Jerry D Eastin

Title: Jerry D Eastin: Innovator in Sustainable Binder Technology

Introduction

Jerry D Eastin is a notable inventor based in Ceresco, Nebraska, who has made significant contributions to the field of sustainable materials. His innovative approach focuses on utilizing natural products to create effective binders for fuel bricks and pellets. With a patent to his name, Eastin's work exemplifies the intersection of environmental sustainability and technological advancement.

Latest Patents

Eastin holds a patent for a binder containing plant protein and densified refuse fuel cubes. This invention aims to form a binder from naturally occurring products without the need for extraction or purification steps. The binder utilizes proteins derived from various sources, including cereal grasses, buckwheat, oil seed plants, and leguminous plants. The unique thermoplastic microstructure of the protein, characterized by linear polymers linked with peptide linkages, enhances the binder's effectiveness. This innovative binder can be mixed with municipal waste and processed in a pelleting machine, promoting waste reduction and resource efficiency.

Career Highlights

Jerry D Eastin is affiliated with the University of Nebraska, where he continues to advance research in sustainable materials. His work not only contributes to academic knowledge but also has practical applications in waste management and energy production. Eastin's dedication to innovation in this field is evident through his patent and ongoing research efforts.

Collaborations

Eastin has collaborated with notable colleagues, including David Jones and Darin Dux, to further enhance the impact of his research. These collaborations reflect a commitment to interdisciplinary approaches in tackling environmental challenges.

Conclusion

Jerry D Eastin's contributions to sustainable binder technology highlight the importance of innovation in addressing environmental issues. His work serves as an inspiration for future advancements in the field of sustainable materials.