Ken Baxter

Title: Ken Baxter - Innovator in Lithium Extraction

Introduction

Ken Baxter is a notable inventor based in Bull Creek, Australia. He has made significant contributions to the field of lithium extraction, particularly through his innovative processes that enhance the recovery of lithium from brines. With a focus on sustainable practices, Baxter's work is paving the way for advancements in lithium production.

Latest Patents

Baxter holds a patent for "Selective lithium extraction from brines." This patent outlines processes for the selective recovery of lithium using aqueous redox reactions. The method involves extracting lithium into a particulate ferric phosphate solid, specifically in the form of iron (III) heterosite, while utilizing a reducing agent to facilitate the reduction of ionic lithium at a controlled pH. The elution of lithium is achieved by exposing the loaded lithium ferrous phosphate solids to an oxidizing agent, which mediates the oxidation of the sequestered atomic lithium. This process is conducted at a controlled acidic pH, ensuring that a concentrated liquid lithium eluate is produced for subsequent impurity removal and lithium carbonate precipitation. Baxter's innovative approach is encapsulated in his 1 patent.

Career Highlights

Ken Baxter is associated with Incor Lithium, a company dedicated to advancing lithium extraction technologies. His work at Incor Lithium has positioned him as a key player in the industry, contributing to the development of more efficient and environmentally friendly lithium recovery methods.

Collaborations

Baxter collaborates with esteemed colleagues such as Hiroki Fukuda and David B Dreisinger. Their combined expertise enhances the research and development efforts within the field of lithium extraction.

Conclusion

Ken Baxter's innovative contributions to lithium extraction highlight his commitment to advancing sustainable practices in the industry. His patent and work at Incor Lithium demonstrate the potential for improved lithium recovery methods that can benefit various applications.