Company Filing History:
Years Active: 2004
Title: The Innovative Contributions of Hisakazu Itoh
Introduction
Hisakazu Itoh, an inventor hailing from Yamaguchi, Japan, is known for his significant contributions to the field of chemical engineering. With a focus on process innovation, he holds a patent that enhances the efficiency of silicon tetrafluoride production, showcasing his expertise in chemical reactions and material science.
Latest Patents
Hisakazu Itoh's notable patent is titled "Process for Producing Silicon Tetrafluoride." This innovative process entails reacting elemental silicon with hydrogen fluoride at temperatures of 250°C or higher. The resulting gas product contains silicon tetrafluoride, and importantly, it can retain a volume percentage of unreacted hydrogen fluoride, specifically at least 0.02%. In a further enhancement, the process involves either bringing the gas product into contact with elemental nickel at 600°C or higher, or by preparing a gas mixture that includes at least 0.1% of hydrogen fluoride and subjecting it to contact with nickel at temperatures of 400°C or higher. This invention has the potential to improve manufacturing processes significantly within related industries.
Career Highlights
Hisakazu Itoh is affiliated with Central Glass Company, Limited, a firm renowned for its advancements in the chemical manufacturing sector. His role within the company underscores his commitment to innovation and excellence in the field. Throughout his career, Itoh's work has focused on refining chemical processes to enhance production efficiency and product quality.
Collaborations
Throughout his professional journey, Hisakazu Itoh has collaborated with talented colleagues such as Shinsuke Nakagawa and Takaaki Shibayama. Together, they have contributed to advancing the technologies developed at Central Glass Company, Limited, leveraging their collective expertise in chemical engineering to drive innovative solutions.
Conclusion
Hisakazu Itoh stands as a noteworthy inventor whose work in developing a process for silicon tetrafluoride production exemplifies the intersection of creativity and practical application in the chemical industry. His contributions, alongside his collaborations, reflect a dedication to innovation that continues to impact the field, promoting efficiency and sustainability in production methods.