Incineration is the process of converting combustible waste into a residue such as ash and slag. Wastes can be directly incinerated or pre-treated to increase thermal value and provide more efficient process control in the incineration plant. In this way, pre-treated wastes can be incinerated in combustion plants with heat recovery together with coal or other fuels.

The cause of carbon monoxide poisoning from time to time in big cities is not the unburned natural gas as it is thought, but the waste gases. The formation of pollutant gases is a serious problem in air quality. Thermal oxidation method is also used in flammable and explosive environments and the total amount of organic carbon is determined.

In thermal systems, exhaust gases are kept in a room with 600-700 temperature for a while and additional air is sent to the system to ensure that carbon monoxide and hydrocarbons are oxidized. However, thermal systems are not effective in reducing nitric oxides. These systems used in 1970s have been completely abandoned today and have been replaced by catalytic systems.

The oxidation catalyst is similar to thermal oxidation. It is mainly used in the emission control of carbon monoxide and hydrocarbons. Adequate oxygen is required for the reactions.

Part of the pollutants from internal combustion engines are mixed with air in the exhaust gases, which are the product of combustion. Some pollutants are formed as a result of crankcase ventilation and evaporation in the fuel tank and carburetor. Therefore, measures to be taken for emission control are very important.

Gasoline is a volatile fuel that evaporates in the fuel tank and escapes into the air. Similarly, the gasoline in the carburetor escapes into the air by evaporation. If the vent hole in the fuel tank is clogged, vacuum is generated inside the tank and the gasoline flow stops. In this case, the vaporous fuel exits the vent hole. Significant amounts of hydrocarbons are introduced into the air in this way, especially in hot environments. Emission by evaporation is therefore limited. Starting in the United States in 1970 this application has spread to the whole world in a short time.

Our company conducts the examinations of compliance of waste gas incineration within the scope of thermal oxidation plants inspection and tests in accordance with the relevant legal regulations and standards and test methods published by domestic and foreign organizations.