Xieqing Wang

Introduction

Xieqing Wang is a prominent inventor based in Beijing, China, recognized for his significant contributions in the field of catalytic conversion technology. With an impressive portfolio of 15 patents, Wang has paved the way for advancements that enhance the efficiency and yield of propylene production from petroleum resources.

Latest Patents

Wang's latest innovations include a fluidized catalytic conversion method designed to maximize the production of propylene. This method comprises several steps, including pre-treating heavy feedstock oil with a catalytic conversion catalyst at elevated temperatures of 650° C. or higher. After the initial reaction, a hydrocarbon oil feedstock with high olefin content is introduced for further processing. The result is a process that efficiently separates olefin-rich streams, thus improving the yield of propylene and optimizing petroleum utilization.

Another recent patent involves a catalytic conversion process and system aimed at producing gasoline and propylene. This complex process includes subjecting feedstock oil to initial catalytic conversion, which generates a reactant that is then separated into distinct fractions for gasoline and propylene. The innovation also focuses on the oligomerization of Colefin to enhance output, ensuring that products are recycled for maximum efficiency in production.

Career Highlights

Throughout his career, Xieqing Wang has worked with major industry players such as China Petroleum & Chemical Corporation. His work has largely centered around refining processes and optimizing resource utilization within the petroleum sector.

Collaborations

Wang has collaborated with notable colleagues in the field, including Xingtian Shu and Jun Long. Together, they have contributed to advancements in catalytic technology, pushing the boundaries of innovation in their industry.

Conclusion

Xieqing Wang stands out as a leading inventor whose innovative methods in catalytic conversion have the potential to transform the production of vital chemical compounds such as propylene and gasoline. His ongoing contributions continue to impact the petroleum industry positively, showcasing the importance of innovation in addressing modern energy demands.