This system is designed according to the user's process and steam usage requirements. The wastewater high-temperature incineration system consists of one combustion chamber, a settling chamber, a second combustion chamber, a water cooling system and a superheater.
The system is based on the user's process and steam requirements. The wastewater high-temperature incinerator system consists of
The system is based on the user's process and steam requirements. The wastewater high-temperature incinerator system consists of five parts: a combustion chamber, a settling chamber, a second combustion chamber, a water cooling system, and an economizer.
The front of the system is equipped with a Φ2800 incinerator device, which integrates combustion, incineration, and efficient combustion. The incinerator adopts a special upright structure, which burns various waste liquids, waste gas, and waste water in the incinerator device. During the process, the high-temperature flue gas generated by the first combustion chamber first enters the sedimentation chamber and settles the salt; then enters the second combustion chamber The high-temperature flue gas from the combustion chamber enters the main body of the water-cooling system boiler and releases heat to the surrounding membrane wall to generate steam; then enters the economizer and flushes the economizer tube; and finally exhausts to the atmosphere through the induced draft fan and chimney.
The successful development of industrial three-waste high-temperature harmless incineration boilers provides a new direction for the domestic industrial three-waste treatment field. It is a good choice for the treatment of organic wastewater (liquid), waste residues, and waste gas. It has good market potential and economic and Social benefits.