At HyCCS Tech Ltd, we empower engineers, scientists, and innovators across the energy transition and industrial decarbonisation sectors with FluidProp — our advanced software platform built around a comprehensive and proprietary databank of physical properties of clean energy/energy transition streams.
Specially designed for use in hydrogen technologies, carbon capture, utilisation, and storage (CCUS), and chemical processing, FluidProp delivers critical data on pure substances and complex streams — helping you simulate better, engineer smarter, and innovate faster towards net-zero targets.
A Powerful Resource for Process & Chemical Engineers
Whether you’re working in:
Hydrogen production, storage, and transport.
CO₂ capture, transportation, utilisation, and geological storage.
Industrial chemical process design.
Technical inspection and regulatory oversight.
… FluidProp is your go-to tool for precision thermophysical data. From density and compressibility factor to viscosity and speed of sound, you get trusted values at your fingertips — ideal for building accurate simulation models and optimising complex processes in CCUS and Hydrogen economy systems.
Built for Performance! Designed for You!
The FluidProp offers a user-friendly interface that allows you to:
Select and analyse gas or fluid mixtures.
Define compound components and conditions.
Perform advanced thermodynamic evaluations.
Tailor datasets to your project’s exact needs.
We are committed to helping you work more efficiently, design more intelligently, and accelerate your technical progress towards energy transition. With FluidProp, HyCCS Tech Ltd gives you the tools to lead in a low-carbon, hydrogen-powered future.
A Comprehensive Massive Data Platform – and Growing Fast
Our exclusive data repository includes massive thermophysical properties values — many of which are unavailable in open-access literature. We source validated, hard-to-find measurements from across the globe, and our own industrial datasets to give you an edge in simulation accuracy and innovation.