High-temperature inspection and cleaning by advanced ultrasonics for effective maintenance and management of oil and gas offshore production subsea and topside operating pipelines and vessels
This project addresses a number of related safetycritical, energy supply security, production economic and maintenance challenges in the lifecycle of oil and gas offshore production installations (eg platforms and FPSOs), subsea assets including pipelines, and production pressure components. The project aims to develop novel guided wave ultrasonic technologies for subsea pipelines to be deployed by diver or remotely operated vehicle:
- Condition monitoring for the early detection of inservice defects such as corrosion, using long-range ultrasonic testing (LRUT); encircling ultrasonic sensors and signal processing for the online (in-production) inspection of subsea pipes carrying hydrocarbons.
- Innovative high-power continuous wave (CW) LRUT electronic instruments and transmitters to dislodge and remove accumulated debris fouling in subsea and topside pipelines at temperatures up to 60°C.
- For pipe regions susceptible to fouling, innovative moderate-power CW LRUT electronic instrumentation and transmitters for fouling prevention in subsea pipelines at temperatures up to 60°C.
- Structural health assessment including detection of corrosion.
- Fouling detection and removal of pipelines and pressure components in offshore structures and subsea assets.
- Continuous operation of the offshore structures and subsea assets.
- Cost-effective and environmentally friendly fouling prevention and removal system.
This project is co-funded by the Natural Environment Research Council (NERC) under Grant agreement number 102491.
For more information, please visit the HiTClean website.