Yingmin Zhang

Title: Yingmin Zhang: Innovator in Ecological Water Supplementation

Introduction

Yingmin Zhang, an esteemed inventor based in Guangzhou, China, has made significant strides in the field of ecological engineering. He is particularly recognized for his innovative patent that leverages tidal power to enhance water supply, reflecting his commitment to environmental sustainability.

Latest Patents

Yingmin Zhang holds a patent titled "Method for carrying out ecological water supplement by using tidal power." This innovative technique involves constructing a first water supplying river channel at the upper and middle reaches of a river's artery and its tributaries. The patent outlines a process where water is stored at high tide and subsequently released to the tributaries at low tide. Furthermore, it includes the design of a storage tank in an urban river channel, which is interconnected with a second water supplying river channel. This system is intended to effectively supply water to urban areas, demonstrating a clever integration of renewable energy sources for ecological purposes.

Career Highlights

Yingmin Zhang is affiliated with the South China Institute of Environmental Sciences, where he contributes as a prominent researcher and inventor. His work exemplifies a blend of scientific ingenuity and practical application, aimed at addressing critical environmental challenges through innovative technologies.

Collaborations

In his professional journey, Yingmin Zhang has collaborated with notable colleagues, including Jing Wen and Luping Zeng. Together, they work towards advancing ecological solutions and fostering sustainable practices within their research institution.

Conclusion

Yingmin Zhang's innovative approach to ecological water supplementation through tidal power not only highlights his inventiveness but also his dedication to environmental sustainability. His patent serves as a significant contribution to the field, embodying the potential of harnessing natural resources for the greater good. As he continues to collaborate with fellow researchers, his work promises to inspire future innovations in ecological engineering.