Manufacturer produces biomass wood pellet combustion machine continuous feeding type

The manufacturer produces biomass wood pellet burners with continuous feeding type, high efficiency, energy-saving, high thermal efficiency, high safety, reliability, and environmental protection. The operation is simple, easy to maintain, and the installation is convenient. The heat energy output is high, the fire is fast, and the automatic circulation is widely used. The automatic feeding can be started with one click, and it is fully automatic without loss

　　Manufacturer produces biomass wood pellet combustion machine continuous feeding type

1. Personnel operating boilers should receive professional training and obtain operating certificates;

2. Boiler installation or renovation must be carried out by a qualified company and obtain a usage license;

Before preparing for use, the boiler must undergo a single machine trial run and a detailed understanding of the characteristics and operating instructions of the boiler and combustion engine;

4. The boiler is prohibited from using beyond the design specifications and forcibly restricting the normal operation of safety protection settings

Make;

5. Installation, use, maintenance, and upkeep must be carried out in accordance with the corresponding national regulations;

6. Boiler equipment must have a dedicated person on duty during operation;

7. The appearance of the combustion engine should be regularly cleaned of surface wood dust after use to avoid ignition and fire;

8. The blowing blades of the air supply fan should be regularly cleaned with high-pressure air to avoid long-term accumulation of dust affecting the air supply volume or causing noise;

9. The feeding bearings should be regularly greased to ensure that the bearings are lubricated and not stuck;

10. If the oil igniter fails to ignite repeatedly, it should stop ignition and wait for the ignition system to be repaired before reigniting to avoid excessive diesel accumulation in the furnace;

11. The inner pipe of the fire outlet may cause a certain degree of coking after a certain period of use. Please regularly disassemble the inner pipe for cleaning;

12. This biomass burner design is only applicable to pure wood pellet fuel. Do not use other materials of fuel to ensure the normal operation of the unit.

　　Manufacturer produces biomass wood pellet combustion machine continuous feeding type

1. Before starting the combustion engine, clean the carbon deposits on the furnace bridge and bottom, add granular fuel, close the material box cover, and open the isolation valve;

2. Turn on the power supply of the device, check if the circuit and water pipes are normal, and check if the cooling water tank has enough water. Open the cooling water inlet and outlet valves of the combustion engine and confirm that the interlayer cooling water of the high-temperature combustion chamber is filled;

3. Adjust the air supply level to a lower level, add an appropriate amount of bottom material, start the ignition officially, gently open the furnace door to supply air appropriately, close the furnace door, start the feeding system, and gradually increase the air supply level to an appropriate level. The feeding speed and air volume should gradually increase, and should not accelerate too quickly. There should be 2-3 minutes for the furnace temperature to rise normally.

From the perspective of thermodynamic principles, biomass pellet fuel stoves have basically met three conditions:

One is the ability to fully burn fuel, converting the chemical energy in the fuel into heat energy more efficiently;

Secondly, it has good heat transfer and insulation effects, which increases the effective utilization of heat value and reduces the heat dissipation heat value;

Thirdly, waste heat can be effectively utilized to minimize smoke exhaust waste heat and other heat losses. At the same time, solid fuels can be gasified under high temperature and oxygen deficient conditions with reasonable control of the excess air supply coefficient. Therefore, in the research and design of the furnace, the lower part (gasification section) of the furnace is designed as a basically closed system, and the supply of air can be adjusted to achieve significant gasification effect of the fuel. With good gasification effect, it is necessary to ensure sufficient air support during combustion to ensure appropriate operating temperature. A secondary air intake ring (combustion section) is designed on the upper part of the furnace, and many secondary oxygen supply small holes are evenly distributed on the ring, greatly enhancing the full combustion of gasification fuel and making the combustion flame bright white. In addition, the gap size between the furnace and the bottom of the pot was optimized, and the matching size between the furnace and the bottom of the pot was found. This extended the swirling distance and time of the high-temperature flue gas flow in the furnace, avoiding the direct discharge of the burning flame into the flue, thereby reducing heat loss and improving thermal efficiency.