CETIM

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At HERIT4AGES, we develop and validate different technical and socially innovative solutions to improve cultural heritage in all relevant aspects: inclusivity, accessibility, resilience, sustainability, and energy efficiency. At MORFEO, we create new functional mortars and concretes from alkali-activated steel slag, using advanced tools such as Artificial Intelligence to optimize formulations and predict properties, accelerating the development of solutions adapted to different construction applications. Decarbonizing the construction...

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CETIM is researching disruptive technologies for the design, revaluation of materials and raw materials, demolition work, waste management, recycling, and the search for a second life for construction and demolition waste. Currently, due to the large amount of waste we produce, it is necessary to seek new technologies that improve recycling, reuse, and recovery processes. This is especially true when it comes to Construction and Demolition...

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In the AURORA project, we are developing a comprehensive strategy based on the use of biopesticides and digital technologies to reduce the incidence of disease in agricultural crops, paving the way for ecological and precision agriculture. [caption id="attachment_18316" align="aligncenter" width="841"] Microbiology Laboratory at CETIM.[/caption] Population growth means that production systems must be adapted to meet high demand. This is a challenge faced by all sectors, but today...

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At CETIM, we are contributing to the creation of a circular and digitally integrated value chain that transforms plastic waste into functional additives for more sustainable asphalt mixtures. [caption id="attachment_18334" align="aligncenter" width="795"] Sustainable Building Materials Laboratory at CETIM.[/caption] The production of conventional bituminous mixtures, used to build roads, depends on petroleum products, such as bitumen, and the intensive use of primary resources, with significant implications for both...

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CETIM is the scientific coordinator of the project, in which we will investigate different mechanical, chemical, and biotechnological technologies for the search and treatment of lignin- and cellulose-based nanomaterials that can be applied to various elements of electrochemical cells to improve their functional, environmental, and economic properties. [caption id="attachment_18312" align="aligncenter" width="820"] Energy Storage Materials Laboratory at CETIM.[/caption] With the growth in demand for electric vehicles and the...

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At CETIM, we are researching new concepts for artificial reefs for coastal regeneration and environmental preservation, offering an integrated, flexible and sustainable solution to mitigate the effects of climate change and its impact on the ocean environment. [caption id="attachment_18200" align="aligncenter" width="603"] Concept of the CORAL project.[/caption] CORAL project proposes innovative nature-based solutions through the production of sustainable artificial reefs made from industrial waste and designed with bio-inspired...

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CETIM, together with Norvento, is leading the TransMisiones project, in which eight companies and four research organisations are seeking solutions for the sustainable repowering of wind farms through strategies for the reuse, recycling and revaluation of components and materials, minimising the environmental and economic impact of the sector . [caption id="attachment_17982" align="aligncenter" width="650"] R3POWER consortium meeting at CETIM.[/caption] At CETIM, together with Norvento Enerxía, we are leading...

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The strategic collaboration between Ferroglobe and CETIM has made it possible to optimise the processes for obtaining silicon and biocarbons with excellent results for lithium-ion batteries, significantly improving both their capacity and useful life. [caption id="attachment_18006" align="aligncenter" width="644"] Speakers at the final event of UMI VOLTA.[/caption] UMI VOLTA project came to an end last September, when a final event was held to present the excellent results of...

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CETIM is participating in the LIFE smallWAT project to develop and demonstrate an innovative, modular, versatile and resilient wastewater treatment system for small agglomerations (<2,000 PE) in different climatic conditions, adaptable to local contexts and needs. [caption id="attachment_18012" align="aligncenter" width="655"] Technology similar to that to be developed in LIFE smallWAT.[/caption] Access to sustainable, efficient and low-cost wastewater treatment systems remains a challenge for many small rural and...

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Wednesday, 3 December 2025, because we will be holding a NEWPOWER project seminar at CETIM, which will focus on sustainability, forest management and the recovery of agroforestry waste. Save the date! On Wednesday, 3rd December 2025, CETIM will host the NEWPOWER project seminar: ‘From Forest to Packaging: Agroforestry Biomass for Sustainable Packaging’, which will focus on sustainability, forest management and the recovery of agroforestry waste. At...

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