ThermoPhys Process™ – The next-generation process simulation platform
Combines advanced thermodynamics with proprietary numerical algorithms for fast, robust process simulation. Develop safer and more efficient processes in hours instead of weeks with integrated AI, safety analysis and exergy analysis. Applications range from metals and chemical production to CCS, hydrogen, heat pumps and energy systems.
Built for safer, smarter, more efficient processes
ThermoPhys Process™ (TP-Process) combines rigorous thermodynamics, AI-native workflows and automated safety and energy-efficiency analysis in one cloud-based process simulator. It spans applications from metals, chemicals and energy systems to hydrogen, CCS, LNG, data centers and emerging technologies.
CO₂ Transport, Capture and Storage (CCS)
Advanced thermodynamics and automated safety analysis for complex , integrated CCS systems with a range of impurities.
Hydrogen & Cryogenics
High-accuracy thermodynamics for hydrogen, LNG, and low-temperature separation and liquefaction processes.
Chemicals, Fuels & Metals
Reaction modeling for demanding industrial processes, including high-temperature systems and waste heat recovery.
Energy, Heating & Cooling
Dedicated process units for data centers, batteries and heat pumps, with integrated analysis of exergy and energy-efficiency.
One Platform. Multiple Ways to Work.
Use TP-Process to build and analyze industrial processes, or integrate our thermophysical models into your own software through TP-API.
ThermoPhys Process™
A cloud-based, AI-native process simulator for building, solving and analyzing industrial processes. Advanced thermodynamics, safety analysis and energy-efficiency analysis are integrated directly into the workflow.
Explore TP-Process
ThermoPhys API
Integrate the thermophysical models that power TP-Process directly into your own software. Access phase equilibria, thermodynamic and transport properties, and specialized engineering calculations through a cloud API.
View API capabilities
The ThermoPhys Technology
ThermoPhys is built on a shared thermophysical and numerical framework that powers all our products. It covers multiphase equilibria, thermodynamic and transport properties, reactions, solids, hydrates and other phenomena critical to demanding industrial processes
Models are based on published research and validated against experimental data, achieving experimental accuracy for selected systems and conditions. Robust numerical algorithms connect this foundation directly to the process simulation, automated safety analysis and energy efficiency analysis, all within the same framework.
Insights
Perspectives on process simulation, thermodynamics, AI, safety and emerging industrial technologies.
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Reactive heat exchangers
Read more: Reactive heat exchangers -
The Global Safety Scan
Read more: The Global Safety Scan -
Thermodynamics with experimental accuracy
Read more: Thermodynamics with experimental accuracy
From decades of experience to product
ThermoPhys is a technology company founded by researchers and senior process engineers from one of the worlds leading research environments in thermodynamics, transport properties and process simulation.
Our core technology builds on more than 15 years of research and development in Trondheim, with roots in the research environments at NTNU and SINTEF.
Today, we combine this scientific foundation with modern cloud software and AI to build better tools for engineering, research and industrial innovation.
