Company Filing History:
Years Active: 1994
Title: The Innovative Journey of Veronique Deremince in Hydrogen Peroxide Manufacturing
Introduction
Veronique Deremince is an accomplished inventor based in Wavre, Belgium, with a notable contribution to the field of chemical manufacturing. Her expertise is particularly focused on the process for the manufacture of hydrogen peroxide, which holds significant industrial importance.
Latest Patents
Deremince holds a patent for her innovative process in producing hydrogen peroxide through the alkylanthraquinone oxidation method. The patent specifically details a hydrogenation stage where alkylanthraquinones undergo reaction in the presence of a catalyst comprising palladium that is supported on alumina granules. These granules are treated through halogenation before the palladium is fixed, enhancing the efficiency of the process. This innovation stands as a testament to her technical prowess and dedication to improving industrial processes.
Career Highlights
Currently, Veronique is employed at Interox International, a leading company dedicated to the production and supply of hydrogen peroxide and related chemicals. Her role in the company exemplifies her commitment to advancing chemical engineering practices and innovation within the industry. With only one patent to her name thus far, it is clear that her contributions have been impactful in her field.
Collaborations
At Interox International, Veronique collaborates closely with Claude Vogels, her coworker. This partnership allows for the exchange of ideas and further development of innovative processes in chemical manufacturing. Their joint efforts contribute to the ongoing success of the company.
Conclusion
Veronique Deremince's work in the hydrogen peroxide manufacturing process showcases her innovative spirit and dedication to progress in chemical engineering. Her patent not only highlights her inventiveness but also reflects the importance of collaboration in achieving significant advancements in industrial processes. As she continues her career, her contributions are sure to make a lasting impact in the field.