Digitizing an Industrial Facility: Digital Twin, BIM, or 360° Virtual Tour

The digitization of industrial sites has become essential for optimizing maintenance operations. Through digital twins, Building Information Modeling (BIM), and 360° virtual tours, companies can create accurate virtual representations of their industrial installations.

Let’s explore in detail the possibilities offered by these techniques!

Digitizing an Industrial Facility: Digital Twin, BIM, or 360° Virtual Tour

Definition of Digital Twin, BIM, or 360° Virtual Tour

  • Digital twins are complete virtual representations of an industrial site or equipment, created by integrating data from sensors, 3D models, and management systems. They allow real-time monitoring of equipment performance, simulation of maintenance scenarios, and optimization of operations.
  • BIM (Building Information Modeling) is a method of designing, constructing, and managing industrial installations using digital 3D models. It integrates information about design, materials, processes, and maintenance for better collaboration and more efficient facility management.
  • Finally, 360° virtual tours use 360-degree images to create an immersive virtual visit experience of an industrial site. Users can virtually explore the facilities, zoom in on specific areas, and obtain contextual information to facilitate planning and execution of maintenance work.

What are the advantages of digitization for the industrial maintenance sector?

Digital Twin, BIM, Virtual Tour: Industrial Maintenance

Digitization solutions for industrial sites offer numerous advantages for maintenance.

First and foremost, they provide a better understanding of the installations, facilitating intervention planning and informed decision-making.

Digital twins enable real-time monitoring of equipment status, anticipation of failures, and optimization of machine availability. BIM allows close collaboration among different stakeholders, reducing errors and delays in maintenance.

360° virtual tours allow teams to visualize sites without physically being present, reducing costs and risks associated with on-site interventions.

However, certain limitations must be considered. Creating and managing digital twins and BIM models require technical skills and accurate data collection. Additionally, the use of 360° virtual tours depends on the quality of images and availability of contextual information. Internet connectivity can also be a limiting factor for real-time data access.

Use Cases: Digital Twin, BIM, 360° Virtual Tour Port of Rotterdam

Ennovia, Industrial Site Digitization, Digital Twin, BIM, 360° Virtual Tour, Port of Rotterdam Use Case.

Port of Rotterdam

Did you know? The Port of Rotterdam, one of the world’s largest ports, uses digital twins for infrastructure maintenance. Digital twins enable maintenance teams to visualize equipment status in real-time, detect anomalies, and proactively plan interventions.

According to a study by McKinsey, the use of digital twins in the maintenance of the Port of Rotterdam has reduced unplanned downtime by 15 to 20%.

Ennovia, Industrial Site Digitization, Digital Twins, BIM, 360° Virtual Tours, Stanford Medical Center Use Case

Stanford University Medical Center

On the other hand, Stanford University Medical Center has used BIM for the maintenance of its hospital facilities. BIM allows the creation of detailed digital models of buildings, integrating information about equipment, electrical systems, plumbing networks, etc. These models are used for maintenance work planning, asset management, and coordination of maintenance teams.

According to Autodesk, the use of BIM in the operations and maintenance of Stanford University Medical Center has resulted in cost savings of approximately 5 to 10% on maintenance expenses.

These examples demonstrate that when properly implemented, these technologies can have a significant impact on cost optimization and maintenance processes.

Conclusion: Digital Twin, BIM, or 360° Virtual Tour – Essential Tools for Digitizing Industrial Sites

Digitizing industrial sites using digital twins, BIM, and 360° virtual tours offers numerous advantages in maintenance.

By providing accurate virtual representations of installations, these solutions enable better planning, real-time monitoring, and improved collaboration among maintenance teams.

Conclusion: Digital Twin, BIM, or 360° Virtual Tour - Essential Tools for Digitizing Industrial Sites