Company Filing History:
Years Active: 2002
Title: Clive Anthony Woodward: Innovator in Pipeline Lining Technology
Introduction: Clive Anthony Woodward, a distinguished inventor based in Slough, GB, has made significant contributions to the field of pipeline technology. With a unique approach to creating innovative solutions, Woodward holds a patent that showcases his ingenuity and commitment to enhancing industry standards.
Latest Patents: Woodward's patent titled "Liner and Method for Lining a Pipeline" presents an innovative liner crafted from flexible material. This invention includes specialized means to increase the surface area of the liner, along with an adhesive/sealant and a release tape incorporated with reinforcing strips. An exemplary method described in the patent involves applying strips of adhesive/sealant to a release tape before compaction with the flexible material to create the desired profile. This design allows the liner to be fashioned into a tube and even folded into a cruciform shape, facilitating its application within a pipeline.
Career Highlights: Clive Anthony Woodward is currently employed at Thames Water Utilities Limited, where he is instrumental in developing advanced technologies to improve efficiency and operational effectiveness. His dedication to innovation within the water utility sector highlights his role as a forward-thinking inventor focused on practical solutions.
Collaborations: Throughout his career, Woodward has worked alongside notable colleagues, including Trevor George Sanders and Kirsten Elizabeth Atkinson. This collaboration with fellow innovators underscores the importance of teamwork in the pursuit of groundbreaking inventions.
Conclusion: Clive Anthony Woodward's contributions to pipeline lining technology reflect his commitment to innovation. His patent serves not only to advance the industry but also exemplifies how inventive thinking can lead to practical applications that benefit society. As he continues his work at Thames Water Utilities Limited, Woodward remains poised to influence the future of water utility technology.