Company Filing History:
Years Active: 2018
Title: Guy William Farebrother: Innovator in Downhole Pumping Technology
Introduction
Guy William Farebrother is a notable inventor based in Calgary, Canada. He has made significant contributions to the field of downhole pumping technology. His innovative approach has led to the development of a unique apparatus designed to enhance fluid movement within wellbores.
Latest Patents
Farebrother holds a patent for a "Downhole pumping apparatus and method." This apparatus includes a sealing device for sealing a wellbore, a first pump for pumping fluids from a lower wellbore section, and a pump drive powered using wellbore gas. The design also features a gas inlet for supplying the pump drive with wellbore gas and a gas outlet for exhausting wellbore gas to an upper wellbore section from the pump drive. Additionally, the apparatus may include a second pump for pumping fluids from the upper wellbore section into the lower wellbore section, a vent for venting wellbore gas to the upper wellbore section, and a switch for controlling the pump drive. The method for moving fluids in a wellbore involves sealing the wellbore, supplying wellbore gas to a pump drive, and driving a first pump with the pump drive.
Career Highlights
Guy William Farebrother is associated with Lifteck International Inc., where he applies his expertise in downhole technology. His work has been instrumental in advancing the efficiency of fluid movement in wellbore applications. With a focus on innovation, Farebrother continues to contribute to the field through his patented inventions.
Collaborations
Farebrother has collaborated with notable colleagues, including Serge Gilbert Bonnet and Rodney K Ridley. Their combined efforts in the field of downhole technology have fostered advancements that benefit the industry.
Conclusion
Guy William Farebrother is a distinguished inventor whose work in downhole pumping technology has made a significant impact. His patented apparatus and method demonstrate his commitment to innovation and efficiency in fluid movement within wellbores.