Oxitrace

Incorrect. Oxitrace is not a chemical but a technology.

Incorrect. While Oxitrace can be integrated with software, it is primarily a technology for measuring and controlling oxidants.

Correct! Oxitrace is a collection of technologies designed to accurately monitor and control oxidants used in water treatment.

Incorrect. Oxitrace is a technology developed by Capital Controls Co., a company specializing in water treatment equipment.

Incorrect. While oxidants are powerful disinfectants, they are not always able to remove all microorganisms.

Correct! Oxitrace helps maintain the optimal oxidant levels for efficient disinfection and prevent potential issues like over-treatment.

Incorrect. While Oxitrace can help optimize oxidant usage, its primary focus is on accurate measurement and control for safe and effective water treatment.

Incorrect. While Oxitrace helps with compliance, its main purpose is to ensure proper oxidant levels for safe and effective water treatment.

Incorrect. Oxitrace is known for providing highly accurate oxidant measurements.

Incorrect. Continuous monitoring is a key feature of Oxitrace technology.

Incorrect. Oxitrace helps automate oxidant control, reducing manual labor requirements.

Correct! Oxitrace aims to prevent contamination by ensuring accurate and reliable oxidant levels.

Incorrect. The Model 7000 Series is known for its advanced features and accuracy, not its low cost.

Correct! The Model 7000 Series can analyze different oxidants like chlorine, ozone, and chlorine dioxide.

Incorrect. The Model 7000 Series is suitable for various water treatment applications.

Incorrect. The Model 7000 Series can easily integrate with existing control systems.

Incorrect. The Model 8000 Series is designed for simpler and more affordable monitoring.

Incorrect. The Model 8000 Series focuses on specific oxidant level monitoring.

Correct! The Model 8000 Series offers a budget-friendly and reliable solution for monitoring specific oxidant levels.

Incorrect. The Model 7000 and 8000 Series cater to different needs in oxidant measurement and control.

Oxitrace technology can significantly improve the water treatment plant's chlorine level control and operational efficiency. Here's how:

• **Accurate Monitoring:** Oxitrace analyzers, like the Model 7000 Series, can provide precise and continuous measurements of chlorine levels in the treated water. This eliminates the reliance on manual sampling and testing, which often provide delayed and less accurate results.
• **Real-time Adjustments:** Real-time monitoring of chlorine levels enables the plant operators to identify fluctuations immediately. They can then adjust the chlorination process proactively, preventing chlorine levels from exceeding or falling below the desired range. This ensures consistent disinfection effectiveness and minimizes health risks.
• **Optimized Usage:** Oxitrace helps optimize chlorine usage by providing accurate information on chlorine demand. This allows operators to precisely adjust the chlorine feed rate, reducing unnecessary chemical use and minimizing operational costs. Efficient chlorine use also minimizes the environmental impact, reducing the amount of residual chlorine discharged into the environment.

In conclusion, by providing accurate, real-time monitoring and control of chlorine levels, Oxitrace technology can help the municipal water treatment plant achieve consistent disinfection, minimize operational costs, and reduce environmental impact.