Author: Anela Dokso

Green hydrogen has been praised as a potential solution for reducing carbon emissions, but its price is expected to stay higher than projected for several decades.

Prime Minister Narendra Modi is set to lay the foundation stone for a significant green hydrogen project in Pudimadaka, Anakapalli district of Andhra Pradesh.

China plans to speed up the adoption of hydrogen in its transportation and industrial sectors starting after 2035.

Meralco PowerGen Corporation, a subsidiary of Manila Electric Co. (Meralco), is setting up a new power plant in Singapore.

A significant agreement has been reached between H2 Global Energy, leading a consortium, and the Tunisian government. This understanding involves a Memorandum of Understanding (MOU) for the development of a $6 billion green hydrogen project.

The global green hydrogen sector is critical as economic, strategic, and technological factors define its trajectory towards 2025. Energized by policy shifts, industrial competition, and supportive government frameworks, the market witnesses a complex interplay between opportunity and challenge. In 2025, giga-scale projects with a capacity of 1 gigawatt-equivalent (GWe) or more are expected to continue finding financial investment decisions (FID) within regions like Saudi Arabia and India. These projects, such as Neom Helios and the Kakinada project, highlight the strategic geographic advantages where low-cost renewable energy and favorable government support synergize to enhance the market position of these regions. The…

Quantifying the potential for grid interconnections in heterogeneous contexts spotlights significant disparities in market efficiency and economic outcomes.

Invinity Energy Systems has introduced its new vanadium redox flow battery technology, named Endurium, which boasts a 50% smaller footprint compared to previous designs.

China aims to be at the forefront of the global hydrogen energy race, backed by new government policies.

In the current study, nanoindentation was utilized to evaluate the mechanical response of shale samples exposed to hydrogen, revealing a progressive decrease in mechanical strength over time—a crucial factor for assessing the feasibility of hydrogen geological storage.