NETL Multiphase Flow Science Group
Simulation-Based Engineering Tools to Advance Multiphase Flow Systems
US Department of Energy Engineers and Scientists developing and applying Multiphase CFD Tools and using experimentation to advance existing and next-generation energy and environmental devices and systems
News
MFiX 25.1 Release Announcement
MFiX 24.4 Release Announcement
MFiX 24.3 Release Announcement
9,822
All Time Registrations
694
2022 Registrations
695
2023 Registrations
R&D 100 Winner
4,559
2022 MFiX Downloads
9,063
2023 MFiX Downloads
About
MFS research at NETL is performed by a crosscutting team of engineers and scientists in NETL’s Computational Science and Engineering Directorate (CSE), skilled in development and application of multiphase computational fluid dynamics software and multiphase experimentation. CSE’s Multiphase Flow Team consists of 30 DOE and contractor researchers coming together from U.S. and International multiphase flow academic and industry research programs.
Products
The MFS program provides a broad range of software tools, research laboratory capabilities, high fidelity data, and a product support forum to serve the program’s stakeholders and benefit the multiphase flow research community
MFS flagship, open-source suite of multiphase, computational fluid dynamics software
Chemistry management software focused on computational modeling of reacting systems
Flexible graphical programming library for development of software process workflows
Multiphase flow laboratory for high-fidelity data supporting model development and code validation
Cross-platform application for tracking objects in videos, image stacks, or files that contain object positions
Interact with and learn from MFS developers, researchers and the stakeholder community online
Research + Publications
MFS research at NETL is funded by several U.S. Department of Energy programs, with primary support coming from DOE’s Office of Fossil Energy and Carbon Management (FECM). MFS tools and capabilities support FE’s mission to ensure the nation can rely on traditional energy resources for clean energy while enhancing environmental protection. The MFS team works to improve the understanding of both fundamental multiphase physics and performance of multiphase devices that underpin exiting and new technologies for this effort
