The all-speed CFD simulation tool GASFLOW has been developed on long-term international collaborations of developers, scientists and expert consultants since the 1980's. The GASFLOW team consisted of professional scientists and engineers skilled in development and application of computational fluid dynamics software for turbulent reactive flows and multiphase flows with aerosols, droplets and dusts from the Karlsruhe Institute of Technology, its spin-off GFX-Global GmbH, and international partners. 

We provide modern CFD simulations and software, experiments, training and compute services, all from one source, have the access to unique experimental facilities at KIT, and develop customer specific solutions for increased safety at reduced costs.

Besides acting as the developer of the GASFLOW code for academic and industrial applications, we are also heavily involved in safety experiments, consultancy and research activities. All these instruments allow innovative and tailored safety solutions and science-based detailed studies for the complementation of existing codes and standards, thus overcoming safety related innovation barriers and reducing unnecessary conservatism and costs.

Competent

Competences of fundamental research, science and long experience in successful contract completion in order to obtain fast and individual solutions for the customer are combined in our team. We offer support to researcher, developer and safety engineers in the industry segments of nuclear fission, fusion, automotive, renewable energies, licensing authorities and public safety.

Professional

We develop and market services and software for safety analysis, risk evaluation, and advancement of processes, devices, and facilities which produce, store, transport or use hydrogen or other gaseous energy carriers.

Cost-effective

By using scientific safety analyses of reactive gases and dusts based on theoretical, numerical and experimental expertise, we offer new possibilities for costs and safety optimization in the development of current and future energy systems.