Meyer R Rosen

Title: **Meyer R. Rosen: Innovator in Poly(ethylene oxide) Technology**

Introduction

Meyer R. Rosen, a distinguished inventor based in East Brunswick, NJ, has made significant contributions to the field of polymers, particularly through his innovative patent targeting poly(ethylene oxide). With one patent to his name, Rosen's work reflects a commitment to enhancing material safety and performance in the chemical industry.

Latest Patents

Rosen's patent, titled "Removal of residual ethylene oxide from poly(ethylene oxide)," focuses on a novel method for reducing hazardous residuals in poly(ethylene oxide). In his innovative approach, he outlines a series of steps for efficient removal of ethylene oxide. This involves the addition of finely divided solid particulate materials to high molecular weight poly(ethylene oxide), which serve to coat the particles and prevent their agglomeration. The process includes heating the particles to a temperature of at least 40°C, ideally near their crystalline melting point, to lower the ethylene oxide concentration to ten ppm or less. The patent details multiple heating methods, including the use of heated enclosures, liquid medium slurries, gaseous-fluidized beds, and microwave radiation, showcasing versatility in application.

Career Highlights

Meyer R. Rosen has been affiliated with Union Carbide Chemicals & Plastics Technology Corporation, a leading player in the chemical manufacturing industry. His work at Union Carbide has allowed him to focus on developing improved methods and materials that address both safety and environmental concerns.

Collaborations

Throughout his career, Rosen has collaborated with notable colleagues such as Walter Thomas Reichle and Geoffrey A. D'Netto. These partnerships have fostered an environment of innovation, emphasizing teamwork in the pursuit of breakthroughs in chemical technology.

Conclusion

Meyer R. Rosen stands as a prominent figure in the realm of polymer science, particularly through his innovative patent work related to poly(ethylene oxide). His contributions not only push the boundaries of material science but also promote safer practices in the industry. As he continues to impact the field, Rosen exemplifies the spirit of innovation that drives progress in the world of chemistry.