Customized sewage treatment equipment - ozone dissolved gas device

1Customized sewage treatment equipment - ozone dissolved gas deviceIntroduction

Efficient ozone dissolved gas deviceAlso known as ozone high-efficiency gas dissolution device, it is a device used to efficiently dissolve ozone and water.By changing the microscopic morphology of sewage molecules, the dissolution efficiency of ozone gas can be improved. Ozone gas dissolution efficiency:≥95 %

IICustomized sewage treatment equipment - ozone dissolved gas deviceprinciple

It can efficiently, quickly and fully integrate ozone with wastewater, enhance mass transfer process through physical means, and break through the efficiency of ozone dissolution95%The device is mainly based on the principle of Venturi, constructing a fluid dynamics control unit, and driving the water flow through a dissolved air pump to form a dynamic negative pressure field, achieving efficient integration of ozone and water, significantly improving mass transfer efficiency and reaction activity, while solving the problem of insufficient outlet pressure of ozone generators in certain application scenarios.

3、 Advantages of Efficient Ozone Dissolving Device

High degree of automation: Our company's efficient ozone dissolution device integrates an intelligent collaborative control system, equipped with high-precision monitoring modules such as vortex flow meters and pressure sensors, to collect fluid parameters in real time. Combined with intelligent adjustment components of electric valves, a closed-loop dynamic control mechanism is formed. Through multi parameter coupling analysis and adaptive control algorithms, the system ensures stable and efficient operation under different operating conditions, providing a precise and controllable reaction environment for the ozone catalytic oxidation process. 、

High ozone conversion rate: Compared to traditional aeration technology, it improves oxygen conversion rate95%The above greatly saves the waste of ozone generator output

Higher security: All overcurrent parts of this device are equipped with316LMaterial, longer service life, higher safety

More concise operation: no need for complex pipelines and aeration components, greatly saving investment

4Product Structure of Efficient Ozone Dissolving Device

Shell: Made of carbon steel spray coating, specially treated for corrosion resistance, with a smooth and defect free surface; Minimum application size:0.5*0.8*1.5mThe cross-sectional area of the flow channel is large enough to allow impurities of the corresponding particle size to pass through. The inlet and outlet should be in the same plane as the centerline of the pipeline, with piping flanges1.0Mpa.

Strong load capacity: sufficient thickness to withstand all loads, including hydrostatic test pressure and maximum pressure for continuous operation.

Gas water mixing device: adopting a tubular structure, horizontally installed, with high gas water mixing efficiency.

Sealing: PTFE ozone resistant material is used, and the contact surface of the water seal must be machined and sealed with a sealing ring.

Overcurrent components: usingSS316LMaterial, anti-corrosion and ozone oxidation resistance

Water flow design: The water flow passes through a portion without sharp angles, and the changes in velocity and flow state tend to be stable without excessive vortices

5Efficient ozone dissolved gas deviceThe core technology and manufacturing process

The ozone high-efficiency dissolved gas device integrates multiple independently developed core technologies.

In terms of design, a specially designed gas-liquid mixing chamber structure is adopted to achieve efficient mixing of ozone gas and water in a very short period of time, with an efficiency of95%The above.

In terms of equipment material selection: the use of dissolved gas components316LStainless steel material, processed with precision machining, effectively reduces gas-liquid mass transfer resistance.

In terms of manufacturing technology, good processing equipment is used to ensure the dimensional accuracy of each component, and intelligent manufacturing technology is adopted to ensure welding quality. The welds are specially treated to improve the corrosion resistance and service life of the device

VIEfficient ozone dissolved gas devicePerformance testing and optimization

During the production process, strict performance testing is conducted on each dissolved gas device.

By simulating actual working conditions, test key indicators such as ozone dissolution efficiency under different flow rates and pressure conditions.

Professional engineers conduct in-depth analysis of the data and optimize and adjust the structural and operational parameters of the device based on the analysis results, ensuring that each device can operate in its current state.

At the same time, regularly retest the performance of the product, track the performance changes of the product in different usage environments, and continuously improve the product design and manufacturing process.

7Efficient ozone dissolved gas deviceThe ability to innovate and upgrade technology

The company attaches great importance to technological innovation and has established a dedicated research and development fund for the technological upgrade of high-efficiency ozone gas dissolution devices.

Establish cooperative and exchange relationships with multiple domestic universities and research institutions to timely grasp the latest technological trends in the industry.

At present, research is being conducted on optimizing the gas dissolution device based on nano material coating technology, which is expected to further improve the gas dissolution efficiency and the anti pollution ability of the device, and provide customers with better and more efficient products.