Water purification system using bioremediation plants

Abstract

A water purification system using bioremediation plants can comprise: a plurality of bioremediation plants to be planted on the surface of the earth having a slope; a plurality of water permeable blocks formed or buried on the surface of the earth around at least one bioremediation plant among the bioremediation plants, and into which waste water flowing on the surface of the earth flows; and a plurality of perforated pipes through which the waste water, which has flowed in through the water permeable blocks, flows and buried below the surface of the earth at a depth corresponding to the upper roots of the bioremediation plants. Waste water flowing through the perforated pipes is transferred to the roots of the bioremediation plants through the perforated pipes, filtered water to be discharged from the bioremediation plants flows into the perforated pipes, and the filtered water can converge with the waste water, which flows through the perforated pipes, so as to flow.

Description

technical field [0001] The invention relates to a water purification system using environmental purification plants. In particular, it is a water purification system using environmental purification plants, which can maximize efficiency in the process of purifying sewage flowing in from pollution sources by using environmental purification plants. Background technique [0002] The so-called non-point pollution sources refer to sources that discharge water pollutants non-specifically in non-specific places such as cities, roads, farmland, mountainous areas, and construction sites. Non-point pollutants, as water pollutants produced by such non-point pollution sources, are difficult to collect due to the loss and discharge paths of pollutants are not clearly distinguished, and their production and discharge vary greatly with meteorological conditions such as precipitation. Therefore, it has the characteristics of difficulty in the design, maintenance and management of treatmen...

AI Technical Summary

Problems solved by technology

That is, there are the following problems: the non-specificity and ambiguity of the discharge location, the discharge to a wide area by dilution or diffusion, the change of discharge due to natural factors such as rainfall makes it difficult to predict, it is difficult to collect and the treatment efficiency is low. Stablize

As mentioned above, these non-point pollutants are different from point pollution sources in that they are difficult to predict, difficult to collect, and have low treatment efficiency due to changes in the emission of natural factors.

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