The generation of garbage is closely related to our daily life. Incineration is one of the ways to dispose of urban household waste. During the incineration process, harmful gases are generated, which require activated carbon to adsorb. Activated carbon is used to adsorb toxic gases and heavy metals produced during the garbage incineration process.
1. Adsorption of toxic gases
Due to the selective and reversible adsorption of activated carbon, high-performance activated carbon for waste incineration has been developed through continuous sample research and elucidation of pore layout and distribution such as activated carbon, iodine value, pH value, CTC, and moisture.
2. Adsorption of some heavy metals
The mesoporous layout and specific surface area of waste incineration activated carbon are more developed, which gives it the characteristics of large adsorption capacity, fast filtration speed, high strength, low ash content, reasonable pore size distribution, and high ignition point This type of activated carbon is mainly used in garbage ignition flue gas purification systems to remove heavy metals from the flue gas.
3. Air pollution control
Air pollution control device for incinerators (aimed at removing two types of pollutants, namely particulate matter and acidic gases). Recently, some methods for improving the removal of toxic gases are considered necessary. In some cases in factories, increasingly strict regulations lead to the use of more than one particulate matter control device or more than one type of scrubber in a given incineration facility, and emissions are usually higher than using a single device alone.
