The slow-release coated fertilizer offers several competitive advantages: it is more efficient than traditional fertilizers, improving crop quality and reducing environmental impact. The cost-effective, organic coating is environmentally friendly and odorless, making it suitable for diverse agricultural applications. The product's readiness for commercial deployment (TRL 9) and the growing market for sustainable agricultural solutions position it as a leading choice in the global fertilizer market. With proven research achievements and industry partnerships, the product is poised for successful market entry and adoption.

A significant portion of fertilizers applied to soil, approximately 25%, is lost to the environment due to inefficiency, leading to nitrogen loss through leaching, volatilization, and denitrification. These inefficiencies contribute to environmental issues such as water pollution and greenhouse gas emissions. There is a need for a solution that minimizes these losses and reduces the negative environmental impact.

The proposed solution is a slow-release fertilizer coated with Bacillus subtilis and sodium alginate. This innovative coating controls the release of nutrients, ensuring a steady supply to crops. The inclusion of beneficial microbes acts as a biocontrol agent, enhancing soil health and crop quality. Made from organic and environmentally friendly materials, the fertilizer reduces environmental impact, is odorless, and maintains soil ecosystem integrity.

This project introduces the use of bacteria and organic compounds as coatings for fertilizers. The unique aspects include the controlled slow release of micronutrients, incorporation of beneficial microbes, and the use of environmentally friendly materials. The coating not only improves fertilization efficiency but also supports sustainable agricultural practices by reducing nutrient loss and environmental impact.