Baoyuan Sun

Title: Innovative Catalysis: The Work of Baoyuan Sun

Introduction

Baoyuan Sun, an accomplished inventor from Shandong, China, has made significant contributions to the field of chemical engineering with his innovative patent. His work focuses on the synthesis of dimethyl carbonate (DMC), which is a valuable compound in various industrial applications.

Latest Patents

Sun holds a patent for a novel catalyst designed for the synthesis of dimethyl carbonate from urea and methanol. The patent describes a catalyst that consists of an active component ranging from 20 to 50 weight percent and a carrier of 80 to 50 weight percent. This catalyst is prepared using an equal-volume spraying and impregnating method. The innovative synthesis method can be executed in a catalytic rectification reactor, where urea is dissolved in methanol and is fed counter-currently into the reaction zone. The process operates at optimized conditions, including a reaction temperature between 120°C and 250°C, to enhance both the yield of DMC and the conversion of urea.

Career Highlights

Baoyuan Sun has laid a solid foundation in his career through his work with well-respected organizations. He has been associated with the Chinese Academy of Sciences, where he likely engaged in extensive research and development in his field. Additionally, he has contributed his expertise to Feicheng Acid Chemicals Co., Ltd., further enriching his practical experience in the industry.

Collaborations

Sun's collaborations with institutions such as the Chinese Academy of Sciences demonstrate his commitment to advancing the field of chemical synthesis. Working alongside professionals in such reputable organizations has allowed him to gain insights and foster innovations that are beneficial to the industry.

Conclusion

Baoyuan Sun's innovative work in catalysis, particularly his patented method for synthesizing dimethyl carbonate, showcases his role as a significant inventor in the chemical engineering sector. His contributions are not only groundbreaking but also crucial for advancing sustainable chemical processes. With a promising career and proven expertise, he continues to inspire future innovations in the field.