Company Filing History:
Years Active: 2021
Title: **Innovations by Daniel Hay in Froth Flotation Technologies**
Introduction
Daniel Hay is an inventive mind based in Naperville, Illinois, known for his contributions in the field of froth flotation technologies. With a focus on improving the separation processes of low-grade ores, his innovative spirit has led to significant advancements in material recovery methods.
Latest Patents
Daniel Hay holds a notable patent for "Functionalized Silicones for Froth Flotation." This patent describes improved sparge compositions that enhance the froth flotation separation process, specifically addressing the froth flotation of particulate materials containing ultrafine particles. The functionalized silicone compositions are tailored to the chemical nature of the beneficiary or gangue in the ore, which improves recoveries and purities of the desired materials. Additionally, these compositions are particularly effective for the flotation of iron ores with silica impurities and ores containing sulfur compounds such as sulfides.
Career Highlights
Currently, Daniel is utilizing his expertise at Ecolab USA Inc., a global leader in water, hygiene, and energy technologies. His work focuses on developing innovative solutions that increase the efficiency of mineral recovery processes, driving sustainability in resource extraction.
Collaborations
Throughout his career, Daniel has collaborated with talented colleagues such as Jianjun Liu and Jaqueline Herrera, contributing to a dynamic and innovative working environment. Together, they strive to push the boundaries of current technologies and enhance the effectiveness of froth flotation methods.
Conclusion
Daniel Hay’s innovative contributions in froth flotation technology are setting new standards in the field, particularly in the recovery of low-grade ores. His patent and work at Ecolab USA Inc. signify his commitment to enhancing material recovery processes, emphasizing both efficiency and environmental sustainability in the mining industry.