Author: Anela Dokso

A new generation of batteries fueled by atomic waste promises decades of continuous power, potentially creating seismic shifts in energy paradigms. These batteries leverage radioactive isotopes, such as nickel-63 and carbon-14, to convert radioactive decay into electricity. This not only addresses nuclear waste concerns but also provides a reliable power source for long-duration use cases. The intersection of nuclear byproducts and energy storage has sparked both excitement and skepticism within the scientific community. Dr. John G. Boyle, a leading figure in nuclear materials research, emphasized the need for cautious optimism. He noted that while initial laboratory results are promising, scalability…

The energy sector continues to pivot towards more sustainable solutions, as highlighted by SMT Energy’s recent success in acquiring a substantial US$135 million to fund a 320 MWH battery storage project in Houston. Houston, long associated with traditional energy industries, is emerging as a crucial battleground for renewable energy integration. The city’s increasing energy consumption places immense pressure on existing infrastructure, a situation exacerbated by climatic events that have spotlighted the vulnerabilities in conventional power grids. The introduction of a 320 MWH battery storage facility by SMT Energy is poised to offer significant relief while enhancing grid reliability. While batteries…

The rise of Indonesia as a global powerhouse in the nickel industry is underscored by Merdeka Battery Materials’ recent securing of $1.4 billion in financing for an advanced high-pressure acid leach (HPAL) plant. Positioned in Sulawesi, a strategic location within Indonesia Morowali Industrial Park, this project underlines the nation’s pivotal role in the electric vehicle (EV) and energy storage revolution, sectors heavily reliant on nickel due to its efficacy in battery production. This particular financing, structured through Sulawesi Nickel Cobalt (SLNC) with a senior secured, non-recourse debt structure, comes as part of a larger $1.8 billion investment that also accounts…

Wärtsilä has embarked on a significant venture, supplying a 350 MW / 1474 MWh energy storage system to one of Australia’s largest energy providers. This substantial installation marks a pivotal point in the region’s transition toward a more resilient energy infrastructure. According to industry sources, this system will not only enhance grid stability but also support the integration of renewable energy, catering to increasing demands. The Australian energy market has been grappling with challenges such as grid reliability and fluctuating renewable generation. The addition of this energy storage capacity is poised to address these issues head-on. By mitigating fluctuations inherent…

Germany’s industrial decarbonization efforts face a critical setback as 31% of planned green hydrogen projects now report significant delays or complete suspension due to funding uncertainties. ArcelorMittal’s Hamburg facility — positioned to reduce steel production emissions by up to 95% through hydrogen implementation — has joined this growing list of stalled climate initiatives, revealing a fundamental disconnect between Germany’s climate rhetoric and financial commitment. Hydrogen Steel Dreams Deferred: The ArcelorMittal Case Study ArcelorMittal’s decision to temporarily halt its hydrogen-based steel production in Hamburg exposes the precarious foundation of Germany’s industrial decarbonization strategy. The project — originally scheduled to commence operations…

Cheongju has announced its plan to support the purchase of 480 hydrogen vehicles in 2025, a strategic move aimed at fostering a greener urban environment. This decision comes against the backdrop of South Korea’s broader effort to reduce carbon emissions and transition towards sustainable energy sources. With national targets aiming to deploy 200,000 hydrogen vehicles, Cheongju’s initiative reflects a microcosm of the shifting automotive landscape. Strategic Expansion South Korea has been a pioneer in hydrogen technology, and Cheongju’s efforts align with national strategies, intending to build a robust hydrogen economy. The municipal government’s provision to support 480 vehicles this year…

This collaboration aims to bring Proton Exchange Membrane (PEM) water electrolyser technology to the Indian market. As India grapples with escalating energy demands, integrating innovative technologies remains a critical focal point for the country’s energy strategy. The backdrop to this development is India’s ambitious goal to produce 5 million tons of green hydrogen annually by 2030, highlighted by the International Energy Agency as part of its commitment to reduce carbon emissions significantly. BGR Tech’s partnership with Elchemtech is particularly noteworthy due to the technical efficiencies promised by PEM technology. Unlike traditional alkaline electrolysis, PEM technology offers a more compact design…

Portugal is making a substantial leap towards green energy solutions with the support of the European Investment Bank (EIB), which recently approved a significant 430 million euro loan to Galp’s Sines Refinery for advancing biofuels and green hydrogen projects. This financial influx underpins two strategic initiatives poised to influence the broader European energy landscape. A new biofuels unit, forged in collaboration with Japan’s Mitsui, is being developed with a 250 million euro fraction of the loan, forming part of a broader 400 million euro investment. This project, expected to commence operations in 2026, aims to produce up to 270,000 tons…

The latest surge in Brussels’ hydrogen ambitions is underscored by the European Commission’s announcement of a planned auction amounting to EUR 1 billion.

The Fraunhofer Institute for Solar Energy Systems (ISE) has made an advancement with electrolysers development of ultrafine microporous transport layers (PTL) using screen printing methods.