Fenghul Niu

Title: Inventor Fenghul Niu: Pioneering Innovations in Selective Oxidation

Introduction

Fenghul Niu is a notable inventor based in Lawrence, Kansas, who has made significant strides in the field of chemical engineering. With a focus on developing innovative methods for selective oxidation, his work contributes to the advancement of chemical processes and materials.

Latest Patents

Fenghul Niu holds a patent for a "Spray Process for Selective Oxidation." This innovative oxidation process involves the introduction of small droplets of a liquid reaction mixture containing an oxidizable reactant, catalyst, and solvent into a reaction zone filled with oxygen and a diluent gas. By oxidizing the reactant at appropriate reaction temperatures and pressures, an oxidized product is produced. The liquid reaction mixture can utilize aromatic feedstocks with oxidizable substituents, leading to oxidized products that often include aromatic compounds with carboxylic acid groups. Notable examples of the feedstock include benzene rings with oxidizable alkyl substituents, as well as various hetero-rings and poly-rings featuring alkyl substituents.

Career Highlights

Fenghul Niu has made a notable impact in his role at the University of Kansas, where he focuses on research and development in chemical processes. His contributions to the field of selective oxidation enhance the efficiency and effectiveness of various chemical reactions, demonstrating his commitment to innovation in chemistry.

Collaborations

Throughout his career, Fenghul Niu has collaborated with esteemed colleagues, including Bala Subramaniam and Daryle Hadley Busch. These partnerships highlight the collaborative spirit within the research community at the University of Kansas, fostering an environment where groundbreaking ideas can flourish.

Conclusion

In summary, Fenghul Niu stands out as a dedicated inventor and researcher, making significant contributions through his patented work in selective oxidation. His innovative approaches not only advance scientific understanding but also have the potential to impact various industries reliant on chemical processing. With continued collaborations and research at the University of Kansas, Niu's future work promises to drive further innovations in the field.