Product Description
The air floating cloud made up of nanobubbles produces white water, achieving the best effect of removing oil and floating substances. The system does not need to dissolve the gas into water and does not require reflux. The cloud air floating device can achieve small tank capacity while maintaining the required hydraulic retention time (HRT) for optimal performance. The energy consumption of cloud air floating technology is extremely low compared to traditional air floating.
The cloud air flotation device installs a ceramic membrane on a rotating shaft, injecting compressed air (or other gases) into the shaft at low pressure, and injecting the ceramic membrane into the fluid through the well. Under extremely low energy consumption, nanoscale bubbles are generated. Unlike the traditional DAF system, cloud air flotation does not require a gas tank circulation and release device, making the system more reliable and generating greater economic benefits.
characteristic
·Low energy consumption<0.06_kWh/m3
The chemical quantity of the mold increases from 1 to 100 m3/h
·Generating nanoscale bubbles
·Easy installation and small footprint
·Equipment components are few and easy to maintain
·Self cleaning mode without blockage
The material is suitable for a wide range of gas types
·The number and size of bubbles can be adjusted
·Operation is not affected by the acidity, alkalinity, temperature, and salt content of wastewater
·Can withstand extreme conditions such as high temperature and chemical corrosion
application
·Air flotation and traditional DAF air flotation transformation
·River water purification
·Removing oil and suspended solids from wastewater
.Ozone oxidation
.Remove impurities from metalworking fluid
·Aquaculture
store
58% higher standard oxygen transfer efficiency than other technologies, saving half of the cost of ammunition:
·SOTE (Standard Oxygen Transfer Efficiency) up to 80%
SAE (Standard Gas Efficiency) up to 12 kg O,/kWh
carbon dioxide
In the application of carbon dioxide, this device can provide lower operating costs due to the lower required gas volume and pressure. Higher gas transmission efficiency reduces footprint and space, and lowers investment costs.
·Due to higher transmission efficiency, contact time can be reduced by up to 92%
·Reduce land area by half and require lower gas volume
Carbon capture
·The required reaction time is relatively short
·One step reactor - smaller footprint
·No blockage
PH adjustment
·No need for chemicals
·Reduce maintenance costs
Generating nanoscale bubbles for efficient gas transport
Due to the small size of the bubble ruler, the surface area of the cloud air floating ceramic film is 700 times larger than that of traditional diffusers. With the large gas-liquid interface and the slow rising bubble velocity generated by low pressure, cloud air floating technology can achieve higher gas transfer efficiency. Air flotation technology is very energy-efficient and suitable for working under low pressure with only a small amount of air required. Unlike traditional micro bubble and nano bubble generation technologies, cloud air flotation technology can achieve low-cost gas transportation. The device can be designed with minimal footprint and depth to achieve effective gas transmission.
Ozone oxidation-0
Ozone can be directly supplied without the need for a booster pump or additional equipment. Unlike traditional technologies, the device transports ozone in the form of micro nano bubbles (compared to millimeter sized bubbles in traditional technologies) and provides automatic mixing through rotation of the axis. This means achieving efficient ozone oxidation in a shorter contact time, thereby reducing the risk of damaging residual ozone.
·The height of the reaction tower has been significantly reduced
·Simplified installation and reduced footprint: no booster pump, so
Less pipeline required
·No need for chemical cleaning
Renovation of existing reaction towers
·Improve the processing capacity of existing reactors
·Rapid return
The purpose is to clean difficult to treat industrial wastewater, which contains high concentrations of oil (free, dispersed, and emulsified) and suspended solids.
Our solutions are applied in areas such as river water purification, automotive and metal processing, food and beverage, oil and gas, refining and petrochemicals, steel and aluminum industries.
Selection table for micro nano bubble cloud air flotation equipment
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