Overview
The submersible high-efficiency and energy-saving agitator aerator is a device widely used in the field of water treatment, especially for various sewage, landscape water bodies, and aquaculture water bodies. It integrates two key functions, namely agitation and aeration, aiming to fully stir and oxygenate the water body, improve the water quality of the water body, increase the oxygen content in the water body, promote the metabolism of microorganisms in the water, effectively decompose organic pollutants in the water, and provide a powerful guarantee for the virtuous cycle of the water body ecology and the normal development of related production activities.
Working Principle
I. Submerging and Starting Stage:
The submersible high-efficiency and energy-saving agitator aerator is placed into the water body that needs to be treated by the hoisting device, and its entire structure is completely submerged underwater. After being powered on, the motor inside the equipment starts to operate and drives the connected agitation components and aeration components to work simultaneously, starting the process of treating the water body.
II. Agitation Function Realization Stage:
The equipment is equipped with a specially designed agitation impeller. Driven by the motor, the impeller rotates at a high speed and generates a powerful hydraulic agitation effect. This agitation force can break the original stratification phenomenon of the water body, fully mix the upper and lower layers of the water body, stir up the silt, organic debris and other substances deposited at the bottom of the water body, make them resuspend in the water body again, increase the contact opportunities between these substances and microorganisms and dissolved oxygen in the water body, and facilitate subsequent decomposition and transformation.
III. Aeration Function Realization Stage:
At the same time, the aeration component starts to work. It introduces the outside air into the underwater through a specific air intake channel and releases it in the form of tiny bubbles. During the rising process of these tiny bubbles, on the one hand, sufficient gas-liquid exchange will be carried out with the water body, so that a large amount of oxygen in the air is dissolved into the water body, increasing the oxygen content of the water body; on the other hand, the disturbance generated during the rising process of the bubbles further enhances the mixing effect of the water body, which cooperates with the agitation function to strengthen the treatment effect on the entire water body.
IV. Operation and Maintenance Stage:
During the continuous operation process, it is necessary to regularly check the submersible high-efficiency and energy-saving agitator aerator to check whether the sealing of the equipment is good, prevent water from infiltrating into the equipment and causing short-circuit and other failures; check whether the agitation impeller and aeration components are worn or blocked, and if any problems are found, repair or replace the components in a timely manner. At the same time, according to the actual treatment needs of the water body and the changes in water quality, reasonably adjust the operation time, agitation intensity and aeration intensity and other parameters of the equipment to ensure that the equipment is always in the best working state and achieve efficient water body treatment effects.
Performance Characteristics
I. High-Efficient Agitation and Aeration Effects:
Its unique impeller design and aeration method can fully stir and aerate a large area of water body in a short time, quickly increase the oxygen content of the water body, and evenly mix various substances in the water body, creating good conditions for the decomposition of pollutants in the water and the growth and reproduction of microorganisms, effectively improving the water quality of the water body. For example, in sewage treatment, it can accelerate the degradation rate of organic matter in sewage.
II. Significant Energy-Saving Advantages:
Adopting advanced energy-saving technologies and optimized power transmission systems, on the premise of ensuring the agitation and aeration effects, compared with traditional similar equipment, it can greatly reduce energy consumption and save operating costs. For long-term running water treatment projects, this is a very important economic advantage and can effectively relieve the operating burden.
III. Stable and Reliable Operation:
The overall structural design is reasonable. Key components have undergone strict quality inspection and durability testing, have good sealing and corrosion resistance, and can operate stably for a long time in the harsh underwater environment without easily breaking down, reducing the downtime caused by equipment maintenance and ensuring the continuity of water treatment work.
IV. Adaptation to Multiple Water Body Environments:
Whether it is sewage, relatively turbid landscape water bodies, or aquaculture ponds and other water bodies with different types and water quality conditions, the submersible high-efficiency and energy-saving agitator aerator can be used for treatment. It can flexibly adjust working parameters according to the specific situation of the water body and play a good role in agitation and aeration, showing strong adaptability.
V. Simple Installation and Operation:
The installation process of the equipment is relatively simple. It only needs to be placed in the designated water body position by the hoisting device, without the need for complicated civil engineering foundations and cumbersome installation processes. Moreover, the operation is also very convenient. Basic operations such as starting, stopping and parameter adjustment of the equipment can be realized through simple control buttons or remote control systems. Ordinary operators can master it proficiently after simple training.
Structural Components
I. Main Body:
The main body is usually made of high-strength corrosion-resistant materials such as stainless steel and cast iron. Its shape is generally cylindrical or box-shaped. The inside accommodates core components such as motors and transmission devices, and the outside has good sealing performance, which can effectively prevent water from entering the inside and damaging electrical components, and also has sufficient strength to bear the pressure of the water body and the forces generated during the operation of the equipment itself.
II. Agitation Impeller:
The agitation impeller is a key component for realizing the agitation function. Its shape, number of blades and angles are carefully designed. The material is mostly selected from high-strength alloy materials, which have good wear resistance and corrosion resistance. Driven by the motor, the impeller rotates at a high speed and generates a powerful water flow agitation force to fully mix the water body and break the stratification phenomenon.
III. Aeration Components:
The aeration components are mainly composed of air intake pipes, aeration heads or aeration disks, etc. The air intake pipe is responsible for introducing outside air into the underwater, and the aeration head or aeration disk disperses the air into tiny bubbles and releases them into the water body to increase the gas-liquid contact area, achieve efficient aeration and increase the oxygen content of the water body.
IV. Hoisting Device (Optional):
Some submersible high-efficiency and energy-saving agitator aerators are equipped with hoisting devices, which are convenient for the installation, disassembly and transfer of the equipment between different water body positions. The hoisting device generally has corresponding load-bearing capacity and safety protection measures to ensure the safety and reliability of the equipment during the hoisting process.
V. Control System:
The control system can be a simple local control box or can realize remote control functions. Operators can monitor the operation status of the equipment through the control system, adjust operating parameters such as agitation speed and aeration flow, and flexibly control the working situation of the equipment according to the actual situation of the water body to ensure the best water body treatment effect.
Application Cases
I. Sewage Treatment Field:
In the aeration tanks of urban sewage treatment plants, the submersible high-efficiency and energy-saving agitator aerator plays an important role. Through the full agitation and aeration of sewage, it makes the organic matter in the sewage fully contact with microorganisms, accelerates the decomposition and transformation of organic matter, improves the efficiency of sewage treatment, reduces the treatment cost, helps sewage to meet the discharge standards and reduces environmental pollution.
II. Landscape Water Body Maintenance:
For landscape water bodies such as park lakes and artificial landscape pools, due to the poor fluidity of the water body, problems such as water quality deterioration and algae growth are prone to occur. The application of the submersible high-efficiency and energy-saving agitator aerator can increase the oxygen content of the water body, inhibit the excessive reproduction of algae, improve the transparency and appearance of the water body, and create a good landscape environment to meet the needs of people's leisure and entertainment.
III. Aquaculture Industry:
In aquaculture ponds, the oxygen content of the water body is crucial for the growth of aquatic organisms such as fish and shrimp. The submersible high-efficiency and energy-saving agitator aerator can timely supplement oxygen to the aquaculture water body, prevent the death of fish and shrimp caused by lack of oxygen, and at the same time promote the decomposition of organic substances such as residual bait and feces at the bottom of the pond, maintain a good aquaculture environment, and improve the aquaculture yield and economic benefits.
In conclusion, the submersible high-efficiency and energy-saving agitator aerator plays an indispensable role in many fields related to water body treatment by virtue of its unique working principle, excellent performance characteristics and wide applicability. It is an important equipment for improving water quality, ensuring the ecological health of the water body and promoting the smooth development of related production activities. With the continuous development of water treatment technology and the continuous improvement of the requirements for the water body environment, its application prospects will be even broader and its functions are expected to be further optimized and upgraded.
