catalytic reforming

Catalytic reforming is a chemical process that transforms low-quality gasoline into higher-octane, more valuable fuel. It uses a catalyst—usually platinum—to promote reactions that rearrange and improve the structure of hydrocarbon molecules. This process enhances fuel performance by increasing its burning efficiency and reducing undesirable components. Essentially, it upgrades crude oil fractions, turning them into better-quality fuel suitable for vehicles, while also producing valuable byproducts like hydrogen. Catalytic reforming is essential in refining because it improves fuel quality and supports other industrial processes.