Introduction to the application of Ozone Gas Monitor
Ozone Gas Monitor
Ozone (O3) is commonly used in many industries as an oxidizer and disinfectant, but has a variety of other uses elsewhere. Therefore, although it is a unique gas, it can be found in a wide range of industries. Since ozone is a highly toxic gas, it is important to use an ozone gas monitor whenever possible. If you're not sure if ozone exists in your industry, or if you just want to know where it exists, read the following articles. We discuss all of the above plus our detectable solutions for better ozone gas monitoring to help prevent ozone poisoning.
What are the hazards of ozone gas?
As mentioned above, ozone gas is highly toxic. It has a strong pungent odor and, due to its oxidizing properties, can cause damage to the mucous and respiratory tissues of animals and the tissues of plants at concentrations above about 100 ppb. Thus, making ozone a powerful respiratory and pollutant hazard close to the ground.
Ozone has a STEL as low as 0.2ppm and no TWA. Demonstrate the extent to which ozone is harmful to human health and the environment. Therefore, an ozone gas monitor is essential to prevent the toxic effects of ozone in the workplace.
Where does ozone exist?
O3 can be found in a wide range of industries, most of which require oxidizers or disinfectants as part of company processes. Here are some of the most common industries where you'll find ozone gas:
Industrial wastewater (or effluent) can contain numerous pollutants such as various VOCs, cyanides, and household waste. Therefore, water treatment companies will use a variety of chemicals to remove these substances, one of which is ozone. Water treatment companies prefer ozone over chlorine because of its ability to easily and inexpensively degrade organic and inorganic pollutants. Therefore, it is frequently used in this industry and therefore stored in large quantities, necessitating the use of fixed Ozone gas sensor or portable ozone gas monitors.
Ozone's potent disinfectant properties mean it's being used in a variety of different forms throughout hospitals to help keep areas safe for staff, especially during the COVID-19 outbreak. The most common method of sanitizing is a generator that releases ozone gas at a concentration of 20ppm into the room, filling the room and sanitizing all surfaces. Ultraviolet lamps are also used to sanitize areas that also release small amounts of ozone gas. Therefore, due to the large amount of ozone gas released, a portable ozone gas monitor is required to aid in spot checking the room once disinfection is complete.
Ozone is not only an effective disinfectant, it is also a highly effective bleaching chemical. It produces bright and stable pulp at extremely low cost, making it popular in the paper industry. Furthermore, ozone offers a more environmentally friendly method of pulp bleaching compared to chlorine (for example). This gives ozone an advantage over other chemicals due to the strict regulations on wastewater in the paper industry. Ozone is used in high concentrations to obtain the desired pulp brightness and will be widely used in paper mills. Therefore, implementing an ozone gas monitor is essential to ensure personnel safety.
You might not expect ozone gas monitors to find a place in the automotive industry. But ozone is widely used in the industry because of its cleaning and disinfecting properties. Similar to the medical industry, ozone is released into cars through ozone generators. Fill the car and reach areas that normal car cleaning cannot reach, such as air vents. It is used throughout the automobile industry, from the manufacture of cars all the way to the use of some car washes. Due to the high concentration of ozone emitted, spot checks are carried out using ozone gas monitors. To ensure that this area is critical to the safety of personnel and customers.