Efficient complex algae removal system using sunlight ultrasound biodegradability and adherent microalgae

摘要

The present invention relates to an efficient complex green algae suppression system using floating solar energy, ultrasonic waves, biodegradable materials, and adhesive microalgae, and more specifically, it is installed in a suspended state in lakes, reservoirs, freshwater lakes, and rivers to stagnate water. At the same time as forcibly circulating and simultaneously irradiating ultrasonic waves, and reducing the algae suppression efficiency through complex suppression using adhesive microalgae, energy saving as well as maintenance is convenient, and the attachment medium collected through biodegradable resin is natural. The present invention relates to an efficient complex green algae suppression system that uses hydrophilic water photovoltaic, ultrasonic, biodegradable materials, and adhesive microalgae to make it decomposable. According to the present invention, as the green algae is suppressed in a complex manner through ultrasonic waves, water circulation, and microalgae, the green algae suppression area is increased and the efficiency is high, and the electricity required for driving is obtained through solar power generation. In particular, the ultrasonic green algae suppressing member is capable of moving up and down, and the adhesive green algae suppressing member is slidable left and right to further increase the green algae suppressing area and support the frame, thereby maintaining a stable installation state and maintaining it. The convenience of management is also improved, and the attachment medium collected through the biodegradable resin can be naturally decomposed to show an affinity effect.