Company Filing History:
Years Active: 1979-1980
Title: The Innovations of Anthony J. Thorp
Introduction
Anthony J. Thorp, an inventive mind based in Immingham, Great Britain, has made notable contributions to the field of chemistry through his innovative work in the development of titanium disulphide particles. With two patents to his name, Thorp stands out as an influential inventor in his industry.
Latest Patents
Thorp's latest patents revolve around the creation and application of inorganic compounds, specifically titanium disulphide particles. The first patent describes titanium disulphide particles that comprise orthogonally intersecting plates with a high surface area, exceeding 4 m²/g, tailored for a unique size range. This innovative material showcases potential for intercalation with lithium, making it an active cathodic material in electrochemical cells, such as secondary batteries. The second patent outlines a novel process for producing titanium disulphide with stoichiometry very near to theoretical values. This production method involves vapor phase reactions of titanium tetrachloride and hydrogen sulphide under controlled temperature conditions, creating particles sized between 1 to 50 microns suitable for cathode applications in batteries.
Career Highlights
Anthony Thorp currently contributes his expertise to Laporte Industries Limited, where his innovative research and inventions play a vital role in advancing the company’s capabilities in the chemical sector. His work focuses not only on the chemical properties but also on the practical applications of the materials he develops.
Collaborations
Collaboration is essential to innovation, and Thorp has worked alongside esteemed colleagues such as Frank Clamp and Raoul Feld. Their combined expertise helps propel cutting-edge projects forward, fostering a collaborative environment for achieving breakthrough technologies.
Conclusion
Anthony J. Thorp exemplifies the spirit of innovation with his significant contributions to the field of materials science, particularly with titanium disulphide. His patents highlight advancements that have the potential to influence energy storage technology, showcasing the importance of inventors like him in shaping the future of electrochemical applications.