Extraction Of Platinum Metal With Catalytic Conversion Process

Platinum group metals (PGM) involve 6 metal transitional elements anatomically, chemically, and physically similar. This includes Iridium, Ruthenium, Osmium, Palladium, Rhodium, and Platinum. Of all the known metals on planet Earth, this group consists of the densest varieties. Exceptionally rare, all of these metals are available within similar ore bodies for extraction. High value stems from incomparable durability of these metals and recycling add to the overall life cycles.

Ductile and soft, these resist corrosion from item braziers and oxidation processes. Their popular use is in the form of catalyst speeding up the various chemical reactions. The hardest among these to work with are iridium and rhodium but chemical compounds related to this relate to various alloy applications. Rhodium is also a popular catalyst while osmium and ruthenium have poor resistance to oxidation and are brittle & hard. These are valuable catalysts and additives for alloy.

Chemical stability associated with the platinum group make them ideal catalyst in different chemical reactions. They are capable of increasing the speed of various reactions without undergoing any changes themselves. Because of this reason, they have popular industrial applications. Among every quarter of manufactured goods this group metals can either be present or have a key role to play during production.

Go through the catalytic converter price list and consider the type of PGM to use. Applications related to the same include as catalyst in petroleum industry. For this, mostly Platinum and Palladium are popular. In various medical implants and pacemaker manufacturer, Platinum and Iridium are common. Use of osmium is used for DNA and fingerprints, nitric acid production requires rhodium and ruthenium is present during the manufacture of chemicals like cleaning agents.

Technological applications related to PGM are quite prominent in automobile industry. Thus, other industries can use the same through proper recovery processes. This is important as this group metal being highly precious, recovery means significant environmental and economic consequences. Nowadays, it is possible to ensure this with a wide variety of different procedures such as electron microscope scanning, plasma inductively coupled, and x-ray diffraction.

Those looking for eco-friendly methods can go for thermal pre-treatments, hydrogen atmosphere pre-treatments, and energy optimization. Expensive, corrosive conditions and reagents along with lees aggressive applications are the part of the latest procedures used in this regard. This way, it is possible to recycle this precious metal and ensure continued use. Here the aim is not only the full recovery but also ensuring complete environmental safety during the extraction process. Developments in the latest technologies are making it possible and for the industries, this means a chance to save substantial amounts of money as well.

Different processes being available with many more in the offing, it ultimately depends upon the industries to choose the method that suits. Catalytic converters convert emissions into substances that are less harmful through accelerated or catalytic chemical reactions. PGM being rare, requires effective extractions ensuring the importance of these procedures.

Compare the available catalytic converter prices for platinum group extraction and make the best choices at the website Globalrefininggroup.com.

About The Author

Tom Blake is an expert in recycling catalytic converters who also likes to write many interesting articles and blogs, helping people in understanding the process and the many advantages that stem from it. In the US, he recommends GlobalRefiningGroup.com as the most trusted specialist for this job.

Benjamin Harvey is a mechanical engineer specializing in automobiles, and is closely associated with working and researching on catalytic converters.