Precision tubular microporous aerator mounting and detecting system and method

Abstract

The invention discloses a precision tubular microporous aerator mounting and detecting system and a precision tubular microporous aerator mounting and detecting method. The precision tubular microporous aerator mounting and detecting system consists of a workbench, a mounting facility and a detecting facility, wherein the mounting facility and the detecting facility are arranged on the workbench; through a mounting pneumatic switch and a detection switch, mounting and detection of tubular microporous aerators are switched; through an air compressor or an air blower, an air source is generated; the air source is connected with a pressure reducing valve through a pipeline; a filter is connected to a pneumatic valve; the mounting pneumatic switch is mounted between the filter and the pneumatic valve; the mounting pneumatic switch controls the air source entering the pneumatic valve; the mounting facility and the detecting facility are connected with a main controller; and the main controller collects, stores, sorts and analyzes data information of each tubular microporous aerator. The precision tubular microporous aerator mounting and detecting system is scientific in structure, reliable in performance, easy to manufacture, convenient to use, easy to operate and precision in mounting, and is especially applicable to urban sewage treatment, new construction and expansion of a large factory and reconstruction of an old aeration tank.

Description

technical field [0001] The invention relates to an installation system of a tubular microporous aerator, in particular to an installation and detection system and an installation and detection method of a precise tubular microporous aerator. Background technique [0002] The most important equipment in the biological treatment system in the sewage treatment plant is the blast aeration system. The core element in the blast aeration end system is the aeration membrane. The service life of the aeration membrane is 3 to 6 years. The diaphragm must be replaced at the end of its service life, and the installation process of replacing the aeration diaphragm is a very complicated and cumbersome process. In sewage treatment plants, various aeration devices are used in the biological treatment stage. Among several aeration devices, the tubular aeration device is commonly used. An aeration diaphragm is composed of two single-ear stepless clamps. Composed of aeration diaphragms, tens o...

AI Technical Summary

Problems solved by technology

[0002] The most important equipment in the biological treatment system in the sewage treatment plant is the blast aeration system. The core element in the blast aeration end system is the aeration membrane. The service life of the aeration membrane is 3 to 6 years. The diaphragm must be replaced at the end of its service life, and the installation process of replacing the aeration diaphragm is a very complicated and cumbersome process

In sewage treatment plants, various aeration devices are used in the biological treatment stage. Among several aeration devices, the tubular aeration device is commonly used. An aeration diaphragm is composed of two single-ear stepless clamps. Composed of aeration diaphragms, tens of thousands of single-ear stepless clamps need to be installed once replaced. First, the water and sludge in the 4-6 meter deep biological pool need to be drained, which is time-consuming and laborious. Aeration diaphragms Once it is replaced, it will be used continuously for 24 hours. If any aeration pipe leaks, it needs to be replaced, and the water in the biological pool needs to be drained again. Therefore, the quality requirements for the installation of the aeration diaphragm are very strict. Clamps not only have low work efficiency, but also have great uncertainty in assembly errors. The installation of aeration pipes has a small application range and no mature supporting products. It is imperative to solve the installation quality requirements and reduce the work intensity of operators.

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