Water purification by aeration is considered to be an effective method. Aeration removes various undesirable substances from the liquid, for example, iron and other elements. It occurs due to a chemical process during the ingress of air. In addition to the function of cleansing the composition, this process helps to eliminate unpleasant odors. Aeration of water offers a wide range of uses.

Deironing of water by aeration Deironing water by aeration is considered a productive method. There is an artificial creation of a significant exchange of oxygen. Further, the concentration of the liquid with oxygen begins. This approach allows you to filter the chemical composition and bring it to the state of drinking water.

Aeration allows you to filter water from harmful substances: iron; hydrogen sulfide; manganese and so on.

Purification of water by aeration from the above elements is obtained due to the oxidation reaction of microparticles and further transition to an insoluble form from a soluble one. That is, mechanical particles settle in the filters. Mechanical water purification is mainly used to isolate components that interfere with the use of the most effective methods. This includes: biological, physicochemical, chemical.

Mechanical water purification makes it possible to: separate insoluble particles from debris, chemical compounds and others; make the flow evenly, which will prevent fluctuations in subsequent stages.

Deironing water by aeration is not the only way of water treatment. But this method is one of the main provisions. Effective water purification is impossible without it.

Compressor for aeration of water from a well A compressor for aerating water from a well is used to start supplying air to a column or water supply. The compressor switches on automatically when a signal is received from the sensor. It controls the flow of water. This prevents excess air from remaining in the device when there is no water flow. Most often, there are 2 compressors in the aeration system. Turning on takes place in turn so that overheating does not turn out.

During the movement of water through pipes, including main pipes or from metal, the process of iron accumulation begins in it. This is due to the formed rust on the pipes inside them. In addition, dissolved iron and manganese salts are found in unfiltered water coming from wells or wells. Oversaturation of metals most reduces the composition and quality of the liquid. This all leads to: the formation of rust; violation of the pipe surface; breakdown of professional equipment units.

Substances contribute to the deterioration of the taste of drinking water and have the worst effect on human health. To remove iron from the liquid, iron removal filtering systems are used in conjunction with the aeration method. Purification of water from iron by aeration is suitable for a well or a well. For the correct oltremare liquid separation water purifier use of the aeration and deferrization device, it is necessary to carry out a laboratory chemical analysis to be able to know the composition of the water and whether it contains iron or manganese.

Purification of water from iron by aeration is a process of strong saturation of water using oxygen. The result leads to the oxidation of iron, which is in water to an insoluble state. Aeration methods of water purification from iron distinguish the following types:

1. Pressure. The air is specially amplified by means of a compressor under increased pressure in the movement of water directly at the beginning of the aeration column. Excess oxygen goes to the centrifuge, and the oxygen-enriched water goes to the catalytic filter. Further, undissolved metal and suspended elements are precipitated. Water purification by aeration by a pressure unit is used with huge liquid consumption with a maximum iron level.

2. Electrochemical aeration. The aeration method is obtained using an electrochemical reaction. Water purification by aeration in the form of very new installations of small dimensions, practically without sounds and convenient use, are suitable for high concentrations of iron.

3. Free-flow. These aeration plants are used with low pressure. Therefore, such stations are practiced for filtration with a not so increased liquid flow rate with a minimum iron concentration. The water pump serves as the flow of water through the spray nozzles into a specific vessel. Supersaturation of air leaves through the aerator, in turn, iron in an oxidized state and in an undissolved state enters the filter filler.