Hydrocracking Reaction Systems
The two different reaction systems in hydrocracking, hydrogenation and cracking, are supported by bi-functional catalyst formulations, as illustrated in Figure…
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← Explore all topicsThe two different reaction systems in hydrocracking, hydrogenation and cracking, are supported by bi-functional catalyst formulations, as illustrated in Figure…
Catalytic hydrocracking is one of the latest additions to petroleum refining processes, with the first modern commercial unit started up…
In a refinery, hydrocracking complements catalytic cracking by taking on the more aromatic feedstocks that resist cracking, including the byproducts…
Hydrocracking is one of the most versatile refining process for converting heavy fuel oil components into naphtha, kerosene, jet fuel,…
One of the major problems in designing improved FCC catalysts is that it is very difficult to scale down the…
Structure and composition The FCC process as described above sets a number of demands for catalyst parameters: • Activity, selectivity…
Although a number of different designs exist for the FCC process,a number of general principles can be described on the…
A short history Commercial production of petroleum dates back to 1859, when Colonel Edwin L. Drake found “rock oil” in…
Fluid catalytic cracking (FCC) is one of the major conversion technologies in the oil refinery industry. FCC currently produces the…
Generic coker kinetics and simulation modelThe coking chemical reaction has been studied for many years by the refining industry and…
Naphtha for Petrochemicals Feedstock Demand Projections for the Petrochemical Sector
There are two types of visbreaking processes: coil or soaker visbreaking. Figure 6.5a shows a schematic diagram of the coil…