A brief introduction to AspenV 9.0
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This post was last edited by gyf1017 on 2017-1-5 07:16. Yesterday, technical staff from Aspen’s China branch were invited to introduce the AspenV9 software, as well as its installation process. Its functions differ significantly from those of the currently used V7.3 version; it offers much more powerful capabilities； Compared to V8.4, many more features have been added as well; the functionality has become increasingly powerful, and the software is becoming more user-friendly.
This introduction is way too simple; it doesn’t contain any useful information at all
It seems it weren’t technical staff who went there, but salespeople, whose words were just as persuasive as those used in television shopping.
It’s really too simple; at least introduce a few modules, right?
Aspen itself is also designed to be user-friendly; anyone with a basic understanding of chemical engineering principles can operate it. The difficulty lies in the fact that it has too many functions and features, making it hard to master them all. However, the real challenge in true distillation lies in the gas-liquid equilibrium data, which is where the true value lies.
Computing software can’t possibly be designed for foolproof operation, right? !
This includes adding fluid dynamics analysis for the tower and acquiring simulation software specific to sulfur； The included examples can be used directly; there is a wide variety of them, making it easy for existing users to get started ； However, it shows that simulations are increasingly used for economic analysis.
It’s still the same modules, only they are becoming increasingly user-friendly.
The introduction isn’t detailed enough; what new functions have been added?
This post was last edited by gyf1017 on 2017-1-8 at 16:59. It seems that the sulsim software has been acquired, allowing for complete simulation of sulfur recovery； By integrating the functions of the hydraulic calculation software for towers into Aspen, hydraulic calculations can be performed directly within the simulations ； Design patterns (towers and heat exchangers) can be directly invoked in the process simulation, without the need to call EDR (which is actually invoked in the background).
No chemical simulation software can be designed to be operated in a foolproof manner. If it’s a foolproof operation, then it’s the process package or property package that was purchased.