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Representing only 0.1% of global cement usage, calcium aluminate specialty binders are true enablers in the world of construction, allowing builders to save time, boost productivity and leverage many innovations and sustainable options.
The future of construction is sustainable. That future is what Imerys scientists recently exhibited at the Calcined Clays for Sustainable Concrete event in Lausanne, Switzerland with their white paper on low CO2 binder acceleration technology.
How is the mining industry responding to global trends? What are the main challenges and opportunities it faces, and what might the future hold? Our Chief Executive Officer, Alessandro Dazza shares his views on the role of mining in a changing world in this new LinkedIn article.
From homes, hospitals and schools, to clean power, water and transportation, and beyond, steel is an essential element for modern life. It is therefore vital that steelmakers are supported in their sustainability journey with solutions that help to reduce the carbon intensity of the steelmaking process.
Where do our mineral raw materials come from? How have they been produced and processed? What impact does their production have on the environment and society? Which sustainable benefits do they bring to the downstream value chain? The newly launched Imerys SustainAgility™ Solutions Assessment framework provides a transparent, straightforward approach to mineral sustainability.
Imerys exhibited and presented at this week’s UNITCER, a key technical conference for the refractory industry. Experts from the Group discussed new products, sustainability and how to support young professionals in the industry.
As it seeks to take on the challenges and opportunities of the future, Imerys needs partners in innovation with whom it can fully leverage the latest emerging and transformative research.
Calcium aluminate has been used in sewer environments since the 1940s. Initially, the drivers for its use included its resistance to sulfates in soil, rapid return to service and superior abrasion resistance.