Solar micro nano aerator floating nano bubble generator

Solar micro nano aerator floating nano bubble generatorFeatures and characteristics

The solar micro nano aerator is a movable river treatment machinery that uses solar energy to drive the operation of micro nano aerators. It can float on the water surface and rise and fall with the water level. It is mainly used for black and ugly water bodies in areas without electricity.

Solar micro nano aerator floating nano bubble generatorcharacteristic

A can decompose and oxidize all pollutants in the water, purify and remove all pollutants in the sediment at the bottom of the water, increase the dissolved reactive oxygen species in the water, achieve water purification, restore and improve the self purification ability of the water, and maintain the purification environment of the water for a long time.

Low energy consumption and high efficiency. The characteristics of nano bubbles determine that their oxygen transfer rate is greatly improved compared to ordinary bubbles, that is, under the same aeration intensity, the RSUN-RWP photovoltaic micro nano aerator produces more dissolved oxygen than ordinary aerators, with higher biochemical oxygen demand (BOD) and ammonia nitrogen removal rate.

The main equipment is made of stainless steel material that is resistant to various corrosive water bodies.

Compared with other ordinary nanobubble machines, the RWP series nanobubble machine is easy to construct and install, with the option of fixed bridge or floating installation. The equipment floats on the water surface without any foundation requirements, is not affected by water level changes, and does not require a machine room or any pipelines

There is no blockage in the pump and valve.

The noise level of the electronic device is 30-40 decibels, which does not affect the daily life of surrounding residents.

Operation and adjustment

• Initial operation：
• Before the initial operation, water must be added to the system, and then the inlet and outlet valves of the system must be fully opened. After closing the intake valve and pressure gauge, briefly turn on the power. Confirm that the rotation direction of the pump is correct before entering formal operation.
• Gradually reduce the inlet valve until the negative pressure on the vacuum gauge shows -0.1kg/cm ²~-0.3kg/cm ², then open the suction valve.
• The solubility of gas in water is generally 3% of the water flow rate (saturated solubility at normal pressure). The gas injection rate of the gas-liquid mixing pump should be greater than the saturated solubility, and the suction rate is recommended to be set at 7-8% of the water flow rate or no more than 10%.
• Adjust the outlet pressure valve until the pressure gauge displays the required pressure for the processing system. The export pressure varies depending on the purpose: 1.5-2.5kgf/cm ² for ozone water production, 3.5-4kgf/cm ² for oxygenation and other purposes.