Company Filing History:
Years Active: 2018-2019
Title: Stefanie Lynn Asher: Innovator in Pipeline Technology
Introduction
Stefanie Lynn Asher is a notable inventor based in Spring, TX (US). She has made significant contributions to the field of pipeline technology, holding 2 patents that address critical issues such as corrosion and fluid conveyance.
Latest Patents
Her latest patents include a conduit system and method of use thereof, which describes a conduit system for conveying fluids. This system comprises a conduit, a tubular, and a sealing component. The tubular is positioned radially interior of an inner surface of the conduit along its length and is made from a polymeric material. The sealing component is located near the distal end of the tubular in an annulus formed between the outer surface of the tubular and the inner surface of the conduit, designed to seal the annulus effectively. Additionally, methods for reducing corrosion or providing pressure integrity to a conduit are also described in this patent. Another significant patent is for a solid-state inhibitor for pipeline and flowline applications. This system includes a solid formulation comprising a corrosion inhibitor, a container that allows fluid flow while confining the solid formulation, and a module that positions the container within the flowpath of the pipeline or flowline. This invention also provides methods and apparatuses for inhibiting corrosion in pipelines and flowlines.
Career Highlights
Stefanie is currently employed at ExxonMobil Upstream Research Company, where she applies her expertise in pipeline technology. Her work focuses on developing innovative solutions to enhance the integrity and longevity of pipeline systems.
Collaborations
Throughout her career, Stefanie has collaborated with esteemed colleagues, including Venkat R. Krishnan and Neerav Verma, contributing to advancements in their field.
Conclusion
Stefanie Lynn Asher's contributions to pipeline technology through her innovative patents demonstrate her commitment to addressing critical industry challenges. Her work continues to influence the field and improve the safety and efficiency of fluid conveyance systems.