Integrated ecological landscape oxygenation biological purification system

Abstract

The invention provides an integrated ecological landscape oxygenation biological purification system. The integrated ecological landscape oxygenation biological purification system comprises an ecological floating island, the bracket is arranged at the bottom of the ecological floating island; the oxygen increasing device is arranged on the support frame; and the super-density fiber filler is arranged at the bottom of the ecological floating island. The integrated ecological landscape oxygenation biological purification system provided by the invention has the advantages that synchronous ecologicalization can be carried out on the surface and the interior of a water body, microorganism attachment is facilitated, the purification effect is relatively good, an integrated structure is adopted, pipelines do not need to be laid, implementation is relatively simple, the decomposition efficiency is high by using cold-resistant strains, the environmental restriction is relatively small, the use freedom degree is relatively high, and the cost is relatively low. And meanwhile, the downstream garbage can be guided.

Description

technical field [0001] The invention relates to the technical field of ecological environmental protection, in particular to an integrated ecological landscape oxygen-enhancing biological purification system. Background technique [0002] With the development of social economy and the continuous improvement of people's living standards, people have also put forward higher requirements for life and the surrounding environment. The construction of urban garden landscapes is developing towards a higher level and higher taste. The effect is vivid and novel, which is attracting more and more people's interest. At present, people will create a single kind of biological ecological landscape floating island that is artificially designed and manufactured and floats on the water surface for the growth, reproduction and habitation of animals, plants and microorganisms, using aquatic plants. A series of biological and chemical functions such as absorption, feeding, digestion and decompo...

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Problems solved by technology

[0003] However, the method currently used by people can only achieve the landscape effect on the surface of the water body and the ecologicalization of the surface water body, and it is difficult to achieve the attachment of microorganisms. Usually, because there is no carrier for microorganisms, it is impossible to realize the aeration and exposure of the entire water body from the bottom of the water body. At the same time, traditional floating islands need discharge pipes. The discharge pipes need to pump water from the river in sections and then enter the bottom of the water to install and fix the pipes. It is difficult and time-consuming from installation to operation. The fan generates a lot of energy Hot air will also affect the surrounding environment. The overheating of the fan will damage the life of the fan. The pipeline is also prone to rupture in subsequent use. It is difficult to repair. A single common bacteria species has low efficiency and is greatly restricted by the environment. It can only be used in mild climates. Working in an environment that cannot be decomposed especially under low temperature conditions, and a single setting is relatively isolated, and the degree of freedom of use is not high. At the same time, garbage floating on the water surface is easy to be accumulated on the isolated island along the current, causing the ecology of the isolated island to be damaged. destroy

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