Company Filing History:
Years Active: 2009
Title: **Cuong Chi Vuong: A Pioneer in Hydraulic Pumping Systems**
Introduction
Cuong Chi Vuong is a notable inventor based in Edmonton, Canada, recognized for his contributions to the field of hydraulic engineering. With a focus on improving the efficiency of wellhead assemblies, Vuong has developed innovative solutions that enhance the functionality of hydraulic pumping systems.
Latest Patents
Cuong Chi Vuong holds a patent for a "Wellhead assembly for hydraulic pumping system." This invention encompasses a wellhead assembly designed to seal and suspend an in-casing hydraulic drive unit for downhole pumps. Notable features of this patent include pressure-containing wellhead body members with a vertical bore and a production bore at the uppermost portion. The assembly includes a hydraulic pump hanger that suspends and seals a hydraulic cylinder, integrates a vertical bore, forms at least one hydraulic line for hydraulic fluid communication, and incorporates check valves for fluid management. This invention significantly contributes to the safety and efficiency of hydraulic systems.
Career Highlights
Vuong is associated with Stream-Flo Industries Ltd., a company known for its expertise in providing engineered solutions for oil and gas industries. His work at the company has been instrumental in advancing hydraulic technologies and showcases his commitment to innovation within the industry.
Collaborations
Throughout his career, Vuong has collaborated with notable colleagues such as Keith David Farquharson and Gregory Wayne Allen. Their teamwork has fostered an environment of creativity and knowledge sharing, leading to impactful developments in hydraulic systems.
Conclusion
In conclusion, Cuong Chi Vuong continues to be a significant figure in the domain of hydraulic pump technologies. His patented wellhead assembly illustrates his dedication to enhancing operational efficiencies in the oil and gas sector. As he continues his work at Stream-Flo Industries Ltd., Vuong's contributions are likely to influence future advancements in hydraulic engineering.