If some businesses need to control their air pollution, one of the most important steps that they should take is to use thermal oxidizers. This is how it becomes possible to break down hot and dangerous gases. That’s because a big part of their pollutants can be destroyed in an efficient manner. Basically, people should know that thermal oxidizers work in accordance with the principle of combustion.
The Main Components Involved
It is also necessary to find out more about the structure of these units. They consist of special oxidization chambers, burners, and blowers. The latter are used to draw the air through oxidizers. Besides, these devices supply the stream of hazardous waste gases into their combustion chamber along with the fuel and air. This is where all of them are burnt at quite high temperature levels. This step helps to get rid of a wide range of hazardous components in such gases.
Another important detail is that their flow velocity is kept quite fast, as this is what helps to prevent the particulates present in those hazardous gases from settling down. People should be aware that such units as regenerative thermal oxidizers can be produced using only those materials that withstand quite high temperature levels. These also need to be properly insulated. It makes sense to mention that their design can be determined by a variety of factors, such as the particular waste composition, the flow rate of discharge, different economic considerations, and so on.
Other Factors That Should Be Considered
It is true that all thermal oxidizers have some specific components that are required to ensure their safe and efficient operations. For example, this can be said for their integrated heat recovery system. Its main function is to recover and reuse the heat generated during any combustion process. People need to check all of those factors when planning to invest their money in this kind of equipment.
At present, it is possible to find different models and types. The main difference that they have is the type of heat recovery system. This factor helps to categorize all of those units into either regenerative or recuperative thermal oxidizers. In conclusion, there are many other components that can be incorporated into them in order to improve their operation. They need to have an effective control system to check and maintain a number of important process parameters. Oxidizers should have different filters, scrubbers, and so on.