A physics-based engineering platform for safe and efficient processes
ThermoPhys is developing the ThermoPhys Engineering Suite – a cloud-based engineering platform built on highly accurate thermophysical models for process simulation, flow assurance, and safety analysis.
Application Areas
Our technology is developed for safety-critical process and energy systems, where accurate thermo-physical modeling is essential for reliable decisions.
CO₂ Transport, Capture and Storage (CCS)
Physics-based thermodynamic and flow assurance modeling for CO₂-rich systems in capture, transport and storage.
Hydrogen Systems
Accurate modeling of hydrogen system and technologies across wide pressure and temperature ranges.
Ammonia & Energy Carriers
Thermophysical properties and phase behavior for ammonia-based energy and transport applications.
Energy & Process Systems
General-purpose modeling of complex industrial process and energy systems.
Products
ThermoPhys offers a modular engineering software platform, complemented by APIs and expert engineering services.
ThermoPhys Engineering Suite
Thermophysical properties, flow assurance and safety modelling and process simulations in transport and storage.
Explore the Engineering Suite
ThermoPhys API
High-performance APIs for integrating physics-based thermophysical models into simulators, digital tools, and engineering workflows.
View API capabilities
ThermoPhys Digital Twin
A planned digital twin framework combining physical models with system-level data for operational insight and decision support.
Learn about our roadmap
Expert Engineering Consulting
Engineering support for physical modeling, validation, and safety-critical assessments in complex process and energy systems.
Contact us
Technical Foundation
At the core of the ThermoPhys Engineering Suite lies a comprehensive and continuously improving physical modeling foundation, designed to support accurate and consistent calculations across a wide range of safety-critical process and energy systems.
The foundation covers thermodynamic phase behavior, transport properties, and flow assurance phenomena, including regimes where solid formation, hydrates, and complex phase equilibria are critical for safe and reliable operation.
Models are selected and implemented based on published scientific literature, validated against experimental data, and applied within clearly defined ranges of validity.
This physical foundation enables a level of consistency and coverage that is essential for advanced process simulation, system analysis, and future digital twin applications.
Insights
Technical perspectives on process simulations, thermophysical modeling, and safety-critical energy systems.
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Reactive Impurities in CCS
Read more: Reactive Impurities in CCS -
First student pilot users of TP-Process
Read more: First student pilot users of TP-Process -
Dry Ice: When Does It Form and Why It Matters
Read more: Dry Ice: When Does It Form and Why It Matters
About ThermoPhys
ThermoPhys is a technology company founded to translate rigorous thermophysical research into practical engineering software for safety-critical process and energy systems.
The core technology builds on more than 15 years of research and development originating from leading scientific groups in Trondheim, with close ties to the SINTEF and NTNU ecosystem.
Developed in a context shaped by real industrial challenges in carbon capture and storage, hydrogen, and advanced energy systems, the ThermoPhys platform reflects domain expertise built through long-term research and close interaction with applied engineering problems.
Our vision is to provide transparent, physics-based modeling tools that engineers can trust when making complex and safety-critical decisions.
