Company Filing History:
Years Active: 1992
Title: Innovations in Meat Processing: The Contributions of Paul F. Gould
Introduction
Paul F. Gould, an inventive mind based in Waunakee, Wisconsin, has made significant contributions to the field of meat processing through his innovative patent aimed at improving the quality of pork. His work focuses on addressing the issues associated with pale, soft, and exudative pork, ensuring that meat products meet higher quality standards.
Latest Patents
Gould holds a notable patent that outlines a unique methodology for reducing the occurrences of undesirable meat characteristics in freshly killed pork. The patent describes a process where meat carcasses undergo a specific conditioning procedure. By slitting a portion of the carcass, such as the ham area, and inserting solid carbon dioxide into the pocket formed, the temperature is rapidly reduced in a controlled manner. This innovative approach effectively prevents the onset of pale, soft, and exudative characteristics, thereby enhancing the overall quality of pork produced.
Career Highlights
Gould's career is closely associated with Oscar Mayer Foods Corporation, where he has applied his expertise in meat science to innovate processes that benefit both the food industry and consumers. His patent represents a culmination of his knowledge and dedication to improving meat products.
Collaborations
Throughout his career, Gould has collaborated with fellow professionals, including Larry C. Gundlach and Gary R. Skaar. Together, they have contributed to advancements in meat processing techniques, emphasizing the importance of teamwork and shared expertise in the field of innovation.
Conclusion
Paul F. Gould’s pioneering work in meat processing, particularly his patented method for improving the quality of pork, showcases the vital role of innovation in the food industry. His contributions not only help enhance consumer satisfaction but also set higher standards for meat quality, demonstrating the impact that inventors like him can have on everyday products.