It is known that recently there has been a significant increase in inquiries about online analyzers for reactive oxygen species. What’s going on? What are the uses of reactive oxygen species? How should detection operations be conducted in water? In this article, we will have a brief understanding!
Let’s first understand the main uses of reactive oxygen. These can be explained through the following three scenarios!
1.It is a common enhancer.
Reactive oxygen is a strong oxidant and can widely eliminate microorganisms, including some viruses, bacteria, fungi, etc. Its effect is much better than chlorine. Recently, users disinfecting sewage and wastewater with reactive oxygen have gradually increased, and it is widely used in various industries;
2.It is a broad-spectrum bactericide.
The sterilization effect of reactive oxygen relies on strong oxidation. It also has a good elimination effect on protozoa and egg sacs;
3.The above points have mentioned the advantages.
Let’s talk about the disadvantages. The toxicity and corrosiveness of reactive oxygen. Just like other indicators in the human body, the reactive oxygen present in the human body is also limited. An appropriate amount is fine, but once it exceeds the limit, it will also cause harm. The toxicity of reactive oxygen mainly comes from the oxidation of unsaturated fatty acids and proteins, which damages the body tissues. If the human body is exposed to reactive oxygen, it will cause phenomena such as accelerated breathing, shallow breathing, accelerated pulse, and headache. If it gets worse, it can lead to emphysema and even death.
From this, we should understand that when using reactive oxygen for disinfection, just like chlorine, the amount should be controlled and within the qualified range. Then, how to know the amount of reactive oxygen in the water? At this time, water quality testing work should be carried out. To know the content of reactive oxygen in the water, the ROS900 Online Reactive Oxygen Species Monitor can be used for detection, and then the data and relevant standards can be compared to analyze the situation of reactive oxygen in the water.
