Jingyi Wang

Title: Inventor Jingyi Wang: A Pioneer in Catalytic Activity Acceleration

Introduction

Jingyi Wang, an innovative inventor based in Jiangsu, China, has made significant strides in the field of catalytic processes. She holds a patent that focuses on enhancing the catalytic activity in petroleum hydrogenation, contributing to the efficiency and quality of hydrocarbon products.

Latest Patents

Jingyi Wang's notable patent is titled "Catalytic Activity Accelerant Used in Petroleum Hydrogenation." This invention introduces a catalytic activity accelerant that is designed to be added to stock oil. The accelerant aims to improve the catalyst activity, increase the depth and yield of catalytic hydrogenation, and optimize the overall reaction conditions. The composition includes an alkyl succinimide derivative, an alkyl phenol, and a surfactant, with specific weight percentages for each component ranging from 5-70 wt. % for the alkyl succinimide derivative, and 2-70 wt. % for both the alkyl phenol and the surfactant.

Career Highlights

Jingyi Wang is affiliated with Nanjing University of Technology, where she contributes her expertise and innovative research in the field of chemical engineering. Her understanding of catalysis has not only led to advancements in petroleum processing but has also underscored the importance of interdisciplinary approaches in innovation.

Collaborations

In her endeavors, Jingyi Wang has collaborated with fellow researchers, including Jintang Wang and Jianning Guan. These partnerships emphasize the collaborative nature of research within the academic community, ultimately leading to the development of impactful technologies and processes.

Conclusion

Jingyi Wang's work exemplifies the vital role of inventors in advancing industrial processes through innovation. Her patent on catalytic activity accelerants represents a meaningful contribution to the petroleum industry, showcasing her dedication to enhancing product quality and process efficiency. As she continues her research at Nanjing University of Technology, her contributions are sure to inspire future advancements in catalytic technologies.