The UJI Altadia Chair in Ceramic Knowledge has unveiled the first volume of the Encyclopaedia of Ceramic Technology, a comprehensive work that delves deeply into the scientific principles governing the modern manufacturing of white ceramic products. This seminal volume goes beyond superficial overviews, offering an insightful, technical examination of the raw materials, processes, and behaviors critical to producing high-quality floor and wall tiles, earthenware, and porcelain. The encyclopaedia is set to become an essential reference for both academics and industry experts seeking a rigorous understanding of ceramic technology’s scientific and engineering underpinnings.
This pioneering volume is published by Publicacions de la Universitat Jaume I as part of its esteemed “Universitas” collection. The authorship is credited to José Luis Amorós Álbaro, a distinguished authority in ceramic processing technologies, particularly in the manufacturing realm of white ceramics. His co-author, Encarna Blasco Roca, brings significant research expertise from her long-standing career at the Institute of Ceramic Technology (ITC-AICE) and Universitat Jaume I. Together, their combined experience merges academic research, applied science, and industry collaboration to bridge theoretical insights with practical advancements in ceramic manufacturing.
The official launch of this volume occurred at the Institute of Ceramic Technology (ITC), a symbolic occasion coinciding with the third anniversary of the UJI Altadia Chair’s establishment. The event united key figures in science and industry, including the authors, David Cabedo—the Vice-Rector for Innovation, Knowledge Transfer, and Science Communication at Universitat Jaume I, the Altadia Group’s Board Member Antonio Blasco, and Arnaldo Moreno, Chair Director and Professor of Chemical Engineering. Their participation underscored the collaborative effort between academia and the industrial sector in driving ceramic technology forward.
Entitled Fundamentals of the Manufacturing Process of White Ceramic Materials, the book presents an updated and thorough synthesis of the scientific and technological principles foundational to white ceramic processing. It meticulously organizes the complex body of existing knowledge into a coherent framework valuable for product design, process engineering, and quality control. By explicating the physicochemical interactions at every stage, the volume empowers industry professionals and researchers alike with the tools to innovate and optimize ceramic production processes.
This work not only serves as an academic milestone but also accentuates the robust scientific roots supporting Castelló’s renowned ceramic sector. The region’s industrial landscape benefits from these foundational insights, driving high added value and fostering sustainable innovation in its ceramic products—a notable competitive advantage in global markets. The volume highlights how these advancements bolster regional economic frameworks by promoting technology transfer and continuously enhancing manufacturing quality and efficiency.
Fundamentally, the encyclopaedia represents the fruition of strategic initiatives seeded by the UJI Altadia Chair in Ceramic Knowledge, an entity inaugurated in 2023 thanks to a strategic alliance with the Altadia Group. This collaboration was envisioned to safeguard and disseminate four decades of accumulated scientific knowledge and technological evolution within the ceramic industry. The partnership merges research excellence with practical industry demands, creating a vibrant nexus dedicated to knowledge exchange and advancement.
The volume’s opening chapter adopts a rigorous analytical lens to describe ceramic processing. It explores the intricate relationship between material properties—including particle size, morphology, and chemistry—and the evolving microstructure as the ceramics transition through various fabrication phases. Such microstructural dynamics are critical to understanding how modifications in processing parameters directly influence the final product’s physical properties and performance features.
Subsequent chapters extend this analytical framework by dissecting the physical laws and chemical phenomena that steer microstructural evolution during manufacturing. Detailed attention is paid to colloidal behaviors that govern particle dispersion and suspension stability, involving complex interparticle forces and surface chemistry. Mastery of these suspension dynamics is imperative for producing defect-free ceramic bodies and achieving consistent manufacturing yields.
Additionally, the encyclopaedia elucidates stabilisation mechanisms within ceramic suspensions, a domain essential for controlling rheological properties and preventing agglomeration or sedimentation. These insights pave the way to formulating optimized slip casting and tape casting techniques, widely used in industrial ceramic production. As such, the volume serves as an indispensable guide to engineering stable suspensions tailored to specific ceramic compositions and processing methodologies.
The developmental history of the UJI Altadia Chair is equally pivotal. Since its establishment in early 2023, the chair has committed to preserving the scientific heritage of the ceramic sector while fostering innovative research pathways and industrial partnerships. The chair’s mission complements the broader aims of the encyclopaedia by facilitating technology transfer, encouraging interdisciplinary dialogue, and propelling the ceramic industry toward a sustainable and high-tech future.
By fostering this synergy between theoretical science and industrial application, the encyclopaedia and the UJI Altadia Chair collectively demonstrate how meticulous research and collaborative innovation can significantly elevate a traditional sector. They translate decades of scientific inquiry into tangible improvements in product quality, manufacturing efficiency, and environmental stewardship within the ceramic tile industry.
The publication is a testament to the enduring importance of foundational research amidst evolving industrial landscapes. It presents a scientifically rigorous yet accessible compilation that scholars, educators, and industrial practitioners can utilize to challenge existing paradigms and inspire new trajectories in ceramic materials science. The book’s practical relevance coupled with its academic precision positions it uniquely in the global canon of materials engineering literature.
Ultimately, the Encyclopaedia of Ceramic Technology affirms Castelló’s role as a global hub for ceramic innovation. Anchored in robust scientific principles and empowered by industry-academic collaboration, the region’s ceramic sector continues to refine its manufacturing excellence. This volume crystallizes that journey, marking a milestone in the ever-evolving science and technology of ceramics.
Subject of Research: Scientific foundations and manufacturing processes of white ceramic materials including floor and wall tiles, earthenware, and porcelain.
Article Title: First Volume of the Encyclopaedia of Ceramic Technology Unveiled by UJI Altadia Chair
News Publication Date: Not specified
Web References:
Image Credits: Universitat Jaume I of Castellón
Keywords: Ceramic technology, white ceramics, ceramic manufacturing, microstructure, colloidal behavior, suspension stabilization, ceramic processing, material science, technology transfer, industrial innovation, Castelló ceramics, porcelain, earthenware.
