This inventor holds 1 USPTO granted patent. Top assignee: Norsk Hydro, A.s.. Active years: 1991.
Company Filing History:
Years Active: 1991
Title: Alfred Kvalavag: Innovator in Aluminium Electrolysis Technology
Introduction
Alfred Kvalavag is a notable inventor from Kvalavag, Norway, recognized for his contributions to the field of aluminium electrolysis. With a focus on enhancing the efficiency of aluminium production, Kvalavag has developed innovative solutions that address key challenges in the industry.
Latest Patents
Kvalavag holds a patent for a "Point feeder for aluminium electrolysis cell." This invention involves a feeder designed to supply additives such as aluminium oxide or fluoride to aluminium electrolysis cells. The system allows for the precise feeding of these additives into the electrolytic bath through a hole in the bath crust, utilizing a pipe stub. The hole is created using a crust breaker equipped with a crow bar connected to a piston/cylinder device. The point feeder features a housing with an upper part that is partially open to the surroundings and a lower part that is sealed from the crust and external environment. The crow bar is guided through a bushing between the upper and lower parts, while the pipe is strategically attached to the lower part or positioned beneath it, such as on the gas apron of the anode casing in a Soederberg cell.
Career Highlights
Alfred Kvalavag is associated with Norsk Hydro, a leading company in the aluminium industry. His work at Norsk Hydro has been instrumental in advancing technologies that improve the efficiency and sustainability of aluminium production processes.
Collaborations
Kvalavag has collaborated with notable colleagues, including Kjell Magne Dalen and Bernt Nagell. These partnerships have contributed to the development and refinement of innovative technologies in the field.
Conclusion
Alfred Kvalavag's contributions to aluminium electrolysis technology exemplify the impact of innovation in industrial processes. His patent for the point feeder represents a significant advancement in the efficiency of aluminium production.
