Research and Development Initiative

Integrity NDT has a dedicated R&D team and our involvement in innovation projects continues with our ongoing participation in funded, Group and Government Sponsored programs.

European Commission Sponsored Development Programmes

EC H2020

Through offering generous grants and removing barriers to innovation, the aim of the funded programmes is to respond to Europe’s needs in terms of jobs and competitiveness. This provides both private and public sectors with the flexibility to pursue and develop innovative ideas, ensuring Europe produces world-class technological development, whilst maintaining leadership in global knowledge.

Fast Track to innovation (FTI) is a fully-bottom-up measure in Horizon 2020 promoting close-to-the-market innovation activities. FTI aims to reduce the time from idea to market and to increase the participation in Horizon 2020 of industry, SMEs and first-time industry applicants. FTI also aims to nurture trans-disciplinary and cross-sector approaches. All kinds of innovation actors can work together to develop sustainable innovations addressing societal needs or areas under ‘Leadership in enabling and industrial technologies’ and, at the same time, create viable business opportunities.

SME Instrument) is part of the European Innovation Council (EIC) pilot that supports top class innovators, entrepreneurs and small companies with funding opportunities and acceleration services. The main focus of the SME Instrument is on market-creating innovations that shape new markets and generate jobs, growth and higher standards of living.

EU Funded Research and development programmes FP7 (2007 – 2013) & Horizon 2020 (2014 – 2020).

Completed Projects:

EC Funded Horizon 2020 FTI ‘TankRob’ – Partner

EC Funded FP7 ‘Creepimage’ – Partner

Current Ongoing Projects:

EC Funded Horizon 2020 FTI ‘MoniTank’ – Coordinator

Group Sponsored Project (GSPS)

Completed Project:

‘P91 – P92 Life Assessment’ (ETD Consulting)

Lab 1

There are 132.000 fuel stations in the EU that must regularly inspect their aging underground storage tanks to abide to strict regulations and avoid leaks and failures that can have catastrophic consequences. Currently, inspections are performed in regular intervals using portable systems operated by specialised inspectors, a method that is costly and unreliable as it is prone to human error. This project will develop an autonomous end-to-end solution for structural health monitoring of underground storage tanks that has the potential to revolutionise the sector.

MoniTank system uses acoustic emission risk-based inspection technique, and advanced signal processing and data acquisition systems in a single bespoke system enabling an Internet-of-Things approach. It will be able to provide continuous monitoring and will use intelligent algorithms to predict potential structural failures able to identify with accuracy structural integrity threats before they evolve to problems or lead to ruptures and failures.


TankRob: In-service intrusive Non-Destructive Testing of above ground and underground petrochemical storage tank floors.

The majority of the bulk liquids stored in these tanks includes crude oil and derived products which are potentially hazardous to the environment and especially for water as a spill of only one gallon of oil can contaminate a million gallons of water.

Storage tank NDT inspection process is very costly, long cycle,  and harmful for both environment and human inspectors. Currently, there is no inspection solution allowing for low-cost and 100% surface tank inspection.

Our goal is to capitalise on previous outstanding work and commercialise TankRob, a highly innovative robotic crawler that is capable of semi-autonomously inspecting storage tank steel plates using ultrasound technology.

Please see project website for details:

ETD Project

This project will test welded pipes under internal pressure (and in some cases internal pressure and end load) creep and creep-fatigue modes and the data will be supplemented by laboratory specimen tests for life assessment purposes. The feature tests will be inspected at regular intervals and monitored using the techniques identified above. Testing conditions will be representative of power plant operating conditions, albeit with some acceleration, including.

Cyclic operation which is now becoming more common. The results will help to build up accurate relationships of different damage parameters with the component remaining life and thus improve plant operator`s confidence in the long-term safe operation of high Cr martensitic steels.

Please see project website for details:

creepimageThe CreepImage project will develop a digital image technique for long term measurement and monitoring of creep deformation of an engineering structure/component under harsh conditions (high temperature, irradiation etc.) where direct sensor attachment and human access are difficult or dangerous. A high definition digital camera equipped with a suitable lens (macro, telescopic or telecentric lens) will be used to capture speckle plate images of a grid on the component surface at various stages, and digital image correlation (DIC) will be used to calculate the deformation associated with creep behaviour of the component.

The procedure is expected to be as follows: (1) Physically produce a speckle plate grid on the surface of the structure. It serves as the information carrier from which deformation can be calculated by DIC. (2) Capture digital images of the grid at different stages. A reference plate with a stable known coefficient of thermal expansion (CTE) will be placed adjacent to the grid such that it can be imaged simultaneously. This permits automatic calibration without the need to keep the camera on site all the time. (3) DIC software will be used to calculate the overall deformation. Creep strain is obtained by subtracting the thermal deformation.

The project work will be a laboratory based demonstration to validate the proposed techniques and to investigate the measurement capability (accuracy, repeatability etc.). In addition, site trials on power plant and other potential application areas include evaporators in a power plant.

Please see project website for details:

Robotic ID

With a wealth of experience gained from almost 10 years of involvement in funded R&D collaborative schemes (both European and UK), we now have a dedicated R&D team.

Through the valuable experienced gained and our growing relations with collaborative Industrial and Academic partners from within the project schemes, Integrity NDT are focussed on the development on Robotics and Robotic solutions to the marketplace.

Operating from our Ankara base and our R&D laboratory and workshop facilities, our Integrity NDT R&D continues to flourish.