Basics of Electrochemistry

This eLearning course covers basic nomenclature like anode, cathode, electrodes, electrolyte, current density, polarization, open circuit voltage, and influences of operating pressure and temperature. It also covers the difference between heterogeneous catalysis and electro-catalysts, thermodynamic and kinetic control of reactions, and the role of catalyst.

Target Audience

Process engineers, non-electrical engineers, technical subject matter experts, and technical managers interested in electrochemical engineering, electrolyzers, and fuel cells.

You Will Learn

• Define the terms used in electrochemistry
• Determine the basic processes occurring in electrochemical systems
• Explain electrolyte conductivity
• Explain the two types of electrochemical cell
• Determine the function and purpose of electrodes
• Sketch and describe the Standard Hydrogen Electrode
• Outline chemical reactions and the role of catalysts
• Define reaction rates and activation energy
• Describe the Arrhenius equation
• Identify the triple-phase boundary reaction zones
• Outline the Nernst equation and how it used
• Describe the method of comparison between different electrodes
• Describe fuel cell activation curves and explain the characteristics of the curve
• Identify methods of reducing activation overpotentia

Course Content

• Definitions and Concepts
• Introduction to Electrochemistry
• Chemical Reactions and Catalysts
• Electrochemical Reactions and Electrocatalysts
• Polarization Curves and Overpotentials

Product Details