Yaohui Wang

Title: Innovations of Yaohui Wang in Organosilica/Ceramic Composite Membranes

Introduction

Yaohui Wang is a notable inventor based in Changzhou, China. He has made significant contributions to the field of material science, particularly in the development of composite membranes. His innovative work focuses on enhancing the efficiency of separation processes, which has important applications in various industries.

Latest Patents

Yaohui Wang holds a patent for the "Preparation method of organosilica/ceramic composite membrane with a gradient pore structure." This patent outlines a novel preparation method that involves selecting a porous ceramic material as a membrane support layer. The process includes gradually replacing a solvent with water to create zirconium colloidal sols of varying particle sizes. These sols are then successively coated onto the ceramic support to form a membrane transition layer with a gradient pore structure. The final step involves catalytically synthesizing an organosilica polymeric sol and applying it to the transition layer through ultrasonic thermal spraying. This innovative method results in an organosilica/ceramic composite membrane that is defect-free and ultrathin, making it suitable for applications in salt-containing dye wastewater treatment and polypeptide bioactive substance separation.

Career Highlights

Yaohui Wang is affiliated with Changzhou University, where he continues to advance research in material science and engineering. His work has garnered attention for its practical applications and innovative approaches to solving complex problems in separation technology.

Collaborations

Yaohui Wang collaborates with esteemed colleagues, including Yihan Zhang and Rong Xu. Their combined expertise contributes to the advancement of research in the field of composite membranes.

Conclusion

Yaohui Wang's innovative work in the preparation of organosilica/ceramic composite membranes showcases his commitment to advancing material science. His contributions have the potential to significantly impact wastewater treatment and bioactive substance separation technologies.