Alan E Toth

Title: The Innovative Work of Alan E. Toth in Sustainable Technology

Introduction: Alan E. Toth, based in Burlington, CA, is a prolific inventor with seven patents to his name. His contributions to the field of sustainable technology have made significant strides in creating environmentally friendly materials, particularly in the area of toner resins.

Latest Patents: Among his notable recent innovations is the patent for a "Simplified process for sustainable toner resin." This invention describes a one-reaction process for producing a bio-based polyester resin. The resulting polyester resin not only retains high thermal properties but also offers improvements over similar resins produced using previously complex multi-step procedures conducted in separate vessels. Another significant patent is the "Polyester process," which outlines the preparation of an unsaturated polyester through a series of reactions involving organic diol and cyclic alkylene carbonate. This method showcases the advancement of sustainable practices in resin production through optimized chemical processes.

Career Highlights: Alan currently works at Xerox Corporation, a renowned company known for its innovation in printing and document technology. His work focuses primarily on the development of sustainable solutions that align with modern environmental standards, illustrating his commitment to responsible engineering practices.

Collaborations: Throughout his career, Alan has collaborated with esteemed colleagues such as Guerino G. Sacripante and J. Stephen Kittelberger. Together, they have fostered advancements in their respective fields, showcasing the power of teamwork and innovation in driving change and developing new technologies.

Conclusion: Alan E. Toth stands out as a dedicated inventor whose work not only emphasizes technological advancement but also highlights the importance of sustainability in modern inventions. His innovative patents and collaborations at Xerox Corporation mark him as a prominent figure in the field of environmentally conscious engineering.