Jinyun Liao

Title: Innovations of Jinyun Liao in Catalytic Hydrogen Generation

Introduction

Jinyun Liao is a prominent inventor based in Huizhou, China. She has made significant contributions to the field of catalysts, particularly in the area of hydrogen generation. With a total of three patents to her name, her work showcases innovative methods and applications that enhance catalytic performance.

Latest Patents

One of Jinyun Liao's latest patents is the "Yolk/shell-type CoCuCoO@CoCuCoOcatalyst as well as preparation method and application thereof to catalytic hydrogen generation." This invention relates to the technical field of catalysts and discloses a novel yolk/shell-type catalyst that demonstrates excellent catalytic activity in ammonia borane catalytic hydrolysis for hydrogen generation. The preparation method involves synthesizing a solid sphere complex from cobalt salt and hexamethylenetetramine, followed by calcination to obtain a microsphere structure. The catalyst is noted for its high purity and good catalytic performance.

Another significant patent is the "Method for preparing copper-nickel cobaltate nanowire." This method outlines a systematic approach to create nanowires through a series of steps involving the dissolution of various salts and controlled reactions at specific temperatures. The resulting nanowires have potential applications in various catalytic processes.

Career Highlights

Jinyun Liao is affiliated with Huizhou University, where she conducts her research and development activities. Her work has garnered attention for its practical applications and innovative methodologies in catalyst preparation.

Collaborations

Jinyun collaborates with notable colleagues, including Hao Li and Dongsheng Lu, who contribute to her research endeavors. Their combined expertise enhances the quality and impact of their work in the field of catalysis.

Conclusion

Jinyun Liao's innovative contributions to catalytic hydrogen generation and her effective methods for preparing advanced catalysts position her as a key figure in her field. Her patents reflect a commitment to advancing technology and improving catalytic processes.