Química y materiales reciclables en el Sincrotrón ALBA
Maxwell Auditorium
ALBA Synchrotron
El Sincrotrón ALBA en colaboración con el proyecto europeo ReMade@ARI (https://remade-project.eu/), que ofrece acceso gratuito a pequeñas y medianas empresas, organiza una jornada dedicada a la industria química y a los materiales reciclables.
En esta jornada, tendremos la oportunidad de conocer de primera mano cómo las técnicas de sincrotrón se utilizan para investigar y desarrollar materiales químicos reciclables, así como metales, plásticos, catalizadores, pigmentos, entre otros. Expertos industriales de empresas como ALFA LAVAL, BASF y HENKEL nos presentarán sus últimas investigaciones y los avances en este campo, con un enfoque en la aplicación práctica y las posibles soluciones para los desafíos actuales en la industria.
Muchas empresas ya se han beneficiado de las técnicas que el Sincrotrón ALBA ofrece para mejorar su I+D y sus productos. ¿Quieres ser la siguiente? Apúntate al Workshop Industrial.
ALBA Synchrotron in collaboration with the European project ReMade@ARI (https://remade-project.eu/), which offers free access to small and medium-sized companies, organizes a workshop dedicated to the chemical industry and recyclable materials.
In this workshop, we will have the opportunity to learn first-hand how synchrotron techniques are used to research and develop recyclable chemicals, as well as metals, plastics, catalysts, pigments and other recyclable materials. Industry experts from companies such as ALFA LAVAL, BASF and HENKEL will present their latest research and developments in this field, with a focus on practical applications and potential solutions to current industry challenges.
Many companies have already benefited from the techniques that the ALBA Synchrotron offers to improve their R&D and their products. Are you interested in becoming the next one? Sign up for the Industrial Workshop.
(Hybrid event in English/Spanish)
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Funded by the European Union as part of the Horizon Europe call HORIZON-INFRA-2021-SERV-01 under grant agreement number 101058414 and co-funded by UK Research and Innovation (UKRI) under the UK government’s Horizon Europe funding guarantee (grant number 10039728) and by the Swiss State Secretariat for Education, Research and Innovation (SERI) under contract number 22.00187.
