Recovering Iridium from Aerospace Scrap

Auris Noble efficiently extracts iridium from used aerospace parts such as jet turbine igniters. These components often contain iridium because of its resistance to high temperatures and oxidative stress, making it invaluable in aviation. The recovery process involves careful disassembly, followed by chemical processes to separate the iridium from other materials.

Refining Process of Iridium

Once recovered, the iridium undergoes a rigorous refining process to ensure it meets the highest purity standards. This process includes smelting and various purification techniques that remove any impurities and recover iridium in a usable form. The result is high-purity iridium that is ready for fabrication into new products or use in other applications.

Applications of Refined Iridium

Refined iridium is extensively used in the production of new aerospace components, benefiting from its exceptional heat resistance and durability. It is also crucial in manufacturing robust components for the automotive industry and in making crucibles used in the production of crystals for electronics. Additionally, iridium plays a vital role as a catalyst in the chemical industry, facilitating reactions at lower temperatures and with greater efficiency.

Iridium as Catalysts in Chemical and Pharmaceutical Industries

In the chemical industry, iridium catalysts are used to synthesize acetic acid, a building block for synthetic fibers and plastics. In pharmaceuticals, iridium catalysts facilitate the manufacture of active pharmaceutical ingredients by enhancing reaction efficiency and selectivity. These applications underscore iridium's value in reducing energy consumption and improving yield in high-stakes industrial settings.