Company Filing History:
Years Active: 1987-2010
Title: The Innovative World of Gilbert R Malone: Revolutionizing Heat Transfer Systems
Introduction: Gilbert R Malone, a brilliant inventor hailing from Perry, Ohio, has made significant strides in the field of heat transfer systems. With a total of 3 patents under his belt, Malone's groundbreaking work has paved the way for more efficient and environmentally friendly solutions in secondary refrigeration.
Latest Patents:
1. Buffered heat transfer fluid for secondary refrigeration systems comprising a formate salt: Malone's innovative formate salt based heat transfer fluid, incorporating a phosphate for secondary refrigeration, offers enhanced heat transfer capabilities compared to traditional glycol-based fluids. Not only is it more effective in the same temperature range, but it also boasts lower toxicity and environmental risks.
2. Heat transfer fluid for secondary refrigeration systems comprising a formate salt and sulfamic acid: Another patent showcases Malone's expertise in formate salt-based heat transfer fluids, this time with the addition of sulfamic acid. Once again, the advantages over glycol-based fluids are evident, providing a safer and more efficient solution for secondary refrigeration systems.
Career Highlights: Gilbert R Malone's professional journey is closely linked with The Lubrizol Corporation, where his inventive spirit has flourished. Through his dedication and passion for innovation, Malone has established himself as a key player in revolutionizing heat transfer technologies.
Collaborations: Malone's collaborative efforts with esteemed colleagues, such as Diane L Dick and Thomas Edward Rajewski, have further propelled his innovative projects forward. Together, they have brought a fresh perspective to the development of cutting-edge heat transfer solutions.
Conclusion: In conclusion, Gilbert R Malone stands as a beacon of innovation, inspiring others in the field to push boundaries and think outside the box. His legacy as an inventor continues to impact the world positively, reshaping the landscape of heat transfer systems for a more sustainable future.