Wenjing Li

Title: **Wenjing Li: Innovator in Ecological Water Supplementation**

Introduction

Wenjing Li is an accomplished inventor based in Guangzhou, China, known for her innovative contributions to ecological water management. With a focus on utilizing renewable energy sources for environmental sustainability, she has distinguished herself in her field.

Latest Patents

Wenjing holds a notable patent titled "Method for carrying out ecological water supplement by using tidal power." This innovative method outlines a process where tidal power is harnessed to supplement water ecosystems. The procedure involves constructing a first water supplying river channel along the upper and middle reach of an artery and tributaries of a river, storing water during high tide, and distributing it to tributaries at low tide. Additionally, the system includes a storage tank located in an urban river channel, connected with a second water supplying river channel that facilitates the supply of water to urban areas, promoting an efficient and sustainable approach to water management.

Career Highlights

Wenjing is currently associated with the South China Institute of Environmental Sciences, where she leverages her expertise in environmental technologies. Her dedicated work at this institute showcases her commitment to environmental protection and innovation in water resource management.

Collaborations

In her professional journey, Wenjing collaborates closely with fellow researchers and innovators, including coworkers Jing Wen and Luping Zeng. Their joint efforts emphasize the importance of teamwork in advancing research and developing innovative solutions to pressing environmental issues.

Conclusion

Wenjing Li represents a new generation of inventors dedicated to solving ecological challenges through innovation. Her patent on using tidal power for ecological water supplementation exemplifies the potential of renewable energy in enhancing water resource management. As she continues to develop her ideas at the South China Institute of Environmental Sciences, her contributions are anticipated to have a significant impact on sustainable practices in water management.