In response to these limitations and challenges, future research and development can start from the following aspects. Firstly, it is possible to further explore the impact mechanism of ultrasound with different frequencies and intensities on algae growth, in order to improve the control effect and applicability of the equipment. Secondly, the combination of ultrasound equipment and other control methods, such as biological agents and physical filtration, can be studied to improve the overall control effect and economy. In addition, the application of ultrasonic equipment in water ecological restoration and protection can also be studied, such as promoting the growth of aquatic organisms and improving water quality.
In practical applications, ultrasonic algae control equipment has been widely applied and validated. In some lakes, rivers, and reservoirs, the use of ultrasonic equipment can effectively control the growth and reproduction of algae, improve water quality and ecological environment. Meanwhile, with the continuous advancement of technology and the reduction of costs, the application prospects of ultrasonic algae control equipment are becoming increasingly broad.
Ultrasonic algae control equipment is an environmentally friendly, efficient, and economical algae control method, with important practical application value and development prospects. Future research and development should focus on improving its control effectiveness, expanding its scope of application, and reducing costs to better serve the needs of environmental protection and water ecological restoration.
Typ | Kraft(W) | Radiation range(meter) | Power line(meter) |
PLS-UAT50W | 50W | 0-30 | 5 |
PLS-UAT100W | 100W | 0-50 | 5 |
PLS-UAT200W | 200W | 0-70 | 5 |