Oslo, Norway

Bjorn Gaudernack


Average Co-Inventor Count = 3.0

ph-index = 1

Forward Citations = 30(Granted Patents)


Company Filing History:


Years Active: 1978

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1 patent (USPTO):Explore Patents

Title: Bjorn Gaudernack - Innovator in Alumina Extraction

Introduction: Bjorn Gaudernack, located in Oslo, Norway, is a notable inventor recognized for his advancements in the field of materials processing. With one patented innovation to his name, Gaudernack has contributed significantly to the extraction methods of alumina from aluminum-containing silicates.

Latest Patents: Gaudernack's patent, titled "Process for the extraction of alumina from aluminum-containing silicates," outlines a comprehensive method involving several steps to enhance efficiency. This process includes acid leaching of raw materials, iron extraction, and the precipitation of aluminum as aluminum chloride hexahydrate. Furthermore, it emphasizes the removal of sodium chloride and the calcination process to produce alumina. Remarkably, Gaudernack's innovation allows for a continuous process with substantial regeneration and recycling of components.

Career Highlights: Bjorn Gaudernack is currently affiliated with the Institute for Atomic Energy, where he actively engages in research aimed at improving industrial processes. His work not only broadens the understanding of alumina extraction but also contributes to environmental sustainability through efficient resource use.

Collaborations: Throughout his career, Gaudernack has collaborated with esteemed colleagues such as Norvald Gjelsvik and Leif Farbu. These collaborations have undoubtedly enhanced the scope and impact of his research and innovations in the industry.

Conclusion: Bjorn Gaudernack's contributions to the field of alumina extraction exemplify the power of innovation in solving complex industrial challenges. His process not only showcases technical ingenuity but also reflects a commitment to sustainability and efficiency in resource management. Through his work, Gaudernack continues to inspire future advancements in material processing technologies.

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