Company Filing History:
Years Active: 1997
Title: The Innovative Contributions of Robert R. Bilodeau in Blood Treatment Technology
Introduction: Robert R. Bilodeau is a notable inventor based in Old Towne, Maine, whose work has significantly impacted the field of medical technology. With one registered patent, Bilodeau has demonstrated a profound understanding of blood treatment methods, particularly concerning the mass transfer processes involved in oxygenation.
Latest Patents: His most notable patent is for a blood treatment device featuring a moving membrane, designed to enhance the efficiency of mass transfer between blood and a fluid. This innovative medical device allows for improved oxygenation of blood by facilitating the movement of a membrane that separates blood from the fluid. This movement is executed in a predetermined manner, aligning with the primary direction of flow to increase the mass transfer rate significantly. The advancement lies in its ability to steepen the oxygen concentration gradient while concurrently reducing the blood mass transfer boundary layer thickness.
Career Highlights: Bilodeau currently works with the University of Colorado, where his expertise contributes to various research initiatives focused on medical innovations. The development of his patented blood treatment device showcases his dedication to advancing healthcare technology and improving patient outcomes.
Collaborations: In his professional journey, Bilodeau has collaborated with esteemed colleagues such as William B. Krantz and Roger J. Elgas. These partnerships have been instrumental in fostering innovation and driving forward research projects related to blood treatment devices.
Conclusion: Robert R. Bilodeau's contributions to the field of blood treatment and his patented technologies reflect his commitment to enhancing medical practices. His innovative work not only highlights the importance of mass transfer in medical devices but also underscores the potential for improved health outcomes through thoughtful engineering and collaboration.