Home Case Studies AI-Driven P&ID Digitization Boosts Digital Twin Creation by Achieving 93% Accuracy

AI-Driven P&ID Digitization Boosts Digital Twin Creation by Achieving 93% Accuracy

A global geospatial leader

Our solution achieved a 93% accuracy rate, far exceeding the previous model’s 70% accuracy.

Meet our client

Client:

A global geospatial leader

Industry:

Manufacturing

Market:

Europe

Technology:

Computer Vision

Client’s Challenge

The major player in the chemical industry needed to digitize complex P&ID diagrams to create a Digital Twin of their facility. This required recognizing and classifying over 150 technical symbols in low-quality, cluttered diagrams. Manual digitization was slow, labor-intensive, and error-prone, delaying the process.

Our Solution

We developed a custom fully-convolutional, multi-scale neural network designed for P&ID digitalization. The system accurately detected small, densely packed symbols and mapped their connections. By integrating deep neural networks, graph-based algorithms, machine learning models, and heuristics, we tackled the complexity of the diagrams. With over 180,000 labeled objects, the model was trained on high-quality data to ensure precision.

Client’s Benefits

Our solution achieved a 93% accuracy rate, far exceeding the previous model’s 70% accuracy. This significantly reduced the manual effort required for P&ID digitization.

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