This special issue, "Refractory Raw Materials for Future High-Temperature Processes," examines the refractory industry's transition from traditional performance metrics to prioritizing sustainability. It explores next-generation raw materials—including aggregates, binders, and functional additives—designed for modern high-temperature industrial applications. Key focus areas include:
Intrinsically Sustainable Products: Leveraging materials through new and existing raw materials
Low-Carbon Enablers: Introducing novel systems that reduce the carbon footprint of refractories while improving technical performance, predictable wear, safety, reduced downtime, and energy efficiency through enhanced insulation.
Driven by a strategic blend of market demand and technological innovation, this edition examines recent breakthroughs across the spectrum of refractory raw materials ( alumina-silicate, alumina, zirconia, Magnesia, Carbon containing compositions). By bridging the gap between fundamental science and industrial practice through academic-industry partnerships, these developments provide a vital roadmap for modernizing refractory technology. Join us in analyzing how this synergy of expertise continues to advance high-temperature solutions for a sustainable future.
The submission deadline is 31 March 2027, papers will be published on an ongoing basis (i.e., immediately after acceptance and proofreading) with 100% discount. An earlier submission would be appreciated. However, if need be, please feel free to let us know if your need an extension.
