초록 ▼

A process is described for the continuous thermal cracking of hydrocarbon oils, which process comprises heating a hydrocarbon oil feed, introducing the hot feed into a soaking vessel having its interior divided into a plurality of consecutive, interconnected compartments, and causing hot liquid to p

A process is described for the continuous thermal cracking of hydrocarbon oils, which process comprises heating a hydrocarbon oil feed, introducing the hot feed into a soaking vessel having its interior divided into a plurality of consecutive, interconnected compartments, and causing hot liquid to pass through the consecutive compartments prior to withdrawal of liquid material from the soaking vessel. The gas present in each compartment is collected and is separately withdrawn from the soaking vessel.

대표청구항 ▼

1. A process for the continuous thermal cracking of hydrocarbon oils in a horizontal soaker vessel having an upper end and a lower end, which comprises: heating a hydrocarbon oil feed containing said hydrocarbon oils; introducing said heated hydrocarbon oil feed into said soaker vessel having its in

1. A process for the continuous thermal cracking of hydrocarbon oils in a horizontal soaker vessel having an upper end and a lower end, which comprises: heating a hydrocarbon oil feed containing said hydrocarbon oils; introducing said heated hydrocarbon oil feed into said soaker vessel having its interior divided into a plurality of consecutive compartments in fluid intercommunication by means of a plurality of substantially vertical extending separation means, each of said means consisting of a pair (2) of spaced apart separating walls defining a plurality of soaker compartments, wherein said wall of said pair closest to the feed inlet is in physical contact and is erected from the lower end of the soaker vessel and continues upright and terminates at a location proximate to, but not in contact with, the upper end of the soaker vessel to define a fluid passageway above the upper end of said wall and the upper end of said soaker vessel and to define a gas collecting space in the upper end of the soaker vessel in said respective soaker compartment and wherein said wall of said pair closest to the product outlet is in physical contact and is erected from the upper end of the soaker vessel and continues downward and terminates at a location proximate to, but not in connection with, said lower end of the soaker vessel to define a fluid passage below the lower end of said wall, said walls acting to form fluid passage from one compartment to the next adjacent compartment, and wherein the upwardly extending wall decreases in height with respect to the upwardly extending wall in said next adjacent compartment thereby forming a relative larger gas collecting space in the upper end of the soaker vessel in said next adjacent compartment; passing said heated hydrocarbon oils over and under said walls to cause said heated hydrocarbon oils to pass horizontally in a serpentine flow pattern through said soaker vessel; collecting the relative quantity of gas evolved from the heated soaking of said hydrocarbon oils in said respective gas collecting space situated at the upper part of each respective compartment; separately withdrawing said collected gas from each gas collection space contained within said consecutive compartments; and withdrawing thermally cracked hydrocarbon oils from the last of said pluralities of consecutive compartments.