Green Hydrogen Technologies for Systems Transformation: Building a compilation of national strategies, plans and projects 2024 (Part 2)

This document, Green Hydrogen Technologies for Systems Transformation: Building a compilation of national strategies, plans and projects 2024, Part 2, offers a snapshot of the current implementation of green hydrogen projects in Paraguay, Malaysia, Mauritania, and Jordan, providing examples of green hydrogen technology research, development, and deployment efforts and the impact on increasing renewable energy infrastructure and transformation at the national level.
This is the second part of a two-part series. (Part 1 can be found here.)
This study is a resource for developing countries, showcasing how green hydrogen technologies can assist national systems’ transformation of energy industry, mobility, agriculture, buildings, and business. The collection of four national examples not only sheds light on the technological advancements and successful national strategies in the realm of green hydrogen, but also underscores the significance of regional collaboration. The journey toward systems transformation requires a collective effort, as nations grapple with shared challenges and shared opportunities. By showcasing a range of national and regional perspectives, we are building a bridge between global imperatives and localized solutions, while facilitating the exchange of best practices and lessons learned.
In 2023, CTCN compiled 10 Green Hydrogen Technology strategies, plans and projects under preparation and/or implementation worldwide. As a continuation to the region-tailored capacity building program on Green Hydrogen, that report with 10 global green hydrogen cases intended to inspire developing countries.
In this report, published a year later, four country cases are added, in collaboration with UNEP Copenhagen Climate Centre (CCC). We hope the added cases of Paraguay, Malaysia, Mauritania, and Jordan will provide countries with information to accelerate their climate action through climate technology.