Author: Anela Dokso

This patent filed by the Saudi Arabian Oil Company focuses on the transformation of hydrocarbons into hydrogen through catalytic methods. This innovative patent details a specific method of hydrogen production that could potentially impact the energy sector’s shift towards more sustainable practices. The Catalyst and Hydrocarbon Process This patent primarily revolves around the method of producing hydrogen from hydrocarbons using a catalyst. The process begins with the introduction of a hydrocarbon feedstock into a reactor. What distinguishes this method is the condition within the reactor—it is substantially devoid of both oxygen and water, ensuring a controlled environment for the reaction…

The latest strategic investment into Power to Hydrogen by Mitsui O.S.K. Lines (MOL) and Karpowership signals a growing recognition of hydrogen’s role in the maritime energy transition.

The reissuance of the US Department of Energy’s Small Modular Reactor (SMR) funding solicitation marks a strategic push towards advancing nuclear technology innovation.

Amid growing demands for renewable energy infrastructure, Nexans’ €1 billion framework agreement with French energy developers solidifies France’s ambitious agenda for high voltage direct current (HVDC) cable deployment.

Schneider Electric, a leader in energy management and automation, has recently announced its intention to invest $700 million in the U.S. electrical grid over a five-year horizon.

At the end of 2024, renewable energy had dramatically increased its share of the global power capacity, reaching an unprecedented 46%.

With reports indicating a 67% increase in the occurrence of extreme weather events over the past two decades, the stability of power grids is becoming a cause of global concern. These events have put immense pressure on grid infrastructure, leading to failures that can have both considerable social and economic repercussions. The solution to these problems, some claim, lies in energy storage systems that promise a more resilient grid by offering power during peak demands. Yet, beneath this promise is a complex matrix of variables, including the optimal sizing, strategic placement, and the substantial investment associated with such technology, all…

The global transition towards sustainable transportation marks a critical shift in addressing energy shortages and climate concerns. As electric vehicles (EVs) proliferate, with electric buses (EBs) leading the charge, they present a mosaic of opportunities and challenges for energy storage and power grid stability. A staggering growth in EV usage intersects with the complexity of integrating these vehicles into power systems designed primarily for traditional loads. Noteworthy is the rapidly increasing role of EBs, which, despite their environmental benefits, impose substantial demands on infrastructure due to their high charging requirements and predictable energy consumption patterns. The core challenge lies in…

The European Commission has approved funding of €445 million for Reolum’s project in La Robla, León. The project aims to harness biomass, carbon capture, hydrogen, and e-methanol production, marking a significant leap toward sustainable energy solutions in the region.

Hebei Province’s recent strides in promoting hydrogen energy infrastructure signal a significant commitment to sustainable energy transitions in China. The People’s Government of Hebei Province has unveiled an ambitious plan to bolster hydrogen production in Shijiazhuang, Xingtai, Dingzhou, and Xinji, a move that is aligned with China’s wider goals of reducing carbon emissions and enhancing energy independence. This strategy includes the development of hydrogen refueling stations and the application of hydrogen technology in demonstration scenarios, positioning Hebei as a potential leader in hydrogen energy within China. The comprehensive plan for the Shijiazhuang Metropolitan Area not only seeks to establish robust…