Phonon Diagnostics Technique

is based on a real-time diagnostics of physics process which goes in material and structure of facilities

PHONON DIAGNOSTICS

PDT Working Principle

The result of interaction of energy and material are various physical process taking place in the material:

stress concentration, fatigue damage, deformation, destructions.

Phonon emission appears on areas of defects formation and growth,

Phonon inspection consists in acquisition, recording, processing, analysing and interpreting characteristics and factors of phonon emission propagation.

ENERGY + MATERIAL = PHONON EMISSION

1

Technical Capabilities

Inspection without interference in the operating process.

Real-time inspection

Hard-to-reach facilities inspection

100% coverage

2

Defect Detection

POD≥80% accuracy results:

Quantity

Location

Size

Type

Severity

Corrosion, Crack & Leak

3

Benefits for Customers

Minimum of preparatory work

Safe and Continuous operation of facilities

Non-intrusive inspection technique

Increased speed of inspection

Financial saving

Phonon Diagnostics Technique equipment is verified by the main oil and gas operators around the world.

Phonon Diagnostics Technique Working principles

Phonon Emission

The industrial facilities (such as pipelines, pressure vessels, etc.), rather the materials from which they are made, are influenced by effects of different types such as mechanical, thermal, magnetic, i.e. energy effects them from outside.

The materials themselves have internal energy, including the energy of the crystal lattice bonds — phonon emission.

There is an interaction of material and energy going in a component under operating conditions, i.e. the energy ( E) supplied from the outside interacts with material ( M).

As a result of this energy interaction, there are processes of redistribution, concentration and release (emission) of energy by the material i.e. phonon emission PhE is formed in the material and around it.

The universal reaction of interaction in terms of "material (structure) – energy" can be written as follows: E + M = PhE

For more information

E + M = PhE

As a result of interaction between energy and material is various physical processes - corrosion damage, thinning, fatigue damage, and destruction.

Phonon emission is most intense and concentrated in places where corrosion, damage, defect formation and destruction are occurring.

Distribution, intensity, concentration and other parameters of phonon emission directly characterise the processes occurring in the structure, determine the state of the material, characterise the technical condition of the structure.

The most important part of Phonon Diagnostics Technique is the advanced software technologies.

Among other things, detection of defects by Phonon Diagnostics Technique (PDT) is based on the component topology in the process of data collection and processing.

Phonon Diagnostics Technologies Ltd.
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Phonon Diagnostics Technologies LTD. is a leading UK manufacturer of innovative asset protection solutions with a special focus on non-destructive testing (NDT), helping to ensure the safety of civil and industrial assets.

SHARK CONSULTING FZ LLC is the official service supplier of our equipment worldwide. For any inquiries please contact our exclusive distributor directly. You can visit their website for more information: https://www.thesharkholding.com