1.For food and chemical removal in pretreatment for waste water treatment
2.For recycling of high-grade paper fiber
3.For excrement (livestock) treatment
4.For pretreatment of kitchen waste water containing oil and fat
5.For removing impurities from well water in preparation for various industries including semiconductor pure water production.
6.For treating water in pond or lake purification
7.For providing a micro-bubble bath at a hotel or the like
Micro Bubble Generator are operated with clean liquid. Pre-cleaned water in the recycle –flow process. Also during starting phase attention must be paid to the water cleanness.
Realize inflow conditions at pump inlet side. Make sure liquid is filled with pump body.
Select throttle valve and pressure release valve with good dosing features.
Install gas supply line above highest liquid level to keep liquid away from entering the air flow measuring device.
Select air flow measuring device with suitable metering range and with needle valve for optimal adjustment of the air flow.
Design inflow-pipe from air inlet to pump inlet flange in a short and horizontal way in order to ensure that always a constant water-air proportion arrives at the pump.
As solution line for dissolved air flotation a pipe line with larger nominal width will be suitable in order to achieve a retention period of approx. 1 minutes until pressure release.
If required, surplus air can be led away by means of a bubble separation at highest position before pressure release (pipe line with very small nominal width).
Initially pump is started according to the known operating instruction for pure water supply. Check the maximum pump pressure as per characteristic curve point by short-time closing of the pressure release valve while the bubble separation pipe is closed.
Open the pressure release valve until the required operation pressure for pure water supply has been reached. At the same time, it has to be considered that the flow rate for pure water supply has to be approx. 10 to 20% higher than for the supply of water-gas mixtures.
Reduce the rate of flow slightly at the inlet side by means of the throttle valve till a pressure (vacuum) between -0.2 and -0.3 bar is achieved at the suction side manometer. Open the air supply at the throttle valve and adjust the required air flow gradually at the needle valve. The operating pressure at the pressure side manometer decreases slightly. If necessary, re-adjust the vacuum at the pump inlet side in case that the required air flow will not be sucked in from the atmospheric air. In case of delivery stops the air flow has to be reduced accordingly.
In order to avoid large bubbles the gas contents must not exceed the physically possible solubility.
Other gases also can be charged considering the solubility. Differing methods also will be possible after consulting.
Our company has committed to researching, developing and producing Micro Bubble Generator and related products. We have an experienced research team to explore new technologies in this filed and design the productions accordingly and a professional sales team for the customers service. Our product has A-grade quality and achieved a good reputation worldwide. We currently have customers from Thailand, Indonesia, South Korea, Panama, Czech Republic, India and The United Arab Emirates etc.
The exhibition is mainly about all kinds of equipment that is used for environment protection.