Fundamentals of Batch Modeling
- Review the batch modeling options in Aspen Plus
- Explain the differences between the available batch modeling blocks
BatchSep: Batch Distillation
- Describe the model for batch distillation in Aspen Plus
- Summarize the key differences in Aspen Plus BatchSep model between versions 8.0 - 9.0 and version 10.0
- Model a batch distillation process
- Workshop: Build a batch distillation model to separate water-methanol mixture
BatchSep: User-Defined Controllers
- Explain how to configure controllers in a batch distillation simulation
- Workshop: Configure controllers in a batch distillation simulation (constant volume solvent swap process)
BatchSep: Reactive Distillation
- Model reactive distillation
- Workshop: Model a distillation column with esterification reaction
BatchSep: Vapor-Liquid-Liquid Distillation
- Model Vapor-Liquid-Liquid distillation
- Workshop: Setup a batch distillation where two liquid phases may be present on some stages
BatchOp: Batch Reactor Modeling
- Setup BatchOp block
- Model a batch reactor
BatchOp: Batch Crystallization
- Setup crystallization kinetics
- Model batch crystallization
- Workshop: Model production of aspirin
BatchProcess: Integrated Batch and Continuous Process Modeling
- Model an integrated batch and continuous process
- Workshop: Model production of mono-chlorobenzene
Custom Kinetics
- Model custom reaction kinetics
- Workshop: Model a custom rate expression
Tips and troubleshooting
- Understand some techniques for handling batch simulations
- Explain the convergence parameters relevant to batch simulations
- Explain the limitations of batch modeling in Aspen Plus
- Workshop: Move from batch to continuous flowsheet
Legacy RBatch: Batch Reactor Modeling
- Set up the RBatch block
- Model a batch reactor in a continuous flowsheet
- Workshop: Simulate batch-wise Alkyl Glyceryl Ether reactions using an RBatch reactor