Seminario El Raposo – 25-27 novembre 2025
Seminario El Raposo – 25-27 novembre 2025 Los miembros del consorcio se reunieron del 25 al 27 de noviembre de 2027 en Extremadura, en los
Seminario El Raposo – 25-27 novembre 2025 Los miembros del consorcio se reunieron del 25 al 27 de noviembre de 2027 en Extremadura, en los
Hablamos de nosotros / On parle de nous / falamos sobre nós REVUE DE PRESSE-2emesem2024 revue-presse-1er-sem2024
This report provides an initial identification and comparative analysis of the regulations and policies related to phosphorus (P) management in Spain, France, and Portugal, developed within the framework of the ENDORSE project. Its objective is to determine the regulatory and public policy frameworks that influence phosphorus recovery and valorization across the SUDOE region, as well as to identify barriers, areas for improvement, complementarities, synergies, and differences among the three countries.
The analysis, based on a review of the relevant European policy framework and five regional contributions from project partners, confirms that Spain, France, and Portugal share a common regulatory foundation derived from the EU acquis communautaire. However, they differ in the degree of implementation, coordination between administrative levels, and the maturity of their circular economy instruments.
The report identifies several key challenges, including regulatory uncertainty regarding the classification and market placement of certain recovered phosphorus products, fragmented responsibilities across the water, waste, and agricultural sectors, administrative complexity, weak market signals, and the need to strengthen traceability, quality control, and social acceptance.
At the same time, the report highlights opportunities for improvement, such as clarifying regulatory pathways, simplifying administrative procedures for pilot projects and large-scale deployment, creating demand for recovered phosphorus fertilizers, and better integrating nutrient recovery into agricultural, environmental, and circular economy policies.
Overall, the findings provide a common basis for advancing a shared and actionable agenda that supports the transition towards a more circular, secure, and resilient phosphorus management model in the SUDOE region.
This report presents the diagnosis of the phosphorus cycle in the SUDOE region, developed within the framework of the ENDORSE project. Its objective is to identify the key phosphorus-emitting and phosphorus-consuming sectors, as well as the streams with the greatest recovery potential, through a territorial analysis that integrates up-to-date technical information and stakeholder perspectives.
The analysis confirms a structural dependence on phosphorus imports, persistently positive soil phosphorus balances, and phosphorus emissions to aquatic environments arising from both diffuse agricultural sources and point-source urban and industrial discharges. Concentrated urban streams, particularly those associated with wastewater treatment plants (WWTPs), emerge as the most viable option for technological phosphorus recovery.
The diagnosis is complemented by a stakeholder co-creation process that identifies technical, economic, and social perception barriers, while also confirming a strong willingness among stakeholders to adopt recovered phosphorus-based fertilizers.
The results provide the technical foundation for prioritizing actions in the subsequent phases of the project and advancing towards a circular phosphorus management model in the SUDOE region.
Within the framework of the ENDORSE project, the co-creation reports and results gather the ideas, needs, and proposals generated by the different participants during the
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A strategy for the financial acceptability of autonomous robotics solutions will be developed, including a shared financing model among compatible agricultural holdings that allows for the mutualisation of costs associated with the implementation of new technologies.
El proyecto FRUCTHOR-IA contempla la realización, en varios territorios, de un conjunto de actividades piloto. Estos ensayos abarcarán dos categorías de soluciones de robótica autónoma: monitorización de cultivos y trabajo colaborativo humano-robot. Se asegurará la representatividad de territorios y se emplearán tecnologías de vanguardia.
The experimental areas are located in central France, north-western Spain and southern Portugal and belong to very different soil and climate zones, with diverse socio-economic characteristics. However, they face common challenges such as loss of soil organic matter and increased water stress due to climate change. All of this leads to a loss of microbial life and, consequently, soil fertility. Other soil problems in these areas include the impact of pesticides and synthetic fertilisers.