REINCE

The primary goal of this project is to develop hydraulic binders with an almost zero carbon footprint by using geopolymers, utilizing industrial waste that currently lacks high value-added applications. Geopolymers represent a more sustainable alternative to traditional cements, as they allow the production of construction materials without the need to rely on large amounts of virgin natural resources, as is the case with Portland cement. Furthermore, the production of these geopolymer binders generates a minimal amount of industrial by-products, significantly reducing the environmental impacts associated with the process. By using waste that would otherwise be discarded, the project not only promotes the circular economy but also helps reduce CO₂ emissions, contributing to climate change mitigation. This innovative approach could transform the construction industry by providing sustainable, cost-effective materials with a lower ecological impact, paving the way for cleaner and more environmentally friendly infrastructure.

Client: Program LIFE

Budget: 414.627,26 €

Type: research

Program: materials

Consortium: UPCT, UA, Cementos la Cruz SL, Construcciones Urdecón SA, Materiales Reciclados SL, Idea Ingenieria SL