ABSTRACT
Catalytic reforming maintains its position as a major process in the petroleum refinery. Catalytic naphtha reforming and fluid catalytic cracking are the backbone processes for the production of high-octane gasoline for automotive use. Catalytic reforming also provides a key link between the refining and petrochemical industries through its effective production of aromatics. The high concentration of aromatics in reformate offers high octane ratings, and is a rich source of benzene, toluene, and, particularly, xylenes. The hydrogen produced is a valuable coproduct, particularly as the demands for hydroprocessing in the refinery increase.
