Axel Gohrt

Title: Innovator Axel Gohrt: Pioneering Advances in Alcohol Production

Introduction

Axel Gohrt, a prominent inventor based in Cologne, Germany, has made significant strides in the field of chemical engineering, particularly in the production of tertiary alcohols. With a total of three patents to his name, Gohrt's contributions reflect innovative processes that enhance the efficiency and sustainability of chemical production.

Latest Patents

Gohrt's latest patents showcase his inventive capabilities in chemical processes. One notable patent is titled "Process for the preparation of tertiary alcohols by the hydration of tertiary olefins in a reactive rectification using a structured multi-purpose packing." This invention details a method for hydrating tertiary olefins on an acidic ion exchanger utilizing structured multi-purpose packings for heterogeneous reactive rectification. This technique achieves excellent yield and purity of alcohol while extending the service life of the catalyst.

Another significant patent by Gohrt is the "Process for the selective preparation of diisobutylene (DIB) from an i-butene-containing C4 stream." This invention outlines a process in which the C4 stream undergoes hydroisomerization and fractionation to minimize 1-butene and 2-butene content before being dimerized over an acidic catalyst in a reactive column. This innovative approach allows for effective temperature control during reactions and utilizes a side stream for further hydroisomerization.

Career Highlights

Throughout his career, Axel Gohrt has been associated with notable companies such as BP Köln GmbH and EC Erdölchemie GmbH. His work in these organizations has allowed him to refine his expertise and apply his inventive ideas to real-world challenges in chemical processes.

Collaborations

In pursuit of his innovative ventures, Gohrt has collaborated with prominent professionals such as Joachim Grub and Stefan Kaminsky. These partnerships have played a critical role in advancing his research and patent endeavors, contributing to the development of novel chemical processes.

Conclusion

Axel Gohrt stands as a testament to innovation in chemical engineering, particularly through his processes for the production of tertiary alcohols and diisobutylene. His patents reflect a commitment to enhancing efficiency and sustainability in chemical production, underscoring the importance of inventors in driving advancements in the industry.