Company Filing History:
Years Active: 1976-1977
Title: The Innovations of Frank Markus
Introduction
Frank Markus is an accomplished inventor based in Burlington, CA, recognized for his contributions to the field of liquid mixing processes. With two patents to his name, Markus has developed methods that enhance the efficiency of mixing substances in industrial applications, particularly in metallurgy.
Latest Patents
Frank Markus's latest innovations include the "Method for liquid mixing," designed to improve the content reduction of certain substances in molten steel. This method involves utilizing a refractory container to hold molten steel and slag, where a refractory rotor is submerged. By rotating the rotor, it draws the interface between the molten steel and slag towards it, which increases the surface area interaction needed for effective mixing.
Additionally, his "Method and apparatus for liquid mixing" presents a novel approach to enhance the contact between two immiscible liquids. The rotor, with internal pumping passages, functions beneath the interface of the liquids, promoting the transfer of the less dense liquid into the denser counterpart, increasing the efficiency of the mixing process.
Career Highlights
Frank Markus has been a significant asset to The Steel Company of Canada, Limited, where he applies his inventive skills in developing methods that boost processing capabilities in metals. His dedication to innovation has led to the successful patenting of his unique methodologies, showcasing his commitment to advancing industrial standards.
Collaborations
Throughout his career, Markus has likely engaged with various professionals in the fields of engineering and metallurgy, further enriching his understanding and enhancing his innovations. His collaborations with peers at The Steel Company of Canada have facilitated the translation of his ideas into practical applications.
Conclusion
Frank Markus represents a forward-thinking inventor whose work within liquid mixing technologies is set to influence the industrial sector significantly. Through his patented methods, he continues to pave the way for efficiency in metallurgy, reinforcing the importance of innovation in technical and manufacturing advancements.