Company Filing History:
Years Active: 2002
Title: **Robert Kim Ungar: Innovator in Cement Technology**
Introduction
Robert Kim Ungar, an inventive mind from Truro, CA, has made significant contributions to the field of cement technology. He holds one patent that emphasizes the enhancement of cement clinker yield, demonstrating his commitment to improving industrial processes and materials.
Latest Patents
Robert Kim Ungar's patent focuses on the enhancement of cement clinker yield. The innovation involves feeding a particulate material that includes silica and an oxide of calcium and aluminum, such as fly ash, into the hot cement clinker during the manufacturing process. This method allows the fly ash to melt into a partially fused material that chemically reacts with the hot clinker, leading to the production of a pyroprocessed cement clinker rich in crystalline hydraulic silicates. The addition of this materials occurs downstream in the cooling stage of the kiln assembly or even within the kiln itself to optimize the clinker’s performance.
Career Highlights
Throughout his career, Robert has been associated with Lafarge Canada Inc., a prominent player in the cement industry. His work at this company has allowed him to make pivotal advancements in the manufacturing processes of cement, highlighting his role as an innovator in the sector.
Collaborations
Robert Kim Ungar has had the privilege of working alongside esteemed colleagues, including David Bridson Oates and Kevin Moire Cail. These collaborations have enriched his experiences and contributed to the development of technologies that have significant implications for the construction industry.
Conclusion
In summary, Robert Kim Ungar is a noteworthy inventor whose patented innovations have the potential to enhance the efficiency of cement production. His dedication to improving industrial practices reflects the essence of innovation, paving the way for more sustainable construction materials. As the cement industry continues to evolve, contributions like those of Robert will remain crucial for future advancements.