In line with the global push for decarbonization, hydrogen has emerged as a versatile energy carrier with growing potential in the journey toward net zero by 2050. While traditional fossil fuels still dominate the global energy mix, advancements in production methods are shifting focus toward cleaner alternatives.
Hydrogen is a promising clean energy option, capable of supporting decarbonization across the energy sector, industry, heating, and transportation. According to estimates, by 2050, it could meet up to 10% of global energy demand and reduce greenhouse gas (GHG) emissions by 6%. Hydrogen is produced from natural gas, nuclear energy, biomass, and renewables, though it is not a primary energy source. Approximately 95% is currently made via steam reforming of natural gas. Production types include grey (with GHG emissions), blue (with carbon capture and storage), and green (via electrolysis using renewable energy). It serves as energy storage in compressed gas, cryogenic liquid, or hydride forms, often stored in tanks or geological sites.
In the section “Hydrogen” on ONEGEO.COM Global Digital Platform, you can further explore the potential of hydrogen, production methods and their environmental impact, sector challenges, and factors limiting its growth. Additionally, the section contains information about the leading professional events, global partnerships, cross-sectoral initiatives, and main actors in this field, including the EU Hydrogen Strategy since 2020 focused on R&D, international cooperation, investments, market development, and infrastructure.
Please note that organizers may shift dates of the announced professional events, so we recommend checking the official websites for the latest information.