Dry type pollution-free drainage system for medium-deep layer buried pipe geothermal energy equipment room

Abstract

The invention belongs to the technical field of drainage, and discloses a dry type pollution-free drainage system for a medium-deep layer buried pipe geothermal energy equipment room. The dry type pollution-free drainage system for the medium-deep layer buried pipe geothermal energy equipment room comprises an image acquisition module, an image processing module, a central control module, a pipeline pressure acquisition module, a pipeline distribution data acquisition module, a pipeline pressure control module, a pressure parameter equipment module, a filtering module, a water collection module and a pollution discharge module. According to the dry type pollution-free drainage system, low-pressure pipelines are adopted, drain openings and drainage openings of all equipment are connected and converged to a sump through pipelines, and then the sewage is forcibly discharged to an outdoor sewage system through a submersible sewage pump. According to the dry type pollution-free drainage system, the building cost is greatly reduced; particularly, for a reconstruction and extension project, the threat of secondary excavation to the structure safety is reduced; dry type and pollution-free emission of the equipment room is achieved; and the attractiveness and potential safety hazards of the equipment room are improved.

Description

technical field [0001] The invention belongs to the technical field of drainage, and in particular relates to a dry-type pollution-free drainage system between mid- and deep-layer geothermal energy equipment. Background technique [0002] At present: the drainage of traditional equipment rooms is carried out by drainage ditches, and the drainage ditches are collected into the sump, and then the submersible sewage pump is forced to discharge to the outdoor sewage system. Such disadvantages are: 1. The process of constructing drainage ditches for new construction projects is complicated and the construction cost is relatively high; 2. The excavation and construction of famous ditches for reconstruction and expansion projects not only has high construction costs, but also destroys the original building structure and will cause hidden dangers to structural safety; 3. Drainage ditches need to be waterproofed, and waterproof damage will lead to sewage penetration, pollution and a ...

AI Technical Summary

Problems solved by technology

Such disadvantages are: 1. The process of constructing drainage ditches for new construction projects is complicated and the construction cost is relatively high; 2. The excavation and construction of famous ditches for reconstruction and expansion projects not only has high construction costs, but also destroys the original building structure and will cause hidden dangers to structural safety; 3. Drainage ditches need to be waterproofed, and waterproof damage will lead to sewage penetration, pollution and a threat to structural safety; 4. The open drainage ditch sewage itself will be polluted; 5. The open ditch and drainage will form water stains on the ground and damage the equipment The interior of the computer room affects the beauty and sanitation of the computer room, and affects the safe operation of the operators

[0003] Through the above analysis, the existing problems and defects of the existing technology are: the construction process of the drainage ditch in the existing equipment room drainage system is complicated, and the construction cost is high; the excavation and construction of the famous water ditch in the reconstruction and expansion project not only has high construction cost, but also destroys the original building The structure will pose a hidden danger to the safety of the structure; the drainage ditch needs to be waterproofed, and waterproof damage will cause sewage to seep, form pollution and pose a threat to structural safety; the open drainage of sewage in the open ditch itself will be polluted; the open ditch and drainage form on the ground Water stains in the equipment room affect the appearance and sanitation of the equipment room, and affect the safe operation of the operators

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