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Showing posts from October, 2025

Chlorine Dioxide Water Treatment: A Safe, Efficient, and Modern Solution

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For decades, chlorine dioxide has been recognized as one of the most effective disinfectants for water treatment. Its superior performance in eliminating bacteria, viruses, and other harmful contaminants makes it a preferred choice for municipal, industrial, and commercial water systems. However, traditional methods of chlorine dioxide production have long posed significant challenges. Equipment-generated chlorine dioxide requires a high investment in specialized machinery, precursor chemicals, and trained personnel. The production process carries risks of explosion, and over 99% of the generated gas is often wasted, making it unaffordable for small and medium-sized users. “Liquid” chlorine dioxide, produced from acidified sodium chlorite, introduces further complications. The chemistry is imprecise, and free chlorine radicals generate harmful by-products, creating potential safety and environmental concerns. Such outdated methods limit accessibility and efficiency, leaving many user...

Wastewater Treatment Service at GO2 International

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GO2 International offers a highly effective wastewater treatment service utilizing our proprietary GO2™ chlorine dioxide technology. As both a powerful disinfectant and oxidant, GO2™ provides superior performance in treating municipal and industrial wastewater, with significant advantages over traditional chlorine-based systems. GO2™ maintains its biocidal activity across a wide pH range due to its low hydrolysis in water, making it a reliable and consistent solution. Unlike chlorine, which is reactive with ammonia and nitrogen-based compounds, GO2™ remains stable and effective at lower dosages. This makes our wastewater treatment service more efficient, cost-effective, and environmentally responsible. Precision Dosage for Optimal Results GO2™ dosage requirements vary depending on water conditions and contamination levels. For general disinfection, a residual concentration of up to 5 ppm is typically sufficient. In odor control applications, particularly for sulfides, a minimum...