Demonstrator of different technologies developed in this GT, applied to a specific case of remanufacturing or support for it, with a particular type of product. This demonstrator will have at least one robot, with access to a workspace, and a sensor system according to the specifications obtained from the activities of this GT. As input to the demonstrator, the damage or defect detection system developed in GT1 will be included.
Implantación de 3 demostradores de robots colaborativos en un entorno productivo real centrados en 3 sectores diferentes de alta representatividad e impacto económico en el espacio SUDOE (cárnico, frutícola y plásticos) y 3 living labs para la integración y demostración de los resultados alcanzados en el marco del proyecto al tejido empresarial y otras entidades interesadas en implantar las soluciones desarrolladas, o equivalentes, en sus procesos productivos.
The campaigns described in GT3 represent pioneering Pilot Activities in the application of WSN to the prevention and early detection of forest fires, highlighting the extent of the territory and the diversity of locations, the variety of meteorological and environmental sensors, the size (number of nodes) of the WSNs, the duration of the campaigns and the participation of municipal forest fire fighting services and the local population. The Pilot Activities will bring together the knowledge and experience of forest fires accumulated by the consortium, bring new knowledge, technologies and results and allow to draw conclusions and learn lessons on the performance of WSNs. The consortium will translate the know-how acquired on the occasion of the Pilot Activities in two Practical GUIDES (GP) for the application of WSN to the prevention (GP_Prevention) and the early detection (GP_Detection) of forest fires. The GPs will serve as a reference and guidance on how to use WSNs to improve the anticipation and response capacity of rural municipalities and their inhabitants to forest fires. They will address aspects such as the identification and prioritisation of fire-vulnerable zones suitable for the establishment of WSN, WSN sizing and design, WSN deployment in the field, wireless infrastructure, energy efficiency and data transmission, cost assessment, sustainability and environmental impact, physical and information security, citizen participation and others. ICIFOR-INIA CSIC will lead the development of the GPs in which the entire consortium will be involved. A preliminary version of the GPs will be delivered in month 18 and the final version in month 34 of the Project.
Este despliegue inicial sirve como base de trabajo para testar los diferentes procesos de adquisociòn de datos, capacidad del modelo, simulación de procesos contaminantes, etc. Una vez finalizada la fase prototipo, el despliegue en la piscina del Instituto de Termalismo de la Univ de Bordeaux será el primer piloto.
This pilot project aims to launch 2 training programmes: — For irrigators in the use of digital technologies to improve their water use efficiency. — For irrigation communities and other actors in the collective management of water resources, to develop strategies for water management in the event of drought, using digital technologies. The training programmes will have been drawn up jointly at CESAP, under the coordination of the UPA. The pilot action will be implemented in the design and implementation of online training programmes in French, Spanish and Portuguese. The content of the programmes will be developed and implemented based on the needs identified in the diagnosis and to complement existing training courses. These online programmes will be complemented by the organisation of technological demonstration days in at least Nueva Aquitaine, Andalusia, Catalonia and Portugal. The action will ultimately be evaluated by CESAP. The aim will be to adapt the solution so that it can be integrated into the SGW Strategy, as well as facilitating its transfer to other SUDOE regions.
Al menos 3 casos piloto (1 por país) actúan como laboratorios vivos, ofreciendo lecciones concretas y permitiendo que el Sistema de apoyo a la decisión (DSS) sea probado, enriquecido con retroalimentación y nuevos conocimientos. Estos casos piloto no sólo proporcionan datos prácticos, sino que también ayudan a fortalecer las habilidades estratégicas y operativas de los administradores de las ciudades termales. La retroalimentación obtenida facilita la optimización de las infraestructuras vinculadas al agua termal, así como la implementación de medidas efectivas de adaptación al cambio climático. Este enfoque práctico tiene como objetivo promover el beneficio económico tanto para los operadores, como para los responsables políticos, consolidando así la gestión sostenible del agua termal en los territorios termales del SUDOE. Estos 3 casos piloto son iniciativas concretas que buscan probar y demostrar las soluciones innovadoras desarrolladas para la gestión sostenible de las fuentes termales. El objetivo es poner en práctica los conocimientos adquiridos, recopilar datos tangibles, y generar lecciones valiosas que alimenten el proceso de adaptación al cambio climático. Estas acciones piloto representan etapas cruciales en la transformación de conceptos teóricos en soluciones operativas, contribuyendo así a la consecución de los objetivos del proyecto.
Climate change, overexploitation of aquifers and high demand, among other factors, have made reclaimed water a key asset in water resource management and in the circular economy model. I-ReWater will validate its use in irrigated agriculture, helping to promote greater sustainability of the entire water cycle and water resilience in Europe. It would even reduce the use of inputs (fertilisers) as reclaimed water has a high content of nutrients such as nitrogen and phosphorus. Thirteen trials are being carried out simultaneously on woody crops (olive trees, vines, hops and almond trees) and two on horticultural crops (industrial tomatoes and watermelons), with analysis of the results at all levels: agronomic, social and environmental.
El objetivo de esta actividad piloto es probar la aplicabilidad de la estrategia TARGET a la cuenca hidrográfica del Dordoña (A.1.5). Los procedimientos y metodologías de prueba habrán sido elaborados previamente por el CESEEAP. Se aplicará de acuerdo con los 4 pilares de la Estrategia y respetando sus 3 principios. Permitirá aplicar, tras un análisis crítico y una adaptación, las soluciones probadas por los socios del proyecto y los socios asociados, en otros contextos, a escala de las cuencas hidrográficas (en particular, la “Brújula de la resiliencia” de CEREMA y el análisis cartográfico multicriterio de ECF). La acción conducirá a la elaboración de un plan director de gestión sostenible de los recursos hídricos de la cuenca del Dordoña, que permitirá sustituir los frágiles recursos hídricos de la cuenca por recursos hídricos no convencionales (aguas regeneradas, aguas pluviales, aguas grises). Este plan director permitirá indicar, para cada sector y uso de la cuenca hidrográfica del Dordoña, la conveniencia de utilizar aguas no convencionales y, en caso afirmativo, los medios que deben aplicarse (agentes, técnicas y financiación). Tras la evaluación de la aplicación de la acción piloto por el CESEEAP, se elaborará una Guía Metodológica para la aplicación de la Estrategia TARGET a nivel de cuenca hidrográfica. Contendrá las herramientas y métodos para la aplicación de los principios (uso eficiente, RANC, innovación) y pilares de la Estrategia (situación actual, consulta, previsión, plan de acción) a nivel de cuenca. Esta guía será utilizada posteriormente por AMAYA y su socio asociado JUNTA DE ANDALUCIA en una cuenca hidrográfica andaluza. El plan director será adoptado por los órganos de gobierno de EPIDOR y se organizarán sesiones de feedback sobre la estrategia TARGET aprobada y de valoración de la acción piloto, en particular con el socio asociado ANEB.
Under the An-Gel Sudoe project, 8 pilot areas have been selected: Lleida, Lot-et-Garonne, Bordeaux, Dordogne (x2), Rioja Alavesa, Murcia and Braganza. In each of these areas, work will be carried out in collaboration with a group of associated producers, either using farms under real production conditions or involving them in the technical follow-up of the tests. The prevention, adaptation and mitigation techniques to be tested will be (activities 2.1 and 2.2): — High precision foliar spraying (active solution). — Active ventilation (active solution). — Soil moisture management (semi-passive solution, linked to high-precision spraying, but strategically applied in a preventive and non-reactive manner). — Soil cover management — Hot hedges (passive solution). — Convective drainage of cold air — Late pruning of vines to delay the appearance of frost (solution intended to minimise the destructive effects of frost). The final solution will be the use of one of these techniques or a possible combination of several of them to adapt perfectly to the constraints of farmers in a given area. For example, a cold-breaker hedge can be used to limit the flow of cold air in the plot (passive solution), combined with controlling soil moisture by influencing the vegetation cover or by high-precision spraying (in the foliage) a few days before frost (semi-passive solution) or, if necessary, during intense frost episodes (active solution), if water resources are available. Therefore, it is considered a single solution, as it is conceived as a “toolbox” that allows combining different techniques to offer effective solutions according to the particular context of the different farms participating in the project as pilot centres.
The pilot actions will consist of the collection of seeds from native wild herbaceous plants (such as isolated species or mixtures) from harvesting grasslands of ecological interest previously identified by the partners. These collections may or may not be followed by an intermediate stage of multiplication, after which the seeds will be planted in objective plots of high biodiversity value, located in the vicinity (or, in any case, in the same biogeographical zone) for the purpose of ecological restoration. These pilot projects are innovative at various levels. First, we will work with species that are not, or are not widely available, at first. There is little to no reference to the methods of harvesting the mixtures (brushing, harvesting, hay transfer, manual harvesting) and to the methods used to grow these seeds, so our experiments will generate new knowledge. Within the framework of the Flore project, at least 4 different methods (hence the target value of this indicator) will be tested, but in each country several pilot ecological restoration sites will be created, allowing the diversification of climate and soil methods and contexts. This network of experimental sites will also be a support for the transfer of knowledge, both for the beneficiary partners of the project (through study trips) and for all interested economic operators, with the organisation of technical days. This demonstration value will be maintained in the long term, as pilot site managers will commit to ensuring the sustainability of the facilities, in particular by adopting the recommended sustainable management methods.
