“With RECYCLocal Textiles, textiles that can no longer be reused are transformed into new raw materials for the textile industry.”
“The scope of garments extends beyond the store or the wardrobe; they have a direct and quantifiable impact on the environment. Through Life Cycle Assessment (LCA), we can determine the resources consumed by a garment or the emissions generated.”
The Smart Green Water platform is an interactive website that offers three main modules accessible from the navigation menu: Digital Twins, Water Scarcity Strategy and Technological Solutions. Each module provides tools, visualisations and downloadable resources to support decision-making in agricultural irrigation management.
The training programme contains practical content on how to schedule irrigation at plot level using capacitive sensors to measure soil water content. Its objective is to help farmers better understand the water requirements of their crops and use water more efficiently.
The deliverable E 2.1.1 presents the results of the co-creation process carried out under Activity A2.1 of the ENDORSE project, aimed at refining the design of pilot actions for phosphorus salt recovery from wastewater treatment plants (WWTPs) and their subsequent agricultural application. The process was structured around two consultation rounds conducted across the SUDOE area, involving agronomic stakeholders, WWTP managers, fertilizer producers, and other actors from the recovered phosphorus value chain.
The consultations identified two main validation pathways: one based on liquid, soluble, or dispersible products compatible with fertigation systems, and another based on solid, granulated, or pelletized products intended for direct soil application. Stakeholders highlighted several critical aspects, including phosphorus bioavailability, compatibility with application systems, appropriate soil and crop selection, product safety, contaminant control, economic feasibility, and regulatory acceptance.
The deliverable concludes with a set of recommendations for designing robust, comparable, and relevant pilot actions that support the future agricultural valorization of recovered phosphorus salts.
The Action Plan described in WG2 serves as the basis for implementing the innovative methodology that the ASCA Pilot Action represents. This Pilot Action consists
The AGRITECH project will develop 6 pilot actions to apply the “AgriDemoLab” methodology in 6 different territorial and crop contexts: P1 Nouvelle-Aquitaine – Viticulture, P2
Solutions for the application of the technologies selected in A2.1 will be designed. AICE, CTCV, and ENSAD will design and develop processes and methodologies for
The pilot trial is carried out to test the action plan derived from the co-creation strategy that will take place in the transnational Living-Lab. As
Execution of full-scale pilot actions in dairy farms and cheese dairies (SMEs in the SUDOE rural environment), aimed at testing (economic, social, and environmental impact)
