Convocatoria proyecto 27: 1st call

Fashion Forward | Territorial mapping of technologies for textile circularity

The textile and fashion industry in the SUDOE region (Spain, Portugal, and southern France) faces the challenge of adapting to the European Green Deal’s requirements, with a strong focus on sustainability and circular economy. The report “Territorial Mapping of Available Technologies”, part of the Fashion Forward project, provides an analysis of current and future technology adoption in the sector.

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PILOTS 2. TREATMENT AND REUSE

Pilot 2a: Electro-stimulated wetland and infiltration pond for sustainable treatment and indirect reuse through managed aquifer recharge at the Fontiveros WWTP (Ávila, Spain). The system

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Fashion Forward | Legislative initiatives for the textile sector

The European textile industry is undergoing a period of profound transformation driven by the European Union’s commitment to sustainability, the circular economy, and decarbonization. In response to the environmental and social impacts of fast fashion, the EU has articulated an ambitious regulatory framework affecting public administrations, citizens, companies, and waste managers. This article summarizes the main legislative initiatives in force and under development as of April 2025.

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Fashion Forward | Study on Water Use in the Textile Industry of the SUDOE Region

The document “Study on Water Use in the Textile Industry in the SUDOE Region” thoroughly analyzes the challenges and opportunities faced by the textile sector in sustainable water management, particularly in the regions of Portugal, Spain, Andorra, and southwestern France. This study is part of the Fashion Forward Interreg Sudoe project, which aims to adapt the textile industry to the requirements of the European Green Deal and to promote circularity and sustainability in the sector, with special attention to rural areas where textiles have a significant economic, social, and environmental impact.

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Smart Green Water | Introduction and evaluation of ‘digital twins’ for water management

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.

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