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Water Treatment Chlorine Dioxide, particularly in the form of GO2u2122, is a highly efficient disinfectant and oxidant for wastewater treatment. It remains stable across a wide pH range and requires lower dosages than traditional chlorine. GO2u2122 effectively controls odor, oxidizes phenols, sulfides, iron, and manganese, while maintaining strong biocidal activity. Proper dosing and accurate analytical methods ensure optimal performance and safety in municipal and industrial water treatment systems.<br>
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Water Treatment Chlorine Dioxide – An Advanced and Efficient Solution for CleaWater Management www.go2intl.com
The demand for reliable and effective disinfection in water systems continues to rise, and Water Treatment Chlorine Dioxide has emerged as one of the most efficient solutions available. Among the various options for water purification, GO2™ chlorine dioxide stands out for its stable, powerful, and consistent performance across diverse water environments. Used across municipalities, industrial plants, and wastewater facilities, GO2™ offers superior disinfection and oxidation capabilities without the limitations commonly associated with traditional chlorine-based treatments. One of the defining advantages of Water Treatment Chlorine Dioxide through GO2™ is its chemical stability. Unlike chlorine, which rapidly hydrolyzes and loses effectiveness, GO2™ maintains strong biocidal activity across a broad pH range. This unique stability allows it to effectively eliminate bacteria, viruses, algae, and pathogens even under challenging water conditions. As both an oxidant and disinfectant, it provides dual-action benefits for enhanced water quality and safety.
Dosage and Application Guidelines The dosage requirements for GO2™ depend on the contamination level and specific water conditions. For most municipal systems, a residual concentration of up to 5 ppm is adequate for efficient disinfection. In odor management applications, particularly when dealing with sulfide compounds, a minimum of 5.2 ppm of GO2™ is recommended to oxidize 1 ppm of sulfide in water between pH 5–9. For phenol oxidation, GO2™ demonstrates remarkable efficiency. At pH levels below 8, 1.5 ppm of GO2™ is sufficient to oxidize 1 ppm of phenol, while at pH levels above 10, a dosage of 3.3 ppm is recommended.
This versatility allows GO2™ to adapt to a wide variety of contamination challenges in both drinking water and wastewater.
Odor and Contaminant Control GO2™ is highly efficient in eliminating odors and organic contamination. It is non-reactive with ammonia and most nitrogen-based compounds, making it more effective than chlorine at lower dosing levels. GO2™ oxidizes sulfides without creating colloidal sulfur, ensuring clearer water and reducing troublesome odors. Additionally, it is widely used to treat iron and manganese, two common contaminants in groundwater and treatment facilities. Safe and Efficient Dosing Method Producing GO2™ is straightforward. When the two components are combined with an appropriate volume of tap water, a 3% chlorine dioxide solution is generated. For best results, dosing should occur below water level to prevent volatilization, ensuring uniform distribution throughout the system. For accurate monitoring, chlorine dioxide residuals must be measured .
using methods specific to chlorine dioxide, such as the DPD-Glycine Method (4500-ClO2 D) or Amperometric Method II (4500-ClO2 E). With its stability, efficiency, and broad-spectrum performance, Water Treatment Chlorine Dioxide using GO2™ represents a modern, highly effective solution for clean and safe water management across all scales of operation.
Thank you for your attention! If you have any doubt the contact us (714)736-9811 www.go2intl.com robert.go2intl@gmail.com
