Location History:
- Windsted, CT (US) (1994)
- Winsted, CT (US) (1994)
Company Filing History:
Years Active: 1994
Title: **The Innovations of Hugh A. Carlson: Pioneering Water Electrolyzers**
Introduction
Hugh A. Carlson, an accomplished inventor based in Windsted, CT, has made significant contributions to the field of water electrolyzers through his innovative patented technologies. With two patents to his name, Carlson is pushing the boundaries of efficiency and reliability in electrolysis, a crucial process for water splitting into hydrogen and oxygen.
Latest Patents
Carlson's latest inventions focus on enhancing the structural integrity of ion exchange membranes in water electrolyzers, addressing critical challenges faced at high-pressure operations. His patents include:
1. **Dual-direction flow membrane support for water electrolyzers** - This invention highlights the risk of electrolyzer failure when operating at pressure gradients exceeding 200 psi. By utilizing a porous sheet situated between the anode electrode and the screen set, it increases rigidity while ensuring simultaneous dual-directional flow of water to the anode. This innovation allows for efficient oxygen flow from the anode, facilitating high-pressure operations without compromising the membrane's integrity.
2. **Method for electrolyzing water with dual directional membrane** - Similar to his previous patent, this method underscores the challenges associated with maintaining the integrity of the ion exchange membrane under pressure gradients. It also employs a porous sheet, ensuring that the electrolysis process can occur efficiently without risking the structural damage typically associated with high-pressure operations.
Career Highlights
Hugh A. Carlson works with the esteemed International Business Machines Corporation (IBM), where he leverages his expertise to drive advancements in electrolyzer technology. His work has laid the groundwork for innovations that not only enhance performance but also extend the operational limits of electrolyzers.
Collaborations
Carlson collaborates with talented individuals like Andrei Leonida and James F. McElroy, who complement his inventive pursuits. Together, they contribute to the collective advancement of technologies aimed at improving water electrolysis methods.
Conclusion
Hugh A. Carlson's pioneering innovations in dual-direction flow membrane systems reflect his commitment to improving water electrolyzer efficiency. Through his inventive work, he not only addresses existing operational challenges but also positions himself as a key figure in innovative sustainable technologies. As the field evolves, his contributions will undoubtedly pave the way for more efficient and reliable methods of hydrogen production from water.