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Apartemen Neo Soho Lantai 10 Unit 10, Jl. Letjan S parman kav.28, Kel. Tanjung Duren Selatan Kec.
Professional Fertilizer Equipment, Straw Processing Equipment, Waste Processing Equipment and Mining Equipment Manufacturer.
Apartemen Neo Soho Lantai 10 Unit 10, Jl. Letjan S parman kav.28, Kel. Tanjung Duren Selatan Kec.
The incineration production line for combustible waste is a facility that conducts high-temperature incineration treatment on combustible waste.
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Features
.1. High processing efficiency: It can handle a large amount of combustible waste within a short period of time. Each production line can process tens of tons or even hundreds of tons of waste per hour, significantly shortening the waste processing cycle and effectively alleviating the problem of waste accumulation.
.2. Good environmental performance: It is equipped with advanced smoke gas purification systems, including desulfurization, denitrification, and dust removal equipment, which can effectively treat harmful gases and dust generated during the incineration process, making the emitted smoke gas meet national environmental protection standards and reducing environmental pollution. At the same time, there are standardized treatment procedures for the fly ash and slag after incineration, avoiding secondary pollution.
.3. High resource utilization rate: During the incineration process, the combustible components in the waste burn and release a large amount of heat energy. This heat energy can be converted into steam through a waste heat boiler and used to drive a steam turbine for power generation or for heating, achieving the energy utilization of waste.
.4. High automation level: The production line adopts advanced automatic control systems, which can automatically adjust and monitor the waste feeding, incineration temperature, air volume, and smoke gas purification processes, reducing manual operations and improving the stability and reliability of production.
.5. Strong adaptability: It can handle various types of combustible waste, such as household garbage, industrial solid waste, and medical waste. It has strong adaptability to different calorific values and compositions of waste, ensuring the stable operation of the incineration process.
.6. Significant volume reduction effect: After incineration, the volume of waste can be reduced by 80% – 90%, greatly reducing the landfill volume and saving land resources.
.7. Stable and reliable operation: The equipment uses high-quality materials and advanced manufacturing processes, with a long service life and low failure rate, ensuring the continuous and stable operation of the production line.
.8. Convenient management: Through a computer control system, remote monitoring and management of the production line can be achieved, allowing operators to promptly understand the equipment operation status and processing data, facilitating production scheduling and equipment maintenance.
Applications and significance
Combustible waste incineration production line is a system that processes combustible waste through high-temperature incineration. Its core principle is to cause combustible waste to undergo oxidation reactions under high temperatures (usually above 850℃), decomposing the organic matter in the waste into harmless substances such as carbon dioxide and water, while releasing a large amount of heat energy. During this process, through reasonable air distribution and furnace temperature control technologies, the waste can be fully incinerated, reducing the generation of harmful gases. The generated heat energy can be recovered and utilized through equipment such as waste heat boilers for power generation or heating. 1. Applications of Combustible Waste Incineration Production Line
(1) Urban domestic waste treatment: With the acceleration of urbanization, the amount of domestic waste generated is increasing day by day. Combustible waste incineration production lines play an important role in urban domestic waste treatment. Domestic waste contains a large amount of combustible components, such as paper, plastic, fabric, and wood. The production line can significantly reduce the volume of waste through high-temperature incineration, typically reducing by 80%-90%, greatly saving land resources required for landfill. At the same time, high temperatures can effectively kill harmful substances such as bacteria, viruses, and parasite eggs in the waste, achieving harmless treatment of the waste and avoiding soil and groundwater pollution caused by landfill. (2) Industrial combustible waste treatment: In industrial production processes, a large amount of combustible waste is generated, such as certain plastic waste, rubber waste, waste oil, and waste cloth. If these industrial combustible wastes are not handled properly, they will cause serious pollution to the environment. Combustible waste incineration production lines can efficiently treat these industrial combustible wastes. Through specific pre-treatment and incineration processes, harmful substances in industrial waste can be decomposed, reducing their impact on the environment. For instance, some industrial waste containing toxic and harmful chemicals can be transformed into harmless gases or ashes under high-temperature incineration, thereby reducing the risks to the ecological environment and human health.
(3) Rural combustible waste treatment Rural combustible waste mainly includes crop straw, fallen leaves, poultry and livestock manure, etc. The traditional treatment methods are mostly random stacking or incineration, which not only wastes resources but also causes air pollution. The application of combustible waste incineration production lines in rural areas provides a new approach for the treatment of these wastes. After collecting the combustible waste such as crop straw, it is sent to the incineration production line for processing. The generated heat energy can be used for heating or power generation in rural areas, meeting the energy demands of the countryside. At the same time, avoiding the haze and other air pollution problems caused by the random incineration of straw and other garbage, it improves the ecological environment of the countryside. 2. The significance of combustible waste incineration production lines
(1) Environmental protection significance Reducing land occupation: Landfilling is the traditional method of waste disposal, but it requires a large amount of land resources. The combustible waste incineration production line reduces the volume of waste through reduction processing, lowering the demand for landfill land and alleviating the situation of scarce land resources.
Reducing environmental pollution risks: During landfilling, harmful substances in the waste may seep into the soil and groundwater with rainwater, causing soil pollution and groundwater pollution. Incineration treatment can decompose the harmful substances in the waste, reducing these pollution risks. At the same time, through advanced smoke gas purification technology, the smoke gas generated during incineration is treated to remove harmful gases such as sulfur dioxide, nitrogen oxides, and dioxins, making it meet emission standards and reducing pollution to the atmospheric environment.
(2) Resource recovery and utilization significance
Energy recovery: During incineration of combustible waste, a large amount of heat energy is released. This heat energy can be converted into steam by a waste heat boiler, which can then be used to drive a steam turbine for power generation or for heating. This not only realizes the energy utilization of waste but also alleviates the energy shortage situation, reduces reliance on traditional fossil energy, and is conducive to the adjustment and optimization of the energy structure.
. Material recovery: The ash produced after incineration contains some recyclable substances, such as metals. By processing and screening the ash, the metals and other resources can be recovered, achieving material recycling and improving resource utilization efficiency.
(2) Social and economic significance
Creating employment opportunities: The construction, operation, and maintenance of combustible waste incineration production lines require a large number of professional technicians and ordinary workers, providing certain job opportunities for society and alleviating employment pressure.
. Promoting related industrial development: The development of the waste incineration industry has driven the development of related industries such as garbage collection, transportation, pre-treatment, incineration equipment manufacturing, and smoke gas purification equipment manufacturing, forming a complete industrial chain and promoting regional economic development.
. Improving urban management level: Efficient treatment of urban domestic waste improves the environmental hygiene of the city, enhances the city’s image and residents’ quality of life, and contributes to the sustainable development of the city.
In conclusion, combustible waste incineration production lines have wide applications in urban, industrial, and rural areas, and they have significant importance for environmental protection, resource recovery and utilization, and social and economic development. They are important means to achieve waste reduction, harmlessization, and resourceization treatment.
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