The University of A Coruña hosted the “3rd International Eco Concrete Conference” on April 9 and 10, an international congress that brought together researchers, industry professionals, and students to discuss the main challenges and opportunities in sustainable, innovative, and high-performance concrete.
The event, organized by the EcoH Association and the Scientific Network on Sustainable Concrete, took place at the School of Civil Engineering (Escola Técnica Superior de Enxeñaría de Camiños, Canais e Portos) and featured a comprehensive program of plenary lectures and discussion sessions. Key topics addressed during the conference included concrete decarbonization, the use of alternative materials, circular economy approaches, and emerging technologies applied to construction.
Throughout the event, internationally renowned experts shared knowledge and recent advances, fostering scientific exchange and the establishment of new collaborations among universities, research centers, and companies. The conference thus consolidated its position as a leading forum in the field of sustainable concrete, contributing to the promotion of more environmentally responsible construction models.
As part of the program, participants also had the opportunity to visit the Centre for Technological Innovation in Building and Civil Engineering (CITEEC), gaining first-hand insight into its research lines and facilities.
The event concluded at CITEEC with a more informal closing activity that served as a space for interaction and networking among participants. The session was led by the center’s director, Fernando Martínez Abella, who encouraged an open dialogue on sustainable concrete, fostering the exchange of ideas in a close and participatory environment to bring the conference to a close.
With this third edition, the conference has established itself as a leading international event in the field of sustainable concrete and highlighted the role of the University of A Coruña in research and innovation in civil engineering and sustainable construction.