Hydrocarbon conversion system

Claim 1

A PROCESS WHICH COMPRISES CONTACTING A LIGHT HYDROCARBON OIL WITH A REFORMING CATALYST UNDER SUITABLE REFORMING CONDITIONS IN A REFORMING ZONE TO PRODUCE A REACTION PRODUCT INCLUDING NORMALLY LIQUID PRODUCT AND A GASEOUS PRODUCT CONTAINING HYDROGEN, SEPARATING THE NORMALLY LIQUID PRODUCT FROM THE REACTION PRODUCT, COMBINING A PORTION OF THE SEPARATED GASEOUS PRODUCT WITH A SULFUR CONTAINING LIGHT HYDROCARBON OIL FEED AND SUBJECTING THE SAME TO CONTACT WITH A DESULFURIZATION CATALYST UNDER SUITABLE DESLUFURIZATION REACTION CONDITIONS TO PRODUCE A DESULFURIZED REACTION PRODUCT INCLUDING DESULFURIZED NORMALLY LIQUID PRODUCT AND GASEOUS PRODUCT CONTAINING HYDROGEN SULFIDE, GASOLINE COMPONENTS AND NORMALLY GASEOUS HYDROCARBONS, COOLING THE DESULFURIZED REACTION PRODUCT TO CONDENSE THE NORMALLY LIQUID PRODUCT CONTAINING DISSOLVED HYDROGEN SULFIDE, SEPARATING THE CONDENSED LIQUID PRODUCT FROM THE GASEOUS PRODUCT, PASSING THE DESULFURIZED LIQUID PRODUCT TO A STRIPPING ZONE WHEREIN THE SAME IS SUBJECTED TO HEAT AND THEREBY HYDROGEN SULFIDE IS SEPARATED SUBSTANTIALLY THEREFROM, PASSING THE GASEOUS PRODUCT FROM THE STRIPPING ZONE TO AN ABSORPTION ZONE, CONTACTING THE GASEOUS PRODUCT IN THE ABSORPTION ZONE WITH A HYDROCARBON OIL WHEREBY GASOLINE COMPONENTS ARE ABSORBED FROM THE GASEOUS PRODUCT, SAID OIL COMPRISING AT LEAST A PORTION OF THE FEED TO THE DESULFURIZATION REACTION AND PASSING THE STIPPED DESULFURIZED LIQUID PRODUCT TO THE REFORMING ZONE.