Author: Arnes Biogradlija

The entire concept of the liquid carbon dioxide value chain in Lithuania, and potentially in the Baltic region, will be evaluated for this purpose, with the port of Klaipeda serving as the focal point.

“WINFRID” is the response of the TechnologieRegion Karlsruhe (TRK) to the Baden-Württemberg Ministry of the Environment’s request for funding to establish a “model region for green hydrogen.”

The collaboration will help to popularize hydrogen fuel cell vehicles, which have been largely ignored by consumers due to a lack of charging stations.

Thomas Niederer will guide the joint venture between H2 Energy, Alpiq and Linde GmbH/PanGas through the next steps in its ambitious growth plans

At the Hamburg plant, Aurubis began a series of tests for hydrogen use on an industrial scale in copper anode production.

The Company is already using its skills and technologies to support the development of the blue hydrogen market and the development of green hydrogen hubs

Tlou Energy is working on a hydrogen strategy to bring renewable energy to Botswana and southern Africa through gas, solar, and hydrogen exploration and development.

The Mauritanian government has signed an agreement with CWP Global, an Australian renewable energy development company, to build a green hydrogen production plant with a capacity of 30 GW.

Groupe ADP, Airbus, Air France-KLM, and the Région Île-de-France, with the support of Choose Paris Region, announced a call for expressions of interest titled “H2 HUB AIRPORT” on February 11th to study hydrogen’s potential and to accelerate air transport decarbonization. This multinational project, which was unprecedented in the aviation business, was a huge success, with 124 applications submitted. Eleven winners have been chosen to contribute to the future hydrogen airport ecosystem’s growth. The energy shift in aviation is well underway, and the hydrogen airport environment is a critical operational building component for shaping the arrival of the Airbus hydrogen aircraft…

The University of Nottingham has launched a new £1 million project to develop dual-use energy storage technology capable of feeding hydrogen to a fuel cell while also providing direct cooling for refrigeration. The technology would enable hydrogen to play a significant role in the UK’s sustainable energy future and contribute to the decarbonisation of the UK’s food cold chain, which consumes 18% of the country’s total energy. The device will be targeted at commercial food operations, where refrigeration can account for 30-60% of electricity consumption (1.2 percent of total CO2 emissions in the UK). Along with factories and processing units,…