Please use this identifier to cite or link to this item: https://repository.sustech.edu/handle/123456789/9475
Title: SIMULATION OF CRUDE DISTILATION UNIT (CDU) AND NEW METHOD DESIGN OF DISTILLATION TOWER USING ASPEN HYSYS : KRC CASE STUDY)
Other Titles: محاكاه وحده التقطير الجوي واستخدام طريقه جديده لتصميم عمود التقطير الجوي باستخدام برنامج الهايسيس : شركه مصفاه الخرطو
Authors: Mustafa, Mustafa Jamal Alden
Alnaem, Mohamed Ahmed
Ahmed, Amna Alfatih
Supervisor - Abdelgadir Bashir Banaga‬‬
Keywords: Transportation and Refining Engineering
Distillation
Experiment
Simulation
Design
control,
Khartoum Refining and Company
Issue Date: 1-Sep-2014
Publisher: Sudan University of Science and Technology
Citation: Alnaem, Mohamed Ahmed.SIMULATION OF CRUDE DISTILATION UNIT (CDU) AND NEW METHOD DESIGN OF DISTILLATION TOWER USING ASPEN HYSYS : KRC CASE STUDY/Mustafa Jamal Alden Mustafa,Mohamed Ahmed Alnaem, Amna Alfatih Ahmed;Abdelgadir Bashir Banaga‬‬.-Khartoum: Sudan University of Science and Technology ,College of Petroleum Engineering and Technology,2014.-77P. : ill. ; 28Cm.-B.Sc.
Abstract: This project present anew methodology to design the distillation column based on simulation of the unit using ASPEN HYSYS, the methodology consider that the Nile blend is a complex mixture so it take every two products and from the simulation results determent the light and heavy key between the two product to calculate the minimum number of try and the minimum reflux to determine the actual number of try and the dimensions of the column in general , the results of the design is 52 trays and diameter of 2.191 m and 26.6m high . Also the project concerned on control of the unit using different type of controller. using the simulation model to control the production of the products and try to increasing the productivity of naphtha from 7.75% to 11.62% ,and increasing the kerosene from 3.87% to 5.8% .experiment of gas chromatography is been done in CPL to use it in validation of model.
Description: B.Sc.
URI: http://repository.sustech.edu/handle/123456789/9475
Appears in Collections:Bachelor of Petroleum Engineering & Technology

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