Overview
Understand hydrogen’s properties, and color codes—and how carbon intensity and certification shape its environmental impact, Explore and compare all major hydrogen production methods—including grey, blue, green, black, and emerging technologies like pyrolysis and biomass., Assess hydrogen storage and transport options—from compressed and liquid forms to underground storage, ammonia, and LOHCs for global logistics., Analyze hydrogen applications across sectors—including mobility (FCEVs), industrial decarbonization, power generation, and grid balancing., Learn key safety principles and compliance codes—covering global standards (ISO, NFPA, IEC), facility design, and hydrogen transport regulations., Gain insight into hydrogen market dynamics and project finance—covering LCOH, bankability, business models, and commercialization strategies.
This course is designed for professionals and decision-makers who want to understand the transformative potential of hydrogen energy in today’s clean energy landscape. It is especially valuable for:, Engineers and technical specialists working in energy, transport, or industrial sectors seeking to upskill in hydrogen applications, Business leaders and entrepreneurs exploring clean technology markets and investment opportunities, Policy makers and sustainability professionals involved in climate strategy, energy regulation, or ESG planning, Students, researchers, and academics interested in the future of clean fuels, energy systems, and net-zero solutions, Anyone curious about hydrogen’s role in building a sustainable, resilient, and decarbonized global economy
No prior experience with hydrogen is required—this course is designed for both technical and non-technical backgrounds., A basic understanding of energy systems (e.g., electricity, fuels, renewables) is helpful but not mandatory.
Hydrogen isn’t just gaining attention—it’s gaining momentum. As industries, governments, and innovators race to decarbonize, hydrogen is taking center stage as a versatile, zero-carbon energy carrier with the power to reshape how we produce, store, transport, and use energy.
The Hydrogen Energy Master Class: From Fundamental to Profession is a comprehensive, six-module training program that equips you with the full spectrum of knowledge—from atomic-level basics to international markets, regulations, and business models. Whether you're new to hydrogen or working on your next project, this course provides the insight and structure to guide you.
You’ll explore:
The science of hydrogen and its unique combustion, storage, and safety properties
Hydrogen color codes and life cycle carbon intensity (LCA, gCO₂e/MJ)
All major production pathways—grey, blue, green, biomass, pyrolysis, and more
Storage and transport technologies—including ammonia, pipelines, and LOHCs
Real-world applications across transport, heavy industry, and power grids
International codes, safety standards, and certification frameworks (e.g., CertifHy)
Market trends, hydrogen corridors, finance strategies, and commercial use cases
From fuel cells to refueling stations, electrolysis to EPC contracts, you’ll gain a real-world understanding of the hydrogen economy—backed by global case studies, technical insights, and the latest policy frameworks.
Join us and unlock the full potential of hydrogen. It’s not just the fuel of the future—it’s the future of fuel.
Dr. Ibrahim Kshanh
Dr. Kshanh is a distinguished Energy and Sustainability consultant and educator with over 20 years of experience.
His academic journey includes a Ph.D. in Science, Technology, and Innovation focusing on Energy Policy from GRIPS, Japan, complemented by an MSc in Energy Science and Policy from Ajou University, South Korea. He earned his Bachelor of Engineering in Electrical and Electronics from the AHIET, Egypt.
His impact resonates globally, having served as an energy and sustainability consultant for prestigious organizations such as the World Bank, the Global Environmental Foundation, the United Nations, the European Union, RECREEE, and ESCO.
Dr. Kshanh's influence extends into the realm of the energy industry, where he has held pivotal roles as an Energy and Sustainability Director for several leading companies since 2005. His responsibilities included shaping energy policies, devising strategic frameworks, and executing action plans while supervising the successful integration of energy efficiency measures, renewable energy projects, and capacity-building programs across the Oil & Gas, Power, and Petrochemical sectors.
His professional credentials speak volumes about his expertise and commitment to excellence, being certified by esteemed international bodies such as:
• ESG and Sustainability reporting [GRI, ISSB & CSRD]
• Association of Energy Engineers (CEM - CMVP)
• IRCA (Certified Lead Auditor for Energy Management System ISO50001)
• UNIDO (Certified Expert for Energy Management System ISO 50001)
• European Union (Certified Energy Manager for the Public Sector)
• Energy University by Schneider Electric (Energy & Facility Managers)
• UNIDO (Certified Motor and Compressed Air System Optimization)
• UNIDO (Certified Thermal Energy Auditor)