This initial deployment serves as a work base to test the different processes of data acquisition, model capacity, simulation of polluting processes, etc. Once the prototype phase is completed, the deployment in the pool of the Institute of Thermalism of the Univ de Bordeaux will be the first pilot.
After the deployment and commissioning of the monitoring and control system, the locations/balconies will become the pilots of the project, where the data captured by the thermal water quality control system will be collected and analysed. These pilots will allow to evaluate the effectiveness of the system in real time and its ability to guarantee water quality in various thermal environments. The results obtained from these pilots will provide nexcessary information for the future implementation of the system in other spas within the Interreg SUDOE territory. Institute of Thermalism of the University of Bordeaux, a pilot in Portugal associated with the thermal pool of associate Gestão de Equipamentos do Município de Chaves, E.M., S.A., a pilot in the pool of the Hervideros de Cofrentes spa, a Pilot will unfold in the thermal pool of the Balneario El Raposo, a pilot will be developed by the associate Caldaria Termal SLU in the Spa of Laias and two pilots in resorts of France to define by HERE O Thermes, thermal cluster Nouvelle-Aquitaine, adding a total of 6 pilots
Two pilot actions will be developed and will contribute to the output indicator RCO84. The pilot actions are characterised by their cross-border and cooperative nature between the beneficiaries and the associated partners of the project and aim to implement the results of the study and scientific analysis activities of WG1 and WG2. The first pilot action aims to study the transferability of bio-products validated in the previous activities through the industrial incorporation and marketing of stabilised functional ingredients developed from agroforestry residual biomass. A value chain will be developed between the partners INGREDALIA, TAGUS Valey and ARGAL that will be based on the results of the GT1 and that will result in the testing and possible commercialisation of new sausages with biofunctional ingredients. The second pilot action seeks to replicate a transnational biorefinery process in the agroforestry sector that can be transferred to other entities in the cooperation space. The value chain will consist of the associated partners Alliance Forêts-Bois, Sogibois, FBS, TMAD and ENCE, who will provide the raw materials and partners INPT, INRAE, UVIGO, UMINHO, CETIM and BLC3 Evolution, who will take on the transformation and conversion. The efficiency and feasibility of this process will be analysed in order to study its possible continuity and replicability after the completion of the project. The achievements and results of these actions will in turn feed transnational strategies and provide consortium partners with very useful practical experience to ensure the transfer of validated by-products and processes.
Two main pilots will be developed. The first will consist of a demonstrator of the technologies developed in GT1, focused on the automatic detection of damage and defects in the products and materials selected in GT3. This global demonstrator will also integrate advances from all the GTs. Additionally, a collaborative video will be created to present the project’s results, highlighting this pilot and encouraging its adoption by the industry.
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.
A Strategy for the Application and Marketing of Residual Biomass By-products and a Strategy for the Development of Transboundary Biorefinery Processes will be developed that will contribute to the output indicator RCO83. These strategies will be critical for the successful transfer of residual biomass by-products to other economic sectors within the area of cooperation of the Sudoe space and for the replication of cross-border processes by other organisations. Regarding the first strategy, it is focused on identifying and promoting the use of the most viable residual biomass by-products in different economic sectors within the Sudoe space. To achieve this, lessons learned and good practices from the pilot actions and previous activities of the project will be collected. This strategy will also establish continuous actions and define the economic sectors with the greatest potential for replicability. Within the framework of the implementation of this strategy, guidance and advice will be provided to entities seeking to market and apply the tested by-products and promote the adoption of public measures in the field of reducing agricultural and forest biomass waste. The second strategy will highlight biorefinery processes that have proven to be effective and efficient in converting residual biomass and that can be replicated by other organisations in the area of cooperation. Companies supplying raw materials and trading companies will be identified in the value chains of the selected sectors in order to promote new transnational partnerships that promote the circular economy in different industries. For the implementation of this strategy, the cross-border matching programme will be organised and policy proposals for cross-border cooperation between public authorities will be made.
The development of tools for breakage detection and the multi-robot system capable of disassembling and/or preparing the product for reintroduction into the production chain are two of the main expected outcomes of this project. All these efforts will be reflected in pilot actions targeting the footwear industry as the primary audience.
Additionally, an eco-design guide will be created, outlining proposals and protocols for product design and manufacturing to enhance future remanufacturing. This set of guidelines will form a strategy that companies can adopt to improve the circularity of their production, creating more sustainable products. It will also include an action plan with specific steps on how to implement the proposals in this strategy.
The RESINSURF project aims to improve surface treatment in FRANCE, SPAIN, and PORTUGAL by replacing hexavalent chromium, a toxic compound, with MORE ENVIRONMENTALLY FRIENDLY ALTERNATIVES. It focuses on developing sustainable solutions for key sectors such as aeronautics and automotive, implementing INNOVATIVE TECHNOLOGIES and TRAINING PROFESSIONALS. Through collaboration with universities and companies, RESINSURF seeks to contribute to smart and sustainable growth, improving INDUSTRY COMPETITIVENESS throughout the SUDOE TERRITORY and promoting a more environmentally responsible future.
This Action Plan aims to transmit the knowledge, technologies, developments and results of the Project to current and future professionals of the Sudoe. A transnational and interuniversity postgraduate course (hereinafter the Course) will be promoted to train professionals with a highly multidisciplinary profile in a variety of essential WSN technologies such as Sensor Science and Technology, Intelligent Devices and Systems, Wireless Technologies, Energy Microgeneration Technologies, Data Science and Technology, Cloud Technologies, Artificial Intelligence and others. The Course will show how to integrate these technologies into WSNs and how to adapt WSNs to local contexts so that their implementation, operation and maintenance is economically viable and sustainable over time. It will also show examples of applications from WSNs to environmental risk management in rural areas. The format of the Course will be that of ONLINE MASIVO and OPEN COURSE (MOOC), in which the consortium has previous experience; for example, the MOOC in “Low-cost sensors for air quality monitoring” of the NanoSen-AQM (Interreg V-B Sudoe) project. Two editions of the MOOC will be held in years 2 and 3 of the Project and the final version will be delivered in month 34. The University of Coimbra (FCTUC/DEI) will lead the Action Plan in which the beneficiary universities (B6, B8 and B9) and partners (A4) of the Project will participate. The R & D centres (B1, B2, B3, B11 and B12) will collaborate in the preparation of the Action Plan and provide training in the Course. CSIC and CNRS have a wide territorial implementation in ES and FR, share mixed centers and associated units with national universities and maintain collaborations with universities in other countries. This will make it possible to expand the number of participating universities and extend the scope of the Course to other regions of the Sudoe, as well as to other EU countries.
This Action Plan aims to promote the implementation of WSN in municipal action plans and self-protection against forest fires (PAMIF and PAIF) in the Sudoe. The municipalities of the pilot areas of Spain and Portugal will draw up plans to implement the WSNs in PAMIF and PAIF in the municipalities. This will be supported by own knowledge and experience in the application of technology in other areas (e.g. air quality), as well as on the knowledge and experience provided by the Project (GT3 and R3.1). The municipalities will establish the specific objectives of the plan, the municipal services that will be involved in its implementation, the chain of command and operations and the protocols of action. They will determine the material and human resources, infrastructures, equipment and training and training of the equipment necessary for the integration of WSNs. They will assess costs and identify sources of funding. The municipalities shall submit the plans to the competent higher authority, which shall decide on them. These are the Agência para a Gestão Integrada de Fogos Rurais (AGIF) of Portugal and the Directorate-General for Forest Policy of the Autonomous Communities in Spain. Public administrations and agencies will decide on the convenience/need to strengthen prevention and early detection in forest fire defence policies in the Sudoe. They will assess the advantages and benefits of the application of wireless sensor networks to forest fire management. JCYL DG Cultural Heritage will lead this realisation in which all the administrations and public agencies participating in the Project will participate.
