Morris Dee Argyle

Title: Morris Dee Argyle: Pioneering Innovation in Coal Fly Ash Management and Gasification

Introduction

Morris Dee Argyle is a recognized inventor based in Laramie, Wyoming, holding six patents that demonstrate his contribution to environmental and energy innovations. His work primarily focuses on methods for improving the processing and utilization of coal byproducts, particularly in addressing the environmental impacts of coal fly ash.

Latest Patents

Among Argyle's notable inventions is a method for the removal of elements from coal fly ash. This innovative technique involves treating an aqueous suspension of fly ash with dissolved ferrous compounds at an initial acidic pH. The result is the effective precipitation of ferrous ions, which helps sequester trace heavy metals from the fly ash, ensuring safer disposal and reduced environmental contamination.

Argyle has also developed a cost-effective catalyst for the gasification of Powder River Basin coal. His research investigates the catalytic gasification of Wyodak low-sulfur sub-bituminous coal, utilizing an inexpensive sodium carbonate catalyst. Through experiments conducted in a fixed-bed laboratory gasifier, he has established optimal conditions for catalytic gasification, demonstrating significant efficiency at specific sodium loading levels.

Career Highlights

Morris Dee Argyle's professional journey includes significant contributions while affiliated with the University of Wyoming. His research not only advances the field of coal utilization but also emphasizes the importance of developing cost-effective and environmentally benign technologies. Argyle’s commitment to innovation is reflected in his extensive patent portfolio.

Collaborations

During his career, Argyle has collaborated with noteworthy colleagues such as Katta Jayaram Reddy and Maohong Fan, contributing to a rich academic and research environment that fuels the development of cutting-edge solutions in energy and environmental science.

Conclusion

Morris Dee Argyle exemplifies the spirit of innovation in addressing some of the pressing challenges associated with coal utilization. Through his patents, he not only enhances the feasibility of processing coal byproducts but also plays a vital role in promoting sustainable energy practices. His work continues to inspire future generations of inventors and researchers in the field.