Company Filing History:
Years Active: 1997
Title: Innovations in Acid Detection: The Contributions of Howard L. Nekimken
Introduction: Howard L. Nekimken, an accomplished inventor based in Los Alamos, New Mexico, holds an impressive patent focusing on the detection of acidity in solutions. His work is particularly significant in various industrial and environmental applications where precise acid concentration measurements are crucial.
Latest Patents: Nekimken's notable invention is the Optical High Acidity Sensor, which is designed to determine acid concentrations ranging from approximately 0.1 Molar to 16 Molar. This innovative apparatus features a specialized chamber for analyzing sample solutions. It employs a fiber optic light source to transmit light through the chamber, allowing for effective interrogation of the sample. The design includes a fiber optic collector to receive the collimated light, while a coating of an acid-resistant polymeric composition reacts to changes in acid concentration. This results in a measurable response that can be compared against predetermined standards, facilitating accurate determination of the acid molarity in the samples.
Career Highlights: Howard L. Nekimken's career is marked by his association with the United States government, where he has contributed valuable innovations through his technical expertise. His invention not only advances the analytical capabilities in the chemical field but also showcases the importance of interdisciplinary approaches in research and development.
Collaborations: Throughout his career, Nekimken has worked alongside prominent colleagues, including Betty S. Jorgensen and W. Patrick Carey. This collaborative environment fosters creative solutions and technical advancements, strengthening the research outcomes in their respective fields.
Conclusion: Howard L. Nekimken's work in the development of the Optical High Acidity Sensor represents a significant stride in the realm of analytical chemistry. His inventions highlight the critical need for accurate acid detection methods in various applications, ensuring safety and efficiency in processes that rely on precise chemical analysis.