Location History:
- Totton, GB (1995)
- Wantage, GB (1991 - 1998)
Company Filing History:
Years Active: 1991-1998
Title: The Innovative Contributions of Jacqueline D. Bland
Introduction: Jacqueline D. Bland, a distinguished inventor based in Wantage, GB, has significantly influenced the field of fuel additive technologies. With a total of five patents to her name, her innovative work has garnered attention and respect in the chemical industry.
Latest Patents: Jacqueline's latest patents focus on enhancing fuel compositions. One of her notable inventions involves chemical compositions that serve as effective fuel additives. These additives are designed to treat distillate fuel by utilizing structures that align with the crystal planes of wax, consequently producing crystals below 4000 nanometers in size. Her work emphasizes the use of novel sulpho-carboxylic materials, particularly their esters and amine derivatives. Additionally, her second significant patent outlines a unique copolymer formulation comprising an alpha olefin or an aromatic substituted olefin, combined with fumarates and similar compounds aimed at enhancing distillate fuel.
Career Highlights: Jacqueline D. Bland is a pivotal figure at Exxon Chemical Patents, Inc., where she applies her expertise in developing cutting-edge chemical solutions. Her innovative work not only highlights her technical skills but also her dedication to advancing fuel technology.
Collaborations: Throughout her career, Jacqueline has collaborated with notable colleagues, including Kenneth Lewtas and Albert Rossi. These partnerships have fostered an environment of creativity and innovation, driving their projects to new heights and ensuring successful outcomes in the realm of fuel additives.
Conclusion: Jacqueline D. Bland's contributions to the field of chemical compositions and fuel additives exemplify her commitment to innovation. With a robust portfolio of patents and collaborative efforts with esteemed colleagues, she continues to impact the chemical industry positively. Her work paves the way for enhanced fuel performance and contributes to a more sustainable future in energy solutions.