Xiaojian Min

Title: **Innovator Xiaojian Min: Pioneering Low-Carbon Olefin Production**

Introduction

Xiaojian Min is a notable inventor based in Beijing, China, recognized for his advancements in polymer sciences. With a single patent to his name, Min has made a significant contribution to the field of low-carbon olefin production through innovative methods.

Latest Patents

His patent, titled "Method for preparing polymer grade low-carbon olefin through separation of methanol pyrolysis gas," outlines an efficient process for obtaining polymer-grade olefins. The method includes steps such as compression, impurity removal, and absorption and separation. In this innovative approach, the pyrolysis gas is directed to an ethylene removing column, where it undergoes further absorption using a C4 absorbent. This results in the production of polymer-grade ethylene, polymer-grade propylene, and C4 and C5 products. Notably, Min's method employs moderate-temperature and moderate-pressure separation without requiring a cold box, leading to a safer production process, reduced equipment investment, easier separation, and lower energy consumption.

Career Highlights

Xiaojian Min has worked with reputable companies, including China MTO Limited and Daqing Petrochemical Engineering Co., Ltd., where he honed his expertise in petrochemical processes and innovations. His career showcases a dedicated commitment to advancing methodologies in the production of important chemical compounds.

Collaborations

Throughout his career, Min has collaborated with esteemed colleagues such as Huiling Zhang and Longwu Cheng. These partnerships have likely contributed to his innovative thinking and problem-solving skills in the field of polymer production.

Conclusion

Xiaojian Min stands out as a pioneering inventor in the realm of low-carbon olefin production. His patent reflects a breakthrough in the efficient extraction and refinement of valuable polymer products using a streamlined, energy-efficient method. As industries continue to seek greener solutions, Min’s work is poised to influence future innovations in polymer manufacturing and sustainability.