The Institute for the Design of Advanced Energy Systems (IDAES) project develops next-generation computational tools for Process Systems Engineering (PSE) of advanced energy systems to enable rapid design and optimization.
The IDAES Process Systems Engineering Framework represents a new approach for designing and optimizing innovative steady-state and dynamic processes by integrating an extensible, equation-oriented process model library with the Pyomo algebraic modeling language. Built specifically to enable rigorous large-scale mathematical optimization, the framework includes capabilities for conceptual design, steady-state and dynamic optimization, multi-scale modeling, uncertainty quantification, and the automated development of thermodynamic, physical property, and kinetic submodels from experimental data. IDAES provides:
- Flexible design approaches, which enable optimization over broad ranges of potential plant operation
- New approaches for utilizing process intensification concepts to enable the identification and scale-up of step-change technologies that are smaller, more modular, and more cost-effective
- Support for development, scale-up, and deployment of new energy technologies
- A modular framework and model library that supports large-scale optimization of advanced energy systems
- Machine learning-based parameter estimation tools