Dilip K Chatterjee

Title: Dilip K Chatterjee: Innovator with 166 Patents

Introduction:

Dilip K Chatterjee, hailing from Rochester, NY (US), is a prolific inventor whose contributions to various fields have earned him a remarkable 166 patents. With a diverse range of inventions and a career spanning multiple companies, Chatterjee has made significant strides in the realms of metallic structures for solid oxide fuel cells and methods for determining subterranean fracture geometries. Let's delve into the latest patents, career highlights, and collaborations of this innovative individual.

Latest Patents:

One of Chatterjee's recent patents is for Metallic structures for solid oxide fuel cells. This invention presents a method and resulting device for creating metallic structures, including interconnects and sealed frames, specifically designed for solid oxide fuel cells. Chatterjee's approach involves utilizing a high-temperature aluminum-containing surface-alumina-forming steel for the interconnect structure. By brazing the interconnect structure to the surface portion of the device, effective sealing and electrical contact are achieved, thereby improving the performance of solid oxide fuel cells.

Another notable invention is the Method of manufacture and the use of a functional proppant for determination of subterranean fracture geometries. This patent introduces functionalized proppants that can track and trace the characteristics of fractures in geologic formations. The information obtained through these functionalized proppants aids in designing fracturing jobs, enhancing oil and gas recovery, and increasing conductivity within the fractures. Chatterjee's invention enables the detection of functionalized proppants through various methods such as magnetometry, ground penetrating radar, nuclear magnetic resonance, and more.

Career Highlights:

Throughout his career, Chatterjee has worked with prestigious companies including Eastman Kodak Company (now Eastman Kodak) and Corning Incorporated. His contributions at these organizations have undoubtedly played a crucial role in their technological advancements. Chatterjee's expertise in materials and manufacturing processes has been instrumental in the development of innovative solutions.

Collaborations:

Chatterjee has collaborated with several acclaimed researchers and engineers during his journey. Notable among these are his coworkers Syamal K Ghosh and Edward P Furlani, both of whom have made significant contributions to their respective fields. By working alongside these experts, Chatterjee has been able to combine his skills and knowledge with the valuable insights of others, resulting in the creation of groundbreaking inventions.

Conclusion:

Dilip K Chatterjee stands as an exemplary innovator with a commendable record of 166 patents to his name. His expertise in metallic structures for solid oxide fuel cells and methods for determining subterranean fracture geometries exemplifies his ability to tackle diverse challenges in the scientific and technological arenas. Through his collaborations and career highlights at renowned companies, Chatterjee has left an indelible mark on the field of innovation. The contributions of inventors like Chatterjee serve as a testament to the power of human creativity in driving progress and shaping the future.