1T/H 2T/H 6T/H 12T/H Ozone Water Mixing Pump

Specifications

 1T/H 2T/H 6T/H 12T/H Ozone Water Mixing Pump

Iron and manganese removal is one of the more common uses for ozone in drinking water systems. Iron and manganese are easily oxidized by ozone. This document will serve to help understand the fundamentals of iron and manganese oxidation with ozone. We will also cover the practical application of ozone in this application while offering helpful tips learned over the years.

Ozone oxidation of iron and manganese is an extremely fast reaction. In many ozone applications elevated levels of iron and manganese can cause nuisance issues due to soluble iron and manganese inadvertently oxidizing by ozone and dropping out of solution in less than ideal locations. If those concerns are what brought you here, keep reading, we will offer helpful tips to mitigate these issues as best as possible

 Features

1. Mixing system is simple and it intakes Ozone gas to the pump and mix Ozone with liquid in the pump, while conventional system needs additional equipment like "ejector" and "static mixer" to make ozone water.

2. Ozone dissolution ratio is more than 80~100% in case of out mixing system which is extremely high compared with conventional system. This dissolution ratio varies depending on water temperature, gas concentration, PH concentration etc.

3. NT Mixing pump is most suitable to pressurize the air and liquid, and let the air dissolved into the liquid, compared with any other type of pumps and apparatus like atatic mixer.

4. NT system does not use compressor, pressure dissolve tank, ejector and static mixer, which makes our system small in size and competitive in price. In case of conventional centrifugal pump method, the pump suck the liquid and air, and mix them and transport them.

5. Diameter for micro bubble: 20-30µ

Working conditions:

PH: 3~9  

Highest environment temperature: 40⁰C

Liquid temperature:-15⁰C--120⁰C

Specifications