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May 09, 2023
McDermott is a leading fully integrated global provider of engineering and construction solutions to the energy industry, operating in over 54 countries. They leverage a technology-driven approach to design and build infrastructure solutions to transport and transform oil and gas in a responsible manner.
P&IDs are detailed and congested engineering drawings used in the process industry, some of which can consist of up to 100 pages. For safety, planning, and cost reasons, it is important to check and approve these drawings several times throughout a project. These checks are usually performed by highly experienced engineers and can take hours to complete.
Using Artificial Intelligence, McDermott has now automated this workflow, saving valuable engineering hours and reducing the risk of errors.
“Process and piping engineers often perform a lot of manual work that we can easily avoid by using an application instead. Checks can take up to tens of hours per project. ReCo tool does the same in a few seconds, with a processing speed of 100 P&IDs in just 3 minutes.”
Mina Ya-alimadad
AI Projects Manager at McDermott
The ReCo tool is made with Python on the VIKTOR platform and leverages a Deep Learning model for identifying mistakes in piping and instrumentation diagrams (P&IDs). Although the logic behind the ReCo tool might be complex, using the application is straightforward thanks to the simple and user-friendly interface.
“The app is very simple in terms of the user interface, so it’s easy to use for any process engineer. Most of the complicated work is done in the background," Ya-alimadad adds.
Engineers use the app by uploading their P&ID files, then the AI starts checking for common mistakes using an image recognition algorithm. If a mistake is identified, the engineer is notified and decides whether it is actually an error and how to correct it.
“This way, the app supports engineers in their work. It even serves as a learning facility for junior engineers, as the ReCo tool provides a downloadable reference manual of common mistakes that occur in P&IDs and indicates common mistakes and how to avoid them,” confirms Ya-alimadad.
It’s interesting to note that the ReCo was initially developed in collaboration with a Controls and Instrumentation Engineer. According to Ya-alimadad this is important because “most of our ideas come from our engineers. Which is how it should be, as they understand the struggles best.”
With offices in over 54 countries and 20 to 150 process engineers per engineering office, the ReCo tool has a vast potential user base.
“With the ReCo tool we introduce AI to the engineering team and show them what can be achieved. We are not just building tools. We are educating people on AI and demonstrate the value it has for their work.”
Mina Ya-alimadad
AI Projects Manager at McDermott
After the success of the ReCo tool for P&IDs, McDermott decided to release another version: the ReCo tool for isometrics (ISOs). This version helps engineers identify typical drafting mistakes by analysing drawings and identifying design errors. Additionally, it can spot mistakes on PDF drawings provided by a third party.
With several more VIKTOR-hosted AI applications in the pipeline, we asked Ya-alimadad about the reason why McDermott chose the VIKTOR platform to develop their tools.
According to Ya-alimadad, "We chose VIKTOR.AI for our application development because of their focus on engineering. We speak the same language. VIKTOR.AI immediately understood our business needs and the needs of our end-users – who are ultimately our engineers.”
September 27, 2023