This document aims to guide irrigators, both individuals and members of irrigation communities (CCRR), in selecting the most suitable digital solution for their needs and objectives.
The “Smart Green Water” project addresses the efficient management of water in irrigation systems through the use of Digital Twins, an advanced technology that creates dynamic and real-time virtual representations of physical systems. These digital twins integrate data from local and remote sensors to simulate, analyze, and optimize the operation of irrigation systems under various scenarios, such as water scarcity, climate change, or crop modifications.
The main objective of the report is to provide a basis for developing a transnational strategy to boost circularity in the textile and fashion industry in these territories.
The digitisation of the agricultural sector is revolutionising the way water, an essential resource for food production, is managed.
This joint acceleration programme adopted by organisations will be the culmination of the implementation of a common strategy adopted by the six incubators (CARO, HIESE, IMT Alès, Albi, CEEIM, FUNDECYT). The successful adoption of the strategy will be made possible through the bi-monthly meetings of the consortium and through the deliverables. Indeed, each deliverable will contain a “best practices” section that will allow the members of the consortium but also the other readers of the deliverable to implement the SCAIRA methodology defined in the project strategy. Renault and AIRBUS ATLANTIC, as manufacturers directly concerned by this need for environmental transition in their respective ecosystems, will actively participate in the implementation of the strategy. The combined skills of the clusters’ incubators & ecosystems, as well as the support of the 6 industrialists (including Airbus Atlantic and Renault Espana) will create and deliver specialized services to accelerate the implementation of innovative green solutions in manufacturing companies in SCAIRA’s regions.
This pilot will target the educational community and will deploy a gamification program in schools that encourages mentality change in children. The program will involve 50 schools for 4-6 weeks. Clothing collection races will be organised with municipalities and textile waste managers. Practical upcycling and repair workshops will be held and students will collect from schools disused clothing from their families and social environment.
The objective of this pilot action is to develop water management strategies in situations of scarcity using digital technologies. The methodology will have been developed jointly and standardised at CESAP, under the coordination of the IRTA. It will be implemented with irrigation communities in the regions of Andalusia, Catalonia and Alentejo and in a sub-basin of Nouvelle-Aquitaine (Adour and Dordogne). The main expected results are the application of water management strategies in situations of scarcity, using a method that can serve as a reference for other actors of SUDOE. This will encourage the adoption of good practices and the improvement of governance in the collective management of water resources. The action will be evaluated jointly in CESAP on the basis of the opinions of the actors who have participated in the elaboration of the strategies. This evaluation will allow the solution to be adapted so that it can be integrated into the SGW Strategy, as well as facilitating its transfer to other SUDOE regions.
The objective of this pilot action is to jointly develop a method and then characterise existing digital solutions on the market (sensors, remote sensing, remote control, irrigation software). The methodology and evaluation of digital solutions will have been developed jointly and standardised in CESAP, under the coordination of the UPA. The development of the method will be enriched by the participation of the different actors involved in the project and with the results of the other activities of the project: This action will propose recommendations for irrigation sector technicians in the SUDOE for the choice of solutions among the existing product range. It will also identify gaps in the repertoire of available technologies and make recommendations to solution developers on current supply gaps and opportunities for improvement. All this will be available on the SGW platform, which will also constitute a forum for exchange between farmers (technological users), companies (suppliers) and technology centres or universities (evaluating trainers). In this way, farmers in the SUDOE region will be able to share their knowledge about certain tools with their counterparts, while companies and trainers will be able to better understand the needs of users and improve the proposed solutions.
