Experimental water pollution dynamic precise treatment method based on Internet of Things

Abstract

The invention discloses an internet of things-based experimental water pollution dynamic precise treatment method, which comprises the steps of field equipment layout, target water body sampling, treatment plan making, test model construction, simulation treatment implementation, plan analysis and determination and dynamic precise treatment. According to the field equipment laying step, a water body sensor assembly is laid in a target water body to be treated, and meanwhile, an environment sensor assembly and a first Internet of Things communication assembly are laid near the target water body. According to the invention, by simulating the environment and condition which are the same as or similar to the target water body to be treated, the sample of the target water body is subjected to experimental treatment in advance, through multiple experiments and analysis, the number of fed chemical agents or microorganisms can be accurately controlled, and the treatment effect can be greatly improved while the waste is reduced; meanwhile, a better treatment scheme is obtained through experiments with low cost, large-scale experiments do not need to be directly conducted on a target water body, cost input is reduced, blind treatment is avoided, and the method is more scientific and effective.

Description

Technical field [0001] The present invention belongs to the field of water pollution control and environmental protection, and in particular, the present invention relates to a method of accurate treatment based on test water pollution based on the Internet of Things. Background technique [0002] "Water Pollution Prevention" refers to the change in the characteristics of a water body due to a certain substance, resulting in a change in the characteristics of chemical, physical, biological or radioactivity, which affects water efficient use, endangentic human health or destroying the ecological environment, causing deterioration of water quality. Prevention and governance of phenomena. [0003] For water pollution, it is generally included in physical law, chemical method, physical chemical method, and biological law. Among them, for more complex contaminated water, the combination of chemical methods and biological methods can generally obtain better governance effects, and chem...

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Problems solved by technology

[0004] In the prior art, for the control of water pollution, the first step is to sample the polluted target water body that needs to be treated, and then take it back to the laboratory for testing. According to the test results, select the appropriate chemical agent or biological agent, batch or once Although this treatment method is formulated according to the conditions of the water body itself, there are certain differences between the experimental environment and the actual target water body environment, and the conditions and environment of the target water body are dynamic. There may or may be a big difference between the results of laboratory testing and the actual situation, including the amount of chemical agents or microorganisms administered, and it cannot achieve high accuracy. Often, the dosage is insufficient and the treatment effect cannot be achieved. , or the dosage exceeds the standard, wasting microorganisms or chemical agents

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