Horseshoe Bay, Australia

Gayle Newcombe


Average Co-Inventor Count = 4.0

ph-index = 1


Company Filing History:


Years Active: 2024

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1 patent (USPTO):Explore Patents

Title: Gayle Newcombe: Innovator in Cyanobacteria Removal Technology

Introduction

Gayle Newcombe is an accomplished inventor based in Horseshoe Bay, Australia. He has made significant contributions to environmental technology, particularly in the field of water treatment. His innovative approach focuses on the removal of cyanobacteria and their metabolites from aqueous solutions.

Latest Patents

Newcombe holds a patent for a method designed to effectively remove cyanobacteria and/or cyanobacteria metabolites in an aqueous solution. This method involves several key steps. The first step is determining the percentage of coagulable dissolved aromatic organic matter that needs to be removed, which corresponds to the cyanobacteria percentage concentration. The second step involves calculating the optimal coagulant dose based on the determined percentage of coagulable dissolved aromatic organic matter. Finally, the third step applies this optimal coagulant dose to achieve effective cyanobacteria removal. The invention also includes an evaluation of cyanobacteria concentration and a metabolite removal step that utilizes powdered activated carbon.

Career Highlights

Gayle Newcombe is currently employed at Suez International, where he continues to develop innovative solutions for water treatment challenges. His work is pivotal in addressing environmental concerns related to water quality and public health.

Collaborations

Newcombe collaborates with talented professionals in his field, including Sophie Courtois and Delphine Steinmann. Their combined expertise enhances the development of effective water treatment technologies.

Conclusion

Gayle Newcombe's contributions to cyanobacteria removal technology exemplify the importance of innovation in environmental science. His work not only addresses critical water quality issues but also showcases the potential for advancements in water treatment methods.

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