Equipment for controlling smog through a plurality of science and technology networks

Abstract

The invention discloses equipment for controlling smog through a plurality of science and technology networks. The equipment comprises a sculpture tower, a tower well body arranged below the ground plane and an air inlet cover arranged at the upper part of the tower well body, wherein an electric control chamber is formed in the sculpture tower for controlling the operation of a system, and a detector for monitoring the air quality is arranged outside the sculpture tower; an air vortex generating device for sucking air from an air inlet hood and an air jet device for enhancing air vortex kinetic energy are arranged inside the tower well body from top to bottom in sequence; a liquid fluid supply device for treating air and a hot air flow generating device for impacting the liquid fluid arearranged at the lower end of an air outlet of the air jet device far away from the air outlet; and an air exhaust device for extracting fresh air inside the tower well is arranged on the tower well body in a penetrating manner. The smog treated by the equipment has high speed, can be recycled for a long time and has good economy. The invention further discloses a corresponding method for controlling smog through a plurality of science and technology networks.

Description

technical field [0001] The invention relates to a method and equipment for controlling smog by using multiple science and technology networks, and the field of smog controlling equipment. Background technique [0002] Smog is one of the serious environmental problems facing our country, which has caused serious harm to people's lives and health. There are two ways to control smog. One is to remove smog naturally. For example, when it rains, rainwater has the function of washing away smog. Because rainwater is in the process of raining, it removes harmful components such as sulfur dioxide and dust particles from smog. The harmful components are washed by the rain and carried to the ground to wash a large amount of air pollutants, which changes the air quality and gives people a fresh feeling after the rain. The other is manual haze removal, for example: Application Publication No. CN 106733191 A, Application No. 201611262363.8, China Invention Patent discloses a heavy fog re...

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Problems solved by technology

[0003] However, the above two smog control methods have at least one deficiency: for natural haze removal, the control of smog depends on the weather, and the control of smog is not timely, and the harmful particles washed down by the rain only fall on the ground, which is still harmful. The rivers and fields that fall on the city streets are picked up by the dust and float in the air for the second time, endangering people's health again and again.

[0004] The current smog control methods are mostly methods of dust reduction and air filtration. Although the method of spraying water mist from dust suppression vehicles can control smog to a certain extent, the result is the same as that of natural smog removal. Particulate matter eventually lands on the road surface, and it is easy to form dust on sunny days, which is a temporary solution but not the root cause

And the existing method of controlling smog by filtering is not suitable for removing smog in cities

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