Horng-Bin Pan

Title: **The Innovative Contributions of Horng-Bin Pan in Metal Recovery**

Introduction

Horng-Bin Pan, located in Moscow, ID, has made significant strides in the field of materials science and environmental engineering with four patented inventions. His work primarily focuses on the extraction and recovery of precious metals from aqueous solutions, employing innovative methodologies that address both economic and environmental concerns.

Latest Patents

Pan's recent patents showcase his expertise in recovering palladium and other platinum-group elements from acidic solutions. One notable patent details a process using chelating acrylic fibers with amidoxime substituents. This method allows for the efficient extraction of these metals, achieving up to 100%loading onto the fiber and enabling the fibers to be repeatedly eluted and reused. Another innovative patent illustrates how his carbon chain backbone fibers can remove heavy and toxic metals from freshwater sources, including rivers and industrial discharge wastewaters, effectively operating within pH levels of 5 to 6.

Career Highlights

Horng-Bin Pan has worked with renowned organizations, including Lcw Supercritical Technologies Corporation and Battelle Memorial Institute, where he has contributed to cutting-edge research and development in material sciences. His inventive processes not only improve metal recovery rates but also introduce efficiencies that can lead to continuous recovery operations in various applications.

Collaborations

Throughout his career, Pan has collaborated with prominent colleagues such as Chien M. Wai and Gary A. Gill. These collaborations have enhanced his research endeavors and have led to technological advancements in metal recovery methods.

Conclusion

Horng-Bin Pan stands out as an innovator committed to pushing the boundaries of metal extraction technologies. His contributions are pivotal in promoting sustainable practices in industries reliant on precious and toxic metals. With his ongoing research and development efforts, the impact of his work will likely resonate within both the academic and industrial sectors for years to come.