Author: Arnes Biogradlija

The Norwegian Ministry of Petroleum and Energy has released a significant tender titled “Supply of Hydrogen for Renewable Energy Projects,” published on September 9, 2024, with a submission deadline of November 10, 2024. This tender is crucial for advancing Norway’s commitment to sustainable energy and reducing carbon emissions. Main Objectives and Requirements The primary objective of the tender is to secure a stable and sufficient supply of hydrogen for various renewable energy projects across Norway. The projects aim to integrate hydrogen as a clean energy source, supporting the country’s larger goals of transitioning to a low-carbon economy. The tender outlines…

The German Ministry of Energy issued a significant tender titled “Engineering Works and Construction Works—H2 SOLLAB ” on September 9, 2024. This tender represents a crucial step for the hydrogen industry, and the submission deadline is December 31, 2024. The H2 SOLLAB project marks an essential initiative to advance hydrogen infrastructure and technology in Germany, supporting the country’s broader goals for renewable energy and climate neutrality. Tender Objectives The primary objective of the H2 SOLLAB tender is to solicit proposals for developing and constructing a state-of-the-art hydrogen research and testing facility. This facility will facilitate advanced hydrogen production, storage, and…

Despite initial promises, the future of the former Enel power plant in Rossano remains unresolved. Silence has caused growing frustration among local people, unions, and institutions. With the recent merger of Corigliano and Rossano and ambitious plans for a unified waterfront, addressing the ex-Enel site is urgent. Paolo Cerbella, the provincial secretary of Uil, has made a clear appeal: it is time to resolve this issue and ensure a productive future for an area still hurting from past neglect. Unresolved Issue The saga of the ex-Enel power plant in Rossano has long been the subject of debates and clashes without…

Hydrogen production is an important process for clean energy. One way to produce hydrogen is by electrolysis, where water is split into hydrogen and oxygen using an electric current. In this process, the surfaces of metal electrodes play a crucial role. Recent studies have highlighted how ion-specific water structures at these metal surfaces can significantly impact hydrogen production efficiency. Water molecules tend to arrange themselves differently when close to different ions. These arrangements, known as ion-specific water structures, can influence how easily hydrogen atoms are formed and released on metal surfaces. For instance, water molecules may form more stable structures…

South Korea recently announced a groundbreaking step in its energy policy: It plans to import clean hydrogen for power generation and hold the world’s first auction for non-domestic green hydrogen supplies. This significant move is part of South Korea’s strategy to reduce its carbon footprint and increase renewable energy usage. Clean hydrogen is produced using renewable energy sources, which results in no carbon emissions. The hydrogen will power various applications, including electricity generation, transportation, and industrial processes. As South Korea cannot produce large quantities of green hydrogen domestically, it will rely on imports to meet its energy needs. This auction…

The future of several energy projects in the province of Burgos hinges on the final route of hydrogen pipelines in the Iberian Peninsula. These pipelines need to link with local industrial centers, and the executive government must make the decision. So far, the hydrogen sector has promised investments worth over 620 million euros in the province. This commitment underscores Burgos’ significant role in developing the green hydrogen economy. However, this potential will be boosted or hindered based on Burgos’ inclusion in the final map of Spain’s Hydrogen Backbone Network. The coming autumn weeks will be critical in determining whether the…

Taiwan has shown a keen interest in expanding its hydrogen energy collaboration with Chile. The initiative is part of Taiwan’s broader strategy to diversify its energy sources and foster international partnerships in the renewable energy sector. This potential collaboration marks a significant step towards sustainable energy solutions for both nations. Hydrogen Energy’s Global Role Hydrogen energy is gaining global attention as a clean and renewable energy source. It can be produced from various resources, including natural gas, renewable electricity, and even water. Once produced, hydrogen can be used for electricity generation, vehicle fuel, and industrial processes. Its versatility and environmental…

Green hydrogen-derived methanol is gaining attention as a potential environmentally friendly fuel alternative for the shipping industry. This type of methanol is produced using green hydrogen, which is generated through electrolysis powered by renewable energy sources such as wind and solar. Its appeal lies in its significant potential to reduce carbon emissions compared to traditional fossil fuels. However, despite its environmental benefits, the cost remains a significant barrier to widespread adoption. Current Cost Issues The production of green hydrogen-derived methanol is currently expensive. The primary reasons are the high costs of generating green hydrogen and the subsequent synthesis process to…

The global hydrogen energy community has lost one of its most influential visionaries. Turhan Nejat Veziroğlu, a pioneer whose dedication to hydrogen as a clean energy source spanned decades, has passed away. His life’s work laid the foundation for hydrogen’s modern role in the energy transition, and his contributions continue to resonate in research, innovation, and policy. Veziroğlu, born in Turkey in 1924, was driven by a passion for science and sustainability from an early age. After earning his Ph.D. in mechanical engineering, he eventually turned his focus to the promise of hydrogen as an alternative energy source. It was…

The hydrogen production plant planned in Granja de Moreruela requires 116,910 cubic meters of water annually, equivalent to 35 Olympic swimming pools. The plant utilizes slightly more than half of this water, with the remainder rejected. This data is from documentation made public by the Department of Industry for the project’s administrative authorization, integrated environmental authorization, and environmental impact assessment. Water Source Assurance The water required for the plant will be sourced from existing captures and new well explorations to ensure a secure water supply. The project is located over the “Villafáfila” groundwater mass, which is in good overall condition…