The document outlines a training exercise related to the methanol process using Aspen HYSYS, detailing components like CO2, hydrogen, methanol, and water. It provides specific parameters for the reaction, including kinetic parameters and operational conditions such as temperature and pressure. Additionally, it gives technical specifications for the reaction equipment, including dimensions and flow data.

1. Supported by:
Aspen HYSYS Training
Final Exercise: Methanol Process
Tutor:
M. Ersharry Yunashtanto
Zayyanatun Zulfa
Ikha Muliawati
Mada Harahap

2. Flowsheet

3. • Components: CO2, Hydrogen, Methanol, H2O
• Fluid Packages: SRK
• Reaction: CO2 + 3 H2 ↔ CH3OH+ H2O
• Reaction Type: Kinetic
• Reaction Phase: Vapour Phase
• Forward Reaction Parameter: A: 1.04e22 ; E: 1.7e5
• Reverse Reaction Parameter: A’: 2.6e28 ; E’: 2.2e5
Components and Reaction

4. Components and Reaction

5. Equipment and Stream Data
Composition:
CO2 : 0.25 (mole fraction)
H2 : 0.75 (mole fraction)
Condition:
Temperature: 40 °C
Pressure: 4000 kPa
Mass Flow: 1000 kg/h
Composition:
CO2 : 0.25 (mole fraction)
H2 : 0.75 (mole fraction)
Condition:
Temperature: 40 °C
Pressure: 4000 kPa
Molar Flow: 200 kgmole/h
T: 200 °C
∆P: 50 kPa
Defined the reaction
Diameter: 10 m
Height: 10 m
∆P: 50 kPa
T: 200 °C T: 40 °C
Molar Flow: 200 kgmole/hP: 4000 kPa

6. Thank You
M. Ersharry Yunashtanto
Zayyanatun Zulfa
Ikha Muliawati
Mada Harahap