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ContactSimulation-Based Engineering
NETL’s Simulation-Based Engineering program guides a multidisciplinary approach comprising software development, computational power, data repositories, experimental facilities and unique partnerships to support research into timely and accurate solutions for energy and carbon management systems. Analysis and visualization tools are manipulated to gain scientific insights into complex, uncertain, high-dimensional and high-volume datasets. The information generated is then collected, processed and used to inform research that combines theory, computational modeling, advanced optimization, physical experiments and industrial input with a focus on the following three key technology areas: Advanced Process Simulation, Multiphase Flow Science and the Wafer-Scale Engine. Program and project information is presented in a dashboard below.
Explore Key Technology Areas
MFiX 25.1 Release Announcement
We are pleased to announce the MFiX 25.1 release. Please download the latest version.
MFIX-Exa Demonstrates High-Performance Computing Capability on Nation’s First Exascale Machine
MFIX-Exa is an exascale-capable multiphase computational fluid dynamics code developed by NETL to minimize risk and accelerate the deployment of emerging decarbonization technologies
DISPATCHES: Market-Informed Decision-Making Capabilities for Designing Novel Integrated Energy Systems
TNew capabilities enable design of next-generation integrated energy systems while accounting for complex interactions between the generator and the electricity market.
Minerals to Materials Supply Chain Research Facility (METALLIC) Accelerates Critical Materials Technology Development & Innovation
METALLIC coalesces the capabilities and expertise of nine national laboratories to address the challenges of establishing new critical minerals and materials supply chains.
