Author: Arnes Biogradlija

Green hydrogen, which is made from renewable energy, is now competing with gray hydrogen, which is made from fossil sources and does not collect CO2. This is the situation in the economic region of Europe, the Middle East, and Africa (EMEA).

Officials from Japan’s Kawasaki Heavy Industries (KHI) announced that a groundbreaking pilot project to carry liquefied hydrogen from Australia had demonstrated the feasibility of the new seaborne trade. Earlier this year, the Suiso Frontier (pictured), built by KHI, transported a cargo of hydrogen produced in Australia from Australia to Japan, arriving in Kobe late last month. “The demonstration, which covered everything from production to transportation to loading and storage, established the technological foundations for the future use of hydrogen as an energy source in the same way that liquefied natural gas is used today,” KHI executive officer Motohiko Nishimura told…

It foresees two gas pipelines, one that reaches Asturias from Zamora and León and another, with two branches, starting in Soria and Zaragoza and passing through La Rioja, the Basque Country and Cantabria

The second is that it provides a solution to the problem of decarbonizing sectors that have a hard time removing CO2 emissions from the environment “and that have a big weight in our business, such as the steel industry.”

First Hydrogen Corp. announced the formation of First Hydrogen Energy, a branch of First Hydrogen Corp. that will combine and oversee the Group’s green hydrogen production and distribution business. First Hydrogen Energy is currently analyzing and processing new green hydrogen generation proposals in the United Kingdom, Italy, and Canada, where conversations with local partners are continuing. Additionally, First Hydrogen is in contact with industry partners about the provision of technologies and plant management. First Hydrogen has targeted the United Kingdom, Italy, Germany, and Canada for the development and construction of several 25 MW sites in each country in order to…

The strategy also said that the installation of hydrogen storage, transportation, and infrastructure must be expedited. Scientifically plan the layout of hydrogen refueling stations, and expedite the building of hydrogen energy storage

The photopyrolysis of biomass to produce hydrogen has been developed by researchers at the Ecole Polytechnique Fédérale de Lausanne (EPFL, Switzerland). The biomass is treated with a xenon lamp, which is frequently used to cure metallic ink used in printed electronics.The white flash is a short-pulse, high-power energy source that initiates photothermal processes that convert biomass to synthesis gas, which can be used to separate pure hydrogen and charcoal. On banana peels, maize cobs, orange peels, coffee beans, and even coconut shells, scientists demonstrated their expertise. It is effective! for every kilogram of dried biomass, around 100 liters of hydrogen…

Air Liquide obtains financing from the French government, subject to final approval by the European Commission, to launch its large-scale renewable hydrogen generation project, Air Liquide Normand’Hy. This electrolyzer, with an initial capacity of 200 MW, will use Siemens Energy technology to produce renewable hydrogen to TotalEnergies’ Normandy refinery. This project will make a substantial contribution to the development of a low-carbon hydrogen sector in France and Europe, as well as to the decarbonization of the Normandy industrial basin. Additionally, it will aid in the development of heavy-duty hydrogen mobility in this critical industrial sector. Air Liquide has submitted an…

Fortescue Future Industries (FFI), a global leader in green hydrogen, and Airbus, the world leader in aeronautics, have formed a working alliance to assist the aviation industry in decarbonizing through zero-emissions green hydrogen. The news underscores FFI and Airbus’ shared goal of leveraging their respective capabilities to accelerate the introduction of a green hydrogen-powered aircraft into service by 2035. Unlike other forms of hydrogen, green hydrogen is produced entirely from renewable energy sources. FFI and Airbus signed a Memorandum of Understanding (MoU) today at Airbus’ headquarters in Toulouse, France, to formalize the relationship. The MoU will enable both firms to…

Keyera and Shell have agreed to collaborate on possible low-carbon projects in Alberta’s Industrial Heartland. This collaboration would use existing assets, nearby lands, and strong leadership to aid industry in its transition to a lower-carbon future and attract new investment to the region. Together, Keyera and Shell will study options to develop a future open access gathering and distribution network for transporting captured CO2 from Keyera and other businesses in the vicinity to Shell’s proposed Polaris CCS storage hub for safe, dependable, and economic storage. Additionally, Keyera would exploit an existing pipeline capable of delivering hydrogen to supplement the region’s…