Exploring the future of sustainable aluminum production, green infrastructure, and zero-waste mining technologies.
Guinea targets five alumina refineries by 2030 and Ghana wants two more. What October 2026 shows about local processing, power, a surplus market, and the question for regions without bauxite.
Heat batteries store renewable power as high-temperature heat in brick. Rio Tinto, Rondo and Holcim projects show the use case, and how anorthosite alumina and cement complement it.
In two weeks of October 2026, red mud made news in Québec, Galicia and Guangxi, and a lab test claimed a residue-light route for bauxite. What the stories show about storage pressure, and where alternative alumina routes really stand.
Frontier buyers, including Google, will pay $11.7 million for 20,932 tonnes of CO2 stored as rock between 2028 and 2031. The deal shows what buyers value: durability, verification and shared data. It also raises the question of CO2 that is never emitted.
From 15 to 20 November 2026, the bauxite, alumina and aluminium community meets in Bengaluru for ICSOBA 2026. India's refinery growth, red mud and CBAM are the backdrop, and they make the case for looking at alumina from anorthosite.
Greenland has approved the mine and closure plans for Critical Metals' Tanbreez rare earth project. Tanbreez is not an AnorTech project, but the milestone puts Greenland's mineral sector, and AnorTech's separate plan to turn anorthosite into alumina and cement materials, in sharper focus.
Greenland Mines (GRML) more than doubled in September on the Greenland security pact and a $42 million raise; AnorTech (ANOR) confirmed a deep-water port site at Grønne Bjerg. Here is what happened, and what the price action does and does not tell us.
A new US–Denmark–Greenland security pact promises to lock adversaries out of Greenland's mining sector. Nasdaq-listed Greenland Mines soared — but the fine print is still unwritten. Here is what we know, and what it means for critical minerals.
A new era for American industry is dawning. After nearly half a century, the United States is set to build its first new primary aluminum smelter — and the critical feedstock question points directly to Greenland's revolutionary anorthosite technology.
Modern warfare is increasingly defined by optics, sensors, and high-speed electronics. High Purity Alumina (HPA) is the critical material at the intersection of high technology and national security.
AnorTech creates cement without clinker production, bypassing massive CO2 emissions. Discover how Greenlandic anorthosite is revolutionizing sustainable infrastructure.
