In a world increasingly focused on clean energy, hydrogen has emerged as a vital player. Industry leaders worldwide anticipate its substantial role in the energy landscape by 2030, making substantial investments in the hydrogen economy. However, various technical and economic hurdles must be surmounted before hydrogen can genuinely reduce carbon emissions and become a significant energy source.
This four-day interactive course dives deep into every aspect of hydrogen technology, including production, storage, infrastructure, distribution and economic viability. The course covers various aspects of hydrogen technology and best practices, providing practical insights, case studies and interactive discussions that offer actionable solutions for adopting hydrogen technology and implementing projects successfully.
Participants receive access to a shared cloud folder with supporting course material in electronic format. Available in English, Spanish, French and German.
Programme Content
Key Topics
01
Hydrogen Production & Technology
Green, blue, turquoise and grey hydrogen production pathways
Electrolysis technologies: PEM, alkaline and solid oxide
Steam methane reforming, coal gasification and carbon capture and storage
Hydrogen transport, storage, compression, liquefaction and refuelling stations
Sector coupling, hydrogen blending limits and existing network feasibility
02
Hydrogen Economics & Viability
Cost structure of green and blue hydrogen production
Levelised cost of hydrogen (LCOH) and Power-to-Hydrogen economics
CAPEX, OPEX, facility costs beyond equipment and future cost roadmaps
Cost-benefit analysis of hydrogen and fuel cell technology
Hydrogen pricing mechanisms and market structures
Policy support: subsidies, carbon pricing and mandates
03
Business Models & Commercialisation
Hydrogen project business models across the value chain
Financing hydrogen projects: equity, debt and grants
Risk management strategies for hydrogen technology projects
How to effectively commercialise hydrogen projects
04
Global Context & Case Studies
Global hydrogen roadmaps: Japan, EU, USA, Australia, Middle East
Power system flexibility, grid services and hydrogen as long-term energy storage
Hydrogen's role in the energy transition and decarbonisation
Real project case studies: successes and lessons learned
Industrial applications (refineries, steel, chemicals) and emerging uses in shipping and heating
Emerging applications: green ammonia and methanol conversion, micro/large-scale CHP and fuel cell re-electrification
Learning Outcomes
What You Will Learn
By the end of this course, you will be able to:
01Understand the current status of hydrogen markets and the major drivers and inhibitors influencing growth across regions and sectors
02Gain a comprehensive understanding of hydrogen technology including production, storage, compression, infrastructure and distribution
03Acquire the technical knowledge necessary to overcome challenges in hydrogen technology adoption
04Explore the economics of hydrogen and assess cost-benefit analysis of hydrogen and fuel cell technology
05Understand various hydrogen project business models and how to effectively commercialise them
06Develop risk management strategies for hydrogen technology projects
07Gain insight into policy and regulatory frameworks, investment scenarios, and the global context of hydrogen through real project case studies
Dates & Pricing
Sessions & Fees
Available as virtual sessions (MS Teams / Zoom) and classroom. Also available in Spanish, French and German on request.
Dates
Time Zone
Format
Fee
10–13 Aug 2026
Seoul (KST) — 10 AM–4 PM
Virtual
£2,200
Classroom Sessions
Various cities — contact us
Classroom
£3,200
Target Audience
Who Should Attend
This course is designed for professionals across the hydrogen value chain and those seeking to understand how hydrogen fits into the energy transition.
Power & Gas Companies
IPPs, utilities, natural gas producers and grid operators
Oil & Gas Companies
Upstream, downstream and petrochemical companies transitioning to hydrogen
Project Developers & Sponsors
Structuring and financing hydrogen project value chains
EPC Contractors & O&M Providers
Delivering and operating hydrogen production and infrastructure assets
Legal, Technical & Insurance Advisors
Advisors supporting hydrogen project risk and bankability
Corporate Procurement & Business Development
Contract managers and sales teams shaping hydrogen commercial strategy
Investors & Fund Managers
Renewable energy investors, hydrogen project financiers, DFIs and commercial lenders
Government & Regulators
Policy makers and ministries involved in hydrogen strategy
Technology Developers
Electrolysis, fuel cell and industrial gas providers
Transport & Industrial Users
Ports, airports, steel producers and low-carbon heat producers
Common Questions
Frequently Asked Questions
What hydrogen technologies does the course cover? +
The course covers all major hydrogen production pathways (green, blue, grey), storage technologies, compression, infrastructure and distribution — as well as fuel cells and end-use applications across power, transport and industry.
What are the 2026 session dates? +
Virtual session: 10–13 August 2026 (Seoul KST, 10 AM–4 PM). Classroom sessions available on request.
What is the course fee? +
Virtual sessions are £2,200 per delegate. Classroom sessions are £3,200 per delegate. UK-based sessions are subject to 20% VAT.
Is the course available in other languages? +
Yes. This course is available in English, Spanish, French and German. Contact info@londonpetroacademy.co.uk for details on non-English sessions.
Can this course be delivered in-house? +
Yes. All London Petro Academy courses are available as fully customisable in-house programmes delivered at your premises or any location worldwide. Contact j.rogus@londonpetroacademy.co.uk for a tailored proposal.
All London Petro Academy courses are available as fully customised in-house programmes delivered at your premises, virtually, or at any location worldwide.
