Kun Wang

Title: Kun Wang: A Pioneer in Olefin Epoxide Innovation

Introduction

Kun Wang, located in Bridgewater, NJ, has made significant contributions to the field of chemical engineering, particularly in the production of olefin epoxides. With an impressive portfolio of 83 patents, he continues to push the boundaries of innovation. His work is characterized by a focus on efficient processes and sustainable methods for chemical production, benefiting both industry and the environment.

Latest Patents

One of Kun Wang's notable recent patents is for a "Process and system to make olefin epoxides." This patent describes innovative methods to produce olefin epoxides with three or more carbon atoms through the oxidation of branched hydrocarbons using oxygen. The process involves oxidizing a branched alkane to produce an organic hydroperoxide, followed by the epoxidation of a branched alkene through a catalytic reaction, resulting in olefin epoxides and alcohol. Furthermore, it includes methods for converting alcohol into additional branched alkanes or alkenes, enhancing the overall chemical efficiency.

Another significant patent by Wang is for a "Catalyst for oxidative olefin generation from paraffins." This disclosure details an active material that comprises a mixed metal oxide in a hydrotalcite-derived rocksalt structure, which can convert paraffins into corresponding olefins or heavier hydrocarbons. The innovative methods of preparing this active material mark a noteworthy advancement in catalytic processes.

Career Highlights

Kun Wang has built his career at prestigious organizations within the chemical research and engineering sectors. Notably, he has worked for ExxonMobil Chemical Patents Inc. and ExxonMobil Research and Engineering Company. His tenure at these firms has enabled him to contribute to advanced technologies in the chemical production landscape, reflecting his commitment to innovation.

Collaborations

Throughout his career, Wang has collaborated with talented professionals such as James Richardson Lattner and Jihad Mohammed Dakka. These collaborations have fostered a rich exchange of ideas and expertise, enhancing the development of groundbreaking technologies related to olefin epoxide production.

Conclusion

Kun Wang's contributions to the innovation of olefin epoxides highlight his significant role as an inventor and a leader in chemical engineering. With a robust array of patents and a commitment to advancing sustainable practices in chemical processes, he continues to influence the industry positively. His work serves as an inspiration for emerging inventors and engineers, paving the way for future advancements in chemical production and sustainability.