Platinum catalysts, primarily composed of platinum (Pt), are highly efficient catalysts widely used in chemical engineering, pharmaceuticals, environmental protection, and new energy. Due to their excellent catalytic activity and stability, platinum catalysts can accelerate chemical reactions at lower temperatures, improve product selectivity, and reduce energy consumption.
In petrochemical refining, platinum catalysts enhance gasoline quality through reforming reactions. In pharmaceuticals, they facilitate drug synthesis with higher efficiency. In fuel cells, platinum's redox capability is crucial for hydrogen energy conversion. Additionally, they are used in automotive exhaust purification to reduce harmful emissions, supporting green initiatives.
With advancements in nanotechnology and carrier materials, platinum catalysts will further improve, offering stronger support for sustainable development.