SIMULATION AND MODELING OF HYDRO CRACKING REACTR TO REDUCE POLLUTION CAUSED BY REFINERIES

SIMULATION AND MODELING OF HYDRO CRACKING REACTR TO REDUCE POLLUTION CAUSED BY REFINERIES

Authors

  • مثنى حارث ابراهيم
  • سفيان فاضل احمد
  • لمياء 3 عدنان عبدالرضا

Keywords:

Hydro cracking, heavy oil, modeling, reduce pollution, refineries.

Abstract

Hydro cracking of heavy oil is used in refinery to produce invaluable products. In this research, a model of hydro cracking reactor has been used to study the behavior of heavy oil in hydro cracking under the conditions recommended by literature in terms lumping of feed and products. The lumping scheme is based on five lumps include: heavy oil, vacuum oil, distillates, naphtha and gases. The first order kinetics was assumed for the conversion in the model and the system is modeled as an isothermal tubular reactor. MATLAB 6.1 was used to solve the model for a five lump scheme for different values of feed velocity, and temperature.

Author Biographies

  • مثنى حارث ابراهيم

    1Directorate of Materials Research, Center of Oil and Petrochemicals Research, Department of Oil & Improvers, Ministry of Sciences and Technology, Baghdad, Iraq [email protected]

  • سفيان فاضل احمد

    2University of Al-Anbar, Engineering Collage, Department of Chemical & Petro chemicals, Al-Anbar, Iraq [email protected]

  • لمياء 3 عدنان عبدالرضا

    3Directorate of Materials Research, Center of Oil and Petrochemicals Research, Department of Oil & Improvers, Ministry of Sciences and Technology, Baghdad, Iraq lamyaa[email protected]

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Published

2020-12-31

Issue

Vol. 12 No. 2 (2020): IRAQI JOURNAL OF MARKET RESEARCH AND CONSUMER PROTECTION

Section

Articles

How to Cite

SIMULATION AND MODELING OF HYDRO CRACKING REACTR TO REDUCE POLLUTION CAUSED BY REFINERIES: SIMULATION AND MODELING OF HYDRO CRACKING REACTR TO REDUCE POLLUTION CAUSED BY REFINERIES. (2020). Iraqi Journal of Market Research and Consumer Protection, 12(2), 131-140. https://jmracpc.uobaghdad.edu.iq/index.php/IJMRCP/article/view/217