Waste Oil Burner
Waste oil burner is a specialized combustion equipment that efficiently and environmentally burns various types of waste oil (waste engine oil, waste hydraulic oil, waste gear oil, waste edible oil, etc.) through precise preheating, atomization, air distribution, and safety control, converting them into heat/steam; It not only solves the problem of compliant disposal of hazardous waste oil, but also significantly reduces the fuel cost of enterprises, and is widely matched with industrial boilers, hot air stoves, etc.
- Extremely low fuel cost
- Environmental Protection
- The thermal efficiency can reach 85%+
Waste Oil Burner
Waste oil burner is a specialized combustion equipment that efficiently and environmentally burns various types of waste oil (waste engine oil, waste hydraulic oil, waste gear oil, waste edible oil, etc.) through precise preheating, atomization, air distribution, and safety control, converting them into heat/steam; It not only solves the problem of compliant disposal of hazardous waste oil, but also significantly reduces the fuel cost of enterprises, and is widely matched with industrial boilers, hot air stoves, etc.
Certifications and Test Reports
Working Principle And Structure
Filtering and transportation: Waste oil is subjected to precision filtration with a mesh size of 120 or more to remove impurities and moisture, and is transported by gravity or volumetric pumps (0.5-1.0 bar);
Preheating and viscosity reduction (key step): Heat to 60-120 ° C (adjusted according to oil viscosity) to ensure uniform atomization in the subsequent process;
Atomization: The mainstream is air atomization (2-2.5 bar compressed air), and some models use pressure atomization;
Mixed ignition: The atomized oil droplets are fully mixed with the combustion air sent by the fan, and the high-voltage electric spark ignites in the combustion chamber;
Mixed ignition: The atomized oil droplets are fully mixed with the combustion air sent by the fan, and the high-voltage electric spark ignites in the coHeat exchange and smoke exhaust: Heat is generated through a heat exchanger to produce hot water/steam/hot air; After purification (such as particle capture and catalytic conversion), the flue gas meets the emission standards.mbustion chamber;
Advantage of Waste Oil Burner
1. Extremely low fuel cost (often obtained for free/at a low price, saving on waste oil disposal fees);
2. Environmental protection: Avoid soil/water pollution caused by illegal dumping;
3. Modern models can achieve a thermal efficiency of over 85%.
Applications of Waste Oil Burner
Industrial boilers (steam/hot water boilers, thermal oil furnaces): factories,greenhouses, laundry plants, etc;
Workshop/auto repair shop heating;
Spray painting room, drying oven;
Asphalt heating and agricultural drying equipment;
Compliant waste oil incineration disposal station.
Selection And Maintenance Points of Waste Oil Burner
Prioritize matching boiler tonnage, waste oil viscosity, and local emission standards for selection; High viscosity oil must be selected for models with independent preheating and air atomization;
Daily maintenance: Check the filter weekly, clean the nozzle monthly, inspect the preheater and flame detector quarterly, and perform a deep cleaning of the flue and heat exchange system once a year;
Complete waste oil source ledger and emission testing report must be retained to avoid environmental penalties.
Cases
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