Author: Arnes Biogradlija

Plans for a massive green hydrogen project in Western Australia have been paused. The project, proposed by Province Resources, was to generate green hydrogen using solar and wind power. The company blames dwindling investor interest and inadequate state government support for the halt. Project Details The HyEnergy project aimed to combine solar and wind energy to produce 600,000 tonnes of green hydrogen annually. The facility was also set to feature a significant battery storage system. Province had spent three years developing the project, securing local support, land agreements, and submitting environmental studies. Investor Interest Declines Province cited slow state government…

The “Automatic On-Board Hydrogen Generator,” the brainchild of inventor Amit Arun Gokhale, is a cutting-edge innovation designed to transform the way hydrogen gas is generated and utilized in vehicles. This patent envisions a system mounted directly onto a vehicle, producing hydrogen gas on demand and ensuring that the vehicle runs smoothly without the need for external hydrogen fueling stations. The Mechanism Behind the Innovation At the heart of this invention is a hydrogen gas generator that automatically produces hydrogen based on its consumption. This is particularly beneficial for ensuring that a vehicle always has a steady supply of hydrogen without…

Hydrogen storage and compression are critical for developing hydrogen as a sustainable energy source. The patent filed by Chevron U.S.A. Inc. outlines an innovative approach to improving the efficiency of hydrogen absorption and desorption using metal hydride composite materials. This method aims to enhance the practicality and efficiency of hydrogen storage systems, pivotal for various applications, including fuel cells and hydrogen-powered vehicles. The Problem with Conventional Systems Traditional hydrogen storage systems often face challenges related to the slow rates of hydrogen absorption and desorption, ultimately affecting their efficiency and usability. The central bottleneck lies in heat management. Efficient heat transfer…

Underground salt cavern hydrogen storage is a promising method to store hydrogen safely and efficiently. It involves utilizing naturally occurring or artificially created salt caverns to house compressed hydrogen. This approach leverages the unique geological features of salt formations, capable of withstanding high pressures and providing secure containment. However, selecting an appropriate site for such storage requires detailed and complex evaluation, given the varied nature of geological formations. The objective of the Patent The patent by researchers from Sichuan University, introduces a coupling numerical simulation method specifically designed for site selection of underground salt cavern hydrogen storage. This method aims…

A new report from the Green Hydrogen Catapult, co-authored by RMI, raises a crucial concern: weak emissions accounting could undermine hydrogen’s role in global decarbonization. As policymakers worldwide seek to position hydrogen as a clean fuel alternative, this report highlights that hydrogen could fail to deliver on its promise of deep carbon reductions without robust tracking of emissions across the entire value chain. The Emissions Problem with Blue Hydrogen One of the key findings is that blue hydrogen, derived from natural gas with carbon capture, could contribute more to emissions than expected. The report specifically flags blue hydrogen imports into…

The German development agency GIZ (Deutsche Gesellschaft für Internationale Zusammenarbeit) has issued a tender titled “Structuring the Financing Line for a Renewable Hydrogen Project (RH2) in Chile.” Published on September 9, 2024, the tender has a submission deadline of September 26, 2024. This tender is crucial for advancing the global hydrogen industry, particularly due to the growing emphasis on renewable energy sources and the need for sustainable financial infrastructure to support such projects. Tender Objectives and Requirements The primary objective of this tender is to identify and engage a contractor to establish a robust financing line for a renewable hydrogen…

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…