A landscape fish pond purification treatment system and treatment method

Abstract

The invention mainly discloses a system and method for landscape fishpond purification treatment. According to the technical scheme, the system comprises a water quality monitoring device, a water purification device and a water surface decontamination device, the water purification device comprises a shell, a water inlet pipe, an aerator pipe, a blowdown pipe and a water outlet pipe, a filtering area, an active mud area and a sterilization area are arranged in the shell from inside to outside in sequence in a nested mode, and both the water inlet pipe and the blowdown pipe are connected with the filtering area; the water outlet pipe is connected with the sterilization area, the two ends of the aerator pipe are located outside the active mud area and the shell respectively, and the water surface decontamination device comprises a collection box, a stain adsorption head and a stain adsorption pipe. The method comprises the steps of 1, installing the water purification device; 2, installing the water surface decontamination device; 3; conducting water quality detection; 4, conducting water purification; 5, conducting water surface purification; 6, conducting detection again; 7, cleaning the devices. The system is reliable in performance, water purification can be conducted automatically, water quality purification efficiency is high, treatment time and period are short, and normal operation of a fishpond system is guaranteed.

Description

technical field [0001] The invention relates to a landscape fish pond purification treatment system and treatment method. Background technique [0002] In the prior art, various landscape fish ponds can be seen everywhere in the park. The landscape fish ponds add vigor and vitality to the park and attract more tourists to watch. The water quality in the landscape fish ponds is a problem that cannot be ignored in the landscape fish ponds. The water quality directly affects To the growth and development of organisms in the fish pond, each aquatic animal needs to have water quality conditions suitable for its survival. If the water quality can meet the requirements, aquatic animals can grow and develop smoothly; if some indicators of water quality exceed the range of adaptation and tolerance of organisms In light cases, animals cannot grow normally, and in severe cases, it may cause a large number of deaths of farmed animals and cause economic losses. Most of the landscape fis...

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Problems solved by technology

[0002] In the prior art, various landscape fish ponds can be seen everywhere in the park. The landscape fish ponds add vigor and vitality to the park and attract more tourists to watch. The water quality in the landscape fish ponds is a problem that cannot be ignored in the landscape fish ponds. The water quality directly affects To the growth and development of organisms in the fish pond, each aquatic animal needs to have water quality conditions suitable for its survival. If the water quality can meet the requirements, aquatic animals can grow and develop smoothly; if some indicators of water quality exceed the range of adaptation and tolerance of organisms In light cases, animals cannot grow normally, and in severe cases, it may cause a large number of deaths of farmed animals and cause economic losses

Most of the landscape fishponds are basically closed systems with little self-purification ability, and their internal structure is unreasonable. In addition to the input of external pollutants, eutrophication will inevitably occur over time, causing a series of follow-up problems in operation. , so that the water quality of the fish pond deteriorates, the water body becomes turbid, and even smelly and black, resulting in the death of aquatic organisms, which has a huge impact on the environment of the park

The current water quality treatment facilities are too simple, the treatment efficiency is not high, the treatment cycle is long, the effect is slow, and the purification effect is not ideal. Some water quality treatment equipment needs to introduce water to other places, and is equipped with a large number of auxiliary settings and a large number of power sources. Large land area, high energy consumption, resulting in high cost of water purification treatment

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