Advanced urea treating system for applying urease and nitrification inhibitors. This portable unit dramatically improves nitrogen efficiency by reducing volatilization up to 70%, featuring computerized precision control and flexible deployment options for any location.

Precision fertilizer treatment technology for enhanced agricultural efficiency
Discover how inhibitor technology transforms urea into a more efficient, environmentally-friendly fertilizer with reduced nitrogen losses
Urea treating systems represent a crucial advancement in fertilizer technology, enabling the application of urease and nitrification inhibitors that significantly improve nitrogen efficiency. By treating urea with inhibitors like NBPT, ammonia volatilization can be reduced by up to 70%, ensuring more nitrogen reaches the crop roots rather than being lost to the atmosphere.
Our portable treating units offer unmatched flexibility, allowing operations to be set up at any location - from production facilities to distribution centers or even directly at ports. With capacities ranging from 80 to 200 m³/hour, these systems can handle both liquid and powder inhibitor applications, making them ideal for diverse operational requirements.
The system precisely applies urease inhibitors (like NBPT) and nitrification inhibitors through advanced spraying technology. The computerized control ensures uniform coverage and exact dosing rates, critical for achieving consistent field performance and maximizing nitrogen use efficiency.
The entire system is designed for mobility, fitting into two standard trailers or high-cube containers. This portability allows operators to move the treating unit to wherever it's needed most - whether at production sites, blending facilities, or distribution hubs.
Dramatically reduces ammonia loss to atmosphere, keeping more nitrogen available for crops
Increases nitrogen use efficiency by 20-40%, requiring less fertilizer for same yield
Slows nitrogen release, providing nutrients when crops need them most
Reduces greenhouse gas emissions and groundwater contamination
Higher crop yields with less fertilizer input improves profit margins
Computerized dosing ensures consistent inhibitor application rates
Urea enters through the filling hopper equipped with a conditioner that ensures optimal material flow and prevents bridging. The intake system prepares the urea for uniform treatment.
The computerized control system precisely meters and sprays liquid inhibitor (or distributes powder inhibitor) onto the moving urea stream, ensuring complete and uniform coverage.
The 12-meter blend screw thoroughly mixes the treated urea, ensuring even distribution of inhibitor throughout the product while gently handling the granules to minimize dust and degradation.
The treated urea is conveyed directly into trucks or storage, with continuous monitoring ensuring consistent quality. The system tracks application rates and total throughput for complete traceability.
See our equipment in action at various installations





Contact our technical team for a custom solution tailored to your specific requirements.