Company Filing History:
Years Active: 1994
Title: Innovative Contributions of Timothy R. Tips in Downhole Well Tools
Introduction: Timothy R. Tips, an accomplished inventor based in Houston, TX, has made significant strides in the realm of downhole well tools. With a keen focus on improving oil and gas extraction techniques, his innovation has garnered attention within the industry.
Latest Patents: Timothy R. Tips holds a patent for a sophisticated well tool featuring sealing means. This innovative downhole well tool incorporates a shifting sleeve designed to open a flow communication port. The tool is equipped with primary seal elements positioned upstream and downstream of the port, as well as between the well tool and sections of tubing that form the well flow conduit. Additionally, the design includes a fluid diffuser element that minimizes flow damage across the primary seal elements during the shifting of the sleeve. This invention also outlines a method for selectively transmitting fluid using the well tool, showcasing its versatility and effectiveness.
Career Highlights: Timothy R. Tips has established his career at Baker Hughes Corporation, a prominent leader in the oil and gas industry. His work reflects a commitment to advancing extraction technologies and improving operational efficiency through innovation.
Collaborations: Throughout his time at Baker Hughes, Timothy has collaborated with distinguished colleagues, including Douglas James Murray and Robert Joe Coon. These partnerships have allowed for a richer exchange of ideas and facilitated the development of cutting-edge technologies in the field.
Conclusion: Timothy R. Tips exemplifies the spirit of innovation in the oil and gas sector. With his patented well tool and significant contributions to Baker Hughes Corporation, his work continues to influence the advancement of downhole technologies. Timothy's dedication to improving extraction methodologies underscores the important role inventors play in pushing the boundaries of technology and enhancing productivity in the energy sector.