Grant A Cox

Title: Innovations in Groundwater Remediation by Grant A. Cox

Introduction

Grant A. Cox, an inventor based in Houston, TX, has made notable contributions to the field of groundwater remediation. His research focuses on developing methods to enhance anaerobic treatment zones in contaminated groundwater, offering new solutions for environmental challenges. With one patent to his name, Cox stands out for his innovative approach to addressing groundwater contamination.

Latest Patents

Cox's patent, titled "Enhanced Anaerobic Treatment Zones in Groundwater," presents a method for remediating contaminated groundwater zones. The technique centers around shielding electron acceptors present in groundwater flow, such as dissolved oxygen, nitrate, and sulfate, which can hinder beneficial anaerobic reactions. By preventing the flow of electron acceptor-rich groundwater into contaminated zones, this method enhances the biodegradation of contaminants or immobilizes them by altering the subsurface geochemical environment. The patent outlines methods to establish groundwater diversion systems, including constructing physical barriers and creating stagnant zones through targeted groundwater management.

Career Highlights

Cox is affiliated with Groundwater Services, Inc., where he employs his expertise in groundwater remediation to advance environmental sustainability. His work has profound implications for the fields of environmental science and public health, addressing critical issues posed by contaminated water sources.

Collaborations

Throughout his career, Grant A. Cox has collaborated with notable colleagues, including Charles J. Newell and Carol Elaine Aziz. These partnerships have enriched his research and contributed to the development of effective groundwater remediation strategies.

Conclusion

Grant A. Cox continues to pioneer advancements in groundwater treatment, demonstrating the vital role of innovation in environmental protection. His patent underscores the importance of finding effective solutions to combat groundwater contamination, ensuring cleaner water for future generations.