Technological Centre

lignin Tag

In the NEWPOWER project, in which we are participating together with the University of Vigo and 11 other partners, we will obtain biomaterials from agricultural and forestry waste that can be used in the food, pharmaceutical, biotechnological and organic farming industries. [caption id="attachment_15928" align="aligncenter" width="650"] Lignin test in the CETIM laboratory.[/caption] The abandonment of rural areas and the accumulation of agricultural and forestry waste are some of...

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The project, which CETIM is collaborating with ENCE and MISTURAS, will develop cold and warm bituminous mixtures with improved mechanical and rheological performance, to achieve a significant reduction in the carbon footprint and boost the circular economy in the sector. [caption id="attachment_15934" align="aligncenter" width="763"] Test in the CETIM's construction laboratory.[/caption] The use of raw materials with a lower carbon footprint, renewable and circular, which contribute to the...

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At NanomatIA we will test AI-based strategies to accelerate the design and discovery of new materials in the energy storage sector. [caption id="attachment_15550" align="aligncenter" width="657"] Energy Storage Materials Laboratory at CETIM.[/caption] The research and development of new materials with better and more sustainable properties is limited by the time and economic cost, as the different types of materials to be considered is incredibly large. Due to the...

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The DICKENS project has the collaboration of our Technology Centre and the companies ENCE, MASTERS BUILDERS, QMC, BRUPER, OMAR COATINGS, TECNOCAUCHO and CARINSA to offer environmental and economic solutions to the traditional processes of obtaining polymer composites. In recent years, numerous studies and reports show that plastic consumption has been increasing in most countries. In addition to this, the values of bioeconomy, circular economy and reduction...

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The LIGNOPRIZED and REDEFINE projects, both focused on obtaining high added value products from lignin, have been successfully completed.

LIGNOPRIZED has successfully introduced modified lignin into applications as diverse as concrete additives, pipes or textile additives, improving their conventional characteristics.

REDEFINE has succeeded in encapsulating fragrances and developing bio-surfactants with degreasing properties.

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