Gregory N Batts

Title: Innovations by Gregory N. Batts: Pioneering Methods to Combat Microbial Growth

Introduction

Gregory N. Batts, an innovative inventor located in Bushey, GB, has made significant contributions in the field of microbiological control. With a total of eight patents to his name, Batts focuses on creating methods and apparatuses that address the growth of microorganisms in aqueous environments. His work is not only vital for improving efficiency in various systems but also ensures enhanced safety in different applications.

Latest Patents

Batts's recent patents include a groundbreaking method for inhibiting the growth of microorganisms in an aqueous medium. This innovative method involves contacting the aqueous medium with a permeable body composed of material that interacts with the microorganisms. This interaction leads to a change in the chemical structure of the material due to one or more of the microorganisms, making it highly effective. Notably, the permeable body may take the form of a bag containing plant fibers, which proves beneficial in treating photoprocessor wash waters.

Additionally, he has developed an apparatus and method for inhibiting microbial growth specifically in wash water contained in a photoprocessing system. This method utilizes a pump connected to a permeable container that includes a biocide immobilized on a support. As the wash water is pumped through the system, it interacts with the immobilized biocide, effectively inhibiting microbial growth. The self-contained apparatus can be seamlessly placed in a reservoir containing the aqueous medium that requires treatment.

Career Highlights

Gregory N. Batts is associated with the Eastman Kodak Company, where he applies his expertise in developing innovative solutions for microbial control. His dedication to research and invention is evident in the array of patents he has secured, highlighting his role as a key contributor in the field.

Collaborations

Throughout his career, Batts has collaborated with notable colleagues, including Karen Leeming and Christopher P. Moore. These partnerships emphasize the collaborative nature of innovation and the importance of teamwork in the advancement of technology in microbiological domains.

Conclusion

Gregory N. Batts stands out as an influential inventor whose contributions to microbial growth inhibition methods illustrate the potential of innovations in enhancing the safety and efficacy of aqueous systems. With an impressive portfolio of patents and a commitment to progress, Batts continues to make significant strides in his field, paving the way for future advancements in microbial control technologies.