Integrated aeration system

Abstract

The invention discloses an integrated aeration system that comprises an air inlet main pipe and an aeration main pipe; the air inlet main pipe is of a detachable structure. The air inlet main pipe isassembled into an inverted L-shaped structure through a second flange; the end, in the horizontal direction, of the air inlet main pipe is connected with an air source main pipe through a first flange. The bottom of the vertical end of the air inlet main pipe is connected with an aeration main pipe through a third flange, the aeration main pipe is perpendicular to the air inlet main pipe, the upper end of the aeration main pipe is connected with the air inlet main pipe, the two ends of the aeration main pipe are divided into a plurality of aeration branch pipes, a plurality of threaded openings are evenly distributed in the two sides of each aeration branch pipe, and each threaded opening is connected with an aerator head or aerator pipe. A large number of aeration pipes (heads), a plurality of aeration branch pipes, an aeration main pipe and an air inlet pipe are made into an integral system, the stability of the system is improved through inclined struts and balance weights, meanwhile, guide rails are arranged to limit the aeration system, and therefore standardized manufacturing of the aeration system is achieved; and the aeration system is hoisted as a whole. As the aeration system is limited through the guide rail, the bottom of the aeration system does not need to be fixed, and the aeration system can be integrally hoisted out of the tank for replacement in future maintenance without stopping production.

Description

technical field [0001] The invention relates to the technical field of aeration systems, in particular to an integrated aeration system. Background technique [0002] Ordinary aeration is to evenly distribute the aeration branch pipes at the bottom of the aeration tank, and fix the aeration branch pipes and the bottom of the tank through brackets, and the aeration heads (pipes) are evenly distributed and installed on the aeration branch pipes. [0003] Existing aeration systems are often installed on-site and fixed at the bottom of the aeration tank. During maintenance, production needs to be shut down and the tank must be emptied. The on-site installation is heavy and difficult to maintain. Some industrial projects use a large number of branch pipes and connect a large number of aeration heads The branch pipe goes deep into the bottom of the aeration tank. Although this method can realize non-stop maintenance, due to the large number of branch pipes, the number of aeration ...

AI Technical Summary

Problems solved by technology

[0003] Existing aeration systems are often installed on-site and fixed at the bottom of the aeration tank. During maintenance, production needs to be shut down and the tank must be emptied. The on-site installation work is heavy and maintenance is difficult; some industrial projects use a large number of branch pipes and connect a large number of aeration heads The branch pipe goes deep into the bottom of the aeration tank. Although this method can realize non-stop maintenance, due to the large number of branch pipes, the number of aeration heads that can be installed in each branch pipe is small, the cost of equipment and installation is high, and the workload of maintenance and replacement in the future is large.

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