Filter Fields

Filtration fields are plots of land used for wastewater treatment. They are widely used in various industries, including municipal, industrial and agricultural sectors. However, in this article we will consider filtration fields used for soil neutralization of wastewater in quantities that exclude the possibility of growing crops on them.

Filtration fields for wastewater treatment are an effective and environmentally friendly method of wastewater treatment. Their use can significantly reduce the amount of pollution entering natural water bodies and soil. Such fields act as natural filters, allowing wastewater to pass through the soil layer, where it is cleaned of contaminants and bacteria.

When designing and creating filtration fields, it is necessary to take into account a number of factors, such as soil type, climatic conditions, wastewater characteristics, etc. It is also important to consider the possibility of recreational use of these land plots. In cases where filtration fields are located near populated areas, they can be used to create parks and recreation areas.

One of the main features of filtration fields is that they cannot be used for growing crops. This is due to the fact that wastewater, passing through the soil layer, can contain various toxic and dangerous substances that can negatively affect plant growth and human health. Therefore, filtration fields must be protected from access by people and animals.

Filtration fields for soil wastewater treatment are an effective and environmentally friendly method of wastewater treatment. They can significantly reduce the amount of pollution entering natural water bodies and soil, but their use is limited. It is important to consider all factors when designing and constructing filtration fields to ensure their effective operation and minimize the negative impact on the environment.

Filtration fields are land plots specially allocated for the purification of wastewater for its subsequent use for agricultural needs. They are usually located near the water intake and serve as additional protection of the environment from pollution.

Filtration fields have been used for many centuries and continue to be one of the most effective and environmentally friendly methods of wastewater treatment. The essence of the method is that the water supplied for treatment passes through a layer of soil, which is capable of neutralizing harmful substances and purifying it to the required level.

The components of filtration fields include a specially prepared layer of soil and a system of pipes that allow wastewater to pass through the soil. As a rule, drainage pipes are used for this, equipped with filters that prevent the entry of contaminants, as well as drip lines that ensure a uniform flow of water into the soil.

Special plots of land for the irrigation station are selected, lying shallow, not subject to waterlogging, with sandy-clayey sandy loam or soddy-podzolic soil.