Three Minutes to Understand the Main Components of Shallow Gas Floating

We have gained some understanding of the structural characteristics of shallow gas flotation. These two types of equipment are commonly used in operations, but their structure is still unclear. Below, I will introduce the main structure of shallow gas flotation and the water purification methods employed.

Overall, the air flotation machine has a relatively shallow overall structure. The structure of the equipment has been reconstructed. The水上 activities such as coalescence, air flotation, skimming, sedimentation, and sludge scraping are conducted in a slightly shallower pond. The main components of the shallow sea air flotation machine include five parts: the pond body, the rotating water distribution mechanism, the dissolved air release mechanism, the frame structure, and the water collection mechanism. The inflow, slag discharge, and water discharge are all concentrated in the central area of the pond body.

The distribution, collection, aeration release mechanisms, and framework are connected and positioned around the pool. The effective water depth of the equipment is 400-500mm, with hydraulic testing inside the pool taking 3-5 minutes.

Users report that the installation and maintenance costs for shallow air flotation are low, and daily maintenance and cleaning are simple. This invention boasts high operational technology and a high purification rate. It is precise, with an aeration efficiency of up to 90%, roughly one-fifth of that of a standard aeration system.

In practical application, shallow air flotation is actually a type of rapid air flotation system. Based on traditional air flotation theory, it successfully embodies the "shallow layer theory" and "zero velocity" principles. A combination of coagulation, air flotation, skimming, sedimentation, and precipitation is a water purification treatment equipment. After the wastewater tank is collected by a scraper, it is discharged to the center. The bottom sludge pool at the pool bottom is collected by a scraper, with clean water drained out, and the central clean water mechanism is removed for collection.

The pre-flocculation raw water is the raw water treated with a large amount of flocculant, which forms after approximately 10-15 minutes of coarse flocculation, as determined by actual conditions.