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IRENA Lends Voice To Enabling Hydrogen Trade Beyond Borders

Saur News Bureau  


    Highlights :

    At present hydrogen is hardly traded across borders due to limited transport infrastructure and is consumed mostly where it is produced.

    The transition towards a more sustainable system based on renewables can be accelerated only by making green hydrogen a global trade commodity, said Francesco La Camera, IRENA Director-General. That the world is slowly but steadily waking up to a green Hydrogen economy is a given now.

    Addressing the Fifth Meeting of the Collaborative Framework on Green Hydrogen this week, IRENA Director-General said, "In an era of high energy and commodity prices, coupled with an inefficient energy system, making green hydrogen a global trade commodity is a fundamental prerequisite to accelerate the transition towards a more sustainable system based on renewables,". The meeting provided a platform for IRENA Members to discuss plans for international trade of green hydrogen and derivatives.

    He liberally quoted the excerpts from IRENA's flagship World Energy Transitions Outlook Report for 2022 to stress that hydrogen can help mitigate 10 per cent of the global CO2 emissions from energy by 2050 and reach 12 per cent of final energy demand. "A quarter of this hydrogen may be supplied through global trade. This stands in stark contrast to the situation today, where hydrogen is hardly traded across borders due to limited transport infrastructure and is consumed mostly where it is produced", he added.

    The Collaborative Framework on Green Hydrogen, co-facilitated by Morocco and the European Commission, witnessed a high level of engagement by private actors and government representatives from member countries who discussed the role of international hydrogen trade to strengthen energy security.

    The event marked the launch of the "Global Hydrogen Trade to Meet the 1.5C Climate Goal: Green Hydrogen Cost and Potential" report, which explores the global cost evolution of green hydrogen towards 2030 and 2050 based on a geospatial analysis. It estimates the potential for green hydrogen production as a function of solar and wind resources, considering exclusion zones such as protected areas, forests, wetlands, urban centres, slopes, and water scarcity.


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