Antranova Engineering AB
From real system to verified solution
Antranova Engineering AB works across the full chain – from inspection and measurement in real facilities to reconstruction of system function, physics-based analysis and modelling, concrete actions, and verification in operation.
The strength lies in understanding systems as they actually are – not as they should be according to documentation – and being able to recreate them analytically to identify underlying causes and develop implementable solutions.
Field analysis & system reconstruction
Inspection, measurement and recreation of system function – without requiring existing documentation. The foundation for all further analysis.
Analysis & modelling
Physics-based models to analyse system dynamics, identify underlying causes and assess the consequences of changes.
Actions & verification
Concrete, implementable solutions subsequently verified against real system behaviour – not only calculation results.
Training & competence support
Knowledge transfer through simplified models and simulators – adapted to the organisation's technical level and needs.
How it works
Assignments follow a structured method chain – from first contact with the system to a verified solution in operation.
Technical domains
Work is focused on complex technical systems where field understanding, system reconstruction, advanced modelling and verification need to connect. Assignments include analysis of flow, heat transfer, thermal hydraulics, control, transients and system dynamics in industrial facilities and safety-critical environments.
Experience covers both real facilities and simulator-based environments, including development and verification of reactor models for full-scope simulators in nuclear facilities.
Customer value
- Root causes identified – not symptom treatment.
- Operational disturbances eliminated – with verification that the solution holds.
- Energy and performance optimised – based on real system behaviour.
- Reduced risk at changes and investments.
- Verified function in real operation – not only on paper.
- Increased technical competence in the organisation.
CDS-100 demonstrator
CDS-100 is a browser-based cooling system simulator showing how a physics-based model can be presented with live P&ID, trend curves and scenario support in an accessible interface. It serves as a concrete example of the model-based working method – level 1 in practice.
Start a conversation
Briefly describe the system, the problem or the question – and what type of deliverable is needed. Response with a proposed approach normally within 1–2 business days.