Company Filing History:
Years Active: 1994
Title: Innovations in Gas Separation by Robert Weinzenhofer
Introduction
Robert Weinzenhofer, an accomplished inventor based in Erlenbach, Germany, has made significant contributions to the field of gas separation technologies. With a focus on developing efficient methods for separating gas mixtures, he holds one notable patent.
Latest Patents
One of Robert's key inventions is a gas separation membrane. This multilayer membrane is designed for the effective separation of gas mixtures and comprises a polymer supporting membrane with a voids volume exceeding 50%. The innovation features a coating of two or more separating layers, made from different polymers, enhancing its efficiency. The hollow capillary serves as the supporting membrane and is routed through the central bore of a spinneret, which contains one or several concentric annular slits or grooves. Through these openings, solutions of the polymers designated for the separating layers are applied to the supporting membrane. The invention includes a sealed chamber where the solvents of these polymer solutions are evaporated and removed. Ultimately, the coated supporting membrane is drawn out and wound up, potentially following aftertreatment with heat and/or liquids.
Career Highlights
Robert Weinzenhofer is currently associated with Akzo Nobel, a multinational company renowned for its expertise in the field of specialty chemicals. His innovative spirit and commitment to advancing gas separation technologies are evident in his work.
Collaborations
Throughout his career, Robert has collaborated with prominent colleagues such as Heinz-Dieter Sluma and Alfons Leeb. Their combined efforts have contributed to the success of the projects they have undertaken, pushing the boundaries of engineering in the realm of gas separation.
Conclusion
Robert Weinzenhofer's pursuit of innovation in gas separation has positioned him as a notable inventor in the field. Through his groundbreaking patent and collaborative projects, he continues to pave the way for advancements in this critical area of technology. With ongoing contributions to the sector, Robert's work promises to impact various industries reliant on efficient gas separation techniques.