What you'll learn
Basic Working of Electrolysers
Components of Electrolysers
Pros & Cons of Electrolysers
Applications of Electrolysers
Requirements
Knowledge of Chemistry to understand the Concept of Electrolysis
No software or programming skills are required
Description
This course provides a comprehensive understanding of electrolyzer technologies, focusing on the four primary types: alkaline, PEM, SOE, and AEM. Participants will gain in-depth knowledge of the fundamental principles, components, and operational characteristics of each electrolyzer type. The course will delve into the advantages, challenges, and applications of these technologies, enabling students to evaluate and select appropriate electrolyzer solutions for various applications.Course Objectives:Understand the basic principles of electrolysis and the role of electrolyzers in the hydrogen economy.Acquire in-depth knowledge of alkaline, PEM, SOE, and AEM electrolyzer technologies.Analyze the performance characteristics, advantages, and limitations of each electrolyzer type.Evaluate the suitability of different electrolyzer technologies for specific applications.Understand the economic and environmental impacts of electrolyzer technologies.Course Content:Introduction to Electrolysis:Fundamentals of electrolysisElectrolysis process and key componentsApplications of hydrogen produced from electrolysisAlkaline Electrolyzers:Principles of operationComponents and materialsAdvantages and disadvantagesApplications and case studiesPEM Electrolyzers:Principles of operationComponents and materialsAdvantages and disadvantagesApplications and case studiesSOE Electrolyzers:Principles of operationComponents and materialsAdvantages and disadvantagesApplications and case studiesAEM Electrolyzers:Principles of operationComponents and materialsAdvantages and disadvantagesApplications and case studiesLearning Outcomes:Upon completion of this course, participants will be able to:Explain the basic principles of electrolysis and the different types of electrolyzers.Compare and contrast the performance characteristics of alkaline, PEM, SOE, and AEM electrolyzers.Evaluate the suitability of different electrolyzer technologies for specific applications.Target Audience:This course is suitable for engineers, scientists, researchers, and industry professionals involved in the hydrogen and renewable energy sectors. It is also beneficial for policymakers and decision-makers interested in understanding the potential of electrolyzer technologies.
Overview
Section 1: Alkaline Type Electrolysers
Lecture 1 Topics covered for Alkaline Electrolysers
Lecture 2 Introduction to Alkaline Electrolysers
Lecture 3 Components of Alkaline Electrolysers
Lecture 4 Basic Process of Alkaline Electrolysers
Lecture 5 Advantages of Alkaline Electrolysers
Lecture 6 Challenges of Alkaline Electrolysers
Lecture 7 Applications of Alkaline Electrolysers
Section 2: Understanding PEM Electrolysers
Lecture 8 Introduction & Components of PEM electrolysers
Lecture 9 Process Concepts for PEM electrolysers
Lecture 10 Pros & Cons of PEM electrolysers
Lecture 11 PEM Electrolysers vs Fuel Cells
Section 3: Understanding SOEC Electrolysers
Lecture 12 Introduction & Components of SOEC Electrolysers
Lecture 13 Process Concept for SOEC Electrolysers
Lecture 14 Pros & Cons of SOEC Electrolysers
Section 4: Understanding AEM Electolysers
Lecture 15 Introduction & Components of AEM Electrolysers
Lecture 16 Process Concept of AEM Electrolysers
Lecture 17 Pros & Cons of AEM Electrolysers
Piping, Mechanical and Process Engineers

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