AQUAPUR

Innovative strategies for slurry management in livestock farms: obtaining water and high agronomic value products

AQUAPUR

The AQUAPUR project aims to transform slurry generated on livestock farms into valuable resources, contributing to improving the competitiveness, sustainability and resilience of the sector.

To achieve this, AQUAPUR will evaluate consolidated and emerging technologies for slurry treatment, with the aim of recovering nutrients to obtain fertilising products with high agronomic value, producing reclaimed water with potential for reuse in agri-livestock activities, and valorising slurry for energy purposes through the production of biogas as a renewable source. In addition, it will analyse the capacity of these technologies to reduce emerging contaminants, such as veterinary antibiotics, and pathogenic microorganisms, minimising the environmental and health risks associated with slurry management.

The project will demonstrate these solutions on farms in Galicia, Catalonia and Aragón, taking into account the different productive, environmental and regulatory characteristics of each territory. Through a multi-actor approach, AQUAPUR will generate knowledge and tools to promote a more circular management of resources in the agri-livestock sector.

Duration: January 2026 - April 2029
Coordinator: Cetaqua Galicia
Fundación Empresa Universidad Gallega (FEUGA), Centro Tecnológico BETA, Nutrimentos Deza S.A. (NUDESA), Clúster Español de Productores de Ganado Porcino (i+Porc), COMPOSMONT SL, Fundació Institut Català de Recerca de l’Aigua (ICRA).
EN Co-Funded by the EU_POS

Related news

Here you will find the latest news related to this project

View all news
  • A pioneering technology boosts energy self-sufficiency in wastewater treatment plants in Alicante and Murcia

  • Barcelona adopts biomethane as bus fuel thanks to the LIFE NIMBUS project

  • BIOCENPLAS, a sustainable model in the fishing processing industry

  • BIOCENPLAS, a sustainable model in the fishing processing industry.

  • Biomethane, one of the keys to a sustainable energy future

  • CIGAT Circular, the commitment by the Xunta de Galicia, Viaqua and Cetaqua to decarbonise Galicia by converting waste into resources

  • Closer to a circular canning industry thanks to Conserval Poctep

  • EDAR 360, Galician technology and talent for the digitalization of the water sector

  • ENDORSE kicks off, the project that will recover phosphorus from wastewater for use as a biofertiliser

  • HYIELD project to build Europe’s first industrial-scale waste-to-hydrogen plant

  • LIFE ENRICH promotes circular economy in the water and agriculture sectors

  • P2Green, the European project that aims to validate the potential use of reclaimed water as a biofertilizer for irrigation in La Axarquía (Málaga)

  • Palencia WWTP, the first in Europe to become a biofactory to promote zero waste

  • Reusing waste from the oil industry will be possible thanks to the European project LIFE CYCLOPS 

  • The BioPhoto project concludes after producing sustainable hydrogen from organic waste

  • The BioPhoto project will develop a technology for the production of green hydrogen from organic waste

  • The CAPTURE project will drive innovative solutions to reduce marine microplastic pollution in Galicia and Northern Portugal

  • The European LIFE NIMBUS project opens its plant for the production of biomethane from treatment plant sludge

  • The European SEMPRE-BIO project will demonstrate new cost- effective ways to produce biomethane

  • The LIFE MERLIN project kicks off to promote the production of biogas in treatment plants

  • The MULTIPLY project develops ten microalgae-based products for key industrial sectors

  • The NPower project launches two pilot plants in Murcia to recover nitrogen and phosphorus from urban wastewater

  • The WalNUT project concludes after four and a half years transforming wastewater into biofertilisers

  • Viaqua and Cetaqua bet for a carbon-neutral Galicia with the consolidation of the CIGAT CIRCULAR Mixted Research Centre

  • WATERUN project concludes after validating innovative solutions for the sustainable management of urban runoff water