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Wastewater treatment plant (WWTP) sludge is a good source of nutrients and organic matter for agricultural purposes, but its use in agriculture still raises many concerns due to the possible presence of heavy metals, emerging contaminants, or pathogens. …

LIFE ScrubsNet focuses on the regeneration and enhancement of dehesas and their associated wildlife through the appropriate management of scrub/shrub areas as an essential element for the conservation of the entire ecosystem. The project will demonstrate …

The project will contribute to the implementation of the EU directives on habitats and birds, the EU 2030 Biodiversity Strategy, and the EU Farm to Fork Strategy. The project aims to demonstrate that farmers, ranchers, and nature conservationists can work …

The LIFE ALNUS TAEJO project aims to protect, conserve, enhance, and restore rivers and riverbanks dominated by residual alluvial forests (priority habitat type 91E0*), which are home to a high level of biodiversity and influence the quality of river …

The LIFE PRISTINE project aims to develop the PRISTINE integrated solution for removing contaminants of emerging concern (CECs) from waterways. The solution, which permanently removes CECs from water, can be adapted on a case-by-case basis to protect the …

The LIFE Innocereal project aims to facilitate connections between the links in the cereal value chain, creating certification systems for low-emission production, demonstrating their benefits for the entire supply chain, and increasing the added value of …

LIFE CYCLOPS seeks to recover polyphenols present in petroleum byproducts through a circular economy, zero-waste, and energy self-sufficiency solution. The recovered polyphenols will be value-added products for the food, nutraceutical, pharmaceutical, and …

Life Vida for Citrus was born with the purpose of protecting the citrus sector by developing plants resistant to the disease, and with the idea of implementing environmentally friendly cultural practices that limit the development of the vector that …

LIFE-CO2-INT-BIO aims to contribute to mitigating CO2 emissions in three energy-intensive industrial sectors—namely, biomass power plants, commercial CO2 gas production, and intensive agricultural greenhouses—by applying new techniques and methods to …

Project focused on reducing CO2 emissions by replacing natural gas used as fuel in meat waste treatment with renewable H2 in meat waste …

This project validated a novel process consisting of a compact anaerobic-aerobic treatment system, a microalgae raceway, and a combination of an advanced adsorption and oxidation (AOP) process. The new WWTP concept recovered nutrients (algae) and reduced …

The project aims to demonstrate how H3O technology enables intelligent, precision treatments based on plant mass. The project will conduct real-life trials to demonstrate the significant reduction in the environmental impact of spraying in the high-value …

Energy-intensive industries need to reduce their greenhouse gas (GHG) emissions and energy consumption from fossil fuels. One possible way to achieve this is through carbon dioxide hydrogenation (which involves the reaction of hydrogen with CO2 to produce …

It promotes job creation and green businesses. Taking advantage of the growth opportunities offered by the environment, it provides useful tools for workers and businesses, helping them improve and promote employment and facilitating entrepreneurial …

The project has determined that planting flower borders in agricultural fields significantly increases biodiversity. The conclusion is that it is possible to reconcile conservation and production by establishing a balance between the commitment of the …