Yue Jing

Title: Innovations by Yue Jing in Ammonia Production

Introduction

Yue Jing is an accomplished inventor based in Houston, TX (US). She has made significant contributions to the field of ammonia production, holding a total of 2 patents. Her innovative work focuses on improving the efficiency and processes involved in producing ammonia and ammonia products.

Latest Patents

Yue Jing's latest patents include a high-pressure cryogenic process and system for producing ammonia products. This system allows for the production of ammonia by compressing a gas mixture that includes nitrogen, hydrogen, methane, and argon. The process operates under pressures ranging from about 1,000 kPa (130 psig) to about 10,400 kPa (1,495 psig). The compressed gas mixture can be selectively separated at cryogenic conditions to yield a first gas comprising nitrogen and hydrogen, and a second gas comprising methane, argon, and residual gases. The first gas can then be reacted to produce ammonia products.

Another notable patent focuses on the efficiency of ammonia processes. This system features a first shell with multiple discrete catalyst beds, a second shell surrounding the first, and two heat exchangers for optimal heat exchange. The design allows for a portion of the feed gas to be reacted in the presence of a catalyst, resulting in an ammonia effluent that can be efficiently processed.

Career Highlights

Yue Jing is currently employed at Kellogg Brown & Root LLC, where she continues to develop innovative solutions in ammonia production. Her work has garnered attention for its potential to enhance the efficiency of ammonia synthesis, which is crucial for various industrial applications.

Collaborations

Yue has collaborated with notable colleagues, including Avinash Malhotra and James Hanlan Gosnell. These partnerships have contributed to her success in advancing ammonia production technologies.

Conclusion

Yue Jing's contributions to ammonia production through her innovative patents demonstrate her expertise and commitment to enhancing industrial processes. Her work not only showcases her inventive spirit but also has the potential to impact the field significantly.