The above are the characteristics of the aeration pipe of the aerator. , The problem of insufficient. Therefore, the oxygen utilization rate is high and the theoretical power efficiency is high. Due to the mobile aeration method, a wave distribution of dissolved oxygen concentration is formed in the aeration tank, so that the beneficial bacteria clusters in the water are in an unstable state.

Let’s take a brief look today. Aeration drives the exchange of water bodies, bringing the oxygen produced by algae in the water body from the surface of the water body to the bottom of the pond; in aquaculture, especially in the case of special aquaculture or deep aquaculture, the equipment dissolves oxygen in the lower water body at the bottom of the pond The aeration effect is obvious, so that the dissolved oxygen and nutrients in the water body are fully and evenly distributed throughout the water body, ensuring the healthy growth of aquatic organisms, and effectively solving the uneven aeration of the water body in the upper pond of high-density, industrialization and intensive aquaculture.

The air bubbles generated by the hanging chain aerator stay in the water for a long time, avoiding the regional unsaturation and supersaturation of the traditional fixed aeration device. The impact on the biological treatment system under unstable conditions is mainly attributed to the impact Wholesale jet aerator on the microorganisms in the system, including microbial activity, the ability to adapt to the external environment, and the formation of microorganisms with special functions.Many people have asked me this question about the characteristics of the aeration tube of the aerator.

The second is to drive the water body up and down by the rising bubble flow, which increases the contact area between the air and the water body, and increases the dissolution and absorption of the oxygen in the atmosphere by the water body; the high-pressure air (or oxygen) pressed out of the pipeline is itself flowing Part of it will be dissolved in the water, which increases the amount of dissolved oxygen in the water