Heinz Thiemeyer

Title: Innovations of Heinz Thiemeyer: A Pioneer in Heat Treatment Methodologies

Introduction

Heinz Thiemeyer, a prominent inventor based in Neubeckum, Germany, is recognized for his innovative contributions to the field of material processing. With a focus on enhancing the efficiency of heat treatment processes, Thiemeyer's work has significantly impacted industrial practices, particularly in the production of fine-grained materials.

Latest Patents

Thiemeyer holds a patent for a revolutionary method for heat treating fine-grain material. This patented technique involves the preheating of raw cement meal in a preheating unit before introducing it into a rotary kiln for calcination. The process utilizes counterflow hot exhaust gases to optimize the heating of the material. After the introduction of the material into the kiln, fuel is directly sprayed onto the surface, which is then adequately covered by additional material from the preheater or through the circulation of material already present in the kiln, all facilitated by the elevated rotation speed of the kiln. Notably, the combustion of the fuel occurs almost entirely within the kiln and directly at the material, eliminating the need for prior gasification of the fuel.

Career Highlights

Throughout his career, Thiemeyer has worked for Polysius AG, a leading company in the engineering and construction of plants for the cement and mineral processing industries. His innovative approach to heat treatment exemplifies the commitment to efficiency and effectiveness that the company is known for.

Collaborations

Heinz Thiemeyer has collaborated with esteemed colleagues, including Horst Ritzmann and Georg Schepers. Together, they have been instrumental in advancing technologies that optimize industrial processes and improve product quality.

Conclusion

Heinz Thiemeyer's contributions to industrial innovation, particularly through his patented method for heat treating fine-grain materials, underscore his role as a key figure in material processing. His work not only represents a significant advancement in the field but also sets the stage for future innovations that can enhance production efficiencies across various industries.