Kelly Scott Johns

Title: **Innovative Approaches to Insect Control by Inventor Kelly Scott Johns**

Introduction

Kelly Scott Johns, an inventive mind based in Hahira, Georgia, has made significant contributions to the field of pest control through his innovative approach to bait formulation. With two patents to his name, Johns' work exemplifies the intersection of chemistry and environmental pest management, showcasing his commitment to developing effective solutions against insect populations.

Latest Patents

Johns' latest patents focus on the creation of baits designed to control insect populations effectively. The primary patent, titled "Bait with Hot Melt Binder," details a bait formulation that utilizes a homogeneous mixture comprising a feeding stimulant, an insecticide, and a molten polymeric binder composition. This innovative process allows for the production of particulate baits that are free of water, thus preventing the hydrolysis of active insecticidal ingredients. His technology addresses the challenges posed by temperature-sensitive ingredients and the difficulties of extended storage and transport.

Career Highlights

He is associated with Micro Flo Company, where he contributes to developing advanced pest management solutions. Johns has established himself as a crucial player in the invention of environmentally friendly pest control strategies, leading to more effective and safer insect management in various settings.

Collaborations

Johns collaborates closely with his coworker, Chel W Lew, who plays an essential role in his innovative projects. Their partnership reflects a dynamic approach to research and development, driving progress in pest control technologies.

Conclusion

Kelly Scott Johns stands out as a dedicated inventor whose work is advancing the field of pest management. His contributions not only highlight his inventive spirit but also underscore the importance of innovation in creating sustainable solutions to ecological challenges. Through his patents and collaborations, Johns continues to make a significant impact on insect control practices, paving the way for future advancements in this vital area.