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Explore the critical function of catalysts in enhancing reaction efficiencies in the chemical and pharmaceutical sectors and learn how Auris Noble's innovative recovery processes maximize the reuse of these materials.
Catalysts are critical in facilitating chemical reactions without undergoing permanent change themselves. They are essential for enhancing reaction efficiency and selectivity, reducing energy and material costs in industrial processes. Catalysts are widely used in producing everyday products, improving sustainability and economic efficiency.
In the chemical industry, catalysts are used to accelerate reactions such as hydrogenation and oxidation, crucial for creating fertilizers, plastics, and other synthetic materials. Pharmaceutical companies utilize catalysts to synthesize complex molecules, including active pharmaceutical ingredients with high purity and yield. Catalysts help in streamlining production processes, reducing harmful byproducts, and increasing the overall efficiency of manufacturing.
Auris Noble specializes in recovering catalysts, particularly those containing precious metals like iridium, from spent industrial applications. Through advanced recovery techniques, we extract valuable metals from catalyst scrap, which includes used catalysts from chemical reactions and pharmaceutical processes. Our recovery efforts not only reduce waste but also provide a source of critical raw materials.
Following recovery, the spent catalysts undergo a sophisticated refining process to isolate and purify the ruthenium. The refined ruthenium is then used to produce new catalysts, which can be employed in various industrial applications, including the chemical and pharmaceutical sectors. This recycling and refining cycle helps in conserving resources and minimizing environmental impact, embodying Auris Noble’s commitment to sustainability.
We are always looking for new partners to work with. If you are interested in working with us, please contact us.