Thomas G Coker

Title: The Innovative Work of Thomas G. Coker in Electrolysis Technology

Introduction: Thomas G. Coker is a prolific inventor based in Waltham, MA, with a remarkable record of 17 patents to his name. His contributions primarily focus on advancements in the electrolysis of alkali metal halides, showcasing his commitment to improving chemical processes and materials. With a strong background in engineering and chemistry, Coker continues to drive innovation in the field.

Latest Patents: Among his latest patents, Coker has developed a method for the production of halogens through the electrolysis of alkali metal halides. This innovative approach involves generating chlorine by electrolyzing aqueous alkali metal chloride in a specialized cell. In this cell, the anode and cathode are separated by an ion exchange diaphragm, and either the anode or cathode is enhanced with particles of an electroconductive catalytic material, bonded with an electroconductive extender.

Another significant patent involves a multi-layer structure for a membrane-electrode assembly suitable for electrolysis. This unitary design features multiple layers, each with different overvoltages tailored for specific electrochemical reactions. The layered structure is designed to optimize reaction efficiency by preferentially locating the reaction zone a controlled distance away from the membrane surface, especially in alkali metal halide or alkali metal sulfate processes. This design reduces concentrated caustic formation and enhances cathodic current efficiency.

Career Highlights: Throughout his career, Coker has worked with some of the most reputable organizations in the industry, including General Electric Company and United Technologies Corporation. His work in these companies has significantly impacted the development of advanced electrolysis technologies and chemical processes.

Collaborations: Coker has collaborated with esteemed colleagues, including Anthony B. LaConti and Russell M. Dempsey. Their collective efforts in research and development have led to innovations that continue to shape advancements in electrochemical technologies.

Conclusion: Thomas G. Coker stands out as a dedicated inventor whose work in electrolysis technology has made significant contributions to the field. His patents not only demonstrate his ingenuity but also highlight his ongoing commitment to improving chemical processes through innovative solutions. As he continues to push the boundaries of what is possible, Coker's influence within the industry will undoubtedly persist, inspiring future inventors and researchers.