Glor T Mejdell

Title: **Glor T Mejdell: Innovating Magnesium Production in Porsgrunn**

Introduction

Glor T Mejdell is an innovative inventor based in Porsgrunn, Norway. With a total of five patents to her name, she has made significant contributions to the field of magnesium production. Her work is particularly focused on developing efficient and purified methods for producing magnesium chloride.

Latest Patents

One of Glor's latest patents, the "Process for Production of Magnesium Chloride," outlines a method for producing magnesium chloride with sufficient purity for magnesium metal production. This process involves leaching magnesium-containing raw materials in hydrochloric acid, with specific ratios between acid-soluble iron, nickel, and phosphorus being critical to achieving the desired purity. Additionally, she notes that acid-soluble iron can be substituted with an equal molar amount of acid-soluble aluminium. Another patent, "Method for Production of Magnesium Chloride," describes a two-stage leaching process where magnesite lumps are dissolved in hydrochloric acid, allowing for improved magnesium and chlorine equivalence while removing impurities.

Career Highlights

Glor T Mejdell works at Norsk Hydro, a leading company in the field of aluminum and energy solutions. Her patents reflect a deep understanding of chemical processes and a commitment to improving methodologies in magnesium production. Her innovative approaches have potentially transformative implications for the industry.

Collaborations

Throughout her career, Glor has collaborated with notable colleagues, including Kjell W Tveten and Sven Arne Kjolberg. Their combined expertise and insight have contributed to her successful innovations and the advancement of her patented processes.

Conclusion

Glor T Mejdell stands out as a pioneering inventor in magnesium chloride production. Her work not only enhances production efficiency but also ensures the purity of magnesium products. As she continues her career at Norsk Hydro, her inventions are expected to inspire further advancements in the field of chemical engineering and materials science.