Platforms – TGT

ChorusX

Gabriela Uzunova — Tue, 06 Jun 2023 09:20:47 +0000

The industry’s most advanced acoustic sensing and analysis platform

Bringing a new level of clarity, precision, and certainty to well system acoustics

A flowing well is full of sound encoded with information about the flow that created it. This, and the fact that sound energy penetrates through well and reservoir materials, is why acoustics has become a powerful diagnostic technique for locating and characterising flow. However, the fidelity and resolution of the sound recording, and the effectiveness of processing and analysis technologies all have a direct bearing on the accuracy and certainty of the diagnosis and resulting decisions.

The well reservoir system is a challenging environment for capturing and analysing the high-fidelity sound required for precise diagnostics. There is a combination of materials and fluids with different acoustic properties, multiple boundaries and mechanical noise that act together to create a complex spectrum of acoustic energy. Decoding the sound and extracting useful flow information from this cacophony requires a special combination of technology, expertise, and experience.

TGT has been advancing the use of acoustics to locate and characterise flow in the well system for two decades. The Chorus brand is already recognised for its sensitivity and dynamic range when capturing high-fidelity flow sounds. Our new generation ChorusX platform takes this acoustic capability to a whole new level to deliver exceptional precision, clarity and certainty.

ChorusX brochure

ChorusX ingredients

ChorusX is the sum of many parts that work in concert to deliver a range of important benefits to analysts and customers. Each ingredient is special in its own way, but the big wins occur when they are multiplied together.

Features Explained

Benefits

ChorusX has been designed to overcome the limitations of conventional acoustic technology and to provide the three essential capabilities of an effective flow-finding resource.

Reach

Ultrahigh sensitivity and extreme dynamic range give ChorusX the spatial and audible reach to record the furthest and quietest flows.

Identify

Four new high-definition acoustic maps enable analysts to recognise and distinguish different types of flow easily and confidently.

Locate

Eight high-definition array sensors and a unique phase analysis engine work join forces to pinpoint flow sources everywhere in the well system in depth, and radial distance.

Diagnostics products and applications

Well systems perform by connecting the right fluids to the right places, and mapping flow dynamics downhole is essential to keeping wells safe, clean and productive. ChorusX provides asset teams with the flow insights they need to manage well and reservoir performance more effectively.

As an integral part of TGT’s ‘True Flow’ and ‘True Integrity’ diagnostic systems, ChorusX capability is available through a range of application-specific answer products. Through these answer products, ChorusX delivers clear, complementary answers that enable analysts and customers to reach an accurate diagnosis more efficiently. A robust and accurate picture of the well system enables better decisions and positive outcomes. This means that, when remediation plans are being implemented, there is a greater prospect of first-time success.

True Flow products help asset teams to understand flow dynamics between the reservoir formations and the well completion. Notably, these answer products reveal flow where it matters most—at the reservoir. Some of the distinct True Flow applications and benefits brought by ChorusX include fracture assessment, delineating active formations, and distinguishing between reservoir flow and completion flow.

True Integrity / Seal Integrity products help asset teams to validate the performance of seals and barriers throughout the well system, including packers, cemented annuli, tubulars, and valves. Typical applications for ChorusX include revealing low-rate leaks, tracing the source of B and C annulus pressure, and resolving leaks in close proximity to each other.

Resources

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Cascade3

Julia Sadykova — Mon, 24 Jan 2022 13:30:49 +0000

The most powerful flow analysis platform ever created for horizontal well systems

Made by experts for experts, Cascade3 builds on two decades of practical knowledge and experience applying science and mathematics to solving the most complex downhole flow scenarios.

Incorporating the industry’s most advanced thermodynamic and hydrodynamic modelling codes, Cascade3 transforms temperature, pressure, and other well system data into continuous reservoir flow profiles. Crucially, the flow profiles reflect flow activity in and out of the reservoir, delivering the truest picture possible of reservoir behaviour and inflow/outflow downhole.

The new Horizontal Flow diagnostics powered by Cascade3 overcomes many of the challenges faced by conventional production surveys, delivering a more reliable and complete assessment of flow dynamics in horizontal wells in a wider range of completion scenarios. Equipped with the right information, asset teams can take direct action to keep well and reservoir performance on track.

Cascade3 brochure

Modelling

At the heart of Cascade3 is Torrent – a remarkable modelling and simulation engine that predicts the hydrodynamic and thermodynamic behaviour of fluids and their surroundings as they flow through the well-reservoir system.

Torrent features a unique 3D fine-grid modelling framework and can simultaneously solve three distinct flow geometries – radial, spherical, and linear in fractures – reflecting the three main types of flow that occur in a horizontal well system. Apart from providing a more realistic flow modelling environment, these features mean that Cascade3 delivers accurate continuous flow profiles in a wide variety of completion and reservoir settings, including fractured formations.

Features

Benefits

Production and Reservoir Engineers depend on downhole flow profiles to manage well and reservoir performance. Conventional wellbore production surveys can only sense certain flows entering the well completion and cannot measure inflow/outflow where it matters most – at the reservoir behind the completion. Also, even wellbore flow profiles can be compromised in open hole, and by viscous fluids, low flow rates and the complex flow regimes that occur in horizontal wells. Incorrect flow profiles can lead to missed opportunities and poor well and field management decisions.

Horizontal Flow with Cascade3 solves many of the diagnostic challenges faced by Reservoir and Production Engineers, providing them with the flow insights they need to reduce operating costs and energy consumption, and increase ultimate recovery.

Full benefits table found here.

Cascade architecture

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Programmes & methods

Tools & measurements

\nThe analyst adjusts key model parameters until there is a robust match between the measured and simulated wellbore temperature and pressure. Parameters that are known with great certainty are not adjusted. When a realistic match is achieved, the flow profile output becomes the definitive answer.","sys_arc_sh_downlaod_button_text":"Downlaod Article","sys_arc_sh_file_attachment":false}">

Processing & modeling

Analysis & interpretation

Products

Platform partners

Cascade3 works alongside three other technology platforms—Chorus, Indigo and Maxim, that together constitute the True Flow diagnostic system. Each platform has a specific role in providing Horizontal Flow insights.

Whereas Cascade3 quantifies flow activity by modelling and simulating temperature and pressure changes in the well system, Chorus locates and characterises flow activity by sensing and imaging acoustic energy. For example, Chorus data can help the analyst distinguish between wellbore flow, reservoir or matrix flow and fracture flow, and provide a clear indication of active zones. And both temperature and acoustic data can help distinguish between liquids and gas.

Multisensory Indigo provides a host of wellbore measurements, including high-precision temperature that feeds into Cascade3, pressure, and a range of standard and unique production sensors, as well as real-time data transmission to the surface. Maxim is the digital workspace where analysts plan the diagnostic programme, integrate, and process the acquired data, perform the modelling and the in-depth analysis delivered in the final Horizontal Flow answer product.

Resources

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Pulse

Julia Sadykova — Mon, 28 Dec 2020 13:09:38 +0000

Pioneering electromagnetics delivering highly accurate tube integrity diagnostics

The miles of metal tubes that form the backbone of your well system are fundamental to its integrity. Tracking the condition and wall thickness of all tubes is essential to maintain a secure well.

The ‘electromagnetic signature’ of each tube contains information about the wall thickness, but extracting this accurately pushes the boundaries of electromagnetics, 3D modeling, and wellbore measurements to the furthest limits.

That’s exactly what we’ve managed to achieve with Pulse.

Pulse powers our True Integrity Tube products to accurately assess up to four concentric tubes from inside the wellbore. And unlike conventional systems, it works in all completion types, including dual string and corrosion resistant alloys.

Pulse architecture

Programmes & methods

Pulse is deployed using industry standard diagnostic programmes.

Tools & measurements

Ultra-fast sensor technology with rapid relaxation work with patented time domain measurements to deliver supreme accuracy in all completion materials, including specialised alloys with high chrome and/or nickle content.

Multi-sensor tool design and proprietary ultra-fast coils optimise energy transfer with each tube, to deliver industry-leading accuracy in multi tube completions.

Sensors designed and built in-house, incorporating tuned geometry and ‘fast coil cores’.

Multi-sensor tool design and proprietary ultra-fast coils optimise energy transfer with each tube, to deliver industry-leading accuracy in multi tube completions.

Sensors designed and built in-house, incorporating tuned geometry and ‘fast coil cores’.

Processing & modeling

Our model solves Maxwell equations which help transform raw data into accurate wall thickness measurements in all well geometries, including dual string completions, so you know your well’s condition from top to bottom.

Analysis & interpretation

Analysts leverage their deep experience in performing tube integrity analysis in thousands of wells globally.

Maxim, our digital workspace, provides analysts with a host of Pulse Apps and versatile visual displays to facilitate detailed analysis and confident interpretation.

Analysts leverage their deep experience in performing tube integrity analysis in thousands of wells globally.

Maxim, our digital workspace, provides analysts with a host of Pulse Apps and versatile visual displays to facilitate detailed analysis and confident interpretation.

Products

Our products offer critical well diagnostics to address the full spectrum of well system flow and integrity challenges.

Our approach

We pursue a diagnostic system approach where multiple platforms come together, bringing their own unique diagnostic capability to be used in the framework of the proven workflow.

Pulse is our electromagnetic platform, providing accurate barrier-by-barrier assessment of up to four concentric tubulars from a single through-tubing deployment.

Pulse platform is part of our True Integrity System and is used to evaluate the metal condition of tubulars throughout the well system. Pulse supports the diagnostic answers for the True Integrity Tube products

Pedigree

10 years of pioneering scientific research, ingenuity and direct field experience in applying electromagnetic diagnostics to thousands of well systems globally.
Five international patents for electromagnetic technology and methods.
Extensive ‘multi-barrier’ research, testing and calibration facilities enable continuous advancement of electromagnetic diagnostics.
Experts in high-performance, fast switching electronic circuit design and 3D numerical modeling.
Designed and built entirely in-house at our Technology Centre.

Pulse family

Our Tube Integrity products rely on the Pulse, Indigo and Maxim platforms to deliver an accurate assessment of tube condition. Depending on the product and its application, we utlise a specific combination of Pulse sensors to achieve the desired diagnostic objective. Each sensor is designed to energise certain tubulars or ‘barriers’ and is arranged in the Pulse tool string used to survey the well.

We deploy a range of Pulse variants according to the number of barriers to be surveyed. Pulse1 is optimised to deliver ‘true wall thickness’ measurements of production tubing in eight sectors, with complete all-around sensing of tube wall condition. And for simultaneous assessment of multiple barriers, Pulse2, Pulse3 and Pulse4 are utilised for two, three and up to four barriers respectively. The multi barrier variants can be combined with Pulse1 for a more detailed assessment of the well completion.

Metal Loss Calculator

V (speed)
ft/min
* 6 - 30 ft/min allowed

Barrier	Min Hole Size, in	Min Pit Size (50% pipe thickness), in	Thickness Accuracy, %
I	-	-	-
II	-	-	-
III	-	-	-
IV	-	-	-
* The logging speeds of 18 ft/min and 30 ft/min are suggested to show the variety and impact of logging speed on sampling the minimum defects and their size and is not recommended for EmPulse® logging.

Perforation

Barrier	Shots per foot (SPF)	Hole Size, in

Result:

Metal loss:

-

Detected:

-

Resources

Media

We strive for continuous advancement of electromagnetic diagnostics.

Extensive ‘multi-barrier’ research, testing and calibration facilities.

The post Pulse appeared first on TGT.

Pulse1

Pavel Lyamin — Wed, 17 Jun 2020 10:11:38 +0000

Tube integrity diagnostics delivering true wall thickness

Pulse1 is the newest addition to our Pulse electromagnetic platform; one of five proprietary platforms that provide powerful through-barrier diagnostics to the oilfield.

Pulse1 is the industry’s first slimhole tube integrity technology capable of delivering ‘true wall thickness’ measurements of production tubing in eight sectors, with complete “all-around” sensing of tube wall condition.

Pulse1 has been designed to meet the growing industry need for “no compromise” integrity management, and overcome the drawbacks of current technologies, especially multifinger calipers and conventional electromagnetics.

Calipers measure internal diameter and estimate wall thickness by assuming a ‘nominal’ outside diameter (OD).

Variations in the actual OD and external corrosion, both invisible to calipers, can invalidate the thickness value. Similarly, scale or wax deposits on the inner surface can mask internal defects and lead to further false readings. Pulse1’s ability to measure actual wall thickness in multiple sectors eliminates these issues, delivering greater accuracy in a wider range of scenarios.

Another consideration with calipers is coverage. Caliper fingers touch 10-30% of the inner wall surface, so localised metal loss can be missed. And in corrosion resistant tubulars, the millimeter-thin fingertips could scratch protective coatings, exposing the alloy beneath.

Pulse1 overcomes these challenges and many more, making it the ideal choice for routine or targeted tube integrity surveillance.

DOWNLOAD BROCHURE

Applications

Manage integrity of primary tubulars.
Routine or targeted surveillance of primary tube condition.
Time-lapse tube condition monitoring.
Identify internal and external defects.
Assess tube condition in the presence of scale, wax or gas.
Evaluate the integrity of high-chrome completions.
Check status and orientation of perforations.

Benefits

Enables “no-compromise” integrity management.
Delivers actual wall thickness for accurate compliance assessment.
Better remediation decisions, precisely targeted.
Spot tube weaknesses before it fails.
Improved efficiency and reduced intervention costs.
Accurate tube assessment in wide range of scenarios.
Avoid caliper scratching and monitor high-stakes completions.
Maintain productivity.

Features

Resources

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Maxim

Julia Sadykova — Wed, 23 Oct 2019 11:15:32 +0000

Seamless digital workspace where our analysts transform data into critical insights

Using a common, cohesive platform for data integration, processing and analysis is the industry standard, and there are several powerful solutions available in the market. But none have been custom-built to look at wells the way we do, or work with through-barrier technology the way we can.

Until now.

Maxim software is the backbone of our diagnostic systems and provides a seamless workflow from planning to processing, to products.

Our analysts use Maxim to develop and optimise diagnostic programmes and refine techniques. Then they use Maxim to process data and model results which they visualise and analyse to develop the critical insights that form the basis of our products.

Maxim architecture

Programmes & methods

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Processing & modeling

Single immersive platform enables efficient workflow execution from planning to product generation.<\/p>
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Analysis & interpretation

Products

Our approach

Rather than focusing our efforts solely on the tool, we recognise that it takes more than the tool to deliver accurate diagnostic answer products. It takes a diagnostic system supported by a digital platform.

The accuracy of each step has a knock-on effect on the overall accuracy of the diagnostic answers. Unlike other oilfield service companies, each of these steps is completed in-house, using our own intellectual property which builds on more than 20 years’ experience in the through-barrier diagnostics market.

Maxim is the digital workspace that combines each step in both the True Flow and True Integrity systems.

Pedigree

20 years of building knowledge and expertise in performing through-barrier diagnostics in thousands of well systems globally.
TGT is the category leader with more than 200 scientists, mathematicians, engineers, and analysts specialising in through-barrier diagnostics.
A global team of more than 40 analysts and domain champions share real-world learning for continuous technology advancement.

Resources

Media

Continually developed and tested for the past 20-years, Maxim is unique to TGT.

Proprietary digital modelling and processing software

The post Maxim appeared first on TGT.

Cascade

Julia Sadykova — Wed, 23 Oct 2019 11:15:19 +0000

Where heat measurements become flow insights

Harnessing thermal energy to quantify flow, from the reservoir to the wellbore.

Fluids moving through the reservoir to the well system have thermal mass and can heat or cool the areas they touch. These temperature changes carry valuable information about fluid behaviour, particularly flow rates and profiles.

The physical laws of thermo-hydrodynamics are incredibly complex, and the interactions between them even more so. The 3D world of metal, concrete and earth that we call the ‘well system’ adds more complexity. Extracting accurate flow data from this environment can seem like an impossible task.

But not for Cascade.

TGT founded its business on transforming temperature changes into flow information, and since then we have taken this capability further than anyone.

Today, Cascade delivers that capability through our True Flow products to reveal flow like never before.

Cascade architecture

Programmes & methods

Tools & measurements

Automated modeling code rapidly resolves the \u2018answer\u2019 from inputted data.<\/p>
\n

Parallel processing makes thousands of calculations, accurately solving multiple thermo-hydrodynamic equations.","sys_arc_sh_downlaod_button_text":"Downlaod Article","sys_arc_sh_file_attachment":false}">

Processing & modeling

Maxim, our digital workspace, provides analysts with a host of Cascade Apps and versatile visual displays to facilitate detailed analysis and confident interpretation.","sys_arc_sh_downlaod_button_text":"Downlaod Article","sys_arc_sh_file_attachment":false}">

Analysis & interpretation

Products

Our approach

We pursue a diagnostic system approach where multiple platforms come together, bringing their own unique diagnostic capability to be used in the framework of the proven workflow.

Cascade is our thermal platform and, when in the hands of our engineers and analysts, can qualify and quantify any kind of flow event, critically reservoir flow, and reveal the relationship between the two.

Pedigree

Cascade diagnostic platform has been designed and engineered entirely in-house.
More than 10 years of pioneering scientific research, ingenuity and direct field experience in applying thermal flow diagnostics to thousands of well systems globally.
Advancing industry knowledge in temperature, hydrodynamics and 3D numerical modeling.
Two confirmed patents (and patent pending) for specific data acquisition techniques required for reservoir flow quantification in producers and injectors.
Tested and proven in several thousand well systems, servicing more than 70 international operators.
More than 70 recognised industry publications.

Resources

Media

Our True diagnostic systems and products extract accurate information from your well and turn it into unique actionable insights so you can manage performance safely, productively and profitably.

TGT continues to advance our in-house production of key devices, components and electronic boards.

The post Cascade appeared first on TGT.

Pulse

Julia Sadykova — Tue, 22 Oct 2019 11:34:49 +0000

Pioneering electromagnetics delivering highly accurate tube integrity diagnostics

That’s exactly what we’ve managed to achieve with Pulse.

Pulse architecture

Programmes & methods

Multi-sensor tool design and proprietary ultra-fast coils optimise energy transfer with each tube, to deliver industry-leading accuracy in multi tube completions.<\/p>
\n

Sensors designed and built in-house, incorporating tuned geometry and \u2018fast coil cores\u2019.","sys_arc_sh_downlaod_button_text":"","sys_arc_sh_file_attachment":false}">

Tools & measurements

Processing & modeling

Maxim, our digital workspace, provides analysts with a host of Pulse Apps and versatile visual displays to facilitate detailed analysis and confident interpretation.","sys_arc_sh_downlaod_button_text":"","sys_arc_sh_file_attachment":false}">

Analysis & interpretation

Products

Our approach

We pursue a diagnostic system approach where multiple platforms come together, bringing their own unique diagnostic capability to be used in the framework of the proven workflow.

Pulse is our electromagnetic platform, providing accurate barrier-by-barrier assessment of up to four concentric tubulars from a single through-tubing deployment.

Pedigree

10 years of pioneering scientific research, ingenuity and direct field experience in applying electromagnetic diagnostics to thousands of well systems globally.
Five international patents for electromagnetic technology and methods.
Extensive ‘multi-barrier’ research, testing and calibration facilities enable continuous advancement of electromagnetic diagnostics.
Experts in high-performance, fast switching electronic circuit design and 3D numerical modeling.
Designed and built entirely in-house at our Technology Centre.

Pulse family

Metal Loss Calculator

V (speed)
ft/min
* 6 - 30 ft/min allowed

Barrier	Min Hole Size, in	Min Pit Size (50% pipe thickness), in	Thickness Accuracy, %
I	-	-	-
II	-	-	-
III	-	-	-
IV	-	-	-
* The logging speeds of 18 ft/min and 30 ft/min are suggested to show the variety and impact of logging speed on sampling the minimum defects and their size and is not recommended for EmPulse® logging.

Perforation

Barrier	Shots per foot (SPF)	Hole Size, in

Result:

Metal loss:

-

Detected:

-

Resources

Media

We strive for continuous advancement of electromagnetic diagnostics.

Extensive ‘multi-barrier’ research, testing and calibration facilities.

The post Pulse appeared first on TGT.

Chorus

Julia Sadykova — Tue, 22 Oct 2019 10:22:28 +0000

Acoustic sensing and analysis platform, revealing flow throughout the well system

Fluid flow in the well system creates a rich spectrum of acoustic energy that penetrates the surroundings. This acoustic wave is encoded with information about the type of flow, and its location.

But well systems aren’t ‘recording studios’. Sound frequency and intensity vary from barely imperceptible to deafeningly loud. Noisy interference can drown out important signals. And even if the acoustic wave form is captured faithfully, the link between flow and acoustics is so complex that translating it into reliable flow information is often beyond the reach of ordinary systems.

Chorus is not a tool nor is it any ordinary platform. It delivers incredible resolution and fidelity across the widest spectrum of useful acoustic energy.

Chorus is part of our True Flow System and is used to locate and characterise flow for our True Flow products. Chorus is also part of our True Integrity System and is used to validate sealing performance (confirming there are no leaks) in well system barriers in our True Integrity Seal products.

Chorus architecture

Programmes & methods

Unique sensor design provides a high level of threshold sensitivity and dynamic range.<\/p>
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Tools & measurements

Model-oriented processing of downhole data from multiple sensors allows you to determine the position and classify the signal source.<\/p>
\n

Artificial Intelligence (AI) is used for some products to detect specific spectral signatures or events on waveforms.","sys_arc_sh_downlaod_button_text":"","sys_arc_sh_file_attachment":false}">

Processing & modeling

Single immersive platform enables efficient workflow execution from planning to product generation.<\/p>
\n

Secure centralised data archiving.","sys_arc_sh_downlaod_button_text":"","sys_arc_sh_file_attachment":false}">

Analysis & interpretation

Products

Our approach

We recognise that delivering accurate diagnostics requires not only the highest fidelity measurements, but also a system-based approach. It is important to have the best sensors and measurements, but it also important to use them in the right way then filter, process and model the data into tangible answers. Therefore, we pursue a diagnostic system approach where multiple platforms come together, bringing their own unique diagnostic capability to be used in the framework of the proven workflow.

Chorus is our acoustic platform and when in the hands of our engineers and analysts, can precisely locate any kind of flow event within the entire well system.

Chorus platform follows a logical workflow where each part of the framework works to reveal a more complete picture of your flow within your well system.

Pedigree

10 years of pioneering scientific research, ingenuity and direct field experience in applying spectral diagnostics to thousands of well systems globally.
Four international patents for spectral acoustics and more than 60 recognised industry publications.
Extensive acoustic research, testing and calibration facilities, anechoic chamber, flow loops, core analysis and test wells, enable continuous advancement of acoustic diagnostics.
Experts in high-performance, low-noise electronic circuit design.
Designed and built entirely in-house at our Technology Centre.
Tested and proven in thousands of well systems for more than 70 international operators.

Resources

Media

Soundproofing reduces the transmission of unwanted direct sound waves

Scientist working in an echoless room that's designed to prevent the reflection of both sound and electromagnetic waves

The post Chorus appeared first on TGT.

Indigo

Julia Sadykova — Tue, 22 Oct 2019 10:19:55 +0000

Multisense functionality completes the diagnostic picture in real-time

Delivering the right information at the right time is fundamental to successful diagnostics. Measurements must be accurate and appropriate for the task, particularly when you want to see more.

Many companies use mass produced, off-the-shelf tools to make and convey well measurements. But not all follow our exacting design standards.

That’s why we make our own.

Indigo is a seamless ‘silent’ platform of wellbore sensors, memory, communication and power modules that have been engineered to synchronise perfectly with TGT’s Chorus, Cascade and Pulse technology. The result is enhanced measurement accuracy and a more complete picture.

Also, Indigo enables memory mode and real-time operation. This capability provides extra flexibility and boosts the efficiency of through-barrier interventions.

Indigo architecture

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Programmes & methods

Custom designed \u2018low noise, low impact\u2019 circuitry and components minimise interference with high-performance acoustic and electromagnetic measurements delivering better accuracy.<\/p>
\n

Patent pending single-bus protocol with \u2018common clock\u2019 ensure full measurement synchronisation of multiple sensors and tools for enhanced accuracy.<\/p>
\n

Patented heat exchange measurement (HEX) provides accurate flow measurement in very low flow rates.<\/p>
\n

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Tools & measurements

Processing & modeling

Maxim, our digital workspace, provides analysts with a range of Indigo Apps and versatile visual displays to facilitate detailed analysis and confident interpretation.","sys_arc_sh_downlaod_button_text":"","sys_arc_sh_file_attachment":false}">

Analysis & interpretation

Products

Our approach

We pursue a diagnostic system approach where multiple platforms come together, bringing their own unique diagnostic capability to be used in the framework of the proven workflow.

Indigo is our multi-sense platform, which provides complimentary measurements required to deliver diagnostics for True Flow and True Integrity products. True Flow System focuses on locating and quantifying flow and the True Integrity System is used to evaluate the condition of tubulars and validate sealing performance.

Pedigree

10 years of engineering ingenuity and direct field experience in applying wellbore measurements to thousands of well systems globally.
Patented measurement capability.
Experts in high-performance, low-noise electronic circuit design.
Designed and built entirely in-house at our Technology Centre.
Tested and proven in thousands of well systems for more than 70 international operators.

Media

Patented measurement capability

Comprehensive analysis and interpretation of wellbore measurements complement through-barrier measurements

The post Indigo appeared first on TGT.