Company Filing History:
5 out of 6 
1 out of 77 
1 out of 494 
Years Active: 2012-2024
Title: Derrick P Green: A Pioneer in Petroleum Coke Research
Introduction
Derrick P Green, located in Fredericton, Canada, is an accomplished inventor with a focus on methods surrounding nuclear magnetic resonance (NMR) measurements within the field of petroleum coke. He holds a total of seven patents, reflecting his significant contributions to this area of research and innovation.
Latest Patents
Among his latest inventions are noteworthy patents that address key aspects of petroleum coke analysis. One patent describes a detailed method for classifying petroleum coke, utilizing NMR measurements to determine the identity of a sample. This involves analyzing the relaxation decay value of a fluid in the sample and comparing it to known values in a reference group to identify the material accurately. Another patent focuses on the measurement of petrophysical information from crushed porous media, which describes a systematic approach to perform NMR measurements on the media in various states, aimed at extracting crucial petrophysical properties.
Career Highlights
Derrick has worked for several prominent organizations throughout his career, including Green Imaging Technologies, Inc. and the University of New Brunswick. His tenure at these institutions has enabled him to delve deeper into his research interests and implement his innovative ideas, leading to the development of his patents.
Collaborations
In his career, Derrick has collaborated with talented coworkers, including Michael J Dick and Taylor Kenney. These collaborations have fostered a productive environment for advancing research and innovations in the field of petroleum analysis.
Conclusion
Derrick P Green exemplifies the role of the inventor in advancing technological frontiers in petroleum coke research. His dedication to innovation is demonstrated through his valuable patents, impactful contributions in the field, and strategic collaborations with industry professionals. His work continues to influence the study and application of NMR methods in this vital area.