SINN Power, a German-based developer of floating renewable energy platform solutions, commissioned what is described as the world’s first vertical floating photovoltaic system at the Jais gravel pit in the Starnberg district, Bavaria.
The central state of Querétaro inaugurated Mexico’s first green hydrogen plant, the result of a partnership between German company Gerresheimer and Mexican company Cryoinfra. The new plant is located at Gerresheimer’s pharmaceutical glass complex.
KEZAD Group, one of the largest operators of integrated and purpose-built economic zones in the region, announced that China Southern Glass will establish its first overseas intelligent manufacturing facility in the United Arab Emirates.
Through its TileChalk initiative, launched in partnership with POP 5 Bangladesh, DBL Ceramics is transforming residue sludge from tile manufacturing into classroom chalk for underserved schools across Bangladesh.
Noveon Magnetics, the only operational U.S. manufacturer of sintered rare earth magnets, and Lynas Rare Earths, the world’s only commercial producer of separated light and heavy rare earth oxides outside of China, formed a strategic partnership aimed at establishing a scalable and domestic U.S. supply chain for rare earth permanent magnets.
China and Iceland will enhance intergovernmental and industry-level cooperation on geothermal and green energy, according to a joint statement released by Chinese state media. The document was released following a meeting between Chinese President Xi Jinping and Iceland’s President Halla Tomasdottir in Beijing.
Saint-Gobain announced that it would invest around $14 billion in investments and acquisitions between 2026 and 2030. Officials also announced that the company intends to earmark around $9 billion to be distributed in dividends and share buybacks by 2030.
An Iranian knowledge-based company successfully developed the production process of specialized refractory bricks for gas turbines entirely within the country. This achievement places Iran alongside Germany and the United States as the third country possessing the technical knowledge to produce sacrificial refractory bricks for gas turbines.
Danilo Di Salvo and Richard Grainger of High Temperature Material Systems raised £1.3 million to commercialize a process that significantly reduces the energy, time, and cost involved in producing ceramic matrix composites.
A recent press release from the U.S. Department of Energy boasts that its new strategy aims to deploy commercial-scale fusion power to electricity grids by the mid-2030s. The actual roadmap, however, paints a fuzzier picture.
More than 20 U.S. states are suing the Trump administration for the cancellation of the $7 billion “Solar For All” program. The program was created in 2022 to fund solar deployments in low-income and disadvantaged areas.
A recent report estimates that New Mexico has the potential to produce substantial power from its geothermal resources. But what will it take to tap into this substantial energy source underneath our feet that could reduce emissions and curb climate change? A Source New Mexico article investigates.
The North Carolina Collaboratory and Innovate Carolina’s UNC Institute for Convergent Science published a report outlining the importance and feasibility of energy storage as existing energy needs and technologies shift.
Big tech is making a big bet on nuclear, but as a BBC article shows, it will take years for nuclear to have a role in meeting the artificial intelligence energy crunch—and only if the industry can convince an often-sceptical public.
Vitro Architectural Glass released a white paper on best practices for testing and evaluating bird-safe glass technology. The company says the resource is vital because the glass industry has not developed standardized guidelines for the testing, performance, and quality of bird-friendly glass. View the white paper here.
SINTX Technologies, Inc. announced that the United States Patent and Trademark Office issued a Notice of Allowance for a patent application containing method claims covering the company’s antipathogenic fabric technology.
Etex and Heidelberg Materials developed a fully circular process that transforms fiber cement waste into high-quality secondary raw material, which is then used to produce circular, low-carbon cement.
