Case Studies


ABI® Integrity Services has secured exclusive access to ABI® technology and systems.

Case Studies

ABI® Integrity Services sources genuine Stress-Strain Microprobe® (SSM™) Mobile from ABI Innovation - the inventors of ABI technology. ABI® Integrity Services has secured exclusive access to ABI® technology and systems. We believe this investment in ABI® systems provides the most accurate nondestructive testing available for steel infrastructure.

Measuring Tensile Strength and Fracture Toughness

ABI® technology is used to determine tensile and fracture toughness properties through a non-destructive mechanical testing method. It relies on progressive indentation intermediate partial unloading processes which are performed until maximum depth is reached.


Subsequently, the indenter is fully unloaded to complete the testing.The test using ABI® technology only requires a small volume of material to be tested which is ideal for components that may not be practical or cheap to produce cut samples for testing.

Client Case Studies

Determining MAOP with Varying Wall Thickness

A run using a smart-pig MFL tool was conducted which discovered a pipe joint measuring 50’with an outer diameter of 12” that was reported to have a 0.281” wall thickness. The rest of the pipeline had a 0.312” wall thickness of Grade X52. It was apparent that the evenly reduced thickness was not a result of corrosion but was most likely caused by the replacement of the original joint.


This was done because the pipeline suffered severe centralized corrosion due to the pipe joint being fixed in a swamp area.The in-situ ABI® test confirmed that the mechanical properties requirements had been fulfilled by the joint that managed to meet Grade X65. This means that the MAOP of the line did not need to be reduced as it has been compensated by the increase of Grade X65 and not X52.


The MAOP consists of a total of three parameters namely SMYS x wall thickness / outer diameter of the pipe. This is on top of the various mandatory safety factors. This case study shows the complementary abilities that can be achieved when using in-situ ABI® testing and in-line inspection.

Preventing a Tank Fracture when Inserting a New Nozzle

The client was looking to determine the fracture toughness of the wall of a storage tank before a plug can be cut to allow a new nozzle/outlet to be fabricated to prevent excessive fracture that may occur when the modification takes place. ABI® testing provided the mechanical properties of the wall of the tank to the client to enable them to perform the modification safely.

Determining Pipe Grade Following an Acquisition

Determining the pipe grade based on the value of the yield strength measured by ABI® testing as well as the tensile strength (average value minus one standard deviation obtained from 3 to 5 ABI® tests). The values are to be compared to the API 5L specified minimum yield strength and tensile strength values per pipe grade.


The majority of in-situ ABI® tests were performed on the sections of pipelines that come with unknown grades (loss of material certificates due to mergers and acquisitions, retirements of staff, replacement of damaged or corroded joints with undocumented ones that only meet the values of outer diameter).

Work with ABI® Integrity Services

ABI® Integrity Services owns exclusive rights and access to ABI® technology for us to perform professional test and analysis on steel infrastructures. Learn more about how ABI® Integrity Services technology can help with your specific project needs, feel free to contact us today.

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