Jouy sur Morin, France

Kim Sorensen


 

Average Co-Inventor Count = 3.0

ph-index = 1


Company Filing History:


Years Active: 2015

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1 patent (USPTO):Explore Patents

Title: Kim Sorensen: Innovator in Water Treatment Technology

Introduction

Kim Sorensen, an accomplished inventor based in Jouy sur Morin, France, has made significant contributions to the field of water treatment technology. With a passion for sustainable solutions, Sorensen holds a patent that showcases her innovative approach to addressing nitrogen contamination in water.

Latest Patents

Kim Sorensen’s noteworthy invention is titled "Method for Treating Water within a Sequential Biological Reactor Including an In-line Measurement of the Nitrite Concentration Inside Said Reactor." This patent presents a groundbreaking method for treating water that contains nitrogen in the form of ammonium through a process of nitritation-denitritation. The method encompasses several key steps: it begins with supplying the sequential biological reactor with contaminated water, followed by an aerated nitration step, an anoxic denitritation step, and concludes with the extraction of treated water. Notably, the invention integrates an in-line measurement of nitrite concentration, enhancing the monitoring of the treatment process and ensuring effective water purification.

Career Highlights

Currently, Kim Sorensen is associated with Veolia Water Solutions & Technologies Support, where she harnesses her expertise to develop innovative water treatment technologies. Her career reflects a commitment to addressing environmental challenges through practical engineering solutions. The experience gained within her role strengthens her contributions to the field and facilitates the advancement of methods that promote cleaner water systems.

Collaborations

Throughout her professional journey, Sorensen has collaborated with talented individuals such as Romain Lemaire and Julien Chauzy. Working alongside such esteemed colleagues has enabled her to exchange knowledge and foster ideas that drive innovation within the realm of water treatment. These collaborative efforts enhance the effectiveness of her inventions and impact on environmental sustainability.

Conclusion

Kim Sorensen stands out as a remarkable inventor in the water treatment sector, exemplifying the potential of innovative thinking to tackle pressing environmental issues. Her patented method not only showcases her technical skills but also reflects her dedication to improving water quality through sustainable practices. As industries continue to seek solutions for cleaner water, Sorensen’s contributions will undoubtedly play a pivotal role in shaping future advancements in water treatment technology.

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