Nicholas E Smith

Title: Innovations of Nicholas E. Smith in Reducing Coking in FCCU Feed Zone

Introduction

Nicholas E. Smith is recognized for his significant contributions to the field of chemical engineering, particularly in the area of heavy oil processing. Based in Albert Park, Australia, Smith has developed a critical invention that addresses the challenge of coke formation in fluid catalytic cracking units (FCCU).

Latest Patents

Smith holds a patent titled "Reduction of Coking in FCCU Feed Zone." This innovative method predicts the tendency of heavy oil feed to generate coke deposits within the FCC riser based on specific operating parameters. By applying a regression-derived linear model from extensive rigorous model runs, he enables operators to effectively minimize coke formation, leading to improved efficiency in the FCCU.

Career Highlights

Nicholas E. Smith has made significant advancements in his career at ExxonMobil Research and Engineering Company. His expertise in chemical engineering has allowed him to develop solutions that extend the operational life and performance of FCCUs. The precision of his predictions helps in optimizing the conditions under which these units operate, allowing for a more sustainable approach to heavy oil processing.

Collaborations

Throughout his career, Smith has worked alongside other notable professionals in the field, including Masaaki Sugita and Christopher Gordon Smalley. Collaborating with such esteemed colleagues has further enriched his research and innovation capabilities, fostering a productive environment for advancement in chemical technologies.

Conclusion

Nicholas E. Smith's contributions to the reduction of coking in FCCU feed zones exemplify the importance of innovation in the petroleum industry. His patent reflects a dedication to advancing engineering practices that significantly enhance operational efficiency and reduce waste, embodying the spirit of innovation necessary for tackling global energy challenges.