Incineration is an effective way to dispose of waste. However, there are currently many incinerators that burn garbage. The most ideal incinerators are "clean incineration technology" and "resource utilization law garbage incinerators".
The resource utilization method garbage incinerator is based on the three elements of material combustion and adopts fuzzy design techniques to achieve cooling, burning, and burning of garbage from bottom to top in a closed oxygen-deficient environment in the furnace. Through incineration processes such as carbonization, combustible gas generation, and drying, a large amount of carbon monoxide, hydrogen, methane and other carbohydrate-based combustible gases are obtained. These combustible gases are new energy sources for waste recycling. They have high thermal energy and can be replaced. Diesel and natural gas are used in the tail gas treatment tower behind the incinerator to incinerate the flue gas at high temperature and oxidize the toxic and harmful substances in the flue gas, thereby achieving the purpose of treating waste with waste, utilizing resources and protecting the environment. In July 2007, it won the national patent.
The resource utilization method garbage incinerator is a high-load, closed combustible gas generator without any odor or gas leakage. Without the need for diesel, heavy oil, mixed oil, or natural gas, the entire process of garbage dehydration, garbage gasification, and effective garbage incineration is comprehensively realized. It is a new technology, new process and new product for clean garbage incineration.
Resource utilization law waste incinerators have projects in Guangxi, Beijing, Shandong, Hebei, Guizhou, Shanxi, Sichuan, Inner Mongolia, Heilongjiang, Jiangsu, Jilin, Henan, Hubei, Tianjin, Xinjiang and other places Examples include waste incineration in areas such as living, hospitals, chemical industry, slaughtering, and food. A large number of applications have proven that the incineration effect is better than the national discharge standards, and has won unanimous praise from users and experts. In August 2009, it won the Guizhou Province Energy Saving and Emissions New Technology; in June 2010, it won the National Innovative Product; in May 2010, it won the National Torch Program Product, which has the following advantages:
(1) Application Wide range
Resource utilization method waste incinerators include single-furnace incineration, double-furnace incineration, three-furnace incineration and multi-furnace incineration products, meeting the needs of large, medium and small towns, small towns, As well as rural domestic waste incineration and medical waste treatment.
(2). No need for fuel and gas, saving resources
The resource utilization method incinerator converts garbage into gas without using diesel, heavy oil, natural gas, liquefied gas, or coal gas. , the gas is burned and the oxidized flue gas is burned in the oxidation tower behind the furnace, which greatly saves diesel or natural gas and reduces operating costs.
(3) Use waste to treat waste and utilize resources
The furnace can put all the waste generated every day into the furnace at one time and process it under closed conditions. The waste generates combustible gases. In addition to using these combustible gases for high-temperature oxidation of flue gas behind the furnace, extra-large garbage centers can also use the waste heat to boil water for bathing or drive turbine generators to generate electricity, thus achieving the goal of treating waste with waste. The purpose of resource utilization and circular economy.
(4). No dedicated personnel are required.
This furnace changes the traditional style of the past and eliminates the backward method of traditional incinerators requiring frequent loading of materials. All garbage enters the furnace at one time throughout the day. In a closed condition, after the garbage is ignited within 3 to 10 seconds, the garbage in the furnace automatically burns and decomposes into gas, and the gas is used to incinerate the flue gas and other processes. The entire process runs automatically without the need for dedicated personnel, saving operators time and effort.
(5). The equipment operates in a closed manner, without secondary pollution.
After the garbage is put into the furnace, it operates under a closed and slightly negative pressure. There is no odor spillage, no secondary pollution, and protection. It reduces the number of operators and is beneficial to the ecological environment of the hospital.
(6) No need to rotate the grate, reducing equipment failures
Garbage incineration is carried out under high temperature conditions. Any rotating equipment operating under high temperature conditions in the furnace has a high failure rate. The service life is short, so the furnace changes the outdated, backward and traditional combustion method. There is no need to rotate the grate, which eliminates mechanical failures under high temperature conditions and extends the life of the equipment.
(7) Save operating costs and reduce operating costs
Traditional incinerators use the operator to stand next to the furnace and continuously, uninterruptedly and frequently pump water into the furnace. Add garbage inside.
The operation is cumbersome and the management is complex. If the operator wants to add garbage into the furnace continuously, uninterruptedly and frequently, he must open the furnace door. As long as the furnace door is opened, the heat energy will overflow from the feed port and be radiated into the air, causing a waste of heat energy. , and once the furnace door is opened, toxic and harmful gases will be emitted from the furnace, causing direct physical and mental harm to the operators. Especially after the furnace door is opened, the toxic and harmful gases will overflow, forming toxic and harmful pollution to the surrounding environment, causing concentrated The sanitary place for disposal has become a secondary pollution state, and the resource utilization method garbage burning furnace operates in a closed manner without using diesel, heavy oil, mixed oil, natural gas, and coal gas. There is no need to open the furnace door, and there is no heat energy leakage or waste of heat energy. It saves operating costs, reduces operating costs, and is in sharp contrast to equipment without secondary pollution.
(8) No need for sorting or stockpiling, creating a green factory
There is a feed hole on the top of the resource utilization method incinerator, and various large and small objects and Solid waste can be directly put into the resource utilization incinerator from the input device. The garbage can be directly put into the incinerator without sorting. Therefore, there is no need for a stockyard, which eliminates secondary pollution and creates a green environmental place.