Cynthia M Ward

Title: Inventor Spotlight: Cynthia M. Ward

Introduction

Cynthia M. Ward, an innovative inventor based in Cheshire, Connecticut, has made significant contributions to the field of biocides through her patented invention. With a keen focus on improving processes, Cynthia's work exemplifies the intersection of chemical engineering and practical application in industrial settings.

Latest Patents

Cynthia holds a patent for a "Process for incorporating biocides into a liquid dispersion." This inventive process enhances the preparation of a storage-stable dispersion of biocide by involving several key steps: first, it disperses a solid biocide with a carrier to create a concentrated mixture. Next, this biocide concentrate is heated to an elevated temperature, forming a stable blend of biocide, resin, and carrier. Finally, the mixture is cooled under continuous stirring, resulting in a homogeneous, storage-stable liquid dispersion. This innovative approach not only improves efficiency but also ensures the stability of the product developed through this process.

Career Highlights

Currently, Cynthia is employed at Arch Chemicals, Inc., where she applies her expertise to advance the company’s efforts in chemical manufacturing. Her dedication and innovative mindset have positioned her as a valuable member of the team, contributing to important projects that require a deep understanding of biocides and dispersions.

Collaborations

Throughout her professional journey, Cynthia has worked alongside her coworker, Rahim Hani. Together, they collaborate on projects that leverage their combined expertise, enhancing the scope of development and innovation within their field.

Conclusion

Cynthia M. Ward is a remarkable inventor whose process for incorporating biocides into liquid dispersions highlights her commitment to innovation and practical application in chemical engineering. Her work at Arch Chemicals, Inc. and collaboration with colleagues like Rahim Hani continues to inspire advancements in the industry, ensuring that biocide formulations remain efficient and effective for various applications.