Company Filing History:
Years Active: 2008-2013
Title: Johann Gülich: Innovator in Pump Technology
Introduction
Johann Gülich is a distinguished inventor based in Villeneuve, Switzerland, known for his contributions to pump technology. With a total of two patents to his name, his innovative work focuses on improving the efficiency and functionality of pumps, making significant strides in the industry.
Latest Patents
Gülich's latest patents showcase his ingenuity in fluid mechanics. The first patent, titled "Impeller for Pumps," introduces a rotary wheel designed for radial pumps. This innovative impeller incorporates an intermediate wall equipped with vanes on both sides, which facilitates the distribution of desired pump flow onto these vanes through strategically placed passage openings in the intermediate wall. His second patent outlines a "Method and Arrangement for the Flow Monitoring of Multiphase Mixtures." This arrangement is crucial for determining the mass flow and gas/liquid ratio in multiphase mixtures during conveyance, featuring a carefully designed system that includes a first venturi nozzle, a pump, and a second venturi nozzle positioned after the pump.
Career Highlights
Currently, Johann Gülich works at Sulzer Pumpen AG, a company recognized for its advanced technology in pump manufacturing and solutions. His role at Sulzer enables him to further explore innovative concepts in pump design and application, contributing positively to the company's reputation and the industry at large.
Collaborations
Throughout his career, Gülich has likely worked in collaboration with various engineers and researchers, although specific partnerships have not been detailed. His work at Sulzer Pumpen AG promotes teamwork and the exchange of ideas essential for driving innovation in pump technology.
Conclusion
Johann Gülich exemplifies the spirit of innovation in the engineering world, particularly in the field of pumps. With his patents, he enhances the functionality and efficiency of pump systems, impacting multiple industries that rely on effective fluid handling. His contributions are a pivotal aspect of ongoing advancements in pump technology and serve as inspiration for future inventors and engineers.