Introduction
The document describes the Pillard NeutriNox™ system, a selective non-catalytic reduction (SNCR) technology designed to reduce NOx emissions in combustion processes, particularly in mineral processing applications such as cement and lime production.

Specifications
The system utilizes urea or ammonia in liquid form, injected into specific temperature zones (850°C to 1000°C) to effectively reduce NO and NO2 emissions. The technology is supported by computational fluid dynamics (CFD) modeling to optimize efficiency.

System Features

• Tailor-made solutions for each application.
• Complete engineering and system package supply.
• Patented atomizing guns for efficient reagent injection.
• CFD modeling using FLUENT® software for system optimization.

Performance and Efficiency
The document provides performance data from various cement plants, demonstrating NOx reduction efficiencies ranging from 60% to 73% using urea reagent. The efficiency of the system varies between 30% and 55% depending on the plant and conditions.

System Components and Services

• Data collection and testing on-site.
• Portable skid for SNCR efficiency validation.
• Complete SNCR system supply, including storage tanks, pumping stations, and control systems.
• Start-up assistance and process optimization by specialists.

Conclusion
The Pillard NeutriNox™ system is a highly efficient solution for reducing NOx emissions in industrial combustion processes, offering tailored engineering and comprehensive support services to ensure optimal performance.