Creating Digital Twins of Industrial Plants
How Laser Scanning and Engineering Models Are Transforming Plant Upgrades
Industrial facilities are becoming increasingly complex. Mines, processing plants, manufacturing sites, and infrastructure assets often evolve over decades through expansions, shutdown upgrades, and equipment replacements.
Unfortunately, the engineering documentation rarely keeps up.
Outdated drawings, missing pipework details, and undocumented structural changes can create major risks when planning plant modifications.
This is where industrial digital twins are starting to transform the way engineers approach brownfield projects.
👉 Read the full article:
https://www.hamiltonbydesign.com.au/industrial-digital-twin-industrial-plants/
What Is an Industrial Digital Twin?
A digital twin is a virtual representation of a physical asset, process, or facility that mirrors the real-world system and can be used for monitoring, simulation, and engineering analysis.
For industrial plants, a digital twin typically includes:
• 3D plant models
• Structural steel and equipment layouts
• Pipework routing
• Asset information and engineering metadata
• Operational data and performance information
Modern digital twins are often created using LiDAR laser scanning, which captures millions of measurement points to build an accurate 3D representation of the facility.
This approach allows engineers to start with measured reality instead of assumptions.
Why Digital Twins Matter for Industrial Engineering
For brownfield projects such as plant upgrades or shutdown work, digital twins provide several advantages:
1. Accurate As-Built Conditions
Laser scanning captures the actual geometry of equipment, structures, and pipework.
2. Reduced Shutdown Risk
Engineers can verify clearances and interfaces before fabrication.
3. Faster Design Iterations
Design teams can work directly within the plant model rather than relying on site visits.
4. Better Long-Term Asset Management
Digital models become part of the facility’s engineering documentation and maintenance strategy.
Digital twins also allow teams to simulate plant performance and predict potential failures, improving decision-making and operational planning.
From Laser Scan to Digital Plant Model
The workflow used in many industrial facilities follows a simple process:
3D Laser Scanning of the Plant
Point Cloud Processing
Engineering Model Creation
Digital Twin Development
The resulting digital model can support:
• Mechanical upgrades
• Structural modifications
• Conveyor and materials handling design
• Pump and piping replacements
• Future expansion planning
Real Engineering Applications
Digital twins are increasingly used across industries including:
Mining and mineral processing plants
Power stations
Oil and gas facilities
Manufacturing plants
Infrastructure and utilities
In many cases, the digital twin becomes the central engineering reference model for the entire facility lifecycle.
Learn More
If you're interested in how digital twins are created for industrial facilities, the full article explains:
How laser scanning captures plant geometry
How point clouds become engineering models
How digital twins support plant upgrades
👉 Read the full article here:
https://www.hamiltonbydesign.com.au/industrial-digital-twin-industrial-plants/
About Hamilton By Design
Hamilton By Design provides engineering support for industrial and mining facilities including:
• 3D laser scanning
• Mechanical engineering design
• Plant upgrade modelling
• Digital twin development
• Brownfield engineering documentation
Their workflow captures existing conditions and converts them into engineering-ready digital models to support safer and more predictable plant upgrades.
