Turki Al-smari

Title: Innovations of Turki Al-smari in Catalyst Technology

Introduction

Turki Al-smari is a notable inventor based in Riyadh, Saudi Arabia. He has made significant contributions to the field of catalyst technology, holding two patents that focus on the production of acetic acid from ethane. His work is instrumental in advancing methods for catalyst regeneration and selective oxidation.

Latest Patents

Al-smari's latest patents include a method for reactivating catalysts and systems for using and regenerating a catalyst for producing acetic acid from ethane. The first patent describes a process where a feed stream comprising ethane and an oxidant is flowed to a reactor containing a catalyst made of MoVNbPd oxide. The reaction conditions are optimized to produce acetic acid. When the catalyst's effectiveness diminishes, the feed stream is halted, and a regenerating gas stream is introduced to restore the catalyst's activity. The second patent focuses on a selective oxidation catalyst and methods for oxidizing hydrocarbons. This involves creating a slurry with molybdenum, vanadium, and niobium compounds, followed by the addition of palladium to form an active catalyst capable of converting hydrocarbons into acetic acid.

Career Highlights

Turki Al-smari is currently employed at Sabic Global Technologies B.V., where he continues to innovate in the field of chemical engineering. His expertise in catalyst technology has positioned him as a key player in the development of efficient processes for chemical production.

Collaborations

Al-smari has collaborated with notable colleagues such as Srikant Gopal and Shahid Azam. Their combined efforts contribute to the advancement of catalyst technologies and the optimization of chemical processes.

Conclusion

Turki Al-smari's work in catalyst technology exemplifies innovation in the production of acetic acid from ethane. His patents reflect a commitment to enhancing chemical processes through effective catalyst regeneration and selective oxidation methods.