Gasoil gasoline

Hydrocracking Vacuum gasoils Gasoline Middle Pd/HFAU... 

Feeding PCs with conventional fuels such as coal, gasoil, gasoline, methanol or natural gas seems appropriate for stationary energy generation plants, to which a CCS technology can be added. For vehicle onboard PC applications, Plj is the adequate energy carrier. 

Gas Light gasoline Heavy gasoline Kerosene Gasoil Atmos, re d. 

Comparison of the catalytic properties of H-Beta and H-Y zeolites for cracking n-heptane and gasoil shows that zeolite Beta should have more than one type of channel with different dimensions. For gas-oil cracking, zeolite Beta is less active and produces more coke and less gasoline than zeolite HY. 

Fluid catalytic cracking (FCC) units for producing high-octane gasoline from gasoil or naphta see Section 7.2. 

Decarbonizing a thermal conversion process designed to maximize coker gasoil production and minimize coke and gasoline yields operated at essentially lower temperatures and pressures than delayed coking (q.v.). 

Figure 9. Gasoil conversion (gases + coke + gasoline) versus slurry oil, ( ) USY + SA1, and ( O) USY + Silica.

Catalytic cracking is probably the most important conversion unit in modem refineries. Essentially, catalytic cracking involves the C-C bond rupture of hydrocarbons contained in the feedstock (typically a vacuum gasoil) to produce more valuable low molecular weight hydrocarbons including light olefins for petrochemistry, gasoline, and diesel. 

Application To selectively convert vacuum gasoils, paraffinic residual feedstocks and resulting blends of each into C -C olefins, aromatic-rich, high-octane gasoline and distillate using the Deep Catalytic Cracking (DCC) process. 

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