Inspection Services

​OGLTS offers third-party inspection services to meet your Statutory compliance either as a planned process or in an emergency situation. Some of the elements of third-party inspection are: 

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• Product Certification

• Third-party inspection of Pressure Equipment meeting your Statutory compliance

• Third-party inspection for Pressure vessels

• Review of material test reports

• Witnessing mechanical tests, factory acceptance tests and hydrostatic and performance tests

• Third-party Witnessing welder's performance qualifications,

• Witnessing NDE (Non-Distructive Examination) and performing visual examinations

• Instrument calibration

• Inspection of coatings

• Third party Asset Owner's Representation Services

• Material verification

• Third-party Assurance of Product quality

VT are crucial while repairing aging equipment and their structural supports; it is also essential while fabricating new critical equipment to standards. VT is the method to perform code compliant visual inspections of assets whether in the new construction or maintenance sector.

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OGLTS are able to provide periodical and certified visual inspections across a range of products and industries.

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• Lifting, Lifted, Materials Handling and Height & Safety Products

• Inspection of Winches & Winders

• Inspection of Wire Rope (Crane, Ship Loaders, Winch Ropes etc).

• Inspection of Conveyor (Gravity & Winch Take Up) Systems.

Robotic Inspection Services

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Our focus is on implementing robotic inspections inside pressure vessels, piping, and tanks. Our aim is to replace traditional confined space entries which will result in zero exposure to the risks associated with entering confined spaces. This will result in a significant reduction of the costs related to equipment preparation and setup for maintenance and inspection.

 

In order to achieve this goal, OGLTS has been investing in state-of-the-art and reliable robotic systems. Robots allow the operator/inspector to access areas inside the vessel, even the ones that could not be accessed by humans, to provide a thorough check of internal pressure boundary surfaces. The operator/inspector can navigate to the areas of interest and use a high-resolution pan-tilt-zoom camera mounted on the robot to capture photos and videos.

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Drone Inspection Services

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Our unmanned drones can perform inspection services on a wide range of oil and gas projects – UAVs are able to access many areas that manned vehicles cannot. On top of this, unmanned inspections are also able to be performed during a project as well as before – helping find faults and minimise risks while not impacting efficiency.

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OGLTS can provide approved pilots and inspectors to facilitate drone operations.

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• Oil Rig & Platform Inspections

• Crane & Rope Inspections

• Tower Inspections

• Solar Farms

• Wind Turbines

Destructive testing is undertaken in order to understand a specimen’s performance or material behaviour, these procedures are carried out to the test specimen’s failure. Destructive testing procedures can either follow specific standards or can be tailored to reproduce set service conditions.

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Destructive testing methods are commonly used for materials characterisation, fabrication validation, failure investigation, and can form a key part of engineering critical assessments, which also involves non-destructive testing (NDT) techniques such as digital radiography.

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OGLTS has the ability to carry out the following DT:

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Tensile Testing

• Tensile testing is a destructive test used to determine the tensile strength of a material by pulling it apart until it fractures. The test involves applying a tensile force to a material sample until it breaks. Tensile testing is commonly used to evaluate the strength and elasticity of materials such as metals, plastics, and composites.

 

Compression Testing

• Compression testing is a type of destructive test used to determine the compressive strength of a material by crushing it until it fails. The test involves applying a compressive force to a material sample until it collapses. Compression testing is commonly used to evaluate the strength of concrete, ceramics, and polymers.

 

Bend Testing

• Bend testing is a destructive test used to evaluate the ductility and toughness of materials by bending them until they fracture. The test involves applying a force to a material sample until it bends to a specified degree or until it fractures. Bend testing is commonly used to evaluate the properties of materials such as metals and plastics for ductility.

 

Impact Testing

• Impact testing is a type of destructive test used to evaluate the resistance of materials to impact and shock. The Impact Test involves striking a material sample with a pendulum or a falling weight and measuring the energy required to fracture it. Impact testing is commonly used to evaluate the toughness and durability of materials such as metals, plastics, and composites.

 

Fatigue Testing

• Fatigue testing is a destructive test used to evaluate the durability and resistance to the cyclic loading of materials. The test involves subjecting a material sample to repeated loading and unloading until it fails. Fatigue testing is commonly used to evaluate the properties of metals and polymers subjected to cyclic loading in service.

 

Hardness Testing

• Hardness testing is a destructive test to evaluate materials' hardness, strength and wear resistance. The test involves pressing a hard object into the surface of a sample material and measuring the depth of the indentation.

 

Corrosion Testing

• Corrosion testing is a destructive test used to evaluate the corrosion resistance of materials. The test involves subjecting a material sample to corrosive agents in a controlled corrosive environment and measuring the corrosion rate.

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