Angela M Carswell

Title: **Innovative Contributions of Angela M Carswell in Catalysis and Resin Technology**

Introduction

Angela M Carswell, an accomplished inventor based in Longhope, GB, has made significant strides in the fields of catalysis and resin technology. With a total of four patents to her name, Carswell's work exemplifies innovation aimed at improving industrial processes and materials. Her contributions not only demonstrate technical expertise but also a commitment to developing cost-effective solutions in her field.

Latest Patents

Angela’s latest patents showcase her innovative approach to solving complex problems. One of her prominent inventions is the **amorphous silica-based catalyst and process for its production**. This invention focuses on a catalyst designed for the direct conversion of synthesis gas to olefinic hydrocarbons with improved yields. The catalyst is notable for its highly porous amorphous silica support, onto which one or more monolayers of silica are deposited, thereby enhancing its performance. The preparation of the silica monolayer involves the hydrolysis of compounds like ethyl orthosilicate while adsorbed onto the support, which is subsequently impregnated with a transition metal.

Another significant patent is for a **keto/polycarboxy containing resin**, which highlights her focus on creating thermally stable resins from readily available, coal-derived materials. This resin is developed from the condensation reaction of an aromatic diamine and an oxidized phenanthrene-formaldehyde reaction product. This innovation indicates a shift towards more economical materials, moving away from increasingly expensive oil-derived resins. The resultant poly-(amine-imide) resin has various applications, including high temperature insulation and as a component in glass or asbestos laminates for compressor blades.

Career Highlights

Angela is associated with Coal Industry (Patents) Limited, where her work integrates advancements in material science and engineering. Throughout her career, she has remained dedicated to innovation, emphasizing sustainable and cost-effective practices in her inventions. Her patents reflect an understanding of industry needs and the importance of developing materials that can withstand high temperatures and demanding applications.

Collaborations

Angela has collaborated with notable coworkers, including Joseph G Robinson and David I Barnes. These partnerships have facilitated the exchange of ideas and have been instrumental in advancing her patent work, highlighting the collaborative nature of innovation in engineering and technology.

Conclusion

Angela M Carswell stands out as an innovative inventor whose work in catalysis and resin technology has the potential to impact various industries significantly. Through her patents, she showcases a commitment to sustainability and efficiency, making her a noteworthy figure in the realm of modern inventions. Her contributions serve as an inspiration for future innovations in material science and engineering.