Clifford J Timpson

Title: Innovations in Mercury Measurement by Clifford J. Timpson

Introduction

Clifford J. Timpson is an accomplished inventor based in Tiverton, Rhode Island. He has made significant contributions to the field of environmental monitoring, particularly in the measurement of mercury in gases. His innovative approach addresses critical challenges in accurately measuring mercury levels while minimizing interference from other gas components.

Latest Patents

Timpson holds a patent for a method to compensate for interferences to mercury measurement in gases. This invention relates to a process and system for producing an elemental-mercury-free reference flue gas. The method allows for background photometric measurements, effectively eliminating the photometric interferences of flue gas components on mercury measurement. The process involves selectively removing elemental mercury from a portion of a gaseous stream and measuring the intensity of radiation absorbed by a UV spectrometer on the resulting mercury-free reference gas. This innovative technique enables accurate determination of mercury concentration without interference from other absorbing moieties at 254 nm in the flue gas.

Career Highlights

Timpson is associated with the Tennessee Valley Authority, where he applies his expertise in environmental science and engineering. His work focuses on developing methods that enhance the accuracy of mercury emissions monitoring, which is crucial for compliance with environmental regulations. His patent demonstrates his commitment to advancing technology in the field of air quality management.

Collaborations

Timpson has collaborated with notable colleagues, including Vince Van Pelt and Sandra J. Meischen. These partnerships have contributed to the development and refinement of his innovative methods for mercury measurement.

Conclusion

Clifford J. Timpson's contributions to the field of mercury measurement highlight the importance of innovation in environmental monitoring. His patented method not only improves measurement accuracy but also supports compliance efforts in industries that deal with mercury emissions. His work exemplifies the critical role of inventors in addressing environmental challenges.