Author: Arnes Biogradlija

The local council in Bruck an der Leitha has approved the construction of a 200-megawatt OMV electrolysis plant adjacent to the Sarasdorf substation. The Green Party is ecstatic, while the opposition remains critical. Green Party member Elisabeth Götze hailed the approval as a big step for green hydrogen production in Austria. The council gave the green light for rezoning eight hectares of land required for the project. The SPÖ (Social Democratic Party) and the Green Party voted in favor. Energy Future Hopeful with Hydrogen From 2027, the plant aims to produce 30,000 tons of hydrogen annually from renewable energy sources…

EasyJet has announced a new partnership with the American startup JetZero to develop a future hydrogen-powered aircraft with a blended-wing body. This venture aims to cut fuel consumption and CO2 emissions by 50%. Under this collaboration, EasyJet will share its expertise in hydrogen propulsion systems, built through years of development with various industry partners. The British low-cost airline will also provide operational and technical insights to aid in the airplane’s design and construction, potentially using its blended-wing shape to facilitate hydrogen fueling. JetZero’s project has already gained support from the U.S. Air Force, NASA, and the FAA, with its first…

French green hydrogen producer Lhyfe SA has signed an agreement with German hydrogen filling station operator GP Joule Hydrogen to supply four stations in Germany with green hydrogen. The contract entails Lhyfe delivering a total capacity of up to 18 tonnes of green hydrogen per day, representing a vital step in the European hydrogen economy’s growth. The hydrogen will be produced from renewable energy sources, ensuring zero emissions throughout the production process. This aligns with Germany’s ambitious goals to reduce carbon emissions and transition to a more sustainable energy system. Lhyfe’s role in this partnership highlights its technological capability and…

Washington State University (WSU) has secured several significant grants amounting to millions of dollars to advance its research in hydrogen fuel technologies. This substantial funding will bolster the university’s efforts to develop sustainable and efficient hydrogen fuel applications. Funding Background The grants are provided by a combination of federal and state agencies, recognizing WSU’s leading role in pioneering hydrogen fuel research. The university’s research aims to address critical challenges associated with hydrogen production, storage, and utilization, which are essential for the broader adoption of hydrogen as a clean energy source. Impact on Hydrogen Research With this fresh influx of funding,…

German automaker BMW has announced an innovative expansion to its in-car payment services, now incorporating hydrogen refueling as part of its offerings. The move aims to streamline the hydrogen refueling process and enhance user convenience for owners of BMW’s hydrogen vehicles. Hydrogen Fuel Convenience To support the growing market for hydrogen-powered cars, BMW is integrating this new payment feature directly into their existing vehicle interface. This will allow drivers to refuel their hydrogen cars without needing to leave the vehicle, simplifying the transaction process. By adding this feature, BMW continues to strengthen its commitment to hydrogen as an alternative vehicle…

Union Minister Pralhad Joshi emphasized the need to engage startups in the green hydrogen sector to bring new ideas and involve youth. He noted that more than 120 exhibitors and over 150 national and international speakers will attend the event scheduled for September 11-13, 2024, in Delhi. Need for Fresh Talent and Innovation Joshi highlighted that the green hydrogen mission requires startups’ participation to inject fresh talent and innovative solutions. The Indian government has allocated Rs 19,744 crore to advance the green hydrogen mission. Event Highlights The event will feature over 120 stalls showcasing products and technology related to green…

South Korea’s largest utility, Korea Electric Power Corporation (KEPCO), has agreed to fund early works for what could become the world’s largest renewable hydrogen hub. The proposed facility, known as the Western Green Energy Hub (WGEH), is set to incorporate up to 50 gigawatts (GW) of wind and solar energy in Western Australia’s southeast corner. Project DetailsThe initial phase of WGEH aims to integrate approximately 6 GW of wind and solar power, targeting an annual production of 330,000 tonnes of green hydrogen. The hub could expand to 50 GW and produce 3.5 million tonnes of green hydrogen each year if…

Hydrogen is a promising renewable energy source, but its susceptibility to leakage and resultant explosions poses significant risks, necessitating comprehensive studies on these hazards. This research provides a detailed review of China’s hydrogen policies, the construction processes of hydrogen refueling stations, and the thermophysical mechanisms of liquid hydrogen leakage, amongst other factors. Hydrogen Policies in China Hydrogen fuel cells have been championed as essential to achieving China’s energy goals. The 2021–2035 Medium- and Long-term Plan for the Development of the Hydrogen Energy Industry underscores hydrogen as a cornerstone in China’s transition towards a low-carbon future. By 2030, China’s annual hydrogen…

The maritime industry is undergoing a major transformation driven by the dual goals of reducing fossil fuel dependence and enhancing air quality. Recently published research in the International Journal of Hydrogen Energy titled “Voyage Scheduling and Energy Management Co-Optimization in Hydrogen-Powered Ships” explores innovative solutions to these challenges. The study illustrates the potential of all-electric ships (AES) to emerge as a sustainable alternative to conventional fossil-fuel-powered vessels. Hybrid Microgrids and Their Advantages AES offers several compelling advantages, including zero emissions, enhanced energy efficiency, and higher sustainability levels. However, the shift to AES introduces new challenges, such as managing a hybrid…

Hydrogen-fueled gas turbines represent a promising technology due to their efficiency and environmental friendliness. However, these turbines operate under extreme conditions, making components prone to corrosion and subsequent hydrogen leakages. Addressing these leakages quickly and accurately is vital to ensure safety. This research introduces a pioneering approach using deep learning to estimate the location and intensity of hydrogen leakages in gas turbines. Challenges in Detecting Hydrogen Leakages Hydrogen leakages present significant challenges due to their explosive and flammable nature. Traditional methods for source term estimation (STE) rely on atmospheric transport and dispersion models, which are computationally intensive and unsuitable for…