Green hydrogen is rapidly gaining recognition as a cornerstone of future sustainable energy systems. As industries, governments, and investors seek decarbonisation pathways, green hydrogen offers a clean, versatile, and scalable energy carrier that can transform sectors ranging from power to transport and heavy industry.

This training programme provides participants with a comprehensive understanding of green hydrogen technologies, from production and infrastructure to storage, transport, and end-use applications. It also explores policy developments, market trends, and emerging innovations shaping the hydrogen economy. Through practical insights and global case studies, participants will be empowered to evaluate and apply green hydrogen strategies within their own organisations and contexts.

By the end of this course, participants will be able to:

Understand the technical foundations and processes involved in green hydrogen production.
Identify viable applications of green hydrogen across various economic sectors.
Examine key storage and distribution technologies and their associated challenges.
Explore the role of hydrogen in energy transition, carbon reduction, and sustainability strategies.
Evaluate real-world green hydrogen projects and analyse lessons learned.
Develop strategic approaches to adopting green hydrogen solutions in industry or policy.

This course is designed for professionals seeking a strong grasp of green hydrogen’s potential and practical implementation, especially:

Energy and sustainability professionals.
Engineers and infrastructure planners.
Policy makers and environmental regulators.
Utility and transportation sector leaders.
Technology investors and green business developers.
Researchers and academics focused on renewable energy and climate policy.
Corporate strategists and CSR officers looking to integrate green hydrogen into ESG planning.

This course incorporates a mix of expert-led presentations, guided discussions, group exercises, and hands-on activities. Case-based learning and interactive sessions help participants apply complex technical concepts in practical, real-world scenarios. Technical depth is balanced with accessibility for non-specialists.

Day 5 of each course is reserved for a Q&A session, which may occur off-site. For 10-day courses, this also applies to day 10

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ID	التواريخ المتاحة	المدينة	الرسوم	الإجراءات

Course Content

Section 1: The Role of Green Hydrogen in the Global Energy Shift

Introduction to hydrogen types: green, blue, grey, and pink
Why green hydrogen matters: climate goals, energy security, and decarbonisation
Strategic benefits: environmental, economic, and geopolitical implications
Key players and global policy initiatives driving hydrogen expansion
Comparative review of national hydrogen strategies (EU, Japan, Australia, MENA)

Section 2: Green Hydrogen Production Pathways

Electrolysis explained: using renewable electricity to split water
Overview of main electrolysis technologies:

Alkaline Electrolysis
Proton Exchange Membrane (PEM)
Solid Oxide Electrolysis (SOE)

Integration with renewable energy sources: solar, wind, hydro
Cost, efficiency, and scaling potential of each method
Innovations in low-cost electrolyser technology and decentralised systems
Interactive workshop: mapping production system design for a local project

Section 3: Hydrogen Storage, Transport, and Infrastructure

Key storage methods: compressed gas, liquefied hydrogen, and chemical carriers
Infrastructure considerations: pipelines, mobile transport, and fuelling networks
Hydrogen carriers: ammonia, LOHCs, methanol – benefits and trade-offs
Safety and regulatory standards for storage and transport
Infrastructure investment trends and international collaboration models
Hands-on session: infrastructure planning and risk mitigation

Section 4: Cross-Sector Applications of Green Hydrogen

Hydrogen in mobility: fuel cell vehicles, trains, aviation, and maritime transport
Power sector integration: hydrogen-to-power systems, backup storage, and grid balancing
Industrial uses: low-carbon hydrogen in steel, cement, chemicals, and ammonia production
Hydrogen for buildings: heating, cooling, and combined heat and power (CHP)
Case studies of hydrogen deployment across sectors and regions
Group activity: identifying hydrogen potential in participants' industries

Section 5: Market Outlook, Policy Support, and Future Developments

Market challenges: cost barriers, infrastructure gaps, technology readiness
Investment dynamics and public-private partnerships
Government support: subsidies, carbon pricing, and regulatory frameworks
Innovations to watch: hydrogen blending, Power-to-X, and hydrogen hubs
Global project pipelines and gigawatt-scale production forecasts
Strategic planning exercise: building a green hydrogen roadmap for organisational use

Certificate Details

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