Company Filing History:
Years Active: 2019
Title: Inventor Clyde L. Rhodes, II and His Innovative Reflux Condenser Method
Introduction
Clyde L. Rhodes, II is an accomplished inventor based in Scott Depot, West Virginia. With a focus on chemical engineering applications, he has made significant contributions to the field, particularly through his innovative work on a reflux condenser method. This method addresses the condensation of vapor streams, specifically those containing formaldehyde, enhancing efficiency in chemical processing.
Latest Patents
Clyde L. Rhodes, II holds a patent for a innovative reflux condenser method. This patent outlines methods, apparatus, and processes for a condenser, which involves flowing a vapor stream containing formaldehyde into a vertical upflow reflux condenser with a specific tube length to diameter ratio. The condenser's design utilizes cooling fluids to condense the vapor stream, enabling the formation of methylene glycol through reactions with condensed formaldehyde on the internal surfaces of the tubes. Notably, this method can remove at least sixty percent (60%) of formaldehyde from the vapor stream.
Career Highlights
Clyde is associated with Dow Technology Investments LLC, where his expertise in chemical engineering and innovation is pivotal. His work not only contributes to his company’s technological advancements but also to the broader field of chemical processing. His unique invention reflects his commitment to developing sustainable and efficient chemical processes.
Collaborations
Throughout his career, Clyde has collaborated with notable coworkers, including Fred A. Conneway and John Francis Szul. These partnerships have fostered a creative environment, leading to innovative ideas and practical solutions in the industry. Such collaborations highlight the importance of teamwork in driving technological advancements.
Conclusion
Clyde L. Rhodes, II stands as a prominent figure in the realm of innovations, particularly with his patent on the reflux condenser method. His work continues to influence the field of chemical engineering, showcasing the value of inventive thinking and collaboration in creating effective solutions for modern challenges.