Wilhelm Jakobi

Title: **Innovations of Wilhelm Jakobi: A pioneer in Flue Gas Reduction and Coking Oven Technology**

Introduction

Wilhelm Jakobi, an esteemed inventor based in Essen, Germany, has made significant contributions to the field of industrial technology. With a total of five patents to his name, Jakobi has focused on innovations that enhance the efficiency and environmental sustainability of coking processes. His expertise stems from a dedicated career at Krupp Koppers GmbH, where he collaborates with other talented inventors.

Latest Patents

Among Wilhelm Jakobi's latest innovations is a patented method for reducing the NO.sub.x component of flue gas in heating coking. This invention revolves around the use of regenerative coking ovens equipped with vertical heating flues. These flues work in pairs and incorporate both high-level and low-level combustion stages. By optimizing the recirculation current rate (between 20% and 50%) and adjusting the combustion stage ratio (between 40% and 70%), Jakobi's method significantly lowers the generation of NO.sub.x contents in flue gas, effectively combating air pollution.

Another notable patent is his design for a coking oven with horizontal chambers for producing coke. This innovative chamber features a strategically placed filling hole with a cylindrical portion that has a diameter D and a corresponding reduced portion extending downwards into the chamber over a height H. Jakobi ensures that the ratio between D and H is maintained at 1.5 or less, which enhances the operational efficiency of the coking process.

Career Highlights

Throughout his career at Krupp Koppers GmbH, Wilhelm Jakobi has been instrumental in the development of advanced coking technologies. His innovative spirit and engineering prowess have led to significant improvements in industrial coking methods, contributing to the overall progress of the field. The practical applications of his patents reflect a commitment to addressing environmental challenges while advancing industrial capabilities.

Collaborations

Jakobi's work is complemented by collaborations with notable colleagues such as Johannes Janicka and Heinz Durselen. Together, they have fostered an environment that encourages innovation and problem-solving within the company. Their collective expertise has been essential in guiding the development of cutting-edge technologies in coking.

Conclusion

Wilhelm Jakobi's contributions to the field of coking technologies are both impactful and innovative. His inventions not only address operational efficiency but also emphasize the importance of environmental sustainability. As he continues to work at Krupp Koppers GmbH, his dedication to advancing industrial practices will likely lead to further breakthroughs in the industry.