Water ecology management intelligent floating island and use method

Through the modular design of the intelligent ecological floating island, vertical collaborative purification of plant cultivation units, aquatic animal breeding units, and microbial filler units is achieved, solving the problems of aquatic plant decay and incomplete plant and animal purification mechanisms, and realizing intelligent and automated water ecological governance.

CN122403649APending Publication Date: 2026-07-17CHINA WATER RESOURCES BEIFANG INVESTIGATION DESIGN & RES CO LTD
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Patent Information

Authority / Receiving Office
CN · China
Patent Type
Applications(China)
Current Assignee / Owner
Filing Date
2026-05-29
Publication Date
2026-07-17

AI Technical Summary

Technical Problem

In existing ecological floating island technologies, aquatic plants are prone to decay and unstable growth, the synergistic purification mechanism between plants and animals is incomplete, and there is a lack of intelligent monitoring and automatic control methods, making it difficult to flexibly adjust plant species and configuration schemes according to the water pollution status.

Method used

A modular intelligent floating island is designed, comprising detachable plant cultivation units, aquatic animal breeding units, and microbial filler units. Combined with an intelligent control module, it realizes a vertically coordinated purification system of plant absorption, animal filter feeding, and microbial degradation. It is also equipped with aeration and dosing units, and automatic adjustment is achieved through sensor monitoring and remote control.

Benefits of technology

It improves the ease of assembly and disassembly of plant cultivation units and aquatic animal breeding units, enhances the synergistic efficiency of the ecological chain, reduces labor intensity and safety risks, realizes intelligent and automated water ecological management, and improves the stability and efficiency of management results.

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Abstract

本发明提出了一种水生态治理智能浮岛及使用方法,涉及水生态治理技术领域。针对现有技术中生态浮岛植物更换维护困难、动植物净化功能割裂、缺乏智能调控手段的问题,本发明采用模块化可拆卸的植物栽培单元、水生动物养殖单元及微生物填料单元,在垂直空间上形成植物吸收‑动物滤食‑微生物降解的协同净化体系,提升了空间利用率和综合净化效能;通过智能控制模块,配合能够执行集群控制策略、水质趋势预测及能源自适应调节的数据处理单元,实现了对曝气、加药及营养缓释装置的联动控制,提升了浮岛治理的智能化水平,并且所有功能单元均可独立快速拆装,提高了维护便捷性和系统长期运行的稳定性。
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