O3 can be present in a wide range of industries, with most of them consisting of industries needing an oxidant or disinfectant as part of the company's process. Here are just a few of the most common industries where you will find Ozone gas:
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Industrial wastewater (or Effluents) can hold a large number of contaminants, such as various VOC's, cyanides, and sanitary waste. Therefore, water treatment companies will use a wide range of chemicals to remove these, with one being Ozone. Ozonation is favoured over chlorine by water treatment companies due to its ability to easily degrade organic and inorganic pollutants and its low cost. Thus, it is used frequently in this industry and is therefore stored in large quantities, warranting the use of a fixed or portable ozone gas monitor.
Ozone's effective disinfectant qualities means it is utilised in a variety of different forms throughout the hospitals to help keep areas safe for staff, particularly during the COVID-19 outbreak. The most common method of disinfecting is by releasing 20ppm concentrations of Ozone gas into rooms via generators, filling the room and disinfecting all surfaces. UV lights are also utilised to disinfect areas, with these releasing a small amount of Ozone gas too. Thus, portable ozone gas monitors would need to be utilised to help in spot checking rooms once the disinfection is complete due to the high amount of Ozone gas released.
As well as being an effective disinfectant, Ozone is a highly effective bleaching chemical. It creates bright and stable pulp for a very low cost, making it favourable in the paper industry. Additionally, Ozone offers a more environmentally friendly way to bleach pulp in comparison to Chlorine (for example). And due to the strict regulations on effluent in the paper industry, this gives Ozone the edge over other chemicals. Ozone is used in high concentrations to get the desired brightness of the paper pulp and will be used widely across paper mills. Therefore, implementing an ozone gas monitor is vital to ensure the safety of personnel.
You wouldn't think that Ozone gas monitors would have their place in the Automotive industry, however Ozone is used widely across this industry due to its cleaning and sterilisation qualities. Similar to the medical industry, Ozone is released into cars via O3 generators, filling the cars and reaching areas that a normal car cleaning couldn't, such as the air vents. This is used widely across the automotive industry, from the creation of cars all the way down to use in some car washes. And due to the high concentration of O3 being released, it is vital to spot check using an Ozone gas monitor to ensure the area is safe for personnel and customers.
These are just a few examples of industries where Ozone gas monitors are required, other applications include:
Of all the gases you can measure, ozone may be the most difficult.
Ozone is a highly reactive and unstable gas made up of three oxygen atoms (O3). Its unique physical nature means it can easily decay due to temperature, humidity, time, or air agitation, making it difficult to consistently measure.
However, ozone monitoring and measuring is the most efficient way to detect the accumulation of high levels of ozone in the air'a requirement for professionals in a variety of industries.
Ozone monitoring is the use of ozone gas detectors to measure the concentration of ozone in the air or in water. These analyzers can calculate ozone levels as needed for industrial applications or can be used to monitor ozone levels regularly to check if air is meeting air quality standards.
After determining the levels of ozone in the air, the measurement can be used to calculate the air quality index or formulate a plan to meet industry standards.
Although ozone in the atmosphere high above Earth protects the planet from the sun's harmful ultraviolet (UV) rays, high concentrations of ground-level ozone can be harmful.
An efficient ozone monitoring system makes it easier to find areas of high ozone levels and determine how to mitigate the effects of the gas on people, animals, and plants.
Even low concentrations of ozone can cause a variety of health effects, including itchy eyes, irritation to the nose and throat, shortness of breath, chest pain, and coughing. It can also aggravate asthma or bronchitis as well as reduce lung capacity. On days when ozone levels are high, there are also increased hospitalizations for respiratory conditions.
People at the greatest risk of harm from breathing air containing high levels of ozone are those with asthma; people suffering from heart, high blood pressure, or lung disease; the elderly; and children.
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Health advisories are issued on days when concentrations of ozone in the air are expected to cause detrimental health effects.
High concentrations of ground-level ozone can negatively impact the health of trees and plants. It interferes with photosynthesis, impairs plant growth, and makes plants more vulnerable to disease as well as insects. Additionally, ozone is the main ingredient in smog'a mixture of air pollutants produced by the reaction between sunlight and air contaminants such as automobile exhausts.
Sensitive ecosystems, including parks, wildlife refuges, forests, and wilderness areas are especially sensitive to higher ozone levels.
Ozone levels in the air or water are measured with different types of ozone monitoring equipment. These devices can cost between $300 and $5,000 to purchase, depending on the brand and purpose of the instrument.
UV absorption technology is used to detect low levels of ozone in the parts per billion (ppb) range. The ozone monitor takes an air sample and exposes it to UV light. Any ozone molecules in the sample will absorb the UV light'that change in light absorption is measured by photodetectors and is proportionate to the concentration of ozone.
This type of ozone monitoring equipment the most widely used and, at the same time, more expensive than other devices.
Metal oxide semiconductor ozone monitors are another common type of ozone monitoring instrument. When the monitor is exposed to an air sample, any present ozone molecules react to the semiconductor's metal oxide and alter the resistance of the surface. This interaction is measured, and the resulting measurement is converted into an ozone concentration level.
Electrochemical ozone monitoring devices use electrochemical sensors to determine levels of ozone in the sample. When the gas is diffused into the sensor, the instrument produces electric signals in proportion to the ozone concentration in the air sample.
These low-cost ozone gas devices are useful for measuring ozone levels in the parts per million (ppm) range.
Several companies have created ozone monitoring equipment that effectively tests the levels of ozone gas present in air or water. Here are our favorites from RAECO Rents.
At RAECO Rents, we have the latest ozone monitoring equipment for industry professionals. Our goal is to provide the devices you need so you can get the job done quickly, effectively, and more affordably than ever.
When you rent equipment from RAECO Rents, you can expect to get clean, operable, high-quality instruments. With our Instant-On guarantee and after-hour support, we are determined to make your rental experience easy.
Contact our rental service team today to get help finding industry-leading ozone monitoring equipment.