Gail W Graves

Title: Gail W. Graves: Innovator in Fluid Containment Technologies

Introduction

Gail W. Graves is a notable inventor based in Richmond, Texas, recognized for her contributions to fluid containment technologies. With a total of 2 patents, she has developed innovative solutions that enhance the safety and efficiency of piping systems.

Latest Patents

Gail's latest patents include a "Plastic Lined Dual Containment Piping System" and a "Plastic Lined Sample Valve." The dual containment piping system focuses on methods and apparatus for improved containment, detection, and monitoring of leaks in piped substances. This system is constructed from connections of flanged, plastic-lined concentric pipe segments, each featuring an inner and outer shell with an annulus in between. The design includes a connector that utilizes annular resilient sealing members and inner plastic seals to ensure secure connections. This innovative piping system provides an annular containment passageway to capture any fluid escaping from the inner shell, directing it to a fluid detection port in the connector.

The plastic lined sample valve is designed for insertion in a fluid line, featuring a sampling passageway that allows for sampling or injecting ingredients into the fluid line. It includes a first annular tapered valve seat and a second tubular valve seat, with a valve stem that moves toward and away from these seats. The valve's design ensures that the sealing areas are wiped clean upon closing, preventing material buildup in the passageway.

Career Highlights

Throughout her career, Gail has worked with several companies, including Peabody Dore Corporation and Performance Plastics Products, Inc. Her experience in these organizations has contributed to her expertise in fluid containment technologies.

Collaborations

Gail has collaborated with various professionals in her field, including her coworker Bernd Schulte-Ladbeck, who has also contributed to advancements in fluid technology.

Conclusion

Gail W. Graves stands out as an innovative inventor whose work in fluid containment technologies has made significant impacts in the industry. Her patents reflect her commitment to enhancing safety and efficiency in piping systems.