saved
Need
Status: Need is Open

Tagging and Identification of Components in Harsh Environments

Request Number

NG_2017_0006_N_023
Point of Contact
Description

Subsea 7 is seeking technologies or novel solutions to enable the tagging of pipelines and the subsequent read/writing and storage of information on suitable database. The proposed technology must have a long lifespan (up to 25years) and be fit for use in deep sea environment. The tagged pipes will store information on the unique identity of each pipe including manufacturing details to enable in-service inspection on the sea-bed.

Background

Pipelines are manufactured and delivered to the end clients/pipe lay contractors with identification details, based on unique alphanumeric and/or numeric codes, which are dot peened onto the pipe surface and/or indelibly either paint or ink marked on the pipe coating surface at the source of manufacture. Manual tracking of the identification code normally comprises tracking of line pipe on receipt at the pipeline fabrication location and monitoring through the firing line operations. This system is inefficient, prone to errors and has limited flexibility for data storage, analysis and reporting. The dependence on manual management of production data is also an obstacle to the wider implementation of automated manufacturing technologies and to achieving further production efficiency improvements.

What is required is a standardised line pipe tagging and tracking system which has the capacity to automatically read the line pipe identity details and to capture the data. The identity tag must also have sufficient durability and integrity considering the processes that occur during both the manufacture of the pipe and all subsequent operations including transferability at coating mills and pipe lay installation offshore. Such a system should be integrated with software to enable full traceability including all material, manufacturing and inspection data. The identity tag details should be easily transferable from the bare pipe to the pipe coating.

 

The following characteristics should be considered in the final technology offering:

  • Suitable for fully automatic deployment.
  • High volume tagging of pipe, multiples of 1000’s.
  • Readable on land and subsea at all tag orientations – specify approximate readable distances for both.
  • Design life of 25 years (minimum).
  • Be applicable to pipeline plastic and metal surfaces (PP, PE, PU and FBE. Carbon steel, CRA and clad pipe). Variance of sizes, 2 inches to 20 inches diameter.
  • Minimal environmental impact during lifetime and failure..

 

Key success Criteria
  • Be able to withstand heat exposure of up to 150°C.
  • Be able to withstand electromagnetic forces processes (demagnetisation and arc welding).
  • Be able to withstand all manufacturing and pipelay installation processes.
  • Be robust and withstand extreme service environments including -5 to 40°C and atmospheric pressure of up to 3,000m water depth. Risk of impact in service due to trawler, lateral walking, and trenching.
Possible Approaches
  • RFID – active and passive
  • Smart Paints / inkjets
  • Smart Laser stamping
Due Date
Aug 29
Items to be submitted

We are looking for concise, non-confidential proposals. The proposal should:

  • Describe the technical approach. A strong technical content is preferred and should ideally include; information on the technological readiness of the proposal, any proof of concept data, reference to any peer reviewed publications  and potential route to commercialization.
  • Include a description of the responding organisation or team and their experience.

 

Please use the Respond button in order to submit your proposal. We recommend:

  • Including a concise abstract summarising your submission
  • Attaching your proposal
  • Attaching any additional documents

 

Please note that only non-confidential information can be accepted. By submitting a response you confirm that the response does not contain any confidential information.

Gallery Moderator(s)
Oliver Worsfold
Request Number
NG_2017_0006_N_023
Area of Interest