Lactopi Start is a groundbreaking biofertilizer crafted from fermented human urine, specifically formulated to kickstart plant growth and improve phosphorus availability in soils. The innovative production process involves blending collected urine with beneficial microbial cultures, which undergo filtration and fermentation to yield a safe and stable biostimulant.

By utilizing Lactopi Start, farmers can significantly enhance the efficiency of nutrient uptake by plants, thereby decreasing their reliance on phosphate fertilizers by up to 50%. This not only leads to healthier and more robust plants but also fosters root development and vigor. The product has obtained organic agriculture certifications in multiple European Union countries and has been extensively tested through agronomic trials in regions like France and Belgium.

The microbial composition of Lactopi Start plays a pivotal role in promoting soil health, increasing resistance to drought, and supporting sustainable crop production. Furthermore, this eco-friendly solution boasts a low carbon footprint and requires minimal water usage. Packaged for convenient dilution and application in the field, it presents a scalable and circular approach that caters to various European cropping systems. Lactopi Start aligns seamlessly with the changing environmental standards and the growing preference among farmers for greener agricultural inputs.

• Stimulates early plant growth and enhances phosphorus availability in soils
• Reduces the need for phosphate fertilizers by up to 50%
• Promotes soil health and improves drought tolerance
• Supports sustainable crop production with a low carbon footprint
• Certified for organic agriculture in multiple EU countries
• Backed by extensive agronomic trials in France and Belgium
• Contains beneficial microbial cultures for enhanced nutrient uptake efficiency
• Contributes to root development and plant vigor
• Packaged for easy dilution and field application
• Aligns with evolving environmental regulations and farmer preferences for sustainable inputs