Energy Training

The Online Low Carbon Hydrogen Training Course focuses on explaining current and proposed low-carbon Giga-scale hydrogen production technologies, such as electrolysis, ATR, POX, and pyrolysis. It discusses the best-fit criteria for applying these technologies and emphasizes the importance of choosing the right technology early for successful projects. The course includes an engaging virtual training session, interactive format with Q&A sections, and exercises to reinforce key concepts. The trainer, Stephen B. Harrison, brings extensive expertise in decarbonization and hydrogen, covering the entire hydrogen value chain.

The Online Carbon Management Training course aims to equip participants with an understanding of carbon emissions in business operations. The course covers topics such as carbon accounting systems, greenhouse gas emissions, and carbon offsetting. It also explores the value of carbon management and provides practical examples of its benefits. The course, led by experienced trainers, focuses on relevant frameworks, legislation, and tools for monitoring and reporting carbon emissions. Attendees will gain knowledge of carbon management standards, international agreements, and tools for carbon reporting.

The Online Hydrogen Safety Master Class Training Course aims to educate participants on the risks associated with hydrogen and how to mitigate them using technological solutions and best practices. The course covers topics such as risk definitions, controlling risks, safety issues in hydrogen production and utilization, and precautions for hydrogen storage and distribution. Led by expert trainer Stephen B. Harrison, the course includes interactive virtual sessions, Q&A segments, and exercises to reinforce learning.

The Online Waste to Hydrogen Training Course explores how hydrogen can transform waste into zero-emission bus fleets, showcasing current and future value chains. The course delves into various waste to hydrogen production technologies, green power conversion, and carbon-negative pathways. Led by industry expert Stephen B. Harrison, participants engage in a four-hour virtual session with interactive elements and exercises to enhance understanding. Ideal for those investing in the hydrogen economy or seeking decarbonization solutions, the course offers insights into potential technologies and their impact on projects.

This one-day online course focuses on high-capacity underground hydrogen storage. It addresses the seasonal demand for hydrogen in heating and production, emphasizing the need for cost-effective storage solutions. Participants will explore various storage options and learn about the importance of high-capacity storage in different scenarios. The course, led by expert Stephen B. Harrison, is designed for those involved in hydrogen value chains and future operators of underground storage facilities. Interactive sessions and exercises are included to enhance understanding of key concepts.

The Online Green Ammonia Training course provides a practical guide for companies to navigate the emerging global hydrogen and ammonia economy. It focuses on the importance of renewable ammonia and its role in decarbonizing the energy system. The course targets energy companies, the agricultural sector, and engineering companies seeking to capitalize on the opportunities in the ammonia and energy arena. Participants will learn about green ammonia projects, supply chain considerations, policy perspectives, and key stakeholder insights. Duration: 4 Days.

The Online Renewable Energy Development Training course focuses on utilizing brownfields for renewable energy projects. It covers topics such as redevelopment opportunities, potential liabilities from contamination, legislation, risk assessment, and remediation options. The course aims to introduce the synergies between renewables and brownfields while addressing the framework for managing associated risks.

The Risk Analysis & Reliability Engineering Course is a 4-day program focusing on theoretical and practical applications in risk and reliability engineering. Participants will learn about reliability, availability, and maintainability analysis, as well as techniques for qualitative and quantitative risk assessment. The course aims to equip attendees with the skills to analyze failure distributions, assess consequences, and develop risk mitigation strategies. Suitable for mechanical, process, and energy engineers seeking applied knowledge in risk and reliability engineering.