Wyandotte, MI, United States of America

Christopher W Kiesling



Average Co-Inventor Count = 6.0

ph-index = 2

Forward Citations = 40(Granted Patents)


Company Filing History:


Years Active: 2003-2004

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2 patents (USPTO):Explore Patents

Title: Discovering the Innovations of Christopher W. Kiesling

Introduction: Christopher W. Kiesling, an inventor based in Wyandotte, Michigan, has significantly contributed to the field of chemical processes with his innovative inventions. With two patents to his name, Kiesling's work focuses on the recovery and separation of polyols from aqueous solutions, which hold substantial industrial value.

Latest Patents: Kiesling's most recent patents revolve around a novel process for the recovery of polyols. This process involves separating a polyol or multiple polyols from a mixture of organic compounds, typically produced alongside the polyols, using distillation in a column. The cyclic acetal formed in the reaction of a polyol with an aldehyde or ketone enhances the efficiency of this separation method. Polyols like ethylene glycol and propylene glycol, which are crucial in many commercial applications, benefit from such innovative recovery techniques.

Career Highlights: Kiesling's dedication to his field is evident through his association with Michigan State University. His academic and professional endeavors have positioned him as a noteworthy inventor in the chemical engineering domain. His contributions not only showcase his inventive prowess but also enhance the understanding and application of polyol recovery processes.

Collaborations: Throughout his career, Kiesling has worked alongside talented individuals, including coworkers Shubham P. Chopade and Atulkumar D. Dhale. These collaborations not only reflect a strong professional network but also foster a rich environment for innovation and development in their shared field.

Conclusion: Christopher W. Kiesling's inventive contributions to the recovery of polyols underscore the significance of innovation in chemical processes. His patents highlight the importance of efficient separation methods that can have far-reaching implications in various industries. As he continues his work at Michigan State University, his contributions to the field of chemistry keep paving the way for future advancements.

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