Author: Anela Dokso

SK E&S recently completed the construction of the ‘Icheon Daeheung Liquid Hydrogen Charging Station’ in Gyeonggi Province, marking a significant milestone in South Korea’s hydrogen infrastructure development.

Egypt recently announced a series of significant deals in green hydrogen and ammonia production, valued at over $66 billion.

Germany has entered into a climate and energy alliance with Morocco to bolster renewable energy expansion and hydrogen production in the North African country.

Voltalia has signed a framework agreement with TAQA Arabia to develop a significant green hydrogen production cluster, continuing the progress from a Memorandum of Understanding (MoU) signed in December 2022.

BP has entered into a Joint Development Agreement (JDA) with the UAE’s Masdar, Egypt’s Hassan Allam Utilities, and Infinity Power to explore the development of a multi-phase green hydrogen project in Egypt.

Green Hydrogen Systems (GHS), a player in the burgeoning green hydrogen space, announced the resignation of its Chief Financial Officer (CFO), Ole Vesterbæk.

The World Bank has approved a second $1.5 billion loan to support India’s low-carbon energy development. This funding aims to promote green hydrogen production, expand renewable energy capacity, and stimulate finance for low-carbon energy investments.

Deutsche ReGas, a German LNG terminal operator, and Hoegh LNG, a Norwegian FSRU (Floating Storage and Regasification Unit) player, have signed an agreement to develop a floating hydrogen import terminal in the German port of Lubmin.

H2 Energy News recently had the pleasure of interviewing Dr. Sanjin Gutić, an associate professor at the University of Sarajevo, whose work in physical chemistry and material science is paving the way for advancements in hydrogen production.

Cipher Neutron anion exchange membrane electrolyser reaches record efficiency With regard to their anion exchange membrane (AEM) electrolyzers, Cipher Neutron asserts that it has reached record efficiency. The Canadian startup’s method would significantly lower the price of green hydrogen, using only 41.75 kWh to produce one kilogram of hydrogen. Research on electrolyzers is now primarily concerned with enhancing their functionality. The aim is to minimize the expenses associated with the production of green hydrogen, including investment, maintenance, and operation. This can be achieved by accounting for the variability of power supply from renewable sources or by reducing electricity use. Green…