Investors
Engineering software for safety-critical and regulated industries
ThermoPhys is a deep-tech company developing advanced engineering software for safety-critical process and energy systems. The company builds on more than a decade of industrial research and collaboration, and was established to translate scientific knowledge into digital infrastructure that supports real engineering workflows.
ThermoPhys focuses on industrial domains where accuracy, transparency, and traceability are essential, and where simplified models or purely data-driven approaches introduce unacceptable technical, safety, and commercial risk.
Safety-Critical Industries
Will soon be proven in regulated environments
Deep Technology
Scientific foundation & IP
Market Opportunity
Energy transition demand
Industry Partnerships
Validated with pilot users
A differentiated technology foundation
At the core of ThermoPhys lies a comprehensive foundation and collection of state-of-the-art thermo-physical models, covering properties, phase behavior, and flow-assurance phenomena across wide pressure and temperature ranges. The models are derived from established scientific literature, validated against experimental data, and applied within clearly defined domains of validity.
This foundation enables consistent and defensible engineering analyses in environments where decisions must withstand regulatory scrutiny, internal review, and long operational lifetimes. Rather than treating models as black boxes, the platform emphasizes physical consistency and transparency.
Market context and structural demands
ThermoPhys operates in industrial markets undergoing structural change. Process engineering software is used across the full lifecycle of industrial facilities, yet much of today’s software is based on legacy architectures developed decades ago. These systems are increasingly strained by growing system complexity, higher capital intensity, and tighter safety and regulatory requirements.
At the same time, the energy transition is introducing new processes, materials, and operating regimes, particularly in areas such as carbon capture and storage, hydrogen value chains, and ammonia-based energy systems. These developments reduce tolerance for modeling uncertainty and increase demand for tools that can support integrated analysis across safety, performance, and energy efficiency.
From research to a scalable software platform
ThermoPhys is developing a modular, cloud-based engineering platform that integrates its modeling foundation into workflows for process simulation, safety analysis, and energy-efficiency assessment. The platform is designed to support collaboration, systematic checks, and consistent evaluation across complex systems.
The long-term ambition is to establish a scalable software platform that can be applied across multiple industrial domains, serving as enabling infrastructure for advanced simulation and future digital-twin applications. Development follows a staged approach, guided by close dialogue with industrial partners and early pilot users.
Engaging with investors
ThermoPhys seeks to engage with investors who recognize the long-term value of deep technology in regulated, safety-critical industries, and who understand the role of advanced engineering software as enabling infrastructure for the energy transition.
We welcome dialogue with investors interested in industrial software, system-level modeling, and platform technologies built on strong scientific foundations.