Irish farmers face an impossible choice: adopt circular economy practices by spreading nutrient-rich sewage sludge, or risk regulatory penalties, environmental contamination, and lost profitability.
Without real-time guidance, farmers risk EPA fines of €2,000–€10,000 for violating Water Framework Directive (WFD) standards. Spreading sludge at the wrong time, on unsuitable soil, or during high-risk weather windows leads to regulatory violations.
Uncontrolled sludge spreading causes nitrate runoff and PFAS (per- and polyfluoroalkyl substances) bioaccumulation in soil and aquatic ecosystems. Irish water quality data reveals diverging trends.
Farmers lack visibility into optimal spreading windows and nutrient levels, leading to wasted applications and missed yield opportunities.
Strong correlation between nitrate levels and PFOS/PFOA concentrations
This correlation enables cost-effective risk mapping without expensive routine PFAS testing. By monitoring nitrate levels, farmers can predict PFAS contamination risk and adjust spreading practices accordingly.
Impact: Potential €200–€500 annual savings in soil testing costs per farm
Projected nitrate decline by 2040
Projected nitrate increase by 2040
Urgent: Diverging trends indicate inconsistent management practices across catchments
These three problems create a market opportunity for a solution that simultaneously protects water quality, ensures regulatory compliance, and maximizes farmer profitability.
AI-driven "Spreading Risk Scores" based on weather forecasts, soil conditions, and field history—indicating when it's safe and optimal to spread.
PFAS proxy modeling using nitrate correlations to identify high-risk fields without expensive testing, ensuring regulatory compliance.
Quantified savings through prevented fines, reduced fertilizer costs, yield improvements, and labor optimization—€10,000+ annually per farm.
Calendar-based interface showing spreading windows, weather forecasts, soil nutrient plans, and real-time alerts—all in one place.