Jarrett Riley

Title: Jarrett Riley: Innovator in Hydrogen Production and Chemical Engineering

Introduction

Jarrett Riley is a distinguished inventor based in Morgantown, West Virginia, known for his innovative contributions to hydrogen production and chemical engineering. With a portfolio of three patents, Riley has developed methods that enhance the efficiency and effectiveness of chemical processes, particularly in the realm of energy production.

Latest Patents

One of Jarrett Riley's notable inventions is a patented process for the production of hydrogen through chemical looping. This process involves reacting a fuel with a combination of two oxygen carriers to yield gaseous products and reduced oxygen carriers. It further entails the reaction of a portion of these reduced oxygen carriers with steam to generate hydrogen, along with partially oxidized carriers. The remaining carriers are then treated with air, allowing for heat generation and the regeneration of the oxygen carriers. This innovative approach not only enhances hydrogen production but also optimizes resource reuse.

Another significant patent involves an encapsulation method for preparing pellets with high attrition resistance. This method focuses on encapsulating reactive components within a vitrified clay outer layer, resulting in pellets that possess both strength and high reactivity. The process entails agglomerating the reactive components and subsequently forming a clay substrate outer layer. When calcined at elevated temperatures, these pellets exhibit superior attrition resistance and demonstrate efficient gas transfer during reactions.

Career Highlights

Throughout his career, Jarrett Riley has collaborated with reputable organizations, including the United States Department of Energy. His work in the field has contributed significantly to advancements in energy technologies, particularly in improving the processes related to hydrogen generation.

Collaborations

Riley has worked alongside notable colleagues, including Ranjani V. Siriwardane and William Benincosa. These collaborative efforts have fostered innovative solutions in chemical engineering and furthered the understanding of reactants and processes in hydrogen production.

Conclusion

Jarrett Riley stands out as a leading inventor, making remarkable strides in the field of hydrogen production and chemical engineering. His patents exemplify a commitment to innovation that not only addresses current energy challenges but also sets the stage for future advancements in sustainable energy practices. With ongoing contributions to the field, Riley continues to be a pivotal figure in the evolution of chemical technologies.