or is there any way to calculate the inlet flow rate based from a desired output using ASPEN PLUS?
Are there any studies that you can suggest that can answer our question? This is for our Design subject and we would greatly appreciate any help. Thank you!
In Aspen Plus, the method commonly used for lactic acid production is typically referred to as a "reactive distillation" process. This method combines both reaction and separation in a single unit operation, allowing for the simultaneous conversion of reactants into lactic acid and the separation of the product from the reaction mixture.
With Aspen Plus, you can simulate lactic acid production using various methods, depending on your specific process configuration and objectives. The reactive Distillation method can used to integrate reaction and separation in a single unit operation, which can be advantageous for certain types of lactic acid production processes Batch or Continuous Stirred Tank Reactor (CSTR) You can model lactic acid production in a batch reactor or a continuous stirred tank reactor, depending on your process requirements. Also, you can use Plug Flow Reactor (PFR) This method can be suitable for modeling continuous flow processes for lactic acid production as well as Biochemical Reactions If you're simulating a fermentation process for lactic acid production using microorganisms such as bacteria, you would typically use a biochemical reaction model.
When using Aspen Plus, "reactive distillation." may be of great use since it integrates both the reaction and separation phases into a single unit operation, thus enabling the simultaneous conversion of reactants into lactic acid and the separation of the resulting product from the reaction mixture.
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