Aspen Plus Training Programs/Courses
Learn Aspen Plus for commercial or academic purposes.
Choose between "Basic", "Professional", "Advanced", and "Expert" training models.
Basic Aspen Plus Training Program
Recommended for students & academic reserchers, and beginners in process simulation
$1,820 USD
Per Person 18 Hours
Per Person 18 Hours
- Student Discount?
- Training Language: English
- Remote (online) or in person
- On-Site Training (minimum no. of participants are required)
- Optional: Examination & Certification (With Extra Charge)
- Case studies: 1
- In-depth case studies analysis
- Sensitivity analysis
- How to incorporate LCA with LCA software (LCA for Experts (GaBi), SimaPro, or openLCA)
- Professional tips of Aspen Plus Simulation
- Carbon Dioxide Estimation
- Recycling loops
- Learn about aspen plus and its use in the industry
- More than 15 unit operations can be used in any industry.
- Model more advanced unit operations for more complex chemical processes
- Report generation
- Analysis tools: Basic Level
- Flowsheets: Basic Level
- Results manipulation (tables, charts, graphs, plots): Basic Level
- Acetaldehyde plant case study
- Ammonia production case study
- Cumene production case study
- Plant utilities & economics
- Analysis & optimization of chemical plants
- Using sensitivity analysis to analyze and optimize the model
- Pumps, valves, heaters, flashes, reactors, distillation column simulations
- Modeling of distillation columns with reactor integrated
- Model more advanced unit operations in chemical processes
- Model several chemical processes
- Rigorous unit operation simulation
- Binary distillation: understanding the principles
- Logical operators and flowsheet manipulators
- Design & operate flashing via flash distillation of binary mixtures
- Physical property environment : Basic level
- Physical property method & method assistant
- Fluid and property packages
- Physical property input, modeling, estimation, and regression
- Transport properties for (mass/heat/momentum transfer)
- Equilibrium properties (vapor-liquid, liquid-liquid, etc.)
- Get thermodynamic properties of pure substances and mixtures
- Property methods: Basic Level
- Blocks and material stream
- Principles and methods for simple distillation of binary mixtures
- Proper selection for property method
- Ideal gas
- Ideal solution
- Partial pressure
- Plant dynamics
- Plot: Basic Level
- Pressure changes
- Vapor pressure
- Binary interactions
- Separations: Basic Level
- Process simulations, including batch and continuous distillations of binary mixtures
- Simulate various unit operations in industrial processes
- Compressors
- Condenser types
- Flash separation unit
- Converge and debugging
- Mixers and flashes
- Spray columns
- Stream properties
- Design and operate flash drums for flash distillation of binary mixtures
- Rigorous exchanger design and rating
- Rigorous plug-flow reactor
- Simulation results convergence
- Stream tables: Basic Level
- Become familiar with continuous distillation equipment
- Binary distillation principles
- Design & operation columns: Basic Level
- Distillation column: Basic Level
- Trays
- Ideal stages
- Identify and apply the principles and methods for simple distillation of binary mixtures
- Temperature, pressure, concentration, and purity profiling for distillation columns
- DISTL distillation column: Basic Level
- DSTWU distillation column: Basic Level
- RadFrac distillation column
- Batch distillation
- Multistage extraction column
- Distillation column optimization
- Reaction rate constant
- Single vs. Multiple stage
- Model analysis tools: the optimization tool
- Model analysis tools: the sensitivity tool
- Model graph: Basic Level
- Reaction steps
- Reactor and reaction specifications for RCSTR
- Reactor's optimum operating conditions: Basic Level
- Efficiency of stages
- Flash distillation & flash design
- Model analysis tools required for process design
- Model stripping and enriching sections of a distillation column
- Improve flowsheet manipulation (hierarchy levels, sub-flowsheets)
- Explore the concepts of "recycling ratio," "reboiler duty," and "feed stage."
- Catalyst states
- Heat exchanger and pump/compressor curves
- Heat exchanger models
- The rigorous heat exchanger model
- Improving convergence
- Industry applications of distillation
* Prices are per trainee. Submit a Request a Quote for 2+ trainees.
Professional Aspen Plus Training Program
Recommended for students & academic reserchers, and chemical engineers
$2,480 USD
Per Person 21 Hours
Per Person 21 Hours
- Student Discount?
- Training Language: English
- Remote (online) or in person
- On-Site Training (minimum no. of participants are required)
- Optional: Examination & Certification (With Extra Charge)
- Case studies: 2
- In-depth case studies analysis
- Sensitivity analysis
- How to incorporate LCA with LCA software (LCA for Experts (GaBi), SimaPro, or openLCA)
- Professional tips of Aspen Plus Simulation
- Carbon Dioxide Estimation
- Recycling loops
- Learn about aspen plus and its use in the industry
- More than 15 unit operations can be used in any industry.
- Model more advanced unit operations for more complex chemical processes
- Report generation
- Analysis tools: Basic Level
- Flowsheets: Basic Level
- Results manipulation (tables, charts, graphs, plots): Basic Level
- Acetaldehyde plant case study
- Ammonia production case study
- Cumene production case study
- Plant utilities & economics
- Analysis & optimization of chemical plants
- Using sensitivity analysis to analyze and optimize the model
- Pumps, valves, heaters, flashes, reactors, distillation column simulations
- Modeling of distillation columns with reactor integrated
- Model more advanced unit operations in chemical processes
- Model several chemical processes
- Rigorous unit operation simulation: Basic Level
- Binary distillation: understanding the principles
- Logical operators and flowsheet manipulators
- Design & operate flashing via flash distillation of binary mixtures
- Physical property environment : Basic level
- Physical property method & method assistant
- Fluid and property packages
- Physical property input, modeling, estimation, and regression
- Transport properties for (mass/heat/momentum transfer)
- Equilibrium properties (vapor-liquid, liquid-liquid, etc.)
- Get thermodynamic properties of pure substances and mixtures
- Property methods: Basic Level
- Blocks and material stream
- Principles and methods for simple distillation of binary mixtures
- Proper selection for property method
- Ideal gas
- Ideal solution
- Partial pressure
- Plant dynamics
- Plot: ABasic Level
- Pressure changes
- Vapor pressure
- Binary interactions
- Separations: Advabced Level
- Process simulations, including batch and continuous distillations of binary mixtures
- Simulate various unit operations in industrial processes
- Compressors
- Condenser types
- Flash separation unit
- Converge and debugging
- Mixers and flashes
- Spray columns
- Stream properties
- Design and operate flash drums for flash distillation of binary mixtures
- Rigorous exchanger design and rating
- Rigorous plug-flow reactor
- Simulation results convergence: Basic Level
- Stream tables: Basic Level
- Become familiar with continuous distillation equipment
- Binary distillation principles
- Design & operation columns: Basic Level
- Distillation column: Basic Level
- Trays
- Ideal stages
- Identify and apply the principles and methods for simple distillation of binary mixtures
- Temperature, pressure, concentration, and purity profiling for distillation columns
- DISTL distillation column: Basic Level
- DSTWU distillation column: Basic Level
- RadFrac distillation column
- Batch distillation
- Multistage extraction column
- Distillation column optimization
- Reaction rate constant
- Single vs. Multiple stage
- Model analysis tools: the optimization tool
- Model analysis tools: the sensitivity tool
- Model graph: Basic Level
- Reaction steps
- Reactor and reaction specifications for RCSTR
- Reactor's optimum operating conditions: Basic Level
- Efficiency of stages
- Flash distillation & flash design
- Model analysis tools required for process design
- Model stripping and enriching sections of a distillation column
- Improve flowsheet manipulation (hierarchy levels, sub-flowsheets)
- Explore the concepts of "recycling ratio," "reboiler duty," and "feed stage."
- Catalyst states
- Heat exchanger and pump/compressor curves
- Heat exchanger models
- The rigorous heat exchanger model
- Improving convergence
- Industry applications of distillation
* Prices are per trainee. Submit a Request a Quote for 2+ trainees.
Advanced Aspen Plus Training Program
Recommended for chemical process engineers, chemical engineers, company's, and professional consultants.
$2,970 USD
Per Person 27 Hours
Per Person 27 Hours
- Student Discount?
- Training Language: English
- Remote (online) or in person
- On-Site Training (minimum no. of participants are required)
- Optional: Examination & Certification (With Extra Charge)
- Case studies: 2
- In-depth case studies analysis
- Sensitivity analysis
- How to incorporate LCA with LCA software (LCA for Experts (GaBi), SimaPro, or openLCA)
- Professional tips of Aspen Plus Simulation
- Carbon Dioxide Estimation
- Recycling loops
- Learn about aspen plus and its use in the industry
- More than 15 unit operations can be used in any industry.
- Model more advanced unit operations for more complex chemical processes
- Report generation
- Analysis tools: Advanced
- Flowsheets: Advanced Level
- Results manipulation (tables, charts, graphs, plots): Advanced Level
- Acetaldehyde plant case study
- Ammonia production case study
- Cumene production case study
- Plant utilities & economics
- Analysis & optimization of chemical plants
- Using sensitivity analysis to analyze and optimize the model
- Pumps, valves, heaters, flashes, reactors, distillation column simulations
- Modeling of distillation columns with reactor integrated
- Model more advanced unit operations in chemical processes
- Model several chemical processes
- Rigorous unit operation simulation: Advanced Level
- Binary distillation: understanding the principles
- Logical operators and flowsheet manipulators
- Design & operate flashing via flash distillation of binary mixtures
- Physical property environment : Advanced level
- Physical property method & method assistant
- Fluid and property packages
- Physical property input, modeling, estimation, and regression
- Transport properties for (mass/heat/momentum transfer)
- Equilibrium properties (vapor-liquid, liquid-liquid, etc.)
- Get thermodynamic properties of pure substances and mixtures
- Property methods:Advanced Level
- Blocks and material stream
- Principles and methods for simple distillation of binary mixtures
- Proper selection for property method
- Ideal gas
- Ideal solution
- Partial pressure
- Plant dynamics
- Plot: Advanced Level
- Pressure changes
- Vapor pressure
- Binary interactions
- Separations: Advabced Level
- Process simulations, including batch and continuous distillations of binary mixtures
- Simulate various unit operations in industrial processes
- Compressors
- Condenser types
- Flash separation unit
- Converge and debugging
- Mixers and flashes
- Spray columns
- Stream properties
- Design and operate flash drums for flash distillation of binary mixtures
- Rigorous exchanger design and rating
- Rigorous plug-flow reactor
- Simulation results convergence: Advanced Level
- Stream tables: Advanced Level
- Become familiar with continuous distillation equipment
- Binary distillation principles
- Design & operation columns: Advanced Level
- Distillation column: Basic Level
- Trays
- Ideal stages
- Identify and apply the principles and methods for simple distillation of binary mixtures
- Temperature, pressure, concentration, and purity profiling for distillation columns
- DISTL distillation column: Basic Level
- DSTWU distillation column: Basic Level
- RadFrac distillation column
- Batch distillation
- Multistage extraction column
- Distillation column optimization
- Reaction rate constant
- Single vs. Multiple stage
- Model analysis tools: the optimization tool
- Model analysis tools: the sensitivity tool
- Model graph: Advanced Level
- Reaction steps
- Reactor and reaction specifications for RCSTR
- Reactor's optimum operating conditions: Basic Level
- Efficiency of stages
- Flash distillation & flash design
- Model analysis tools required for process design
- Model stripping and enriching sections of a distillation column
- Improve flowsheet manipulation (hierarchy levels, sub-flowsheets)
- Explore the concepts of "recycling ratio," "reboiler duty," and "feed stage."
- Catalyst states
- Heat exchanger and pump/compressor curves
- Heat exchanger models
- The rigorous heat exchanger model
- Improving convergence
- Industry applications of distillation
* Prices are per trainee. Submit a Request a Quote for 2+ trainees.
Expert Aspen Plus Training Program
Recommended for chemical process engineers, chemical engineers, company's, and R&D team members, consultants, and sustainability analysts.
$3,960
Per Person 33 Hours
Per Person 33 Hours
- Student Discount?
- Training Language: English
- Remote (online) or in person
- On-Site Training (minimum no. of participants are required)
- Optional: Examination & Certification (With Extra Charge)
- Case studies: 3
- In-depth case studies analysis
- Sensitivity analysis
- How to incorporate LCA with LCA software (LCA for Experts (GaBi), SimaPro, or openLCA)
- Professional tips of Aspen Plus Simulation
- Carbon Dioxide Estimation
- Recycling loops
- Learn about aspen plus and its use in the industry
- More than 15 unit operations can be used in any industry.
- Model more advanced unit operations for more complex chemical processes
- Report generation
- Analysis tools: Advanced
- Flowsheets: Advanced Level
- Results manipulation (tables, charts, graphs, plots): Advanced Level
- Acetaldehyde plant case study
- Ammonia production case study
- Cumene production case study
- Plant utilities & economics
- Analysis & optimization of chemical plants
- Using sensitivity analysis to analyze and optimize the model
- Pumps, valves, heaters, flashes, reactors, distillation column simulations
- Modeling of distillation columns with reactor integrated
- Model more advanced unit operations in chemical processes
- Model several chemical processes
- Rigorous unit operation simulation: Advanced Level
- Binary distillation: understanding the principles
- Logical operators and flowsheet manipulators
- Design & operate flashing via flash distillation of binary mixtures
- Physical property environment : Advanced level
- Physical property method & method assistant
- Fluid and property packages
- Physical property input, modeling, estimation, and regression
- Transport properties for (mass/heat/momentum transfer)
- Equilibrium properties (vapor-liquid, liquid-liquid, etc.)
- Get thermodynamic properties of pure substances and mixtures
- Property methods:Advanced Level
- Blocks and material stream
- Principles and methods for simple distillation of binary mixtures
- Proper selection for property method
- Ideal gas
- Ideal solution
- Partial pressure
- Plant dynamics
- Plot: Advanced Level
- Pressure changes
- Vapor pressure
- Binary interactions
- Separations: Advabced Level
- Process simulations, including batch and continuous distillations of binary mixtures
- Simulate various unit operations in industrial processes
- Compressors
- Condenser types
- Flash separation unit
- Converge and debugging
- Mixers and flashes
- Spray columns
- Stream properties
- Design and operate flash drums for flash distillation of binary mixtures
- Rigorous exchanger design and rating
- Rigorous plug-flow reactor
- Simulation results convergence: Advanced Level
- Stream tables: Advanced Level
- Become familiar with continuous distillation equipment
- Binary distillation principles
- Design & operation columns: Advanced Level
- Distillation column: Basic Level
- Trays
- Ideal stages
- Identify and apply the principles and methods for simple distillation of binary mixtures
- Temperature, pressure, concentration, and purity profiling for distillation columns
- DISTL distillation column: Basic Level
- DSTWU distillation column: Basic Level
- RadFrac distillation column
- Batch distillation
- Multistage extraction column
- Distillation column optimization
- Reaction rate constant
- Single vs. Multiple stage
- Model analysis tools: the optimization tool
- Model analysis tools: the sensitivity tool
- Model graph: Advanced Level
- Reaction steps
- Reactor and reaction specifications for RCSTR
- Reactor's optimum operating conditions: Basic Level
- Efficiency of stages
- Flash distillation & flash design
- Model analysis tools required for process design
- Model stripping and enriching sections of a distillation column
- Improve flowsheet manipulation (hierarchy levels, sub-flowsheets)
- Explore the concepts of "recycling ratio," "reboiler duty," and "feed stage."
- Catalyst states
- Heat exchanger and pump/compressor curves
- Heat exchanger models
- The rigorous heat exchanger model
- Improving convergence
- Industry applications of distillation
* Prices are per trainee. Submit a Request a Quote for 2+ trainees.
About Aspen Plus and Chemical Engineering
- Chemists and chemical engineers use the Aspen Plus to simulate and forecast the results of chemical processes. The software is used extensively in the chemical industry to improve operations and model how materials behave thermodynamically and kinetically.
- Chemical businesses utilize Aspen Plus to simulate and improve the manufacture of chemicals and medicines.
- Universities also use the software to instruct students in chemical engineering and thermodynamics.
- Aspen Plus is used in research facilities at universities and businesses.
- It is also used to develop chemical processes for making medicines, polymers, and fuels. Chemists may use the program to simulate molecular behavior, forecast molecular form and size, and investigate how chemical interactions affect the environment.
- Batteries, solar cells, and fuel cells are all designed using Aspen Plus. The program has been used to come up with new fuels for cars and new ways to make ethanol from biomass. Chemical process design for polymers and medicines is also done using Aspen Plus.
About the Aspen Plus Chemical Engineering Simulation Training Program
- At DEISO, we provide Aspen Plus, training models. The “Professional” and “Expert” training programs.
- While the Professional program offers comparable training subjects to the “Advanced” one at a cheaper cost, the Expert program covers Aspen plus from A to Z with expert knowledge and abilities at top-level instruction.
- Students are advised to enroll in the “Professional” program.
- The “Expert,” on the other hand, is recommended for those working in chemical engineering-related businesses, institutions of higher learning, and R&D teams.
- This unique training program includes three complete case studies for the process of producing chemicals. It calls for trainnes to be fully prepared to begin undertaking chemical process modeling and optimization for product or research development instantly.
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