Small waste incinerator
Small waste incinerator
Small waste incinerator, using Japan's advanced incineration technology and equipment to deal with all kinds of animal carcasses, feces, medical solid waste, laboratory solid waste.
Performance characteristics of small waste incinerator:
The small garbage incinerator adopts Japan's advanced incineration technology and equipment to deal with all kinds of animal corpses, feces, medical solid waste and laboratory solid waste. The equipment has the following characteristics: excellent design, small floor area; high efficiency, low cost, low cost, low cost, low cost, low cost, low cost, low cost, low cost, low cost, low cost, low cost, low cost, low cost, low cost, low cost; It is easy to operate and maintain; Energy saving, safe and reliable; Low price and long operation life. With advanced technology and excellent quality, the equipment has fully realized the "harmless, non quantitative and stable" treatment of solid waste treatment. It is the first choice for all kinds of farms, animal farms, veterinary hospitals, zoos and laboratories to deal with solid waste safely.
Advantages of small waste incinerator products:
Design life: the incinerator can meet the needs of all-weather operation, and can operate continuously and intermittently. The annual operation time is not less than 8000 hours, and the design life is more than 10 years. The shell of the furnace body is of steel structure, the inner wall is made of refractory casting materials of different properties, the inner layer is made of high temperature resistant casting materials, which can withstand 1790 ℃ high temperature, and the middle is made of light refractory materials, which can not only ensure enough combustion temperature in the furnace, but also keep the low temperature of the shell to prevent scalding. The refractory materials are cast as a whole, which are not easy to fall off and corrosion. Treatment capacity 30-50kg / h
Safety index of small waste incinerator:
1. Before stopping operation, the device detects the cooling program of the combustion chamber, so that when the temperature of the combustion chamber drops to the set temperature, the incinerator stops all operations.
2. There is a connection protection device between the control cabinet and the control equipment to avoid leakage. When the relative humidity is 85%, the insulation resistance of the electrical circuit is not less than 24m Ω, and there is a grounding wire to transmit the leakage power. The wire is protected by metal hose.
3. The equipment has been verified by the technical department before leaving the factory. The oil circuit and gas circuit are firmly installed. After pressure test, there is no leakage.
The structure of small waste incinerator is as follows:
Furnace body primary combustion chamber, secondary combustion chamber, cyclone dust collector, chimney, flue, pipeline system, high pressure blower, auxiliary pressure induced draft fan, primary combustion machine, secondary combustion machine, electric control cabinet, temperature display device, detection device, etc.
Process flow of small waste incinerator:
The waste is manually put into the primary combustion chamber of the furnace body, and the primary combustion is started by automatic temperature control. According to the principle of three T (temperature, time and eddy current), the waste is fully oxidized, pyrolyzed and burned in the combustion chamber of the furnace body. The flue gas from incineration enters the secondary combustion chamber, and the unburned harmful substances in the flue gas are further destroyed in the secondary combustion chamber. In order to completely decompose unburned materials and meet the emission requirements, the second combustion chamber is equipped with burners to support combustion and a unique secondary air supply device to ensure that the flue gas is fully contacted with oxygen at high temperature, and the residence time of flue gas in the second combustion chamber is ensured. The air supply volume is adjusted according to the oxygen content of flue gas at the outlet of the second combustion chamber. The temperature in the second combustion chamber is controlled and the larger particles of dust are removed through the dust collector, so that the incineration efficiency and damage removal rate can reach more than 99%, so that it can achieve the effect of no odor, no odor and no smoke, and reach the national emission standard. Then it is discharged into the chimney to the atmosphere, and the ash generated after combustion is manually removed, screened, transferred and buried.