Advanced Wastewater Treatment Service for Modern Water Management

A reliable Wastewater Treatment Service is essential for protecting the environment, maintaining regulatory compliance, and ensuring efficient water management across municipal and industrial systems. With growing challenges in contamination, odor control, and chemical safety, advanced solutions like GO2™ chlorine dioxide are helping facilities improve treatment performance with greater consistency and efficiency.

GO2™ offers exceptional advantages as both a disinfectant and an oxidant, outperforming traditional chlorine-based methods used in many wastewater operations. Unlike chlorine, GO2™ does not significantly hydrolyze in water, allowing it to retain strong biocidal activity across a broad pH range. This chemical stability ensures dependable performance, even in variable or demanding water conditions—a critical benefit for any professional Wastewater Treatment Service.

Precise and Flexible Dosage for Superior Results

The dosage requirements for GO2™ depend on water quality and contamination levels. For most municipal wastewater systems, a residual concentration of up to 5 ppm is sufficient for effective disinfection. For sulfide odor control, 5.2 ppm of GO2™ is needed to oxidize 1 ppm of sulfide within a pH range of 5 to 9. GO2™ is also highly effective in phenol destruction, requiring 1.5 ppm at pH levels below 8 and 3.3 ppm at pH levels above 10.

Exceptional Odor Control for Clean, Efficient Operations

Odor management is a major concern for any wastewater facility, and this is where GO2™ truly excels. It is non-reactive with ammonia and most nitrogen-containing compounds, enabling high efficiency at lower dosages than chlorine. GO2™ destroys phenols, simple cyanides, and sulfides by oxidation—without creating colloidal sulfur. It also oxidizes iron and manganese compounds, improving water clarity and reducing odor-causing agents.

Simple, Safe, and Effective Dosing Method

GO2™ is produced by mixing two powdered components with tap water to generate a 3% chlorine dioxide solution. This simplicity eliminates the need for expensive equipment or complex generation systems. For proper application, GO2™ should be added at a point that ensures thorough mixing and uniform distribution. The feed point must be located below the water level to prevent volatilization, and co-feeding with lime or powdered activated carbon should be avoided.

Accurate Monitoring for Reliable Performance

Residual GO2™ chlorine dioxide must be measured using validated analytical methods, such as the DPD-Glycine Method or the Amperometric Method II, as published in the Standard Methods for the Examination of Water and Wastewater.

By incorporating GO2™ into a professional Wastewater Treatment Service, facilities benefit from superior disinfection, powerful oxidation, effective odor control, and safer handling—ensuring a cleaner, more sustainable wastewater management process.