Soil degradation is one of the most pressing challenges facing European agriculture today. The progressive deterioration of agricultural land calls for concrete, science-backed responses that go beyond conventional practice.
Bioripa Srl, based in Lucera in the Foggia province, works on exactly this problem. The company operates an aerobic composting plant that processes organic waste – primarily the Organic Fraction of Municipal Solid Waste, sewage sludge and pruning residues – through a 72-day controlled cycle combining bio-oxidation and slow maturation. The result is a certified Sludge-based Compost Soil Improver (ACF) whose key property is its humus content: the natural nitrogen it contains is released slowly through soil microbiology, anchoring nutrients and reducing the risk of leaching into groundwater. Precision monitoring through a sensor network embedded in the bio-cells ensures that every batch meets the quality standards required under Legislative Decree 75/2010.
Through the INTERESH project, Bioripa is now participating, alongside Fondazione Fenice, a partner of Agri-Digital Growth, in its first European Union research project. Experimental Action #3 (EA3) is running field trials across four sites in the Foggia area to measure the bio-fertiliser’s real impact on microbial biodiversity and nutrient retention, with data collected and managed according to FAIR principles to ensure full traceability. This is an opportunity for Bioripa to build the scientific evidence base needed to validate its product directly in the field and position it within more demanding markets.
Cases like Bioripa’s illustrate the kind of knowledge that Agri-Digital Growth aims to circulate: grounded in field practice, validated through data and ready to inform the training of the next generation of precision farming professionals across Central Europe.