Novel integrated environmental protection equipment based on mobile IoT (Internet of Things)

Abstract

The invention discloses novel integrated environmental protection equipment based on a mobile IoT (Internet of Things) and belongs to the technical field of environment engineering. According to the equipment, integrated treatment equipment is made of an FRP (fiber reinforced plastic) material with an integrated forming process, so that durability and standardization of the equipment are improved; autonomous intelligent control of the equipment and long-distance wireless interaction between the integrated equipment and a mobile terminal are realized by means of a control terminal of the equipment; autonomous intelligent control of the equipment is realized through water quality detection and operation of a control algorithm. With adoption of the integrated environmental protection equipment, long-distance wireless supervision and man-machine interaction between a user and the integrated equipment can be realized, and the durability of the equipment is improved with adoption of the novel process and the material.

Description

technical field [0001] The invention relates to a novel integrated environmental protection device based on the mobile internet of things, which belongs to the technical field of environmental engineering. Background technique [0002] In China's rural areas, the amount of sewage produced by production and living is about 9 billion tons per year, but only 4% of the villages in the country have built domestic sewage discharge pipes and sewage treatment systems, or collected domestic sewage pipe networks. It is connected to the municipal pipe network, and the municipal sewage treatment plant is responsible for the treatment of domestic sewage; what's more, the vast majority of villages have not yet established formal sewage collection and discharge facilities, let alone sewage treatment systems. Due to the lack of infrastructure, a large amount of production and domestic sewage is discharged randomly, and the resulting rural water environment is generally polluted. The random...

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Problems solved by technology

Traditionally, sewage treatment facilities are built in the form of civil engineering, which has long construction period, large land occupation, high cost, lack of unified management, remote human intervention and real-time query functions, and users cannot obtain on-site real-time data; Monitoring and human intervention, through the laying of communication cables on the processing facility site to achieve remote communication between the facility and the background, the project volume is large, the cost is high, and the later maintenance costs are high, which is not conducive to the widespread application in the vast rural areas

[0004] In the selection of domestic sewage treatment process, the biofilm method has the advantages of good effluent quality and stable effluent quality, but with the gradual increase of biological metabolites, the fixation force weakens, the biofilm ages and falls off, and the biofilm needs to be cleaned regularly Therefore, there are disadvantages of high construction cost and high post-maintenance cost

The SBR process has the advantages of good purification effect, stable operation, and impact load resistance; but there are disadvantages such as high requirements for automatic control, high power consumption, and low efficiency of dephosphorization and nitrogen removal.

The A2 / O process can biologically metabolize and degrade sewage through biological anaerobic, anoxic and aerobic processes. Through the organic cooperation of different types of microbial flora under three different environmental conditions, it can simultaneously remove organic matter, dephosphorize and remove nitrogen. Function, and high pollutant removal efficiency, stable operation, and good impact load resistance; but its infrastructure and operating costs are relatively high

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