Company Filing History:
Years Active: 1984
Title: **Inventor Kip B. Groans: Innovating Multiphase Flow Measurement**
Introduction
Kip B. Groans, an inventive mind based in Harvey, LA, has made significant contributions to the field of flow measurement technology. His groundbreaking work is encapsulated in a patented invention that enhances the efficiency of measuring multiphase flows in subterranean wells.
Latest Patents
Kip holds a patent for a "Multiphase Flow Measurement System." This innovative system is capable of determining the individual total flow rates of water, gas, and oil components found in a production fluid mixture drawn from subterranean wells. The system's design includes a mass flow measurement unit, which is connected to the outlet of the well to accurately measure the total mass flow rate. Following this, a sample portion of the production fluid is directed to a test separator tank system to ascertain the individual sample flow rates of the different components. A central control unit processes the individual sample flow rates in conjunction with the total mass flow measurement to derive the overall flow rates of water, gas, and oil at the wellhead.
Career Highlights
Currently, Kip is employed at Baker Hughes, a prestigious company renowned for its dedication to advancing energy solutions through technology and innovation. His work at Baker Hughes underscores his commitment to the development of cutting-edge methods to optimize resource extraction and management.
Collaborations
Throughout his career, Kip has worked alongside esteemed colleague Robert Edwin Furmaga, collaborating to further advancements in multiphase flow technologies. Their combined expertise emphasizes the importance of teamwork in fostering innovation within the engineering and energy sectors.
Conclusion
Kip B. Groans stands as a prominent figure in the realm of multiphase flow technology, with his single patent marking a substantial contribution to the industry. As he continues his work at Baker Hughes, his dedication to improving flow measurement systems will likely inspire future innovations that enhance resource conservation and efficiency in energy production.