VOCs (Volatile Organic Compounds) emitted by the chemical industry typically consist of many types, making them a kind of industrial exhaust gas that is relatively difficult to treat.
VOCs (Volatile Organic Compounds) emitted by the chemical industry typically consist of many types, making them a kind of industrial exhaust gas that is relatively difficult to treat. Furthermore, since different enterprises use different raw materials in their production processes, there will be slight differences in the hazards of the exhaust gas they generate and the corresponding treatment methods. So, how should enterprises treat their generated exhaust gas? Currently, one of the most widely used chemical waste gas treatment equipments is the RTO (Regenerative Thermal Oxidizer) waste gas incinerator. Next, the author will use chemical plant waste gas treatment cases to introduce how to handle this issue and provide information about RTO equipment.
The classification of the chemical industry is relatively broad. This article takes synthetic resins as a case to introduce the purification efficiency of RTO equipment, as well as the process and workflow of chemical waste gas treatment. Synthetic resins are a type of artificially synthesized high-molecular-weight polymer. They can be used in plastic manufacturing and also serve as raw materials for coatings, adhesives, and synthetic fibers. The generated waste gas molecules include VOCs such as polyethylene, polypropylene, polyvinyl chloride, and polystyrene. When RTO equipment is used for purification, the purification effect can reach over 99%, with the advantages of low maintenance workload and stable operation.
Advantages of RTO Waste Gas Incinerator for Chemical Industry:
The equipment has high heat recovery efficiency. Moreover, when treating high-concentration waste gas, it can achieve self-heating combustion, significantly reducing operating costs.
High purification efficiency: compared with other waste gas treatment equipments, its purification efficiency remains above 99.5%.
Ceramic heat accumulators are used as accessories for heat energy recovery. The equipment operates alternately between preheating and heat storage modes. The accessories are replaceable, making maintenance and upkeep easy.
Waste heat utilization for high economic benefits: excess heat energy is reused in drying rooms, ovens, etc., eliminating the need for additional fuel or electricity consumption for heating the drying rooms.
