Reinforced type complex ecological floating island

Abstract

The invention discloses a reinforced type complex ecological floating island, which is integrally formed by connecting a plurality of single floating island bodies through connecting lock catches, wherein the periphery of the whole body of the floating island is fixed by outer frameworks, and ecological bases are hung on the outer frameworks, wherein each single floating island body comprises a unit floating block, a field planting basket, the connecting lock catch, water plants, ecological padding, the ecological base and the outer framework, the field planting baskets are fastened on the unit bloating blocks through the connecting lock catches, the ecological padding is filled in the fixed planting baskets, and the water plants are planted in the ecological padding. The reinforced type complex ecological floating island is coupled with the ecological padding and an ecological base prefixing microbial technology, provides a complete constructing mode of an ecological treatment system, improves the pollution load of the floating island, reduces the placement area under the same pollution condition, shortens the water body purification time, has flexible and easily-used construction method, improves the applicability, the stability and the durability of the floating island, is particularly applicable to water body restoration of closed water regions and has good economy and environmental benefits.

Description

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AI Technical Summary

Benefits of technology

This patented new type of biofouling prevention system uses specific types of bacteria that can be fixed onto various materials like carrier or substrate for efficient treatment against harmful substances such as pesticides from crops grown indoors. By doing this, these systems help reduce environmental damage caused by pests while also improving their growth rate without increasing land usage.

Problems solved by technology

This patented technical problem addressed in this patent relates to improving the performance of natural eco-friendly floats made from materials like algae, seaweed, rubber tubing, wood chips, straw, and other organism growth media. These biological agents absorb and release various compounds such as ammoniacal acid (NH2), hydroxyl radical (.OH), peroxybromonulfonic acids) into the environment while reducing pollution caused by these chemical reactions. However, current designs have limitations due to factors including slower water clarity and poor selectivity towards specific types of contaminants.

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