As the global steel industry accelerates its transition to low-carbon production, Cemvision proudly announces a pioneering technology that transforms underutilized, low-value Electric Arc Furnaces (EAF) and Basic Oxygen Furnaces (BOF) slags into a high-performance Supplementary Cementitious Material (SCM), while also recovering valuable metals.
Cemvision and S:t Eriks have entered into a partnership agreement to continue driving innovation and reducing the climate footprint of the construction industry. The signed Letter of Intent (LOI) is the result of several successful pilot projects using Cemvision’s climate-smart cement in S:t Eriks’ production.
Skanska, one of the world’s leading construction companies, and Cemvision, a pioneer in next-generation cement, have entered into a collaboration to accelerate the transition of the construction sector toward more sustainable building practices.
The Swedish cement manufacturer Cemvision and the Nordic residential developer JM have initiated a collaboration to accelerate the transition to climate-friendly construction. Cemvision’s groundbreaking technology, which reduces the climate impact of cement by up to 95 percent, creates new opportunities for JM to achieve its ambitious climate goals.
Cemvision, the Swedish green cement producer, has announced one of the UK’s first known commercial deployments of high-performing low-carbon cement, at a Sunbury development of STOREX Self Storage, the self storage business of real estate manager EQT Exeter.
Cemvision, a pioneer in green cement innovation, welcomes Michael Wolf as its new Chairperson of the Board. With an impressive background in board governance, strategic leadership, and experience in building companies, driving sustainable growth, and fostering innovation, Michael Wolf will play a key role in Cemvision’s future growth journey.
Vattenfall and Cemvision have entered an agreement (LOI) for the development and future supply of near-zero emission cement. The new cement has the potential to reduce carbon dioxide emissions by 95 per cent compared to traditional cement.
The new cement has several potential applications, such as foundations for wind power turbines, power distribution and prefabricated concrete elements. Both
