A self-cleaning water-saving comprehensive car washing method and system for civil construction sites

Abstract

The invention belongs to a method and system for self-cleaning water-saving type comprehensive vehicle washing for a civil construction site. The method comprises the steps of foundation ditch precipitation well and drainage ditch system construction, cofferdam pool construction, construction of a wheel washing machine base, a water storage pool, a wheel washing pool, a filtering pool and a settling pool and the like. The system comprises the wheel washing pool used for conducting primary cleaning on tires of a muck vehicle and sludge on a vehicle body, the wheel washing machine base, a wheel washing machine, a foundation ditch precipitation well, a foundation ditch drainage ditch, a cofferdam pool, the water storage pool, the filtering pool and the settling pool. The method and system for self-cleaning water-saving type comprehensive vehicle washing for the civil construction site have the advantages that the method and structure are novel and simple, the vehicle washing efficiency is high, the vehicle washing effect is good, and environment beautifying, energy conservation, environment protection and water recovery circulation utilization are good.

Description

technical field [0001] The invention relates to a self-cleaning and water-saving comprehensive car washing method and system for civil construction sites. Background technique [0002] At present, in municipal engineering, the excavation and transportation process of earth and stone is indispensable for building construction. Earth and stone are generally transported by muck trucks or large trucks, and the ensuing problem of site road pollution is becoming more and more prominent. Muck trucks or large trucks are frequently transported between the construction site and the city, and their wheels and bottom will carry a lot of mud. After entering the road, it will cause environmental pollution. And existing artificial car wash has not shortcoming: [0003] (1) Water resources are seriously wasted. [0004] The water supply for washing vehicles and tires comes from municipal tap water, a large amount of tap water resources are wasted, and some wheel washing pools have ineffi...

AI Technical Summary

Problems solved by technology

[0003] (1) Serious waste of water resources

[0004] The water supply for washing vehicles and tires comes from municipal tap water, a large amount of tap water resources are wasted, and the circulation system of some wheel washing pools is not efficient, or even has no circulation loop, resulting in a large waste of water resources

[0005] (2) The dredging efficiency of the car washing system is low

[0006] The traditional car washing system is often due to unreasonable structural design, and the sedimentation tank needs to settle a large amount of sediment, so it can only be dredged manually, which has low efficiency and short reuse time

[0007] (3) The cost of sewage treatment in the car washing system is high

Mechanical sewage cleaning requires a large construction capital investment, high operating costs, and low efficacy of sewage and water purification

[0009] (4) Poor body cleaning effect

[0010] The traditional car washing system has a poor cleaning effect on the mud on the car body, and it is difficult to clean out the mud and stones pasted inside the tires. After the vehicle passes through the car washing system to the road, it is prone to secondary pollution, which achieves the opposite effect

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