Product description
New high-temperature pyrolysis gasification technology is adopted, including primary pyrolysis gasification + surrounding air mixed combustion + secondary incineration + burn-out treatment. The combustible gas is fully decomposed in the secondary combustion chamber at a high temperature of 850-1200°C to realize harmlessness, reduction, and resource treatment of the solid waste.
Product features
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Smokeless and odorless, meeting emission standards
The emission from the incinerator is smokeless and odorless, meeting the emission standards. - 01
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High temperature pyrolysis gasification technology
New high-temperature pyrolysis gasification technology, high-temperature incineration treatment, safe and pollution-free. - 02
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Simple structure and easy operation
Automatic control system, automatic temperature control, digital display, easy to operate and use. - 03
Applicable place/waste
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Plastic bags
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woven bags
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rubber products
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leather
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tires
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paint residue
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clothing scraps
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slippers scraps
Combustion + Flue gas process
Combustion Process
- 01The sorted garbage enters the primary combustion chamber in batches at a predetermined time
- 02By controlling the amount of air intake, the garbage is dried, thermally decomposed and burned out in the primary combustion chamber, and ash and some small particles that cannot be thermally decomposed are discharged out of the furnace through the ash discharge device
- 03The flue gas generated during drying and thermal decomposition enters the secondary combustion chamber
- 04The combustible gas is fully decomposed by 2S at more than 850°C and discharged to the subsequent treatment process
Flue gas process
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Stage1The high temperature gas discharged from the secondary combustion chamber is treated by the flue gas scrubber, and the temperature is reduced from 850°C to 180°C in 2s, which effectively overcomes the secondary synthesis conditions of dioxin; secondly, being atomized by the special nozzle , it performs synchronous disconnection Sulfur Denitrification.
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Stage2Under the action of cyclone dust removal of the medium-efficiency dust collector, the particulate matter in the gas and the large particulate matter generated during the deacidification process would be separated from the cooled and desulfurized gas effectively.
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Stage3The exhausted flue gas is then treated effectively by a high-temperature pulse bag dust collector to filter remaining dust, heavy metals, dioxins and other components attached to the fine particles to effectively ensure that the exhaust gas treatment meets the standard.
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Stage4After precision filtration by the bag dust collector, the flue gas is discharged through the chimney under the action of the centrifugal fan.
Value-added services
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Support on-demand customization to meet individual needs
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Customized garbage disposal volume
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Customized appearance of waste incinerator
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Customization of waste incineration type
One-stop engineering service
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Design
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Customization production
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Design civil engineering drawings
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Construction direction
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Installation and commissioning
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Contact E-mail: frank@zchlsd.com