1. Pyrolysis Gasification Incinerator
Advanced exhaust gas treatment equipment is used, including quenching, semi-dry acid removal, activated carbon powder spraying, and bag filters, resulting in zero secondary pollution and no wastewater discharge.
2. Integrated Boiler Incinerator
Advanced exhaust gas treatment equipment is used, including cyclone dust collector, activated carbon/lime powder spraying, and bag filters, resulting in zero secondary pollution and no wastewater discharge.
3. Rotary Kiln Incinerator
Advanced exhaust gas treatment equipment is used, including quenching, semi-dry acid removal, activated carbon powder spraying, and bag filters, resulting in zero secondary pollution and no wastewater discharge. The seals between the furnace body and the front and rear ends are designed with movable pressure plates. As the furnace body expands and contracts with temperature changes, the sealing plates move in response to changes in physical properties, preventing the furnace body from becoming stuck due to excessive expansion.
4. Dual-Circuit Vertical Pyrolysis Incinerator
Comprehensive environmental protection processes and advanced flue gas treatment technology. The system requires no complete set of waste pre-treatment equipment, occupies a small footprint, and has a clean appearance. Furthermore, the slag formed after high-temperature incineration in the incinerator has a thermal loss rate of less than 5% and possesses a certain strength (equivalent to approximately 110# cement), making it suitable for use as raw material in the production of building materials.
5. Reciprocating Grate Furnace
This system utilizes advanced exhaust gas treatment technology, including a cyclone dust collector, activated carbon/lime powder spraying, and a bag filter, eliminating secondary pollution and wastewater discharge.
1. Pyrolysis Gasification Incinerator
Advanced exhaust gas treatment equipment is used, including quenching, semi-dry acid removal, activated carbon powder spraying, and bag filters, resulting in zero secondary pollution and no wastewater discharge.
2. Integrated Boiler Incinerator
Advanced exhaust gas treatment equipment is used, including cyclone dust collector, activated carbon/lime powder spraying, and bag filters, resulting in zero secondary pollution and no wastewater discharge.
3. Rotary Kiln Incinerator
Advanced exhaust gas treatment equipment is used, including quenching, semi-dry acid removal, activated carbon powder spraying, and bag filters, resulting in zero secondary pollution and no wastewater discharge. The seals between the furnace body and the front and rear ends are designed with movable pressure plates. As the furnace body expands and contracts with temperature changes, the sealing plates move in response to changes in physical properties, preventing the furnace body from becoming stuck due to excessive expansion.
4. Dual-Circuit Vertical Pyrolysis Incinerator
Comprehensive environmental protection processes and advanced flue gas treatment technology. The system requires no complete set of waste pre-treatment equipment, occupies a small footprint, and has a clean appearance. Furthermore, the slag formed after high-temperature incineration in the incinerator has a thermal loss rate of less than 5% and possesses a certain strength (equivalent to approximately 110# cement), making it suitable for use as raw material in the production of building materials.
5. Reciprocating Grate Furnace
This system utilizes advanced exhaust gas treatment technology, including a cyclone dust collector, activated carbon/lime powder spraying, and a bag filter, eliminating secondary pollution and wastewater discharge.