What equipment is good for printing factory exhaust gas treatment

Common waste gas treatment equipment includes RTO thermal storage incinerators, RCO catalytic combustion, activated carbon adsorption desorption catalytic combustion, zeolite rotary RTO, zeolite rotary RCO, and other equipment.
The printing industry uses a large amount of solvent based inks in the production process, which contain 50% -60% volatile components. Coupled with the diluents required to adjust ink viscosity, a large amount of VOC organic waste gas is emitted by farmers during the production and drying of printed materials. The main components are volatile gases such as benzene, toluene, xylene, and non methane total hydrocarbons. The large amount of ink volatilization not only causes solvent waste, but also causes serious harm to workers and the surrounding environment. Therefore, the issue of exhaust gas treatment in the printing industry is also an important aspect of environmental governance.
The generation of VOC organic waste gas in the printing industry is mainly concentrated in the printing drying stage and the printing adhesive composite stage. During the printing drying stage, the VOC organic waste gas emissions from publishing and printing enterprises are mainly concentrated in the printing drying stage, the printing adhesive composite stage, and the VOC organic waste gas emissions from flexible packaging printing enterprises are mainly concentrated in the machine printing adhesive composite stage. For the printing industry, due to the characteristics of high air volume, low concentration, complex composition, and no recycling value of exhaust gas. What equipment is good for treating exhaust gas in printing factories? It is recommended to use zeolite wheels and catalytic combustion of CO for treatment.
What equipment is good for waste gas treatment in printing factories? The printing industry's waste gas treatment plan can consider the following technologies to solve it:
A. Pre treatment+zeolite wheel+catalytic combustion (CO) process
B. Pre treatment+activated carbon adsorption desorption+catalytic combustion (CO) process