The high combustor of a kind of heat energy service efficiency
Technical field
The utility model relates to combustor, specifically the high combustor of a kind of heat energy service efficiency.
Background technology
Most combustor all uses diesel oil, coal or wood chip as the energy, and its heat energy service efficiency is low, only 20%-30%, but also can produce volume of smoke, and causing serious environmental pollution, manufacturing cost is also relatively high.
Utility model content
The purpose of this utility model is for overcoming the deficiencies in the prior art, and provides a kind of heat energy service efficiency high combustor, and this burner structure is simple, and use cost is low, energy-saving and emission-reduction.
The technical scheme that realizes the utility model object is:
The high combustor of a kind of heat energy service efficiency, comprise burning frame, be arranged on blower fan, controller, the oil pump in burning frame and be arranged on temperature controller, airduct, ignition electrode, nozzle and the atomizer in burning frame, airduct one end is communicated with by oily Pumps & Fans, the other end is communicated with nozzle by ignition electrode, nozzle is connected with atomizer by burner, burner outer wall is provided with boiler clothing, and oil pump, temperature controller are connected with controller respectively.
Also be provided with start button, shutdown button and alarm lamp in burning frame, be connected with controller respectively.
Also be provided with blast switch, be connected with blower fan, controller respectively.
Described atomizer is inclined hole column type atomizer.
Advantage of the present invention is: use cost is low, energy-saving and emission-reduction, and with existing technical equipment, heat energy service efficiency is high, and under the same conditions, heat energy efficiency improves more than 50%.
Brief description of the drawings
Fig. 1 is the structural representation of combustor;
Fig. 2 is the side view of combustor.
In figure: 1. burning frame 2. blower fan 3. controller 4. oil pump 5. airduct 6. ignition electrode 7. nozzle 8. burner 9. boiler clothing 10 inclined hole column type atomizers 11. button 12. button 13. alarm lamp 14. temperature controller 15. blast switch that shut down of starting shooting.
Detailed description of the invention
With reference to Fig. 1-2, the combustor that heat energy service efficiency is high, is made up of burning frame 1, the airduct 5, ignition electrode 6, nozzle 7, burner 8, boiler clothing 9, atomizer 10, start button 11, shutdown button 12, alarm lamp 13, temperature controller 14 and the blast switch 15 that are arranged on blower fan 2, controller 3, the oil pump 4 of burning in frame 1 and are arranged on burning frame 1 outer wall. Airduct 5 one end are connected with blower fan 2 by oil pump 4, the other end is connected with nozzle 7, nozzle 7 joins with burner 8, ignition electrode 6, ignition electrode 6 is connected with oil pump 4, oil pump 4, start button 11, shutdown button 12, alarm lamp 13, temperature controller 14 are connected with controller 3 respectively with blast switch 15, burner 8 outer walls are provided with boiler clothing 9, and blast switch 15 is connected with blower fan 2.
The utility model the results showed, is producing in same heat energy situation:
Bio-fuel, produces sulfur dioxide 1.4mg/m3, oxynitrides 1.58mg/m3, carbon monoxide 3.02mg/m3;
Diesel oil: produce sulfur dioxide 26.90mg/m3, oxynitrides 11.00mg/m3, carbon monoxide 721.24mg/m3;
Liquefied gas: produce sulfur dioxide 4.02mg/m3, oxynitrides 7.48mg/m3, carbon monoxide 178.74mg/m3.