04.06.2025

Platinum and Palladium in the Engine: Key Metals of the Automotive Revolution

Platinum and Palladium play a central role in the automotive industry, particularly in the production of catalysts that help reduce harmful emissions. These precious metals are indispensable due to their ability to act as catalysts in the complex chemical processes occurring within the catalysts themselves. Catalysts are essential for ensuring compliance with global emission standards, which are becoming progressively stricter to counter the environmental impact of traffic.

**Platinum** is predominantly used in diesel vehicles. Thanks to its unique chemical properties, it can efficiently support the oxidation of carbon monoxide and hydrocarbons, as well as the reduction of nitrogen oxides. This significantly helps minimize the environmental impact of vehicles with diesel engines. Especially in Europe, where diesel vehicles hold a significant market share, the demand for platinum-based catalysts remains high.

**Palladium**, on the other hand, is the preferred metal for catalysts in gasoline vehicles. Its ability to reduce nitrogen oxides with high efficiency makes it indispensable in regions with predominant use of gasoline engines, such as the United States and China. Furthermore, palladium is cheaper than platinum, making it a favorable choice for many automotive manufacturers.

The pricing of platinum and palladium in the automotive industry is primarily influenced by supply and demand. Recently, palladium has seen significant price increases due to limited availability and rising demand. Economic and political factors, such as trade wars and economic instability, can also swing prices dramatically. Geopolitical tensions, particularly in regions housing significant production facilities for these metals, can additionally impact availability and lead to price fluctuations.

Moreover, new technologies are emerging that could influence the use of these metals. Advances in alternative catalyst technologies and the increasing presence of electric vehicles could reduce the demand for platinum and palladium. At the same time, new technologies like hydrogen fuel cells could present opportunities, as palladium may play an important role here.

The dynamics surrounding platinum and palladium in the automotive industry remains a complex yet fascinating evolution, challenging and inspiring investment strategists and industry analysts alike.

Frequently asked questions

Platinum and palladium play a central role in the automotive industry, particularly in the production of catalysts that help reduce harmful emissions. They are essential for ensuring compliance with global emission standards.

Platinum can support the oxidation of carbon monoxide and hydrocarbons, as well as the reduction of nitrogen oxides, which helps minimize the environmental impact of vehicles. It is predominantly used in diesel vehicles, which are significant in Europe; hence, the demand for platinum-based catalysts remains high in this region.

Palladium is the preferred metal for catalysts in gasoline vehicles due to its ability to efficiently reduce nitrogen oxides. Its use is predominant in regions with extensive use of gasoline engines, such as the United States and China. Furthermore, palladium is cheaper than platinum, making it a more favorable choice for many automotive manufacturers.

The pricing of platinum and palladium is primarily influenced by supply and demand. Recently, palladium has seen significant price increases due to limited availability and rising demand. Economic and political factors, such as trade wars and economic instability, can also affect prices. Geopolitical tensions in regions housing significant production facilities for these metals can lead to price fluctuations.

Advances in alternative catalyst technologies and the increasing presence of electric vehicles could reduce the demand for platinum and palladium. However, new technologies like hydrogen fuel cells could present opportunities, as palladium may play an important role here.