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The Steps for LIFE project aims to transform cultural and tourism infrastructures (CTIs) into multifunctional green infrastructures (GIs) that integrate biodiversity conservation and enhancement, optimize ecological connectivity, provide ecosystem …

The LIFE WARRIOR project aims to demonstrate an innovative and cost-effective water reclamation system (WARRIOR Reclamation System) based on the application of Ultrafiltration (Re-UF) membranes to ensure safe reclaimed water for crop irrigation, in …

The LIFE H2OLOCK project aims to demonstrate a versatile and cost-effective solution, specifically designed for medium-to-large aquatic irrigation systems, to reduce water evaporation, suppress algae growth without the use of algaecides (after 15–30 days …

The LIFE Green Ammonia project aims to reduce ammonia (NH 3 ) emissions from excrement in pig and poultry farms, from the farm atmosphere, and from slurry storage tanks. In the project areas in Spain and Portugal, NH 3 emissions from pig and poultry farms …

The LIFE-3E project aims to demonstrate the technical, economic and environmental viability of an innovative and efficient process for recovering treated wastewater in coastal areas, with integrated salt gradient energy recovery (SGE), which contributes …

The overall goal of the LIFE RedBosques_Clima project is to achieve greater adaptive capacity in forests to climate change by promoting forestry with conservation objectives (promoting maturity, increasing heterogeneity and diversity) under the umbrella …

LIFE INFUSION aims to demonstrate the viability of a circular economy approach to treating liquid digestate from the organic fraction of urban solid waste and leachate from landfills and recovering it for use as energy, biofertilizer, and irrigation …

The LIFE FSA Hydrostick project aims to demonstrate and validate a novel soil and crop monitoring solution for agriculture capable of measuring water content, water availability, temperature, salts, and pH, among other parameters, at different …

The LIFE BIOBEST project aims to identify and validate current Best Practices (BP) and management tools throughout the biowaste management chain (from generation to treatment) that allow the production of quality compost and digestate and to establish a …

LIFE RENATURWAT aims to demonstrate that reclaimed water can be obtained from WWTP effluents by combining nature-based solutions (NBS) and industrial waste to produce a high-quality water resource suitable for environmental uses, such as wetland …

LIFE PHOENIX will demonstrate a new flexible multi-barrier tertiary treatment system that adapts to different WWTP types and water characteristics. This new treatment will be applied in areas with high water stress in central and southern Spain and …

The LIFE ECOdigestion 2.0 project aims to demonstrate full-scale technology for the automated control of waste dosing in anaerobic digesters at WWTPs, with the aim of producing biogas on demand from sewage sludge and agri-food …

The LIFE EL HITO project aims to halt the decline, restore, and increase the area of priority habitats under the EU Habitats Directive, such as coastal lagoons (1150*), the Limonietalia salt marshes (1510*), and Mediterranean wetlands and temporary pools …

The GREEN ADAPT project plans to implement a climate adaptation system aimed at improving resilience at landfills. …