Shanghai Zhongjing Ozone Micro Nano Bubble Generator: A Innovative Tool for Water Treatment Experiments

In the field of water treatment experiments, precision and efficiency are the key keys to unlocking scientific breakthroughs. The ozone micro nano bubble generator, meticulously crafted by Shanghai Zhongjing Environmental Protection Technology Co., Ltd., has become a powerful assistant for many researchers to explore the mysteries of water treatment with its cutting-edge technology and excellent performance, providing innovative and reliable solutions for various complex water treatment experiments.

1、 Core Technology: Innovation Fusion, Creating Excellent Bubbles

The Shanghai Zhongjing ozone micro nano bubble generator adopts a sophisticated combination of countercurrent mixing high-speed shearing technology and tubular ozone discharge technology. The high concentration oxygen generation device is integrated inside the equipment, ensuring the sufficient and stable supply of ozone gas source from the source. At the beginning of the work, the air compressor compresses the air to provide a gas source foundation for subsequent processes; The oxygen machine separates high-purity oxygen from it, and then the ozone generator uses corona discharge technology to convert oxygen into strongly oxidizing ozone gas.

In the process of generating micro nano bubbles, specially designed devices have demonstrated their abilities. Ozone gas fully blends with water under multiple effects such as high-speed rotation, impact, and cutting, producing tiny bubbles with diameters ranging from 100 nanometers (nm) to 10 micrometers (μ m). These bubbles have a high content of 85-90%, forming a cloud like "milky white" gas-liquid mixture, bringing a new reaction medium for water treatment experiments.

2、 Performance advantage: Excellent in all aspects, escorting the experimental process

（1） Efficient dissolution enhances ozone efficiency

The generator can fully and efficiently dissolve high concentration ozone in water, producing high concentration ozone bubble water. This feature injects powerful power into various water treatment experimental processes that require ozone oxidation, greatly improving the participation and utilization rate of ozone in experimental reactions, reaching over 95-99%, making the experimental results more significant and the data more convincing.

（2） Stable operation ensures the continuity of experiments

Adhering to the industrial design concept, this generator can achieve 24-hour continuous and stable operation. The overcurrent components are carefully crafted from corrosion-resistant materials such as 304/316L/2205 stainless steel or PTEF, with a solid and stable structure and simplified components. Not only is disassembly and assembly convenient, but maintenance difficulty is also greatly reduced, extending the service life of the equipment and ensuring that it will not break due to equipment failure during long-term experiments, saving valuable time and energy for researchers.

（3） Intelligent control, precise parameter regulation

The generator is equipped with a CPU integrated motherboard with intelligent control, like the "smart brain" of the device. It can monitor key process parameters such as flow rate, water temperature, and water pressure in real-time online. Researchers can start the equipment with just one click, easily achieving precise control of experimental conditions. At the same time, parameters can be pre-set according to experimental needs to achieve automated operation and meet the diverse requirements of different experimental schemes.

3、 Experimental application: Multi scenario adaptation, expanding the boundaries of scientific research

（1） Sewage treatment experiment

In municipal and industrial wastewater treatment experiments, the nano bubble generator has shown excellent performance. The ozone micro nano bubbles generated by it can efficiently decompose pollutants such as organic matter, ammonia nitrogen, heavy metals, antibiotics, etc. in sewage due to their strong oxidizing properties. After treatment with a generator, the content of difficult to degrade phenolic and aromatic compounds in the organic pollution wastewater discharged from industries such as chemical, pharmaceutical, and printing and dyeing is significantly reduced, significantly improving the biodegradability of the wastewater. Combined with traditional biochemical processes, it can effectively remove chromaticity and recalcitrant organic matter, helping researchers explore more efficient and low-cost new paths for sewage treatment.

（2） Drinking water purification experiment

In the experimental exploration of ensuring drinking water safety, the role of the generator is crucial. It can accurately remove microorganisms, algae, organic pollutants, and odors from water, reducing the generation of disinfection by-products. Through experimental verification, the safety and taste of the treated drinking water have been significantly improved, providing reliable data support and technical reference for optimizing the purification process of drinking water.

（3） Aquaculture Water Treatment Experiment

When simulating aquaculture environments, the generator can effectively remove harmful substances such as ammonia nitrogen, nitrite, and hydrogen sulfide from water, increase dissolved oxygen content in the water, and comprehensively improve aquaculture water quality. At the same time, the powerful bactericidal ability can kill pathogens such as bacteria, viruses, and parasites in water, reducing the incidence of diseases in aquatic animals. The characteristics of micro nano bubbles promoting water convection and material exchange can also increase the feeding and digestion rates of aquatic animals, helping researchers to study how to create a more suitable water environment for aquaculture and promote the green development of aquaculture.