Company Filing History:
Years Active: 2014
Title: **Innovations by Ikumi Kurose: Advancements in Karl Fischer Titration**
Introduction
Ikumi Kurose, an inventor based in Kyoto, Japan, has made significant contributions to analytical chemistry through her innovative work on the Karl Fischer titrator and method. With one patent to her name, her invention has advanced the precision of determining water content in various samples.
Latest Patents
Kurose's pioneering patent centers on the Karl Fischer titrator and the Karl Fischer titration method. The invention employs a back titration and titer determination using back coulometric titration. In this process, iodine in a solution is transformed into iodine ions using electrolytic electrodes during back coulometric titration, allowing for precise water content measurement. The technique innovatively utilizes dehydrated solvents containing Karl Fischer reagents for volumetric titration, resulting in enhanced accuracy in quantitative analysis.
Career Highlights
As part of the Kyoto Electronics Manufacturing Company, Limited, Kurose has established herself as an influential figure in her field. Her work emphasizes the integration of advanced titration techniques and has been instrumental in improving analytical methodologies. Kurose’s research has paved the way for more efficient testing processes and has enhanced the reliability of results in various applications.
Collaborations
Kurose has had the opportunity to collaborate with Masaaki Ishikura, a talented colleague who shares her passion for innovation in analytical chemistry. Together, they have combined their expertise to refine existing methodologies and explore new avenues for research, fostering a collaborative environment that promotes creative solutions in the field.
Conclusion
Ikumi Kurose’s contributions to the realm of titration through her patented invention highlight the importance of innovation in scientific research. As part of the Kyoto Electronics Manufacturing Company, Limited, her achievements reflect a commitment to excellence and precision that continues to impact the industry today. Her work will undoubtedly inspire future advancements in analytical techniques and methodologies.