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- Continuous Waste Tire Pyrolysis Plant(Screw running model)
- Continuous Waste Plastic Pyrolysis Plant(Screw running model)
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- Semi-continuous Model Pyrolysis Plant(Drum running model)
- Batch Model Pyrolysis Plant(Drum running model)
- Recovered Carbon Black Refining Plant
- Pyrolysis Oil Refining Plant
- MSW to Energy Plant
- Industrial Solid Waste to Energy Plant
- Waste Gas to Energy Plant
China Industrial Solid Waste to Energy Plant: High-Temperature Incineration Boiler Suppliers and Factory Solutions
Application Scope
Production of toxic waste water, waste residue, waste gas produced in the petrochemical industry or can not be handled by general biochemical methods. Waste water, waste residue, exhaust gas, only the use of high temperature incineration method. Experience to introduce the above waste at 1000 ℃ under the conditions of stay Between > 1.5S can be decomposed into harmless emissions, can be considered denitrification, desulfurization, dust.
Technical Advantages And Characteristics
Industrial System
Industrial "three wastes" high-temperature harmless treatment incineration boiler and system
Using low calorific value industrial waste liquid (water), waste gas and waste residue as fuel, supplemented by oil (gas) ignition system, using high-efficiency co-firing incineration technology, the industrial three wastes are used as resources and harmlessly used, turning waste into treasure. Incineration + waste heat recovery integrated boiler, the furnace type includes different furnace types such as steam/hot water/conducting oil/hot air, etc., which can be customized according to the user's individual needs to fully meet market demand!
- Waste liquid (water): sewage containing various organic, inorganic, and toxic substances, waste liquid in the chemical industry, wastewater in the sewage treatment industry, wastewater in the textile printing and dyeing industry...
- Exhaust gas: soot, odor, irritating gas and other harmful gases, biological gas, waste gas in the steel industry, waste gas in the chemical industry...
- Waste slag: fly ash, calcium carbide slag, coal slime, paper industry waste slag, leather industry dry sludge...
- High-efficiency mixed combustion technology can be used to incinerate high-pollution, difficult-to-degrade and toxic industrial three wastes at a high temperature at the same time, integrating incineration, high-efficiency combustion, pyrolysis, and waste heat recovery;
- The incinerator and waste heat recovery are made into an integrated furnace, which realizes integration and integration, has a compact structure, reduces floor space and saves investment;
- The incinerator adopts a special vertical closed structure to achieve continuous long-term operation;
- Load regulation number, which can run stably in the range of 30%~110% of rated load;
The system can be widely used in waste liquid and waste gas treatment in the petrochemical industry, waste liquid and waste gas treatment in the printing and dyeing textile industry, waste residue and waste water treatment in the paper industry, waste residue and waste liquid in the biopharmaceutical industry, and users covering the petrochemical industry, building board processing, Different fields such as food textile industry and paper industry.
Flow Chart
Fine chemical industry waste oil waste residue incineration boiler
Formaldehyde waste gas incineration boiler
The wastewater high-temperature incineration boiler
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Frequently Asked Questions
What is the typical temperature required to decompose toxic industrial waste?
Based on operational experience, toxic waste water, waste residue, and exhaust gas are decomposed into harmless emissions under high-temperature conditions of 1000 ℃ with a residence time of more than 1.5 seconds.
What are the core technical advantages of the co-combustion furnace system?
The system utilizes high-efficiency co-combustion technology to incinerate, pyrolyze, and recover heat from highly polluting, difficult-to-degrade, and toxic industrial wastes simultaneously, overcoming incomplete combustion and environmental non-compliance issues.
How does the integrated furnace design benefit project investment?
By integrating the incinerator and the waste heat recovery boiler into a single structure, the system achieves a compact footprint. This integration significantly reduces land usage and lowers the initial capital investment.
What range of load regulation is supported by this incineration boiler?
The boiler exhibits excellent load regulation performance and can operate stably and economically within the range of 30% to 110% of its rated load capacity.
Which industries can utilize this "three wastes" incineration boiler system?
This system is widely applicable to waste liquid, waste gas, and waste residue treatment across diverse sectors including petrochemicals, printing and dyeing, textiles, papermaking, biopharmaceuticals, and food processing.