Heinrich Schmitz

Title: **Heinrich Schmitz: Innovator in Electrolysis Technology**

Introduction:

Heinrich Schmitz, an esteemed inventor based in Julich, Germany, has made significant contributions to the field of electrolysis technology. With a portfolio of three patents, he focuses on innovations that enhance the efficiency and effectiveness of chemical processes involved in hydrogen production and other applications.

Latest Patents:

Heinrich Schmitz’s latest patents showcase his innovative approach to electrolysis. One of his notable inventions is the **Porous oxide diaphragm for alkaline electrolyses**, which involves a unique method of creating a porous oxide diaphragm for alkaline electrolysis systems. This diaphragm consists of an in situ oxidized metal powder layer applied onto a permeable framework-forming carrier, eliminating the need for heat treatment before oxidation.

Additionally, he has developed a method for the **electrolysis of sulfur dioxide solutions**. This process incorporates electrically conducting activated carbon particles into a sulfur dioxide solution, resulting in a significant reduction in the electrical energy required for electrolysis. His inventive approach further includes the introduction of iodine into the electrolyte, which optimizes energy consumption, and the use of a graphite base body coated with activated carbon to enhance performance.

Career Highlights:

Throughout his career, Heinrich Schmitz has exemplified a commitment to advancing electrolysis technologies. His innovative spirit has helped in developing processes that not only aim for improved efficiency but also strive for lower energy consumption in chemical reactions.

Collaborations:

Heinrich has collaborated with notable colleagues in his field, including Jiri Divisek and Bertel Kastening. These collaborations have facilitated the exchange of ideas and have been instrumental in pushing the boundaries of electrolysis research farther.

Conclusion:

In conclusion, Heinrich Schmitz stands out as a prominent figure in the realm of innovation, particularly in the development of electrolysis technologies. His patents reflect a deep understanding of chemical processes and a willingness to innovate, making a lasting impact on the industry. As he continues his work at Kernforschungsanlage Julich, it will be exciting to observe how his contributions further evolve and inspire future advancements in technology.