(PDF in lingua inglese)

- Trends in Technologies for the Hydrogen Economy: Electricity production; Hydrogen production; Residential electricity

- The Water Electrolyzer

- The Hydrogen Fuel Cell

- Modeling Fuel Cells, Electrolyzers, Reformers, Storage, and Sequestration...

- Design All Energy Transfer and Transformation Components

- From Model to Simulation App

- Typical Chemical Processes Involving Hydrogen

- Laminar and Turbulent Flow

- Modeling Strategy for Chemical Engineering

- Chemical Reaction Engineering Module

- Porous Catalyst

- Polymer Electrolyte Membrane Electrolyzer

- PEM Water Electrolyzer, results

- PEMFC Model: Thermal Management

- Comparison: Fuel Cells and Electrolyzers - Flexibility for Other Devices
- Live Demo
- Modeling Approach

Multiphysics modeling and simulation are key tools for developing hydrogen devices.

- Apps allow a larger community of scientists and engineers to benefit from high-fidelity multiphysics modeling.

- Collaboration between all functions within product development around models and apps is increasingly important for all industries, especially for designing and optimizing batteries and fuel cells.

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