The issue of wastewater treatment has always been of great concern. However, for industries that require multiple processes and applications for water treatment, it is necessary to clearly understand the purpose of water treatment, as well as the chemicals and solutions involved. When disinfecting wastewater, chemicals such as chlorine dioxide may be used. The main purpose is to remove various harmful substances in the water to ensure the quality is suitable for use.
When it comes to chlorine dioxide, it is a compound formed by combining one chlorine atom and two oxygen atoms. If placed in a certain room temperature environment, it will appear as a yellowish-green or slightly red gas that is easy to dissolve in water. Chlorine dioxide dissolves in water but does not decompose into gaseous substances. It exists as a dissolved gas in the solution, which is why it is used as a disinfectant. What are the issues to be noted when using chlorine dioxide for disinfection?
In fact, for chemicals, they all have certain harmful effects. During the disinfection process using chlorine dioxide, the dosage needs to be controlled. If too little is used, there may be incomplete disinfection. However, if the dosage is excessive, it may lead to (exceeding the limit). Therefore,it is necessary to control the content of the disinfectant. Of course,if you are using other chlorine disinfectants or disinfectants such as active oxygen for disinfection， you also need to control the dosage. If you are controlling the dosage of chlorine disinfectants,at this time,we can use the RCl900 Total Residual Chlorine Online Analyzer to monitor the total residual chlorine in real time,thereby controlling the dosage of the disinfectant.
The instrument for detecting total residual chlorine mentioned above is a product independently developed and produced by Hangzhou Modi. It is mainly an equipment used in the Medical Wastewater Monitoring. Of course,your company has also independently developed and produced monitoring instruments for different parameters in water,including rare heavy metals,special pollution-free,conventional pollutants, industrial wastewater,drinking water,and other water quality monitoring work.
