Use Spreadsheet and Adjust tools in Aspen HYSYS - Lecture # 14
Learn to use spreadsheet and adjust tools to meet specifications of your under-study separation process in Aspen HYSYS. This tutorial is focused on removal of hydrogen stream from the mixture, and the required specifications are met using these two tools.
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Problem Statement:
The feed stream contains 55 mol % hydrogen, 25 mol % ethylene, 10 mol % methane and 10 mol % ethane. The flowrate of feedstream is 1000 kgmole/h. The feed is entering the cooler at -50C and 20 bar. The objective of the simulation is to remove hydrogen from the mixture (using cooler and separator) under two conditions:
1. Ethylene present in hydrogen stream should be less than 2%.
2. The mole fraction of hydrogen in the separated stream should be less than 0.02.
#Spreadsheet
#Adjust
#AspenHYSYS
#Tools
Видео Use Spreadsheet and Adjust tools in Aspen HYSYS - Lecture # 14 канала Chem Engg & Aspen Channel - Dr. M. Haris Hamayun
Please do watch, like, and share the video, and subscribe the channel "AspenTech Channel".
Problem Statement:
The feed stream contains 55 mol % hydrogen, 25 mol % ethylene, 10 mol % methane and 10 mol % ethane. The flowrate of feedstream is 1000 kgmole/h. The feed is entering the cooler at -50C and 20 bar. The objective of the simulation is to remove hydrogen from the mixture (using cooler and separator) under two conditions:
1. Ethylene present in hydrogen stream should be less than 2%.
2. The mole fraction of hydrogen in the separated stream should be less than 0.02.
#Spreadsheet
#Adjust
#AspenHYSYS
#Tools
Видео Use Spreadsheet and Adjust tools in Aspen HYSYS - Lecture # 14 канала Chem Engg & Aspen Channel - Dr. M. Haris Hamayun
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5 июля 2020 г. 14:00:38
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