Company Filing History:
Years Active: 1983-1996
Title: E Thomas Strom: Innovator in Subterranean Formation Technologies
Introduction
E Thomas Strom is a prominent inventor located in Dallas, TX, with an impressive portfolio consisting of 21 patents. His innovative contributions primarily focus on methods for enhancing the stability and treatment of subterranean formations, particularly in relation to hydrocarbon reservoirs.
Latest Patents
Among his latest patents, E Thomas Strom has developed a method for improving formation stability surrounding a deviated wellbore. This method involves alternately injecting higher and lower density consolidating materials, thereby enhancing stability in the formation around the wellbore. The higher density material bolsters stability primarily on the low side of the wellbore, while the lower density material supports stability on the high side.
Additionally, he has patented a method for treating formations to block flow through a subterranean zone. This process entails the injection of a specific plugging solution, which includes an allyl monomer and an initiator, into the targeted zone. Once injected, the solution is allowed to set at an elevated temperature, hardening to form a solid that effectively blocks flow.
Career Highlights
E Thomas Strom is associated with Mobil Oil Corporation, where he has channeled his expertise in forming cutting-edge solutions for the energy sector. His dedication to innovation and technical prowess has earned him recognition among his peers in the industry.
Collaborations
In his professional journey, E Thomas Strom has collaborated with notable coworkers including Paul Shu and Charles S Yeh. Together, they have contributed to advancements in petroleum engineering and the development of effective methods for managing subterranean formations.
Conclusion
E Thomas Strom's significant contributions to the field through his numerous patents demonstrate his commitment to innovation in subterranean formation technologies. His work at Mobil Oil Corporation and collaborations with esteemed colleagues reflect a dedication to improving processes that enhance hydrocarbon extraction and formation stability.