Digital Twin Development for Industrial Plants
What Is It
A Plant Model That Actually Reflects the Plant
What if every inspection report, thickness reading, and repair history lived on a model you could actually walk through?
IRC Engineering builds digital twins that connect your plant’s 3D geometry, inspection data, and asset history in one visual model. Instead of disconnected reports and spreadsheets, you get a living digital representation of your plant and its current condition.
Our digital twins bring together:
- Laser-scanned plant geometry
- Thickness & corrosion data
- Inspection & NDT results
- Repair and maintenance history
Why Digital Twin
What a Digital Twin Enables
Faster Inspection Planning
View asset history and current condition before planning the next inspection or outage.
Better Maintenance Decisions
See degradation trends and repair history directly against the physical asset.
Remote Collaboration
Enable engineers and specialists to review plant conditions without being on site.
Stronger Compliance Records
Maintain a documented, auditable record of asset condition.
Predictive Maintenance
Build a foundation for identifying developing problems as more data is added.
How It Works
How a Digital Twin Is Built
We start with accurate 3D laser scanning to capture the plant’s true as-built geometry. Inspection information is then layered onto the model, including thickness readings, corrosion maps, maintenance history, and NDT results.
3D Laser Scanning
Capture accurate as-built plant geometry.
Data Integration
Add inspection, thickness, corrosion, and maintenance data.
Asset Mapping
Connect condition data directly to individual plant assets.
Continuous Updates
Build an evolving digital record through successive inspection cycles.
As new inspection data is added, the digital twin becomes an increasingly current representation of the plant’s actual condition.
Our System
Your Plant. One Connected Model.
IRC digital twins bring inspection and asset integrity information together in a single visual environment.
3D Plant Geometry
Accurate laser-scanned representation of the physical plant.
Asset Condition Data
Inspection and thickness information linked directly to equipment.
Maintenance History
Repair and historical condition data available in context.
Searchable Asset Records
Access relevant information without searching through disconnected files.
One connected model. One clearer view of your plant’s condition.
Applications
Where It Delivers the Most Value
Ageing Plants
Bring incomplete or inconsistent documentation into one structured model.
Multi-Site Operators
Create a consistent way to compare asset condition across facilities.
Plant Revamps
Establish an accurate digital baseline before major modifications.
Life Extension Studies
Build a clear condition record to support long-term asset decisions.
Insurance & Compliance
Maintain a defensible, auditable record of plant condition.
Why IRC
Built on IRC’s Own Inspection Data
IRC already collects laser scan geometry, robotic thickness mapping, RLA data, and conventional NDT results in the field. That means your digital twin isn’t a separate exercise - it turns your existing inspection data into one connected, visual asset record.
Inspection Expertise
Built around real plant inspection data.
Integrated Data
Geometry and condition information in one model.
Asset-Focused
Information connected directly to the equipment it describes.
Continuously Updated
The model evolves with every inspection cycle.
Practical Decisions
Designed to make inspection, maintenance, and asset integrity decisions easier.
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