Terry S Floyd

Title: The Innovative Mind of Terry S Floyd

Introduction

Terry S Floyd, an inventive spirit hailing from Clover, South Carolina, has made significant contributions to the field of chemistry through her innovative inventions. With a total of seven patents to her name, Floyd has established herself as a leader in rapid digestion methods, particularly in the Kjeldahl method used for nitrogen analysis.

Latest Patents

Among her most notable patents is the Microwave-based Kjeldahl method, which introduces a rapid approach to Kjeldahl digestion. This innovative method applies microwave energy to an acid/sample mixture at the beginning and throughout the digestion process. By diluting the digestate via pulsed addition of water after discontinuing the microwave energy, it effectively prevents sudden gas evolution and eliminates the need for a cooling step, significantly reducing processing time.

Floyd's second relevant patent pertains to the development of a digestion apparatus that utilizes microwave technology for efficient sample digestion. This microwave-based apparatus features a reaction vessel surrounded by an insulator and is designed to operate within a microwave system. It incorporates a slidable connector tube for connecting to a suction device, allowing for convenient sample handling while maintaining operational efficiency.

Career Highlights

Throughout her career, Terry S Floyd has worked with reputable companies including Cem Corporation and Celanese GmbH. Her time in these organizations has been marked by her commitment to advancing methodologies that improve laboratory processes and results.

Collaborations

Floyd has collaborated with esteemed colleagues such as Edwin D Neas and Wyatt P Hargett, bolstering her innovative efforts and expanding her professional network. Their teamwork has likely contributed to her success in developing groundbreaking technologies in the field of chemistry.

Conclusion

Terry S Floyd’s innovative contributions and patent achievements showcase her exceptional capabilities as an inventor. Her work, especially in the area of microwave-based Kjeldahl methods, is a testament to her dedication to enhancing laboratory efficiency and effectiveness. As she continues to develop pioneering solutions, Floyd remains an influential figure in the realm of scientific innovation.