Company Filing History:
Years Active: 2023
Title: Kate Joanne Dibble - Pioneer in Liquid Methane Storage Innovations
Introduction
Kate Joanne Dibble is an innovative inventor based in Wadebridge, GB, recognized for her significant contribution to the field of fuel storage and delivery systems. With her pioneering spirit and technical expertise, she has developed a remarkable patent that enhances the efficiency and safety of methane storage solutions.
Latest Patents
Dibble holds a patent for a "Liquid Methane Storage and Fuel Delivery System." This invention encompasses advanced systems and methods aimed at the storage and delivery of fuel, particularly methane. Key features of her invention include the use of an inner vessel and an outer vessel connected by a unique rope suspension system. Moreover, the storage tanks are designed to operate at low pressure with extended hold times, while showcasing a non-cylindrical shape that sets them apart from traditional storage solutions.
Career Highlights
Dibble's career is marked by her dedication to developing innovative technologies that address contemporary fuel challenges. As an integral member of Bennamann Services Ltd., she plays a vital role in driving projects that promote sustainable fuel alternatives. Her commitment to innovation is evident in her approach to engineering and design, ensuring that every project contributes to a greener future.
Collaborations
Throughout her career, Dibble has collaborated with notable colleagues such as Christopher Mark Mann and Thomas William Bradshaw. Their teamwork has fostered a creative environment that encourages the exchange of ideas, facilitating the development of groundbreaking solutions in the energy sector.
Conclusion
Kate Joanne Dibble stands out as a leading figure in the invention of liquid methane storage systems. Her patent not only exemplifies her engineering prowess but also highlights the importance of innovation in advancing sustainable energy solutions. Through her work, Dibble continues to inspire future inventors and contribute to a cleaner, more efficient energy landscape.