Michelle K Kidder

Title: **Michelle K Kidder: Pioneering Innovations in Carbon Capture and Nanotechnology**

Introduction

Michelle K Kidder, an accomplished inventor based in Clinton, TN, has made significant contributions to the fields of environmental science and nanotechnology. With a remarkable portfolio of four patents, she demonstrates her commitment to innovation, particularly in developing technologies that address critical global challenges.

Latest Patents

Among her latest patents, Michelle has developed a **catalytic porous polymer for selective capture and reduction of carbon dioxide**. This invention provides a pioneering catalytic carbon capture material that incorporates a microporous polymer featuring a Tröger's base moiety. The material not only selectively captures carbon dioxide (CO₂) but also acts as a catalyst to convert the captured CO₂ into various carbon dioxide-based products. Additionally, she has patented a **microbially-mediated method for synthesis of metal chalcogenide nanoparticles**. This method uniquely utilizes chalcogen-reducing microbes to produce hydrogen chalcogenide vapor, which is then directed into a metal-containing solution to generate metal chalcogenide nanoparticles. These innovations underscore her ability to integrate biological processes with chemical production.

Career Highlights

Michelle has had a distinguished career, having worked with reputable organizations such as UT-Battelle, Inc. and the U.S. Geological Survey. Her work there has facilitated the application of her inventions in practical scenarios, enhancing their impact on both research and industry.

Collaborations

Throughout her career, Michelle has collaborated with notable colleagues, including James Weifu Lee and Archibald C Buchanan III. These partnerships have not only enriched her work but also contributed to advancing scientific research in their respective fields.

Conclusion

Michelle K Kidder stands out as a leading inventor whose work in carbon capture and nanotechnology is paving the way for future innovations. Her patents reflect a commitment to sustainable solutions and technological advancement, inspiring ongoing research and development in critical areas of environmental science and materials engineering.