbersome equipment or on-the-ground work on licensing blocks since operations can begin soon after getting the location of the site’s intersection points. The mentioned technique has been implemented and employed by E&P businesses in several government initiatives run by the Ministry of Natural Resources of the Russian Federation and in 38 countries, including Africa.

Thermovision Tomography (TVT) is a method for understanding ultraviolet and electromagnetic spectrum data gathered through satellites and sensors. This geophysical and geological is being used for discovery, information gathering, analysis, oil and gas surveying, reservoir monitoring and analysis, solid mineral exploration for iron, non-iron properties, and other valuable metals. We use trademarked computational models and technology in the 2D, 2.5D, and 3D models licensed blocks.

Thermovision Tomography is built on an aeronautical assessment and has several benefits ranging from the brief duration of the operation and economic benefits. It has no negative impact on the ecosystem and is not constrained by topography or elevation. We can use this TVT technology on land and at sea, in mountainous regions, dense foliage, and in any inaccessible terrain. The system utilizes satellites; thus, a commanding appearance is unnecessary. It provides a comprehensive information source for conducting geological studies.

When you deploy TVT, it delivers a thorough hydrocarbons pathway and analysis. It enables a rapid and reliable evaluation of the probable supply of hydrocarbons and other mineral deposits inside a license block—identifying promising locations and enumeration of oil- and solid-mineral-bearing areas/zones. The TVT Model has three dimensions of oil and gas resources and other minerals to estimate the block’s reserves with just specific navigators for suggested drilling locations. This model also lets you view the resources at a particular depth with cartographic representations of spectral aspects of environmental ecosystem systems.

When it comes to TVT technology, you can be sure of a double cost reduction because it is pretty affordable, highly informative, and friendly to the environment. Also, this software is compatible with any device, so you can be sure of getting only the best quality.
Oildynamix can use the Thermovision Tomography to give your company the best services. The technology is 100% environmentally friendly and is ideal for exploring mineral resources and oil reserves. When looking for Hydrocarbons, mineral products, etc., we utilize aerial photos from the Modis and Landsat satellites as feedstock for TVT activities. We do more material processing using state-of-the-art computers in the contractor’s office to get the best results. Thermovision Tomography does not involve deploying large machinery or acquiring geological work permits, which is time-saving.

There have been several exciting and fruitful results, so we estimate the reliability of TVT to be approximately 82% based on drilling outcomes in different locations of the world following TVT implementation. Considering the need for TVT for mining and exploration firms, we recommend using the new satellite technology for all geological investigations.

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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.

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A hazard occurs when drilling circumstances are not considered or are not appropriately examined before drilling begins. Drilling without doing a suitable risk assessment could result in severe danger. Therefore, it is necessary to invest in risk reduction and prevention techniques. Geohazards preconditions, their causes, and possible outcomes can all be evaluated using Thermovision Tomography.

Streams and channels in the shallow subsurface have the potential to cause geohazards. It is critical to identify these features as precisely as possible before the placement and drilling of wells. The incidence and consequences of geohazards, particularly offshore geohazards, should inspire the development of appropriate mitigation strategies and the establishment of suitable prevention mechanisms.

Reefs, unstable slopes, and fault scarps are some of the geohazards on the seafloor. There can also be aberrant pressure zones, buried channels, and gas-charged sediments as subsurface geohazards found at shallow depths. Artificial or synthetic geohazards can develop in wellheads and pipelines due to oil and gas activities.

Shallow geohazards can also destroy equipment and produce blowouts. During the predrill stage, it may be essential to conduct a hazard assessment using Thermovision Tomography to identify potential challenges and determine how to deal with them effectively. This enables you to make smarter, safer drilling considerations that impact well position and trajectory and identify the most appropriate locations for field operations.

Your objective is to reduce drilling risk while improving field planning. Risk mitigation in the offshore oil and gas industry entails more than just providing safety training and installing protective measures. It necessitates using best practices and cutting-edge technologies to conduct the appropriate assessments. Thermovision Tomography can do the appropriate assessments and evaluations to minimize the risk associated with drilling and other activities.

Your goal is to make an accurate assessment of geohazards. At OilDynmix, Our entire workflow comprises applying Thermovision Tomography to solve various oil and gas problems. We can use this technology to search for diverse minerals (hydrocarbons, solid minerals, subsurface water deposits, and so on) faster, cheaper, and with greater accuracy than previously possible. Thermovision Tomography uses satellite photos in the far-infrared wavelength region. It does not necessitate the use of heavy equipment, nor does it necessitate the completion of on-ground work on licensing blocks. Work can begin as soon as the coordinates of the site’s corner points are obtained.

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The unavailability of Hydrocarbons can be caused by various factors, including the absence of seal, defective cap rock, and structural closure. It is possible to detect structural closure with a seismic method, but determining the exact structure of cap rock can only be achieved with a more effective method that evaluates the logs and density, among other things. It is critical to determine whether or not the caprock has been fractured or not, and check to see that the analysis is valid and that the horizons have been marked correctly.

Analyzing non-productive wells is complicated since every well has its unique characteristics and set of causes for not possessing hydrocarbons. The absence of a stratigraphic trap HC charge, reservoir, and an ineffective seal are the most common reasons for a dry well. It may be necessary to analyze the structure and seal competency, which is easily accomplished with TVT.

One of the most commonly used ways of analysis is the application of 2D or 3D seismic data analysis. Still, this method may not be as effective for checking the seal and structural soundness as other methods. Structure trap seals and closures may be three-dimensional, necessitating a more accurate analysis by Thermovision Tomography.

You want to get to the bottom of these major issues as quickly as possible. TVT collects this information and analyzes them promptly. A TVT analysis would concentrate on the primary risk aspects of reservoir, seal, trap, structure, and hydrocarbon charge. Testing the reservoir using TVT techniques will reveal the presence of hydrocarbons in it. If the reservoir contains hydrocarbons, the thermal signature will be different than if the reservoir is void of hydrocarbons. Using this information, one may create a map of the hydrocarbon-carrying horizon in the underlying strata. Organizations that conduct reservoir tests with seismic methods can apply and overlay TVT results to corroborate their information and deliver better results.

A geological model supports many well-drilling plans based on seismic, pressure production, and wireline logging data from neighboring wells. While these methods are good, adopting a TVT solution is more accurate and efficient. The result of the analysis will aid in the correction and fine-tuning of the geological model and prevent time wastage in the drilling of dry wells. OilDynamix can use the TVT solution to identify the root causes of subsurface challenges and make recommendations for resolving such. Our solution will help you increase your production output and minimize information uncertainty.

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Now, we will revolutionize your thinking about the exploration of oil and gas reserves. A Thermovision Tomography (TVT) solution can help you complete the exploration of a territory covering thousands of square kilometers within a year. This gives you a competitive edge, and it is very affordable and offers a level playing field for small and medium-sized private firms. TVT helps companies save years of research and tens of millions of dollars. Cost-cutting strategies in the oil and gas industry are increasingly being implemented as a key strategy for sustainability. Due to the worldwide economic downturn, stiff competition, and huge variations in demand, low costs are becoming a safety valve for oil companies. Cost pressures have forced some exploration and production oil companies to close their operations. Adopting a cost-effective plan is critical to long-term survival and growth. Rather than reducing planned initiatives to save costs, companies need to find innovative, cost-effective solutions.

Our TVT solution offers you that leverage. Thermovision Tomography uses the earth’s continuous remote sensing. The technology applies the time and height variables. It produces time-varying and altitude-varying satellite images to map the earth’s surface within a specific infrared region. This way, it can calculate the effective radiation flux density at predetermined depth values. Looking at it, you can apply the solution in various oil, gas, and water exploration, production, asset management, and pipeline monitoring.

Oildynamix can collaborate with your organization to implement this cost-cutting strategy that will spur growth and ensure your business’s sustainability. We create due diligence plans, processes, and best practices to help you drive results. Our greatest asset is our human resource and experience capital. Our consultants and technical authorities have an average of 20 years of industry experience with impressive experience and backgrounds from across the globe, including Germany, the USA, UK, Norway, Malaysia, Nigeria, Cameroon, other West African countries, and the Middle East. We are devoted to engaging with clients regularly to develop creative solutions and implement business decisions to achieve long-term results cooperatively. Put your faith in us to guide you to success.

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