top of page
Insignia_of_the_European_External_Action_Service.svg.png
turkey-1524517_960_720_edited.png

INTERFACE 
ENERGY

pngwing.com-2.png
CRUDE OIL RAFINERY.png
crude_oil_barrels_isolated_3d_png_graphic_23223.png
pompa sag kopya.png

For a better understanding of the process, the types of crude oil refineries are given in the table below.

pngegg-4.png

TOPPING MODEL CRUDE OIL REFINERY    

pngwing.com-3.png

 Produck sulfur leveels same as crude fraction sülfür levels

 Product yields and quality determined solely by crude properties

 Gasoline haas low octane

///  CRUDE DISTILATION

read mode.png

HYDROSKIMMING  MODEL CRUDE OIL REFINERY 

pngwing.com-3.png

Product sulfur levels controllable by hydrotreating.

Some capability to improve product yields and quality

Gasoline octane improved by reforming

///  CRUDE DISTILATION

///  REFORMING

///  HYDROTREATING

read mode.png

CONVERSION  MODEL CRUDE OIL REFINERY 

///  CRUDE DISTILATION

pngwing.com-3.png

Product sulfur levels controllable by hydotreating

Substantial capability for yield and quality improvement

///  REFORMING

///  ALKYLATION & OTHER UPGRADING

///  FCC --  HYDRORCRACKİNG

///  HYDROTREATING

read mode.png

DEEP CONVERSION  MODEL CRUDE OIL REFINERY 

///  CRUDE DISTILATION

pngwing.com-3.png

Product sulfur levels controllable by hydotreating.

Maximum yields of high of high – value refined products

Maximum capabillity for quallity improvement

Essentially all residual oil “ destroyed “

///  REFORMING

///  ALKYLATION & OTHER UPGRADING

///  COKING

///  HYDROTREATING

///  FCC --  HYDRORCRACKİNG

read mode.png
bottom of page