Company Filing History:
Years Active: 2005-2006
Title: Innovations by Wesley J. Robertson in Polyethylene Film Resins
Introduction
Wesley J. Robertson, an accomplished inventor based in Humble, TX, has made significant contributions to the field of polyethylene film resins. With two patents to his name, he has been instrumental in advancing processes that enhance the quality and performance of polyethylene products.
Latest Patents
Wesley's latest patents demonstrate his commitment to improving polyethylene resin technology. One of his key inventions is the method for "Oxygen Tailoring of Polyethylene Film Resins." This process involves conveying polyethylene resin through various zones, where it is treated with oxygen and primary antioxidants to produce films with improved gauge uniformity. His second patent, titled "Method of Processing Polyethylene Resins," focuses on pelletizing polyethylene resin, significantly reducing defects such as black specks. This process incorporates nitrogen gas during the melt-conveying phase, resulting in high-quality pellets that meet stringent production standards.
Career Highlights
Wesley operates within ExxonMobil Chemical Patents Inc., a leading name in the chemical industry. His role has allowed him to leverage his expertise to develop innovative solutions that address industry challenges. His work is recognized for enhancing the manufacturing processes of polyethylene products, particularly in achieving superior film quality.
Collaborations
Wesley collaborates closely with fellow inventors and researchers, including James E. Wagner and Jerry Michael Johnson. Their combined efforts contribute to the development of effective processes in polyethylene production, fostering an environment of innovation and excellence within their team.
Conclusion
Wesley J. Robertson's work in polyethylene film resins showcases his inventive spirit and dedication to enhancing materials technology. Through his patents and collaborations, he not only contributes to the advancement of his company but also plays a vital role in the broader chemical industry. His innovative processes are poised to impact future applications, ensuring continued development in the field of polyethylene products.