A kind of physical network waste incineration fuel processing device and its processing method

Abstract

The invention discloses an Internet of Things renewable waste incineration fuel processing device. The device comprises a waste pre-cleaning system, a waste hazardous substance eliminating system, a waste crushing and screening system and a waste incineration raw material drying system, wherein the waste pre-cleaning system, the waste hazardous substance eliminating system, the waste crushing andscreening system and the waste incineration raw material drying system communicate with one another and are all connected to a control system of the Internet of Things, and the control system of the Internet of Things comprises a high-definition camera which is wirelessly connected to a mobile phone APP, a PH detector and a humidity detector. The invention further discloses a processing method ofthe device. According to the Internet of Things renewable waste incineration fuel processing device and the processing method thereof, the waste pre-cleaning system, the waste hazardous substance eliminating system, the waste crushing and screening system and the waste incineration raw material drying system are arranged in a communicating mode, so that domestic and industrial waste can be purified and processed.

Description

technical field [0001] The invention relates to a processing device, in particular to a fuel processing device and a processing method thereof. Background technique [0002] With the development of industrialization and urbanization, environmental issues have attracted worldwide attention. In the process of urbanization, urban and rural garbage has sounded the alarm to people. In recent years, the total amount of domestic garbage in my country has increased significantly, which is firstly related to the increase in the number of cities in our country; the increase in city size and urban population is also The main reason is that aerial remote sensing surveys show that there are more than 7,000 garbage dumps over 50 square meters in the suburbs of Beijing. The daily output of domestic waste in cities and towns in China is 0.7-1.0kg per capita, and it is increasing at an average annual rate of 10%. However, in China, the utilization rate of garbage is very low, only 1-5% in b...

AI Technical Summary

Problems solved by technology

The daily output of domestic waste in cities and towns in China is 0.7-1.0kg per capita, and it is increasing at an average annual rate of 10%. However, in China, the utilization rate of garbage is very low, only 1-5% in big cities such as Beijing and Shanghai, and the disposal methods of municipal solid waste are mainly landfill, incineration and composting. Disposal methods of municipal solid waste, such as disposal of incineration residues and composting leftovers, etc. The advantages of the municipal solid waste landfill method are less investment and low cost, but the disadvantages are also obvious. The landfill method occupies a large amount of land and may cause The groundwater is polluted, and flammable gas will be generated during the garbage stacking process, which is prone to fire. When building a garbage treatment plant, the garbage treatment plant must have interlayer facilities to prevent the landfill leachate from polluting the groundwater. At the same time, the organic matter in the garbage must be corroded. It can be seen that there is either environmental pollution in the above-mentioned treatment process, or the treatment cost is high. The existing garbage treatment process has been able to preliminarily separate the garbage into the over-sieve and the under-sieve, and the under-sieve The oversize is mainly non-combustible gray soil substances, and the oversize is combustible substances such as plastics and plant fibers. Obviously, the oversize of combustible substances can be recycled, for example, for thermal power generation, etc. However, the oversize after separation is usually in the form of Powder, its form is not conducive to recycling, the existing treatment process is to directly incinerate it, resulting in unnecessary waste of energy, therefore, making the use of powdery combustible powder waste is still a problem to be solved at present

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