Australia shows that renewable energies are outpacing fossil fuels, but not by much. The Office of the Chief Economist at the federal Department of Industry, Science, and Resources estimates that Australian resource and energy projects are worth A$702 billion ($471 billion).
The “Ulsan Port Green Hydrogen Logistics Hub Project” was presented at the “2022 International Hydrogen Industry Exchange Online Seminar” hosted online on the 16th by the Ulsan Port Authority (UPA), who also spoke as a Korean speaker.
Western and Asian corporations are collaborating on enormous projects to develop green hydrogen, a promising power source. Major Western oil firms and Denmark’s largest offshore wind power business, Orsted, are considering entering the market. Green hydrogen, a power-generating fuel that doesn’t release CO2, is in high demand worldwide. Europe has led the industry in renewable energy, but Asia is increasingly producing. Last year, Orsted joined POSCO in an offshore wind power project. The companies are also studying the manufacturing of green hydrogen, which might offer “hydrogen steel,” which uses hydrogen instead of coal. Denmark-based Orsted splits water molecules to make…
A large number of projects totalling 266 billion Australian dollars ($178 billion) have been proposed for it, but only one hydrogen project has received Australia Investments’ commitment. This demonstrates the scope of the challenge it faces in its quest to become a significant exporter of clean fuel.
According to a recent industry assessment, a Hydrogen Storage Business Model—a crucial tool that will increase the UK’s energy security—is urgently required, with interim steps in place before 2025.
Together with partners, the Swedish business OX2 is looking into the feasibility of building a new offshore hydrogen pipeline infrastructure to link Germany, Finland, Sweden, Denmark, and Norway.
The Grays Harbor Port Commission accepted a lease option with Invenergy, the world’s top privately held developer and operator of sustainable energy solutions.
Researchers at Don State Technical University (DSTU) have created a fresh technique for gathering and storing hydrogen for use as fuel. The electrochemical approach of hydrogen buildup in ceramic-metal electrode matrices is suggested to be used.
Beginning in 2030, a planned pipeline system will deliver hydrogen from the Baltic Sea to Baden-Württemberg.
Westport and Johnson Matthey collaborate on hydrogen emissions aftertreatment With the goal of reducing or eliminating emissions, Westport Fuel Systems is collaborating with the sustainability firm Johnson Matthey to create an emissions aftertreatment system specifically designed for Westport’s H2 HPDI hydrogen fuel system. According to Westport’s release, the new collaboration focuses on merging Johnson Matthey’s technology and goods with its H2 HPDI fuel system to produce the least amount of vehicle exhaust emissions feasible. In Vancouver, British Columbia, at Westport’s engineering facility, the two businesses will work together to test and create a prototype system. European Energy acquires solar hydrogen…
