Company Filing History:
Years Active: 1987
Title: **Innovative Methods by Inventor Pal Gerber**
Introduction
Pal Gerber, an innovative inventor based in Tatabanya, Hungary, holds a patent that addresses the crucial issue of recovering rare metals from coal combustion residues. His work not only contributes to environmental sustainability but also offers a solution for the effective reutilization of resources.
Latest Patents
Gerber's notable patent, titled "Process for recovering rare metals from the combustion residue of coal," presents a comprehensive method for extracting rare metals from the combustion residues of various coals, particularly brown coals. The innovative recovery process employs a series of steps involving aqueous and/or dilute alkaline and/or dilute acidic digestion. These steps can be independently carried out or combined in any order, providing flexibility and efficiency. During the digestion process, the concentration of the solution is carefully monitored, allowing for precise termination of further steps at a desired concentration. Following digestion, the solid and liquid phases are separated, enabling the isolation of rare metals from the liquid phase. The solid phase can then be neutralized or washed and potentially utilized as an energy source.
Career Highlights
Pal Gerber is employed at Tatabanyai Szenbanyak, where he continues to push the boundaries of innovation in resource recovery. With one patent to his name, he has established a significant presence in the field of environmental technology and resource management.
Collaborations
Throughout his career, Gerber has collaborated with notable colleagues, including Bela Matyas and Andras Solymos. Together, they contribute to various projects aimed at enhancing the efficiency of resource recovery and promoting environmental sustainability in industrial processes.
Conclusion
Pal Gerber's inventive contributions, particularly in recovering rare metals from coal combustion residues, highlight the importance of innovation in tackling environmental challenges. His work exemplifies how a single patent can pave the way for significant advancements in resource recovery and utilization, ultimately benefitting both industry and the ecosystem.