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Having worked for a decade supplying the Oil & Gas industry with thermographic solutions, we have built up strong expertise in this sector. We are committed to offering the best service to meet our client’s needs in electrical, mechanical, process and particular sand/sludge level measurement and trending in separators or vessels. We have been involved with developing OGI for one of our leading clients in the oil and gas sector which included the supply of equipment and training for a significant number of their leading technical engineers. Due to this intricate involvement, we are supporting OGI consultancy in-house to our usual high standards and protocols utilising world-renowned OGI Thermal Imaging Cameras. Our leading operative is at an advanced instructor level with the ability to train and offer OGI certifications following the technician’s successful completion of the OGI training course. In addition, we have further staff trained in the use of OGI. Our bespoke software packages TICOR™ and WEBCOR™ enable incredibly high-quality reports which offer exceptional clarity and make the data being displayed from the engineer’s findings easy to use, interpret and understand.
There are a number of areas in this industry where we can bring you useful thermography to help identify some of the commonly found problems and obstacles. Some of these inspections require specific procedures which require specialist permits to work.

Reduce costs by eliminating risk before it becomes a problem

Detect fire hazards early on and save money

Non-destructive testing which allows for in-depth inspections without causing damage

Get fully inspected without needing to stop operations
There are a number of areas in this industry where we can bring you useful thermography to help identify some of the commonly found problems and obstacles. Some of these inspections require specific procedures which require specialist permits to work. TI Thermal Imaging LLC offers the following industrial optical gas imaging inspection services:
Thermal imaging is a non-invasive non-destructive method used to identify potential problems that the human eye cannot detect. Our thermal imaging services have been a proven method to increase asset safety and save offshore companies thousands of pounds a year in rig and installation downtime by the early detection and prevention of electrical and mechanical incidents.
Our offshore thermographic surveys are best undertaken while equipment is operational at a minimum of 40% load. Some examples of previous offshore thermographic surveys include:
Sample Electrical Load Correction Video For Electrical Testing Within Oil & Gas Applications
Our thermal imaging services have been a proven method to increase asset safety and save offshore companies thousands of pounds a year in rig and installation downtime by the early detection and prevention of electrical and mechanical incidents.
Thermal imaging petrochemical testing help to avoid costly and dangerous emissions. That’s why infrared thermography is important to predictive maintenance programs around the world.
Thermal Imaging for Natural Gas Detection
The oil and gas industry depends on thermography to avoid costly and dangerous emissions. Infrared cameras help pinpoint gas leaks and is widely used in predictive maintenance programs around the world because it is a non-invasive and non-destructive way of testing.
Using basic thermographic principles it is possible for us to show areas of scale build–up, decreasing pipe wall thicknesses and weld discrepancies.

Thermographic Inspection Specifications:
• Initial visual inspection of the site order to familiarize with any irregularities or access problems
• Images will then be captured comprehensively recording all data which may benefit from temperature analysis



This inspection is designed to assess the flare header line in order to look for pockets of liquid held in eddy currents around the line elbow joints.
Where sacrificial anodes/cathodes are used we can quickly and easily detect areas where there may be a break/short in the circuits.
The above images were taken at varying distances of the same target. They show an area where the Cathodic titanium mesh is broken and is arcing due to the electrical current passing through. This area is very small at less than 2″ diameter
A short circuit from a break in the Cathodic mesh forms a thermal anomaly visible on the outer concrete layer itself removing the need to strip it all away. Savings on this application can be extremely significant.
Certain vessels suffer from a build up of sand deposits inside and it is sometimes difficult to know when to open the vessel and remove the deposits. Thermal imaging provides a quick and easy method of clearly identifying these levels.
The survey that we provide is unique in that we offer three very important details:






