CETIM

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Projects

For the FIBERSENS project, we use Fibre Bragg Grating networks embedded in concrete to obtain information on four parameters that are critical to the conservation of large infrastructure (corrosion, humidity, temperature and internal strain). [caption id="attachment_18875" align="aligncenter" width="618"] Testing for the FIBERSENS project in CETIM’s Digital Industry laboratory.[/caption] The safety and durability of large infrastructure depend, to a great extent, on the ability to know its condition...

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NEWPOWER reaches its final phase, demonstrating that innovation can help turn waste into resources, develop sustainable materials and contribute to a circular bioeconomy that generates environmental, social and economic value. [caption id="attachment_18884" align="aligncenter" width="591"] Lignin and cellulose extraction process at CETIM.[/caption] As part of the European project NEWPOWER, funded by the Interreg Sudoe programme, we have worked to address one of the major challenges facing rural...

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The RELOAD project comes to an end with successful results, having transformed waste from batteries, electric motors and electronic components into new materials, and contributing to a more resilient automotive industry with a lower environmental impact. [caption id="attachment_18924" align="aligncenter" width="572"] Bioleaching process developed at CETIM for RELOAD project.[/caption] Europe’s dependence on third countries for the supply of strategic raw materials, together with the need to manage end-of-life...

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In 0ACCIDNTES, we have contributed to the development of a system capable of detecting workers, locating their position in real time, measuring physical effort and monitoring parameters related to their physical activity. [caption id="attachment_18894" align="aligncenter" width="625"] Technologies developed at CETIM for 0ACCIDNTES.[/caption] The incidence rate of fatal accidents in construction in Spain reached 11.3 deaths per 100,000 workers, 18% higher than the previous year, according to the...

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With a consortium of 16 partners, led by WHITE RESEARCH and of which CETIM is a member, RISE4UKRAINE aims to develop an adaptable and replicable recovery model, capable of responding to Ukraine’s needs and serving as a reference for other conflict-affected territories. [caption id="attachment_18900" align="aligncenter" width="536"] CETIM team at the RISE4UKRAINE project kick-off meeting.[/caption] The reconstruction of conflict-affected territories poses significant environmental, social and economic challenges. Beyond...

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After five years of research, the Nature-based Solutions developed, optimised and validated through the project have improved circular water management, reduced pollution and enabled the safe reuse of water resources in cities around the world. [caption id="attachment_18539" align="aligncenter" width="724"] Representatives of the NICE consortium.[/caption] Extreme weather events, droughts, water pollution, increasing urban and agricultural demand… the water sector is facing growing environmental, technological, economic and social challenges....

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At CETIM, we are driving R&D in the construction sector through the development of bitumen and bituminous mixtures incorporating modified Kraft lignin, delivering enhanced technical performance while reducing environmental impact. [caption id="attachment_18641" align="aligncenter" width="648"] Testing carried out at CETIM’s Sustainable Construction Materials laboratory.[/caption] The road construction and paving sector is seeking to incorporate alternative materials with improved technical performance and lower environmental impact. At CETIM, we are...

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BIOPHOTO enables the generation of energy in an efficient, sustainable and economically viable way, while simultaneously valorising residual streams from different industries, transforming an environmental challenge into a high-value resource within a circular economy model. [caption id="attachment_18525" align="aligncenter" width="762"] Photocatalysis process at CETIM’s laboratory.[/caption] Spain consumes approximately 500,000 tonnes of hydrogen each year as an industrial feedstock across a range of sectors. Most of this hydrogen is...

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Through SUSPENSE, CETIM contributes its expertise in the production of epoxidised compounds to investigate bio-based, recyclable and safe solutions with the potential to replace fossil-based adhesives in applications such as wood panels, insulation materials and furniture. [caption id="attachment_18545" align="aligncenter" width="840"] SUSPENSE chemical testing at CETIM.[/caption] At present, there are still significant limitations to the reuse of waste vegetable oils, which often end up being discarded. According to...

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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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