Amsterdam, Netherlands

Mark Bernard Denys


Average Co-Inventor Count = 2.0

ph-index = 1


Company Filing History:


Years Active: 2009

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1 patent (USPTO):Explore Patents

Title: The Innovative Mind of Mark Bernard Denys: A Glimpse into His Patent and Contributions in Metallurgy

Introduction: Mark Bernard Denys, an accomplished inventor based in Amsterdam, NL, has made significant contributions to the field of metallurgy. With a focus on enhancing processes involved in iron and steel making, his innovative approach has led to the development of a notable patent.

Latest Patents: Denys holds a patent for a metallurgical vessel specifically designed for iron and steel production. This vessel features a well-thought-out design that includes a bottom portion, a sidewall, and a lance arrangement that comprises at least two lances. These lances are essential for supplying oxygen-containing gas to the vessel's interior during operation. Importantly, each lance has an end portion for emitting the oxygen-containing gas and is configured to facilitate an optimized flow of post-combusted gases. The design ensures that there is a substantially downwardly directed flow at the vessel's sidewall and an upwardly directed flow in the center, contributing to enhanced efficiency in metallurgical processes.

Career Highlights: Denys has been a pivotal member of Corus Technology B.V., where his expertise in metallurgy and innovation shine through. His work demonstrates a strong dedication to advancing industry practices through inventive solutions.

Collaborations: Throughout his career, Denys has worked alongside notable colleague Hendrikus Koenraad Albertus Meijer. This collaboration fosters an atmosphere of innovation, combining their expertise to push the boundaries of current metallurgical practices.

Conclusion: Mark Bernard Denys exemplifies the spirit of innovation in metallurgy through his patent for a sophisticated metallurgical vessel. His work at Corus Technology B.V. and collaboration with Hendrikus Meijer indicate a promising future in the field, with potential for ongoing advancements that can transform iron and steel-making processes.

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