Company Filing History:
Years Active: 2008
Title: **The Innovative Contributions of Frank Höper in Propylene Production**
Introduction
Frank Höper, an inventive mind based in Karben, Germany, has made significant strides in the field of chemical engineering. With a focus on enhancing the production of propylene, he has secured his place in the annals of innovation with his unique patent.
Latest Patents
Frank Höper holds one notable patent relating to a method of producing propylene. The patented method outlines a process where a charge stream containing C-to-C olefins is evaporated, superheated, and mixed with hot water vapor. This olefins vapor mixture is then converted on a zeolite catalyst, leading to a cooling phase that partially condenses the reaction mixture. To improve the yield of propylene, the gaseous phase, which contains ethylene, propylene, C-to-C olefins, and additional hydrocarbons, is compressed. Following this, the gaseous and liquid phases that emerge from the compression step are separated, allowing for efficient extraction of propylene, ethylene, and other light hydrocarbons, alongside the separation of olefin fractions.
Career Highlights
Frank Höper is currently affiliated with Lurgi AG, a renowned entity in the field of process technology and engineering solutions. His expertise in chemical processes has made him an invaluable asset to the company as he continues to push the boundaries of innovation in propylene production.
Collaborations
Frank has worked alongside talented colleagues such as Hermann Bach and Harald Kömpel. Their combined efforts in research and development enhance the innovative capabilities within their projects, contributing to the advancement of efficient production methods in the chemical industry.
Conclusion
With his patent and impactful collaborations, Frank Höper stands as a testament to the significance of innovative thinking in modern chemical engineering. His contributions not only exemplify personal achievement but also highlight the collaborative spirit of the field, paving the way for future advancements in propylene production and related innovations.