Using Aspen Plus Program to Design and Enable the Cracking of Acetone and the Manufacture of Highly Pure Acetic Anhydride

Authors

  • Ruwida Abu Aisha Idres Chemical Techniques Department, Higher Institute of Sciences and Technology, Azizia, Libya
  • Manal Ahmed Erteeb Chemical Techniques Department, Higher Institute of Sciences and Technology, Azizia, Libya
  • Abdulsatar Salih Kareem Chemical Techniques Department, Higher Institute of Sciences and Technology, Azizia, Libya

Keywords:

Aspen Plus, Acetic Anhydride, Ketene, Acetone

Abstract

In order to convert acetone into acetic anhydride, a system that can break down acetone and decompose it into chitin and methane under specific operating conditions of temperature and pressure is required. The produced chitin must then react with acetic acid to produce acetic anhydride.

This system consists of a plug-flow reactor (PFR), where the acetone is first broken down into chitin and methane at 762 °C and 1.8 atm, and a column of RadFrac (RECTIF), which separates the chitin from the methane and the leftover acetone. The chitin and acetic acid reaction, which results in the generation of acetic anhydride, is then continued by adding a continuously stirred tank reactor. The design is then assessed using the program V9 Aspen Plus.

Dimensions

Published

2024-01-12

How to Cite

Ruwida Abu Aisha Idres, Manal Ahmed Erteeb, & Abdulsatar Salih Kareem. (2024). Using Aspen Plus Program to Design and Enable the Cracking of Acetone and the Manufacture of Highly Pure Acetic Anhydride. African Journal of Advanced Pure and Applied Sciences (AJAPAS), 3(1), 16–19. Retrieved from https://aaasjournals.com/index.php/ajapas/article/view/673

Issue

Volume 3, Issue 1, January - March-2024

Section

Articles
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