Due Diligence and De-Risking Green Hydrogen Investments
This course tackles this challenge head-on by exploring the power of support mechanisms. Learn how these mechanisms, such as investment grants and financing assistance, can significantly reduce project costs and financing expenses, paving the way for a more economically viable green hydrogen future. This is particularly relevant for developing economies, where robust support structures can unlock the full potential of this clean energy source.
Hydrogen Geopolitics & Geoeconomics: Europe - Americas -Caribbean
Hydrogen Geopolitics & Geoeconomics: Europe / Americas / Caribbean is an expansive three-day online course, positioned as the third session in a series exploring the global hydrogen market's geopolitics and geoeconomics. This instalment shifts the focus to the interplay between Europe, the Americas, and the Caribbean in the hydrogen sector. The course aims to analyse the unique geopolitical relationships, market synergies, and policy landscapes that define hydrogen energy's role in these regions.
Powering the Hydrogen Economy: Unlocking the Potential of Offshore Wind
An in depth analysis of the current status of green hydrogen production associated with existing and new offshore wind projects. The analysis is based on an expert view of the business cases, investment analyses and project developments across the industry with a focus on a range of current examples
Hydrogen Market Entry Strategies
The course first provides the necessary tools to select attractive hydrogen markets based on defined criteria and business goals of the company entering the market. It offers different approaches to enter hydrogen markets based on the company starting point and comparative advantages, while also defining the business processes and team choices required.
Clean Ammonia
This time-efficient training course will provide attendees with a comprehensive and up-to-date introduction to ammonia today and its prospects in a decarbonised world. Aimed at those in commercial, business-focused roles, including business development, strategy planning and investment, attendees will gain a clear description of the key technologies in language easily accessible to non-engineers.
Hydrogen from Waste and Biomass
This course will provide tangible examples of chemcycling and waste to hydrogen pathways and technologies for green hydrogen generation from biomass. Some of the processes are used at scale today; others are plans for the future. Many of the technologies covered in this course have the potential to become viable low-carbon hydrogen production routes in future decades.
Green Hydrogen Economics
This course is designed to give a clear examination of the factors that will determine the economics and competitiveness of hydrogen produced by electrolysis. It will examine economics in terms of levelised cost and project financial modelling, assessing the impacts of factors such as capital cost reductions, electrolyser efficiency, load factor, co-product sales and financing costs.
Hydrogen Pipelines for Transmission and Distribution
This course will provide examples of major schemes that have been proposed for pipeline hydrogen transmission and distribution and outline the testing work that has taken place to confirm whether hydrogen can indeed be admixed into natural gas and under what conditions existing infrastructure can be adapted for use with hydrogen.
Underground Hydrogen Storage
This course will cover some of the high-capacity storage options and explain in which situations each may be suitable. The seasonality of some production and use-cases will also be covered to underline the importance of high-capacity hydrogen storage.
SAF: Hydrogen and Derivatives as Aviation Fuels
If you are investing in the production, storage, distribution, or use of SAF, eSAF or hydrogen for aviation then an appreciation of the alternatives is required. Understanding the market drivers and most likely use cases is essential. Similarly for aviation sector operators, understanding the range of fuels available is essential.
Blue Hydrogen, Ammonia and Methanol
This course will explain how thermochemical hydrogen production technologies such as SMR, ATR and POX fit with integrated carbon capture. The optimum technologies for on-purpose blue hydrogen production are different to those that have been favoured for grey hydrogen. If you are investing in the hydrogen economy or considering technologies to implement, a review of the options will be essential.
Turquoise Hydrogen from Natural Gas and Biomethane
Turquoise hydrogen is made from methane using pyrolysis. This course will introduce the main technologies for producing turquoise hydrogen and identify the companies leading their development and commercialisation. The course will also explore current and emerging high scale applications for the solid carbon and graphite that are produced through these processes.
Hydrogen Fuel Lifecycle and Certifications
The "Hydrogen Fuel Lifecycle and Certifications" three-day course is tailored to meet the needs of hydrogen practitioners who are already familiar with the basics of hydrogen technology and want to gain deeper insights into the hydrogen fuel lifecycle, including its components, and explore certification requirements.
World Hydrogen Geopolitics and Geoeconomics 101
World Hydrogen Geopolitics & Geoeconomics 101 is the conclusive course in a series of training courses, crafted to bring together insights from previous seminars and incorporate the latest developments in the hydrogen sector. This three-day online course addresses the pivotal role of the 2024-2025 period in shaping the hydrogen economy, a time marked by key global elections with possibly profound impacts on the industry (USA, Europe, Russia, the UK, Korea, Canada, Germany, Japan…).
Integrating Hydrogen with Renewable Power
This course is a time-efficient and accessible examination of the factors that need to be considered when connecting hydrogen production to renewable power generation. Over three sessions, the course will explain the crucial technical, economic and market context considerations, illustrating key concepts with both market trend data and simple, Excel-based calculations and models.
Electrolyser Manufacturing Supply Chains
If you are investing in the production or hydrogen, an appreciation of the alternatives is required. White hydrogen may feature as one of these alternatives in the future, either as your source, or a competitive option to your mode of production. Understanding the market drivers and the economics of the most competitive sources is essential. This course will provide insights into all these areas.
Natural (White) Hydrogen
If you are investing in the production or hydrogen, an appreciation of the alternatives is required. White hydrogen may feature as one of these alternatives in the future, either as your source, or a competitive option to your mode of production. Understanding the market drivers and the economics of the most competitive sources is essential. This course will provide insights into all these areas.
Emerging and Challenger Electrolyser Technologies
This course will provide tangible examples of emerging and challenger technologies for green hydrogen generation from electrolysis. Many of the electrolysis technologies covered in this course have the potential to become mainstream green hydrogen production routes in future decades and will challenge established equipment and well-known electrolyser industry names.
Power to X to Power
If you are investing in the Power to X, X to power or the full cycle of Power to X to Power, then an appreciation of the technologies involved is required. Understanding the market drivers and options for the potential molecules for use in Power to X to Power is essential. This course will provide insights support all these processes.
Hydrogen and the Energy Transition
Across three business-focused sessions, this training course will provide attendees with a comprehensive and up-to-date review of energy transition pathways and technologies, in order to clearly frame hydrogen within its wider market context.
It will provide an independent and hype-free perspective of hydrogen’s competitive advantages and disadvantages in this competitive environment, providing a knowledge base from which to better frame strategic business decisions and choices.
Technologies for Power to Liquids
This course will provide tangible examples of the key technologies required for PtL pathways including electrolysis and the downstream conversion of hydrogen, CO2, and syngas to liquid fuels. Technologies for point source CO2 capture and direct air capture (DAC) of CO2 to provide the backbone of the e-fuel hydrocarbon molecules will also be presented.
Hydrogen and Derivatives for Heavy Duty Mobility
This course will inform on the market drivers and most likely use cases for green ammonia, methanol, hydrogen, or synthetic e-fuels, transport sector operators, and will provide an understanding of the range of fuels. Furthermore, it will cover the transition requirements from fossil fuels and future operating cost implications.
Hydrogen Refuelling Station Technologies
This course will provide examples of hydrogen refuelling station configurations and the equipment that is required to make them work. On-board hydrogen storage on fuel-cell electric vehicles will also be covered.
Hydrogen Power & Long Duration Energy Storage
Throughout the course, your expert trainer will separate what is really happening in the market from some of the headlines and hype, helping you to identify credible near-term opportunities for your business, along with the associated risks. He will evaluate and quantify barriers to long-term scalability and illustrate throughout using examples and benchmarks taken from a global perspective.
The Hydrogen Investment Gap: Realising the Promise of Clean Hydrogen Projects
An in depth analysis of the business case and investment analysis for the current batch of electrolyser based projects. A theme of the session is ‘Mind the Gap’ the difference between hope and reality for electrolyser based projects due to gaps due to capacity growth, operating performance and learning curve costs ; and hence the gap between hope of financial investment decisions and financial closure with reality of many fewer than expected.
Hydrogen Geopolitics & Geoeconomics: Europe-Asia-Oceania
Hydrogen Geopolitics & Geoeconomics: Europe-Asia-Oceania is a meticulously designed three-day online course, serving as the second instalment in a comprehensive series. This session extends its focus to include the Oceania region alongside Europe and Asia, offering a tripartite perspective on hydrogen energy. It will explore the synergies, challenges, and opportunities in the development of the hydrogen market across these diverse regions. The seminar aims to dissect the strategic alliances, evolving trade dynamics, policy influences, and technological advancements that are shaping the hydrogen economy across Europe, Asia, and Oceania.
Moving & Storing Hydrogen
The course provides a clearly explained, business-focused perspective on the different ways that hydrogen can be stored and transported from its source of production to its end-use application (or stored for use as a fuel). The covered options include hydrogen itself, along with the key hydrogen-based derivatives and carriers that offer potentially more economic and practical alternatives.
Natural (White) Hydrogen
If you are investing in the production or hydrogen, an appreciation of the alternatives is required. White hydrogen may feature as one of these alternatives in the future, either as your source, or a competitive option to your mode of production. Understanding the market drivers and the economics of the most competitive sources is essential. This course will provide insights into all these areas.
Green Hydrogen Monetisation and Financial Stimulation
This course will provide an overview of the challenges and risks constraining investment in clean hydrogen projects. It covers the monetisation process of changing green hydrogen to generate revenues; green hydrogen and its applications are currently relatively expensive compared to existing alternatives so it’s increasingly important to monetise low-carbon hydrogen efficiently and effectively.
Hydrogen Geopolitics & Geoeconomics: Europe/MENA/Africa
Hydrogen Geopolitics & Geoeconomics: Europe/MENA/Africa is an in-depth three-day online seminar designed to explore the intricate geopolitical and geoeconomic landscapes influenced by hydrogen energy in Europe, the Middle East and North Africa (MENA), and Africa.
Integrating Hydrogen with Renewable Power
This course is a time-efficient and accessible examination of the factors that need to be considered when connecting hydrogen production to renewable power generation. Over three sessions, the course will explain the crucial technical, economic and market context considerations, illustrating key concepts with both market trend data and simple, Excel-based calculations and models.
Ammonia, Hydrogen and the Energy Transitions
Ammonia ‘the other hydrogen’ is widely used and over a hundred ports already deal with it. There are a number of technical and economic challenges that need to be understood and overcome before hydrogen can be fully realized as a major contributor to energy consumption and reducing global carbon emissions.
Power to X to Power
If you are investing in the Power to X, X to power or the full cycle of Power to X to Power, then an appreciation of the technologies involved is required. Understanding the market drivers and options for the potential molecules for use in Power to X to Power is essential. This course will provide insights support all these processes.
Sustainability and Export Criteria for Hydrogen
This course includes an overhaul and introduction to sustainability in the context of the hydrogen supply chain recognizing investment approaches through ESG metrics and exporting criteria with close emphasis on the EU’s CBAM requirements.
Green Hydrogen Projects
Throughout the course, your expert trainer will separate what is really happening in the market from some of the headlines and hype, helping you to identify credible near-term opportunities for your business, along with the associated risks. He will evaluate and quantify barriers to long-term scalability and illustrate throughout using examples and benchmarks taken from a global perspective.
Ultra-Pure Water and Lye for Electrolysis
This course will look at the technologies and processes required to produce, purify, store, and use these essential utilities and feedstocks. Safety considerations when handling these materials will also be presented. If you're investing in green hydrogen production or planning to operate an electrolyser facility, thinking beyond access to green electrons will be essential.
Sustainable Hydrogen: Assessing Production, Storage, Utilisation and Integration
This course aims to explore hydrogen as a sustainable energy carrier by focusing on its production, storage, and applications. Through presentations, case analyses, and interactive discussions, participants will gain insights into the methodologies for assessing the sustainability of hydrogen energy, its potential to aid the energy transition, and its applicability across various sectors.
Emerging and Challenger Electrolyser Technologies
This course will provide tangible examples of emerging and challenger technologies for green hydrogen generation from electrolysis. Many of the electrolysis technologies covered in this course have the potential to become mainstream green hydrogen production routes in future decades and will challenge established equipment and well-known electrolyser industry names.
Waste to Hydrogen
This course will provide tangible examples of how sector coupling works. Some of the value chains covered are in place today; others are plans or pipedreams for the future. Some, but perhaps not all the technologies covered in this course will become mainstream decarbonisation routes in future decades.
Technologies for Power to Liquids
This course will provide tangible examples of the key technologies required for PtL pathways including electrolysis and the downstream conversion of hydrogen, CO2, and syngas to liquid fuels. Technologies for point source CO2 capture and direct air capture (DAC) of CO2 to provide the backbone of the e-fuel hydrocarbon molecules will also be presented.
Green Hydrogen Economics
This course is designed to give a clear examination of the factors that will determine the economics and competitiveness of hydrogen produced by electrolysis.
It will examine economics from both a simple levelised cost and from a more comprehensive project financial modelling perspective, assessing the impacts of factors such as capital cost reductions, electrolyser efficiency, load factor, co-product sales and financing costs.
Project Development Best Practices for Hydrogen
The purpose of the course is to raise participants awareness of project best practices which can add confidence that the right project is being developed; and that in project shaping and front-end planning prior to the Final Investment Decision (FID), the project will be done right and have the greatest chance of success in terms of cost, schedule, operability, and benefits.
Hydrogen Storage, Transport, Distribution
This course is intended for those seeking a thorough understanding of how hydrogen fuel can be stored, transported and distributed from production to end-use – and why this is of central importance in determining how the hydrogen landscape will develop.
Hydrogen Policy
This course will provide participants with an in-depth understanding of hydrogen policy both in terms of the most effective approaches in defining it, as well as in terms of effective policy tools that can be put in place to support the development of a hydrogen economy. Effective approaches to hydrogen policy build on understanding key criteria that determine its effectiveness, and the tools that derive from such criteria.
Mainstream Electrolysis Technologies for Green H2 projects
This course will provide tangible examples of mature PEM and alkaline technologies and established technology providers for green hydrogen generation from electrolysis. Many of these are being deployed or considered for upcoming MW and GW green hydrogen projects. The electrolyser production supply chain and scale up developments will also be presented.
Carbon Capture, Utilisation & Storage
This course is intended for those in business, commercial and strategically focused roles within the energy sector; in particular those responsible for environmental matters, business sustainability and business transformation in areas such as oil & gas, hydrogen and industrial energy usage.
Introduction to Hydrogen
If you are investing in decarbonisation or the energy transition, then an appreciation of how hydrogen will play a role is required. Understanding the market drivers and most likely use cases for hydrogen, green ammonia, e-methanol, or synthetic e-fuels is essential. Furthermore, consideration must be given to the transition requirements from fossil fuels to hydrogen and hydrogen derivatives. This course will provide insights in these areas.
Integrating Hydrogen with Renewable Power
This course addresses questions around capacity sizing, the value (or not) of flexible operation, electricity and hydrogen costs, and project deployment viability. While focusing on the direct integration of hydrogen production with dedicated renewable power, it will also assess how this option stacks up against ‘virtual’ integration (buying renewable power through the grid).
Investment Case for Hydrogen
This course is intended for those seeking a time-effective, wide-ranging and independent perspective on the investment case for opportunities within the rapidly growing market for clean hydrogen.