Stafa, Switzerland

Hans-Peter Knopfel


Average Co-Inventor Count = 4.0

ph-index = 1


Company Filing History:


Years Active: 1984

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1 patent (USPTO):Explore Patents

Title: Innovations in Enzyme Recovery: The Work of Hans-Peter Knopfel

Introduction:

Hans-Peter Knopfel, an innovative inventor based in Stafa, Switzerland, has made significant contributions to the field of enzyme recovery. With a keen focus on fermentation processes, he has developed methods that enhance the efficiency of enzyme utilization in industrial applications.

Latest Patents:

Among his achievements, Knopfel holds a notable patent titled "Method for the recovery of enzymes after the treatment of starch-containing raw materials used for the production of fermentation alcohol." This patented method addresses the recovery of enzymes that retain their activity post-treatment, providing a sustainable approach to enzyme management in fermentation alcohol production. The process involves leading the liquid phase, containing still-active enzymes, through fermentation followed by distillation, ensuring that enzymatic efficiency is maximized.

Career Highlights:

Hans-Peter Knopfel is currently associated with Pec Process Engineering Company, where he applies his expertise in the design and implementation of enzyme recovery systems. His innovative solutions are pivotal in optimizing fermentation processes in various industries, particularly in the production of alcohol from starch-based materials.

Collaborations:

Knopfel collaborates closely with his coworkers, Hans Muller and Felix Muller, combining their knowledge and skills to advance the technological frontiers of enzyme recovery. Their teamwork exemplifies the collaborative spirit often necessary for innovation in complex scientific fields.

Conclusion:

With a focus on enhancing enzyme recovery processes, Hans-Peter Knopfel continues to be a vital contributor to innovation in fermentation technology. His patent signifies a crucial step towards more efficient industrial practices, thereby impacting the future of enzyme utilization in various applications.

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