Company Filing History:
Years Active: 1999-2004
Title: The Innovations of Cara Moy Roeseler
Introduction
Cara Moy Roeseler, an accomplished inventor based in Winfield, Illinois, has made significant contributions to the field of chemical engineering. With a total of two patents to her name, Roeseler has focused her research on the innovative aspects of hydrocarbon processing and molecular sieve technology.
Latest Patents
Roeseler's latest inventions include:
1. **Adsorptive Separation Process for Recovery of Para-Xylene** - This patent details an enhanced process that optimizes the recovery of para-xylene from complex C aromatic hydrocarbon feed mixtures. By operating at higher desorbent purity, the performance of the adsorptive separation process is significantly improved. The use of barium and potassium exchanged zeolitic molecular sieve as the adsorbent and toluene as the desorbent allows for flexible trade-offs in operational parameters.
2. **Aromatic Isomerization Using a Modified Silicoaluminophosphate** - This invention pertains to a more efficient process for isomerizing non-equilibrium mixtures of xylenes and ethylbenzene. It utilizes a silicoaluminophosphate molecular sieve enriched in framework silicon at the surface to achieve a greater yield of para-xylene, outperforming previous methods in the industry.
Career Highlights
Cara Moy Roeseler is currently affiliated with UOP LLC, where she leverages her expertise in chemical engineering to drive innovative solutions in hydrocarbon processing. Her work exemplifies a commitment to advancing technology and improving efficiency in industrial applications.
Collaborations
Throughout her career, Roeseler has collaborated with notable colleagues, including Santi Kulprathipanja and James E. Rekoske. These partnerships have allowed her to further enhance her research and contribute to significant advancements in her field.
Conclusion
In summary, Cara Moy Roeseler stands out as a prominent inventor whose work in adsorptive separation and molecular sieves has a potential impact on the chemical engineering landscape. Her patents reflect a deep understanding of complex chemical processes, and her ongoing collaborations continue to push the boundaries of innovation in the industry.